CN208427843U

CN208427843U - Laminate positioning device

Info

Publication number: CN208427843U
Application number: CN201820937922.9U
Authority: CN
Inventors: 曹作林
Original assignee: Honorfaith Furniture Co Ltd
Current assignee: Honorfaith Furniture Co Ltd
Priority date: 2018-06-15
Filing date: 2018-06-15
Publication date: 2019-01-25
Anticipated expiration: 2028-06-15

Abstract

The utility model provides a kind of laminate positioning device, including bottom plate, upper and lower adjustment mechanism, left and right adjusting mechanism and two hold-down mechanisms；Upper and lower adjustment mechanism is installed on the lower end of bottom plate, and left and right adjusting mechanism is installed on upper end on the left of bottom plate；Wherein a hold-down mechanism is installed on an angle of bottom plate upper end, and another hold-down mechanism is installed on the left and right adjusting mechanism, and two hold-down mechanisms are located at same horizontal line.The laminate positioning device of the utility model can position different size of laminate, and applicability is high.

Description

Laminate positioning device

Technical field

The utility model relates to technical field of welding equipment, more particularly to one kind is to be mounted on the welding of laminate dual-headed laser Laminate positioning device on machine.

Background technique

Existing laminate needs to be respectively welded the both ends of laminate by two procedures, has welded one and welded again in welding Connect other end.This traditional laminate welder welding sequence is more, low so as to cause production efficiency.In addition, in alignment layers A kind of laminate of size can only be positioned when plate, applicability is low.

Utility model content

The utility model, which provides one kind, can position various sizes of laminate, the high laminate positioning device of applicability.

A kind of the technical solution adopted in the utility model are as follows: laminate positioning device comprising: bottom plate, upper and lower adjustment mechanism, Left and right adjusting mechanism and two hold-down mechanisms；The adjustment mechanism up and down is installed on the lower end of the bottom plate, the left and right adjustment Mechanism is installed on upper end on the left of the bottom plate；Wherein a hold-down mechanism is installed on an angle of the bottom plate upper end, another The hold-down mechanism is installed on the left and right adjusting mechanism, and two hold-down mechanisms are located at same horizontal line.

Further, the adjustment mechanism up and down including two upper and lower slide rails and is slidably mounted on two upper and lower slide rails Bottom positioning plate；Two upper and lower slide rails are arranged in parallel in the bottom plate along the length direction of the bottom plate, and it is each it is described on The both ends of glidepath are equipped with block.

Further, the lower end of the bottom positioning plate is relatively set with two pieces of retainer plates；The bottom of the bottom positioning plate is set There are two push-tight cylinder, each push-tight cylinder is connect with each retainer plate.

Further, the bottom of the bottom positioning plate corresponds to each upper and lower slide rail and is mounted on positioning pin up and down, often One positioning pin up and down is located at the outside of each upper and lower slide rail.

Further, the left and right adjusting mechanism including two or so sliding rails and is slidably mounted on the two left and right sliding rails Side positioning plate；The side positioning plate is equipped with knob handle, and the two left and right sliding rails are arranged in parallel along the width direction of the bottom plate Right end in the left side upper end of the bottom plate, and each left and right sliding rail is equipped with block.

Further, the lower end of the side positioning plate is equipped with side and pushes away positioning cylinder, and the side pushes away positioning cylinder and is connected with Fishplate bar, and the upper end of the connecting plate is equipped with side push pedal.

Further, wherein a hold-down mechanism is installed on the upper end of the side positioning plate, the side positioning plate it is upper End is equipped with left and right shop bolt, and the left and right shop bolt is located at the inside of the hold-down mechanism, and the left and right positioning pin Follow closely the inside for the left and right sliding rail being located above.

Further, each hold-down mechanism includes positioning base, the side that is installed on the positioning base holds out against gas Cylinder and rotation and lifting cylinder；The side holds out against cylinder and the rotation and lifting cylinder is disposed adjacent, and the rotation and lifting gas Light barrier is connected on cylinder.

Further, the inside of the pedestal is connected with pilot pin, and the bottom equipped with driving cylinder, the driving cylinder The position that the top surface of seat corresponds to the pilot pin offers perforation.

Compared to the prior art, the laminate positioning device of the utility model is by being arranged adjustment mechanism up and down and left and right adjustment Mechanism improves its applicability so that laminate positioning device is suitable for different length and the laminate of different in width is positioned.

