阅读说明：本技术 一种钢桶印刷的推盖装置 (Cover pushing device for steel drum printing ) 是由 沈惠峰 何健彬 许浩然 刘健 侯和平 于 2021-09-08 设计创作，主要内容包括：本申请公开了一种钢桶印刷的推盖装置,包括罐盖出料输送部件、推盖部件、接盖部件和罐盖输送带,推盖部件和接盖部件分别设置于罐盖出料输送部件两侧,罐盖输送带与接盖部件连接,推盖部件能够将罐盖出料输送部件上的罐盖推出,并由接盖部件接收,罐盖在接盖部件中倾斜输送。由此,通过推盖部件将罐盖从罐盖出料输送部件的侧面推出,然后通过接盖部件进行输送,输送时罐盖的背面倾斜朝下,正面倾斜朝上,最后罐盖顺势滑落到罐盖输送带上,也是背面朝下,正面朝上,实现在整个输送过程中罐盖的正面始终朝上,不会受到磨损,提高产品合格率。(The application discloses steel drum printing push away and cover device, including cover ejection of compact conveying part, push away the lid part, connect lid part and cover conveyer belt, push away the lid part and connect the lid part to set up respectively in cover ejection of compact conveying part both sides, the cover conveyer belt with connect the lid part to be connected, push away the lid part and can push away the cover on the cover ejection of compact conveying part to by connecing the lid part to receive, the cover is in connecing the slope of lid part to carry. Therefore, the cover is pushed out from the side face of the cover discharging and conveying component through the cover pushing component, then the cover is conveyed through the cover connecting component, the back face of the cover inclines downwards during conveying, the front face of the cover inclines upwards, and finally the cover slides onto the cover conveying belt along the trend, namely the back face of the cover faces downwards and the front face of the cover faces upwards, so that the cover is always upwards in the whole conveying process, abrasion is avoided, and the product yield is improved.)

1. The utility model provides a steel drum printing push away and cover device which characterized in that: the cover pushing device comprises a cover discharging and conveying component (1), a cover pushing component (2), a cover connecting component (3) and a cover conveying belt (4), wherein the cover pushing component (2) and the cover connecting component (3) are respectively arranged on two sides of the cover discharging and conveying component (1), the cover conveying belt (4) is connected with the cover connecting component (3), the cover pushing component (2) can push out a cover on the cover discharging and conveying component (1) and is received by the cover connecting component (3), and the cover is obliquely conveyed in the cover connecting component (3).

2. A device for pushing the cover of a steel drum for printing according to claim 1, wherein: the cover pushing component (2) comprises a cover detection sensor (21), a cover pushing driving device (22) and a pushing head (23), the cover detection sensor (21) is arranged on one side of the cover discharging and conveying component (1) and can detect whether the cover passes through, the cover pushing driving device (22) drives the pushing head (23) to reciprocate, and the pushing head (23) is arranged on one side of the cover discharging and conveying component (1).

3. A device for pushing the cover of a steel drum for printing according to claim 2, wherein: the pushing head (23) is provided with a soft cushion (24).

4. A device for pushing the cover of a steel drum for printing according to claim 1, wherein: connect lid part (3) to include slide (31), bracing piece (32) and transition delivery board (33), slide (31) set up in transition delivery board (33) one side, bracing piece (32) set up in slide (31) slant top, transition delivery board (33) set up in bracing piece (32) below, cover conveyer belt (4) with transition delivery board (33) are connected.

5. A device for pushing cover of steel drum printing according to claim 4, wherein: a buffer pad (34) is arranged above one end of the slide way (31) far away from the tank cover discharging and conveying part (1).

6. A device for pushing the cover of a steel drum for printing according to claim 1, wherein: when the can cover is conveyed in the cover connecting component (3), the back surface of the can cover is inclined downwards.

7. A device for pushing the cover of a steel drum for printing according to claim 2, wherein: the cover pushing driving device (22) drives the track to incline upwards.

8. A device for pushing cover of steel drum printing according to claim 4, wherein: a protection rod (35) is arranged above the slide way (31), the protection rod (35) and the support rod (32) are correspondingly arranged, and the cover lid is arranged between the protection rod (35) and the support rod (32) when the cover lid is obliquely conveyed in the cover connecting component (3).

9. A device for pushing cover of steel drum printing according to claim 4, wherein: cover conveyer belt (4) include a pair of conveyor belt, transition conveyer plate (33) include arc (331) and extension board (332), arc (331) set up in between bracing piece (32) and slide (31), extension board (332) level sets up, extension board (332) with arc (331) lower extreme department is connected, slide (31) set up in extension board (332) one side, it is a pair of conveyor belt set up respectively in extension board (332) both sides.

10. A device for pushing cover of steel drum printing according to claim 4, wherein: the horizontal height of one end of the slide way (31) close to the tank cover discharging and conveying part (1) is lower than that of one end of the slide way far away from the tank cover discharging and conveying part (1).

Technical Field

The invention relates to the field of waste solvent and waste liquid treatment, in particular to a cover pushing device for steel drum printing.

