TWM580572U - Material package conveying and feeding mechanism having both material package cutting and feeding functions - Google Patents

Abstract

A material bag conveying and feeding mechanism with a bag cutting and feeding function, comprising a base, a clamping device installed in the base, a material cutting device and a material bag pushing device, wherein the side of the base is provided by the conveying The belt conveyor belt and the belt conveyor belt driven by the driving device can be controlled to carry the material feeding bag to the material input area of the base by the material conveying belt, and the material of the material feeding input area is transferred by the clamping device. The cutting area of the bag is cut, and then the bag is cut by the bag cutting device, so that the raw materials in the bag are fed downward to the feeding container or the feeding hopper of the production equipment, and then the remaining bag is fed by the bag pushing device. Push to the bag conveyor to deliver, thereby providing an automated packet delivery mechanism that facilitates the loading of the package to the production facility.

Description

Feeding and feeding mechanism with material bag cutting and feeding function

The utility model relates to a material conveying and feeding mechanism for applying the functions of conveying, bag cutting and feeding, which are applied to the powdered or granular raw materials in the bag.

For example, in the automated production process of food products, powdered or granulated raw materials must be introduced into the production equipment, and then a continuous process step is performed to produce the food product. The aforementioned powdery or granular raw materials are usually supplied by the supplier using the bag to quantitatively package the package, and then the package is carried to the production equipment, and the raw materials in the package are fed to the input container or the hopper of the production equipment. .

When the foregoing material package is carried to the production equipment, the raw material in the material package is fed to the feeding container of the production equipment or the operation mode of the feeding hopper, which is manually cut the material bag of the material package, and the material that has been cut is cut. The bag is moved to the infeed container or the hopper to feed, and then the remaining bag of the bag is manually placed on the side.

However, the current operation mode of feeding the powdered or granulated raw materials in the bag to the feeding container or the feeding hopper of the production equipment is to manually carry out the movement of the material bag, the cutting of the material bag and the feeding action, and the operation takes time. Problems with work, inconvenience, and poor work efficiency.

The purpose of the present invention is to provide a material conveying and feeding mechanism which has the functions of cutting and feeding the material bag, and solves the inconvenience and work efficiency of the existing powder or granular material material package by manual moving, cutting the material bag, feeding the material. Poor question.

In order to achieve the premise, the present invention proposes a material conveying and feeding mechanism with a bag cutting and feeding function, including:  a pedestal defining a blanking zone, a packet cutting zone and a packet input zone arranged from bottom to top, wherein a substrate is disposed between the blanking zone and the cutting zone of the package, and a blank hole is formed in the substrate The input area of the package and the cutting area of the package are connected to each other;  a package conveyor belt mounted on a side of the base and extending to one side of the input area of the package, and capable of carrying a material package to the input area of the package;  a bag conveyor belt installed on a side of the base and extending to one side of the cutting area of the package, and capable of feeding out the remaining bag material after the material is blanked;  a conveyor belt drive device is mounted on a side of the base and connected to drive the package conveyor belt and the bag conveyor belt;  a clamping device is mounted on the base, the clamping device comprises a material carrier plate, a material clamping plate and a clamping drive assembly, and the material clamping plate and the material carrier plate can be vertically opposed Moving in the pedestal and above the substrate, the material carrier plate forms a through hole, the position of the through hole corresponding to the position of the hole below the substrate, the clamping drive assembly connecting and driving the material The bag and the package carrier move back and forth between the input area of the package and the cutting area of the package, and can move the package from the input area of the package to the cutting area of the package;  a packet cutting device installed in the base, the packet cutting device comprising at least one cutting assembly, the cutting assembly comprising a cutter and a cutter driving assembly connecting the cutter, the cutter being disposed on the base Below the substrate of the seat, the cutter can be driven by the cutter drive assembly to extend into the blanking hole of the substrate to perform a cutting action of the package;  a bag pushing device mounted on the base and located at the other side of the bag cutting zone relative to the bag conveyor belt, and capable of pushing the remaining bag of the material blank to the bag conveying band.  

By the above-mentioned overall creation of the material feeding and feeding mechanism with the bag cutting and feeding function, the controlled computer or the control system can automatically execute the material bag conveying with the original material and cutting the material bag of the material bag. The raw material in the material package can be put into the feeding container or the feeding hopper of the production equipment, and after the raw material in the material package is completely put into the feeding container or the feeding hopper, the remaining material bag of the material package can be sent out, etc., thereby Provide an automated dosing and feeding mechanism that facilitates the loading of the material into the production equipment.

