CN218055853U - Ceramic tile packing's feeding board device - Google Patents
Ceramic tile packing's feeding board device Download PDFInfo
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- CN218055853U CN218055853U CN202220847583.1U CN202220847583U CN218055853U CN 218055853 U CN218055853 U CN 218055853U CN 202220847583 U CN202220847583 U CN 202220847583U CN 218055853 U CN218055853 U CN 218055853U
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Abstract
The utility model provides a ceramic tile packing's transfer board device, belong to ceramic tile packing technical field, including belt transmission mechanism, press from both sides paper feeding mechanism, cardboard holds in the palm and cardboard storehouse mechanism, it is provided with two passageways that pass belt transmission mechanism transmission face below to extend on perpendicular to belt transmission mechanism's transmission direction, press from both sides two roof beams that paper feeding mechanism set up respectively in two passageways, cardboard storehouse mechanism has two, set up the left and right sides that holds in the palm at the cardboard relatively, press from both sides the power on every power clamp slider that paper feeding mechanism pressed from both sides and accompany two, two power presss from both sides and sets up back mutually and face two cardboard storehouse mechanisms respectively. Compared with the prior art, the utility model, have and do not influence the advantage that further promotes packing efficiency.
Description
Technical Field
The utility model relates to a ceramic tile stack and packing technical field especially relate to a feeding board device of ceramic tile packing.
Background
The similar paper taking mechanism on the existing ceramic tile packaging machine works in the following way: the paper taking mechanism is arranged above the brick placing position, the brick receiving jacking extends out firstly, the paper taking mechanism clamps and pulls the paper sheet right above the brick receiving jacking after clamping the paper sheet, the paper sheet is placed on the brick receiving jacking, then the brick holding mechanism places the brick on the brick receiving jacking, and the brick holding mechanism and the brick receiving jacking occupy the space of the paper taking mechanism returning to the paper taking position at the moment, so that the paper taking mechanism can only wait for the brick holding mechanism to leave the open brick position and then return to the paper taking position. The paper taking mode has slow speed and influences the packaging speed. The Chinese patent 2019211637469 discloses a technique comprising two parallel beams, a pair of belt pulleys arranged on the beams, a belt wound on the pair of belt pulleys, a slider driven by the belt to move back and forth along a track on the beams, a power swing arm swinging on the slider, a power clamp fixed on the power swing arm, and a motor mechanism driving the belt pulleys on the two parallel beams to rotate synchronously through a transmission shaft. Because the power swing arm is put down to the below of belt transmission mechanism transmission face, consequently, can not influence the work that the ceramic tile buttress was accepted to the carton cardboard that is located belt transmission mechanism middle part to when the work that the ceramic tile buttress was accepted to the carton cardboard that is located belt transmission mechanism middle part, the work of the next piece of carton cardboard was done to the power clamp and is pressed from both sides, guarantees the efficiency of carton cardboard conveying. This kind of technique, though, can not influence the work that the carton cardboard that is located belt transmission device middle part accepted the ceramic tile buttress, nevertheless, owing to need the power clamp to reset to come the clamp to get the carton cardboard, when the ceramic tile targets in place fast, just need wait for targetting in place of carton cardboard, consequently, has influenced further promotion packing efficiency.
Disclosure of Invention
An object of the utility model is to provide a do not influence the feeding board device of ceramic tile packing that further promotes packing efficiency.
The utility model discloses ceramic tile packing's transfer board device is realized like this, including belt transmission mechanism, press from both sides paper feeding mechanism, the cardboard that is located belt transmission mechanism department holds in the palm and is located the cardboard storehouse mechanism that the cardboard held in the palm the side, press from both sides paper feeding mechanism and include two parallel arrangement's roof beam, set up transmission mechanism about on every roof beam, power that drive mechanism drove presss from both sides the slider and sets up the power clamp on power clamp slider about by, it is provided with two passageways of passing belt transmission mechanism transmission face below to extend on perpendicular to belt transmission mechanism's transmission direction, two roof beams set up respectively in two passageways, the roof beam, it is located the below of belt transmission mechanism transmission face to control transmission mechanism, its special character lies in cardboard storehouse mechanism has two, set up the left and right sides that the cardboard held in the palm relatively, power on every power clamp slider accompanies two, two power clamps set up back mutually and face to two cardboard storehouse mechanisms respectively.
