CN210309160U

CN210309160U - Cellucotton baling press

Info

Publication number: CN210309160U
Application number: CN201920548571.7U
Authority: CN
Inventors: 乔佩; 李军; 陈立君; 张云胜
Original assignee: Yulin Tianshengyuan Glass Fiber Technology Co Ltd
Current assignee: Yulin Tianshengyuan Glass Fiber Technology Co Ltd
Priority date: 2019-04-22
Filing date: 2019-04-22
Publication date: 2020-04-14
Anticipated expiration: 2029-04-22

Abstract

The utility model discloses a fiber cotton compression and packaging machine, which comprises a material filling box, a main push plate, a side push plate, a first oil cylinder, a hydraulic oil cylinder machine, a transverse guide rod, a second oil cylinder, a packaging box, a first oil cylinder guide push rod, a third oil cylinder and a power control device panel, wherein a compression cavity is arranged in the raw material filling box, and the main push plate and the side push plate are arranged in the compression cavity; the left side of the raw material filling box is connected with the packing box through a connecting flange, and the right side of the raw material filling box is also connected with the first oil cylinder through a connecting flange. The utility model has the advantages that: rational in infrastructure, installation convenient to use, compression baling box is capacious to be equipped with lamina tecti, side cap board and main push pedal, side push pedal on two boxes, can once only load the back with the packing raw materials, under the effect of supporting hydro-cylinder, realize the compression packing, can effectively cooperate the cotton transfer chain of collection to carry the fibre product of coming once only to fall into the filling incasement, realize the flow process automated production.

Description

Cellucotton baling press

Technical Field

The utility model belongs to the technical field of baling equipment, concretely relates to cellucotton baling press.

Background

At present, the baling press to products such as cotton, glass fiber, ceramic fibre uses is vertical structure, this structure only is equipped with an hydro-cylinder and a compression board, the top-down compression, it is little to load the case space simultaneously, the packing process needs the manual work to load the raw materials after can compress many times, both the time of extravagant packing and the quality of destroying the fibre product like this need certain technical requirement to manual operation simultaneously, otherwise the finger phenomenon appears crushing very easily, the potential safety hazard is big, the accident rate is high, be unfavorable for the industrialization and use widely.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a convenient operation, novel cellucotton baling press that production efficiency is high in order to solve the defect that existing equipment exists.

In order to achieve the above purpose, the utility model provides a technical scheme is: a cellucotton baling press, including raw materials pack case, side push pedal, main push pedal, first cylinder, hydraulic jack machine, second cylinder, bale case, first cylinder guide bar, third cylinder, electric control unit and oil supply pipe, the left side of the said raw materials pack case links with bale case through the attachment flange, the right side links with first cylinder through the attachment flange too; a compression cavity is arranged in the raw material filling box, a main push plate and a side push plate are arranged in the compression cavity, the main push plate is connected with a first oil cylinder, and the side push plate is connected with the raw material filling box through a second oil cylinder; one side of the top of the raw material filling box is connected with a foldable and openable raw material filling box top cover plate through a hinge component, a third oil cylinder push rod fixing seat is fixed in the middle of the upper part of the top cover plate, and the fixing seat is connected with a third oil cylinder push rod; the third oil cylinder is connected with the upper part of the rear end face of the raw material filling box through an oil cylinder fixing seat; the first oil cylinder, the second oil cylinder and the third oil cylinder are respectively connected with the hydraulic oil cylinder machine and the electric control device through oil supply pipes.

Furthermore, the top and the two side surfaces of the packing box are respectively connected with a packing box top cover plate and a packing box side cover plate through hinge parts, and lock hooks respectively arranged on the packing box top cover plate and the packing box side cover plate are connected with lock bolts arranged at the top and the two sides of the packing box; the first oil cylinder is arranged in the middle of the right side of the raw material filling box through a first oil cylinder fixing seat, the second oil cylinder is arranged at the back of the main push plate, and the lower part of the second oil cylinder is connected with a second oil cylinder fixing seat; a motor is arranged on the hydraulic oil cylinder machine; the electric control device comprises a power line, an MCU module, a multi-path electromagnetic hydraulic valve and a control panel, wherein a first port of the MCU module is connected with the power line, a second port of the MCU module is connected with the control panel, a third port of the MCU module is connected with the multi-path electromagnetic hydraulic valve, a fourth port of the MCU module is connected with a motor, and the MCU module drives a first oil cylinder, a second oil cylinder and a third oil cylinder to operate respectively through the motor, a hydraulic oil cylinder machine and the multi-path electromagnetic hydraulic valve.

