CN206999186U - A board feeding device for a plywood cold press - Google Patents

Abstract

The utility model provides a plywood cold press send board device, break through traditional plywood cold pressing equipment and send the structural style of board device, in the actual work process, conveyor carries the template embryo for the cold press main part, the preliminary shaping of colding pressing the clamp plate of cold press main part to the template embryo, specifically be, all place the template embryo in the clearance of each loading board and apron, each lower clamp plate one-to-one of messenger each loading board and cold press main part is close to, under corresponding drive arrangement's drive, back support frame relies on the walking wheel to drive each push pedal and removes to the cold press main part, each push pedal stretches into in the clearance of loading board and apron between two back support columns, release each corresponding template embryo simultaneously, and directly push into between each top board and the lower clamp plate of cold press main part, supply the cold press main part to coldly press the preliminary shaping of colding pressing.

Description

A board feeding device for a plywood cold press

technical field

The utility model relates to the field of plywood processing machinery, in particular to a board feeding device of a plywood cold press.

Background technique

Before the plywood is hot-pressed, the template embryo needs to be cold-pressed for initial molding. Most of the traditional cold-press machines use single-layer cold-press, which is very inefficient. machine, but in the process of putting template embryos into the cold press, each layer of template embryos is put in one by one, which seriously affects the efficiency of cold pressing.

In view of this, the inventor of this case conducted in-depth research on the above-mentioned problem, and then this case was produced.

Utility model content

The purpose of the utility model is to provide a plywood cold press feeding device that can push multiple template blanks into the main body of the cold press at the same time for initial cold press forming, which significantly improves the cold press forming efficiency and has strong practicability.

In order to achieve the above object, the utility model adopts such technical scheme:

A plate feeding device for a plywood cold press, comprising a carrier for carrying template blanks, and a push plate frame for pushing template blanks into each upper platen and lower platen; the carrier is located closer to the cold press The front of the main body, the push plate frame is at the rear far away from the main body of the cold press; the bearing frame includes a front support frame, and multi-layer conveying plates arranged up and down on the front support frame; each of the conveying plates and Each cold pressing platen is provided in one-to-one correspondence, the front support frame includes four vertically arranged and matrix-distributed support columns, the conveying plate is rectangular and its four corners are correspondingly connected with the four support columns; The first support column is divided into two front support columns at the front, and two rear support columns at the rear; cover plate; a gap for accommodating template embryos is formed between the load plate and the cover plate; the push plate frame includes a rear support frame behind the load frame, and multiple layers are arranged on the rear support frame for each The push plate for pushing the template blanks on the carrier plate one by one; the push plate extends into the gap from between the two rear support columns.

The upper surface of the bearing plate is formed with a lower accommodating groove for accommodating the template embryo and for the template embryo to slide back and forth, and the upper surface of the bearing plate is formed with lower raised sides on both sides of the accommodating groove; The lower surface of the cover plate is formed with an upper accommodating groove corresponding to the lower accommodating groove, and an upper raised side corresponding to the two lower raised sides; the lower surface of the push plate is formed There is a lower protrusion corresponding to the lower accommodation groove, and a lower groove corresponding to the two lower protrusion sides; the upper surface of the push plate is formed with a groove corresponding to the upper accommodation groove. The upper protrusion, and the upper groove corresponding to the two lower protrusion sides.

The sides of the two lower protrusions are provided with supporting guide wheels that protrude upward and are supported on the two lower grooves, and the sides of the two upper protrusions are provided with protruding downwards and are abutted against the two upper grooves. The resisting guide wheel on the top.

A chamfered slope is formed on the front end of the push plate corresponding to the lower groove and the upper groove.

After adopting the above technical scheme, the plate feeding device of the plywood cold press machine of the present utility model breaks through the structural form of the plate feeding device of the traditional plywood cold pressing equipment. The cold pressing platen of the main body of the cold press performs cold pressing on the template blank. Specifically, the template blank is placed in the gap between each bearing plate and the cover plate, so that each bearing plate corresponds to each lower platen of the cold press main body. Approaching, driven by the corresponding driving device, the rear support frame drives each push plate to move to the main body of the cold press by means of the traveling wheels, and each push plate extends into the gap between the bearing plate and the cover plate along the two rear support columns, and pushes each push plate into the gap between the two rear support columns. The corresponding template blanks are pushed out at the same time, and directly pushed between the upper and lower platens of the main body of the cold press, for the main body of the cold press to perform cold pressing for initial molding. Compared with the prior art, the plywood cold press of the utility model can simultaneously push a plurality of template blanks into the main body of the cold press for initial cold press forming, which significantly improves the cold press forming efficiency and has strong practicability.