The belt transmission mechanism comprises a starting belt transmission mechanism and a main belt transmission mechanism positioned in front of the starting belt transmission mechanism, a space between the starting belt transmission mechanism and the main belt transmission mechanism forms one channel, and a space behind the starting belt transmission mechanism forms the other channel. Therefore, the starting belt transmission mechanism and the main belt transmission mechanism can respectively operate, so that the subsequent packaging work is not influenced by the paper board work of the paper feeding box.
The power clamp sliding block is positioned below the transmission surface of the belt transmission mechanism, and the up-and-down moving mechanism is arranged between the power clamp sliding block and the power clamp so as to drive the power clamp to ascend to the upper surface of the paper board support or descend to the lower surface of the paper board support through the up-and-down moving mechanism. Like this, when needs unilateral fetch and deliver carton cardboard (if during the cardboard storehouse mechanism of one side wherein need supply the carton cardboard), reciprocate through controlling power clamp, make power clamp move below the cardboard holds in the palm, so that power clamp does not cause the interference influence when the carton cardboard holds in the palm, power clamp moves smoothly from below the cardboard holds in the palm and passes through, return former cardboard storehouse mechanism, when being convenient for from this lie in the carton cardboard at belt transmission mechanism middle part and hold the work that connects the brick, power clamp has made the preparation of pinching next piece of carton cardboard, guarantee the efficiency of carton cardboard conveying.
The front paper board support is arranged at the position of the main belt transmission mechanism in front of the paper board support, and the rear paper board support is arranged at the rear side of the other channel. The front paperboard support and the rear paperboard support are arranged, so that the paperboard of the carton can be better supported.
The utility model discloses a ceramic tile packing feeding board device's feeding board process is realized like this, when getting the carton cardboard, left and right drive mechanism drive power clamp slider along the passageway move to be located the left cardboard storehouse mechanism department of cardboard support, the left power clamp action of power clamp slider will be located one of them carton cardboard centre gripping in the left cardboard storehouse mechanism of cardboard support, left and right drive mechanism drive power clamp slider and the power clamp on the power clamp slider move to belt transmission mechanism department to the right side, will one of them carton cardboard convey the cardboard to the cardboard support of belt transmission mechanism department, the left power clamp action of power clamp slider loosens one of them carton cardboard, along with power clamp slider continues to move to the right side and keep away from belt transmission mechanism, one of them cardboard fall into the cardboard support completely, so that brick embracing mechanism puts the brick into one of the cardboard, then the belt transmission mechanism conveys one of the paper box paperboards and the bricks on the paper box paperboard forward, at the moment, the power clamp sliding block which moves towards the right side continuously moves to the paper box mechanism on the right side of the paper box support, the power clamp on the right side of the power clamp sliding block acts to clamp the other paper box paperboard in the paper box mechanism on the right side of the paper box support, the left and right transmission mechanisms drive the power clamp sliding block and the power clamp on the power clamp sliding block to move towards the left side to the belt transmission mechanism, the other paper box paperboard is conveyed to the paper box support on the belt transmission mechanism, the power clamp on the right side of the power clamp sliding block acts to loosen the other paper box paperboard, the other paper box paperboard completely falls onto the paper box support along with the fact that the power clamp sliding block continuously moves towards the left side and is far away from the belt transmission mechanism, so that the holding mechanism puts the bricks onto the other paper box paperboard, and then the other carton paperboard is conveyed forwards together with the bricks on the carton paperboard by a belt conveying mechanism.
After the paper box paperboard is fed, the original paperboard bin mechanism does not need to be returned, but the paper box paperboard is directly taken from the paperboard bin mechanism on the other side, so that the time required by the reciprocating of the power clamp sliding block is saved, the packaging efficiency is further improved without being influenced, and the power clamp does not need to be lowered below the paperboard support, so that the process flow of clamping and conveying the paper box paperboard is simplified, and the reliability of clamping and conveying the paper box paperboard is improved.
Here, belt transmission device holds in the palm the in-process that the cardboard held in the palm that the output was located at the cardboard, and originated belt transmission device stops the transmission at the cardboard that the cardboard conveying device department was held to the carton cardboard, waits to embrace the brick mechanism and puts the brick into on the cardboard, and originated belt transmission device starts the transmission. Therefore, the starting belt transmission mechanism and the main belt transmission mechanism can respectively operate, so that the subsequent packaging work is not influenced by the work of the paper board of the paper feeding box.