Furthermore, the two sides of the second oil cylinder are respectively provided with a second oil cylinder guide rod, the second oil cylinder guide rods are of a sleeve structure, one end of each second oil cylinder guide rod is connected to the raw material filling box through a flange, one end of each second oil cylinder is connected with the side push plate, the side push plates can reciprocate at the front end and the rear end in the compression cavity, and a product compressed in the raw material filling box is pushed into the main push plate to be compressed for the second time.

Further, first hydro-cylinder both sides be equipped with first hydro-cylinder guide bar respectively, first hydro-cylinder guide bar is sleeve structure, flange joint is passed through on the raw materials packing box to first hydro-cylinder guide bar one end, and is equipped with first hydro-cylinder push rod with the terminal surface center, first hydro-cylinder push rod terminal surface is connected with the main push pedal, the left and right sides reciprocating motion of terminal surface before the compression chamber of main push pedal can be sent into the product after the compression of compression chamber and compress and push the packing case again with the side push pedal.

Furthermore, the second oil cylinders are at least provided with two groups, and each group is at least provided with one oil cylinder.

Furthermore, a control panel is arranged on the side face of the raw material filling box, and a circuit button arranged on the control panel controls the raw material filling box and an oil cylinder arranged on the packing box to automatically complete the compression and packing operation.

Furthermore, the compression cavity is formed by combining the main push plate compression cavity and the side push plate compression cavity.

The utility model has the advantages that: the compression packing box is novel in design, reasonable in structure, convenient to install and use and large in capacity, the top cover plate, the side cover plate, the main push plate and the side push plates are arranged on the two box bodies, after packing raw materials are filled at one time, under the action of the matched oil cylinder, the cover plate is closed, and the compressed products are pushed into the packing box through the main push plate and the side push plates to be bundled and taken out of the packing box, so that the influence of multiple compression of a traditional packing machine on the product quality is reduced; the whole cover closing and compressing process can be finished at one time through the MCU module control, the fiber product is fully sealed through the raw material filling box top cover plate, manual operation is not needed, and the safety accident that hands are easy to press originally is avoided; meanwhile, the packing machine adopts a horizontal design, the raw material filling box is of an upper opening structure, the filling space is large, and the packing machine can effectively cooperate with the fiber products conveyed by the cotton collecting conveying line to fall into the filling box at one time, so that the flow production automatic production is realized.

Drawings

Fig. 1 is a schematic top view of the present invention.

Fig. 2 is a schematic view of the structure of the present invention.

Fig. 3 is a schematic left-side view of the partial structure of the present invention.

Fig. 4 is a block diagram of the circuit control panel of the present invention.

Fig. 5 is a schematic diagram of the distribution of the control panel according to the present invention.

Fig. 6 is a schematic structural view of the raw material filling box of the present invention.

In the figure: 1. the hydraulic press comprises a raw material filling box 101, a compression cavity 102, a connecting flange 103, a raw material filling box top cover plate 104, a third oil cylinder push rod fixing seat 2, a side push plate 3, a main push plate 4, a first oil cylinder 401, a first oil cylinder push rod 402, a first oil cylinder fixing seat 5, a hydraulic press 6, a second oil cylinder guide rod 7, a second oil cylinder 8, a packing box 801, a lock bolt 802, a lock hook 803, a hinge component 804, a packing box side cover plate 805, a packing box top cover plate 9, a first oil cylinder guide rod 10, a third oil cylinder 11, a second oil cylinder fixing seat 12, a third oil cylinder fixing seat 13, an electric control device 14, an oil supply pipe 15, a power line 16, an MCU module 17, a motor 18, a multi-path electromagnetic 19, a control panel 20, a main push plate compression cavity 21 and a side push plate compression.

Detailed Description

For the understanding of those skilled in the art, the following detailed description of the embodiments of the present invention is provided in conjunction with the accompanying drawings.

