CN210504576U

CN210504576U - Press discharge hook plate device

Info

Publication number: CN210504576U
Application number: CN201920928502.9U
Authority: CN
Inventors: 何生亮; 何丽聪; 周诗华; 张文斌; 何品才; 吴子文; 吴小明; 姚伟; 巫君子; 周晓芬
Original assignee: Zhejiang Jiahe Bamboo Technology Co ltd
Current assignee: Zhejiang Jiahe Bamboo Technology Co ltd
Priority date: 2019-06-19
Filing date: 2019-06-19
Publication date: 2020-05-12
Anticipated expiration: 2029-06-19

Abstract

The utility model provides a press ejection of compact hook plate device belongs to bamboo timber material processing equipment technical field. The bearing plate conveying device solves the problems that when the bearing plate is conveyed by conveying equipment in the prior art, due to manual misoperation, the bearing plate at a high position is smashed downwards and falls onto the conveying equipment, the bearing plate is blocked and/or the conveying equipment is damaged, and the like. The discharging hook plate device of the press comprises a first driving piece and a hook plate assembly, wherein the hook plate assembly is used for hooking a bearing plate with a T-shaped head on a hook plate material rack, and the first driving piece drives the hook plate assembly to move back and forth along the linear direction. This press ejection of compact hook plate device's advantage lies in: the arrangement of the first driving part, the hook plate assembly and the horizontal conveying part driven by the second driving part enables the bearing plate on the hook plate material rack to be conveyed to the outside without arranging a conveying device in the hook plate material rack.

Description

Press discharge hook plate device

Technical Field

The utility model belongs to the technical field of the bamboo timber material processing equipment, especially, relate to a press ejection of compact hook plate device.

Background

In the processing of bamboo materials, the carbonized bamboo products have the advantages of good pressure resistance and strong corrosion resistance, so that the carbonized bamboo boards are widely used in the field of buildings, especially outdoors, the process of the carbonized bamboo boards generally comprises the steps of firstly making bamboos into fibrous bamboo bundles, then heating the bamboo bundles by a carbonization kiln to make the carbonized bamboo bundles, then loading the carbonized bamboo bundles on a plurality of bearing boards and pushing the bamboo bundles into a hot press, finally pressing the carbonized bamboo boards into the carbonized bamboo boards by the hot press, then pulling out a plurality of bearing boards in the hot press together with the carbonized bamboo boards to a hook board rack which has a lifting function and is of a multilayer structure by a hook board machine, and then conveying the bearing boards on the hook board rack one by using conveying equipment, wherein part of the existing conveying equipment needs to be deeply inserted into the other side, opposite to the pulling direction of the bearing boards, in the hook board rack, because there is the misoperation's condition unavoidably in the manual operation, can take place the loading board and fall on conveyor this moment, probably cause the occurence of failure of loading board card on conveyor very much, if the loading board falls on conveyor from higher, can cause the serious influence to conveyor in addition.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the above-mentioned problem, provide a reasonable in design, solved original area conveying equipment and pounded down because artifical maloperation with the higher bearing board and fall on conveying equipment probably to lead to being blocked and/or making the press ejection of compact hook plate device of the impaired problem of conveying equipment when carrying the bearing board.

In order to achieve the above purpose, the utility model adopts the following technical proposal: the utility model discloses a press ejection of compact hook plate device, including first driving piece and the hook plate subassembly that is used for hooking out the outside loading board that has T font head on the outside hook plate work or material rest, first driving piece drive hook plate subassembly is along sharp direction round trip movement, on the first driving piece respectively be equipped with one with its traffic direction vertically both sides and be used for leaning on respectively with a corresponding side on the loading board that hook plate subassembly was pulled out and carry this loading board level to the horizontal transport piece of keeping away from one side of hook plate work or material rest, horizontal transport piece is driven by the second driving piece. First driving piece, hook plate subassembly and by the setting up of second driving piece driven horizontal transport piece make when carrying the loading board on the hook plate work or material rest to the outside, need not set up a conveying equipment in hook plate work or material rest inside again, and only need set up this device near the exit side of hook plate work or material rest just, first driving piece drive hook plate subassembly is close to the loading board during operation, finally hook T font head on the loading board and outwards pull through hook plate subassembly, after the loading board was pulled to horizontal transport piece on, then first driving piece returns according to the original way, go to pull down a loading board.

