CN107471461A - A kind of automatic processing graphite pad equipment of air-conditioning condenser - Google Patents
A kind of automatic processing graphite pad equipment of air-conditioning condenser Download PDFInfo
- Publication number
- CN107471461A CN107471461A CN201710904826.4A CN201710904826A CN107471461A CN 107471461 A CN107471461 A CN 107471461A CN 201710904826 A CN201710904826 A CN 201710904826A CN 107471461 A CN107471461 A CN 107471461A
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- cutting knife
- clamping
- rotating disk
- top plate
- graphite flake
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D1/00—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor
- B28D1/22—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor by cutting, e.g. incising
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
- B28D7/04—Accessories specially adapted for use with machines or devices of the preceding groups for supporting or holding work or conveying or discharging work
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mining & Mineral Resources (AREA)
- Processing Of Stones Or Stones Resemblance Materials (AREA)
Abstract
The present invention relates to a kind of air-conditioning condenser with automatic processing graphite pad equipment, including support baseboard, clamping device and cutter, described support baseboard is rectangular parallelepiped structure, and clamping device is arranged on support baseboard middle part, and cutter is connected with support baseboard.The present invention can solve that existing existing operating efficiency is low, mechanization degree is low when carrying out pad processing to graphite flake, Graphite pad processes that model is single, can not be fixed when graphite flake is processed into pad, the graphite flake after cutting is easily taken up etc. into problem when annular cutting knife is cut to graphite flake；Can realize that graphite flake carries out the function of the Graphite pad processing of Multiple Type automatically, have the advantages that operating efficiency high, mechanization degree height, can with the Graphite pad of processing multiple types, different size of graphite flake can be fixed, annular cutting knife is cut to graphite flake when the graphite flake after cutting will not be taken up.
Description
Technical field
The present invention relates to Graphite pad production and processing equipment, the automatic processing stone of more particularly to a kind of air-conditioning condenser
Ink pad piece equipment.
Background technology
Graphite pad is by pure graphite rod or metal enhancing graphite rod cutting or is stamped to form, and has numerous remarkable sealings
Can, such as：Thermostabilization, self-lubricating, not corrosion-resistant, not aging, embrittlement etc., harshness working condition can use steady in a long-term,
Seldom need to safeguard, while also there are good compression resilience and high intensity, various round complicated geometry
Pad is widely used in pipeline, valve, pump, pressure vessel, heat exchanger, air-conditioning condenser, generator, air compressor, row
Tracheae, refrigeration machine etc., the species of Graphite pad is various, the maximum type that six circular holes are provided with for pad of dosage, wherein air-conditioning
Condenser uses the most extensive.
Graphite flake using being manually placed on fixture by the existing processing to Graphite pad, by annular cutter to graphite flake
Carry out cutting processing, this working method has that operating efficiency is low, labor intensity is big, mechanization degree is low, to Graphite pad plus
Drum number is single, can not carry out effectively fixing when graphite flake is processed into pad, easily be produced when Graphite pad is processed inferior
Product, easily the graphite flake after cutting is taken up when annular cutting knife is cut to graphite flake.
The content of the invention
In order to solve the above problems, the invention provides a kind of air-conditioning condenser with automatic processing graphite pad equipment, can
Existing operating efficiency is low, mechanization degree is low, Graphite pad processing type during solving the existing progress pad processing to graphite flake
It is number single, can not be fixed when graphite flake is processed into pad, when annular cutting knife is cut to graphite flake easily by cutting after
Graphite flake such as takes up at the problem；It can realize that graphite flake carries out the function of the Graphite pad processing of Multiple Type automatically, there is work
Efficiency high, mechanization degree be high, can with the Graphite pad of processing multiple types, different size of graphite flake can be consolidated
The advantages that fixed, annular cutting knife will not take up the graphite flake after cutting when being cut to graphite flake.
To achieve these goals, the present invention uses following technical scheme, a kind of automatic processing graphite of air-conditioning condenser
Pad equipment, including support baseboard, clamping device and cutter, described support baseboard are rectangular parallelepiped structure, clamping device
On in the middle part of support baseboard, cutter is connected with support baseboard.