In the new material bag conveying and feeding mechanism with the bag cutting and feeding function, the bag cutting device can also have two cutting assemblies, and the two cutting units are used to sequentially feed the bag to the material package on the substrate. The X-shaped slit is formed by cutting the bag, so that the X-shaped slit on the bottom surface of the bag is pushed down by the original material to expand to form a larger opening, so that the raw material in the bag can quickly pass through the X-shaped slit. The expanded opening falls into the underfeed container or hopper.

As shown in FIG. 1 , a preferred embodiment of the novel material conveying and feeding mechanism with the bag cutting and feeding function is disclosed. The bag conveying and feeding mechanism with the bag cutting and feeding function comprises a base 10, a bag conveyor belt 20, a bag conveyor belt 30, a conveyor belt driving device 40, a clamping device 50, and a The packet cutting device 60 and a bag pushing device 70.

As shown in FIG. 1, the base 10 defines a lower material area 11 arranged from the bottom to the top, a material cutting area 12, and a material input area 13, and the blanking area 11 is disposed between the cutting area 12 and the cutting area 12. There is a substrate 14 in which a lower hole 141 is formed. The material input area 13 communicates with the cutting area 12 of the package. The blanking area 11 is used to provide a feeding container 80 or a hopper setting of the production equipment. Wherein, the inlet port of the inlet container 80 (or the hopper) is open upward, and the position of the inlet port corresponds to the blanking hole 141 of the substrate 14. A top plate 15 may be disposed on the base 10 above the package input area 13.

As shown in FIG. 1 , the package conveyor belt 20 is mounted on the side of the base 10 , and the package conveyor belt 20 is disposed on one side of the base 10 and extends to the package of the base 10 . One side of the input area 13 is provided. The packet conveyor belt 20 can be conveyed to the package input zone 13 by a drive carrier package. In the preferred embodiment, the packet conveyor belt 20 extends obliquely from bottom to top to the side of the package input region 13 where the base 10 is at a higher position. The package conveyor belt 20 can be selected from existing conveyor belt products, and the specific configuration thereof will not be described herein. The outer surface of the packet conveyor belt 20 has a plurality of spaced-apart anti-slip ribs 21, so that when the package conveyor belt 20 carries the material package, the material is provided by the stopping action provided by the anti-slip ribs 21. It does not slip on the packet conveyor belt 20.

As shown in FIG. 1, the bag conveyor belt 30 is mounted on the side of the base 10, and the bag conveyor belt 30 can be located on the same side of the base 10 or different from the package conveyor belt 20. On both sides, the bag conveyor belt 30 is disposed on the side of the base 10 and extends to the side of the package cutting zone 12 of the base 10. The bag conveyor belt 30 can be driven to drive the output bag output. In the preferred embodiment, the bag conveyor belt 30 extends obliquely from the bottom to the side of the package cutting zone 12 of the base 10, and the bag conveyor belt 30 and the package conveyor belt 20 are up and down. Arranged in parallel and moved in opposite directions. The bag conveyor belt 30 can be selected from existing conveyor belt products, and the specific structure thereof will not be described herein.

As shown in FIG. 1, the conveyor belt driving device 40 is disposed on the side of the base 10 and connected to drive the movement of the bag conveyor belt 30 and the package conveyor belt 20. The conveyor belt driving device 40 includes one or two. a drive motor, when the belt drive unit 40 has a drive motor, the drive motor is coupled to the belt conveyor belt 30 and the package conveyor belt 20 in combination with a wheel train transmission assembly (such as a sprocket set, gear set, etc.) The bag conveyor belt 30 is driven together with the packet conveyor belt 20 for the drive motor. When the conveyor driving device 40 has two driving motors 41, 42, one of the driving motors 41 is connected to the package conveyor belt 20, and the other of the driving motors 42 is connected to the bag conveyor belt 30 to transport the bag. The belt 30 and the packet conveyor belt 20 can be driven individually.

As shown in FIG. 1 and FIG. 2, the clamping device 50 is mounted on the base 10 and can reciprocate between the packet input area 13 and the packet cutting area 12. The clamping device 50 includes A package board 51, a material folder 52, and a clamping drive assembly 53 are disposed in the base 10 and in the substrate 14 so as to be movable up and down relative to the package carrier 51. A through hole 511 is formed in the material loading board 51. The position of the through hole 511 can correspond to the position of the bottom hole 141 of the substrate 14. The clamping driving component 53 connects and drives the material clamping plate 52. The material loading plate 51 reciprocates between the package input area 13 and the package cutting area 12, and the self-packing input area 13 holds the package and moves to the package cutting area 12.

