CN105130167A - Multi-set double-dropping and double-molding rotary type individual section machine - Google Patents

Abstract

This invention discloses a multi-set double-drop double-mold rotary forming machine, relating to the field of glass bottle forming machines. The machine includes a main frame; the main frame is equipped with 2 to 10 sets of servo turntable mechanisms, with a forming-side upper turntable mechanism on top of each servo turntable mechanism. Each forming-side upper turntable mechanism has an oil-gas slip ring assembly on top. The main frame also includes a double-drop material flow system, an electronic bottle-feeding conveyor belt, 2 to 10 sets of rotating bottle-supporting mechanisms, a servo bottle-clamping mechanism, and a preliminary mold side box assembly. The forming-side upper turntable mechanism, oil-gas slip ring assembly, rotating bottle-supporting mechanism, servo bottle-clamping mechanism, and preliminary mold side box assembly are all interconnected. This invention can provide sufficient and rapid cooling of the mold for different glass forming processes, has a wide range of applications, and features a compact overall structure, centralized gas, oil, and electricity supply, convenient installation and maintenance, low equipment failure rate, compact installation space, short forming time, high production efficiency, and accurate material dropping position.

Description

A multi-group double-drop double-molding rotary matrix machine

technical field

The invention relates to the field of matrix machines for making glass bottles, in particular to a rotary matrix machine with multiple sets of double drops and double molds.

Background technique

In the glass bottle making industry, glass bottle making is a kind of equipment that molds molten glass frit into various glass bottles and jars (such as glass wine bottles, glass perfume bottles, glass beer pots, glass jars, etc.).

Existing rank machine includes main frame part, primary forming mold part, hydraulic turning mechanism, pneumatic pincer bottle part. The frame of the primary forming mold part is connected with the frame chassis through a small bottom plate; the hydraulic turning mechanism is installed in the frame hole of the primary forming mold part; the pneumatic clamp bottle is installed on the side of the frame of the primary forming mold part.

Existing numerically controlled bottle machine includes frame part, preliminary mold part, forming mold part, rotary air distribution slip ring and pneumatic pincer bottle part. The bottom plate of the prototype mold part and the bracket of the forming mold part are connected with the chassis of the frame; the rotary air distribution slip ring is installed on the center column between the upper and lower turntables of the forming mold, and the pneumatic clamp bottle part is installed on the center column.

When the existing line-of-row machine and the number control bottle machine work, there are the following defects:

(1) For different glass forming processes, the existing rank-and-file machines cannot fully and quickly cool glass bottles of different forming processes, and the scope of application is relatively single.

(2) The existing numerical control bottle machine is an independent single structure. The bottle making machine is spliced and installed at the production site. The installation accuracy is poor, the installation period is long, and it is difficult to ensure the accuracy of the blanking position.

(3) The rotary gas distribution electric slip ring of the existing digital control bottle machine is installed on the center column between the upper and lower turntables of the forming mold part, which is difficult to maintain and is not convenient for people to use.

(4) The existing matrix machine adopts the method that one set of initial molds corresponds to one set of forming molds, the time required for glass forming is long, the production efficiency is low, and it cannot meet the high-efficiency production mode.

(5) The existing digital control bottle machine adopts pneumatic pincer bottle, the air pressure stability of pneumatic pincer bottle is relatively poor, and the response speed is relatively slow.

Contents of the invention

Aiming at the defects existing in the prior art, the object of the present invention is to provide a rotary matrix machine with multiple sets of double drops and double molds. The invention can fully and quickly cool the molds according to different glass forming processes, and has a wide range of applications. It not only has a compact structure, centralized air supply, oil and electricity, convenient installation and maintenance, low equipment failure rate, but also compact installation space and short forming time. , high production efficiency, accurate blanking position.

In order to achieve the above purpose, the multi-group double-drop double-molding rotary queue machine provided by the present invention includes a main frame; 2 to 10 sets of servo turntable mechanisms are arranged on the main frame, and the top of the servo turntable mechanism is provided with an upper turntable mechanism on the forming side. , the top of the turntable mechanism on the side of each composition is equipped with an oil-air slip ring assembly; the main frame is also equipped with a double dripping system, an electronic bottle conveyor belt, 2 to 10 sets of rotating bottle holding mechanisms, 2 to 10 One set of servo bottle clamp mechanism and 2 to 10 sets of preliminary side box components; the servo turntable mechanism, forming side upper turntable mechanism, oil and gas slip ring assembly, rotating bottle holding mechanism, servo bottle clamp mechanism and preliminary side box components One to one correspondence.

