CN107415070A

CN107415070A - A kind of air compressor metallic graphite carbon pad machine for automatic working device people

Info

Publication number: CN107415070A
Application number: CN201710904917.8A
Authority: CN
Inventors: 王莎莎
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-29
Filing date: 2017-09-29
Publication date: 2017-12-01

Abstract

The present invention relates to a kind of air compressor metallic graphite carbon pad machine for automatic working device people, including support baseboard, clamping device, cutter, suction means, rotating device and boring device, described clamping device is arranged in support baseboard left side central portion, cutter is connected with support baseboard, on suction means is arranged in the middle part of support baseboard, rotating device is arranged on support baseboard, and boring device is connected with rotating device.The present invention can solve existing existing Graphite pad when carrying out pad processing to graphite flake and process the problems such as model is single, punch device can not be fixed when can not carry out effectively fixation when graphite flake is processed into pad, be punched to Graphite pad；It can realize that graphite flake is processed into the pad of Multiple Type and the function of being punched to the pad of maximum model automatically, perforating device can be fixed when having the advantages that can be fixed when graphite flake is processed into pad, Graphite pad being punched.

Description

A kind of air compressor metallic graphite carbon pad machine for automatic working device people

Technical field

The present invention relates to Graphite pad production and processing equipment, more particularly to a kind of air compressor metal stone ink pad Piece machine for automatic working device people.

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 be widely used in pipeline, valve, pump, pressure vessel, heat exchanger, condenser, generator, air compressor, blast pipe, 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 being compressed in air It is most widely used on machine.

Graphite flake using being manually placed on fixture by the existing processing to Graphite pad, by annular cutter to graphite flake Cutting processing is carried out, the Graphite pad larger to model is manually separated, then by the way that pad manually is placed into punch device On carry out punching processing, this working method has that operating efficiency is low, labor intensity is big, mechanization degree is low, to Graphite pad It is single to process model, can not carry out effectively fixing when graphite flake is processed into pad, easily be produced when Graphite pad is processed residual Substandard products, automatic punching can not be carried out to Graphite pad, and there is deviation the position punched, can not be fought each other when being punched to Graphite pad Hole equipment is fixed, and causes to punch uneven.

The content of the invention

In order to solve the above problems, the invention provides a kind of air compressor metallic graphite carbon pad machine for automatic working device People, can solve that existing existing operating efficiency is low, labor intensity is big, mechanization degree when carrying out pad processing to graphite flake Low, Graphite pad processing model is single, can not carry out effectively fixation when graphite flake is processed into pad, Graphite pad can not be entered Row automatic punching, the problem such as punch device can not be fixed when being punched to Graphite pad；It can realize that graphite flake adds automatically The function that pad of the work into Multiple Type is punched with pad to maximum model, have operating efficiency is high, labor intensity is small, Mechanization degree is high, can with the Graphite pad of processing multiple types, can be fixed when graphite flake is processed into pad, can be with The advantages that perforating device being fixed when automatic punching can not be carried out to Graphite pad, being punched to Graphite pad.

To achieve these goals, the present invention uses following technical scheme, a kind of air compressor metallic graphite carbon pad Machine for automatic working device people, including support baseboard, clamping device, cutter, suction means, rotating device and boring device, institute The support baseboard stated is rectangular parallelepiped structure, and clamping device is arranged in support baseboard left side central portion, cutter and support baseboard It is connected, suction means is arranged on support baseboard middle part, and rotating device is located on the right side of suction means, and rotating device is arranged on branch Support on bottom plate, boring device is located on rear side of rotating device, and boring device is connected with rotating device.

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, and clamping motor is self-locking motor, and the output shaft for clamping motor passes through Shaft coupling is connected with clamping the bottom of power transmission shaft, and the top for clamping power transmission shaft is arranged on the bottom of clamping top plate by bearing On, 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, clamping chute position In the outside of clamping motor, clamping chute is arranged on clamping bottom plate, and four clamping slide bars are symmetrically distributed in the outer of clamping motor Side, the top for clamping slide bar are connected with clamping top plate, and the bottom for clamping slide bar is slide block structure, clamps the slide block structure of slide bar It is in mating connection with clamping chute, clamp and be symmetrically arranged with four holding tanks on top plate, one is provided with each holding tank Clamp side chain；Described clamping side chain includes clamping moving body, the body that is clamped and connected, clamping contraction spring, clamping transverse slat, spring and connected Fishplate bar, clamping ear mount and hold-down roll, clamping moving body are T-type structure, and clamping moving body is installed by way of being slidably matched In the holding tank set on clamping top plate, the width for clamping moving body sets the width of holding tank relative with clamping top plate Should, 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 moving body On 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 is connected, and clamping contraction spring is arranged between clamping transverse slat and spring coupling plate, and clamping contraction spring is to shrink bullet 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 works When, circular graphite sheets are placed on clamping top plate first, open clamping motor, clamping motor driven clamping turntable rotation, folder Hold the hold-down roll on transverse slat to be close to clamp rotating disk in the presence of the convergent force of clamping contraction spring, due to setting on clamping rotating disk It is equipped with arc groove so that clamping transverse slat moves according to the radian change of arc groove on clamping rotating disk, connects above clamping transverse slat The clamping moving body connect and the body that is clamped and connected can paste with clamping transverse slat synchronizing moving so as to the arcuate structure for the body that is clamped and connected Tight graphite flake, because the width for clamping moving body sets the width of holding tank corresponding with clamping top plate so that be clamped and connected Body stabilization fixes graphite flake, and clamping side chain can automatically adjust clip position when clamping rotating disk, graphite flake be played surely The tight effect of clamp, then cutter is controlled to carry out cutting action to graphite flake, after graphite flake cuts into Graphite pad, instead Motor is clamped to rotation so that clamping side chain releases the fixation to graphite flake, subsequently controls suction means to inhale Graphite pad To rotating device, clamping motor is rotated forward so that the graphite flake that clamping side chain is fixed after cutting again, finally control are cut Knife system carries out cutting action to graphite flake, 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, and cutting knife playback sheet material matter be cystosepiment material, during specific works, when clamping dress Put after Graphite pad is fixed, control the electronic sliding block group of cutting knife to be moved to suitable cutting position first, shrink cutting knife hydraulic pressure Push rod, open cutter motor so that the cutter mechanism of maximum model is located at the lower section of cutting knife hydraulic push rod in cutting knife top board undersurface, Then cutting knife hydraulic push rod is extended, the stretching motion of cutting knife hydraulic push rod can drive annular cutting knife to move downward completion to graphite The cutting action of piece, the interior position limiting slide block set of position-limiting drum can make annular cutting knife stabilization with the chute set on annular cutting knife Move down, effectively prevent annular cutting knife from rocking influence, four cutting knife springs to caused by cutting in position-limiting drum and being cut to annular Knife plays a part of connection with providing cushion effect, and the cutting knife playback plate on now cutting knife playback expansion link is touched in graphite flake Portion, cutting knife hydraulic push rod is shunk, cutting knife playback plate is under the push power effect of cutting knife playback expansion link by the graphite flake of well cutting Push down on so that graphite flake is always positioned at clamping on top plate, prevents the graphite flake that cutting is completed from being taken up by annular cutting knife, then control Clamping device releases the fixation to graphite flake, and the control electronic sliding block group of cutting knife is moved to the left, and prevents cutter from hindering to draw dress The sucking action to Graphite pad is put, control suction means is drawn onto on rotating device to the Graphite pad of well cutting, subsequently controlled The electronic sliding block group of cutting knife processed is moved to suitable cutting position, and the graphite flake after cutting is fixed control clamping device, most After open cutter motor, the annular cutting knifes of other models is carried out cutting action to graphite flake, so as to complete to carry out to graphite flake The processing of Multiple Type Graphite pad.