As a preferred technical solution of the present invention, described clamping device includes clamping motor, clamping rotating disk, clamping
Chute, four clamping slide bars, clamping bottom plate, clamping top plate, clamping side chain and clamping power transmission shaft, clamping bottom plate are arranged on support bottom
Plate, clamping motor are arranged on clamping bottom plate by motor set；Described clamping motor is self-locking motor；Clamp the output of motor
Axle is connected by shaft coupling with clamping the bottom of power transmission shaft, and the top for clamping power transmission shaft is arranged on clamping top plate by bearing
On bottom, clamping rotating disk is arranged on the middle part of clamping power transmission shaft, clamps and four arc grooves are symmetrically arranged with rotating disk, and clamping is slided
Groove is arranged on clamping bottom plate positioned at the outside of clamping motor, clamping chute, and four clamping slide bars are symmetrically distributed in clamping motor
Outside, clamp the top of slide bar and be connected with clamping top plate, the bottom for clamping slide bar is slide block structure, clamps the sliding block of slide bar
Structure and clamping chute are in mating connection, clamp and are symmetrically arranged with four holding tanks on top plate, are provided with each holding tank
One clamping side chain；Described clamping side chain includes clamping moving body, the body that is clamped and connected, clamping contraction spring, clamping transverse slat, bullet
Spring connecting plate, clamping ear mount and hold-down roll, clamping moving body are T-type structure, and clamping moving body is by way of being slidably matched
In the holding tank set on clamping top plate, width phase of the width of moving body with setting holding tank on clamping top plate is clamped
It is corresponding, clamp and the body that is clamped and connected is installed on moving body, the body that is clamped and connected is arcuate structure, and clamping transverse slat is arranged on clamping and moved
On body bottom, on the inside of the holding tank that spring coupling plate is set on clamping top plate, and spring coupling plate top and clamping top plate
Lower surface be connected, clamping contraction spring be arranged on clamping transverse slat and spring coupling plate between, clamping contraction spring for shrink
Spring, clamping ear mount are arranged on the medial surface of clamping transverse slat, and hold-down roll is arranged in clamping ear mount by bearing pin, specific work
When making, circular graphite sheets are placed on clamping top plate first, open clamping motor, clamping motor driven clamps turntable rotation,
Hold-down roll on clamping transverse slat is close to clamp rotating disk in the presence of the convergent force of clamping contraction spring, due on clamping rotating disk
It is provided with arc groove so that clamping transverse slat moves according to the radian change of arc groove on clamping rotating disk, and clamping transverse slat passes through
Hold-down roll is in contact with clamping rotating disk so that clamping transverse slat can move on the different contour structures of clamping rotating disk, prevent
Clamping transverse slat is stuck on clamping rotating disk, and the clamping moving body connected above clamping transverse slat is with the body that is clamped and connected as clamping transverse slat is same
Moved further, graphite flake can be adjacent to so as to the arcuate structure for the body that is clamped and connected, due to clamping the width and clamping top plate of moving body
The width of upper setting holding tank is corresponding so that clamping moving body can not rock in the holding tank on clamping top plate, so as to press from both sides
The graphite flake of fixing of connector stabilization is held, clamping side chain can automatically adjust clip position when clamping rotating disk, to graphite flake
Play a part of stable clamping, then control cutter to carry out cutting action to graphite flake, when graphite flake cuts into graphite pads
After piece, clamping motor is reversely rotated so that clamping side chain releases the fixation to graphite flake, manually collects the graphite flake of well cutting
Get up, subsequently rotate forward clamping motor so that the graphite flake that clamping side chain is fixed after cutting again, finally control cutting knife
Different cutter mechanisms carries out cutting action to graphite flake on device, so as to complete the processing of multiple model Graphite pads.
As a preferred technical solution of the present invention, described cutter includes the electronic sliding block group of cutting knife, cutting knife branch
Dagger, cutting knife hydraulic push rod, two groups of push rod connectors, cutter motor, cutting knife chute, four cutting knife slide bars, cutting knife rotating disk, four
Cutter mechanism and cutting knife top plate, the electronic sliding block group of cutting knife are arranged on support baseboard, and cutting knife is provided with the electronic sliding block group of cutting knife
Support column, cutting knife mounting of roof plate are provided with circular groove, are provided with the circular groove of cutting knife top plate on cutting knife support column on cutting knife top plate
Cutting knife hydraulic push rod, two groups of push rod connectors are symmetrically distributed in the both sides up and down of cutting knife top plate, and push rod connector is arranged on cutting knife
Between hydraulic push rod and cutting knife top plate, cutter motor is arranged on by motor set on the lower surface of cutting knife top plate, cutter motor
Output shaft is connected with cutting knife rotating disk, and cutting knife chute is provided with cutting knife rotating disk, and four cutting knife slide bars are symmetrically distributed in cutting knife electricity
The outside of machine, the top of cutting knife slide bar are connected with the lower surface of cutting knife top plate, and the bottom of cutting knife slide bar is slide block structure, cutting knife
The slide block structure of slide bar and cutting knife chute are in mating connection, four cutting knife circular grooves are symmetrically arranged with cutting knife rotating disk, positioned at cutting knife
The position of rotating disk leftmost side cutting knife circular groove is corresponding with the position of cutting knife hydraulic push rod, and four cutter mechanisms are symmetrically mounted on cutting knife
On the lower surface of rotating disk, a pair of the position 1 of the four cutting knife circular grooves set on the position of four cutter mechanisms and cutting knife rotating disk
