TWI715461B - Multifunctional high-speed paper padding equipment and paper padding method - Google Patents

Abstract

The invention relates to a multifunctional high-speed paper padding equipment and a paper padding method. The equipment includes a complete machine platform. The complete machine platform is respectively installed with a rear conveying device, a front conveying device, a brake fine adjustment device, a paper pad cutting and pinching device and A plurality of pad paper transition pulleys, which use a rear conveying device with an adsorption device, and the suction hole part is designed as a longitudinal suction hole, so that the pad paper can be absorbed stably and effectively, avoiding scattered suction holes, By setting the padding brake fine-adjusting device, the braking and center calibration functions of the entire roll of padding can be realized respectively, and the padding paper can be prevented from deviating from the track during the padding and feeding process. In addition, the padding conveying device of the pad cutting and pinching device is attached. It adopts multiple sticking passive rollers and a pad paper to drive the rollers, and the pad paper drives the opening and closing of the rollers to realize the one-stop action of the pad paper, which can effectively ensure that the pad paper runs on the conveying track and does not deviate from the track center. Happening

Description

Multifunctional high-speed paper pad equipment and paper pad method

The invention relates to the field of mechanical automation equipment, in particular to a multifunctional high-speed paper padding device and a paper padding method integrating continuous pinching, proofreading, cutting and adsorption functions.

There are many types of packaging paper feeders and paper padding machines on the market. Foreign paper padding and feeding equipment are expensive to purchase, but domestic paper padding and feeding equipment have incomplete quality functions, and the paper feeding speed cannot keep up with market demand, especially In the steaming and baking industries, such as steamed buns, steamed buns, bread and other foods that require paper padding, they have evolved from traditional non-pad paper to artificial pad paper, and now use equipment to replace artificial pad paper.

At present, if the output of the traditional paper padding machine is increased, the padding will be unstable. The specific reason is that the padding machine adopts an intermittent working method. When cutting a piece of paper and feeding the paper, it must first pause and then start repeated actions. , When the device is running and temporarily suspended, the whole bundle of passive paper rolls will be pulled by the impact force at the moment of sudden stop, causing the paper roll to occasionally slip off and become unstable.

The traditional paper padding machine cuts only 30 sheets of paper per minute. However, if the cutting speed is doubled to 60 to 70 sheets per minute, it will be affected by the weight of the entire roll of paper. The paper roll is easily pulled and displaced under the influence of, the paper roll will not be able to keep up with the speed of the conveyor belt due to the large impact force of the instant starting to pull the paper. In addition, the traditional high-speed paper padding machine is equipped with a padding step, which limits the width of the padding paper, and makes the padding paper occasionally deviate from the track during the conveying process, causing the padding paper to be jammed by the steps on the left and right sides and crushing the padding paper.

In view of the above-mentioned existing problems, the applicant has conducted research and improvement to provide a multifunctional high-speed paper padding device and a paper padding method. The device of the present invention can double the paper padding speed, greatly improve the paper padding efficiency, and meet the market demand.

The technical scheme adopted by the present invention is as follows: a multifunctional high-speed paper padding equipment, including a complete machine platform, on which a rear conveying device and a front conveying device for conveying edible products are respectively installed to realize The padding brake fine-tuning device for center correction, fine-tuning and braking of the entire bundle of padding paper, padding paper cutting and pinching device for cutting and pinching the padding paper, and multiple padding transition pulleys, the rear conveying device It has a horizontal conveying surface and a slope conveying surface, the horizontal conveying surface is coplanar with the conveying surface of the rear conveying device, and the slope conveying surface is close to the pad paper cutting and pinching device.

The further technical solution is that the rear conveying device includes a rear conveying belt pulley arranged on the first belt movable plate, a conveying belt transition pulley and a first conveying belt drive roller arranged on the rear conveying seat, which are closed perforations. The belt is sleeved on the periphery of the first belt movable plate, the rear conveyor seat, the rear conveyor belt pulley, the conveyor belt transition pulley and the first conveyor belt drive roller, the first conveyor belt drive roller and the output end of the first servo unit connection.

The rear conveying seat is provided with a storage suction box, the storage suction box is provided with a suction port for connecting the suction device, and the suction port is in communication with the inner cavity of the rear conveying seat. A plurality of suction holes connected with the storage suction box are arranged in an array.

The suction holes are composed of a combination of a plurality of longitudinal suction holes and/or a plurality of horizontal suction holes, and at least one group of horizontal suction holes is opened in the initial part of the slope conveying surface in the rear conveying seat.

The longitudinal suction hole is parallel to the long side of the rear conveying seat, and the horizontally long suction hole is parallel to the short side of the rear conveying seat.

The front conveying device includes a front belt conveying pulley arranged on the second belt movable plate, and a second conveying belt drive roller arranged on the front conveying seat. A closed conveying belt is sleeved on the front belt conveying pulley and the second belt. The movable plate, the second conveyor belt drive roller and the periphery of the front conveyor seat, the second conveyor belt drive roller is connected with the output end of the second servo unit, and an electric eye sensor is also arranged on the front conveyor seat.

The padding brake fine-adjusting device is installed on a fixed side plate, and the fixed side plate is fixedly connected to the complete machine platform. The padding brake fine-adjusting device is composed of a brake mechanism for braking the entire bundle of padding paper and It is composed of a fine-tuning mechanism that corrects the center position of the entire bundle of pad paper.

The specific structure of the brake mechanism is as follows: it includes a force control unit, a transmission shaft installed at the output end of the tension control unit, a brake gear installed on the transmission shaft, and a passive gear meshed with the brake gear. A positioning unit is also provided on the gear.

The positioning unit includes a positioning collar matched with the inner diameter of the driven gear, and the outer ring of the positioning collar uniformly contacts a plurality of positioning bearings, and each positioning bearing is installed on the positioning tooth stalk.

The positioning tooth stalk is positioned and supported on the fixed side plate, and a ring of positioning collar grooves for cooperating with the positioning bearing is formed in the outer ring of the positioning collar recessed in the radial direction.

The specific structure of the centering and fine-tuning mechanism is as follows: including a fixed shaft sleeve seat, a fixed central shaft, a bearing assembly, a paper roll transmission sleeve, a fine-tuning screw rod, and a paper pad positioning assembly. The shaft sleeve is connected, the other end of the fixed central shaft is connected with a fine adjustment screw rod, and the outer ring of the fixed central shaft is connected to the roll paper transmission sleeve through the bearing assembly, so that the roll paper transmission sleeve can face each other through the bearing assembly The central axis is fixed for axial movement.

A paper pad positioning assembly for positioning the entire roll of paper is installed on the outer ring of the roll paper transmission sleeve, and a first set screw groove and a second set screw groove for fixing the positioning collar are also provided on the roll paper transmission sleeve. Set screw slot.

A deep tooth hole for screwing the threaded part of the fine-tuning screw rod is opened along the axis of the fixed central shaft, and an anti-loosening device is also provided on the fixed central shaft to prevent the fine-tuning screw rod from loosening.

The anti-loosening device includes a fixed spring square corner set on a fine-adjusting screw rod, and steel ball perforations are respectively provided on opposite surfaces of the fixed spring square corner, and a screw hole is also provided on the other surface between the opposite surfaces to stop the steel ball Placed in the steel ball perforation, the steel ball-clamping U-shaped spring piece is fixedly connected to the screw hole through a fastener, so that the inner surface of the steel ball-clamping U-shaped spring piece presses and stops the steel ball.

One end of the fine adjustment screw rod extending into the deep tooth hole is provided with a stopping square corner, and the flat part of the stopping square corner is pressed into contact with the stopping steel ball.

The bearing assembly includes a pair of needle-shaped linear bearings distributed on the outer diameter of the fixed central shaft, an inner sleeve fixed bearing and an outer sleeve fixed bearing. The outer end of the inner sleeve fixed bearing is fixed to the roll paper drive sleeve. The inner fixed bearing cover at one end of the tube is closed, and the outer end of the outer sleeve fixed bearing is closed by the outer fixed bearing cover fixed to the other end of the paper roll transmission sleeve.

A second waterproof seal ring is installed on the inner ring of the inner fixed bearing cover, and a first waterproof seal ring, a bearing and a bearing stop ring are respectively arranged on the inner ring of the outer fixed bearing cover.