Detailed description of the invention

Attached drawing is to be used to provide a further understanding of the present invention, and constitute part of specification, and following Specific embodiment is used to explain together the utility model, but should not constitute limitations of the present invention.In the accompanying drawings,

Fig. 1: the perspective view of the utility model laminate dual-headed laser bonding machine；

Fig. 2: another perspective view of the utility model laminate dual-headed laser bonding machine；

Fig. 3: the perspective view of the utility model Laser Welding gunlock structure；

Fig. 4: the perspective view of the utility model laminate positioning device.

Specific embodiment

Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that herein Described specific embodiment is only used for describing and explaining the present invention, and is not intended to limit the utility model.

The utility model description in term "front", "rear", "upper", "lower", "left", "right", "top", "bottom", "inner", The noun of locality of the instructions such as "outside" is based on the utility model orientation shown in the drawings or positional relationship, only for the purposes of description The utility model and simplified description, it is thus impossible to be construed as a limitation of the present invention.

As depicted in figs. 1 and 2, the laminate dual-headed laser bonding machine of the utility model includes rack 1, is installed on rack 1 Laminate positioning device 2 and two laser soldering devices 3；Wherein, laminate positioning device 2 is between two laser soldering devices 3.

As shown in figures 1 and 3, specifically, each laser soldering device 3 include welding host (figure has no) and with welding The Laser Welding gunlock structure 31 of host connection, Laser Welding gunlock structure 31 are mounted on the upper end of rack 1.Laser Welding gunlock structure 31 includes the One mounting base 310, first motor 311, the first screw rod 312 and laser head structure；First mounting base 310 is installed on rack 1, and First mounting base 310 is arranged in parallel with two first sliding rails 313, and the first screw rod 312 is set between two first sliding rails 313.First One end of bar 312 is fixed in the first mounting base 310 by a bearing block 314, and the output shaft of the other end and first motor 311 connects It connects；Laser head structure is slidably mounted on two first sliding rails 313.Laser head structure include the second mounting base 315, the second motor 316, Second screw rod 317 and laser head 318；Second mounting base 315 is slidably mounted on two first sliding rails 313, and the first screw rod 312 Across the bottom of the second mounting base 315.The rotation of the first screw rod 312 is driven by first motor 311, drives the second mounting base 315 It is moved left and right along two first sliding rails 313, to adjust the left-right position of laser head structure.

Second mounting base 315 is arranged in parallel with two second sliding rails 319, the second screw rod 317 be set to two second sliding rails 319 it Between, one end of the second screw rod 317 is connect with the second motor 316, and the other end is fixed on the second mounting base by a bearing block 314 315.Fixed plate 320 is slidably fitted on two second sliding rails 319, and the second screw rod 317 passes through the bottom of fixed plate 320；Laser First 318 are installed on fixed plate 320.The rotation of the second screw rod 317 is driven by the second motor 316, drives fixed plate 320 along two second Sliding rail 319 is moved forward and backward, to adjust the front-rear position of laser head 318.

Further, direction adjusting block 321 is also equipped between laser head 318 and fixed plate 320, to adjust laser head 318 direction, one end rotation of direction adjusting block 321 are installed on fixed plate 320, and other end rotation is installed on laser head 318, can The direction of laser head 318 is adjusted with any end of selectively direction of rotation adjusting block 321.In addition, also pacifying on laser head 318 Equipped with CCD camera 322 and focus adjustment screw 323, laser head 318 is adjusted away from adjusting screw 323 by rotary coke Focal length.In addition, laser head 318 is additionally provided with optical fiber interface 324, and to be connect with welding host, the laser energy provided by welding host Amount enters laser head 318 by optical fiber interface 324.

In addition to this, two welding hosts are electrically connected with each other, and each welding host is equipped with control box 30, wherein one Platform control box 30 is equipped with two CCD display screens 301, and every CCD display screen 301 is to show what each CCD camera 322 absorbed Accordingly；318 welding process of laser head in track；Another control box 30 is equipped with data display screen 302 and operation panel 303, operation panel 303 is equipped with multiple operation buttons 304；Wherein, operation panel 303 shows the specification and choosing of product to be welded Type, after choosing wherein a product specification by operation button 304, the meeting automatic adjusting position of welder 3 on right side is to adapt to The laminate A for having enough spaces to put down different size between 3 is set in two welding.