As shown in FIG. 1 and FIG. 2, in the present embodiment, the clamping drive assembly 53 can be a pneumatic cylinder or other linear drive assembly, and the clamp drive assembly 53 includes an actuating lever 531 that can move up and down linearly. The clamping drive assembly 53 is mounted on the top plate of the base 10 above the package input area 13. The actuating rod 531 extends upwardly to fix the package clamping plate. The bottom surface of the material clamping plate 52 is provided with a plurality of supporting links. 54. The plurality of support links 54 are respectively disposed on the material carrier board 51, so that the material carrier board 51 can move up and down the plurality of support links 54, and each of the support links 54 has a bottom end. The support block 541 can be located at the bottom support limit of the package carrier 51, so that the clamping drive assembly 53 is directly connected to the package clamp 52 and the package is indirectly connected via the plurality of support links 54. Carrier plate 51. The plurality of support links 54 can respectively pass through the substrate 14 in the base 10. In the preferred embodiment, the substrate 14 is provided with a consistent hole 142 at a position relative to each of the support links 54. The through hole 142 can provide a corresponding support block 541 of the support link 54 to pass through.

As shown in FIG. 1, the packet cutting device 60 is mounted in the base 10 and includes at least one cutting assembly 61. The cutting assembly 61 includes a cutter 611 and a cutter driving assembly 612 that connects the cutter 611. The cutter 611 is disposed under the base plate 14 of the base 10, and the cutter 611 can be driven by the cutter drive assembly 612 to extend into the blanking hole 141 of the base plate 14 to perform a cutting action of the package. The cutter drive assembly 612 can optionally employ a pneumatic cylinder or other linear drive assembly for driving the reciprocating linear motion of the cutter 611. In the preferred embodiment, the packet cutting device 60 includes two sets of cutting assemblies 61. The two cutting assemblies 61 can be sequentially operated to cut the material bag transferred to the substrate 14 to produce an X-shaped slit. .

As shown in FIG. 1, the bag pushing device 70 is mounted on the side of the base 10 and located on the other side of the bag cutting zone 12 with respect to the bag conveyor belt 30 for performing the material. The bag remaining after the original item in the bag is discharged is pushed to the bag conveyor belt 30. In the preferred embodiment, the bag pushing device 70 includes a push plate 71 and a push plate drive assembly 72 connected to the push plate 71. The push plate drive assembly 72 can be selected from a pneumatic cylinder or other linear drive assembly. The push plate 71 is driven to reciprocate linearly.

The use case of the preferred embodiment of the novel material conveying and feeding mechanism of the bag cutting and feeding function can be controlled by a computer or a control system, as shown in Fig. 3 to Fig. 6, which will be equipped with the original The material package 90 is transferred to the package conveyor 20, and is transported upward by the driven package conveyor 20 to the package carrier 51 in the package input area 13 at a higher position of the base 10, followed by The package clamping plate 52 is driven by the clamping drive assembly 53 of the controlled clamping device 50 and the package carrier plate 51 is lowered from the package input area 13 to the package cutting zone 12 and opposite to the clamping package 90, wherein During the process of the clamping drive assembly 53 driving the plurality of support links 54 of the package cleat 52 and the bottom surface thereof, the plurality of support links 54 are movably passed through the material carrier plate 51 and supported by the bottom end of each support link 54. The stopper 541 supports the material carrier plate 51, so that the material carrier plate 51 of the carrier package 90 is lowered by the gravity together with the driving material package plate 52 until the material carrier plate 51 contacts the substrate 14 of the base 10 and stops. , the package 90 is loaded with powder or granular raw materials, so the package 90 is opposite to the package carrier 51 The portion of the position of the through hole 511 extends downward into the lower hole 141 of the substrate 14, the clamping drive assembly 53 continuously drives the drop plate 52 to descend, and the plurality of support links 54 on the bottom surface of the package plate 52 pass through the substrate 14. The through hole 142 is such that the package cleat 52 and the package carrier 51 are opposed to the package 90.

