CN108746813A - Micro-welder device people - Google Patents

Abstract

The invention discloses micro-welder device people, including anti-skidding heelpiece, fixed installation pedestal, support engaging column, heated cutting device, signal receiving end；There are four anti-skidding heelpiece is set, signal receiving end is installed on heated cutting device top；Heated cutting device includes clamping heating device, guard shield, mobile trigger device, total mounting electricity storage pack to be triggered, removable cutter device, pushing release device, squeeze pull unit, squeeze triggering equipment；Removable cutter device is installed on inside guard shield far from the one end for clamping heating device, it squeezes pull unit and is set to and squeeze triggering equipment side, based on for the prior art, the present invention is using can be in its object into fashionable, first it is heated, when being pushed to certain position, the blade pulled down that can be just run, after cutting, outlet will be touched, the problem of release of its blade is got on, cooled down to it by natural air after being cut to it by heating, reduced its deformation and slight crack.

Description

Micro-welder device people

Technical field

The present invention relates to Technology of Welding Robot fields, particularly with regard to a kind of micro-welder device people.

Background technology

Welding is essential a kind of processing technology in modern mechanical manufacturing industry, automobile making, engineering machinery, It occupies an important position in the industries such as motorcycle, the past is a hard work using manual operation welding processing, with perhaps The welding precision and rate request of more welding structural elements are higher and higher, and general worker has been difficult to be competent at this work, in addition, welding When electric arc, spark and smog etc. human body can be damaged, the complexity of welding manufacture technique, labor intensity, product quality, The requirements such as batch so that welding procedure is extremely urgent for automation, the requirement of mechanization, realizes that robot automatic welding replaces Manual operation is welded into the ideal of several generations welding people and pursues a goal, and robot can be advanced integral traffic control opinion, mechanical electric Son, computer, material and bionic product have important use in the fields such as industry, medicine even military affairs at present, cut The problem of cutting that function is more single, easy ting produce deformation.

For current micro-welder device people, the function of cutting is more single, and directly cutting is easier to pair Its object cause deformation as a result, and to be easy to occur under the cutting of high-tenacity row horizontal, and influence its appearance.

Invention content

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：Micro-welder device people, packet It includes anti-skidding heelpiece, pedestal, support engaging column, heated cutting device, signal receiving end is fixedly mounted；

There are four the anti-skidding heelpiece is set, rounded be uniformly distributed of the anti-skidding heelpiece four is welded in fixed installation pedestal Bottom, the support engaging column bottom end, which is embedded in, to be fixedly mounted inside pedestal top and on same axle center, the support rank It connects column far from one end that pedestal is fixedly mounted to be connected with heated cutting device bottom, the signal receiving end is installed on heating and cuts Cut device top；

The heated cutting device includes clamping heating device, guard shield, mobile trigger device, total electric power storage to be triggered Case, removable cutter device push release device, squeeze pull unit, squeeze triggering equipment；

Described two clamping heating devices are located inside guard shield side and symmetrical, the mobile trigger device partially Positioned at total mounting electricity storage pack side to be triggered, the removable cutter device is installed on inside guard shield far from clamping heating device One end, the extruding pull unit, which is set to, squeezes triggering equipment side.

As advanced optimizing for the technical program, the mobile trigger device include it is removable lead can item, auxiliary sliding rail, Fixed mounting plate squeezes spring, band movable slider, movement triggering item, heat carrier, and removable lead can item and mobile triggering item phase Mutually parallel, the mobile triggering rear end face is welded in drive slider front, and the band movable slider is embedded in auxiliary sliding rail Slot and flexible connection, the fixed mounting plate are welded in auxiliary sliding rail outer surface one end both sides and symmetrical, the extruding bullet Spring is installed between fixed mounting plate and mobile triggering item, and the heat carrier is from one of auxiliary sliding rail lower curtate far from fixed mounting plate End is embedded in inside, and the one end of the heat carrier far from auxiliary sliding rail is connected with total mounting electricity storage pack to be triggered.