Should, and the size of four cutter mechanisms differs；Described cutter mechanism includes cutting knife position-limiting drum, annular cutting knife, cutting knife and connected
Frame, four cutting knife springs, four position limiting slide blocks, cutting knife playback expansion link and cutting knife playback plate are connect, is turned at the top of position-limiting drum with cutting knife
The lower surface of disk is connected, and four position limiting slide blocks are symmetrically arranged with position-limiting drum, and annular cutting knife is located in position-limiting drum, annular cutting knife
On be symmetrically arranged with four chutes, the position limiting slide block set in position-limiting drum is engaged with the chute set on annular cutting knife, annular
Cutting knife link is installed at the top of cutting knife, four cutting knife springs are symmetrically arranged with cutting knife link, cutting knife spring is arranged on
Between cutting knife link and cutting knife rotating disk, cutting knife playback expansion link is arranged on the middle part bottom surface of cutting knife link, cutting knife playback
Plate is arranged on the top of cutting knife playback expansion link；Described cutting knife playback sheet material matter be cystosepiment material, the bubble of knife playback plate
Foam sheet material matter can prevent from damaging graphite flake when rigid material from contacting with graphite flake with graphite flake flexible contact, during specific works,
After clamping device fixes Graphite pad, control the electronic sliding block group of cutting knife to be moved to suitable cutting position first, shrink
Cutting knife hydraulic push rod, open cutter motor so that the cutter mechanism of maximum model is located at cutting knife hydraulic thrust in cutting knife top board undersurface
The lower section of bar, then extends cutting knife hydraulic push rod, and the stretching motion of cutting knife hydraulic push rod can drive annular cutting knife to move downward
The cutting action to graphite flake is completed, the position limiting slide block set in position-limiting drum can make annular with the chute set on annular cutting knife
Cutting knife is stable to be moved down, and effectively prevents annular cutting knife from rocking influence, four cutting knife bullets to caused by cutting in position-limiting drum
Spring plays a part of connection to annular cutting knife with providing cushion effect, and the cutting knife playback plate on now cutting knife playback expansion link touch stone
The middle part of ink sheet, cutting knife hydraulic push rod is shunk, cutting knife playback plate is under the push power effect of cutting knife playback expansion link by well cutting
Graphite flake push down on so that graphite flake be always positioned at clamp top plate on, prevent cutting complete graphite flake by annular cutting knife band
Rise, then control clamping device to release the fixation to graphite flake, manually collect the Graphite pad of well cutting, control clamping dress
Put and the graphite flake after cutting be fixed, finally open cutter motor, make the annular cutting knifes of other models to graphite flake successively
Cutting action is carried out, so as to complete that the processing of Multiple Type Graphite pad is carried out to graphite flake.
During work, the first step：Circular graphite sheets are placed on clamping top plate first, clamping motor is opened, clamps motor
Drive and clamp turntable rotation, the hold-down roll on clamping transverse slat is close to clamping in the presence of the convergent force of clamping contraction spring and turned
Disk, due to being provided with arc groove on clamping rotating disk so that clamping transverse slat changes according to the radian of arc groove on clamping rotating disk to be carried out
Mobile, clamping transverse slat is in contact by hold-down roll with clamping rotating disk so that clamping transverse slat can be outer in the difference for clamping rotating disk
Moved in shape structure, prevent that clamping transverse slat is stuck on clamping rotating disk, the clamping moving body of connection connects with clamping above clamping transverse slat
Junctor can be adjacent to graphite flake, because clamping is moved with clamping transverse slat synchronizing moving so as to the arcuate structure for the body that is clamped and connected
The width of body sets the width of holding tank corresponding with clamping top plate so that holding tank of the clamping moving body on clamping top plate
Interior to rock, so as to the graphite flake of fixing for the body stabilization that is clamped and connected, clamping side chain can automatically adjust when clamping rotating disk
Clip position, play a part of stable clamping, second step to graphite flake：The control electronic sliding block group of cutting knife first is moved to suitably
Cutting position, cutting knife hydraulic push rod is shunk, open cutter motor so that the cutter mechanism position of maximum model in cutting knife top board undersurface
In the lower section of cutting knife hydraulic push rod, cutting knife hydraulic push rod is then extended, the stretching motion of cutting knife hydraulic push rod can drive annular
Cutting knife moves downward the cutting action completed to graphite flake, the position limiting slide block set in position-limiting drum and the cunning set on annular cutting knife
Groove can make annular cutting knife is stable to move down, and effectively prevent annular cutting knife from rocking the shadow to caused by cutting in position-limiting drum
Ring, four cutting knife springs play a part of connection to annular cutting knife with providing cushion effect, cutting on now cutting knife playback expansion link
Knife playback plate touch the middle part of graphite flake, shrinks cutting knife hydraulic push rod, push power of the cutting knife playback plate in cutting knife playback expansion link
The graphite flake of well cutting is pushed down under effect so that graphite flake is always positioned at clamping on top plate, the graphite for preventing cutting from completing
Piece is taken up by annular cutting knife, and after-contraction cutting knife hydraulic push rod is completed in cutting so that annular cutting knife is returned to initial position, then passes through
Manually the Graphite pad of well cutting is collected, then controls clamping device that the graphite flake after cutting is fixed, is opened
Cutter motor, the annular cutting knife of other models is set to carry out cutting action successively to graphite flake, it is more so as to complete to carry out graphite flake
The processing of kind model Graphite pad, it is possible to achieve graphite flake carries out the function of the Graphite pad processing of Multiple Type automatically.