The cellucotton compression baling press shown by figures 1-6 comprises a raw material filling box 1, a side push plate 2, a main push plate 3, a first oil cylinder 4, a hydraulic oil cylinder machine 5, a second oil cylinder 7, a baling box 8, a first oil cylinder guide rod 9, a third oil cylinder 10, an electric control device 13 and an oil supply pipe 14, wherein the left side of the raw material filling box 1 is connected with the baling box 8 through a connecting flange 102, and the right side of the raw material filling box 1 is also connected with the first oil cylinder 4 through the connecting flange 102; a compression cavity 101 is arranged in the raw material filling box 1, and the compression cavity 101 is formed by a main push plate compression cavity 20 and a side push plate compression cavity 21; a main push plate 3 and a side push plate 2 are arranged in the compression cavity 101; the main push plate 3 is connected with a first oil cylinder 4; the side push plate 2 is connected with the raw material filling box 1 through a second oil cylinder 7; one side of the top of the raw material filling box 1 is connected with a foldable and openable raw material filling box top cover plate 103 through a hinge component, a third oil cylinder push rod fixing seat 104 is fixed at the middle position of the upper part of the top cover plate, and the fixing seat is connected with a third oil cylinder 10 push rod; the third oil cylinder 10 is connected with the upper part of the rear end surface of the raw material filling box 1 through a third oil cylinder fixing seat 12; the first oil cylinder 4, the second oil cylinder 7 and the third oil cylinder 10 are respectively connected with the hydraulic oil cylinder machine 5 and the electric control device 13 through oil supply pipes 14.

The top and two side surfaces of the packing box 8 are respectively connected with a packing box top cover plate 805 and a packing box side cover plate 804 through hinge parts 803, and locking hooks 802 arranged on the packing box top cover plate 805 and the packing box side cover plate 804 are respectively connected with locking bolts 801 arranged on the top and two sides of the packing box; the first oil cylinder 4 is arranged at the middle position of the right side of the raw material filling box 1 through a first oil cylinder fixing seat 402, the second oil cylinder 7 is arranged at the back of the side push plate 2, and the lower part of the second oil cylinder 7 is connected with a second oil cylinder fixing seat 11; the hydraulic cylinder machine 5 is provided with a motor 17; the electric control device 13 comprises a power line 15, an MCU module 16, a multi-path electromagnetic hydraulic valve 18 and a control panel 19, the side surface of the raw material filling box 1 is provided with the control panel 19, and a circuit button arranged on the control panel 19 is used for controlling oil cylinders arranged on the raw material filling box 1 and the packing box 8 to automatically complete compression and packing operations; a first port of the MCU module 16 is connected with a power line 15, a second port of the MCU module 16 is connected with a control panel 19, a third port of the MCU module 16 is connected with a multi-path electromagnetic hydraulic valve 18, a fourth port of the MCU module 16 is connected with a motor 17, and the MCU module 16 drives the first oil cylinder 4, the second oil cylinder 7 and the third oil cylinder 10 to operate respectively through the motor 17, the hydraulic oil cylinder machine 5 and the multi-path electromagnetic hydraulic valve 18.

Two sides of a second oil cylinder 7 are respectively provided with a second oil cylinder guide rod 6, the second oil cylinder guide rods 6 are of a sleeve structure, one end of each second oil cylinder guide rod 6 is connected to the raw material filling box 1 through a flange, at least two groups of second oil cylinders 7 are arranged, and at least one group is arranged in each group; the end surface of the second oil cylinder is connected with the side push plate 2, the side push plate 2 can reciprocate at the front end and the rear end in the compression cavity 101, and a product compressed in the raw material filling box 1 is pushed into the operation range of the main push plate 3 for secondary compression; 4 both sides of first hydro-cylinder are equipped with first hydro-cylinder guide bar 9 respectively, first hydro-cylinder guide bar 9 is the sleeve structure, flange joint is passed through on raw materials packing box 1 to 9 one end of first hydro-cylinder guide bar, and be equipped with first hydro-cylinder push rod 401 with the terminal surface center, first hydro-cylinder push rod 401 terminal surface is connected with main push plate 3, main push plate 3 can be in the left and right sides reciprocating motion of compression chamber 101 preceding terminal surface, product after the compression compresses once more and pushes packing box 8 in compression chamber 101 is sent to side push plate 2.