The paper cushion positioning assembly includes a pair of fixed paper cushion rings and a pair of paper cushion edge plates. The fixed paper cushion rings are sleeved on the outer ring of the roll paper transmission sleeve at intervals, and each paper cushion edge plate is uniform. It is sleeved on the outer ring of the step of the fixed paper cushion ring, the step also extends in the axial direction to form a top cushion paper slope with a tapered surface, and the top cushion paper slope is used to cooperate with the central serial port of the whole bundle of paper cushion , The whole bundle of pad paper is clamped between the adjacent top pad paper slopes, and the fixed pad paper ring on the outer side also abuts the fixed pad paper disassembly nut, and the fixed pad paper disassembly and assembly The nut is screwed with the screw thread provided on the roll paper transmission sleeve.

The pad paper cutting and pinching device includes a fixed vehicle wall, a pad paper cutting device and a pad paper conveying device, and the pad paper cutting device and the pad paper conveying device are both installed on the fixed vehicle wall.

The specific structure of the paper pad conveying device is as follows: includes a third servo unit, a roller inner mounting seat, a paper-clamping paper-driven roller, an outer roller mounting seat and a plurality of passive rollers, and the roller inner mounting seat is fixedly connected to the fixed vehicle wall , The outer mounting seat of the roller and the inner mounting seat of the roller are arranged oppositely, and a paper-clamping paper-driven roller and a plurality of passive rollers are respectively installed between the outer mounting seat of the roller and the inner mounting seat of the roller. The surface of the rollers driven by the pad paper is tangent and uniformly distributed around the axis of the rollers driven by the pad paper. One end of the rollers driven by the pad paper is linked with the output end of the third servo unit.

The outer diameter of the padding paper-driven roller is provided with a non-slip pattern, and the connection line between the center of each passive roller and the center of the padding paper-driven roller is perpendicular to each other, so that each passive roller is in a shape relative to the padding paper-driven roller. 90° distribution.

Multiple grooves are opened in the inner mounting seat of the roller and the outer mounting seat of the roller, and a bearing seat and a bearing seat spring are installed in each groove. Each bearing seat is controlled by an adjusting mechanism to realize each passive roller and clamp The pad paper drives the pressure adjustment between the rollers, the adjustment mechanism is an adjustment screw, and the adjustment screw is threadedly connected with the adjustment seat.

The adjustment mechanism is a combined structure composed of a second fixed bearing seat plate cover, a bearing seat pressing rod, a fixed axis, a movable rocker, a movable joint of a rocker, an adjusting screw fixing rod, and an adjusting pressure screw. The fixed bearing seat plate cover is installed on the inner mounting seat of the roller and the outer mounting seat of the roller. The bearing seat pressing rod penetrates the second fixed bearing seat plate cover and abuts the bearing seat. A movable rocker is arranged above each bearing seat pressing rod Each movable rocker is distributed front and rear on the outer ring of the movable joint of the rocker, and each movable joint of the rocker is matched with the outer ring of the fixed shaft, and the fixed shaft is fixedly connected to the fixed vehicle wall.

An adjusting pressure screw is also provided at the movable rocker behind the movable joint of the rocker, and the adjusting pressure screw is screwed with the adjusting screw fixing rod, and the adjusting screw fixing rod is also fixed on the fixed vehicle wall.

The specific structure of the pad paper cutting device is as follows: it includes a drive unit, a link unit and a cutting unit. The drive unit provides power and the link unit transmits power so that the cutting unit completes the pad paper alignment. Cutting action.

The connecting rod unit includes a fixed rocker shaft, a rocker rod, a lower fish eye bearing, an upper fish eye bearing, and a pulling connecting rod. One end of the fixed rocker shaft is connected to a fixed vehicle wall, and the other of the fixed rocker shaft One end and one end of the swing rod are jointly connected by a fixed foot, and the other end of the swing rod is connected with one end of the pulling connecting rod.

The cutting unit is composed of a movable blade unit and a stationary blade unit, and the movable blade unit and the stationary blade unit are fixed by a movable button unit.

The movable blade unit includes an upper cutting knife and an upper cutting knife edge, the upper cutting knife edge is formed on the bottom surface of the upper cutting knife, on the inner edge of the cutting edge of the upper cutting knife, on the upper cutting knife Form the slope of the lever for pressing.

The stationary blade unit includes a lower fixed knife, a lower cutting blade, and a plurality of cutter screw holes, the lower cutting blade is formed on the top surface of the lower fixed knife, and the lower fixed knife is fixed by a fastener and a plurality of cutter screw holes On the horizontal wall plate, the paper control horizontal plate is fixed on the horizontal wall plate.

The movable button unit includes a movable button fixing pin, a fixed button bearing and a double stop nut. The fixed button bearing is installed in the movable blade unit, and the movable button fixing pin passes through the movable blade unit, the stationary blade unit and the elastic The rear of the unit is locked by a double stop nut.

The elastic unit includes an inner spring pad, a spring, and an outer spring pad. The inner spring pad, spring, and outer spring pad are all sleeved on the outer ring of the movable button fixing pin, and the spring is located between the inner spring pad and the outer spring pad It is used to apply elastic pressure to the movable blade unit and the stationary blade unit.

The method of using a multifunctional high-speed padding equipment to perform high-speed padding includes the following steps: the entire roll of padding is loaded on the padding brake fine-tuning device and the center of the padding is corrected.

The stretch pad paper is fed into the pad paper cutting pinch device through the pad paper pulley; the brake mechanism in the pad paper brake fine-tuning device is activated and releases the grip to keep the pad paper in a stretched state, and the sensor releases the signal to cut the pad paper The padding paper in the pinching device drives the roller to rotate to realize the temporary release of the padding and feeding, so that the padding paper enters the cutting edge, and the sensor releases the signal to make the padding paper in the padding cutting and pinching device drive the roller to stop rotating. The paper-pad clip feeds a temporary stop action.

The paper pad cutting and pinching device receives the instruction of the sensor to cut the pad paper into square pad paper, and the sensor releases the signal to make the pad paper in the paper pad cutting and pinching device drive the roller to rotate to realize the paper pad clamping and feeding transient one release action , The pad paper is clamped into the slope conveying surface of the rear conveyor. The square pad paper is adsorbed by the adsorption device and is transported to the horizontal level through the rear conveyor device. Pause and wait for the edible products to arrive. The square pad paper climbs to the The horizontal conveying surface is connected to the edible products conveyed by the front conveying device, so that the edible products are located on the surface of the square pad.

The beneficial effects of the present invention are as follows:

(1) Using a rear conveying device with a suction device, the suction hole on the rear conveying seat in the rear conveying device is designed as a longitudinal suction hole. The axis of the longitudinal suction hole is connected to the cushion paper The conveying direction is different, so that the cushion paper can be absorbed stably and effectively, avoiding the occurrence of scattered suction loopholes, and preparing for the multiple increase of the subsequent paper cushion conveying capacity.

(2) By setting the padding brake fine-tuning device, the braking and center calibration functions of the entire roll of padding can be realized respectively. The braking mechanism of the padding brake fine-tuning device adopts a transmission structure, no need for padding steps and avoiding padding. During the process, the pad paper deviates from the track, and at the same time, it does not limit the width of the paper to avoid the pad paper from being jammed and crushed and cause rupture. The brake mechanism is used to achieve the release of grip and magnetic suction, and the centering and fine-tuning mechanism is set to stop square corners, Stopping the steel ball, fixing the spring square angle, and clamping the steel ball U-shaped spring sheet can prevent the fine-tuning screw rod from loosening due to the operation of the entire pad brake device, and avoid the failure of the fine-tuning.