The beneficial effects of the present invention are：
First, the present invention can solve that existing existing operating efficiency is low, mechanization journey when carrying out pad processing to graphite flake
Spend that low, Graphite pad processing model is single, can not be fixed when graphite flake is processed into pad, annular cutting knife is cut to graphite flake
The graphite flake after cutting such as is easily taken up at the problem when cutting；It can realize that graphite flake carries out the Graphite pad of Multiple Type and added automatically
The function of work, have operating efficiency is high, mechanization degree is high, can with the Graphite pad of processing multiple types, can be to different big
The advantages that graphite flake after cutting will not being taken up when small graphite flake is fixed, annular cutting knife is cut to graphite flake；
2nd, the present invention is provided with four cutter mechanisms, and the annular cutting knife size of four cutter mechanisms differs, Ke Yiyong
The annular cutting knife of different model is cut to graphite flake, can be processed into the Graphite pad of different model；
3rd, the present invention is provided with clamping side chain, and clamping side chain can automatically adjust clip position when clamping rotating disk, to not
Graphite flake with size plays a part of stable clamping；
4th, cutting knife playback expansion link and cutting knife playback plate are provided with cutter mechanism of the present invention, when cutting knife hydraulic push rod is received
During contracting, cutting knife playback plate pushes down on the graphite flake of well cutting under the push power effect of cutting knife playback expansion link so that graphite
Piece is always positioned at clamping on top plate, prevents the graphite flake that cutting is completed from being taken up by annular cutting knife, the cystosepiment material of knife playback plate
It can prevent from damaging graphite flake when rigid material from contacting with graphite flake with graphite flake flexible contact；
5th, blessing roller is provided with present invention clamping side chain, clamping transverse slat is connected by hold-down roll with clamping rotating disk
Touch so that clamping transverse slat can move on the different contour structures of clamping rotating disk, prevent that clamping transverse slat is stuck on clamping rotating disk.
Brief description of the drawings
The present invention is further described with reference to the accompanying drawings and examples.
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation of clamping device of the present invention；
Fig. 3 is that cutting knife hydraulic push rod of the present invention, two groups of push rod connectors, cutter motor, cutting knife chute, four cutting knifes are slided
Structural representation between bar, cutting knife rotating disk, four cutter mechanisms and cutting knife top plate；
Fig. 4 is present invention clamping rotating disk, clamping chute, clamping top plate and clamps the structural representation between side chain；
Fig. 5 is the sectional view between cutting knife rotating disk and cutter mechanism of the present invention.
Embodiment
In order that the technical means, the inventive features, the objects and the advantages of the present invention are easy to understand, tie below
Conjunction is specifically illustrating, and the present invention is expanded on further.It should be noted that in the case where not conflicting, embodiment in the application and
Feature in embodiment can be combined with each other.
As shown in Figures 1 to 5, the automatic processing graphite pad equipment of a kind of air-conditioning condenser, including support baseboard 1, folder
Device 2 and cutter 3 are held, described support baseboard 1 is rectangular parallelepiped structure, and clamping device 2 is arranged on the middle part of support baseboard 1
On, cutter 3 is connected with support baseboard 1.
