CN207642594U - Put flitch structure for high-temperature metal plate automatic assembling apparatus - Google Patents
Put flitch structure for high-temperature metal plate automatic assembling apparatus Download PDFInfo
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- CN207642594U CN207642594U CN201721635764.3U CN201721635764U CN207642594U CN 207642594 U CN207642594 U CN 207642594U CN 201721635764 U CN201721635764 U CN 201721635764U CN 207642594 U CN207642594 U CN 207642594U
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- China
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- put flitch
- metal plate
- temperature metal
- automatic assembling
- assembling apparatus
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Abstract
The utility model provides a kind of put flitch structure for high-temperature metal plate automatic assembling apparatus.Belong to the technical field of automation of high-temperature product processing.The utility model includes plate-like put flitch, and the put flitch is equipped with several accommodating cavities for housing metallic plate, and in put flitch and position corresponding with accommodating cavity is rotatably connected to metallic plate clamping device.High-temperature metal plate can be placed in the accommodating cavity of put flitch by the utility model, improved safety, while metallic plate can be made to leave concentratedly, ensured the processing quality of metallic plate.
Description
Technical field
The utility model belongs to the technical field of automation of high-temperature product processing, is related to a kind of automatic for high-temperature metal plate
Assemble the put flitch structure of device.
Background technology
When processing metallic plate, metallic plate need to be heated, high-temperature metal plate is not suitable for collective conveyance, and is inconvenient to take
It takes, when being assembled to high-temperature metal plate, often radiating and cooling is carried out to high-temperature metal plate, affect metallic plate processing effect in this way
Rate, and be easy to hurt staff.
Utility model content
The purpose of this utility model is regarding to the issue above and defect, to provide and a kind of filled for high-temperature metal plate automatic assembling
The put flitch structure set.
To achieve the above object, the utility model provides following technical proposal：
A kind of put flitch structure for high-temperature metal plate automatic assembling apparatus, including plate-like put flitch, it is described
Put flitch is equipped with several accommodating cavities for housing metallic plate, and in put flitch and position corresponding with accommodating cavity rotation connects
It is connected to metallic plate clamping device.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the metallic plate clamping device packet
The positioning pin being fixed in put flitch is included, elastic snap-gauge is rotatably connected on the positioning pin, and rotate the elastic card
When plate, elastic snap-gauge can be located above accommodating cavity.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the put flitch bottom is equipped with
Padded plate forms between the end and put flitch lower surface of padded plate and allows bit space.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, if the accommodating cavity is equipped with
Dry heat emission hole, the heat emission hole run through put flitch.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, further include two it is opposite every
Grillage is equipped in the bulkhead bracket and vertically several baffle assemblies arranged in a uniform, the partition board in two bulkhead brackets
Component corresponds, and the length of the distance between two bulkhead brackets and put flitch matches that the both ends of put flitch is enable to distinguish
It is shelved on the baffle assembly of two bulkhead brackets.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the bulkhead bracket has top
The heat dissipation mouth of thermovent and heat dissipation mouth, two opposite bulkhead brackets is close to each other, and two bulkhead brackets are fixed on bottom
On seat board.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the baffle assembly includes being in
Fixed link that is horizontally disposed and being fixedly connected with bulkhead bracket, there are two block is put, two are put block for rotation connection in the fixed link
It is connected with weight linear meter, locating rod is additionally provided with above block in bulkhead bracket and positioned at putting.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the locating rod, which is located at, puts block
Above one end far from heat dissipation mouth.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the block of putting is dissipated by proximal portion
There are one positioning steps for the upper surface tool of one end of hot mouth.
In the above-mentioned put flitch structure for high-temperature metal plate automatic assembling apparatus, the block of putting is dissipated by proximal portion
The lower surface of one end of hot mouth is additionally provided with arc-shaped overturning guide surface.
Compared with prior art, the utility model advantage is：
1, high-temperature metal plate can be placed in the accommodating cavity of put flitch by the utility model, improve safety, while can make
Metallic plate is left concentratedly, ensures the processing quality of metallic plate.
2, after coordinating bulkhead bracket, put flitch forms layering and stacks, rapid heat dissipation.
3, bulkhead bracket setting is reasonable, can be used in automation equipment, forms automatic stacking effect, improves production efficiency, into
One step improves safety
Part is illustrated to embody by the further advantage, target and feature of the utility model by following, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Description of the drawings
Fig. 1 is the fundamental diagram of utility model.
Fig. 2 is the structural schematic diagram of put flitch.
Fig. 3 is another structural schematic diagram of put flitch.
Fig. 4 is the structural schematic diagram of bulkhead bracket.
In figure：Put flitch 1, metallic plate clamping device 3, positioning pin 4, elastic snap-gauge 5, padded plate 6, allows bit space at accommodating cavity 2
7, heat emission hole 8, bulkhead bracket 9, baffle assembly 10, top heat dissipation mouth 11, heat dissipation mouth 12, base board 13, fixed link 14, put block
15, weight linear meter 16, locating rod 17, positioning step 18, overturning guide surface 19, metallic plate 100.