Preferably, the hook plate assembly comprises a pair of cantilevers which are spaced and arranged in parallel along the running direction of the cantilevers, each cantilever is hinged with a hook head used for hooking a horizontal section in the T-shaped head on the bearing plate through a hinge shaft, the gravity center of the hook head is located below the part, connected with the hinge shaft, of the hook head, and a limiting head used for preventing the hook head from limiting the angle range of clockwise rotation of the hook head around the hinge shaft when tensile force is applied to the T-shaped head on the bearing plate is arranged on the cantilever in a protruding mode. Because the center of gravity of the hook head is located below the part, relative to the connecting part of the hinge shaft, of the hook head, and the limiting head is arranged, when the bearing plate is pulled by the hook head, the hook head cannot be matched with the bearing plate due to rotation, so that the hook head can apply effective pulling force to the bearing plate.

Preferably, the cantilever is provided with a limiting through hole which is communicated up and down, two ends of the articulated shaft are arranged on two sides of the limiting through hole which are vertical to the running direction of the articulated shaft, and the relative upper end of the hook head extends out of the limiting through hole to be matched with the bearing plate. The arrangement of the limiting through hole prevents the hook head from causing the problem of poor matching effect on the bearing plate due to axial movement when rotating.

Preferably, the middle part of the hook head is connected with the hinge shaft.

Preferably, the gib head is of a cylindrical structure, a triangular seat is arranged at one end, located below the hinge shaft, of the gib head in a downward protruding mode, and the triangular seat is matched with the limiting head. The triangular seat is matched with the limiting head by utilizing one inclined surface of the triangular seat, so that the contact area between the triangular seat and the limiting head is increased, and the pulling effect is improved.

Preferably, a pair of horizontal sliding assemblies is arranged between the bearing plate and the hook plate assembly, each horizontal sliding assembly comprises a sliding plate and a pair of sliding rails which are arranged at intervals and in parallel, a pair of sliding grooves matched with the pair of sliding rails are arranged on two sides, perpendicular to the running direction, of the sliding plate, and a pair of cantilevers is arranged on the sliding plate. The horizontal sliding assembly is arranged to enhance that the first driving piece runs more stably when the bearing plate is pulled through the hook head.

Preferably, the first driving part is an air cylinder, the horizontal conveying part is a horizontally arranged conveyor belt, and the second driving part is a driving motor.

Preferably, the width of the conveyor belt is in the range of 10 to 35 cm. Not only the support performance of the bearing plate is enhanced, but also the stability during horizontal conveying is improved.

Compared with the prior art, the press discharging hook plate device has the advantages that: because the conveying equipment which is originally arranged in the hook plate material rack is removed, even if an operator mistakenly operates, the device can not be influenced even if the bearing plate falls from the hook plate material rack at a high position, and the vacated space is favorable for the entering and exiting of maintenance personnel.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 provides the embodiment of the present invention and a schematic view of a top view structure of a hook plate rack a.

Fig. 2 provides a schematic structural view of the cantilever, the hinge shaft and the hook head in the embodiment of the present invention.

Fig. 3 provides a schematic view of the hook plate stack.

Figure 4 provides a schematic structural view of the carrier plate.

In the figure, the hook plate rack a, the carrying plate b, the first driving member 101, the horizontal conveying member 102, the cantilever 1031, the hinge shaft 1032, the hook head 1033, the limiting head 1034, the limiting through hole 1035, the triangular seat 1036, the sliding plate 1041, the sliding rail 1042 and the sliding groove 1043.

Detailed Description

As shown in fig. 1-4, specific embodiments of the present press discharge hook plate apparatus include, but are not limited to, the following examples.

Example 1

This press ejection of compact hook plate device, for reaching above-mentioned purpose, the utility model discloses a following technical scheme: the utility model discloses a press ejection of compact hook plate device, including first driving piece 101 with be used for hooking out the hook plate subassembly of the outside loading board b that has T font head on the outside hook plate work or material rest an, first driving piece 101 here can but not be limited to be the cylinder, first driving piece 101 drives hook plate subassembly along the rectilinear direction round trip movement, on the first driving piece 101 respectively be equipped with one rather than the traffic direction vertically both sides and be used for leaning on respectively the corresponding side on the loading board b that pulls out the hook plate subassembly and carry this loading board b level to the horizontal transport piece 102 of keeping away from one side of hook plate work or material rest a, horizontal transport piece 102 is driven by the second driving piece. The first driving part 101, the hook plate assembly and the horizontal conveying part 102 driven by the second driving part are arranged so that when the bearing plate b on the hook plate material rack a is conveyed to the outside, a conveying device does not need to be arranged in the hook plate material rack a, and the device is only required to be arranged close to the outlet side of the hook plate material rack a, when the device is in operation, the first driving part 101 drives the hook plate assembly to be close to the bearing plate b, finally, the T-shaped head on the bearing plate b is hooked through the hook plate assembly and pulled outwards, and after the bearing plate b is pulled to the horizontal conveying part 102, the first driving part 101 returns along the original path to pull down the bearing plate b. The horizontal conveying member 102 may be, but is not limited to, a horizontally disposed conveyor belt, and the second driving member may be, but is not limited to, a driving motor.