Described clamping device 2 includes clamping motor 21, clamping rotating disk 22,23, four clamping slide bars 24 of clamping chute, folder
Bottom plate 25, clamping top plate 26, clamping side chain 27 and clamping power transmission shaft 28 are held, clamping bottom plate 25 is arranged on support baseboard 1, clamping electricity
Machine 21 is arranged on clamping bottom plate 25 by motor set；Described clamping motor 21 is self-locking motor；Clamp the output of motor 21
Axle is connected by shaft coupling with clamping the bottom of power transmission shaft 28, and the top for clamping power transmission shaft 28 is arranged on clamping top by bearing
On the bottom of plate 26, clamping rotating disk 22 is arranged on the middle part of clamping power transmission shaft 28, is clamped and is symmetrically arranged with four on rotating disk 22
Arc groove, clamping chute 23 are arranged on clamping bottom plate 25 positioned at the outside of clamping motor 21, clamping chute 23, and four clampings are slided
Bar 24 is symmetrically distributed in the outside of clamping motor 21, and the top for clamping slide bar 24 is connected with clamping top plate 26, clamps slide bar 24
Bottom be slide block structure, clamp slide bar 24 slide block structure with clamping chute 23 it is in mating connection, clamp top plate 26 on symmetrically
Four holding tanks are provided with, a clamping side chain 27 is provided with each holding tank；Described clamping side chain 27 includes clamping
Moving body 271, the body 272 that is clamped and connected, clamping contraction spring 273, clamping transverse slat 274, spring coupling plate 275, clamping ear mount 276
With hold-down roll 277, clamping moving body 271 is T-type structure, and clamping moving body 271 is arranged on folder by way of being slidably matched
Hold in the holding tank set on top plate 26, clamp width phase of the width of moving body 271 with setting holding tank on clamping top plate 26
It is corresponding, clamp and the body 272 that is clamped and connected is installed on moving body 271, the body 272 that is clamped and connected is arcuate structure, and clamping transverse slat 274 is pacified
On clamping moving body 271 bottom, on the inside of the holding tank that spring coupling plate 275 is set on clamping top plate 26, and spring
The top of connecting plate 275 is connected with clamping the lower surface of top plate 26, and clamping contraction spring 273 is arranged on clamping transverse slat 274 and bullet
Between spring connecting plate 275, clamping contraction spring 273 is contraction spring, and clamping ear mount 276 is arranged on the inner side of clamping transverse slat 274
On face, hold-down roll 277 is arranged in clamping ear mount 276 by bearing pin, during specific works, is first placed on circular graphite sheets
Clamp on top plate 26, open clamping motor 21, clamping motor 21 drives clamping rotating disk 22 to rotate, clamps the clamping on transverse slat 274
Roller 277 is close to clamp rotating disk 22 in the presence of the convergent force of clamping contraction spring 273, due to being provided with clamping rotating disk 22
Arc groove so that clamping transverse slat 274 moves according to the radian change of arc groove on clamping rotating disk 22, and clamping transverse slat 274 is logical
Cross hold-down roll 277 to be in contact with clamping rotating disk 22 so that clamping transverse slat 274 can be in the different contour structures of clamping rotating disk 22
Upper movement, prevent that clamping transverse slat 274 is stuck on clamping rotating disk 22, the clamping moving body 271 and folder of the top connection of clamping transverse slat 274
Connector 272 is held with the synchronizing moving of transverse slat 274 is clamped, so as to which the arcuate structure for the body 272 that is clamped and connected can be adjacent to graphite flake,
Because the width for clamping moving body 271 sets the width of holding tank corresponding with clamping top plate 26 so that clamping moving body 271
It can not be rocked in holding tank on clamping top plate 26, fix graphite flake so as to the stabilization of body 272 that is clamped and connected, clamp side chain
27 can automatically adjust clip position when clamping rotating disk 22, play a part of stable clamping to graphite flake, then control cutting knife
Device 3 carries out cutting action to graphite flake, after graphite flake cuts into Graphite pad, reversely rotates clamping motor 21 so that folder
Hold side chain 27 and release fixation to graphite flake, manually collect the graphite flake of well cutting, subsequently rotate forward clamping electricity
Machine 21 so that the graphite flake that clamping side chain 27 is fixed after cutting again, finally control cutter mechanism different on cutter 3
39 pairs of graphite flakes carry out cutting action, so as to complete the processing of multiple model Graphite pads.
Described cutter 3 includes the electronic sliding block group 31 of cutting knife, cutting knife support column 32,33, two groups of cutting knife hydraulic push rod
38, four push rod connector 34, cutter motor 35,36, four cutting knife slide bars 37 of cutting knife chute, cutting knife rotating disk and of cutter mechanism 39
Cutting knife top plate 310, the electronic sliding block group 31 of cutting knife are arranged on support baseboard 1, and cutting knife branch is provided with the electronic sliding block group 31 of cutting knife