Specific implementation mode
Embodiment 1
As shown in Fig. 2, a kind of put flitch structure for high-temperature metal plate automatic assembling apparatus, including plate-like set material
Plate 1, the put flitch 1 be equipped with it is several for housing the accommodating cavities 2 of metallic plate 100, in put flitch 1 and with accommodating cavity 2
Corresponding position is rotatably connected to metallic plate clamping device 3.It should be understood by those skilled in the art that the shape of accommodating cavity 2, size
It matches with metallic plate 100, metallic plate clamping device 3 can select clip or clamping plate etc..
Further include two opposite bulkhead brackets 9 in conjunction with shown in Fig. 1, is equipped in the bulkhead bracket 9 and vertically
Several baffle assemblies arranged in a uniform 10, the baffle assembly 10 in two bulkhead brackets 9 corresponds, between two bulkhead brackets 9
The length of distance and put flitch 1 matches the baffle assembly for enabling the both ends of put flitch 1 to be respectively rested on two bulkhead brackets 9
On 10.
In the present embodiment, high-temperature metal plate 100 is first put into accommodating cavity 2, is rotated further by metallic plate clamping device 3 by metal
Board is tight, is put into the both ends of put flitch 1 on the baffle assembly 10 of two different bulkhead brackets 9 later, between several put flitch 1
Formed gap, for heat dissipation, in addition, the both ends of high-temperature metal plate will not stress, will not deform upon.
As described above, the clip of the prior art may be selected for metallic plate clamping device 3 or other fixtures provide in this embodiment
A kind of preferred structure, metallic plate clamping device 3 include the positioning pin 4 being fixed in put flitch 1, are turned on the positioning pin 4
When moving and be connected with elastic snap-gauge 5, and rotating the elastic snap-gauge 5, elastic snap-gauge 5 can be located at 2 top of accommodating cavity.Elastic snap-gauge
5 will not cause to damage to metallic plate 100, in addition, the elastic snap-gauge of rotation is also more convenient, and forms integral structure with put flitch 1,
It prevents from falling.
Bulkhead bracket 9 has top heat dissipation mouth 11 and heat dissipation mouth 12, the heat dissipation mouth of two opposite bulkhead brackets 9
12 is close to each other, and two bulkhead brackets 9 are fixed on base board 13.Top heat dissipation mouth 11 and heat dissipation mouth 12 are used to radiate,
Metallic plate is set to be quickly cooled down.
In conjunction with shown in Fig. 4, baffle assembly 10 includes in fixed link 14 that is horizontally disposed and being fixedly connected with bulkhead bracket 9, institute
Rotation connection is put block 15 for two and is connected with weight linear meter 16, in bulkhead bracket 9 and is located at there are two block 15 is put in the fixed link 14 stated
It puts 15 top of block and is additionally provided with locating rod 17.
The effect of weight linear meter 16, which is available to, puts 15 1 power tilted down of block, to be conveniently used for automation equipment
In, and locating rod 17 is then to prevent from putting 15 inordinate rotation of block, plays positioning action, it is preferred that it is connect with locating rod 17 when putting block 15
When touching, puts block 15 and be horizontal or be angled slightly downward shape.
In the present embodiment, locating rod 17, which is located at, puts above the one end of block 15 far from heat dissipation mouth 12.It is close to put block 15
There are one positioning steps 18 for the upper surface tool of one end of heat dissipation mouth 12.Positioning step 18 and the end of put flitch 1 match,
Two opposite positioning steps 18 put on block then play locating effect to put flitch 1, prevent the slippage of put flitch 1 from putting block, protect
Card safety.
It puts block 15 and is additionally provided with arc-shaped overturning guide surface 19 close to the lower surface of one end of heat dissipation mouth 12.Expect when setting
It when plate 1 contacts overturning guide surface 19 from the bottom up, puts block 15 and overturns, put flitch 1 passes through in two opposite bulkhead brackets 9
Put block 15 after, put block and downwardly turned over automatically under the action of weight linear meter 16, to put flitch 1 formed stop, the end of put flitch 1
It prevents on positioning step 18.
The operation principle of the present embodiment is：
As shown in Figure 1, when assembly high-temperature metal plate, first the high-temperature metal plate Jing Guo heating process is directly placed at and sets material
In the accommodating cavity 2 of plate 1, rotates elastic snap-gauge 5 and clamp metallic plate 100, then put flitch 1 is placed on conveying 20, set material
Plate 1, which may be used, to be manually placed on conveying 20, can also be docked, is automatically moved to conveying 20 by driver
On conveying 20.
First jacking device 21 acts, and put flitch is lifted to the height to match with push plate 15, and push rod 22 pushes push plate 23
And put flitch 1 is pushed on horizon bar 24, put flitch 1 is lifted and is passed through by the second jacking device 25 action, the second jacking device 25
One baffle assembly 10 of 9 bottommost of bulkhead bracket during lower surface contact put flitch 1 upper surface for putting block 15, puts block 15
It is first flipped up close to one end of put flitch 1, after put flitch 1, which passes through, puts block, puts block 15 close to one end of put flitch 6 in counterweight
It is downwardly turned over again under the gravity of bar, the other end of spacer block stops rotary movement after encountering locating rod 17, puts block and forms level
Shape is placed, the second jacking device is retracted, fallen on the positioning step for putting block under put flitch 1, and put flitch 6 is positioned horizontally in bulkhead bracket
On.