Specifically, the hook plate assembly includes a pair of cantilevers 1031 spaced apart and arranged in parallel along the running direction thereof, each cantilever 1031 is hinged together with a hook head 1033 for hooking a horizontal section of the T-shaped head on the loading plate b through a hinge shaft 1032, the center of gravity of the hook head 1033 is located relatively below the connection portion with the hinge shaft 1032, and the cantilevers 1031 are convexly provided with a limit head 1034 for preventing the hook head 1033 from limiting the angular range of clockwise rotation of the hook head 1033 around the hinge shaft 1032 when a pulling force is applied to the T-shaped head on the loading plate b. Because the center of gravity of the hook head 1033 is located relatively below the connecting portion with the hinge shaft 1032, and the limiting head 1034 is provided, when the hook head 1033 pulls the bearing plate b, the hook head 1033 does not cancel the fit with the bearing plate b due to rotation, so as to ensure that the hook head 1033 can apply an effective pulling force to the bearing plate b.

Preferably, the hook head 1033 is connected at a middle portion thereof with the hinge shaft 1032.

Preferably, the hook 1033 has a cylindrical structure, and a triangular seat 1036 is protruded downward from an end of the hook 1033 below the hinge shaft 1032, and the triangular seat 1036 is engaged with the limiting head 1034. The triangular seat 1036 is engaged with the stopper 1034 with an inclined surface thereof, thereby increasing a contact area therebetween, thereby improving a pulling effect.

Alternatively, the first driving member 101 is an air cylinder, the horizontal conveying member 102 is a horizontally disposed conveyor belt, and the second driving member is a driving motor.

Alternatively, the conveyor belt width ranges from 10 to 35 centimeters. Not only the support performance to the bearing plate b is enhanced, but also the stability during horizontal conveying is improved.

Example 2

This embodiment is substantially the same as embodiment 1 except that: the cantilever 1031 is provided with a vertically through limiting through hole 1035, two ends of the hinge shaft 1032 are disposed on two sides of the limiting through hole 1035 perpendicular to the moving direction thereof, and the upper end of the hook 1033 extends out of the limiting through hole 1035 to be matched with the bearing plate b. The provision of the limit through-hole 1035 prevents the problem that the fitting effect of the hook 1033 to the bearing plate b is poor due to the axial movement thereof when the hook is rotated.

Example 3

This embodiment is substantially the same as embodiment 2 except that: a pair of horizontal sliding assemblies is arranged between the bearing plate b and the hook plate assembly, each horizontal sliding assembly comprises a sliding plate 1041 and a pair of sliding rails 1042 arranged in parallel at intervals, a pair of sliding grooves 1043 matched with the pair of sliding rails 1042 are arranged on two sides of the sliding plate 1041 perpendicular to the running direction of the sliding plate, and a pair of cantilevers 1031 are arranged on the sliding plate 1041. The arrangement of the horizontal sliding assembly enhances that the first driving member 101 operates more stably when the bearing plate b is pulled by the hook 1033.