As advanced optimizing for the technical program, the removable cutter device include driving belt, stress main shaft, Sliding block, cutting blade, smooth rail, return spring, described driving belt one end can be pulled to live with one side external surface of stress main shaft Dynamic connection, the stress main shaft is embedded in by stress main shaft inside cutting blade and is located at middle, described to be advocated Shaft is installed and smooth rail inside groove and is flexibly connected, and the smooth rail is located at cutting blade both sides and symmetrical, the return Spring top is connected with stress main shaft, and the stress main shaft is flexibly connected with pull unit one end is squeezed, the extruding Triggering equipment includes that block is fixedly mounted, leads energy line, resetting spring, fixed negative pole end, mobile positive terminal, inclined push plate, described It is in large U type structure that block, which is fixedly mounted, and fixed negative pole end, the resetting spring welding are equipped at the top of the fixed installation block both ends In being fixedly mounted between block and inclined push plate, the rectangular triangular structure of inclined push plate, the mobile positive terminal is pacified Outer surface both sides loaded on inclined push plate right angle long side and symmetrical, it is described lead energy line one end and be embedded in be fixedly mounted in block Portion and electrical connection, the fixed negative pole end and mobile positive terminal are opposed.

As advanced optimizing for the technical program, the clamping heating device includes delivery of energy line, stress sliding block, auxiliary bullet Spring, auxiliary chute, Resistant heating body, insulation auxiliary body, treatment channel, delivery of energy line one end and Resistant heating side side Inside is connected, and Resistant heating body rear is equipped with stress sliding block, and the stress sliding block is embedded in auxiliary chute inside groove And be flexibly connected, the secondary spring vertical welding is in stress slider bottom and is located at middle, and the Resistant heating body twines It is around in insulation auxiliary external surface, the insulation auxiliary body is located at treatment channel both sides and symmetrical, total storage to be triggered Electronic box include PTC calandrias, transfer wire, mounting electricity storage pack, magnetic conduction sphere, magnetic field wheel, weighted shaft, described transfer wire one end with PTC calandrias are connected, and the one end of the transfer wire far from PTC calandrias is connected with mounting electricity storage pack, and the magnetic conduction sphere is embedding Enter the one end of mounting electricity storage pack far from transfer wire, the weighted shaft is embedded in magnetic field wheel inside and on same axle center, institute It states magnetic field wheel to be located at below magnetic conduction sphere, the one end of the heat carrier far from auxiliary sliding rail is connected with PTC calandrias.

As advanced optimizing for the technical program, the extruding pull unit includes pulling rope, pulley, inclination being pulled to push away Movable slider, forced spring, fixed block, described pulling rope one end are flexibly connected with pulley outer surface is pulled, and the inclined push is slided The rectangular triangular structure of block, the forced spring are installed on inclined push sliding block between fixed block, the stress main shaft It is flexibly connected with rope one end is pulled.

As advanced optimizing for the technical program, the promotion release device includes fixed body block, spring, triggering magnetic field Item, stress tilted block lead ergosphere, magnetic field cue ball, stress magnetic field ball, mobile buckle, flexible springs, limit sliding rail, ball to be triggered, The spring is installed on fixed body block between stress tilted block, the rectangular triangular structure of stress tilted block, described to touch Hair magnetic field item is welded at the top of the longer end face in triggering magnetic field right angle, and the ergosphere of leading is installed on ball to be triggered in magnetic field master Between ball, stress magnetic field ball is embedded in mobile buckle one end, and the mobile buckle is installed on limit sliding rail inside groove and activity Connection, the flexible springs are between stress magnetic field ball and magnetic field cue ball.