(3) The setting of the pad paper positioning component can realize the fixed assembly of the entire roll of pad paper. Use the top pad paper slope to firmly match the left and right hollow parts of the entire roll of pad paper to ensure the stability of the entire roll of pad paper. . (4) The pad paper conveying device of the pad paper cutting and pinching device adopts multiple sticking passive rollers and a pad paper to drive the roller. The pad paper drives the opening and closing of the roller to realize the one-stop action of the pad. The padding paper drives the rollers to be provided with anti-slip patterns. One-fourth of the outer diameter of the padding paper is close to the padding paper, which produces a more effective padding paper grip and improves the stability of the conveying padding paper. Avoid slipping of the paper pad during transportation, and also prevent it from falling off during the moment of stopping and stopping, which effectively ensures that the paper pad runs on the conveying track and does not deviate from the center of the track. (5) Each passive roller in the paper cushion conveying device of the paper cushion cutting and pinching device is independently adjusted by the adjusting mechanism, which can effectively realize the pressure adjustment of each support against the passive roller relative to the paper-driven roller. Two sticks The passive roller is leaned against the pad paper at 90° to drive the roller. This arrangement can also be applied to pad paper of different widths and narrows. Each of the passive rollers can share half of the paper clamping pressure to avoid the pad paper from being clamped. Squeezed and ruptured during delivery. (6) By setting the paper pad cutting device, the drive unit drives the linkage unit to make the cutting unit complete the action. The drive unit is connected with the movable blade unit of the cutting unit, so that the movable blade unit meets the requirements of high-speed cutting and avoids movement The closed part of the blade unit and the static blade unit is easy to loosen. The setting of the tilt of the lever pressing knife allows the upper cutting knife to always press on the lower fixed knife and close to the knife edge. The upper cutting knife and the stationary blade unit in the movable blade unit The middle and lower fixed knives can be close for a long time. The setting of the movable button unit can ensure the stable connection between the movable blade unit and the stationary blade unit to prevent loosening. The paper cushion cutting device can cut the number of paper cushions per minute. 120 to 130 sheets.

The specific embodiments of the present invention are described as follows. As shown in Figs. 1 and 2, a multifunctional high-speed paper padding equipment includes a complete machine platform 1. The complete machine platform 1 is equipped with a rear conveyor for conveying edible product A. Device 2, front conveying device 3, padding brake fine-tuning device 4 for realizing center correction, fine-tuning and braking of the whole bundle of pad paper, padding paper cutting and pinching device for realizing cutting and pinching of pad paper 5 and With a plurality of padding transition pulleys 17, the rear conveying device 2 has a horizontal conveying surface and a slope conveying surface. The horizontal conveying surface is coplanar with the conveying surface of the rear conveying device 2, and the slope conveying surface is close to the pad cutting and pinching device 5.

As shown in Figure 3, Figure 4 and Figure 5, the rear conveyor device includes a rear conveyor belt pulley 2121 arranged on the first belt movable plate 212, a conveyor belt transition pulley 2152 arranged on the rear conveyor seat 21, and a first conveyor Belt drive roller 215, as shown in Figure 3, a pair of first conveyor belts abutting pulley 2151 are arranged behind the wheel front of the first conveyor belt drive roller 215, and each first conveyor belt abuts the pulley 2151 and the first conveyor belt The surface of the transmission roller 215 is tangent to each other, and a closed perforated belt 23 is sleeved on the first belt movable plate 212, the rear conveyor seat 21, the rear conveyor belt pulley 2121, the conveyor belt transition pulley 2152, and the first conveyor belt drive roller 215. In the periphery, a plurality of belt holes 231 are evenly distributed on the perforated belt 23, and the first conveyor belt driving roller 215 is connected to the first joint 15 of the first servo motor 22 connected to the first servo motor output terminal 221. The first fixed conveyor belt offset left and right blocks 214 are provided on the slope conveying surface and the level conveying surface of the above-mentioned rear conveying seat 21, and the first fixed conveying belt offset left and right blocks 214 are used to adjust the perforated belt 23.

As shown in Figures 4 and 5, one side of the rear conveying seat 21 is pin-connected to the first suspension pin hole 12 on the side of the machine table 1 through a plurality of first conveying seat pins 213, so that the rear conveying seat 21 is opposite. Fixing on the whole machine machine 1.

As shown in Figures 4 and 5, the rear conveying seat 21 is provided with a suction port for connecting the suction device, and the suction port is communicated with the inner cavity of the rear conveying seat 21. In the present invention, the suction port adopts a suction fan 24. The air fan machine 24 is located inside the complete machine platform 1, and the pipe body of the suction fan machine 24 passes through the ventilation pipe hole 14 of the complete machine platform 1 and communicates with the storage suction box 211 provided on the rear conveying seat 21. A plurality of suction holes communicating with the storage suction box 211 are formed in an array on the surface of the rear conveying seat 21.

As shown in Figure 4, Figure 5 and Figure 6, the suction holes are composed of a combination of a plurality of longitudinal suction holes 2111 and/or a plurality of horizontal suction holes 2112. At least one set of horizontal suction holes 2112 is opened in The starting part of the inclined conveying surface in the rear conveying seat 21; in the present invention, the horizontally long suction holes 2112 are arranged in three groups, and the longitudinal suction holes 2111 are parallel to the long side of the rear conveying seat 21, and the horizontally long suction holes The air holes 2112 are parallel to the short side of the rear conveying seat 21; since the horizontally long suction holes 2112 are provided, when the pad paper is cut into square pad paper B1, the arrangement direction of the horizontally long suction holes 2112 is the same as that of the square pad The direction of travel of the paper B1 is different, so that the box paper B1 will not leak air during rapid operation, so that the box paper B1 and the front contact surface of the horizontal suction hole 2112 are firmly sucked, and the vacuum suction force Penetrate the horizontally long suction hole 2112 and the belt hole 231 to absorb the square cushion paper B1. The horizontally long suction hole 2112 is the most preferred solution in the initial part, as shown at (K) in Figure 6, if it is used In the case of the elongated suction hole 2111, since the longitudinal suction hole 2111 travels in the same direction as the square cushion paper B1, when the elongated suction hole 2111 communicates with the belt hole 231, an air leakage area E2 will be generated, making It cannot be firmly attached to the square pad paper B1.

As shown in Figures 1 to 8, the front conveyor 3 includes a front belt conveyor pulley 3121 arranged on the second belt movable plate 312, and a second conveyor belt drive roller 316 arranged on the front conveyor seat 31. The front and rear wheels of the conveyor belt drive roller 316 are provided with a second conveyor belt tangent against the pulley 3161; the front conveying seat 31 is pin-connected to the adjusting hole 3122 of the second belt movable plate 312 through the pin connecting hole 311 and the adjusting arc hole 3111.

The closed conveyor belt 33 is sleeved around the front belt conveyor pulley 3121, the second belt movable plate 312, the second conveyor belt drive roller 316 and the front conveyor seat 31, the second conveyor belt drive roller 316 and the second servo motor 32 The second joint 16 is connected, and an electric eye sensor 315 is also arranged on the front conveying seat 31; a second fixed conveyor belt offset left and right square 314 is also arranged on the front conveying seat 31, which is used to adjust the conveying belt 33.

As shown in FIGS. 5, 7 and 8, the front conveying base 31 is pin-connected to the second suspension pin hole 13 on the side of the complete machine 1 through the second conveying base pin 313. As shown in FIG. 6, the front of the second belt movable plate 312 is connected to an external conveying device 34, and the conveying surface of the outer conveying device 34 is coplanar with the conveying belt 33.

As shown in Figures 9 to 12, the padding brake fine-adjusting device 4 is installed on the fixed side plate 11, and the fixed side plate 11 is fixedly connected to the complete machine table 1; the padding brake fine-adjusting device 4 is used for the entire bundle of padding paper It is composed of a braking mechanism for braking and a centering and fine-tuning mechanism for correcting the center position of the entire bundle of pad paper.

As shown in Figures 9 to 12, the specific structure of the brake mechanism is as follows: including a brake buffer tensioner 48, a tensioner drive shaft 47 installed at the output end of the tension control unit, and a brake mounted on the tensioner drive shaft 47 The gear 46 and a driven gear 45 meshing with the brake gear 46 are provided with a positioning unit on the driven gear 45.

The positioning unit includes a positioning collar 44 matched with the inner diameter of the driven gear 45. The outer ring of the positioning collar 44 evenly contacts a plurality of positioning bearings 431. Each positioning bearing 431 is installed on the positioning tooth stalk 43, and the positioning tooth stalk 43 is positioned Supported on the fixed side plate 11, the outer ring of the positioning collar 44 is recessed in the radial direction to form a positioning collar groove 441 for matching with the positioning bearing 431.

