CN213386894U

CN213386894U - Iron sheet anti-wear device for making beverage can

Info

Publication number: CN213386894U
Application number: CN202022248038.4U
Authority: CN
Inventors: 董波
Original assignee: Shandong Fuzhen Metal Packaging Co ltd
Current assignee: Shandong Fuzhen Metal Packaging Co ltd
Priority date: 2020-10-09
Filing date: 2020-10-09
Publication date: 2021-06-08
Anticipated expiration: 2030-10-09

Abstract

Iron sheet abrasionproof decreases device for preparation beverage can, the top in the terminal one side of iron sheet transfer chain is installed to the abrasionproof decreases device, including adsorbing, carrying and the absorption transfer unit that release iron sheet was used, adsorbs the transfer unit and installs in the frame, still installs detection switch in the frame, and detection switch is connected with the switch board, and the switch board is connected and control the action of adsorbing the transfer unit with adsorbing the transfer unit. Set up detection switch in the frame, detection switch detects the iron sheet and supplies the back with detected signal transmission to automatically controlled cabinet, and the electro-magnet that automatically controlled cabinet control adsorbed in the transportation parts is electrified. Will come from the iron sheet absorption of iron sheet transfer chain on adsorbing the transfer unit through adsorbing the transfer unit, then continue transporting the steady forward of iron sheet through the belt of transfer unit, transport to the iron sheet and accept the part top to whole piece iron sheet, switch board control electro-magnet loses the electricity, and the iron sheet is put down. The original direct punching and stacking of the iron sheets is changed into relatively stable vertical releasing and stacking, so that the punching and stacking abrasion between the iron sheets is prevented.

Description

Iron sheet anti-wear device for making beverage can

Technical Field

The utility model relates to a beverage can production line equipment technical field, in particular to preparation iron sheet abrasionproof decreases device for beverage can.

Background

One of the processes of the beverage can production line is to uniformly convey, stack and transfer the cut iron sheets. In the prior art, the iron sheet after being cut is conveyed to the bearing device through the conveying device in a unified mode, the speed of the iron sheet is constant when the iron sheet falls onto the bearing device through the conveying device, and when two adjacent iron sheets fall down and are stacked, the iron sheets are scraped, collided and abraded mutually, so that the surface of the processed iron sheet is damaged by abrasion, and the quality of the iron sheet is influenced. The surface of the iron sheet is abraded and then the beverage can is easily rusted, so that the beverage can is unqualified.

SUMMERY OF THE UTILITY MODEL

In order to overcome the problems existing in the prior art, the utility model provides an iron sheet anti-abrasion device for manufacturing beverage cans.

The utility model provides a technical scheme that its technical problem adopted is: this preparation iron sheet abrasionproof decreases device for beverage can, the top at the terminal one side of iron sheet transfer chain is installed to the abrasionproof decreases device, including adsorbing, carrying and the absorption transfer unit that release iron sheet was used, adsorbs the transfer unit and installs in the frame, still installs the detection switch in the frame, and the detection switch is connected with the switch board, and the switch board is connected and control the action of adsorbing the transfer unit with adsorbing the transfer unit.

Further, adsorb transfer unit includes a plurality of groups transfer unit, and every group transfer unit includes driving pulley, driven pulleys and belt, corresponds every group transfer unit position and all installs an electro-magnet, and the break-make of electro-magnet is controlled by the switch board.

Furthermore, the belt is a flat belt, an electromagnet is installed between the driving belt wheel and the driven belt wheel, and a gap is formed between the electromagnet and the flat belt.

Further, still include the buffering part, the buffering part is for installing in the frame, and the end that corresponds the absorption transportation part, and the buffering part is a buffer board, and the buffer board includes the inclined plane on upper portion and the vertical face of lower part, and the iron sheet is dashed to the inclined plane buffering back and is fallen down along vertical face.

Further, still include the side direction protection part, the side direction protection part is installed in the frame respectively, corresponds the front and back both sides of adsorbing the transfer unit below, and the side direction protection part includes the guard plate, and the guard plate includes the inclined plane on upper portion and the vertical face of lower part.

Furthermore, there is iron sheet receiving part in absorption transfer unit below, and iron sheet receiving part includes the driving part that the board was accepted in the commentaries on classics carrier plate, was accepted the board and was moved in the drive, and the board is accepted to the commentaries on classics carrier plate and is placed on accepting the board, accepts the board and is connected with driving part.

Further, the driving part comprises a servo motor, a chain wheel and a chain, the servo motor is connected with the chain wheel through a speed reducer, the chain wheel is connected with the chain, the bearing plate is connected with the chain, and the servo motor is controlled by the electric control cabinet to drive the bearing plate to move up and down.