The beneficial effects of the present invention are：Micro-welder device people of the present invention, by the material of required processing cutting from processing Channel is pushed into, and by its special shape of auxiliary body that insulate itself, upper and lower two insulation auxiliary bodies is squeezed, stress sliding block is passed through It is slided in auxiliary chute, it is squeezed down, to squeeze its resetting spring, bottom is mounted on when inclined push plate moves The mobile positive terminal in portion will follow it to move down together, until touching fixed negative pole end, the energy to be generated leads to It crosses and leads in energy line importing mounting electricity storage pack, so that its mounting electricity storage pack is opened transmission of electricity, its PTC calandria is made to begin to warm up, pass through the temperature of its heating Spend it is defeated in heat carrier, make its pass through with movable slider the mechanical compliance expanded with heat and contract with cold auxiliary sliding rail toward side move, band movable slider move When dynamic, being squeezed spring and squeezed, movement triggering item, which will touch to move when being moved to certain position, leads energy item, and two Person will generate energy when contacting, its energy is led by delivery of energy line in Resistant heating body, will when being moved inside after its heating Its inclined push sliding block slowly squeezes down along inclined shape itself, and outer surface is mounted on when inclined push sliding block moves Pulling pulley will and then move together, when moving down will by pull rope pull can pull sliding block, when its mounting electricity storage pack will Electric energy lead it is defeated in magnetic conduction sphere to by magnetic field it is mutually exclusive push moving field wheel drive weighted shaft rotation, rotation Power will be transmitted in stress main shaft by driving belt so that triggering magnetic field item is in contact with ball to be triggered, will to generate energy Its mobile buckle of stress magnetic field ball dragging is adsorbed by stress magnetic field ball so that stress main shaft loses resistance, return.

For the prior art, the present invention in its object into fashionable using first capable of heating it, be pushed to one When positioning is set, the blade pulled down that can be just run after cutting, will touch outlet, and the release of its blade is got on, The problem of it is cooled down, its deformation is reduced by natural air after being cut to it by heating and slight crack.

Description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon：

Fig. 1 is the structural schematic diagram of micro-welder device people of the present invention.

Fig. 2 is the internal structure schematic diagram figure one of heated cutting device of the present invention.

Fig. 3 is the internal structure schematic diagram figure two of heated cutting device of the present invention.

Fig. 4 is the internal structure schematic diagram of heated cutting device working condition of the present invention.

Fig. 5 is the internal structure schematic diagram that the present invention pushes release device.

In figure：Pedestal -2, support engaging column -3, heated cutting device -4, signal reception is fixedly mounted in anti-skidding heelpiece -1 End -5 clamps heating device -41, guard shield -42, mobile trigger device -43, total mounting electricity storage pack -44 to be triggered, removable cutting Device -45, promotion release device -46 squeeze pull unit -47, squeeze triggering equipment -48, moving and lead energy item -431, auxiliary Sliding rail -432, fixed mounting plate -433, squeeze spring -434, band movable slider -435, mobile triggering item -436, heat carrier -437, Driving belt -451, stress main shaft -452 can pull sliding block -453, cutting blade -454, smooth rail -455, return spring - 456, block -481 is fixedly mounted, leads energy line -482, resetting spring -483, fixed negative pole end -484, mobile positive terminal -485, tilt Pushing plate -486, delivery of energy line -411, stress sliding block -412, secondary spring -413, auxiliary chute -414, Resistant heating body - 415, insulate auxiliary body -416, treatment channel -417, PTC calandrias -441, transfer wire -442, mounting electricity storage pack -443, magnetic conduction ball Body -444, weighted shaft -446, pulls rope -471, pulls pulley -472, inclined push sliding block -473, stress magnetic field wheel -445 Spring -474, fixed body block -461, spring -462, triggering magnetic field item -463, stress tilted block -464, leads energy at fixed block -475 Layer -465, stress magnetic field ball -467, mobile buckle -468, flexible springs -469, limit sliding rail -4610, waits for magnetic field cue ball -466 Trigger ball -4611.

Specific implementation mode

To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to Specific implementation mode and description of the drawings, the preferred embodiment that the present invention is further explained.