As a preferred technical solution of the present invention, described suction means includes drawing motor, draws supporting plate, inhales Take chute, four absorption slide bars, draw column, draw telescopic mast, two draw electric pushrods, draw connecting plate, four suction nozzles, Air pump, air intake duct, draw motor and be arranged on by motor set on support baseboard, the output shaft for drawing motor is arranged on absorption support On the bottom of plate, draw and absorption column is installed in supporting plate, draw column and be connected with drawing telescopic mast, draw chute and be located at The outside of motor to be drawn, chute is drawn and is arranged on support baseboard, four absorption slide bars are symmetrically distributed in the outside for drawing motor, Draw and be connected at the top of slide bar with drawing the lower surface of supporting plate, the bottom for drawing slide bar is slide block structure, draws the cunning of slide bar Block structure is in mating connection with drawing chute, and the rear side lower surface for drawing telescopic mast is connected with the bottom of two absorption electric pushrods Connect, absorption connecting plate is installed on the top of two absorption electric pushrods, absorption connecting plate is hollow-core construction, and four suction nozzles are symmetrical Installed in draw connecting plate lower surface on, air pump be arranged on draw connecting plate upper surface on, air intake duct be arranged on air pump with Between drawing connecting plate, during specific works, when needing to carry out sucking action to Graphite pad, absorption motor is first turned on, is adjusted Section draws the length of telescopic mast so that the top that the suction nozzle on connecting plate is located at Graphite pad is drawn, electric pushrod is drawn in elongation, So that suction nozzle touch Graphite pad, then controls air pump to carry out aspiratory action, air intake duct is made by the absorption connecting plate of hollow-core construction Suction nozzle produces suction, makes suction nozzle that Graphite pad air-breathing, contraction are drawn into electric pushrod, and then control unlatching is drawn motor and rotated, So that the Graphite pad that suction nozzle is drawn is moved to the top of rotating device, control draws telescopic mast and carries out length adjustment so that inhales The Graphite pad that mouth is drawn is moved to the top of rotating device, and control air pump stops suction, and Graphite pad can be slipped to rotating dress Put, so as to complete the absorption to Graphite pad.

As a preferred technical solution of the present invention, described rotating device includes rotating bottom board, electric rotating machine, rotation Rotating shaft, rotating shaft connecting plate, partial gear, driven shaft, driven gear, rotatable platform, rotation chute, four rotation slide bars, four Individual rotating push rod and rotating push rod connector, rotating bottom board are arranged on support baseboard, and electric rotating machine is arranged on by motor set On the right side of rotating bottom board, the output shaft of electric rotating machine is connected by shaft coupling with the bottom of rotating shaft, rotating shaft Top is arranged on rotating shaft connecting plate by bearing, and rotating shaft connecting plate is arranged on rotating bottom board, and partial gear is arranged on rotation To walk around on the middle part of axle, driven shaft is located at the left side of electric rotating machine, and the bottom of driven shaft is arranged on rotating bottom board by bearing, With being connected in the middle part of rotatable platform, driven gear is arranged on driven shaft at the top of driven shaft, driven gear and incomplete tooth Wheel is meshed, and rotation chute is provided with the bottom of rotatable platform, and four rotation slide bars are symmetrically distributed in the bottom of rotatable platform, The bottom for rotating slide bar is connected with the upper surface of rotating bottom board, and the top for rotating slide bar is slide block structure, rotates the cunning of slide bar Block structure is in mating connection with rotating chute, and four rotating push rods are symmetrically mounted in the top outer of rotatable platform, Mei Gexuan Turning to be mounted on a rotating push rod connector at the top of push rod, rotating push rod connector is arc-shaped structure, during specific works, when Graphite pad is drawn device when being moved on rotatable platform, controls four rotating push rods synchronously to carry out stretching motions first, makes Graphite pad can be fixed on the centre position of rotatable platform, the arc knot of rotating push rod connector by obtaining rotating push rod connector Structure can be close to the lateral surface of Graphite pad, then control electric rotating machine rotation, and electric rotating machine drives endless on rotating shaft All gear rotates, and partial gear drives the driven gear being meshed therewith to rotate, and the rotation of driven gear can drive rotation flat Graphite pad on platform rotates, wherein the number of teeth of partial gear one, the number of teeth of driven gear six, and phase in driven gear Relative to the angle of driven gear central axis it is 60 degree between adjacent two teeth, it is driven when partial gear rotation one week Gear can rotate 60 degree under the engagement of the gear teeth, and control boring device carries out punching action to Graphite pad, when endless After the circle of all gear rotation six, boring device is completed to make a call to Graphite pad the action in six holes, after Graphite pad punches, closes Close electric rotating machine so that rotatable platform stops operating, and control rotating push rod carries out contractile motion so that rotating push rod connector solution Except being acted to the fixed of Graphite pad, manually punched Graphite pad is collected, so as to complete to Graphite pad Processing.