As shown in Figure 9 to Figure 12, the specific structure of the centering and fine-tuning mechanism is as follows: including a fixed shaft sleeve seat 41, a fixed central shaft 42, a bearing assembly, a roll paper transmission sleeve 49, a fine-tuning screw rod 418 and a paper pad positioning Component, one end of the fixed central shaft 42 is connected with the fixed shaft sleeve seat 41, the other end of the fixed central shaft 42 is connected with a fine adjustment screw rod 418, and the outer ring of the fixed central shaft 42 is connected to the roll paper transmission sleeve 49 through the bearing assembly to make the roll The paper drive sleeve 49 can move axially relative to the fixed central shaft 42 through the bearing assembly; the paper pad positioning assembly for positioning the entire roll of paper B is installed on the outer ring of the roll paper drive sleeve 49, and the paper roll drive sleeve A first stop screw groove 491 and a second stop screw groove 492 for fixing the positioning collar 44 are also provided on 49.

As shown in Figures 9-15, a deep tooth hole 494 for screwing the threaded part of the fine adjustment screw rod 418 and an adjustment screw tooth hole 423 are opened along the axis of the fixed central shaft 42; the fixed central shaft 42 is also provided to prevent fine adjustment An anti-loosening device for fine-tuning the screw rod 418. The anti-loosening device includes a fixed spring square corner 421 arranged on the fine-tuning screw rod 418. The opposite sides of the fixed spring square corner 421 are respectively provided with steel ball perforations 422, and the other between the opposite surfaces A screw hole 4211 is also provided on the surface. The retaining steel ball 425 is placed in the steel ball perforation 422. The steel ball U-shaped spring piece 424 passes through, and the steel ball U-shaped spring piece fixing hole 4241 is fixedly connected to the screw hole 4211 to clamp the steel ball. The inner surface of the U-shaped spring piece 424 presses the stop steel ball 425, and at the same time, the surface of the U-shaped spring piece fixing hole 4241 of the steel ball is attached to the surface of the fixed spring square corner 421 with the screw hole 4211, and the fine adjustment screw rod 418 extends into the deep teeth One end of the hole 494 is provided with a stopping square corner 4181, and the flat surface of the stopping square corner 4181 is pressed into contact with the stopping steel ball 425.

As shown in Figures 9 to 12, the bearing assembly includes a pair of needle linear bearings 415 distributed on the outer diameter of the fixed central shaft 42, an inner sleeve fixing bearing 414, and an outer sleeve fixing bearing 413. The inner sleeve fixing bearing 414 The outer end is closed by the inner fixed bearing cover 417 fixed to one end of the roll paper transmission sleeve 49, and the outer end of the outer sleeve fixed bearing 413 is closed by the outer fixed bearing cover 416 fixed to the other end of the roll paper transmission sleeve 49 Closed, a second waterproof seal ring 4171 is installed on the inner ring of the inner fixed bearing cover 417, and a first waterproof seal ring 4163, a bearing 4162 and a bearing stop ring 4161 are respectively arranged on the inner ring of the outer fixed bearing cover 416.

As shown in Figures 9 to 12, the paper cushion positioning assembly includes a pair of fixed paper cushion rings 410 and a pair of paper cushion edge plates 411. The fixed paper cushion rings 410 are sleeved on the outside of the roll paper transmission sleeve 49 at intervals. Each paper stopper edge plate 411 is sleeved on the outer ring of the step of the fixed paper cushion ring 410. The step also extends in the axial direction to form a top paper slope 4101 with a tapered surface. The central serial ports of the entire bundle of paper pads B are matched, so that the entire bundle of paper pads B is clamped between the adjacent top pad paper slopes 4101, and the side of the fixed pad paper loop 410 on the outside also abuts the fixed pad paper The nut 412 is disassembled, and the nut 412 is screwed to the screw thread 493 provided on the roll paper transmission sleeve 49.

As shown in Figures 13 to 16, the paper pad cutting and pinching device 5 includes a fixed car wall 51, a paper pad cutting device and a paper pad conveying device. The paper pad cutting device and the paper pad conveying device are both installed on the fixed car wall. 51 on.

As shown in Figure 13 to Figure 16, the specific structure of the paper pad conveying device is as follows: including a third servo motor 501, a roller inner mounting seat 54, a paper-clamping roller 57, a roller outer mounting seat 510 and multiple passive rollers. In the invention, the first abutting passive wheel 58 and the second abutting passive wheel 59 are used. The roller inner mounting seat 54 is fixedly connected to the fixed vehicle wall 51, the roller outer mounting seat 510 and the roller inner mounting seat 54 are arranged oppositely, and the adjacent roller outer mounting seat 510 and the roller inner mounting seat 54 pass through the upper fixed vehicle wall connecting plate 511 Connected to the lower fixed vehicle wall connecting plate 512, a paper-padded roller 57 and a plurality of passive rollers are respectively installed between the outer mounting seat 510 of the roller and the inner mounting seat 54 of the roller. 571.

The 1/4 outer diameter surface of the non-slip pattern 571 is tightly attached to the pad paper, which produces more effective pad paper grip, which makes the transport stability of the pad paper better. The wheel surface of each passive roller and the pad paper drive the roller 57 The wheel faces are tangent and uniformly distributed around the axis of the paper-driven roller 57 as the center. In the present invention, the first and second contacting passive wheels 58 and 59 are located between the wheel centers of the paper-driving roller 57. The connecting lines are perpendicular to each other, so that the first abutting driven wheel 58 and the second abutting driven wheel 59 are distributed at 90° relative to the paper-driven roller 57.

One end of the paper-clamping roller 57 is linked to the servo motor connector 502 of the third servo motor 501. As shown in Figures 13 to 16, the servo motor connector 502 passes through a connector fixing hole provided on the fixed vehicle wall 51 503. During the high-speed transportation of the pad paper, not only will the pad paper slip, but also the pad paper will fall off at the moment of starting and stopping, stabilizing the pad paper running in the track without deviation.

As shown in Figure 14 and Figure 16, the above-mentioned roller inner mounting seat 54 and roller outer mounting seat 510 adopt an "L"-shaped structure, and the paper clip drives the roller 57 to be mounted on the roller inner mounting seat 54 and the roller outer mounting seat 510 through bearings. Above, the above-mentioned grooves are respectively horizontally and vertically opened on the roller inner mounting seat 54 and the roller outer mounting seat 510, and the first bearing seat 581 and the first top bearing seat spring 582 are installed in the horizontally opened groove. The first abutting driven wheel 58 is installed between the adjacent first bearing seats 581; the second bearing seat 591 and the second top bearing seat spring 592 are installed in the vertical groove, between the adjacent second bearing seats 591 Install the second abutting passive wheel 59.

The first fixed bearing seat plate cover 513 is fixed and fixed at one end of the groove near the horizontal direction, the inner mounting seat 54 of the roller and the outer mounting seat 510 of the roller; the seat 54 is installed in the roller near the vertical groove The other end surface of the outer mounting seat 510 and the roller is also fixed to the second fixed bearing seat plate cover 55; the upper first bearing seat 581 and the second bearing seat 591 are both controlled by the adjusting mechanism to realize the first abutment against the driven wheel 58 , The pressure adjustment between the second abutting driven wheel 59 and the paper-clamping roller 57.

The above-mentioned adjustment mechanism is used to adjust the first abutting roller Torx screw 5131 of the first abutting driven wheel 58. The rod of the first abutting roller Torx screw 5131 passes through the first fixed bearing seat plate cover 513 and contacts the first bearing seat. 581. Adjust the first bearing seat 581 by rotating the first abutting roller Torx screw 5131, so that the first bearing seat 581 reciprocates in a small range, thereby realizing a gap between the first abutting passive wheel 58 and the paper-driven roller 57 Therefore, the first effective paper clamping function is completed, and the first paper clamping point C is formed between the first pressing driven wheel 58 and the paper clamping roller 57.