Embodiment

- Fig. 5 is please referred to Fig.1, the present invention provides micro-welder device people, including anti-skidding heelpiece 1, fixed installation pedestal 2, branch Support engaging column 3, heated cutting device 4, signal receiving end 5；

There are four the anti-skidding heelpiece 1 is set, rounded be uniformly distributed of the anti-skidding heelpiece 1 four is welded in fixed installation bottom 2 bottoms of seat, 3 bottom end of support engaging column, which is embedded in, to be fixedly mounted inside 2 top of pedestal and on same axle center, the branch Support engaging column 3 is connected far from one end that pedestal 2 is fixedly mounted with 4 bottom of heated cutting device, and the signal receiving end 5 is installed In 4 top of heated cutting device；

The heated cutting device 4 includes clamping heating device 41, guard shield 42, moving trigger device 43, is to be triggered Total mounting electricity storage pack 44, removable cutter device 45 push release device 46, squeeze pull unit 47, squeeze triggering equipment 48；

Described two clamping heating devices 41 are located at 42 inside of guard shield side partially and symmetrical, the mobile triggering Device 43 is located at 44 side of total mounting electricity storage pack to be triggered, and the removable cutter device 45 is installed on 42 inside of guard shield far from folder One end of tight heating device 41, the extruding pull unit 47, which is set to, squeezes 48 side of triggering equipment.

The mobile trigger device 43 includes removable lead can item 431, auxiliary sliding rail 432, fixed mounting plate 433, extruding Spring 434, band movable slider 435, mobile triggering item 436, heat carrier 437, removable lead can item 431 and mobile triggering item 436 are mutually parallel, and mobile triggering 436 rear end face of item is welded in band 435 front surface of movable slider, and the band movable slider 435 is embedding Enter auxiliary 432 inside groove of sliding rail and flexible connection, the fixed mounting plate 433 is welded in 432 outer surface one end two of auxiliary sliding rail Side and symmetrical, the extruding spring 434 are installed between fixed mounting plate 433 and mobile triggering item 436, the heat carrier 437 are embedded in inside from the one end of auxiliary 432 lower curtate of sliding rail far from fixed mounting plate 433, and the heat carrier 437 is slided far from auxiliary One end of rail 432 is connected with total mounting electricity storage pack 44 to be triggered.

The removable cutter device 45 includes driving belt 451, stress main shaft 452, can pull sliding block 453, cutting Blade 454, smooth rail 455, return spring 456,451 one end of the driving belt are lived with 452 1 side external surface of stress main shaft Dynamic connection, the stress main shaft 452 are embedded in 454 inside of cutting blade by stress main shaft 452 and are located at middle, institute It states the installation of stress main shaft 452 and 455 inside groove of smooth rail and is flexibly connected, the smooth rail 455 is located at 454 both sides of cutting blade And it is symmetrical, 456 top of the return spring is connected with stress main shaft 452, and the stress main shaft 452 is drawn with extruding Dynamic 47 one end of device flexible connection, the extruding triggering equipment 48 include that block 481 is fixedly mounted, leads energy line 482, resetting spring 483, fixed negative pole end 484, mobile positive terminal 485, inclined push plate 486, the fixed installation block 481 are in large U type structure, institute It states to be fixedly mounted at the top of 481 both ends of block and fixed negative pole end 484 is installed, the resetting spring 483, which is welded in, is fixedly mounted block 481 Between inclined push plate 486,486 rectangular triangular structure of the inclined push plate, the mobile positive terminal 485 is installed on Outer surface both sides of 486 right angle long side of inclined push plate and symmetrical, described 482 one end of energy line of leading is embedded in fixed installation block 481 inside and electrical connection, the fixed negative pole end 484 and mobile positive terminal 485 are opposed.

The clamping heating device 41 include delivery of energy line 411, stress sliding block 412, secondary spring 413, auxiliary chute 414, Resistant heating body 415, insulation auxiliary body 416, treatment channel 417, described 411 one end of delivery of energy line and Resistant heating body 415 It is connected inside side, 415 rear of Resistant heating body is equipped with stress sliding block 412, and the stress sliding block 412 is embedded in 414 inside groove of auxiliary chute and flexible connection, 413 vertical welding of the secondary spring is in 412 bottom of stress sliding block and positioned at center Between, the Resistant heating body 415 is wound in 416 outer surface of insulation auxiliary body, and the insulation auxiliary body 416 is located at treatment channel 417 both sides and symmetrically, total mounting electricity storage pack 44 to be triggered include PTC calandrias 441, transfer wire 442, mounting electricity storage pack 443, Magnetic conduction sphere 444, magnetic field wheel 445, weighted shaft 446,442 one end of the transfer wire are connected with PTC calandrias 441, institute It states the one end of transfer wire 442 far from PTC calandrias 441 with mounting electricity storage pack 443 to be connected, the magnetic conduction sphere 444 is embedded in storage The one end of electronic box 443 far from transfer wire 442, the weighted shaft 446 are embedded in 445 inside of magnetic field wheel and are located at same axle center On, the magnetic field wheel 445 is located at 444 lower section of magnetic conduction sphere, and the one end of the heat carrier 437 far from auxiliary sliding rail 432 adds with PTC Hot body 441 is connected.