On the basis of the above technical solution, the main frame includes a rack chassis, the top of which is fixed with a left column and a right column, the top of the left column is fixed with a left small column, the top of the right column is fixed with a right small column, and the left small column A beam is fixed between the upper part of the upper part and the upper part of the right small column; the side wall of the left column is fixed with a left bracket, the side wall of the right column is fixed with a right bracket, and a distribution box is fixed between the left bracket and the right bracket.

On the basis of the above technical solution, the primary side box assembly includes a frame, the bottom of which is provided with a small bottom plate, the small bottom plate is provided with a primary mold switch mechanism, and the bottom of the small bottom plate is fixed to the frame chassis of the main frame; The top of the top is fixed with a double-drop initial mold fixture mechanism, a double-drop funnel mechanism, a double-drop blowing mechanism and a servo turning mechanism, and a double-drop positive blowing mechanism is fixed on the bracket of the servo turning mechanism; there are frame pressure blowing holes in the frame. A double-drop quick-change pressure-blowing mechanism is fixed in the pressure-blowing hole of the frame; an electrical valve box is fixed on the side of the frame.

On the basis of the above technical solution, the servo turntable mechanism includes a servo bracket, the bottom of the servo bracket is fixed to the frame chassis of the main frame, and the top of the servo bracket is provided with a rotary support; the rotary support includes an inner ring and an outer ring, and the inner ring Fixed with the servo bracket, the top of the outer ring is fixed with a lower turntable; the servo bracket is also equipped with a turntable servo motor and a turntable reducer, the turntable servo motor is fixed with the turntable reducer, and the output shaft of the turntable reducer meshes with the slewing support through the drive gear ; The turntable servo motor can drive the drive gear through the turntable reducer to drive the slewing support for intermittent rotation and indexing rotation.

On the basis of the above technical solution, the upper turntable mechanism on the forming side includes an upper turntable, the bottom of the upper turntable is fixed to the lower turntable of the servo turntable mechanism, and a positioning shaft for precise positioning is arranged between the upper turntable and the lower turntable; the upper turntable There are two sets of switch cylinder assemblies on the top, and each set of switch cylinder assemblies includes a hinge seat, a switch cylinder and a shaft seat located in the corresponding threaded hole of the upper turntable; the shaft of the shaft seat is fixed with a spline sleeve through a positioning hole, and the hinge seat A hinge is fixed on the shaft through a positioning hole; the switch cylinder and the spline bushing are connected to the hinge hole, the spline bushing is connected with a spline shaft through a spline, and the left and right rocker arms are fixed at the end of the spline shaft;

The top of the upper turntable is provided with 2 sets of double-drop vertical cooling mechanisms and 2 molding brackets. The shaft of each molding bracket is fixed with a double-drop molding clamp through a positioning hole. The double-drop molding clamp passes through the long The pin shaft and the small connecting rod are connected with the left and right rocker arms.

On the basis of the above technical solution, the oil-gas slip ring assembly includes an oil-gas slip ring, and the oil-gas slip ring is fixed on the top of the molding support of the turntable mechanism on the forming side through the oil-gas slip ring connecting plate; the top of the oil-gas slip ring is provided with The fixed air pipe is provided with a fixed bracket on the top of the fixed air pipe, and one end of the fixed bracket is fixed with the distribution box of the main frame.

On the basis of the above technical solution, the servo bottle clamp mechanism includes a base, the bottom of the base is fixed to the frame chassis of the main frame, the top is provided with a lifting screw, one end of the lifting screw is fixed to the base through a lifting nut, and the other end is connected to the umbrella. The gear assembly is fixed, and the lifting shaft is sheathed on the outside of the lifting screw; the top of the lifting shaft is provided with a clamp bottle bracket, and a clamp bottle reducer and a clamp bottle servo motor are arranged on the clamp bottle bracket, and the clamp bottle reducer and clamp bottle servo motor are fixed. The output shaft of the clamp bottle reducer is provided with double drop clamp bottle fixtures.

On the basis of the above technical solution, the rotating bottle holding mechanism includes a mounting plate fixed on the side of the bottle clamp reducer of the servo bottle clamping mechanism. The top of the mounting plate is provided with a composite upper and lower cylinder, and the cylinder shaft of the composite upper and lower cylinder is provided with a Rotate the bottle holding connecting plate, an anti-rotation guide rod is arranged between the rotating holding bottle connecting plate and the mounting plate, one end of the anti-rotating guiding rod is fixed to the rotating holding bottle connecting plate through threads, and the other end is fixed to the guide sleeve hole of the mounting plate; The bottom of the rotating holding bottle connecting plate is provided with a rotating cylinder and a bottle holding plate, and the rotating holding bottle connecting plate is connected with the bottle holding plate through the rotating cylinder, and the bottle holding plate is provided with a double-drop bottle holding shaft.