As shown in Figure 15 and Figure 16, the above adjustment structure is the second fixed bearing seat plate cover 55, the bearing seat pressing rod 56, the fixed axis 53, the movable rocker 5301, the rocker movable connector 5302, the adjusting screw fixing rod 52 , Adjusting pressure screw 52001 constitutes a combined structure, the second fixed bearing seat plate cover 55 is installed on the roller inner mounting seat 54 and the roller outer mounting seat 510, the bearing seat pressing rod 56 penetrates the second fixed bearing seat plate cover 55 and abuts To connect the bearing seat, a movable rocker 5301 is arranged above the pressure rod 56 of each bearing seat. Each movable rocker 5301 is distributed on the outer ring of the rocker movable connector 5302 front and rear, and each rocker movable connector 5302 is matched with the fixed shaft The outer ring of the core 53 and the fixed shaft core 53 are fixedly connected to the fixed vehicle wall 51.

An adjusting pressure screw 52001 is also provided at the movable rocker 5301 behind the rocker movable connector 5302. The adjusting pressure screw 52001 is screwed to the adjusting screw fixing rod 52, and the adjusting screw fixing rod 52 is also fixed on the fixed vehicle wall 51.

The second abutting passive wheel 59 is fine-tuned by the adjusting pressure screw 52001 and raised through the rear movable rocker 5301, so that the rocker movable connector 5302 rotates with the fixed axis 53 as the center, so that the front movable rocker 5301 presses down and contacts The bearing seat pressing rod 56 causes the bearing seat pressing rod 56 to press against the second bearing seat 591, and the second top bearing seat spring 592 controls the pressing force and makes the second abutting driven wheel 59 implement proper pressing force against it. The padding paper drives the surface of the roller 57, and the second contacting passive wheel 59 and the padding paper driving roller 57 form a second padding paper abutment point D.

As shown in Figure 15 and Figure 16, the specific structure of the paper pad cutting device is as follows: It includes a drive unit, a link unit and a cutting unit. The drive unit provides power and the link unit transmits power to complete the cutting unit. Cutting action on the pad paper.

As shown in Figures 13-16, the drive unit includes a cylinder 518. One end of the cylinder 518 is movably mounted on a hinge base, and the hinge base is fixed on the fixed cylinder cross rod 515. One end of the fixed cylinder cross rod 515 is connected to the fixed cylinder. The vehicle wall 51 is connected, and the other end is connected with the fixed cylinder foot plate 516.

As shown in Figures 15 to 18, the connecting rod unit includes a fixed rocker shaft 519, a rocking rod 520, a lower fisheye bearing 5211, an upper fisheye bearing 5212, and a connecting rod 521. One end of the fixed rocker shaft 519 is connected to the fixed vehicle wall. 51 is connected, the other end of the fixed rocker shaft 519 and one end of the rocking rod 520 are jointly connected by a fixed foot 517, and the other end of the rocking rod 520 is connected to one end of the pulling connecting rod 521.

As shown in FIGS. 15 to 18, the cutting unit is composed of a movable blade unit and a stationary blade unit, and the movable blade unit and the stationary blade unit are fixed by a movable button unit 524.

As shown in Figures 15 to 18, the movable blade unit includes an upper cutting knife 522 and an upper cutting knife edge 5221. The upper cutting knife edge 5221 is formed on the bottom surface of the upper cutting knife 522. The upper cutting knife 522 is formed with a lever pressing knife slope 5222 for pressing.

As shown in Figure 16, Figure 17 and Figure 18, the stationary blade unit includes a lower fixed knife 523, a lower cutting knife edge 5231, and a plurality of knife screw holes 5232. The lower cutting knife edge 5231 is formed on the top surface of the lower fixed knife 523. 523 is fixed to the horizontal wall plate 525 by fasteners and a plurality of cutter screw holes, and the paper control horizontal plate 514 is fixed on the horizontal wall plate 525.

As shown in Figures 16 to 20, the movable button unit 524 includes a movable button fixing pin 5241, a fixed button bearing 5242 and a double stop nut 5246. The fixed button bearing 5242 is installed in the movable blade unit, and the movable button fixing pin 5241 passes through in turn The movable blade unit, the stationary blade unit, and the elastic unit are locked by a double stop nut 5246.

The above-mentioned elastic unit includes an inner spring pad 5243, a spring 5244, and an outer spring pad 5245. The inner spring pad 5243, spring 5244, and outer spring pad 5245 are all sleeved on the outer ring of the movable button fixing pin 5241. The spring 5244 is located between the inner spring pad 5243 and the outer spring pad 5243. Between the spring pads 5245 and is used to apply elastic pressure to the movable blade unit and the stationary blade unit.

The method of using a multifunctional high-speed paper padding device to pad paper includes the following steps: A: As shown in Figure 9 to Figure 12, load the entire roll of pad paper on the pad brake fine-adjusting device 4 and correct the center of the pad. Specifically, the hollow part of the entire roll of pad paper is sleeved on the outer surface of the roll paper transmission sleeve 49 , And the two ends of the entire roll of paper pad are limited by the stop paper edge plate 411, and the center of the entire roll of paper pad is tightened by the top pad paper slope 4101 on the fixed paper pad ring 410, and then the fixed paper pad is disassembled Nut 412 is inserted into 493 screws to lock the entire roll of paper B; The calibration process is as follows: as shown in Figure 9 and Figure 12, rotate the Torx screw head 419. Since the threaded part of the fine adjustment screw rod 418 is screwed to the adjustment screw hole 423, the movement of the fine adjustment screw rod 418 drives the fixed central shaft 42 to rotate At the same time, as shown in Figure 9, the fine-tuning screw rod 418 is rotated by the stop square angle 4181 every quarter of a turn. The stop steel ball 425 is pressed by the pressure of the steel ball U-shaped spring piece 424, so that The fine adjustment screw rod 418 will not be loosened during the movement of the entire roll of paper. Since the outer diameter of the fixed central shaft 42 is connected to the roll paper transmission sleeve 49 through the needle linear bearing 415, the inner sleeve fixing bearing 414, and the outer sleeve fixing bearing 413, the paper roll transmission sleeve 49 operates relative to the fixed central shaft 42 The left and right linear movement drives the whole roll of paper B to move left and right for fine adjustment. B: As shown in Figure 8, stretch the entire roll of paper cushion and pass through the middle of a pair of paper cushion transition pulleys 17 in turn, after passing around a quarter of the outer diameter of another paper cushion transition pulley 17 Bend the stretched section of the pad paper at 90°, and then extend the pad paper into the pad paper cutting and pinching device 5 and enter the first padding paper attachment point C and the second padding paper attachment point D. Prepare the pad to be pinched. C: As shown in Figure 8, Figure 9, Figure 10, Figure 11 and Figure 12, the brake buffer tensor 48 is activated. As shown in Figure 9 and Figure 10, the brake buffer tensor 48 moves counterclockwise and generates brake suction. It transmits the grip force to the brake gear 46 through the tensioner drive shaft 47. The brake gear 46 engages the driven gear 45. The driven gear 45 rotates through the positioning collar 44 to drive the roll paper transmission sleeve 49 to rotate. The driven gear 45 rotates clockwise. As shown in Fig. 8 and Fig. 15, the backing paper is kept in a stretched state so that it will not be pulled over by the sudden force that starts immediately. D: As shown in Figure 13 to Figure 16, the electric eye sensor 315 releases the signal, the third servo motor 501 starts and drives the paper clip to drive the roller 57 to move in the counterclockwise direction, and the first abutting passive wheel 58 moves counterclockwise. The second abutting driven wheel 59 moves clockwise, and the padding moves from the first padding paper attachment point C to the second padding paper attachment point D and finally stops at the paper control horizontal plate of the padding cutting device Below the 514 and enter the cutting blade F; the continuous action of the brake mechanism in the padding brake fine-tuning mechanism makes the padding paper not easy to be pulled at the moment of suspension, avoiding the tension of the entire roll of padding caused by excessive pulling force caused by loosening It happened. E: The electric eye sensor 315 releases the signal, and the third servo motor 501 stops rotating and drives the padding paper to drive the roller 57 to stop, thereby realizing a temporary stop during the padding and feeding process. F: The electric eye sensor 315 releases the signal. The paper pad cutting device in the paper pad cutting and pinching device 5 receives the signal, and the air cylinder 518 activates and pushes the rocking rod 520, and its force moves the connecting rod 521 and the upper fish The mesh bearing 5212, the lower fisheye bearing 5211, and the upper cutting knife 522 are opened relative to the lower fixed knife 523. The spring 5244 in the movable button unit 524 provides elastic pressure, and the cylinder 518 is set to press the knife inclination 5222 by setting the lever. When resetting, the upper cutting knife 522 exerts the lever principle pressure to cut the paper pad B into a square paper pad B1, and at the same time, the upper cutting knife 522 and the lower fixed knife 523 merge together after the cutting is completed. G: Repeat step D to make the square paper sheet B1 move and be fed into the slope conveying surface of the rear conveying device 2, as shown in Figures 4 to 8, the head of the square paper sheet B1 is located at the end of the slope conveying surface, as shown in Fig. As shown in 6 (not from K), the head of the box paper B1 is in contact with the belt hole 231 of the perforated belt 23 and the horizontal suction hole 2112. The suction fan 24 provides the suction force, and the suction force is passed by the air duct. The storage suction box 211 makes the horizontal long suction holes 2112 and the vertical long suction holes 2111 have the adsorption force, so that the box paper B1 is adsorbed by the perforated belt 23; after the adsorption, the first servo motor 22 starts and passes through the output connector 221 drives the first conveyor belt drive roller 215 to rotate, and the first conveyor belt abuts on the pulley 2151, the conveyor belt transition pulley 2152, and the rear conveyor belt pulley 2121 to move the perforated belt 23 and achieve the block paper B1 climbing. H: As shown in Figure 8, when the box paper B1 extends to the horizontal conveying surface, the edible product A is introduced by the external conveying device 34, the front conveying device 3 is activated, and the second servo motor 32 drives the second conveyor belt driving roller 316 rotates, the second conveyor belt closes to the pulley 3161, the front belt conveyor pulley 3121 realizes the operation of the conveyor belt 33. The operation of the conveyor belt 33 is connected to the edible product A on the external conveyor 34. When the edible product A passes through the electric eye When the sensor 315, the electric eye sensor 315 senses the edible product A and then uses the timing mode to sense the distance, calculates the applicable interval distance, sends out instructions and controls the pad paper brake fine-tuning device to stop and stop. Finally, the edible product A is located on the square pad The surface of the paper B1 is moved by the post-conveying device 2 and sent to the subsequent process, and the continuous paper pad is realized in a circular motion according to the above steps.