The extruding pull unit 47 includes pulling rope 471, pulling pulley 472, inclined push sliding block 473, forced spring 474, fixed block 475, described pulling 471 one end of rope are flexibly connected with 472 outer surface of pulley is pulled, the inclined push sliding block 473 rectangular triangular structures, the forced spring 474 is installed on inclined push sliding block 473 between fixed block 475, described Stress main shaft 452 is flexibly connected with 471 one end of rope are pulled.

The promotion release device 46 includes fixed body block 461, spring 462, triggering magnetic field item 463, stress tilted block 464, lead ergosphere 465, magnetic field cue ball 466, stress magnetic field ball 467, mobile buckle 468, flexible springs 469, limit sliding rail 4610, Ball 4611 to be triggered, the spring 462 are installed on fixed body block 461 between stress tilted block 464, the stress tilted block 464 rectangular triangular structures, triggering magnetic field item 463 are welded at the top of the longer end face in 463 right angle of triggering magnetic field item, The ergosphere 465 of leading is installed on ball 4611 to be triggered between magnetic field cue ball 466, and stress magnetic field ball 467 is embedded in movement 468 one end are buckled, the mobile buckle 468 is installed on limit 4610 inside groove of sliding rail and flexible connection, the flexible springs 469 Between stress magnetic field ball 467 and magnetic field cue ball 466.

The material of required processing cutting is pushed into from treatment channel 417, passes through its special shape of auxiliary body 416 that insulate itself Shape, upper and lower two insulation auxiliary bodies 416 are squeezed, and by stress sliding block 412, the sliding in auxiliary chute 414, is assisted bullet Spring 413 is squeezed, and when its head end is moved on inclined push plate 486, it is squeezed down, thus by its resetting spring 483 squeeze, and the mobile positive terminal 485 when inclined push plate 486 moves mounted on bottom will follow it to move down together, directly To fixed negative pole end 484 is touched, the two will generate energy when contacting, and the energy to be generated is led by leading energy line 482 Enter in mounting electricity storage pack 443, so that its mounting electricity storage pack 443 is opened transmission of electricity, its electricity is led by transfer wire 442 in PTC calandrias 441, Its PTC calandria 441 is set to begin to warm up, the temperature by its heating is defeated in heat carrier 437, its band movable slider 435 is made to pass through heat The mechanical compliance of swollen shrinkage auxiliary sliding rail 432 and is moved toward side, when band movable slider 435 moves, will drive the shifting being installed together Dynamic triggering item 436 moves together, and is squeezed spring 434 and is squeezed, and movement triggering item 436 will when being moved to certain position It touches to move and leads energy item 431, the two will generate energy when contacting, its energy is led by delivery of energy line 411 and is added in resistance wire Hot body 415 makes its Resistant heating body 415 start to heat its object, when being moved inside after its heating, is tilted It pushes sliding block 473 slowly to be squeezed down along inclined shape itself, outer surface is mounted on when inclined push sliding block 473 moves Pulling pulley 472 will and then move together, when moving down will by pull rope 471 pull can pull sliding block 453, make it Sliding block 453 can be pulled to be slided down along smooth rail 455, when its mounting electricity storage pack 443 by electric energy lead it is defeated in magnetic conduction sphere 444 to logical Crossing the mutually exclusive moving field wheel 445 of pushing in magnetic field drives weighted shaft 446 to rotate, and the power of rotation will be by driving belt 451 It is transmitted in stress main shaft 452, makes it that cutting blade 454 be driven to rotate, object below is cut, when its object exists When being pushed to outlet, stress tilted block 464 will be pushed will down so that triggering magnetic field item 463 is in contact with ball 4611 to be triggered, Its stress magnetic field ball 467 dragging movement buckle 468 is adsorbed by stress magnetic field ball 467 to generate energy so that advocated to turn Axis 452 loses resistance, return.