On the basis of the above technical solution, the double-drip material system includes a servo distributor, a straight trough support, a steering trough hanger, a straight material trough, a steering trough, and a steering trough regulator; the servo distributor is fixed with a Feed trough; the straight chute support is fixed at the place below the crossbeam of the main frame corresponding to the feed chute, and the steering chute hanger is fixed on the side of the beam of the main frame; one end of the straight chute is fixed with the straight chute bracket, and the other end is hung with the steering chute The steering rack is fixed; the steering slot adjuster is fixed on the distribution box of the main frame, one end of the steering slot is fixed with the steering slot hanger, and the other end is fixed with the steering slot adjuster.

On the basis of the above technical solution, there are 6 sets of the servo turntable mechanism, the upper turntable mechanism on the forming side, the oil-air slip ring assembly, the rotating bottle holding mechanism, the servo bottle clamp mechanism and the prototype side box assembly.

Compared with the prior art, the present invention has the advantages of:

(1) When the multi-group double-drop double-molding rotary row machine of the present invention was working, the cooling wind entered the primary mold side box assembly through the frame chassis of the main frame to cool the primary mold, and simultaneously the cooling wind passed through the frame chassis, The servo bracket, slewing support, lower turntable, and upper turntable enter the double-drop vertical cooling mechanism to cool the mold. The newly added double-drop vertical cooling mechanism can fully and rapidly cool the molds for different glass forming processes, and has a wide range of applications.

(2) The main frame of the present invention adopts the overall structural design method, and the relatively independent components (turntable mechanism on the forming side, oil-gas slip ring assembly, rotating bottle holding mechanism, servo bottle clamping mechanism, and preliminary side box assembly) are respectively Installed on the main frame to form an integral multi-group double-drop double-molding rotary queue machine, it has the advantages of compact structure, centralized gas supply, oil and electricity, convenient installation and maintenance, and low equipment failure rate.

(3) The turntable mechanism on the molding side of the present invention adopts a double molding mechanism (two sets of double-drop molding clamp assemblies) to correspond to a set of blank molds, thereby making the installation space compact, the molding time short, and the production efficiency high.

(4) The double-drop material system of the present invention adopts an integral design scheme, and the double-drop material system can be installed on the whole machine, thereby making the installation quicker, the adjustment more convenient, and the blanking position accurate.

(5) When the rotating bottle holding mechanism of the present invention is working, the rotating bottle holding cylinder rotates 90 degrees to rotate the double-drop bottle holding shaft to the top of the working position, and the cylinder shaft of the combined upper and lower cylinders moves downward to insert the double-drop bottle holding shaft into the bottle mouth , and finally the molding die is opened. Due to the recombination of two cylinders, the bottle holding shaft is inserted into the bottle mouth, so it can prevent the glass bottle from falling over when the mold is opened, which is relatively safe.

(6) The oil-air slip ring assembly of the present invention includes an oil-air slip ring, and the oil-air slip ring is fixed to the top of the molding support of the turntable mechanism on the forming side through a connecting plate. The external installation method of the oil-air slip ring brings convenience to maintenance.

(7) The primary side box assembly adopts an electrical valve box and a servo turning mechanism, which will improve the accuracy of pneumatic control and turning precision.

(8) The turntable servo motor of the servo turntable mechanism of the present invention can drive the drive gear to drive the rotary support intermittently rotating indexing structure through the turntable reducer, and then can bring accurate two-station indexing at 360 degrees.

(9) Compared with the pneumatic pincer bottle in the prior art, the servo pincer bottle mechanism of the present invention has faster action response and relatively stable operation, not only applicable to high-speed production methods, but also more convenient for height adjustment.

Description of drawings

Fig. 1 is the structure schematic diagram of the first viewing angle of multiple groups of double-drop double-molding rotary matrix machines in an embodiment of the present invention;

Fig. 2 is the structure schematic diagram of the second angle of view of multiple sets of double-drop double-molding rotary matrix machines in the embodiment of the present invention;

Fig. 3 is the structure schematic diagram of the third angle of view of multiple sets of double-drop double-molding rotary matrix machines in the embodiment of the present invention;

Fig. 4 is the structural representation of main frame in the embodiment of the present invention;

Fig. 5a is the front view of the prototype side box assembly in the embodiment of the present invention;

Fig. 5b is a top view of the prototype side box assembly in the embodiment of the present invention;

Figure 6a is a front view of the servo turntable mechanism in the embodiment of the present invention;

Fig. 6b is a top view of the servo turntable mechanism in the embodiment of the present invention;

Fig. 7a is a front view of the turntable mechanism on the forming side in the embodiment of the present invention;

Fig. 7b is a front view of the switch cylinder assembly of the turntable mechanism on the forming side in the embodiment of the present invention;

Fig. 7c is a plan view of the turntable mechanism on the forming side in the embodiment of the present invention;

Fig. 7d is a cross-sectional view of AA direction in Fig. 7c;

Fig. 8a is a structural schematic diagram of the first viewing angle of the servo bottle clamp mechanism in the embodiment of the present invention;

Fig. 8b is a structural schematic diagram of the second viewing angle of the servo bottle clamp mechanism in the embodiment of the present invention;

Fig. 9 is a schematic structural view of a double drop material system in an embodiment of the present invention;

Fig. 10 is a schematic structural diagram of an oil-gas slip ring assembly in an embodiment of the present invention;

Fig. 11 is a schematic structural view of the rotating bottle holding mechanism in the embodiment of the present invention.