Background

The existing cover is in the printing and coating process, the front side of the cover can be heated and dried through a drying room after being printed, the cover is conveyed through a conveying belt in the drying room, a patterned iron frame is uniformly and obliquely arranged on the conveying belt, during conveying, the back side of the cover leans against the patterned iron frame, when the cover is conveyed out of the drying room, the cover can be overturned and buckled down, the next conveying belt is entered, the front side of the cover faces downwards at the moment, the cover is pasted on the conveying belt for conveying, the front side of the cover is easily abraded, and defective products are caused.

Disclosure of Invention

The invention aims to provide a cover pushing device for steel drum printing, which solves one or more of the problems in the prior art.

According to one aspect of the invention, the cover pushing device for steel drum printing comprises a cover discharging and conveying component, a cover pushing component, a cover receiving component and a cover conveying belt, wherein the cover pushing component and the cover receiving component are respectively arranged at two sides of the cover discharging and conveying component, the cover conveying belt is connected with the cover receiving component, the cover pushing component can push out a cover on the cover discharging and conveying component and is received by the cover receiving component, and the cover is obliquely conveyed in the cover receiving component.

Therefore, the cover is pushed out from the side face of the cover discharging and conveying component through the cover pushing component, then the cover is conveyed through the cover connecting component, the back face of the cover inclines downwards during conveying, the front face of the cover inclines upwards, and finally the cover slides onto the cover conveying belt along the trend, namely the back face of the cover faces downwards and the front face of the cover faces upwards, so that the cover is always upwards in the whole conveying process, abrasion is avoided, and the product yield is improved.

In some embodiments: the cover pushing component comprises a cover detection sensor, a cover pushing driving device and a pushing head, the cover detection sensor is arranged on one side of the cover discharging and conveying component and can detect whether the cover passes through, the cover pushing driving device drives the pushing head to reciprocate, and the pushing head is arranged on one side of the cover discharging and conveying component. Therefore, when the tank cover sensor detects the tank cover, the cap pushing driving device drives the pushing head to push the tank cover out of the side face of the tank cover discharging and conveying component.

In some embodiments: the pushing head is provided with a soft cushion. Therefore, the cushion is arranged, so that the effect of buffering and protecting the edge of the tank cover from being abraded when the tank cover is pushed is achieved.

In some embodiments: connect the cover part to include slide, bracing piece and transition delivery board, the slide sets up in transition delivery board one side, and the bracing piece sets up in the slide to the top that inclines, and the transition delivery board sets up in the bracing piece below, and the cover conveyer belt is connected with the transition delivery board. Therefore, after the cover is pushed out, the cover can roll on the slide way, the support rod plays a supporting role, the cover can be in an inclined state in a rolling mode, the back face of the cover is inclined downwards, the front face of the cover is inclined upwards, the front face of the cover is protected from being abraded, and the cover can slide down along the self gravity to lie flat through the transition conveying plate.

In some embodiments: a buffer cushion is arranged above one end of the slide way, which is far away from the tank cover discharging and conveying part. Therefore, the buffer pad has the functions of limiting the tank cover and protecting the buffer.

In some embodiments: when the can cover is conveyed in the cover connecting component, the back surface of the can cover is inclined downwards. Thereby, the front side can be protected against wear during transport.

In some embodiments: the cover pushing driving device drives the track to incline upwards. Thereby, the tank cover can be more easily pushed out from the tank cover discharge conveying member.

In some embodiments: the slide top is provided with the protective rod, and the protective rod corresponds the setting with the bracing piece, and the cover is when connecing the lid part to incline the transport, and the cover is located between protective rod and the bracing piece. Therefore, the cover can be prevented from toppling forwards when rolling on the slide way, so that the cover can face downwards to cause wear of the cover.

In some embodiments: the cover conveyer belt includes a pair of conveyor belt, and the transition delivery board includes arc and extension board, and the arc sets up between bracing piece and slide, and the extension board level sets up, and the extension board is connected with arc lower extreme department, and the slide sets up in extension board one side, and a pair of conveyor belt sets up respectively in extension board both sides. From this, the cover rolls transition conveyer plate along the slide on, and the cover bottom is on the extension board, and the cover top leans on the arc, and then the cover can be along self gravity, and the homeotropic slides down and lies flat, and openly up, the back down, when the cover lies at ordinary times, the both sides of cover drop on conveyor belt, and conveyor belt can the cover carry.

In some embodiments: the horizontal height of one end of the slide way close to the tank cover discharging and conveying part is lower than that of one end of the slide way far away from the tank cover discharging and conveying part.

Drawings

FIG. 1 is a schematic structural diagram of a cover pushing device for steel drum printing according to the present invention;

FIG. 2 is a side view of the cover connecting part of the cover pushing device for printing on steel barrels.

Detailed Description

The present invention will be described in further detail with reference to the following description of the drawings.