The above description is an explanation of the present invention, not a limitation of the present invention. The scope of the present invention is limited by referring to the claims. The present invention can be modified in any form without departing from the basic structure of the present invention.

1: The whole machine 11: fixed side board 12: The first suspension bolt hole 13: second suspension pin hole 14: Ventilation pipe hole 15: First joint 16: second connector 17: Pad paper transition pulley 2: Rear conveyor 21: Rear conveyor seat 211: Storage suction box 2111: Longitudinal suction hole 2112: Horizontal suction hole 212: The first belt activity plate 2121: Rear conveyor belt pulley 213: first conveying seat latch 214: The first fixed conveyor belt offset left and right blocks 215: The first conveyor belt drive roller 2151: The first conveyor belt is close to the pulley 2152: Conveyor belt transition pulley 22: The first servo motor 221: Servo motor output shaft 23: Perforated belt 231: Belt hole 24: suction fan 3: Front conveyor 31: Front conveyor seat 311: Bolt connection hole 3111: Adjust the arc hole 312: The second belt movable plate 3121: Front belt conveyor pulley 3122: adjustment hole 313: second conveying seat latch 314: The second fixed conveyor belt offset left and right blocks 315: Electric Eye Sensor 316: The second conveyor belt drive roller 3161: The second conveyor belt is close to the pulley 32: The second servo motor 33: Conveyor belt 34: External conveying device 4: Pad brake fine-tuning device 41: fixed shaft sleeve seat 42: fixed central axis 421: Fixed spring square corner 4211: screw hole 422: Steel Ball Perforation 423: Adjusting screw hole 424: U-shaped spring with steel ball 4241: Fixing hole of U-shaped spring with steel ball 425: Stop Ball 43: Positioning the tooth stalk 431: Positioning bearing 44: positioning collar 441: positioning collar groove 45: passive gear 46: Brake gear 47: Tensioner drive shaft 48: brake buffer tensioner 49: Roll paper transmission sleeve 491: First stop screw slot 492: Second Set Screw Slot 493: screw thread 494: deep tooth hole 410: fixed pad paper loop 4101: Top pad paper slope 411: Paper edge board 412: Fixed pad paper disassembly nut 413: Outer casing fixed bearing 414: Inner casing fixed bearing 415: Needle linear bearing 416: Outer fixed bearing cover 4161: bearing snap ring 4162: Bearing 4163: The first waterproof sealing ring 417: inside fixed bearing cover 4171: second waterproof sealing ring 418: Fine adjustment screw rod 4181: Stop square corner 419: Torx head 5: Pad paper cutting and pinching device 501: Third Servo Motor 502: Servo motor connector 503: Connector fixing hole 51: fixed car wall 52: Adjusting screw fixing rod 52001: Adjusting pressure screw 53: fixed axis 5301: movable rocker 5302: Rocker movable connector 54: Mounting seat in the roller 55: second fixed bearing seat plate cover 56: Bearing seat pressure rod 57: Pad paper drives the roller 571: non-slip pattern 58: The first stick to the passive wheel 581: The first bearing seat 582: First top bearing seat spring 59: The second close to the passive wheel 591: second bearing seat 592: second top bearing seat spring 510: Roller outer mounting seat 511: upper fixed car wall connecting plate 512: Lower fixed car wall connecting plate 513: First fixed bearing seat plate cover 5131: Torx screw for the first abutment roller 514: Paper Control Horizontal Plate 515: fixed cylinder horizontal rod 516: fixed cylinder foot plate 517: fixed foot 518: Cylinder 519: fixed rocker shaft 520: swing bar 521: Affect the connecting rod 5211: Lower fish eye bearing 5212: Upper fish eye bearing 522: Upper Cutter 5221: Upper cutting edge 5222: Lever pressure knife slope 523: Lower Fixed Knife 5231: lower cutting edge 5232: Lower cutter screw hole 524: Movable Button Unit 5241: movable button fixing pin 5242: fixed button bearing 5243: inner spring pad 5244: spring 5245: Outer spring pad 5246: Double stop nut 525: Transverse Wall Panel A: Edible products B: The whole roll of paper B1: square pad paper C: The first clip pad paper sticking point D: The second clip pad paper sticking point E1: Pad paper adsorption area E2: Leakage zone F: Cutting edge

Figure 1 is a right side view of the present invention.

Figure 2 is a left side view of the present invention.

Figure 3 is a front view of the present invention.

Figure 4 is an exploded top view of the present invention on the right side.

Figure 5 is an exploded top view of the left side of the present invention.

Figure 6 is a schematic diagram of the installation of the rear conveying seat, the storage suction box and the rear conveying belt in the present invention.

Fig. 7 is a schematic diagram of the conveying process of edible products and the entire roll of cushion paper in a top view.

Fig. 8 is a schematic view of Fig. 7 in the front side direction.

Fig. 9 is a schematic diagram of the structure of the pad brake fine-adjusting device in the present invention.

Figure 10 is a front view of the pad brake fine adjustment device of the present invention.

Figure 11 is a right isometric view of the pad brake fine-adjusting device in the present invention.

Fig. 12 is a schematic diagram of the exploded structure of Fig. 11.

Figure 13 is a schematic cross-sectional view of the fixed spring square angle in the fixed central axis of the present invention.

Figure 14 is a schematic diagram of the structure of the fine-tuning screw case of the present invention.

Fig. 15 is a schematic diagram of the structure of the U-shaped spring sheet with steel balls in the present invention.

Figure 16 is a perspective view of the paper pad cutting and pinching device.

FIG. 17 is a schematic diagram I of the explosion state of FIG. 16.

Figure 18 is a schematic diagram of the paper clamping and cutting process of the paper pad cutting and pinching device.

Figure 19 is a schematic diagram II of the explosion state of Figure 16.

20 is a schematic diagram of the opening and closing actions of the cutting unit in the present invention.