In the figure: 1-main frame, 1a-left small column, 1b-left bracket, 1c-left column, 1d-beam, 1e-distribution box, 1f-right small column, 1g-right bracket, 1h-right column, 1i - Rack chassis;

2-Double dripping material system, 2a-Servo distributor, 2b-Steering chute hanger, 2c-Receiving chute, 2d-Straight chute support, 2e-Straight chute, 2f-Steering chute, 2g-Steering chute adjustment device;

3-oil and gas slip ring assembly, 3a-fixing bracket, 3b-fixed air pipe, 3c-oil and gas slip ring, 3d-oil and gas slip ring connecting plate;

4-rotary bottle holding mechanism, 4a-compound up and down cylinder, 4b-anti-rotation guide rod, 4c-rotary cylinder, 4d-bottle holding plate, 4e-double drop bottle holding shaft, 4f-installation plate, 4g-rotary bottle holding connection plate;

5-servo clamp bottle mechanism, 5a-double drop clamp bottle fixture, 5b-lift shaft, 5c-lift screw, 5d-lift nut, 5e-base, 5f-clamp bottle servo motor, 5g-clamp bottle reducer, 5h- Clamp bottle holder, 5i-bevel gear assembly;

6-Basic side box assembly, 6a-Servo overturning mechanism, 6b-Double-drop primary mold fixture mechanism, 6c-Double-drop quick-change pressure blowing mechanism, 6d-Basic mold switch mechanism, 6e-Double-drop positive blowing mechanism, 6f-frame, 6g-small bottom plate, 6h-double-drop funnel mechanism, 6i-electrical valve box, 6j-double-drop blowing mechanism;

7-Turntable mechanism on the forming side, 7a-Double-drop forming clamp, 7b-Double-drop vertical cooling mechanism, 7c-Turntable, 7d-Positioning shaft, 7e-Connecting rod, 7f-Pin shaft, 7g-Switch cylinder, 7h-cylinder connecting rod, 7i-spline shaft sleeve, 7j-shaft seat, 7k-hinge, 7l-hinge seat, 7m-left and right rocker arm, 7n-molding bracket, 7o-spline shaft, 7p-small connecting rod , 7q-long pin shaft, 7r clamp shaft protection bracket;

8-Servo turntable mechanism, 8a-lower turntable, 8b-rotary support, 8c-servo bracket, 8d-turntable servo motor, 8e-driving gear, 8f-turntable reducer;

9- Electronic bottle conveyor belt.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.

Referring to Fig. 1, the multiple sets of double-drop and double-molding rotary matrix machines in the embodiment of the present invention include a main frame 1; referring to Fig. 2, the main frame 1 is provided with 2 to 10 sets of servo turntable mechanisms 8, The top of the servo turntable mechanism 8 is provided with a composition-type side upper turntable mechanism 7 , and the top of each composition-type side upper turntable mechanism 7 is provided with an oil-air slip ring assembly 3 . Referring to Figures 2 and 3, the main frame 1 is also provided with a double drip system 2, an electronic bottle shifting conveyor belt 9, 2 to 10 sets of rotating bottle holding mechanisms 4, 2 to 10 sets of servo bottle clamping mechanisms 5 and 2 to 10 groups of preliminary side box assemblies 6 .

The servo turntable mechanism 8, the upper turntable mechanism 7 on the forming side, the oil-air slip ring assembly 3, the rotating bottle holding mechanism 4, the servo bottle clamp mechanism 5 and the prototype side box assembly 6 correspond one by one. In this embodiment, the servo turntable mechanism 8, There are 6 sets of turntable mechanism 7 on the forming side, oil-gas slip ring assembly 3, rotating bottle holding mechanism 4, servo bottle clamping mechanism 5, and prototype side box assembly 6.

Referring to Fig. 4, the main frame 1 includes a frame chassis 1i, the top of which is fixed with a left column 1c and a right column 1h by bolts, the top of the left column 1c is fixed with a left small column 1a by bolts, and the top of the right column 1h is fixed by bolts The right small column 1f is fixed, and the crossbeam 1d is fixed by bolts between the top of the left small column 1a and the top of the right small column 1f. The side wall of the left column 1c is fixed with the left bracket 1b by bolts, the side wall of the right column 1h is fixed with the right bracket 1g by bolts, and the distribution box 1e is fixed by bolts between the left bracket 1b and the right bracket 1g.