As shown in Figure 2 and Figure 4, laminate positioning device 2 include bottom plate 20, upper and lower adjustment mechanism 21, left and right adjusting mechanism 22, And two hold-down mechanism 23；Wherein, bottom plate 20 is installed on rack 1, and between two control boxs 30, the upper end of bottom plate 20 is close Two Laser Welding gunlock structures 31；Upper and lower adjustment mechanism 21 is installed on lower end of the lower end of bottom plate 20 to fixed laminate A, left and right adjustment Mechanism 22 is installed on left side of the 20 left side upper end of bottom plate to fixed laminate A；Wherein a hold-down mechanism 23 is installed on bottom plate 20 One angle at end, another hold-down mechanism 23 is installed on left and right adjusting mechanism 22, and two hold-down mechanisms 23 are located at same horizontal line.

Specifically, adjustment mechanism 21 including two upper and lower slide rails 210 and is slidably mounted on two upper and lower slide rails 210 up and down Bottom positioning plate 211；Two upper and lower slide rails 210 are arranged in parallel in bottom plate 20, and each upper and lower slide rail 210 along the length direction of bottom plate 20 Both ends be equipped with block 212, blocking bottom positioning plate 211, bottom positioning plate 211 is avoided to derail.Further, bottom positioning plate 211 are equipped with knob handle 213, hold knob handle 213 by manpower, bottom positioning plate 211 is pulled to move down along two upper and lower slide rails 210 It is dynamic, so that the laminate A that laminate positioning device 2 is suitable for different length is positioned.The lower end of bottom positioning plate 211 is opposite to be set Two pieces of retainer plates 214 are equipped with, further, the bottom of bottom positioning plate 211 is set there are two push-tight cylinder (figure has no), each push-tight gas Cylinder is connect with each retainer plate 214, to drive the upward push-tight of two pieces of retainer plates 214, positions laminate A.In addition, bottom positioning plate 211 bottom corresponds to each upper and lower slide rail 210 and is mounted on positioning pin 215 up and down, and each positioning pin 215 up and down is located on each The outside of glidepath 210 is positioned to lock bottom positioning plate 211.

Left and right adjusting mechanism 22 includes two or so sliding rails 220 and the side positioning plate for being slidably mounted on two or so sliding rails 220 221；Two or so sliding rails 220 are arranged in parallel in the left side upper end of bottom plate 20, and each left and right sliding rail along the width direction of bottom plate 20 220 both ends are equipped with block 212, to block side positioning plate 221, side positioning plate 221 are avoided to derail.Side positioning plate 221 is also Equipped with knob handle 213, knob handle 213 is held by manpower, side positioning plate 221 is pulled to move left and right along two or so sliding rails 220, from And the laminate A for making laminate positioning device 2 be suitable for different in width is positioned.

Further, the lower end of side positioning plate 221 is equipped with side and pushes away positioning cylinder 222, and side pushes away positioning cylinder 222 and is connected with activity Telescopic block, movable telescopic block is connected with connecting plate 223, and the upper end of connecting plate 223 is equipped with side push pedal 224.Wherein one compress Mechanism 23 is installed on the upper end of side positioning plate 221, and the upper end of side positioning plate 221 is also equipped with left and right shop bolt 225, left and right Shop bolt 225 is located at the inside of hold-down mechanism 23, and the inside of left and right sliding rail 220 that left and right shop bolt 225 is located above, It is positioned to lock side positioning plate 221.

Each hold-down mechanism 23 include positioning base 230, be installed on positioning base 230 side hold out against cylinder 231 and rotation Turn lifting cylinder 232；Wherein, side holds out against cylinder 231 and rotation and lifting cylinder 232 is disposed adjacent.In addition, rotation and lifting cylinder Light barrier 233 is connected on 232.Further, the inside of pedestal 230 is connected with pilot pin equipped with driving cylinder, driving cylinder, and The position that the top surface of pedestal 230 corresponds to pilot pin offers perforation 234, passes through perforation 234 by driving cylinder driving pilot pin and inserts Enter and laminate A is positioned in the mounting hole at the back side laminate A.

In addition to this, the top of rack 1 is also equipped with shield 4, and two Laser Welding gunlock structures 31 are located in shield 4；And The side of shield 4 is also equipped with tri-colour LED 5.

The double-deck laser head bonding machine course of work of the utility model is as follows:

1, laminate A is held out against by upper and lower adjustment mechanism 21 and left and right adjusting mechanism 22 first, laminate A is compressed by hold-down mechanism 23 So that laminate A is positioned；

2, start to weld, respectively drive two Laser Welding gunlock structures 31 along left and right both direction by two first motors 311 Mobile welding is carried out to laminate A, final welding track is L-shaped；

3, after the completion of welding, each mechanism return.