When the device is used, the MCU module can be used for controlling one-key compression and one-key package outlet functions in the compression and package process; firstly connecting a power line 15, then starting a one-key compression button function through a control panel 19, after receiving an electric signal, a MCU module 16 on an electric control device 13 starts a motor 17 to drive a hydraulic oil cylinder machine 5 to work, then controls a multipath electromagnetic hydraulic valve 18 to connect an oil supply pipe 14 of the hydraulic oil cylinder machine 5 and a third oil cylinder 10, contracts the third oil cylinder 10 through controlling the multipath electromagnetic hydraulic valve 18, opens a top cover plate 103 of a raw material filling box, after the top cover plate is opened, a cotton collecting conveying line sends cotton fibers sent by the cotton collecting conveying line into the raw material filling box 1, after the filling is finished, the MCU module 16 receives the electric signal to control the multipath electromagnetic hydraulic valve 18 to extend the third oil cylinder 10, covers the top cover plate 103 of the raw material filling box to form an oil supply closed compression space, and after the MCU module 16 receives the covered electric signal, controls the multipath electromagnetic hydraulic valve 18 to connect the oil cylinder machine 5 and the, the multi-path electromagnetic hydraulic valve 18 is controlled to enable the second oil cylinder 7 to drive the side push plate 2 to stretch and move in the side push plate compression cavity 21, raw materials in the raw material filling box 1 are compressed into the main push plate compression cavity 20, then the MCU module 16 controls the multi-path electromagnetic hydraulic valve 18 to be communicated with the oil supply pipe 14 of the hydraulic oil cylinder machine 5 and the first oil cylinder 4, the multi-path electromagnetic hydraulic valve 18 is controlled to enable the first oil cylinder 4 to drive the main push plate 3 to stretch and move in the main push plate compression cavity 20, cotton fibers in the raw material filling box 1 are compressed and then pushed into the packing box 8, and one-time compression operation is completed; then the locking hook 802, the side cover plate 804 and the top cover plate 805 of the packing box 8 are opened in sequence manually for bundling and packing.

After the bundling and packaging are finished, a one-key package outlet button function is started through a control panel 19, an MCU module 16 on an electric control device 13 receives an electric signal to control a multi-path electromagnetic hydraulic valve 18 firstly, so that a first oil cylinder 4 switches directions and drives a main push plate 3 to perform shrinkage movement in a main push plate compression cavity 20, and after the main push plate 3 is reset, the bundled and packaged cotton fibers can be taken out; meanwhile, the MCU module 16 receives an electric signal for resetting the main push plate 3 and then controls the multi-path electromagnetic hydraulic valve 18 to switch the direction of the second oil cylinder 7 and drive the side push plate 2 to perform retraction movement in the side push plate compression cavity 21 so as to reset the side push plate 2; the MCU module 16 receives an electric signal for resetting the side push plate 2, then controls the multi-path electromagnetic hydraulic valve 18, enables the third oil cylinder 10 to switch directions and contract, drives the top cover plate 103 of the raw material filling box to reset and open, and can carry out the next operation after the top cover plate 103 of the raw material filling box resets.

When an accident occurs in the compression and packaging process, the electric signal of the MCU module 16 on the electric control device 13 can be interrupted in time through the emergency stop button, and the operation is stopped; if the electric control device 13 fails and is not flexible, the operation can be completed by the auxiliary control of the opening and closing button of the top cover plate of the raw material filling box, the withdrawing and withdrawing button of the side push plate, the withdrawing and withdrawing button of the main push plate and the starting and stopping button of the oil pump which are independently arranged on the control panel 19.

Set up a key compression and a key and go out a packet function for the operation in-process need not manual operation, has avoided former equipment to appear pressing the emergence of hand accident easily at the in-process of operation, and is high-efficient, safe, has improved production efficiency greatly and has reduced manufacturing cost.

The above is only a preferred embodiment of the present invention, and the scope of the present invention should not be limited thereby; all the simple equivalent changes and modifications made according to the claims and the contents of the creation specification of the present invention shall fall within the scope covered by the present invention.