The main frame 1 adopts the overall structural design method, which combines 2 to 10 sets of relatively independent servo turntable mechanisms 8, upper turntable mechanisms 7 on the forming side, oil and gas slip ring components 3, rotating bottle holding mechanisms 4, servo bottle clamping mechanisms 5 and prototype side The box components 6 are respectively installed on the main frame 1 to form an integral multi-group double-drop double-molding rotary queue machine, which has the advantages of compact structure of the whole machine, centralized gas supply, oil and electricity, convenient installation and maintenance, and low equipment failure rate.

Referring to Fig. 5a and Fig. 5b, the primary side box assembly 6 includes a frame 6f, a small bottom plate 6g is provided at the bottom, and a primary mold switch mechanism 6d is arranged on the small bottom plate 6g, and the bottom of the small bottom plate 6g is connected to the main frame through bolts. The rack chassis 1i of 1 is fixed. The top of the frame 6f is fixed with a double-drop initial mold clamp mechanism 6b, a double-drop funnel mechanism 6h, a double-drop blowing mechanism 6j and a servo turning mechanism 6a, and a double-drop blowing mechanism 6e is fixed on the bracket of the servo turning mechanism 6a. . There are frame pressure blow holes in the frame 6f, and a double-drop quick-change pressure blow mechanism 6c is fixed in the frame pressure blow holes; the side of the frame 6f is fixed with an electrical valve box 6i by bolts, and the electrical valve box 6i and the servo turning mechanism 6a will improve Pneumatic control precision and turning precision.

6a and 6b, the servo turntable mechanism 8 includes a servo bracket 8c, the bottom of the servo bracket 8c is fixed to the frame chassis 1i of the main frame 1 by bolts; the top of the servo bracket 8c is provided with a rotary support 8b, and the rotary support 8b It includes an inner ring and an outer ring, the inner ring is fixed to the servo bracket 8c by bolts, and the lower turntable 8a is fixed on the top of the outer ring by bolts. The servo bracket 8c is also provided with a turntable servo motor 8d and a turntable reducer 8f. The turntable servo motor 8d is fixed to the turntable reducer 8f by bolts, and the output shaft of the turntable reducer 8f meshes with the rotary support 8b through the drive gear 8e. The turntable servo motor 8d can drive the driving gear 8e to drive the slewing support 8b through the turntable reducer 8f to intermittently rotate and index rotation, and then can accurately realize two-station indexing at 360 degrees.

As shown in Fig. 7a, the upper turntable mechanism 7 on the forming side includes an upper turntable 7c, the bottom of the upper turntable 7c is fixed to the lower turntable 8a of the servo turntable mechanism 8 by bolts, and there is a gap between the upper turntable 7c and the lower turntable 8a for precise positioning. Locate the axis 7d. As shown in Fig. 7b, two sets of switch cylinder assemblies are arranged on the upper turntable 7c, and each set of switch cylinder assemblies includes a hinge seat 7l, a switch cylinder 7g and a shaft seat 7j located in the corresponding threaded holes of the upper turntable 7c; the shaft of the shaft seat 7j A splined shaft sleeve 7i is fixed on the top through a positioning hole, and a hinge 7k is fixed on the shaft of the hinge seat 7l through a positioning hole. Referring to Figures 7b, 7c and 7d, the switch cylinder 7g and the splined shaft sleeve 7i are connected to the hinge hole through the connecting rod 7e and the pin shaft 7f, and the splined shaft sleeve 7i is connected to the splined shaft 7o through the spline. The end of the key shaft 7o is fixed with the left and right rocking arms 7m by bolts; one end of the clamp shaft protection bracket 7r is fixed on the side of the molding support 7n by bolts, and the other end circular hole is sleeved on the shaft of the molding support 7n.

Referring to Figures 7a and 7d, the top of the upper turntable 7c is provided with 2 sets of double-drop vertical cooling mechanisms 7b and 2 molding supports 7n, and the shafts of the 2 molding supports 7n are fixed with double-drop molding arms through positioning holes. Clamp 7a, two drop-forming mold holding clamps 7a link to each other with left and right rocking arms 7m by long pin shaft 7q and small connecting rod 7p.

When the turntable mechanism 7 on the forming side is working, the compressed air in the switch cylinder 7g drives the hinge 7k to rotate through the cylinder connecting rod 7h, and the hinge 7k drives the spline sleeve 7i and the spline shaft 7o to rotate in reverse. At the same time, the rotation of the left and right rocker arms 7m drives the opening and closing of the double-drop molding clamps 7a, and the maximum mold opening angle is 65°. Due to the use of the cylinder to drive the opening and closing structure of the double-drop molding tongs 7a, the double-drop molding tongs 7a are always under pressure when they are closed, so that the double-drop molding tongs 7a can continue to work Closed under pressure.