As a preferred technical solution of the present invention, described boring device includes the electronic sliding block group of perforate, perforate branch Support, two perforate links, fixed side chain, perforate motor, perforate rotating disk, perforate rotating bar, perforate cutter bar, two cuttings Bar limit buckle and rotating bar fixing axle, the electronic sliding block group of perforate are arranged on rotating bottom board, and open support frame is L-type structure, is opened Hole support frame is arranged in the electronic sliding block group of perforate by two perforate links, and one is mounted on each perforate link Fixed side chain；Described fixation side chain includes fixed connecting plate, two fixed electric pushrods and fixed plate, fixed connecting plate installation On perforate link lower end outside face, two fixed electric pushrod bottoms are connected with fixed connecting plate outer end bottom surface, two Fixed plate is installed at the top of fixed electric pushrod；Described fixed plate bottom is provided with latch；Perforate motor passes through motor set On the bottom upper surface of open support frame, by bearing with being connected in the middle part of open support frame in the middle part of the output shaft of perforate motor Connect, the output shaft front end of perforate motor is connected with perforate rotating disk, and the front end face of perforate rotating disk rear end face and open support frame is It is slidably matched, the right-hand member of perforate rotating disk is provided with cross bar, and perforate rotating bar is located on front side of perforate rotating disk, the right side of perforate rotating bar End is provided with sliding groove, and the sliding groove that perforate rotating bar is set is engaged with the cross bar that perforate rotating disk is set, and perforate rotating bar is left Side is provided with rotating bar fixing axle, and the rear end of rotating bar fixing axle is arranged on the leading flank of open support frame by bearing, opened Hole rotating bar left end is arcuate structure, and the gear teeth are provided with the arcuate structure of perforate rotating bar left end, and perforate cutter bar is located at The left side of perforate rotating bar, perforate cutter bar are arranged on open support frame by two cutter bar limit buckles, perforate cutter bar It is connected with cutter bar limit buckle by way of being slidably matched, the middle part right-hand member of perforate cutter bar is provided with the gear teeth, and perforate is cut The gear teeth set in the middle part of bar are cut to be engaged with the gear teeth set on perforate rotating bar left end arcuate structure；Described perforate cutter bar The bottom of hollow-core construction, and perforate cutter bar is provided with endless knife, endless knife is in inverted trapezoidal structure, during specific works, first The control electronic sliding block group of perforate moves so that and perforate cutter bar is located at suitable cutting position, extends fixed electric pushrod, So that the latch in fixed plate is stuck on support baseboard, fixed side chain can make the punching that the present apparatus is stablized to Graphite pad Action, after the Graphite pad on rotatable platform rotate 60 degree, control perforate motor rotates clockwise, perforate motor belt motor Dynamic perforate rotating disk rotates, and the cross bar set under the position-limiting action of rotating bar fixing axle on perforate rotating disk can be in perforate rotating bar Moved in the sliding groove of setting, the gear teeth of perforate rotating bar left end can swing up and down, so as to drive in the middle part of perforate cutter bar The gear teeth of setting move up and down, and the endless knife that perforate cutter bar bottom is set can carry out perforate cutting action to Graphite pad, open Rotating clockwise for hole motor can drive the cross bar set on perforate rotating disk to be rotated clockwise, and perforate cutter bar can be made fast Cutting action is completed in the decline of speed, is then slowly risen, and perforate cutter bar, which quickly declines, rapidly to be completed to graphite The cutting action of pad, the circular graphitic sector-meeting scaled off on Graphite pad are stuck in perforate cutter bar bottom and set falling for endless knife In trapezium structure, the slow rising of perforate cutter bar can prevent the endless knife that Graphite pad is set from perforate cutter bar bottom from falling Dropped in trapezium structure, after the circular graphite sheets completely cut are accumulated in the endless knife that perforate cutter bar bottom is set, circular stone Ink sheet can enter in the hollow-core construction of perforate cutter bar, and by controlling the rotating speed of perforate motor to realize, perforate cutter bar coordinates rotation Cutting action is carried out after the rotation of platform, is acted so as to complete to carry out Graphite pad the disposable automatic punching in six holes, when After piling with circular graphite sheets in the hollow-core construction of perforate cutter bar, control fixed side chain to release and the fixed of boring device acted, The control electronic sliding block group of perforate is moved rearwards, and manually perforate cutter bar is cleared up from the bottom up with round bar so that perforate is cut The circular graphite sheets cut in bar are cleared out.

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, and control is cut The electronic sliding block group of knife is moved to the left, and prevents cutter from hindering suction means to the sucking action of Graphite pad, the 3rd step：First Reversely rotate clamping motor so that clamping side chain releases the fixation to graphite flake, is then turned on drawing motor, telescopic mast is drawn in regulation Length so that draw the suction nozzle on connecting plate and be located at the top of Graphite pad, elongation absorption electric pushrod so that suction nozzle touch Graphite pad, then controls air pump to carry out aspiratory action, and air intake duct makes suction nozzle produce suction by the absorption connecting plate of hollow-core construction Power, make suction nozzle that Graphite pad air-breathing, contraction are drawn into electric pushrod, subsequently control is opened absorption motor and rotated, and control is drawn Telescopic mast carries out length adjustment so that the Graphite pad that suction nozzle is drawn is moved to the top of rotatable platform, and control air pump stops inhaling Gas, Graphite pad can be slipped on rotatable platform, so as to complete the absorption to Graphite pad, the 4th step：Four are controlled first Rotating push rod synchronously carries out stretching motion so that Graphite pad can be fixed on the centre of rotatable platform by rotating push rod connector Position, the arcuate structure of rotating push rod connector can be close to the lateral surface of Graphite pad, then control the electronic sliding block group of perforate to enter Row movement so that perforate cutter bar is located at suitable cutting position, extends fixed electric pushrod so that the latch card in fixed plate On support baseboard, fixed side chain can make the punching action that the present apparatus is stablized to Graphite pad, then control electric rotating Machine rotates, and electric rotating machine drives the partial gear on rotating shaft to rotate, and partial gear drive is meshed driven therewith Pinion rotation, the rotation of driven gear can drive the Graphite pad on rotatable platform to rotate, wherein the number of teeth one of partial gear It is individual, the number of teeth of driven gear six, and in driven gear between two neighboring tooth relative to the angle of driven gear central axis For 60 degree, when partial gear rotates one week, driven gear can rotate 60 degree under the engagement of the gear teeth, then so Afterwards after the Graphite pad on rotatable platform rotate 60 degree, control perforate motor rotates clockwise, perforate motor driven Perforate rotating disk is rotated, and the cross bar set under the position-limiting action of rotating bar fixing axle on perforate rotating disk can be set in perforate rotating bar Moved in the sliding groove put, the gear teeth of perforate rotating bar left end can swing up and down, and be set so as to drive in the middle part of perforate cutter bar The gear teeth put move up and down, and the endless knife that perforate cutter bar bottom is set can carry out perforate cutting action, perforate to Graphite pad Rotating clockwise for motor can drive the cross bar set on perforate rotating disk to be rotated clockwise, and perforate cutter bar can be made quick Decline complete cutting action, then slowly rise, perforate cutter bar quickly decline can rapidly complete to graphite pads The cutting action of piece, the circular graphitic sector-meeting scaled off on Graphite pad are stuck in the ladder that falls that perforate cutter bar bottom sets endless knife In shape structure, the slow rising of perforate cutter bar can prevent that the endless knife that Graphite pad is set from perforate cutter bar bottom is terraced Dropped in shape structure, after the circular graphite sheets completely cut are accumulated in the endless knife that perforate cutter bar bottom is set, circular graphitic Sector-meeting enters in the hollow-core construction of perforate cutter bar, and by controlling the rotating speed of perforate motor to realize, perforate cutter bar coordinates rotation flat Cutting action is carried out after the rotation of platform, is acted so as to complete to carry out Graphite pad the disposable automatic punching in six holes, works as stone After ink pad piece punches, electric rotating machine is closed so that rotatable platform stops operating, and control rotating push rod carries out contractile motion, The fixed of Graphite pad is acted so that rotating push rod connector releases, manually collected punched Graphite pad, from And the processing to Graphite pad is completed, after circular graphite sheets are piled with the hollow-core construction of perforate cutter bar, control fixed branch Chain releases to be acted to the fixed of boring device, and the control electronic sliding block group of perforate is moved rearwards, manually split from the bottom up with round bar Hole cutter bar is cleared up so that the circular graphite sheets in perforate cutter bar are cleared out, the 5th step：Cutting knife electricity is controlled first Movable slider group is moved to suitable cutting position, and control clamping device is fixed to the graphite flake after cutting, is then turned on cutting Knife motor, the annular cutting knife of other models is set to carry out cutting action to graphite flake, so as to complete to carry out Multiple Type to graphite flake The processing of Graphite pad, it is possible to achieve graphite flake is processed into the pad of Multiple Type with beating the pad of maximum model automatically The function in hole.