Figure 21 is a top view of the cutting unit in the present invention.

Figure 22 is a schematic diagram of the movable button unit.

Figure 23 is an exploded schematic view of Figure 22.

1: The whole machine

2: Rear conveyor

3: Front conveyor

4: Pad brake fine-tuning device

5: Pad cover for cutting and pinching device

Claims (28)

A multifunctional high-speed paper padding equipment, which is characterized in that it comprises a complete machine platform (1), and a rear conveying device (2) for conveying edible products (A) is installed on the complete machine platform (1), Front conveying device (3), padding brake fine-tuning device (4) for realizing center correction, fine-tuning and braking of the whole bundle of pad paper, padding cutting and pinching device (4) for cutting and pinching pad paper 5) and a plurality of pad paper transition pulleys (17), the rear conveying device (2) has a horizontal conveying surface and a slope conveying surface, and the horizontal conveying surface is coplanar with the conveying surface of the rear conveying device (2), so The ramp conveying surface is close to the pad paper cutting and pinching device (5), and the rear conveying device (2) includes a rear conveying belt pulley (2121) arranged on the first belt movable plate (212) and arranged on the rear conveying The conveyor belt transition pulley (2152) and the first conveyor belt drive roller (215) on the seat (21) are closed perforated belts and sleeved on the first belt movable plate (212), the rear conveyor seat (21), and the rear end The periphery of the conveyor belt pulley (2121), the conveyor belt transition pulley (2152) and the first conveyor belt drive roller (215), the first conveyor belt drive roller (215) is connected to the output end of the first servo unit. For example, the multifunctional high-speed paper padding device described in claim 1 of the scope of patent application is characterized in that: the rear conveying seat (21) is provided with a storage suction box (211), and the storage suction box (211) is provided with The suction port connected to the suction device is connected to the inner cavity of the rear conveying seat (21), and a plurality of storage suction boxes (211) are arranged on the surface of the rear conveying seat (21) in an array. Connected suction holes. For example, the multifunctional high-speed paper pad device described in claim 2 of the scope of patent application is characterized in that: the suction holes consist of a plurality of longitudinal suction holes (2111) and/or a plurality of horizontal suction holes The holes (2112) are combined, and at least one set of horizontally long suction holes (2112) are opened in the initial part of the slope conveying surface in the rear conveying seat (21); the longitudinal suction holes (2111) and the The long sides of the rear conveying seat (21) are parallel, and the horizontally long suction holes (2112) are parallel to the short sides of the rear conveying seat (21). For example, the multifunctional high-speed paper padding device described in claim 1 of the scope of patent application is characterized in that: the front conveying device (3) includes a front belt conveying pulley (3121) arranged on the second belt movable plate (312), and The second conveyor belt drive roller (316) arranged on the front conveying seat (31) is a closed conveyor belt (33) sleeved on the front belt conveyor pulley (3121), the second belt movable plate (312), and the second conveyor Belt drive roller (316) and the periphery of the front conveying seat (31), the second conveying belt drive roller (316) is connected to the output end of the second servo unit, and an electric eye is also arranged on the front conveying seat (31) Sensor (315). For example, the multifunctional high-speed paper padding device described in claim 1 of the scope of patent application is characterized in that: the paper pad brake fine-adjusting device (4) is installed on the fixed side board (11), and the fixed side board (11) is connected to the fixed side board (11). The machine platform (1) is fixedly connected; the pad paper brake fine adjustment device (4) is composed of a brake mechanism for braking the entire bundle of pad paper and a centering fine adjustment mechanism for correcting the center position of the entire bundle of pad paper. For example, the multifunctional high-speed paper padding device described in claim 5 of the scope of patent application is characterized in that the specific structure of the brake mechanism is as follows: a force control unit, a transmission shaft installed at the output end of the tension control unit, and a transmission shaft installed on the transmission shaft The upper brake gear (46) and the passive gear (45) meshed with the brake gear (46), and a positioning unit is also provided on the passive gear (45). For example, the multifunctional high-speed paper padding device described in claim 6 of the scope of patent application is characterized in that: the positioning unit includes a positioning collar (44) matched with the inner diameter of the passive gear (45), and the positioning collar The outer ring of (44) evenly contacts a plurality of positioning bearings (431), and each positioning bearing (431) is installed on the positioning tooth stalk (43), and the positioning tooth stalk (43) is positioned and supported on the fixed side plate (11) on. For example, the multifunctional high-speed paper pad device described in claim 7 of the scope of patent application is characterized in that: the outer ring of the positioning collar (44) is recessed in the radial direction to form a ring for cooperating with the positioning sleeve of the positioning bearing (431) Ring groove (441). A multifunctional high-speed paper padding device as described in claim 5 of the scope of patent application is characterized in that: the specific structure of the centering and fine-tuning mechanism is as follows: including a fixed shaft sleeve (41) and a fixed central shaft (42) , Bearing assembly, roll paper transmission sleeve (49), fine-tuning screw rod (418) and pad paper positioning assembly, one end of the fixed central shaft (42) is connected with the fixed shaft sleeve seat (41), the fixed center The other end of the shaft (42) is connected with a fine adjustment screw rod (418), and the outer ring of the fixed central shaft (42) is connected to the paper roll transmission sleeve (49) through the bearing assembly, so that the paper roll transmission sleeve (49) The bearing assembly can move axially relative to the fixed central shaft (42); the paper pad positioning assembly for positioning the entire roll of paper pad (B) is installed on the outer ring of the roll paper transmission sleeve (49), and the paper roll The transmission sleeve (49) is also provided with a first stop screw groove (491) and a second stop screw groove (492) for fixing the positioning collar (44). For example, the multifunctional high-speed paper padding device described in claim 9 of the scope of patent application is characterized in that: along the axis of the fixed central axis (42), a screw rod (418) for screwing and fine-tuning is provided A deep tooth hole (494) of the threaded part; an anti-loosening device is also provided on the fixed central shaft (42) to prevent the fine adjustment screw rod (418) from loosening. For example, the multifunctional high-speed paper padding device according to claim 10 of the scope of patent application is characterized in that: the anti-loosening device includes a fixed spring square angle (421) arranged on a fine adjustment screw rod (418), and the fixed spring square angle ( 421) are provided with steel ball perforations (422) respectively on the opposite surfaces, and screw holes (4211) are provided on the other surface between the opposite surfaces. The stop steel ball (425) is placed in the steel ball perforations (422), and The steel ball U-shaped spring piece (424) is fixedly connected to the screw hole (4211) by a fastener, so that the inner surface of the steel ball-clamping U-shaped spring piece (424) is pressed to stop the steel ball (425). For example, the multifunctional high-speed paper padding device described in claim 11 of the scope of patent application is characterized in that: one end of the fine adjustment screw rod (418) extending into the deep tooth hole (494) is provided with a stop square corner (4181), and the stopper The flat surface of the movable square corner (4181) is pressed and contacted by the stop steel ball (425). For example, the multifunctional high-speed paper cushioning device described in claim 8 of the scope of patent application is characterized in that the bearing assembly includes a pair of needle-shaped linear bearings (415) distributed on the outer diameter of the fixed central shaft (42), and the inner sleeve is fixed. The bearing (414) and the outer sleeve fixing bearing (413), the outer end of the inner sleeve fixing bearing (414) is closed by an inner fixing bearing cover (417) fixed to one end of the paper roll transmission sleeve (49) The outer end of the outer sleeve fixed bearing is closed by an outer fixed bearing cover (416) fixedly connected to the other end of the roll paper transmission sleeve (49). For example, the multifunctional high-speed paper cushioning device described in claim 13 of the scope of patent application is characterized in that: a second waterproof sealing ring is installed on the inner ring of the inner fixed bearing cover (417) (4171); A first waterproof sealing ring (4163), a bearing (4162) and a bearing stop ring (4161) are respectively arranged on the inner ring of the outer fixed bearing cover (416). For example, the multifunctional high-speed paper pad device described in claim 9 of the scope of patent application is characterized in that: the paper pad positioning assembly includes a pair of fixed pad paper loops (410) and a pair of pad paper edge plates (411). The fixed paper cushion ring (410) is sleeved on the outer ring of the roll paper transmission sleeve (49) at intervals, and each paper stopper edge plate (411) is