Since the turntable mechanism 7 on the molding side adopts a double molding mechanism (two sets of double-drop molding clamp 7a components) to correspond to a set of blank molds, the installation space is compact, the molding time is short, and the production efficiency is high. When the multi-group double-drop double-molding rotary row machine in the embodiment of the present invention is working, the cooling air enters the initial mold side box assembly 6 through the frame chassis 1i of the main frame 1 to cool the initial mold, and the cooling air is sequentially Through the frame chassis 1i, the servo support 8c, the rotary support 8b, the upper turntable 7c, and the lower turntable 8a, enter the double-drop vertical cooling mechanism 7b to cool the mold. The newly added double-drop vertical cooling mechanism 7b can fully and quickly cool the molds according to different glass forming processes, and has a wide range of applications.

8a and 8b, the servo bottle clamp mechanism 5 includes a base 5e, the bottom of the base 5e is fixed to the frame chassis 1i of the main frame 1 through bolts, the top is provided with a lifting screw 5c, and one end of the lifting screw 5c is passed through a lifting nut. 5d is fixed to the base 5e, the other end is fixed to the bevel gear assembly 5i, and the lifting shaft 5b is sleeved on the outside of the lifting screw 5c. The top of the lifting shaft 5b is provided with a clamp bottle support 5h, and the clamp bottle support 5h is provided with a clamp bottle reducer 5g and a clamp bottle servo motor 5f, and the clamp bottle reducer 5g and the clamp bottle servo motor 5f are fixed by bolts, and the clamp bottle reducer The output shaft of 5g is provided with double drop clamp bottle clamp 5a. Clamp bottle servo motor 5f has quick action response and relatively stable operation. It is not only suitable for high-speed production methods, but also more convenient for height adjustment.

Referring to Fig. 9, the double drip material system 2 includes a servo dispenser 2a, a straight trough support 2d, a diversion trough hanger 2b, a straight material trough 2e, a diversion trough 2f and a diversion trough regulator 2g. The receiving trough 2c is fixed under the servo distributor 2a; the straight trough bracket 2d is fixed at the place below the beam 1d of the main frame 1 corresponding to the receiving trough 2c, and the steering trough hanger 2b is fixed on the side of the beam 1d of the main frame 1 . One end of the straight chute 2e is fixed with the straight chute support 2d, and the other end is fixed with the diversion chute hanger 2b. The steering slot regulator 2g is fixed on the distribution box 1e of the main frame 1, one end of the steering slot 2f is fixed to the steering slot hanger 2b, and the other end is fixed to the steering slot adjuster 2g. The double-drip material system 2 adopting the integral design scheme can be installed on the whole machine, thereby making the installation quicker, the adjustment more convenient, and the blanking position accurate.

Referring to Fig. 10, the oil-air slip ring assembly includes an oil-air slip ring 3c, which is fixed to the top of the molding support 7n of the turntable mechanism 7 on the forming side through the oil-air slip ring connecting plate 3d. The top of the oil-gas slip ring 3c is provided with a fixed air pipe 3b, and the top of the fixed air pipe 3b is provided with a fixed bracket 3a, and one end of the fixed bracket 3a is fixed to the distribution box 1e of the main frame 1.

The oil-air slip ring assembly 3 is divided into two ends when working, the upper end is fixed and does not rotate, and the lower end rotates with the molding support 7n. There are 6 branches of air and 1 branch of oil, which are respectively used for mold forming cylinder switch, vertical cooling switch and lubrication. No circuit and solenoid valve enter the rotating turntable, which improves the service life and reliability of the product equipment. The external installation method of the oil-air slip ring 3c brings convenience to maintenance.

Referring to shown in Figure 11, the rotating bottle holding mechanism 4 includes a mounting plate 4f fixed on the side of the bottle clamping reducer 5g of the servo bottle clamping mechanism 5, and the top of the mounting plate 4f is provided with a composite upper and lower cylinder 4a, and the cylinder shaft of the composite upper and lower cylinder 4a A rotating holding bottle connecting plate 4g is provided on the top, and an anti-rotation guide rod 4b is arranged between the rotating holding bottle connecting plate 4g and the mounting plate 4f. One end of the anti-rotating guide rod 4b is fixed to the rotating holding bottle connecting plate 4g through threads, and the other end It is fixed with the guide sleeve hole of the mounting plate 4f. The bottom that rotates holding up bottle connecting plate 4g is provided with rotating cylinder 4c and holding up bottle plate 4d, and rotating holding up bottle connecting plate 4g links to each other with holding up bottle plate 4d by rotating cylinder 4c, holding up bottle plate 4d is provided with double drops holding up bottle shaft 4e.