To sum up, the laminate dual-headed laser bonding machine of the utility model is by being arranged adjustment mechanism 21 and left and right adjustment machine up and down Structure 22 improves it and is applicable in so that laminate positioning device 2 is suitable for different length and the laminate A of different in width is positioned Property.

Without departing from the thought that the utility model is created, any group is carried out to the various different embodiments of the utility model It closes, content disclosed by the utility model should all be considered as；In the range of the technology design of the utility model, technical solution is carried out Any combination for the thought created without prejudice to the utility model that a variety of simple modifications and different embodiments carry out, should all be at this Within the protection scope of utility model.

Claims

1. a kind of laminate positioning device (2) characterized by comprising bottom plate (20), upper and lower adjustment mechanism (21), left and right adjustment Mechanism (22) and two hold-down mechanisms (23)；The adjustment mechanism (21) up and down is installed on the lower end of the bottom plate (20), described Left and right adjusting mechanism (22) is installed on upper end on the left of the bottom plate (20)；Wherein a hold-down mechanism (23) is installed on the bottom One angle of plate (20) upper end, another hold-down mechanism (23) is installed on the left and right adjusting mechanism (22), and two pressures Tight mechanism (23) is located at same horizontal line.

2. laminate positioning device (2) as described in claim 1, it is characterised in that: the adjustment mechanism (21) up and down includes two Upper and lower slide rail (210) and the bottom positioning plate (211) for being slidably mounted on two upper and lower slide rails (210)；Two upper and lower slide rails (210) length direction along the bottom plate (20) is arranged in parallel in the bottom plate (20), and each upper and lower slide rail (210) Both ends are equipped with block (212).

3. laminate positioning device (2) as claimed in claim 2, it is characterised in that: the lower end of the bottom positioning plate (211) is opposite It is provided with two pieces of retainer plates (214)；The bottom of the bottom positioning plate (211) is set there are two push-tight cylinder, each push-tight gas Cylinder is connect with each retainer plate (214).

4. laminate positioning device (2) as claimed in claim 2, it is characterised in that: the bottom of the bottom positioning plate (211) is corresponding Each upper and lower slide rail (210) is mounted on positioning pin (215) up and down, and each positioning pin (215) up and down is located at each The outside of the upper and lower slide rail (210).

5. laminate positioning device (2) as described in claim 1, it is characterised in that: the left and right adjusting mechanism (22) includes two Left and right sliding rail (220) and the side positioning plate (221) for being slidably mounted on the two left and right sliding rails (220)；The side positioning plate (221) it is equipped with knob handle (213), the two left and right sliding rails (220) are arranged in parallel in institute along the width direction of the bottom plate (20) The left side upper end of bottom plate (20) is stated, and the both ends of each left and right sliding rail (220) are equipped with block (212).

6. laminate positioning device (2) as claimed in claim 5, it is characterised in that: the lower end of the side positioning plate (221) is equipped with Side pushes away positioning cylinder (222), and the side pushes away positioning cylinder (222) and is connected with connecting plate (223), and the connecting plate (223) Upper end is equipped with side push pedal (224).

7. laminate positioning device (2) as claimed in claim 6, it is characterised in that: wherein hold-down mechanism (23) installation It is equipped with left and right shop bolt (225) in the upper end of the upper end of the side positioning plate (221), the side positioning plate (221), it is described Left and right shop bolt (225) is located at the inside of the hold-down mechanism (23), and the left and right shop bolt (225) is located above The inside of the left and right sliding rail (220).

8. laminate positioning device (2) as described in claim 1, it is characterised in that: each hold-down mechanism (23) includes fixed Position pedestal (230), the side for being installed on the positioning base (230) hold out against cylinder (231) and rotation and lifting cylinder (232)；Institute State that side holds out against cylinder (231) and the rotation and lifting cylinder (232) is disposed adjacent, and on the rotation and lifting cylinder (232) It is connected with light barrier (233).

9. laminate positioning device (2) as claimed in claim 8, it is characterised in that: the inside of the pedestal (230) is equipped with driving Cylinder, the driving cylinder are connected with pilot pin, and the top surface of the pedestal (230) corresponds to the position of the pilot pin and offers It perforates (234).