Next, as shown in FIG. 7, the cutter driving assembly 612 of the packet cutting device 60 is controlled to drive the cutter 611 into the blanking hole 141 of the substrate 14 to perform the cutting action of the package 90, and then reset the material package 90. The outer package 90 is cut by the cutter 611 to produce a slit, and the powdery or granular raw material in the package 90 is dropped by the slit into the lower feed container 80 (or the hopper) due to gravity. In the foregoing, when the packet cutting device 60 has two of the cutting assemblies 61, the two cutting assemblies 61 cut the pockets 91 of the package 90 transferred onto the substrate 14 in sequence, and the packets 91 are X-cut. The X-shaped slit of the bottom surface of the bag 91 is pushed down by the original material to expand to produce a larger opening, and the material-clamping plate 52 applies a downward pressure to the package 90 to make the raw material in the package 90. It is possible to quickly push into the lower feed container 80 (or the hopper) by pushing the expanded larger opening through the X-shaped slit.

As shown in FIG. 8 and FIG. 9, when the raw material in the package 90 completely falls into the infeed container 80 and is emptied, and the remaining bag 91 of the package 90 is located on the package carrier 51, the clamping device 50 The plurality of support links 54 controlled by the clamping drive assembly 53 to drive the package cleat 52 and the bottom surface thereof are raised to a predetermined height position, so that the package cleat 52 is separated from the material carrier plate 51 and the material bag 91 thereon. The plate 51 is also located on the substrate 14, and the push plate driving assembly 72 of the bag pushing device 70 is controlled to push the bag 91 on the package carrier 51 to the bag conveyor belt 30 for resetting, and the bag 91 is a bag. The conveyor belt 30 is fed out, and the clamping drive assembly 53 of the clamping device 50 successively drives the plurality of support links 54 of the package cleat 52 and its bottom surface to rise, and the support stops 541 at the bottom end of the plurality of support links 54 are supported. The common carrier material loading plate 51 is raised to a predetermined height position to be reset, and then the feeding operation of the next material package is continued.

In summary, the novel creation of the material feeding and feeding mechanism of the above-mentioned material bag cutting and feeding function enables the controlled computer or control system to automatically execute the material conveying and material package containing the original materials. The material bag is cut, so that the raw materials in the material package can be put into the feeding container or the feeding hopper of the production equipment, and the raw materials in the material package are completely put into the feeding container or the hopper, and the remaining material bags are filled. Can be sent out, etc., thereby providing an automated packet conveying and feeding mechanism that facilitates the feeding of the material to the production equipment.

10‧‧‧ Pedestal

11‧‧‧Unloading area

12‧‧‧Packing area

13‧‧‧Packet input area

14‧‧‧Substrate

141‧‧‧Unloading holes

142‧‧‧through holes

15‧‧‧ top board

20‧‧‧Packing conveyor belt

21‧‧‧Sliding ridges

30‧‧‧ bag conveyor belt

40‧‧‧Conveyor belt drive

41, 42‧‧‧ drive motor

50‧‧‧Clamping device

51‧‧‧Packing board

511‧‧‧through hole

52‧‧‧Packing splint

53‧‧‧Clamping drive assembly

531‧‧‧Action rod

532‧‧‧guides

54‧‧‧Support link

541‧‧‧Support stop

60‧‧‧Packing device

61‧‧‧ cutting components

611‧‧‧Tools

612‧‧‧Tool drive assembly

70‧‧‧Bag pusher

71‧‧‧ push board

72‧‧‧ Push plate drive components

80‧‧‧Inlet container

90‧‧‧Packing

91‧‧‧ material bags

Fig. 1 is a plan view showing a preferred embodiment of the novel material conveying and feeding mechanism of the cutting and feeding function of the bag.  2 is a partial side plan view showing a preferred embodiment of the material conveying and feeding mechanism of the cutting and feeding function of the bag shown in FIG.  FIG. 3 is a reference diagram of an implementation state of a feed bag for a preferred embodiment of the bag conveying and feeding mechanism with the bag cutting and feeding function.  Fig. 4 is a reference view showing the state of implementation of the preferred embodiment of the bag conveying and feeding mechanism of the present invention which has the bag cutting and feeding function, and the bag is conveyed to the material carrier plate of the holding device.  FIG. 5 is a reference diagram of a preferred embodiment of the bag conveying and feeding mechanism of the present invention having a bag cutting and feeding function, wherein the bag is conveyed from the feeding section of the clamping device to the cutting section of the bag.  FIG. 6 is a schematic view of a preferred embodiment of the bag conveying and feeding mechanism with the bag cutting and feeding function of the present invention, wherein the material is wrapped in the cutting area of the bag and the clamping device of the clamping device and the material carrier plate are relatively clamped. Status reference map.  FIG. 7 is a reference diagram of a state in which the packet cutting device of the present invention performs a cutting action on a packet by a bag conveying and feeding mechanism.  FIG. 8 is a preferred embodiment of the novel material conveying and feeding mechanism with the bag cutting and feeding function. After the material package is cut, the raw materials in the material package are put into the feeding container, and the material clamping plate of the clamping device rises. Implementation status reference map.  FIG. 9 is a reference diagram of a state in which the bag pushing device of the present invention has a bag conveying and feeding function, and the bag pushing device pushes the bag from the material loading plate to the bag conveyor.  