When the rotating bottle holding mechanism 4 is working, the rotating bottle holding cylinder rotates 90 degrees to rotate the double-drop bottle holding shaft 4e above the working position, and the cylinder shaft of the combined upper and lower cylinder 4a moves downward to insert the double-drop bottle holding shaft into the bottle mouth, and finally forms Die open. Due to the compounding effect of two cylinders, it can prevent the glass bottle from falling over when it is molded.

The present invention is not limited to the above-mentioned embodiments. For those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also considered protection of the present invention. within range. The content not described in detail in this specification belongs to the prior art known to those skilled in the art.

Claims (10)

1. A plurality of groups of double-drop double-molding rotary queue machines, characterized in that: comprise a main frame (1); 2 to 10 groups of servo turntable mechanisms (8) are arranged on the main frame (1), and the servo turntable mechanisms ( 8) is provided with an upper turntable mechanism (7) on the forming side, and an oil-air slip ring assembly (3) is arranged on the top of each turntable mechanism (7) on the forming side; the main frame (1) is also provided with double Drip material system (2), electronic bottle shifting conveyor belt (9), 2-10 sets of rotating bottle holding mechanism (4), 2-10 sets of servo bottle clamping mechanism (5) and 2-10 sets of preliminary side boxes Components (6); the servo turntable mechanism (8), the upper turntable mechanism (7) on the forming side, the oil and gas slip ring assembly (3), the rotating bottle holding mechanism (4), the servo bottle clamping mechanism (5) and the prototype side The box body components (6) are in one-to-one correspondence. 2. as claimed in claim 1, many groups of double-drop double-molding rotary matrix machines are characterized in that: the main frame (1) comprises a frame chassis (1i), and its top is fixed with a left column (1c) and Right column (1h), the top of left column (1c) is fixed with left small column (1a), the top of right column (1h) is fixed with right small column (1f), the top of left small column (1a) and right small column Crossbeam (1d) is fixed between the top of (1f); Left support (1b) is fixed on the side wall of left column (1c), right support (1g) is fixed on the side wall of right column (1h), left support (1b) ) and the right bracket (1g) is fixed with distribution box (1e). 3. A plurality of groups of double-drop double-molding rotary matrix machines as claimed in claim 2, characterized in that: the preliminary side box assembly (6) includes a frame (6f), and a small bottom plate (6g) is provided at the bottom thereof ), the small bottom plate (6g) is provided with a preliminary mold switch mechanism (6d), the bottom of the small bottom plate (6g) is fixed with the frame chassis (1i) of the main frame (1); the top of the frame (6f) is fixed with a double drop The initial mold fixture mechanism (6b), the double-drop funnel mechanism (6h), the double-drop blowing mechanism (6j) and the servo turning mechanism (6a), the double-drop blowing mechanism ( 6e); the frame (6f) is provided with a frame pressure blow hole, and a double-drop quick-change pressure blow mechanism (6c) is fixed in the frame pressure blow hole; an electrical valve box (6i) is fixed on the side of the frame (6f). 4. The multi-group double-drop double-molding rotary matrix machine as claimed in claim 2 is characterized in that: the servo turntable mechanism (8) comprises a servo support (8c), and the bottom of the servo support (8c) is connected to the main frame The frame chassis (1i) of (1) is fixed, and the top of the servo bracket (8c) is provided with a rotary support (8b); the rotary support (8b) includes an inner ring and an outer ring, the inner ring is fixed to the servo bracket (8c), and the outer The top of the ring is fixed with a lower turntable (8a); the servo bracket (8c) is also provided with a turntable servo motor (8d) and a turntable reducer (8f), and the turntable servo motor (8d) is fixed with the turntable reducer (8f), and the turntable The output shaft of the reducer (8f) meshes with the slewing support (8b) through the drive gear (8e); the turntable servo motor (8d) can drive the drive gear (8e) to drive the slewing support (8b) to rotate intermittently through the turntable reducer (8f) Index rotation. 