Before the power clamp clamps the carton paperboard, the suction mechanism of the paperboard bin mechanism firstly sucks and lifts the uppermost carton paperboard of the stacked carton paperboard stack to the clamping range of the power clamp. Therefore, the power clamp can only clamp one paper carton, and the situation that a plurality of paper cartons are clamped at the same time is avoided.
Compared with the prior art, the utility model, have and do not influence the advantage that further promotes packing efficiency.
Drawings
FIG. 1 is a schematic structural view of a feeding board device for packaging ceramic tiles according to the present invention;
FIG. 2 is a view taken along line A of FIG. 1;
FIG. 3 is an enlarged view of a portion of FIG. 1 at D;
fig. 4 is a top view of fig. 2.
Detailed Description
The present invention will now be described in further detail with reference to the accompanying drawings and examples:
as shown in fig. 1 and 2, the utility model discloses a feeding board device for ceramic tile packing is realized like this, including belt transmission mechanism 1, pinch paper feed mechanism 4, set up cardboard support 2 on belt transmission mechanism 1 and set up cardboard storehouse mechanism 3 in cardboard support 2 side, the bearing surface of cardboard support 2 is slightly lower than belt transmission mechanism 1's transmission face, in order to guarantee that there is sufficient frictional force between the transmission face of carton cardboard B and belt transmission mechanism 1, guarantee that belt transmission mechanism 1 smoothly conveys carton cardboard B forward, pinch paper feed mechanism 4 includes two parallel arrangement roof beams 401, set up the left and right transmission mechanism on every roof beam 401, drive power clamp slider 405 and the power clamp 406 that sets up on power clamp slider 405 along track 404 round trip movement about roof beam 401 by left and right transmission mechanism, the left and right transmission mechanism that sets up on every roof beam 401 includes a pair of belt pulley 402, wrap around the belt 403 on a pair of belt 402, motor mechanism 408 drives belt pulley 402 synchronous rotation on two parallel arrangement roof beams 401 through transmission shaft 407, it drives power clamp slider 403 and sets up two perpendicular transmission mechanisms 401 of two cardboard support roof beam 5 on the roof beam and pass through two cardboard support roof beam 3 and pass through the transmission mechanism 401, there are two cardboard transmission mechanisms that the cardboard passes through the cardboard support the belt transmission mechanism 401 and set up on the roof beam 401 left and pass through the two sides of the belt transmission mechanism 401, it respectively, there are located the two cardboard transport mechanism 401.
The belt transmission mechanism 1 comprises a starting belt transmission mechanism 101 located in the middle of the paper board support 2 and a main belt transmission mechanism 102 located in front of the output end of the starting belt transmission mechanism 101, a space between the starting belt transmission mechanism and the main belt transmission mechanism forms one channel 5, a space behind the starting belt transmission mechanism 101 forms the other channel 5, and the paper board support 2 is located at the position of the starting belt transmission mechanism 101.
A front paper board support 6 (composed of a left paper board support unit and a right paper board support unit) is arranged at the position of a main belt conveying mechanism 102 in front of the paper board support 2 (composed of the left paper board support unit and the right paper board support unit), a rear paper board support 7 is arranged at the rear side of the other channel 5 behind the paper board support 2, and the bearing surfaces of the front paper board support 6 and the rear paper board support 7 are slightly lower than the conveying surface of the belt conveying mechanism 1.
The power clamp slider 405 is positioned below the transmission surface of the belt transmission mechanism 1, and an up-down moving mechanism 409 is arranged between the power clamp slider 405 and the power clamp 406, so that the power clamp 406 is driven by the up-down moving mechanism 409 to be lifted to the upper surface of the paper board support 2 or be lowered to the lower surface of the paper board support 2.