Claims

1. The utility model provides a cellucotton baling press, includes raw materials filling box (1), side kickboard (2), main kickboard (3), first hydro-cylinder (4), hydraulic cylinder machine (5), second hydro-cylinder (7), packing case (8), first hydro-cylinder guide bar (9), third hydro-cylinder (10), third hydro-cylinder fixing base (12), electrically controlled device (13) and supply oil pipe (14), its characterized in that: the left side of the raw material filling box (1) is connected with the packing box (8) through a connecting flange (102), and the right side of the raw material filling box is also connected with the first oil cylinder (4) through the connecting flange (102); a compression cavity (101) is arranged in the raw material filling box (1), and a main push plate (3) and a side push plate (2) are arranged in the compression cavity (101); the main push plate (3) is connected with a first oil cylinder (4), and the side push plate (2) is connected with the raw material filling box (1) through a second oil cylinder (7); one side of the top of the raw material filling box (1) is connected with a foldable and openable raw material filling box top cover plate (103) through a hinge component, a third oil cylinder push rod fixing seat (104) is fixed at the middle position of the upper part of the top cover plate, and the fixing seat is connected with a third oil cylinder (10) push rod; the third oil cylinder (10) is connected with the upper part of the rear end face of the raw material filling box (1) through a third oil cylinder fixing seat (12); the first oil cylinder (4), the second oil cylinder (7) and the third oil cylinder (10) are respectively connected with the hydraulic oil cylinder machine (5) and the electric control device (13) through oil supply pipes (14).

2. A cellucotton baler according to claim 1, characterized in that: the top and two side surfaces of the packing box (8) are respectively connected with a packing box top cover plate (805) and a packing box side cover plate (804) through hinge parts (803), and locking hooks (802) respectively arranged on the packing box top cover plate (805) and the packing box side cover plate (804) are connected with locking bolts (801) arranged at the top and two sides of the packing box; the first oil cylinder (4) is arranged in the middle of the right side of the raw material filling box (1) through a first oil cylinder fixing seat (402), the second oil cylinder (7) is arranged on the back of the side push plate (2), and the lower part of the second oil cylinder (7) is connected with a second oil cylinder fixing seat (11); a motor (17) is arranged on the hydraulic cylinder machine (5); the electric control device (13) comprises a power line (15), an MCU module (16), a multi-channel electromagnetic hydraulic valve (18) and a control panel (19), a first port of the MCU module (16) is connected with the power line (15), a second port of the MCU module (16) is connected with the control panel (19), a third port of the MCU module (16) is connected with the multi-channel electromagnetic hydraulic valve (18), a fourth port of the MCU module (16) is connected with a motor (17), and the MCU module (16) drives a first oil cylinder (4), a second oil cylinder (7) and a third oil cylinder (10) to operate respectively through the motor (17), a hydraulic oil cylinder machine (5) and the multi-channel electromagnetic hydraulic valve (18).

3. A cellucotton baler according to claim 2, characterized in that: the both sides of second hydro-cylinder (7) be equipped with second hydro-cylinder guide bar (6) respectively, second hydro-cylinder guide bar (6) are sleeve structure, flange joint is passed through on raw materials vanning (1) to second hydro-cylinder guide bar (6) one end, the push rod one end of second hydro-cylinder (7) is connected with side push pedal (2), both ends reciprocating motion around can compressing chamber (101) in side push pedal (2), carry out the secondary compression in pushing into main push pedal (3) working range with the product after raw materials vanning (1) internal compression.

4. A cellucotton baler according to claim 2, characterized in that: first hydro-cylinder (4) both sides be equipped with first hydro-cylinder guide bar (9) respectively, first hydro-cylinder guide bar (9) are the sleeve structure, flange joint is passed through on raw materials vanning (1) in first hydro-cylinder guide bar (9) one end, and be equipped with first hydro-cylinder push rod (401) with the terminal surface center, first hydro-cylinder push rod (401) terminal surface is connected with main push pedal (3), the left and right sides reciprocating motion of terminal surface before compression chamber (101) can be in main push pedal (3), will incline push pedal (2) and send into the product after compression chamber (101) internal compression compress again and push into and pack case (8).

5. A cellucotton baler according to claim 1, characterized in that: the second oil cylinders (7) are at least provided with two groups, and each group is at least provided with one oil cylinder.

6. A cellucotton baler according to claim 1, characterized in that: the side of the raw material filling box (1) is provided with a control panel (19), and a circuit button arranged on the control panel (19) controls oil cylinders arranged on the raw material filling box (1) and the packing box (8) to automatically complete the compression and packing operation.

7. A cellucotton baler according to claim 1, 3 or 4, characterized in that: the compression cavity (101) is formed by a main push plate compression cavity (20) and a side push plate compression cavity (21).