Description of drawings

Fig. 1 is the partial sectional structure schematic diagram of the utility model;

Fig. 2 is a partial structural diagram of the utility model.

In the picture:

1-carrying frame 11-front support frame 111-front support column 112-rear support column 12-conveyor plate 121-loading plate 1211-lower storage tank 1212-lower raised side 12121-support guide wheel 122-cover plate 1221 - Upper accommodating groove 1222-upper raised side 12221-resistance guide wheel

2-push plate frame 21-rear support frame 22-push plate 221-lower protrusion 222-lower groove 223-upper protrusion 224-upper groove 225-chamfering slope.

detailed description

In order to further explain the technical solution of the present utility model, the specific examples are described in detail below.

A plate feeding device of a plywood cold press of the present utility model, as shown in Figures 1 and 2, includes a carrier 1 for carrying the formwork blank, and a pusher for pushing the formwork blank into each upper platen and lower platen. Plate rack 2.

The carrying frame 1 is in front of the main body of the cold press, and the push plate frame 2 is in the rear far away from the main body of the cold press; Conveying plate 12; each conveying plate 12 is arranged in one-to-one correspondence with each cold-pressing platen, and the front support frame 11 includes four vertically arranged and matrix-distributed support columns, and the conveying plate 12 is rectangular and the four corners correspond to the four support columns Connected together; the four support columns are divided into two front support columns 111 at the front, and two rear support columns 112 at the rear; the conveying plate 12 includes a bearing plate 121 at the bottom corresponding to the level of the lower platen, and at the top A cover plate 122 corresponding to the level of the upper platen; a gap for accommodating template blanks is formed between the carrier plate 121 and the cover plate 122; the push plate frame 2 includes a rear support frame 21 behind the carrier frame 1, and multi-layers are arranged at the rear. The push plate 22 on the support frame 21 pushes the template blanks on each carrier plate 121 one by one; the push plate 22 extends into the gap between the two rear support columns 112 . In the actual working process of the utility model, the conveying device transports the template blank to the main body of the cold press, and the cold pressing platen of the main body of the cold press performs cold pressing on the template blank, specifically, each bearing plate 121 and cover plate 122 The template blanks are placed in the gaps, so that each bearing plate 121 is close to each lower platen of the main body of the cold press one by one. Driven by the corresponding driving device, the rear support frame 21 drives each push plate 22 to the cold press by means of the walking wheels. The main body moves, and each push plate 22 extends into the gap between the bearing plate 121 and the cover plate 122 along the two rear support columns 112, and pushes out the corresponding template blanks at the same time, and directly pushes them into the upper platen and the upper plate of the main body of the cold press. Between the lower platens, the main body of the cold press is used for cold pressing initial molding. The specific structure can be that the push pedal frame 2 is also equipped with a mobile drive device that drives the push pedal frame 2 to move back and forth.

Preferably, the upper surface of the carrying plate 121 is formed with a lower accommodating groove 1211 for accommodating the template blank and allowing the template blank to slide back and forth, and the upper surface of the carrying plate 121 is formed with lower raised sides 1212 on both sides of the accommodating groove; The lower surface of the cover plate 122 is formed with an upper accommodating groove 1221 corresponding to the lower accommodating groove 1211, and an upper raised side 1222 corresponding to the two lower raised sides 1212; the lower surface of the push plate 22 is formed with The lower protrusion 221 corresponding to the lower accommodation groove 1211, and the lower groove 222 corresponding to the two lower protrusion sides 1212; the upper surface of the push plate 22 is formed with an upper protrusion corresponding to the upper accommodation groove 1221 portion 223, and an upper groove 224 corresponding to the two lower raised sides 1212. During the actual use of the utility model, the template blank is matched and accommodated in the lower accommodation groove 1211 of the bearing plate 121 and the upper accommodation groove 1221 of the cover plate 122 for limiting, and the lower convex portion 221 and the upper convex portion of the push plate 22 The parts 223 are respectively matched and accommodated in the lower accommodation groove 1211 of the carrier plate 121 and the upper accommodation groove 1221 of the cover plate 122, and the push plate 22 can push the template blank, while the lower accommodation groove 1211 and the upper accommodation groove 1221 The template blank and the push plate 22 can be guided, so that the push plate 22 can push the template blank smoothly, and the template blank can accurately and smoothly enter between the upper platen and the lower platen of the main body of the cold press.