To sum up, the utility model discloses an above-mentioned technical scheme's beneficial effect as follows:

set up detection switch in the frame, detection switch detects the iron sheet and supplies the back with detected signal transmission to automatically controlled cabinet, and the electro-magnet that automatically controlled cabinet control adsorbed in the transportation parts is electrified. Will come from the iron sheet absorption of iron sheet transfer chain on adsorbing the transfer unit through adsorbing the transfer unit, then continue transporting the steady forward of iron sheet through the belt of transferring the unit, when whole iron sheet was transported to iron sheet receiving part top, switch board control electro-magnet lost electricity, and the iron sheet is put down. The original direct punching and stacking of the iron sheets is changed into relatively stable vertical releasing and stacking, so that the punching and stacking abrasion among the iron sheets is prevented, and the production quality of the iron sheets is improved.

Through set up the buffer board in the frame for obtain a buffering when the iron sheet breaks away from to adsorb transfer unit, also alleviated wearing and tearing between the iron sheet to a certain extent.

Through set up side direction protection part in the frame for the iron sheet is unlikely to break away from department transfer component from both sides after the past in the transportation, makes the iron sheet transportation steady relatively.

Drawings

Fig. 1 is a front view of the present invention (with the side guard removed).

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

In the figure:

the automatic control device comprises a machine frame, 2 detection switches, 3 control cabinets, 4 driving belt wheels, 5 driven belt wheels, 6 belts, 7 electromagnets, 8 buffer plates, 9 inclined planes, 10 vertical planes, 11 iron sheets, 12 protection plates, 13 bearing plates, 14 bearing plates, 15 driving parts and 16 iron sheet conveying lines.

Detailed Description

The features and principles of the present invention will be described in detail below with reference to the accompanying drawings, and the illustrated embodiments are only for explaining the present invention, and do not limit the scope of the present invention.

As shown in fig. 1, the iron sheet wear preventing device for manufacturing the beverage can is installed above one side of the end of the iron sheet conveying line 16, namely, at the end of the iron sheet conveying direction of the iron sheet conveying line 16. Comprises an adsorption transfer component for adsorbing, conveying and releasing the iron sheet 11. Adsorb transfer unit and install in frame 1, still install detection switch 2 in frame 1, detection switch 2 is connected with switch board 3, and switch board 3 is connected with adsorbing transfer unit and controls the action that adsorbs transfer unit.

The adsorption transfer component comprises a plurality of groups of transfer components, and each group of transfer components are positioned on the same horizontal plane and arranged in parallel. Every group transports the part and includes driving pulley 4, driven pulley 5 and belt 6, corresponds every group and transports the part position and all installs an electro-magnet 7, and the break-make of electro-magnet 7 is controlled by switch board 3. The belt 6 is a flat belt 6, an electromagnet 7 is arranged between the driving belt wheel 4 and the driven belt wheel 5, and a gap is formed between the electromagnet 7 and the flat belt 6.

Driving pulley 4 can be connected with the motor, rotates under the motor drives, and driving pulley 4 passes through belt 6 and is connected with driven pulley 5, and iron sheet 11 is adsorbed by electro-magnet 7 behind iron sheet transfer chain 16, has belt 6 between iron sheet and the electro-magnet 7, continues to transport the iron sheet forward through belt 6, breaks away from the transfer part after 7 lose the electricity to electro-magnet, falls.

Set up detection switch 2 (proximity switch) in frame 1, detection switch 2 sets up in frame 1, corresponds the supplied materials end of transfer part, and detection switch 2 can detect the iron sheet supplied materials condition on iron sheet transfer chain 16. After detecting that the iron sheet comes, the detection switch 2 transmits a detection signal to the electric control cabinet, and the electric control cabinet controls the electromagnet 7 in the adsorption and transportation part to be electrified. Will be come from iron sheet absorption of iron sheet transfer chain 16 on adsorbing the transfer unit through adsorbing the transfer unit, then continue transporting the steady forward of iron sheet through the belt 6 of transfer unit, when whole piece iron sheet was transported to iron sheet receiving part top, 3 control cabinet control electro-magnet 7 lost the electricity, and the iron sheet is put down. The original direct punching and stacking of the iron sheets is changed into relatively stable vertical releasing and stacking, so that the punching and stacking abrasion among the iron sheets is prevented, and the production quality of the iron sheets is improved.

Still include the buffering part, the buffering part is for installing in frame 1, and the end that corresponds the absorption transfer unit, and the buffering part is a buffer board 8, and buffer board 8 includes inclined plane 9 on upper portion and vertical face 10 of lower part, and the iron sheet is dashed to and is fallen down along vertical face 10 behind the 9 buffering of inclined plane.

Because belt 6 drives the iron sheet when transporting, although electro-magnet 7 loses the electricity, the iron sheet still will continue forward (correspond the left side in fig. 1) because of inertia to have certain displacement in the moment of falling, consequently adsorb transfer unit's below front position installation buffer board 8, and the back falls down, and the left end of iron sheet is at first touchhed the inclined plane 9 of buffer board 8, then continues to fall along the vertical 10 of buffer board 8. In order to reduce the contact area between the buffer plate 8 and the iron sheet, a notch may be cut in the top of the buffer plate 8. Through set up buffer board 8 in frame 1 for the iron sheet obtains a buffering when breaking away from to adsorb transfer unit, has also alleviated wearing and tearing between the iron sheet to a certain extent.