The working principle is as follows: the first driving member 101 drives the hook plate assembly to move towards the hook plate rack a with the bearing plate b, and it is noted that the bearing plate b to be hooked at this time should be located on the same horizontal plane as the horizontal conveying member 102, which can be controlled by lifting and lowering the hook plate rack a, when the pair of hooks 1033 on the hook plate assembly and the horizontal section in line on the T-shaped head on the bearing plate b touch each other, they rotate counterclockwise, so that the upper parts of the hooks 1033 can avoid the T-shaped head to continue to advance towards the hook plate rack a and stay in the area outside the two sides of the vertical section in the T-shaped head, because the gravity center of the hooks 1033 is located below the hinge shaft 1032, after passing through the horizontal section in line on the T-shaped head, the hooks 1033 will return to the original shape like a tumbler, that is arranged in a vertical state, thus the purpose of hooking the T-shaped head is achieved, because the limit head 1034 is arranged on the side close to the hook head 1033 and far from the hook plate rack a, when the limit head 1034 is rotated, the hook plate assembly hooking the bearing plate b provided with the carbonized bamboo plates is not rotated anticlockwise any more, so as to improve the efficiency, then the first driving member 101 drives the hook plate assembly hooking the bearing plate b provided with the carbonized bamboo plates to move backwards, one end of the hook head 1033 is abutted against the T-shaped head, the T-shaped head exerts a force for promoting the one end of the hook head 1033 to rotate clockwise at the moment, the opposite end is abutted against the limit head 1034, the limit head 1034 exerts a force for promoting the opposite end of the hook head 1033 to rotate anticlockwise, so as to ensure that the hook head 1033 can firmly pull the T-shaped head without loosening until the two lateral sides of the bearing plate b provided with the carbonized bamboo plates are pulled to the horizontal conveying member 102, at the moment, the first driving member 101 stops driving, the bearing plate b is driven by the horizontal conveying member 102 to move towards the direction far from the hook plate rack, this happens in that the contact of the relatively upper portion of the hook 1033 with the shoulder of the bearing plate b causes the hook 1033 to rotate counterclockwise to avoid the bearing plate b, and when the bearing plate b is carried away, the hook 1033 is restored to its original position again under the action of its center of gravity.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Although the terms of the hook plate stack a, the carrying plate b, the first driving member 101, the horizontal conveying member 102, the cantilever 1031, the hinge shaft 1032, the hook head 1033, the limiting head 1034, the limiting through hole 1035, the triangular seat 1036, the sliding plate 1041, the sliding rail 1042, the sliding groove 1043, etc., are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed in a manner that is inconsistent with the spirit of the invention.

Claims

1. The utility model provides a press ejection of compact hook plate device which characterized in that: the hook plate assembly comprises a first driving part (101) and a hook plate assembly, wherein the hook plate assembly is used for hooking an external bearing plate (b) with a T-shaped head on an external hook plate material rack (a), the first driving part (101) drives the hook plate assembly to move back and forth along a linear direction, two sides, perpendicular to the running direction, of the first driving part (101) are respectively provided with a horizontal conveying part (102) which is used for enabling a corresponding side on the bearing plate (b) pulled out of the hook plate assembly to lean against and horizontally conveying the bearing plate (b) to one side far away from the hook plate material rack (a), and the horizontal conveying part (102) is driven by a second driving part.

2. Press discharge hook plate device according to claim 1, characterised in that said hook plate assembly comprises a pair of cantilevers (1031) spaced apart and arranged in parallel along the running direction thereof, each of said cantilevers (1031) being hinged to a hook head (1033) for hooking a horizontal section of a T-shaped head on the carrier plate (b) by means of a hinge axis (1032), the hook head (1033) having its centre of gravity located opposite to the connection with the hinge axis (1032), said cantilevers (1031) being provided with a limiting head (1034) which prevents the hook head (1033) from limiting the angular range of clockwise rotation of the hook head (1033) about the hinge axis (1032) when a pulling force is applied to the T-shaped head on the carrier plate (b).

3. The press discharging hook plate device according to claim 2, wherein the cantilever (1031) is provided with a vertically through limiting through hole (1035), two ends of the hinge shaft (1032) are arranged on two sides of the limiting through hole (1035) perpendicular to the running direction of the limiting through hole, and the opposite upper end of the hook head (1033) extends out of the limiting through hole (1035) to be matched with the bearing plate (b).

4. Press outlet hook plate device according to claim 2, characterised in that the middle of said hook head (1033) is connected to a hinge shaft (1032).

5. Press discharge hook plate device according to claim 2, characterised in that said hook head (1033) is of cylindrical configuration, and that said hook head (1033) has a triangular seat (1036) protruding downwards at its end below said hinge axis (1032), said triangular seat (1036) cooperating with said stop head (1034).

6. The press discharging hook plate device according to any one of claims 2 to 5, wherein a pair of horizontal sliding assemblies are arranged between the bearing plate (b) and the hook plate assembly, each horizontal sliding assembly comprises a sliding plate (1041) and a pair of sliding rails (1042) which are arranged at intervals and in parallel, a pair of sliding grooves (1043) which are matched with the pair of sliding rails (1042) are arranged on two sides of the sliding plate (1041) which are perpendicular to the running direction of the sliding plate, and a pair of cantilevers (1031) are arranged on the sliding plate (1041).

7. The press discharge hook plate apparatus of claim 1, wherein said first driving member (101) is a pneumatic cylinder, said horizontal conveying member (102) is a horizontally disposed conveyor belt, and said second driving member is a drive motor.

8. The press exit hook plate apparatus of claim 7, wherein said conveyor belt width is in the range of 10 to 35 centimeters.