The beneficial effects of the present invention are：

First, the present invention can solve that existing existing operating efficiency is low, labor intensity when carrying out pad processing to graphite flake Greatly, mechanization degree is low, Graphite pad processing model is single, it is effectively fixed, right to be carried out when graphite flake is processed into pad Graphite pad such as punch device can not be fixed at the problem when can not carry out automatic punching, Graphite pad being punched；Can be real Existing graphite flake is processed into the pad of Multiple Type and the function of being punched to the pad of maximum model automatically, has operating efficiency It is high, labor intensity is small, mechanization degree is high, can with the Graphite pad of processing multiple types, pad can be processed into graphite flake When perforating device can be carried out when being fixed, automatic punching can not be carried out to Graphite pad, Graphite pad is punched The advantages that fixed；

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 stone Ink sheet plays a part of stable clamping；

4th, the present invention is provided with fixed side chain, controls the fixation electric pushrod on fixed side chain to carry out stretching motion so that Latch in fixed plate is stuck on support baseboard, and the punching that fixed side chain can make the present apparatus stablize Graphite pad is moved Make；

5th, the present invention is provided with boring device, controls the perforate motor on boring device to rotate clockwise, perforate motor belt motor Dynamic perforate rotating disk rotates, and the cross bar set under the position-limiting action of rotating bar fixing axle on perforate rotating disk can be in perforate rotating bar Moved in the sliding groove of setting, the gear teeth of perforate rotating bar left end can swing up and down, so as to drive in the middle part of perforate cutter bar The gear teeth of setting move up and down, and the endless knife that perforate cutter bar bottom is set can carry out perforate cutting action to Graphite pad.

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 the structural representation of suction means of the present invention；

Fig. 5 is the structural representation between rotating device and boring device of the present invention；

Fig. 6 be rotating bottom board, rotating shaft connecting plate, partial gear, driven shaft, driven gear and boring device of the present invention it Between structural representation；

Fig. 7 is present invention clamping rotating disk, clamping chute, clamping top plate and clamps the structural representation between side chain；

Fig. 8 is the sectional view between cutting knife rotating disk and cutter mechanism of the present invention；

Fig. 9 is the sectional view of perforate cutter bar 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 9, a kind of air compressor metallic graphite carbon pad machine for automatic working device people, including support bottom Plate 1, clamping device 2, cutter 3, suction means 4, rotating device 5 and boring device 6, described support baseboard 1 are rectangular Body structure, clamping device 2 are arranged in the left side central portion of support baseboard 1, and cutter 3 is connected with support baseboard 1, suction means 4 are arranged on the middle part of support baseboard 1, and rotating device 5 is located at the right side of suction means 4, and rotating device 5 is arranged on support baseboard 1, Boring device 6 is located at the rear side of rotating device 5, and boring device 6 is connected with rotating device 5.

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, and clamping motor 21 is self-locking motor, and the output shaft of clamping motor 21 passes through Shaft coupling is connected with clamping the bottom of power transmission shaft 28, and the top for 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 arc grooves on rotating disk 22, Clamp chute 23 to be arranged on clamping bottom plate 25 positioned at the outside of clamping motor 21, clamping chute 23, four clamping slide bars 24 are right Claim the outside for being distributed in clamping motor 21, the top for clamping slide bar 24 is connected with clamping top plate 26, clamps the bottom of slide bar 24 For slide block structure, the slide block structure and clamping chute 23 of clamping slide bar 24 are in mating connection, clamp and are symmetrically arranged with top plate 26 Four holding tanks, a clamping side chain 27 is provided with each holding tank；Described clamping side chain 27 includes clamping moving body 271st, be clamped and connected body 272, clamping contraction spring 273, clamping transverse slat 274, spring coupling plate 275, clamping ear mount 276 and clamping Roller 277, clamping moving body 271 are T-type structure, and clamping moving body 271 is arranged on clamping top plate by way of being slidably matched In the holding tank set on 26, the width for clamping moving body 271 sets the width of holding tank corresponding with clamping top plate 26, folder Hold 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 arranged on folder Hold on the bottom of moving body 271, on the inside of the holding tank that spring coupling plate 275 is set on clamping top plate 26, and spring coupling plate 275 tops are connected with clamping the lower surface of top plate 26, and clamping contraction spring 273 is arranged on clamping transverse slat 274 and is connected with spring Between plate 275, clamping contraction spring 273 is contraction spring, and clamping ear mount 276 is arranged on the medial surface of clamping transverse slat 274, folder Hold roller 277 to be arranged in clamping ear mount 276 by bearing pin, during specific works, circular graphite sheets are placed on clamping top first On plate 26, clamping motor 21 is opened, clamping motor 21 drives clamping rotating disk 22 to rotate, clamps the hold-down roll 277 on transverse slat 274 It is close to clamp rotating disk 22 in the presence of the convergent force of clamping contraction spring 273, due to being provided with arc groove on clamping rotating disk 22, So that clamping transverse slat 274 moves according to the radian change of arc groove on clamping rotating disk 22, the top connection of clamping transverse slat 274 Clamping moving body 271 and the body 272 that is clamped and connected are with the clamping synchronizing moving of transverse slat 274, so as to the arc knot for the body 272 that is clamped and connected Structure 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 the graphite flake of fixing for the stabilization of body 272 that is clamped and connected, clamping side chain 27 can automatically adjust clamping when clamping rotating disk 22 Position, play a part of stable clamping to graphite flake, then control cutter 3 to carry out cutting action to graphite flake, work as graphite After piece cuts into Graphite pad, clamping motor 21 is reversely rotated so that clamping side chain 27 releases the fixation to graphite flake, subsequently Graphite pad is drawn on rotating device 5 by control suction means 4, rotates forward clamping motor 21 so that clamping side chain 27 is again The graphite flake fixed after cutting, finally cutter 3 is controlled to carry out cutting action to graphite flake, so as to complete multiple models The processing of Graphite pad.