As shown in fig. 1 and 2, the cover pushing device for steel drum printing comprises a cover discharging and conveying part 1, a cover pushing part 2, a cover connecting part 3 and a cover conveying belt 4, wherein the cover discharging and conveying part 1 is a conveying belt in a drying room, pattern iron frames are uniformly arranged on the conveying belt, and the back surface of a cover is obliquely and downwards leaned against the pattern iron frames. The cover pushing component 2 and the cover connecting component 3 are respectively arranged at two sides of the cover discharging and conveying component 1, the cover conveying belt 4 is connected with the cover connecting component 3, the cover pushing component 2 can push out a cover on the cover discharging and conveying component 1 and is received by the cover connecting component 3, and the back of the cover is obliquely conveyed downwards in the cover connecting component 3.

The cover pushing component 2 comprises a cover detection sensor 21, a cover pushing driving device 22 and a pushing head 23, wherein the cover detection sensor 21 can be a proximity switch and is fixedly arranged on one side of the cover discharging and conveying component 1 through a support to detect whether the cover passes through or not. The cap pushing driving device 22 may be an air cylinder, and is fixedly mounted on one side of the can cap discharging and conveying component 1 through a bracket, and may be located on the same side as the can cap detection sensor 21, the pushing head 23 is fixedly mounted at an output end of the air cylinder, the cap pushing driving device 22 drives the pushing head 23 to reciprocate, and the pushing head 23 is located on one side of the can cap discharging and conveying component 1. Therefore, when the tank cover sensor detects the tank cover, the cap pushing driving device drives the pushing head to push the tank cover out of the side face of the tank cover discharging and conveying component.

The cap-pushing drive means 22 drives the trajectory obliquely upward. Thereby, the tank cover can be more easily pushed out from the tank cover discharge conveying member.

In addition, the pushing head 23 is fixedly wrapped with a soft cushion 24. Therefore, the cushion is arranged, so that the effect of buffering and protecting the edge of the tank cover from being abraded when the tank cover is pushed is achieved.

The cover connecting component 3 comprises a slide way 31, a support rod 32 and a transition conveying plate 33, the slide way 31 is fixedly arranged on one side of the transition conveying plate 33 through a support, the support rod 32 is fixedly arranged on the inclined upper part of the slide way 31, the transition conveying plate 33 is fixedly arranged below the support rod 32, and the tank cover conveying belt 4 is connected with the transition conveying plate 33. Therefore, after the cover is pushed out, the cover can roll on the slide way, the support rod plays a supporting role, the cover can be in an inclined state in a rolling mode, the back face of the cover is inclined downwards, the front face of the cover is inclined upwards, the front face of the cover is protected from being abraded, and the cover can slide down along the self gravity to lie flat through the transition conveying plate.

The edge of one side of the slide way 31 facing the front side of the tank cover is provided with a baffle plate, and the baffle plate can prevent the tank cover from lying down due to the inclined state when rolling on the slide way, so that the supporting effect is achieved.

A buffer cushion 34 is fixedly arranged above one end of the slide way 31 far away from the tank cover discharging and conveying component 1. Therefore, the buffer pad has the functions of limiting the tank cover and protecting the buffer.

When the can lid is conveyed in the lid abutting member 3, the back surface of the can lid is inclined downward. Thereby, the front side can be protected against wear during transport.

The protection rod 35 is arranged above the slide rail 31, the protection rod 35 can be fixedly installed through a support, the protection rod 35 is arranged corresponding to the support rod 32, and when the cover lid is inclined in the cover connecting component 3 to be conveyed, the cover lid is arranged between the protection rod 35 and the support rod 32. Therefore, the cover can be prevented from toppling forwards when rolling on the slide way, so that the cover can face downwards to cause wear of the cover.

Cover conveyer belt 4 includes a pair of conveyor belt, and transition conveyer plate 33 includes arc 331 and extension board 332, and arc 331 passes through support fixed mounting between bracing piece 32 and slide 31, and extension board 332 level sets up, and extension board 332 is connected with arc 331 lower extreme department integrated into one piece, and slide 31 is located extension board 332 one side, and slide 31 tip export and extension board 332 side fixed connection, a pair of conveyor belt set up respectively in extension board 332 both sides. From this, the cover rolls transition conveyer plate along the slide on, and the cover bottom is on the extension board, and the cover top leans on the arc, and then the cover can be along self gravity, and the homeotropic slides down and lies flat, and openly up, the back down, when the cover lies at ordinary times, the both sides of cover drop on conveyor belt, and conveyor belt can the cover carry.

Wherein, the horizontal height of one end of the slideway 31 close to the tank cover discharging and conveying component 1 is lower than that of one end far away from the tank cover discharging and conveying component 1. Thereby, the can lid can roll forward on the chute 31 by its own weight.

In summary, the cover is pushed out from the side face of the cover discharging and conveying component through the cover pushing component, then the cover is conveyed through the cover connecting component, the back face of the cover inclines downwards, the front face of the cover inclines upwards during conveying, and finally the cover slides onto the cover conveying belt along the trend, namely the back face of the cover faces downwards, and the front face of the cover faces upwards, so that the cover is always upwards in the whole conveying process, abrasion is avoided, and the product yield is improved.

The above is only one embodiment of the present invention, and it should be noted that, for those skilled in the art, several similar modifications and improvements can be made without departing from the inventive concept of the present invention, and these should also be considered as within the protection scope of the present invention.