5. The multi-group double-drop double-molding rotary matrix machine as claimed in claim 4, is characterized in that: the upper turntable mechanism (7) on the forming side comprises an upper turntable (7c), and the bottom of the upper turntable (7c) is in contact with The lower turntable (8a) of the servo turntable mechanism (8) is fixed, and a positioning shaft (7d) for precise positioning is arranged between the upper turntable (7c) and the lower turntable (8a); two sets of switch cylinders are arranged on the upper turntable (7c) Assemblies, each switch cylinder assembly includes a hinge seat (7l), a switch cylinder (7g) and a shaft seat (7j) located in the corresponding threaded hole of the upper turntable (7c); the shaft of the shaft seat (7j) is fixed through the positioning hole There is a spline bushing (7i), and a hinge (7k) is fixed on the shaft of the hinge seat (7l) through a positioning hole; the switch cylinder (7g) and the spline bushing (7i) are connected with the hinge hole, and the spline bushing (7i) is connected with a splined shaft (7o) by a spline, and the ends of the splined shaft (7o) are fixed with left and right rocking arms (7m); The top of the upper turntable (7c) is provided with 2 sets of double-drop vertical cooling mechanisms (7b) and 2 molding supports (7n), and the shaft of each molding support (7n) is fixed with a double-drop cooling mechanism through a positioning hole. Die holds pliers (7a), and double drops into mold hold pliers (7a) to link to each other with left and right rocking arms (7m) by long bearing pin (7q) and little connecting rod (7p). 6. The multi-group double-drop double-molding rotary row machine as claimed in claim 5, characterized in that: the oil-air slip ring assembly includes an oil-air slip ring (3c), and the oil-air slip ring (3c) is connected through the oil-air slip ring The plate (3d) is fixed on the top of the molding support (7n) of the turntable mechanism (7) on the molding side; the top of the oil-gas slip ring (3c) is provided with a fixed air pipe (3b), and the top of the fixed air pipe (3b) is provided with Fixed support (3a), one end of fixed support (3a) is fixed with the distribution box (1e) of main frame (1). 7. The multi-group double-drop double-molding rotary line-of-sight machine as claimed in claim 2, is characterized in that: said servo pincer mechanism (5) comprises a base (5e), and the bottom of the base (5e) is in contact with the main frame ( 1) The frame chassis (1i) is fixed, the top is provided with a lifting screw (5c), one end of the lifting screw (5c) is fixed to the base (5e) through the lifting nut (5d), and the other end is fixed to the bevel gear assembly (5i) , the outside of the lifting screw (5c) is covered with a lifting shaft (5b); the top of the lifting shaft (5b) is provided with a clamp bottle support (5h), and the clamp bottle support (5h) is provided with a clamp bottle reducer (5g) and a clamp Bottle servo motor (5f), clamp bottle reducer (5g) and clamp bottle servo motor (5f) are fixed, and the output shaft of clamp bottle reducer (5g) is provided with double drop clamp bottle clamps (5a). 8. The multi-group double-drop double-molding rotary line-of-sight machine as claimed in claim 7, is characterized in that: the rotating bottle holding mechanism (4) comprises a clamp bottle speed reducer ( 5g) The mounting plate (4f) on the side, the top of the mounting plate (4f) is provided with a composite upper and lower cylinder (4a), the cylinder shaft of the composite upper and lower cylinder (4a) is provided with a rotating bottle holding connecting plate (4g), and the rotating bottle holding An anti-rotation guide rod (4b) is arranged between the connecting plate (4g) and the mounting plate (4f). One end of the anti-rotation guiding rod (4b) is fixed to the connecting plate (4g) of the rotating holding bottle through threads, and the other end is connected to the mounting plate The guide sleeve hole of (4f) is fixed; the bottom of the rotating bottle holding plate (4g) is provided with a rotating cylinder (4c) and a bottle holding plate (4d), and the rotating holding bottle connecting plate (4g) is connected with the holding bottle by the rotating cylinder (4c). The bottle plate (4d) is connected, and the bottle holding plate (4d) is provided with a double-drop bottle holding shaft (4e). 9. The multi-group double-drop double-molding rotary queue machine according to claim 2, characterized in that: the double-drop material system (2) includes a servo distributor (2a), a straight groove support (2d) , steering chute hanger (2b), straight chute (2e), steering chute (2f) and steering chute regulator (2g); the bottom of the servo feeder (2a) is fixed with a receiving chute (2c); the straight chute The bracket (2d) is fixed at the place below the crossbeam (1d) of the main frame (1) corresponding to the receiving chute (2c), and the steering chute hanger (2b) is fixed on the side of the crossbeam (1d) of the main frame (1); One end of the chute (2e) is fixed to the straight trough support (2d), and the other end is fixed to the steering chute hanger (2b); the steering chute regulator (2g) is fixed on the distribution box (1e) of the main frame (1), and the steering One end of the slot (2f) is fixed with the steering slot hanger (2b), and the other end is fixed with the steering slot regulator (2g). 10. The multi-group double-drop double-molding rotary matrix machine according to claim 1, characterized in that: the servo turntable mechanism (8), the upper turntable mechanism (7) on the forming side, and the oil-air slip ring assembly (3) , rotating bottle holding mechanism (4), servo pincer bottle mechanism (5) and the quantity of preliminary type side box assembly (6) are 6 groups.