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 cutting knife playback material of plate 397 be cystosepiment material, during specific works, when clamping dress Put 2 Graphite pad is fixed after, control the electronic sliding block group 31 of cutting knife to be moved to suitable cutting position first, shrink cutting knife liquid Push rod 33 is pressed, opens cutter motor 35 so that the cutter mechanism 39 of maximum model is located at cutting knife hydraulic pressure on the bottom surface of cutting knife top plate 310 The lower section of push rod 33, cutting knife hydraulic push rod 33 is then extended, the stretching motion of cutting knife hydraulic push rod 33 can drive annular cutting knife 392 move downward and complete to the cutting action of graphite flake, the position limiting slide block 395 set in position-limiting drum 391 with annular cutting knife 392 The chute of setting can make annular cutting knife 392 is stable to move down, and effectively prevent annular cutting knife 392 from being shaken in position-limiting drum 391 The dynamic influence to caused by cutting, four cutting knife springs 394 play a part of connection to annular cutting knife 392 with providing cushion effect, this When cutting knife playback expansion link 396 on cutting knife playback plate 397 touch the middle part of graphite flake, shrink cutting knife hydraulic push rod 33, cutting knife Playback plate 397 pushes down on the graphite flake of well cutting under the push power effect of cutting knife playback expansion link 396 so that graphite flake begins Final position prevents the graphite flake that cutting is completed from being taken up by annular cutting knife 392, then control clamping device 2 to release on clamping top plate 26 Fixation to graphite flake, the control electronic sliding block group 31 of cutting knife are moved to the left, and prevent cutter 3 from hindering suction means 4 to graphite The sucking action of pad, control suction means 4 are drawn onto on rotating device 5 to the Graphite pad of well cutting, subsequently control cutting knife Electronic sliding block group 31 is moved to suitable cutting position, and control clamping device 2 is fixed to the graphite flake after cutting, finally opened Cutter motor 35 is opened, the annular cutting knife 392 of other models is carried out cutting action to graphite flake, so as to complete that graphite flake is carried out The processing of Multiple Type Graphite pad.

Described suction means 4 include drawing motor 41, draw supporting plate 42, draw chute 43, four absorption slide bars 44, Column 45 is drawn, 46, two absorption electric pushrods 47 of telescopic mast is drawn, draws 48, four suction nozzles 49 of connecting plate, air pump 410, inhales Tracheae 411, draw motor 41 and be arranged on by motor set on support baseboard 1, the output shaft for drawing motor 41 is arranged on absorption branch On the bottom of fagging 42, draw to be provided with supporting plate 42 and draw column 45, draw column 45 and be connected with drawing telescopic mast 46, Chute 43 is drawn positioned at the outside for drawing motor 41, chute 43 is drawn and is arranged on support baseboard 1, four absorption slide bars 44 are symmetrical The outside for drawing motor 41 is distributed in, the top of slide bar 44 is drawn and is connected with drawing the lower surface of supporting plate 42, draw slide bar 44 Bottom be slide block structure, draw slide bar 44 slide block structure with draw chute 43 it is in mating connection, absorption telescopic mast 46 after Side lower surface is connected with the bottom of two absorption electric pushrods 47, and absorption is provided with the top of two absorption electric pushrods 47 Connecting plate 48, absorption connecting plate 48 are hollow-core construction, and four suction nozzles 49 are symmetrically mounted on the lower surface for drawing connecting plate 48, gas Pump 410 is arranged on the upper surface for drawing connecting plate 48, between air intake duct 411 is arranged on air pump 410 and draws connecting plate 48, tool During body running, when needing to carry out sucking action to Graphite pad, first turn on and draw motor 41, telescopic mast 46 is drawn in regulation Length so that draw the top that the suction nozzle 49 on connecting plate 48 is located at Graphite pad, electric pushrod 47 is drawn in elongation so that suction nozzle 49 touch Graphite pad, then control air pump 410 to carry out aspiratory action, the absorption connecting plate 48 that air intake duct 411 passes through hollow-core construction Suction nozzle 49 is produced suction, make suction nozzle 49 that Graphite pad air-breathing, contraction are drawn into electric pushrod 47, then control unlatching is drawn electric Machine 41 rotates so that the Graphite pad that suction nozzle 49 is drawn is moved to the top of rotating device 5, and control is drawn telescopic mast 46 and grown Degree regulation so that the Graphite pad that suction nozzle 49 is drawn is moved to the top of rotating device 5, and control air pump 410 stops suction, graphite Pad can be slipped on rotating device 5, so as to complete the absorption to Graphite pad.

Described rotating device 5 includes rotating bottom board 51, electric rotating machine 52, rotating shaft 53, rotating shaft connecting plate 54, endless All gear 55, driven shaft 56, driven gear 57, rotatable platform 58, the rotation rotation of rotation slide bar 510, four of chute 59, four push away Bar 511 and rotating push rod connector 512, rotating bottom board 51 are arranged on support baseboard 1, and electric rotating machine 52 is installed by motor set On the right side of rotating bottom board 51, the output shaft of electric rotating machine 52 is connected by shaft coupling with the bottom of rotating shaft 53, rotation Walk around axle 53 top by bearing be arranged on rotating shaft connecting plate 54 on, rotating shaft connecting plate 54 be arranged on rotating bottom board 51 on, no Complete gear 55 is arranged on the middle part of rotating shaft 53, and driven shaft 56 is located at the left side of electric rotating machine 52, the bottom of driven shaft 56 Portion is arranged on rotating bottom board 51 by bearing, and the top of driven shaft 56 is connected with the middle part of rotatable platform 58, driven gear 57 are arranged on driven shaft 56, and driven gear 57 is meshed with partial gear 55, are provided with and turn on the bottom of rotatable platform 58 Dynamic chute 59, four rotation slide bars 510 are symmetrically distributed in the bottom of rotatable platform 58, rotate the bottom and rotation bottom of slide bar 510 The upper surface of plate 51 is connected, and the top for rotating slide bar 510 is slide block structure, and the slide block structure for rotating slide bar 510 is slided with rotating Groove 59 is in mating connection, and four rotating push rods 511 are symmetrically mounted in the top outer of rotatable platform 58, each rotating push rod 511 tops are mounted on a rotating push rod connector 512, and rotating push rod connector 512 is arc-shaped structure, specific works When, when Graphite pad, which is drawn device 4, to be moved on rotatable platform 58, control four rotating push rods 511 are synchronous to carry out first Stretching motion so that Graphite pad can be fixed on the centre position of rotatable platform 58 by rotating push rod connector 512, and rotation pushes away The arcuate structure of bar connector 512 can be close to the lateral surface of Graphite pad, then control electric rotating machine 52 to rotate, electric rotating machine Partial gear 55 on 52 drive rotating shafts 53 rotates, and partial gear 55 drives 57 turns of driven gear being meshed therewith Dynamic, the rotation of driven gear 57 can drive the Graphite pad on rotatable platform 58 to rotate, wherein the number of teeth one of partial gear 55 It is individual, the number of teeth of driven gear 57 six, and in driven gear 57 between two neighboring tooth relative to the central axis of driven gear 57 Angle be 60 degree, when partial gear 55 rotate one week when, driven gear 57 understand rotate six under the engagement of the gear teeth Ten degree, control boring device 6 carries out punching action to Graphite pad, and after six circle of rotation of partial gear 55, boring device 6 is complete Paired Graphite pad plays the action in six holes, after Graphite pad punches, closes electric rotating machine 52 so that rotatable platform 58 Stop operating, control rotating push rod 511 carries out contractile motion so that rotating push rod connector 512 releases to be consolidated to Graphite pad Fixed action, manually collects punched Graphite pad, so as to complete the processing to Graphite pad.