When the carton boards B are taken, the motor 408 drives the power clamp slider 405 to move to the carton bin mechanism 3 on the left side of the carton tray 2 along the track 404 below the carton tray 2 at the belt transmission mechanism 1 through the belt pulley 402 and the belt 403, the power clamp 406 on the left side of the power clamp slider 405 acts to clamp one carton board B in the carton bin mechanism 3 on the left side of the carton tray 2, the motor 408 drives the power clamp slider 405 and the power clamp 406 on the power clamp slider 405 to move to the belt transmission mechanism 1 through the belt pulley 402 and the belt 403, the one carton board B is transmitted to the carton tray 2, the front carton tray 6 and the rear carton tray 7 at the belt transmission mechanism 1, the power clamp 406 on the left side of the power clamp slider 405 acts to release the one carton board B, as the power clamp slider 405 continues to move to the right side, the one carton board B falls completely onto the carton tray 2, the front carton tray 6 and the rear carton tray 7 so that the holding mechanism puts bricks into the carton box B, the carton box B moves to the front carton tray 2 and the carton box 2 on the belt pulley 403 to move to the other carton tray 2, the front carton tray 406, the power clamp slider 405 moves to the other carton board B to move to the front carton tray 3 and the belt clamp mechanism 406, and the power clamp mechanism 405 moves to move the carton to the carton 2 to the carton to clamp mechanism 2 on the carton to clamp mechanism 2 and the carton to clamp mechanism 2 on the belt transmission mechanism 2 on the front carton to clamp 405, the power clamp 406 on the right side of the power clamp sliding block 405 acts to release the other paper box paperboard, and as the power clamp sliding block 405 continues to move leftwards, the other paper box paperboard B completely falls onto the paperboard support 2, the front paperboard support 6 and the rear paperboard support 7, so that the brick holding mechanism places bricks on the other paper box paperboard B, and then the other paper box paperboard B and the bricks on the other paper box paperboard B are conveyed forwards by the belt transmission mechanism 1.
In the process that the carton paperboard B is conveyed to the paperboard support 2, the front paperboard support 6 and the rear paperboard support 7 at the position of the belt conveying mechanism 1, the initial belt conveying mechanism 101 stops conveying, and after the brick holding mechanism puts bricks on the carton paperboard B, the initial belt conveying mechanism 101 starts conveying.
Before the power clamp 406 clamps the carton board B, the suction mechanism 301 of the board bin mechanism 3 firstly sucks and lifts the uppermost carton board B of the stacked carton board stack to the clamping range of the power clamp 406.
Therefore, the aim of efficiently feeding the carton paperboard B by adopting the ceramic tile packing paper feeding plate device is fulfilled.
Claims (4)
1. The utility model provides a ceramic tile packing's feeding board device, including belt transmission mechanism, press from both sides paper feeding mechanism, the cardboard that is located belt transmission mechanism department holds in the palm and is located cardboard storehouse mechanism that holds in the palm the side, press from both sides paper feeding mechanism and include two parallel arrangement's roof beam, set up the transmission mechanism about on every roof beam, the power that drives by controlling transmission mechanism presss from both sides the slider and sets up the power clamp on power clamp slider, it is provided with two passageways that pass belt transmission mechanism transmission face below to extend in the direction of transmission of perpendicular to belt transmission mechanism, two roof beams set up respectively in two passageways, the roof beam, it is located the below of belt transmission mechanism transmission face to control transmission mechanism, a serial communication port, cardboard storehouse mechanism has two, set up the left and right sides that holds in the palm at the cardboard relatively, the power on every power clamp slider presss from both sides has two, two power clamps back of the body set up and face to two cardboard storehouse mechanisms respectively.
2. A ceramic tile feeding sheet feeding device as set forth in claim 1, wherein the belt transfer means includes a start belt transfer means and a main belt transfer means disposed in front of the start belt transfer means, a space between the start belt transfer means and the main belt transfer means constituting one of the passages, and a space behind the start belt transfer means constituting the other passage.
3. A sheet feeding device for ceramic tile packing according to claim 2, wherein a front sheet support is provided at the main belt transfer mechanism in front of the sheet support, and a rear sheet support is provided at a rear side of said another passage at a rear side of the sheet support.
4. A tile feeding device according to claim 1, 2 or 3, wherein the power clamp slider is located below the conveying surface of the belt conveying mechanism, and an up-down moving mechanism is provided between the power clamp slider and the power clamp so that the power clamp is driven by the up-down moving mechanism to be raised above the paper board support or lowered below the paper board support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220847583.1U CN218055853U (en) | 2022-04-13 | 2022-04-13 | Ceramic tile packing's feeding board device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220847583.1U CN218055853U (en) | 2022-04-13 | 2022-04-13 | Ceramic tile packing's feeding board device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218055853U true CN218055853U (en) | 2022-12-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202220847583.1U Active CN218055853U (en) | 2022-04-13 | 2022-04-13 | Ceramic tile packing's feeding board device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218055853U (en) |
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2022
- 2022-04-13 CN CN202220847583.1U patent/CN218055853U/en active Active
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