Claims (9)

A material package conveying and feeding mechanism with a bag cutting and feeding function, comprising:  a pedestal defining a blanking zone, a packet cutting zone and a packet input zone arranged from bottom to top, wherein a substrate is disposed between the blanking zone and the cutting zone of the package, and a blank hole is formed in the substrate The input area of the package and the cutting area of the package are connected to each other;  a package conveyor belt mounted on a side of the base and extending to one side of the input area of the package, and capable of carrying a material package to the input area of the package;  a bag conveyor belt installed on a side of the base and extending to one side of the cutting area of the package, and capable of feeding out the remaining bag material after the material is blanked;  a conveyor belt drive device is mounted on a side of the base and connected to drive the package conveyor belt and the bag conveyor belt;  a clamping device is mounted on the base, the clamping device comprises a material carrier plate, a material clamping plate and a clamping drive assembly, and the material clamping plate and the material carrier plate can be vertically opposed Moving in the pedestal and above the substrate, the material carrier plate forms a through hole, the position of the through hole corresponding to the position of the hole below the substrate, the clamping drive assembly connecting and driving the material The bag and the package carrier move back and forth between the input area of the package and the cutting area of the package, and can move the package from the input area of the package to the cutting area of the package;  a packet cutting device installed in the base, the packet cutting device comprising at least one cutting assembly, the cutting assembly comprising a cutter and a cutter driving assembly connecting the cutter, the cutter being disposed on the base Below the substrate of the seat, the cutter can be driven by the cutter drive assembly to extend into the blanking hole of the substrate to perform a cutting action of the package;  a bag pushing device mounted on the base and located at the other side of the bag cutting zone relative to the bag conveyor belt, and capable of pushing the remaining bag of the material blank to the bag conveying band.   The material conveying and feeding mechanism of the bag cutting and feeding function according to claim 1, wherein the clamping driving assembly comprises an actuating rod capable of moving up and down linearly, and the clamping driving component is mounted on the base Above the input area of the material package, the actuating rod extends upwardly to fix the material-clamping plate, and a plurality of supporting links are disposed on a bottom surface of the material-clamping plate, and the plurality of supporting links are respectively disposed on the material-carrying plate, the material The supporting plate can move up and down in the plurality of support links, each of the supporting links has a supporting block at a bottom end thereof, and the supporting block can be located at a bottom support limit of the material carrier board, the substrate The positions of each of the support links are respectively provided with the same holes, and each of the through holes can provide a corresponding support block of the support link to pass through. The material bag conveying and feeding mechanism which has the bag cutting and feeding function as described in claim 1, wherein the bag cutting device comprises two cutting components, and the two cutting components can cut the material bag of the bag to generate an X. Shaped slits. The bag conveying and feeding mechanism which has the bag cutting and feeding function as described in claim 1, wherein the bag pushing device comprises a push plate and a push plate driving assembly connected to the push plate. The material bag conveying and feeding mechanism which has the bag cutting and feeding function as described in claim 2, wherein the bag cutting device comprises two cutting components, and the two cutting components can cut the material bag of the bag to produce an X. The slitting device comprises a push plate and a push plate drive assembly connected to the push plate. The material bag conveying and feeding mechanism which has the bag cutting and feeding function according to any one of claims 1 to 5, wherein the bag conveying belt is inclined from the bottom to the top to the package input of the base. On the side of the zone, the bag conveyor belt extends obliquely from bottom to top to the side of the cutting zone of the package, and the bag conveyor belt and the package conveyor belt are arranged in parallel in parallel with each other and in opposite directions. The material conveying and feeding mechanism of the bag cutting and feeding function according to claim 6, wherein the conveyor driving device has two driving motors, one of the driving motors is connected to the bag conveyor belt, and the other is A drive motor is coupled to the packet conveyor belt. The material conveying and feeding mechanism of the bag cutting and feeding function according to claim 6, wherein the conveyor belt driving device has a driving motor, and the driving motor is coupled to the bag conveying belt by a wheel train transmission assembly. Material conveyor belt. The bag conveying and feeding mechanism which has the bag cutting and feeding function as described in claim 6, wherein the outer surface of the bag conveying belt has a plurality of spaced-apart anti-slip ribs.