Described boring device 6 includes 62, two the electronic sliding block group 61 of perforate, open support frame perforate links 63, consolidated Determine 68, two side chain 64, perforate motor 65, perforate rotating disk 66, perforate rotating bar 67, perforate cutter bar and of cutter bar limit buckle 69 Rotating bar fixing axle 610, the electronic sliding block group 61 of perforate are arranged on rotating bottom board 51, and open support frame 62 is L-type structure, perforate Support frame 62 is arranged in the electronic sliding block group 61 of perforate by two perforate links 63, is respectively mounted on each perforate link 63 There is a fixed side chain 64；Described fixation side chain 64 includes the fixed electric pushrod 642 of fixed connecting plate 641, two and fixed Plate 643, fixed connecting plate 641 are arranged on the lower end outside face of perforate link 63, and two fixed bottoms of electric pushrod 642 are with consolidating Determine the outer end bottom surface of connecting plate 641 to be connected, the top of two fixed electric pushrods 642 is provided with fixed plate 643；Described fixation The bottom of plate 643 is provided with latch；For perforate motor 65 by motor set on the bottom upper surface of open support frame 62, perforate is electric It is connected in the middle part of the output shaft of machine 65 by bearing with the middle part of open support frame 62, the output shaft front end of perforate motor 65 and perforate Rotating disk 66 is connected, and the front end face of the rear end face of perforate rotating disk 66 and open support frame 62 is to be slidably matched, the right side of perforate rotating disk 66 End is provided with cross bar, and perforate rotating bar 67 is provided with sliding groove positioned at the front side of perforate rotating disk 66, the right-hand member of perforate rotating bar 67, The sliding groove that perforate rotating bar 67 is set is engaged with the cross bar that perforate rotating disk 66 is set, and the left side of perforate rotating bar 67, which is provided with, to be turned Lever fixing axle 610, the rear end of rotating bar fixing axle 610 are arranged on by bearing on the leading flank of open support frame 62, perforate The left end of rotating bar 67 is arcuate structure, and the gear teeth, perforate cutter bar 68 are provided with the arcuate structure of the left end of perforate rotating bar 67 Positioned at the left side of perforate rotating bar 67, perforate cutter bar 68 is arranged on open support frame 62 by two cutter bar limit buckles 69 On, perforate cutter bar 68 is connected with cutter bar limit buckle 69 by way of being slidably matched, and the middle part of perforate cutter bar 68 is right End is provided with the gear teeth, the gear teeth that the middle part of perforate cutter bar 68 is set and the gear teeth set on the left end arcuate structure of perforate rotating bar 67 It is engaged；Described perforate cutter bar 68 is hollow-core construction, and the bottom of perforate cutter bar 68 is provided with endless knife, and endless knife is in Inverted trapezoidal structure, during specific works, the electronic sliding block group 61 of perforate is controlled to move first so that perforate cutter bar 68 is positioned at closing Suitable cutting position, extend fixed electric pushrod 642 so that the latch in fixed plate 643 is stuck on support baseboard 1, fixed branch Chain 64 can make the punching action that the present apparatus is stablized to Graphite pad, when the Graphite pad on rotatable platform 58 is rotated After 60 degree, control perforate motor 65 rotates clockwise, and perforate motor 65 drives perforate rotating disk 66 to rotate, in rotating bar fixing axle Move, open in the sliding groove that the cross bar set under 610 position-limiting action on perforate rotating disk 66 can be set in perforate rotating bar 67 The gear teeth of the left end of hole rotating bar 67 can swing up and down, and be moved down so as to drive on the gear teeth of the middle part of perforate cutter bar 68 setting Dynamic, the endless knife that the bottom of perforate cutter bar 68 is set can carry out perforate cutting action, the up time of perforate motor 65 to Graphite pad Pin, which rotates, can drive the cross bar set on perforate rotating disk 66 to be rotated clockwise, and perforate cutter bar 68 can be made quickly to decline Cutting action is completed, is then slowly risen, perforate cutter bar 68, which quickly declines, rapidly to be completed to Graphite pad Cutting action, the circular graphitic sector-meeting scaled off on Graphite pad are stuck in the inverted trapezoidal that the bottom of perforate cutter bar 68 sets endless knife In structure, the slow rising of perforate cutter bar 68 can prevent the endless knife that Graphite pad is set from the bottom of perforate cutter bar 68 from falling Dropped in trapezium structure, it is circular after the circular graphite sheets completely cut are accumulated in the endless knife that the bottom of perforate cutter bar 68 is set Graphite flake can enter in the hollow-core construction of perforate cutter bar 68, by controlling the rotating speed of perforate motor 65 to realize perforate cutter bar 68 Cutting action is carried out after coordinating the rotation of rotatable platform 58, so as to complete that Graphite pad six the disposable of hole of progress are beaten automatically Hole acts, and after circular graphite sheets are piled with the hollow-core construction of perforate cutter bar 68, controls fixed side chain 64 to release and perforate is filled 6 fixed action is put, the control electronic sliding block group 61 of perforate is moved rearwards, manually perforate cutter bar 68 is entered from the bottom up with round bar Row cleaning so that the circular graphite sheets in perforate cutter bar 68 are cleared out.