Preferably, the two lower raised sides 1212 are provided with supporting guide wheels 12121 protruding upwards and supported on the two lower grooves 222, and the two upper raised sides 1222 are provided with downwards protruding and abutted against the two upper grooves 224 The resisting guide wheel 12221 on the top. In the actual use of the utility model, the supporting guide wheel 12121 can support and guide the lower surface of the push plate 22, and the abutting guide wheel 12221 cooperates with the supporting guide wheel 12121 on the top to support the upper and lower surfaces of the push plate 22. Carry out comprehensive rolling lubrication and guide, make push plate 22 carry out steady and smooth promotion to formwork embryo.

Preferably, a chamfered slope 225 is formed at the front end of the push plate 22 corresponding to the lower groove 222 and the upper groove 224 . During the actual use of the utility model, when the front end of the push plate 22 contacts each support guide wheel 12121 and the abutment guide wheel 12221 for the first time, each support guide wheel 12121 and the abutment guide wheel 12221 can follow the chamfering slope 225 Roll to make the push plate 22 enter between the support guide wheels 12121 and the abutment guide wheels 12221 along the way.

The product form of the present utility model is not limited to the illustrations and examples of this case, and anyone who makes appropriate changes or modifications of similar ideas to it should be considered as not departing from the patent category of the present utility model.

Claims (4)

1. a plate delivery device of a plywood cold press, characterized in that: comprise a carrier frame carrying the formwork blank, and a push plate frame that template blanks are pushed into between each upper platen and the lower platen; the carrier frame It is closer to the front of the main body of the cold press, and the push plate frame is farther away from the rear of the main body of the cold press; The bearing frame includes a front support frame, and multi-layer conveying plates arranged on the front support frame and arranged up and down; The supporting columns arranged and distributed in a matrix, the conveying plate is rectangular and the four corners are connected with the four supporting columns correspondingly; the four supporting columns are divided into two front supporting columns at the front, and two The rear support column at the rear; the conveying plate includes a bearing plate at the bottom corresponding to the level of the lower platen, and a cover plate at the top corresponding to the level of the upper platen; a template blank is formed between the carrier plate and the cover plate Clearance; The push plate frame includes a rear support frame at the rear of the carrier frame, and a multi-layer push plate that is arranged on the rear support frame to push the template blanks on each of the carrier plates one by one; the push plate consists of two Between the rear supporting pillars protrudes into the gap. 2. The board feeding device of a kind of plywood cold press according to claim 1, characterized in that: the upper surface of the bearing plate is formed with a lower accommodating groove for accommodating the template blank and sliding back and forth for the template blank, so The upper surface of the bearing plate is formed with lower raised sides on both sides of the accommodating groove; the lower surface of the cover plate is formed with an upper accommodating groove corresponding to the lower accommodating groove, and is connected with the two The upper convex side corresponding to the lower convex side; the lower surface of the push plate is formed with a lower convex part corresponding to the lower accommodation groove, and is connected to the two lower convex sides. The corresponding lower groove; the upper surface of the push plate is formed with an upper protrusion corresponding to the upper accommodating groove, and an upper groove corresponding to the sides of the two lower protrusions. 3. The board feeding device of a plywood cold press according to claim 2, characterized in that: the sides of the two lower protrusions are provided with supporting guide wheels that protrude upward and are supported on the two lower grooves The sides of the two upper protrusions are provided with abutting guide wheels protruding downward and abutting against the two upper grooves. 4 . The plate feeding device of a plywood cold press according to claim 3 , wherein the front end of the push plate is formed with a chamfered slope corresponding to the lower groove and the upper groove.