Dagger 32, cutting knife top plate 310 are arranged on cutting knife support column 32, and circular groove is provided with cutting knife top plate 310, cutting knife top plate 310
Cutting knife hydraulic push rod 33 is provided with circular groove, two groups of push rod connectors 34 are symmetrically distributed in the both sides up and down of cutting knife top plate 310, pushed away
Bar connector 34 is arranged between cutting knife hydraulic push rod 33 and cutting knife top plate 310, and cutter motor 35 is arranged on by motor set and cut
On the lower surface of knife top plate 310, the output shaft of cutter motor 35 is connected with cutting knife rotating disk 38, is provided with and cuts on cutting knife rotating disk 38
Knife chute 36, four cutting knife slide bars 37 are symmetrically distributed in the outside of cutter motor 35, top and the cutting knife top plate of cutting knife slide bar 37
310 lower surface is connected, and the bottom of cutting knife slide bar 37 is slide block structure, slide block structure and the cutting knife chute 36 of cutting knife slide bar 37
It is in mating connection, four cutting knife circular grooves are symmetrically arranged with cutting knife rotating disk 38, positioned at the leftmost side cutting knife circular groove of cutting knife rotating disk 38
Position is corresponding with the position of cutting knife hydraulic push rod 33, and four cutter mechanisms 39 are symmetrically mounted on the lower surface of cutting knife rotating disk 38
On, the position of four cutting knife circular grooves of the position of four cutter mechanisms 39 with being set on cutting knife rotating disk 38 corresponds, and four
The size of cutter mechanism 39 differs；Described cutter mechanism 39 includes cutting knife position-limiting drum 391, annular cutting knife 392, cutting knife and connected
393, four, frame, 394, four, cutting knife spring position limiting slide block 395, cutting knife playback expansion link 396 and cutting knife playback plate 397 are connect, it is spacing
The top of cylinder 391 is connected with the lower surface of cutting knife rotating disk 38, and four position limiting slide blocks 395 are symmetrically arranged with position-limiting drum 391, annular
Cutting knife 392 is located in position-limiting drum 391, and four chutes are symmetrically arranged with annular cutting knife 392, are set in position-limiting drum 391 spacing
Sliding block 395 is engaged with the chute set on annular cutting knife 392, and the top of annular cutting knife 392 is provided with cutting knife link 393,
Four cutting knife springs 394 are symmetrically arranged with cutting knife link 393, cutting knife spring 394 is arranged on cutting knife link 393 and cutting knife
Between rotating disk 38, cutting knife playback expansion link 396 is arranged on the middle part bottom surface of cutting knife link 393, and cutting knife playback plate 397 is installed
On the top of cutting knife playback expansion link 396；The described cutting knife playback material of plate 397 is cystosepiment material, knife playback plate 397
Foam board matter can prevent from damaging graphite flake when rigid material from contacting with graphite flake, specific works with graphite flake flexible contact
When, after clamping device 2 fixes Graphite pad, control the electronic sliding block group 31 of cutting knife to be moved to suitable cleavage first
Put, shrink cutting knife hydraulic push rod 33, open cutter motor 35 so that the cutter mechanism of maximum model on the bottom surface of cutting knife top plate 310
39 are located at the lower section of cutting knife hydraulic push rod 33, then extend cutting knife hydraulic push rod 33, the stretching motion energy of cutting knife hydraulic push rod 33
Annular cutting knife 392 is enough driven to move downward the cutting action completed to graphite flake, the position limiting slide block 395 set in position-limiting drum 391
Chute with being set on annular cutting knife 392 can make annular cutting knife 392 is stable to move down, and effectively prevent annular cutting knife 392
The influence to caused by cutting is rocked in position-limiting drum 391, four cutting knife springs 394 play connection to annular cutting knife 392 and provided
The effect of cushion effect, the cutting knife playback plate 397 that now cutting knife playbacks on expansion link 396 touch the middle part of graphite flake, shrink cutting knife
Hydraulic push rod 33, cutting knife playback plate 397 are downward by the graphite flake of well cutting under the push power effect of cutting knife playback expansion link 396
Push away so that graphite flake is always positioned at clamping on top plate 26, prevents the graphite flake that cutting is completed from being taken up by annular cutting knife 392, then control
Clamping device 2 processed releases the fixation to graphite flake, manually collects the Graphite pad of well cutting, and control clamping device 2 is right
Graphite flake after cutting is fixed, and finally opens cutter motor 35, make the annular cutting knifes 392 of other models to graphite flake successively
Cutting action is carried out, so as to complete that the processing of Multiple Type Graphite pad is carried out to graphite flake.