Still include the side direction protection part, the side direction protection part is installed respectively in frame 1, corresponds the front and back both sides of adsorbing the transfer unit below, and the side direction protection part includes guard plate 12, and guard plate 12 includes the inclined plane on upper portion and the vertical face of lower part. The design of the protection plate 12 is similar to the buffer plate 8 except that the protection plate 12 is a long plate installed at the front and rear sides of the adsorption transfer part (see fig. 2).

By arranging the lateral protection component on the frame 1, the iron sheet is not separated from the transportation component from the front side and the rear side in the transportation process, and the iron sheet is transported relatively stably.

An iron sheet receiving part is arranged below the adsorption and transfer part, the iron sheet receiving part comprises a transfer plate 13, a receiving plate 14 and a driving part 15 for driving the receiving plate 14 to move up and down, the transfer plate 13 is placed on the receiving plate 14, and the receiving plate 14 is connected with the driving part 15. The driving part 15 comprises a servo motor, a chain wheel and a chain, the servo motor is connected with the chain wheel through a speed reducer, the chain wheel is connected with the chain, the bearing plate 14 is connected with the chain, and the servo motor is controlled by the electric control cabinet to drive the bearing plate 14 to move up and down. The frame 1 is provided with a straight guide rail matched with the bearing plate 14, and the bearing plate 14 moves up and down along the straight guide rail.

The detection switch 2 further comprises a counting switch, the detection switch 2 detects the quantity of the supplied materials of the iron sheet and transmits the quantity of the supplied materials to the control cabinet 3, when the quantity of the supplied materials reaches a set value (such as 1300 or 1500), the servo motor acts, and the driving part 15 drives the bearing plate 14 and the iron sheet thereon to descend by a certain height, so that the phenomenon that the iron sheet borne at the top is too high to influence the blanking of the iron sheet is avoided. After the receiving plate falls to the lowest position and the supplied materials are finished, the iron sheets on the bearing plate and the bearing plate are pulled out from the receiving plate to be uniformly boxed and transported, then the empty bearing plate is placed on the receiving plate, and the driving part drives the receiving plate to ascend to continue receiving the materials. If the receiving plate 14 is directly placed at the lowest height without providing the driving member 15 of the receiving plate 14, the iron sheet may be worn and damaged when dropped.

The above-mentioned embodiments are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and various modifications and improvements of the present invention may be made by those skilled in the art without departing from the spirit of the present invention, which is defined by the appended claims.

Claims

1. Iron sheet abrasionproof decreases device for preparation beverage can, its characterized in that, the top at the terminal one side of iron sheet transfer chain is installed to the abrasionproof decreases device, including adsorbing, carrying and the absorption transfer unit that the release iron sheet was used, adsorbs the transfer unit and installs in the frame, still installs the detection switch in the frame, and the detection switch is connected with the switch board, and the switch board is connected with adsorbing the transfer unit and controls the action that adsorbs the transfer unit.

2. The iron sheet anti-abrasion device for manufacturing the beverage can according to claim 1, wherein the adsorption transfer component comprises a plurality of groups of transfer components, each group of transfer components comprises a driving pulley, a driven pulley and a belt, an electromagnet is installed at a position corresponding to each group of transfer components, and the on-off state of the electromagnet is controlled by a control cabinet.

3. The iron sheet wear prevention device for manufacturing beverage cans of claim 2, wherein the belt is a flat belt, an electromagnet is installed between the driving pulley and the driven pulley, and a gap is formed between the electromagnet and the flat belt.

4. The iron sheet wear prevention device for manufacturing beverage cans of claim 1, further comprising a buffering component, wherein the buffering component is installed on the frame and corresponds to the end of the adsorption transfer component, the buffering component is a buffering plate, the buffering plate comprises an upper inclined surface and a lower vertical surface, and the iron sheet falls down along the vertical surface after being punched to the inclined surface for buffering.

5. The iron sheet wear prevention device for manufacturing beverage cans of claim 1, further comprising lateral protection members, wherein the lateral protection members are respectively installed on the rack corresponding to the front side and the rear side below the adsorption transfer member, the lateral protection members comprise protection plates, and the protection plates comprise upper inclined surfaces and lower vertical surfaces.

6. The iron sheet wear prevention device for manufacturing beverage cans of claim 1, wherein an iron sheet receiving part is arranged below the adsorption and transportation part, the iron sheet receiving part comprises a bearing plate, a receiving plate and a driving part for driving the receiving plate to move up and down, the bearing plate is placed on the receiving plate, and the receiving plate is connected with the driving part.

7. The iron sheet wear prevention device for manufacturing beverage cans of claim 6, wherein the driving component comprises a servo motor, a chain wheel and a chain, the servo motor is connected with the chain wheel through a speed reducer, the chain wheel is connected with the chain, the bearing plate is connected with the chain, and the electric control cabinet controls the servo motor to drive the bearing plate to move up and down.