sleeved on the step outer ring of the fixed paper cushion ring (410) , The steps also extend in the axial direction to form a top pad paper slope (4101) with a tapered surface, and the top pad paper slope (4101) is used to cooperate with the central serial port of the whole bundle of pad paper (B) to make the The whole bundle of pad paper (B) is clamped between adjacent top pad paper slopes (4101), and the side of the fixed pad paper ring (410) located on the outer side also abuts the fixed pad paper disassembly nut (412) ), the fixed pad paper dismounting nut (412) is screwed to the screw thread (493) provided on the roll paper transmission sleeve (49). For example, the multifunctional high-speed paper pad device described in claim 1 of the scope of patent application is characterized in that: the paper pad cutting and pinching device includes a fixed vehicle wall (51), a pad paper cutting device and a pad paper conveying device. The pad paper cutting device and the pad paper conveying device are both installed on the fixed vehicle wall (51). The specific structure of the pad paper conveying device is as follows: including the third servo unit, the roller inner mounting seat (54), and the pad paper drive The roller (57), the roller outer mounting seat (510) and multiple passive rollers, the roller inner mounting seat (54) is fixedly connected to the fixed vehicle wall (51), and the roller outer mounting seat (510) is installed inside the roller The seats (54) are arranged relative to each other. Between the outer mounting seat (510) of the roller and the inner mounting seat (54) of the roller, a paper-clip paper driving roller (57) and a plurality of passive rollers are respectively installed. The wheel surface of each passive roller With folder The wheel surface of the paper pad driving roller (57) is tangent and uniformly distributed around the axis of the paper pad driving roller (57). One end of the paper pad driving roller (57) is linked with the output end of the third servo unit . For example, the multifunctional high-speed paper pad device described in claim 16 of the scope of patent application is characterized in that: the pad paper drives the roller (57) and the outer diameter of the roller is provided with a non-slip pattern (571), and the center of each passive roller and the pad The connecting lines between the wheel centers of the paper-driven roller (57) are perpendicular to each other, so that the passive rollers are distributed at 90° relative to the paper-driven roller (57). For example, the multifunctional high-speed paper pad device described in claim 16 of the scope of patent application is characterized in that: a plurality of grooves are opened in the roller inner mounting seat (54) and the roller outer mounting seat (510), and each groove A bearing seat and a bearing seat spring are installed in the groove, and each bearing seat is controlled by an adjusting mechanism to realize the pressure adjustment between the passive rollers and the paper-driven rollers (57). For example, the multifunctional high-speed paper padding device described in claim 18 of the scope of patent application is characterized in that: the adjusting mechanism is an adjusting screw, and the adjusting screw is threadedly connected with the adjusting seat. For example, the multifunctional high-speed paper pad device described in claim 19 of the scope of patent application is characterized in that: the adjustment mechanism is a second fixed bearing seat plate cover (55), a bearing seat pressing rod (56), and a fixed shaft center (53) , Movable rocker (5301), rocker movable connector (5302), adjusting screw fixing rod (52), adjusting pressure screw (52001) composed of a combined structure, the second fixed bearing seat plate cover (55) is installed On the inner mounting seat (54) of the roller and the outer mounting seat (510) of the roller, the bearing seat pressing rod (56) penetrates the second fixed bearing seat plate cover (55) and abuts against the bearing seat, pressing the rod on each bearing seat A movable rocker (5301) is set above (56), and each movable rocker (5301) is distributed on the outer ring of the movable joint (5302) of the rocker. The joints (5302) are all fitted to the outer ring of the fixed shaft (53), the fixed shaft (53) is fixed to the fixed vehicle wall (51); the movable joint (5302) of the rocker is located at the rear The movable rocker (5301) is also provided with an adjusting pressure screw (52001), the adjusting pressure screw (52001) is screwed to the adjusting screw fixing rod (52), and the adjusting screw fixing rod (52) is also fixed to the fixed vehicle wall (51) On. For example, the multifunctional high-speed paper pad device of claim 16, characterized in that: the specific structure of the paper pad cutting device is as follows: it includes a drive unit, a link unit and a cutting unit, and is composed of the drive unit The power is provided and the power is transmitted by the connecting rod unit, so that the cutting unit completes the cutting action of the pad paper. For example, the multifunctional high-speed paper pad device described in claim 21 of the scope of patent application is characterized in that: the connecting rod unit includes a fixed rocker shaft (519), a rocking rod (520), a lower fish eye bearing (5211), and an upper fish The mesh bearing (5212), the pulling connecting rod (521), one end of the fixed rocker shaft (519) is connected to the fixed vehicle wall (51), and the other end of the fixed rocker shaft (519) is connected to the rocking rod (520). One end of the) is commonly connected by a fixed foot (517), and the other end of the swing rod (520) is connected to one end of the pulling connecting rod (521). For example, the multifunctional high-speed paper padding device described in claim 21 of the scope of patent application is characterized in that: the cutting unit is composed of a movable blade unit and a stationary blade unit, and a movable button unit is passed between the movable blade unit and the stationary blade unit. (524) Fixed. For example, the multifunctional high-speed paper pad device described in claim 23 of the scope of patent application is characterized in that: the movable blade unit includes an upper cutting knife (522) and an upper cutting knife edge (5221), and the upper cutting knife edge (5221) is shaped On the bottom surface of the upper cutting knife (522), on the upper cutting edge At the inner edge of the cutting edge of the (5221), a lever pressing knife slope (5222) for pressing is formed on the upper cutting knife (522). For example, the multifunctional high-speed paper pad device according to claim 23 of the scope of patent application is characterized in that: the stationary blade unit includes a lower fixed knife (523), a lower cutting knife edge (5231), and a plurality of cutter screw holes. The knife edge (5231) is formed on the top surface of the lower fixed knife (523), and the lower fixed knife (523) is fixed to the transverse wall plate (525) through fasteners and a plurality of cutter screw holes. ) Fix the paper control horizontal plate (514). For example, the multifunctional high-speed paper padding device described in claim 23 of the scope of patent application is characterized in that: the movable button unit (524) includes a movable button fixing pin (5241), a fixed button bearing (5242) and a double stop nut (5246) ), the fixed button bearing (5242) is installed in the movable blade unit, and the movable button fixing pin (5241) passes through the movable blade unit, the stationary blade unit, and the elastic unit in turn and is locked by a double stop nut (5246) . For example, the multifunctional high-speed paper pad device described in claim 26 of the scope of patent application is characterized in that: the elastic unit includes an inner spring pad (5243), a spring (5244), an outer spring pad (5245), and the inner spring pad ( 5243), spring (5244) and outer spring pad (5245) are all sleeved on the outer ring of the movable button fixing pin (5241), and the spring (5244) is located between the inner spring pad (5243) and the outer spring pad (5245) It is used to apply elastic pressure to the movable blade unit and the stationary blade unit. For example, the method of multifunctional high-speed paper padding equipment for high-speed padding described in claim 1 of the scope of patent application, its use and implementation features include the following steps: the entire roll of padding paper is loaded on the padding brake fine-tuning device and the center of the padding paper is corrected; The stretch pad paper is fed into the pad paper cutting pinch device through the pad paper pulley; the brake mechanism in the pad brake fine-tuning device is activated and releases the grip to keep the pad paper in a stretched state; the sensor releases the signal to cut the pad paper The padding paper in the pinching device drives the roller to rotate to realize the temporary release of the padding and feeding, so that the padding paper enters the cutting edge; the sensor release signal makes the padding paper in the padding cutting and pinching device drive the roller to stop rotating. The padding and clipping device temporarily stops the action; the padding cutting and pinching device receives the sensor command to cut the padding paper into square padding; the sensor release signal makes the padding paper in the padding cutting and pinching device drive the roller to rotate Realize the temporary one-off action of the paper pad, the paper pad is fed into the slope conveying surface of the rear conveying device, and the square pad paper is sucked by the adsorption device and then transported to the horizontal surface by the rear conveying device. It pauses and waits for the edible products to arrive; The square cushion paper climbs to the horizontal conveying surface through the rear conveying device and connects with the edible products conveyed by the front conveying device, so that the edible products are located on the surface of the square cushion paper.

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