Embodiment 2
The present embodiment and the structure and operation principle of embodiment 1 are essentially identical, the difference is that, as shown in figure 3, setting material
1 bottom of plate is equipped with padded plate 6, is formed between 1 lower surface of end and put flitch of padded plate 6 and allows bit space 7.When 1 phase of put flitch
Mutually when overlapping, bit space 7 is allowed to match with 15 end of block is put, coordinated convenient for putting block and being formed with 1 lower surface of put flitch.Accommodating cavity 2
Several heat emission holes 8 are equipped with, the heat emission hole 8 runs through put flitch 1, further increases heat dissipation performance.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although be used more herein put flitch 1, accommodating cavity 2, metallic plate clamping device 3, positioning pin 4, elastic snap-gauge 5,
Padded plate 6 allows bit space 7, heat emission hole 8, bulkhead bracket 9, baffle assembly 10, top heat dissipation mouth 11, heat dissipation mouth 12, base board
13, fixed link 14, put block 15, weight linear meter 16, locating rod 17, positioning step 18, overturning guide surface 19, the terms such as metallic plate 100,
But it does not preclude the possibility of using other terms.The use of these items is only for more easily describe and explain this practicality
Novel essence；It is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.
Claims (10)
1. a kind of put flitch structure for high-temperature metal plate automatic assembling apparatus, including plate-like put flitch (1), feature
Be, the put flitch (1) be equipped with it is several for housing the accommodating cavities (2) of metallic plate, in put flitch (1) and with it is accommodating
Chamber (2) corresponding position is rotatably connected to metallic plate clamping device (3).
2. the put flitch structure according to claim 1 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
The metallic plate clamping device (3) stated includes the positioning pin (4) being fixed in put flitch (1), and the positioning pin is rotatablely connected on (4)
Flexible snap-gauge (5), and when rotating elastic snap-gauge (5), elastic snap-gauge (5) can be located at accommodating cavity (2) top.
3. the put flitch structure according to claim 1 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
Put flitch (1) bottom stated is equipped with padded plate (6), and sky of stepping down is formed between the end and put flitch (1) lower surface of padded plate (6)
Between (7).
4. the put flitch structure according to claim 1 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
The accommodating cavity (2) stated is equipped with several heat emission holes (8), and the heat emission hole (8) runs through put flitch (1).
5. the put flitch structure according to claim 1 for high-temperature metal plate automatic assembling apparatus, which is characterized in that also
Including two opposite bulkhead brackets (9), it is equipped in the bulkhead bracket (9) and vertically several partition boards arranged in a uniform
Component (10), the baffle assembly (10) on two bulkhead brackets (9) correspond, the distance between two bulkhead brackets (9) with set material
The length of plate (1) matches the baffle assembly (10) for enabling the both ends of put flitch (1) to be respectively rested on two bulkhead brackets (9)
On.
6. the put flitch structure according to claim 5 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
There is the bulkhead bracket (9) stated top heat dissipation mouth (11) and heat dissipation mouth (12), the side of two opposite bulkhead brackets (9) to dissipate
Hot mouth (12) is close to each other, and two bulkhead brackets (9) are fixed on base board (13).
7. the put flitch structure according to claim 6 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
The baffle assembly (10) stated includes in fixed link (14) that is horizontally disposed and being fixedly connected with bulkhead bracket (9), the fixed link
(14) rotation connection is put block (15) for two and is connected with weight linear meter (16), in bulkhead bracket (9) and is located at there are two block (15) is put on
It puts and is additionally provided with locating rod (17) above block (15).
8. the put flitch structure according to claim 7 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
The locating rod (17) stated, which is located at, puts above the one end of block (15) far from heat dissipation mouth (12).
9. the put flitch structure according to claim 7 for high-temperature metal plate automatic assembling apparatus, which is characterized in that institute
There are one positioning steps (18) for upper surface tool of the block (15) close to one end of heat dissipation mouth (12) of putting stated.
10. the put flitch structure according to claim 7 for high-temperature metal plate automatic assembling apparatus, which is characterized in that
The block (15) of putting is additionally provided with arc-shaped overturning guide surface (19) close to the lower surface of one end of heat dissipation mouth (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721635764.3U CN207642594U (en) | 2017-11-30 | 2017-11-30 | Put flitch structure for high-temperature metal plate automatic assembling apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721635764.3U CN207642594U (en) | 2017-11-30 | 2017-11-30 | Put flitch structure for high-temperature metal plate automatic assembling apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207642594U true CN207642594U (en) | 2018-07-24 |
Family
ID=62882390
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721635764.3U Active CN207642594U (en) | 2017-11-30 | 2017-11-30 | Put flitch structure for high-temperature metal plate automatic assembling apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207642594U (en) |
-
2017
- 2017-11-30 CN CN201721635764.3U patent/CN207642594U/en active Active
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