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 annular cutting knife 392 is returned to initial position, controls the electronic sliding block group of cutting knife 31 are moved to the left, and prevent cutter 3 from hindering suction means 4 to the sucking action of Graphite pad, the 3rd step：Reversely rotate first Clamp motor 21 so that clamping side chain 27 releases the fixation to graphite flake, is then turned on drawing motor 41, telescopic mast 46 is drawn in regulation Length so that draw the suction nozzle 49 on connecting plate 48 and be located at the top of Graphite pad, electric pushrod 47 is drawn in elongation so that suction Mouth 49 touch Graphite pad, then controls air pump 410 to carry out aspiratory action, and air intake duct 411 is connected by the absorption of hollow-core construction Plate 48 makes suction nozzle 49 produce suction, makes suction nozzle 49 that Graphite pad air-breathing, contraction are drawn into electric pushrod 47, and subsequently control is opened Draw motor 41 to rotate, control draws telescopic mast 46 and carries out length adjustment so that the Graphite pad that suction nozzle 49 is drawn, which is moved to, to be turned The top of moving platform 58, control air pump 410 are stopped suction, and Graphite pad can be slipped on rotatable platform 58, so as to complete pair The absorption of Graphite pad, the 4th step：Control four rotating push rods 511 are synchronous to carry out stretching motion first so that rotating push rod connects Graphite pad can be fixed on the centre position of rotatable platform 58, the arcuate structure energy of rotating push rod connector 512 by junctor 512 Enough it is close to the lateral surface of Graphite pad, then controls the electronic sliding block group 61 of perforate to move so that perforate cutter bar 68 is positioned at conjunction Suitable cutting position, extend fixed electric pushrod 642 so that the latch in fixed plate 643 is stuck on support baseboard 1, fixed branch Chain 64 can make the punching action that the present apparatus is stablized to Graphite pad, then control electric rotating machine 52 to rotate, electric rotating machine Partial gear 55 on 52 drive rotating shafts 53 rotates, and partial gear 55 drives 57 turns of driven gear being meshed therewith Dynamic, the rotation of driven gear 57 can drive the Graphite pad on rotatable platform 58 to rotate, wherein the number of teeth one of partial gear 55 It is individual, the number of teeth of driven gear 57 six, and in driven gear 57 between two neighboring tooth relative to the central axis of driven gear 57 Angle be 60 degree, when partial gear 55 rotate one week when, driven gear 57 understand rotate six under the engagement of the gear teeth Ten degree, subsequently after the Graphite pad on rotatable platform 58 rotate 60 degree, control perforate motor 65 rotates clockwise, Perforate motor 65 drives perforate rotating disk 66 to rotate, and is set under the position-limiting action of rotating bar fixing axle 610 on perforate rotating disk 66 Moved in the sliding groove that cross bar can be set in perforate rotating bar 67, the gear teeth of the left end of perforate rotating bar 67 can carry out the bottom It is dynamic, so as to which the gear teeth for driving the middle part of perforate cutter bar 68 to set move up and down, the endless knife meeting that the bottom of perforate cutter bar 68 is set Perforate cutting action is carried out to Graphite pad, rotating clockwise for perforate motor 65 can drive the cross bar set on perforate rotating disk 66 Rotated clockwise, perforate cutter bar 68 can be made quickly to decline and complete cutting action, then slowly risen, perforate is cut Cut bar 68 and quickly decline the cutting action that can rapidly complete to Graphite pad, the circular graphitic scaled off on Graphite pad Sector-meeting is stuck in the bottom of perforate cutter bar 68 and set in the inverted trapezoidal structure of endless knife, and the slow rising of perforate cutter bar 68 can be prevented Only Graphite pad drops out of the bottom of perforate cutter bar 68 is set endless knife inverted trapezoidal structure, when the bottom of perforate cutter bar 68 is set After the circular graphite sheets that accumulation is completely cut in the endless knife put, circular graphitic sector-meeting enters the hollow-core construction of perforate cutter bar 68 Interior, by controlling the rotating speed of perforate motor 65 to realize, perforate cutter bar 68 coordinates that to carry out cutting after the rotation of rotatable platform 58 dynamic Make, act so as to complete to carry out Graphite pad the disposable automatic punching in six holes, after Graphite pad punches, close Electric rotating machine 52 so that rotatable platform 58 stops operating, and control rotating push rod 511 carries out contractile motion so that rotating push rod connects Junctor 512 releases to be acted to the fixed of Graphite pad, is manually collected punched Graphite pad, so as to complete to stone The processing of ink pad piece, after circular graphite sheets are piled with the hollow-core construction of perforate cutter bar 68, control the fixed releasing pair of side chain 64 The fixed action of boring device 6, the control electronic sliding block group 61 of perforate are moved rearwards, and manually perforate is cut from the bottom up with round bar Bar 68 is cleared up so that the circular graphite sheets in perforate cutter bar 68 are cleared out, the 5th step：Control cutting knife electronic first Sliding block group 31 is moved to suitable cutting position, and control clamping device 2 is fixed to the graphite flake after cutting, is then turned on cutting Knife motor 35, the annular cutting knife 392 of other models is set to carry out cutting action to graphite flake, it is a variety of so as to complete to carry out graphite flake The processing of model Graphite pad, realize graphite flake and be processed into the pad of Multiple Type automatically with being carried out to the pad of maximum model The function of punching, solves that existing existing operating efficiency is low, labor intensity is big, mechanization when carrying out pad processing to graphite flake Degree is low, Graphite pad processing model it is single, can not be carried out when graphite flake is processed into pad effectively fixation, to Graphite pad without Method such as carries out automatic punching, punch device can not be fixed when being punched to Graphite pad at the problem, 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

1. a kind of air compressor metallic graphite carbon pad machine for automatic working device people, including support baseboard (1), clamping device (2), Cutter (3), suction means (4), rotating device (5) and boring device (6), it is characterised in that：Described support baseboard (1) For rectangular parallelepiped structure, clamping device (2) is arranged in support baseboard (1) left side central portion, cutter (3) and support baseboard (1) It is connected, suction means (4) is arranged on support baseboard (1) middle part, and rotating device (5) is located on the right side of suction means (4), rotation Device (5) is arranged on support baseboard (1), and boring device (6) is located on rear side of rotating device (5), boring device (6) and rotating dress (5) are put to be connected；Wherein：

Described clamping device (2) includes clamping motor (21), clamping rotating disk (22), clamping chute (23), four clamping slide bars (24) bottom plate (25), clamping top plate (26), clamping side chain (27) and clamping power transmission shaft (28), clamping bottom plate (25) installation, are clamped In support baseboard (1), clamping motor (21) is arranged on clamping bottom plate (25) by motor set, the output shaft of clamping motor (21) It is connected by shaft coupling with the bottom of clamping power transmission shaft (28), the top of clamping power transmission shaft (28) is arranged on clamping by bearing On the bottom of top plate (26), clamping rotating disk (22) is arranged on the middle part of clamping power transmission shaft (28), is clamped symmetrical on rotating disk (22) Four arc grooves are provided with, for clamping chute (23) positioned at the outside of clamping motor (21), clamping chute (23) is arranged on clamping bottom On plate (25), four clamping slide bars (24) are symmetrically distributed in the outside of clamping motor (21), the top of clamping slide bar (24) and folder Hold top plate (26) to be connected, the bottom of clamping slide bar (24) is slide block structure, and slide block structure and the clamping of clamping slide bar (24) are slided Groove (23) is in mating connection, is symmetrically arranged with four holding tanks on clamping top plate (26), one is provided with each holding tank Clamp side chain (27)；

Described suction means (4) is including drawing motor (41), drawing supporting plate (42), absorption chute (43), four absorption cunnings Bar (44), column (45) is drawn, telescopic mast (46), two absorption electric pushrods (47) is drawn, draws connecting plate (48), four suctions Mouth (49), air pump (410), air intake duct (411), draw motor (41) and be arranged on by motor set on support baseboard (1), draw electricity The output shaft of machine (41) is arranged on the bottom for drawing supporting plate (42), is drawn and is provided with absorption column in supporting plate (42) (45), draw column (45) with drawing telescopic mast (46) to be connected, draw chute (43) positioned at the outside for drawing motor (41), inhale Chute (43) is taken to be arranged on support baseboard (1), four absorption slide bars (44) are symmetrically distributed in the outside for drawing motor (41), inhale Take and be connected at the top of slide bar (44) with drawing the lower surface of supporting plate (42), the bottom for drawing slide bar (44) is slide block structure, is inhaled Take slide bar (44) slide block structure and draw chute (43) it is in mating connection, draw telescopic mast (46) rear side lower surface with two The bottom for drawing electric pushrod (47) is connected, and absorption connecting plate is provided with two tops for drawing electric pushrod (47) (48) it is hollow-core construction, to draw connecting plate (48), and four suction nozzles (49) are symmetrically mounted on the lower surface for drawing connecting plate (48), Air pump (410) is arranged on the upper surface for drawing connecting plate (48), and air intake duct (411) is arranged on air pump (410) and connected with drawing Between plate (48).

2. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 1, its feature exist In：Described cutter (3) includes the electronic sliding block group (31) of cutting knife, cutting knife support column (32), cutting knife hydraulic push rod (33), two Group push rod connector (34), cutter motor (35), cutting knife chute (36), four cutting knife slide bars (37), cutting knife rotating disk (38), four Cutter mechanism (39) and cutting knife top plate (310), the electronic sliding block group (31) of cutting knife are arranged on support baseboard (1), cutting knife electric sliding 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 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.

3. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 1, its feature exist In：Described rotating device (5) includes rotating bottom board (51), electric rotating machine (52), rotating shaft (53), rotating shaft connecting plate (54), partial gear (55), driven shaft (56), driven gear (57), rotatable platform (58), rotate chute (59), four turn Moving slide-bar (510), four rotating push rods (511) and rotating push rod connector (512), rotating bottom board (51) are arranged on support baseboard (1) on, electric rotating machine (52) is arranged on by motor set on the right side of rotating bottom board (51), the output shaft of the machine of electric rotating 27 (52) It is connected by shaft coupling with the bottom of rotating shaft (53), the top of rotating shaft (53) is connected by bearing installed in rotating shaft On plate (54), rotating shaft connecting plate (54) is arranged on rotating bottom board (51), and partial gear (55) is arranged on rotating shaft (53) Middle part on, driven shaft (56) is located at the left side of electric rotating machine (52), and the bottom of driven shaft (56) is arranged on rotation by bearing On bottom plate (51), with being connected in the middle part of rotatable platform (58), driven gear (57) is arranged on driven at the top of driven shaft (56) On axle (56), driven gear (57) is meshed with partial gear (55), and rotation is provided with the bottom of rotatable platform (58) and is slided Groove (59), four rotation slide bars (510) are symmetrically distributed in the bottom of rotatable platform (58), rotate bottom and the rotation of slide bar (510) The upper surface for turning bottom plate (51) is connected, and the top for rotating slide bar (510) is slide block structure, rotates the sliding block knot of slide bar (510) Structure is in mating connection with rotating chute (59), and four rotating push rods (511) are symmetrically mounted on the top outer of rotatable platform (58) On, a rotating push rod connector (512) is mounted at the top of each rotating push rod (511), rotating push rod connector (512) is Arc-shaped structure.

4. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 1, its feature exist In：Described boring device (6) include the electronic sliding block group (61) of perforate, open support frame (62), two perforate links (63), Fixed side chain (64), perforate motor (65), perforate rotating disk (66), perforate rotating bar (67), perforate cutter bar (68), two cuttings Bar limit buckle (69) and rotating bar fixing axle (610), the electronic sliding block group (61) of perforate are arranged on rotating bottom board (51), perforate branch Support (62) is L-type structure, and open support frame (62) is arranged on the electronic sliding block group of perforate by two perforate links (63) (61) on, a fixed side chain (64) is mounted on each perforate link (63), perforate motor (65) is set with by motor On the bottom upper surface of open support frame (62), pass through bearing and open support frame in the middle part of the output shaft of perforate motor (65) (62) middle part is connected, and the output shaft front end of perforate motor (65) is connected with perforate rotating disk (66), perforate rotating disk (66) rear end The front end face of face and open support frame (62) is to be slidably matched, and the right-hand member of perforate rotating disk (66) is provided with cross bar, perforate rotating bar (67) on front side of the perforate rotating disk (66), the right-hand member of perforate rotating bar (67) is provided with sliding groove, and perforate rotating bar (67) is set The cross bar that the sliding groove put is set with perforate rotating disk (66) is engaged, and rotating bar fixing axle is provided with the left of perforate rotating bar (67) (610), the rear end of rotating bar fixing axle (610) is arranged on by bearing on the leading flank of open support frame (62), and perforate rotates Bar (67) left end is arcuate structure, and is provided with the gear teeth, perforate cutter bar on the arcuate structure of perforate rotating bar (67) left end (68) it is located at the left side of perforate rotating bar (67), perforate cutter bar (68) is arranged on perforate by two cutter bar limit buckles (69) On support frame (62), perforate cutter bar (68) is connected with cutter bar limit buckle (69) by way of being slidably matched, and perforate is cut The middle part right-hand member for cutting bar (68) is provided with the gear teeth, the gear teeth and perforate rotating bar (67) left end set in the middle part of perforate cutter bar (68) The gear teeth set on arcuate structure are engaged.

5. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 1, its feature exist In：Described clamping side chain (27) includes clamping moving body (271), the body that is clamped and connected (272), clamping contraction spring (273), folder Hold transverse slat (274), spring coupling plate (275), clamping ear mount (276) and accommodate roller (277), clamping moving body (271) is T-shaped Structure, clamping moving body (271) are arranged in the holding tank of clamping top plate (26) by way of being slidably matched, and clamp moving body (271) body that is clamped and connected (272) is installed, the body that is clamped and connected (272) is arcuate structure, and clamping transverse slat (274) is arranged on folder on Hold on 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 Lower surface at the top of connecting plate (275) with clamping top plate (26) is connected, and clamping contraction spring (273) is arranged on clamping transverse slat (274) between spring coupling plate (275), clamping ear mount (276) is arranged on the medial surface of clamping transverse slat (274), accommodates rolling (277) are taken turns to be arranged in clamping ear mount (276) by bearing pin.

6. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 2, its feature exist In：Described cutter mechanism (39) is cut including cutting knife position-limiting drum (391), annular cutting knife (392), cutting knife link (393), four Knife spring (394), four position limiting slide blocks (395), cutting knife playback expansion link (396) and cutting knife playback plate (397), position-limiting drum (391) top is connected with the lower surface of cutting knife rotating disk (38), and four position limiting slide blocks are symmetrically arranged with position-limiting drum (391) (395), annular cutting knife (392) is located in position-limiting drum (391), and four chutes, position-limiting drum are symmetrically arranged with annular cutting knife (392) (391) position limiting slide block (395) set in is engaged with the chute set on annular cutting knife (392), the top of annular cutting knife (392) Portion is provided with cutting knife link (393), and four cutting knife springs (394), cutting knife spring are symmetrically arranged with cutting knife link (393) (394) it is arranged between cutting knife link (393) and cutting knife rotating disk (38), cutting knife playback expansion link (396) connects installed in cutting knife On the middle part bottom surface for connecing frame (393), cutting knife playback plate (397) is arranged on the top of cutting knife playback expansion link (396), and cutting knife is returned Position plate (397) material is cystosepiment material.

7. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 4, its feature exist In：Described fixation side chain (64) includes fixed connecting plate (641), two fixed electric pushrods (642) and fixed plate (643), Fixed connecting plate (641) is arranged on perforate link (63) lower end outside face, and two fixed electric pushrod (642) bottoms are with consolidating Determine connecting plate (641) outer end bottom surface to be connected, fixed plate (643) is installed at the top of two fixed electric pushrods (642).

8. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 4, its feature exist In：Described perforate cutter bar (68) is hollow-core construction, and the bottom of perforate cutter bar (68) is provided with endless knife.

9. a kind of air compressor metallic graphite carbon pad machine for automatic working device people according to claim 7, its feature exist In：Described fixed plate (643) bottom is provided with latch.