During work, the first step：Circular graphite sheets are placed on clamping top plate 26 first, open clamping motor 21, clamping
Motor 21 drives clamping rotating disk 22 to rotate, and clamps convergent force of the hold-down roll 277 on transverse slat 274 in clamping contraction spring 273
In the presence of be close to clamp rotating disk 22, due to clamping rotating disk 22 on be provided with arc groove so that clamping transverse slat 274 according to clamping turn
The radian change of arc groove is moved on disk 22, and clamping transverse slat 274 is in contact by hold-down roll 277 with clamping rotating disk 22,
Clamping transverse slat 274 is moved on the different contour structures of clamping rotating disk 22, prevents that clamping transverse slat 274 is stuck in clamping turn
On disk 22, the clamping moving body 271 of the top connection of clamping transverse slat 274 moves with the body 272 that is clamped and connected as clamping transverse slat 274 is synchronous
It is dynamic, so as to which the arcuate structure for the body 272 that is clamped and connected can be adjacent to graphite flake, because the width for clamping moving body 271 pushes up with clamping
Set the width of holding tank corresponding on plate 26 so that clamping moving body 271 can not shake in the holding tank on clamping top plate 26
Dynamic, so as to the graphite flake of fixing for the stabilization of body 272 that is clamped and connected, clamping side chain 27 can automatically adjust folder when clamping rotating disk 22
Position is held, plays a part of stable clamping, second step to graphite flake：The control electronic sliding block group 31 of cutting knife first is moved to suitably
Cutting position, cutting knife hydraulic push rod 33 is shunk, open cutter motor 35 so that maximum model cuts on the bottom surface of cutting knife top plate 310
Cutter mechanism 39 is located at the lower section of cutting knife hydraulic push rod 33, then extends cutting knife hydraulic push rod 33, the elongation of cutting knife hydraulic push rod 33
Motion can drive annular cutting knife 392 to move downward the cutting action completed to graphite flake, the spacing cunning set in position-limiting drum 391
Block 395 can make annular cutting knife 392 is stable to move down with the chute set on annular cutting knife 392, effectively prevent annular from cutting
Knife 392 rocks to caused by cutting influence in position-limiting drum 391, four cutting knife springs 394 annular cutting knife 392 is played connection with
The effect of cushion effect is provided, the cutting knife playback plate 397 on now cutting knife playback expansion link 396 touch the middle part of graphite flake, shrinks
Cutting knife hydraulic push rod 33, cutting knife playback plate 397 is under the push power effect of cutting knife playback expansion link 396 by the graphite flake of well cutting
Pushing down on so that graphite flake is always positioned at clamping on top plate 26, prevents the graphite flake that cutting is completed from being taken up by annular cutting knife 392,
After-contraction cutting knife hydraulic push rod 33 is completed in cutting so that and annular cutting knife 392 is returned to initial position, then by manually by well cutting
Graphite pad collect, then control clamping device 2 graphite flake after cutting is fixed, open cutter motor 35,
The annular cutting knife 392 of other models is set to carry out cutting action successively to graphite flake, so as to complete to carry out Multiple Type to graphite flake
The processing of Graphite pad, the function that graphite flake carries out the Graphite pad processing of Multiple Type automatically is realized, it is existing right to solve
Existing operating efficiency is low, mechanization degree is low, Graphite pad processing model is single during graphite flake progress pad processing, Wu Fa
The graphite flake after cutting such as is easily taken up at the difficulty when graphite flake is fixed when being processed into pad, annular cutting knife is cut to graphite flake
Topic, has reached purpose.
The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the description in above-described embodiment and specification simply illustrates the present invention
Principle, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, and these change and changed
Enter all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent
Define.
Claims (6)
1. a kind of automatic processing graphite pad equipment of air-conditioning condenser, including support baseboard (1), clamping device (2) and cutting knife
Device (3), it is characterised in that：Described support baseboard (1) is rectangular parallelepiped structure, and clamping device (2) is arranged on support baseboard (1)
On middle part, cutter (3) is connected with support baseboard (1)；Wherein：
Described cutter (3) include the electronic sliding block group (31) of cutting knife, cutting knife support column (32), cutting knife hydraulic push rod (33),
Two groups of push rod connectors (34), cutter motor (35), cutting knife chute (36), four cutting knife slide bars (37), cutting knife rotating disk (38), four
Individual cutter mechanism (39) and cutting knife top plate (310), the electronic sliding block group (31) of cutting knife are arranged on support baseboard (1), and cutting knife is electronic
Cutting knife support column (32) is installed, cutting knife top plate (310) is arranged on cutting knife support column (32), cutting knife top plate in sliding block group (31)
(310) circular groove is provided with, cutting knife hydraulic push rod (33), two groups of push rod connectors are provided with the circular groove of cutting knife top plate (310)
(34) be symmetrically distributed in the both sides up and down of cutting knife top plate (310), push rod connector (34) be arranged on cutting knife hydraulic push rod (33) with
Between cutting knife top plate (310), cutter motor (35) is arranged on by motor set on the lower surface of cutting knife top plate (310), cutting knife electricity
The output shaft of machine (35) is connected with cutting knife rotating disk (38), and cutting knife chute (36), four cutting knifes are provided with cutting knife rotating disk (38)
Slide bar (37) is symmetrically distributed in the outside of cutter motor (35), the top of cutting knife slide bar (37) and the lower end of cutting knife top plate (310)
Face is connected, and the bottom of cutting knife slide bar (37) is slide block structure, slide block structure and cutting knife chute (36) phase of cutting knife slide bar (37)
It is connected, four cutting knife circular grooves is symmetrically arranged with cutting knife rotating disk (38), positioned at cutting knife rotating disk (38) leftmost side cutting knife circular groove
Position it is corresponding with the position of cutting knife hydraulic push rod (33), four cutter mechanisms (39) are symmetrically mounted on cutting knife rotating disk (38)
On lower surface, a pair of the position 1 of the four cutting knife circular grooves set on the position of four cutter mechanisms (39) and cutting knife rotating disk (38)
Should.
A kind of 2. automatic processing graphite pad equipment of air-conditioning condenser according to claim 1, it is characterised in that：It is described
Clamping device (2) include clamping motor (21), clamping rotating disk (22), clamping chute (23), four clamping slide bars (24), clamping
Bottom plate (25), clamping top plate (26), clamping side chain (27) and clamping power transmission shaft (28), clamping bottom plate (25) are arranged on support baseboard
(1), clamp motor (21) to be arranged on clamping bottom plate (25) by motor set, the output shaft of clamping motor (21) passes through shaft coupling
It is connected with the bottom of clamping power transmission shaft (28), the top of clamping power transmission shaft (28) is arranged on clamping top plate (26) by bearing
On bottom, clamping rotating disk (22) is arranged on the middle part of clamping power transmission shaft (28), is clamped and is symmetrically arranged with four on rotating disk (22)
Arc groove, clamping chute (23) are arranged on clamping bottom plate (25) positioned at the outside of clamping motor (21), clamping chute (23), and four
Individual clamping slide bar (24) is symmetrically distributed in the outside of clamping motor (21), and the top of clamping slide bar (24) is with clamping top plate (26) phase
Connection, the bottom of clamping slide bar (24) is slide block structure, and the slide block structure of clamping slide bar (24) is engaged with clamping chute (23)
Connection, clamp and be symmetrically arranged with four holding tanks on top plate (26), a clamping side chain (27) is provided with each holding tank.
A kind of 3. automatic processing graphite pad equipment of air-conditioning condenser according to claim 1, it is characterised in that：It is described
Cutter mechanism (39) include cutting knife position-limiting drum (391), annular cutting knife (392), cutting knife link (393), four cutting knife springs
(394), four position limiting slide blocks (395), cutting knife playback expansion link (396) and cutting knife playback plate (397), position-limiting drum (391) top
It is connected with the lower surface of cutting knife rotating disk (38), is symmetrically arranged with four position limiting slide blocks (395) in position-limiting drum (391), annular is cut
Knife (392) is located in position-limiting drum (391), and four chutes are symmetrically arranged with annular cutting knife (392), are set in position-limiting drum (391)
Position limiting slide block (395) be engaged with the chute set on annular cutting knife (392), be provided with and cut at the top of annular cutting knife (392)
Knife link (393), four cutting knife springs (394), cutting knife spring (394) installation are symmetrically arranged with cutting knife link (393)
Between cutting knife link (393) and cutting knife rotating disk (38), cutting knife playback expansion link (396) is arranged on cutting knife link (393)
Middle part bottom surface on, cutting knife playback plate (397) be arranged on cutting knife playback expansion link (396) top on.
A kind of 4. automatic processing graphite pad equipment of air-conditioning condenser according to claim 2, it is characterised in that：It is described
Clamping side chain (27) include clamping moving body (271), the body that is clamped and connected (272), clamping contraction spring (273), clamping transverse slat
(274), spring coupling plate (275), clamping ear mount (276) and blessing roller (277), clamping moving body (271) is T-type structure,
Clamp moving body (271) to be arranged in the holding tank of clamping top plate (26) by way of being slidably matched, clamp moving body (271)
On the body that is clamped and connected (272) is installed, the body that is clamped and connected (272) is arcuate structure, clamping transverse slat (274) be arranged on clamping move
On body (271) bottom, on the inside of the holding tank that spring coupling plate (275) is set on clamping top plate (26), and spring coupling plate
(275) top with clamping top plate (26) lower surface be connected, clamping contraction spring (273) be arranged on clamping transverse slat (274) and
Between spring coupling plate (275), clamping ear mount (276) is arranged on the medial surface of clamping transverse slat (274), accommodates roller (277)
It is arranged on by bearing pin in clamping ear mount (276).
A kind of 5. automatic processing graphite pad equipment of air-conditioning condenser according to claim 2, it is characterised in that：It is described
Clamping motor (21) be self-locking motor.
A kind of 6. automatic processing graphite pad equipment of air-conditioning condenser according to claim 3, it is characterised in that：It is described
Cutting knife playback plate (397) material be cystosepiment material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710904826.4A CN107471461A (en) | 2017-09-29 | 2017-09-29 | A kind of automatic processing graphite pad equipment of air-conditioning condenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710904826.4A CN107471461A (en) | 2017-09-29 | 2017-09-29 | A kind of automatic processing graphite pad equipment of air-conditioning condenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107471461A true CN107471461A (en) | 2017-12-15 |
Family
ID=60605470
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710904826.4A Withdrawn CN107471461A (en) | 2017-09-29 | 2017-09-29 | A kind of automatic processing graphite pad equipment of air-conditioning condenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107471461A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112008898A (en) * | 2020-08-13 | 2020-12-01 | 倪立秧 | Graphite composite sealing gasket processing system |
-
2017
- 2017-09-29 CN CN201710904826.4A patent/CN107471461A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112008898A (en) * | 2020-08-13 | 2020-12-01 | 倪立秧 | Graphite composite sealing gasket processing system |
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Application publication date: 20171215 |