PTC calandrias 441 of the present invention are called ptc heater, are formed using PTC ceramics heater element and aluminum pipe, The type PTC heaters have the advantages that thermal resistance is small, heat exchange efficiency is high, be a kind of automatic constant-temperature, power saving electric heater, it is prominent special Point is in security performance, not will produce surface " rubescent " phenomenon such as electric heating tubing heater under any applicable cases, from And cause to scald, the security risks such as fire, the resetting spring 483 be it is a kind of using elasticity come work machine components, use bullet Property material made of part deform upon under external force, remove external force after again restore to the original state, also make " spring ", generally use bullet Spring steel is made, and the type complexity of spring is various, by shape point, mainly there is helical spring, scroll spring, flat spring, heterotypic spring.

Problems solved by the invention is for current micro-welder device people, and the function of cutting is more single, Its directly cutting be easier to its object cause deformation as a result, and to be easy to occur under the cutting of high-tenacity row horizontal, and influence Its appearance, the present invention are combined with each other by above-mentioned component, and the present invention is using first capable of adding it in its object into fashionable Heat, when being pushed to certain position, the blade pulled down that can be just run after cutting, will touch outlet, by its knife The problem of piece release gets on, cooled down to it by natural air after being cut to it by heating, reduced its deformation and slight crack.

Claims (8)

1. micro-welder device people, including anti-skidding heelpiece (1), fixed installation pedestal (2), support engaging column (3), heating cutting dress Set (4), signal receiving end (5), it is characterised in that：

There are four the anti-skidding heelpiece (1) sets, rounded be uniformly distributed of the anti-skidding heelpiece (1) four is welded in fixed installation bottom Seat (2) bottom, support engaging column (3) bottom end, which is embedded in, to be fixedly mounted inside pedestal (2) top and on same axle center, The support engaging column (3) is connected far from one end that pedestal (2) is fixedly mounted with heated cutting device (4) bottom, the letter Number receiving terminal (5) is installed on heated cutting device (4) top；

The heated cutting device (4) includes clamping heating device (41), guard shield (42), mobile trigger device (43), waiting for Total mounting electricity storage pack (44), removable cutter device (45) are triggered, release device (46) is pushed, squeezes pull unit (47), squeezing and touch Send out equipment (48)；

Described two clamping heating devices (41) are located at the internal side partially of guard shield (42) and symmetrical, the mobile triggering Device (43) is located at total mounting electricity storage pack (44) side to be triggered, and the removable cutter device (45) is installed in guard shield (42) Far from the one end for clamping heating device (41), the extruding pull unit (47), which is set to, squeezes triggering equipment (48) side in portion.

2. micro-welder device people according to claim 1, it is characterised in that：The mobile trigger device (43) includes can It is mobile to lead energy item (431), auxiliary sliding rail (432), fixed mounting plate (433), squeeze spring (434), band movable slider (435), move Dynamic triggering item (436), heat carrier (437), the removable energy item (431) of leading is mutually parallel with mobile triggering item (436), described Mobile triggering item (436) rear end face is welded in band movable slider (435) front surface, and the band movable slider (435) is embedded in auxiliary and slides Rail (432) inside groove and flexible connection, the fixed mounting plate (433) be welded in auxiliary sliding rail (432) outer surface one end both sides and Symmetrical, the extruding spring (434) is installed between fixed mounting plate (433) and mobile triggering item (436), the heat conduction Body (437) is embedded in inside, the heat carrier (437) from the one end of auxiliary sliding rail (432) lower curtate far from fixed mounting plate (433) One end far from auxiliary sliding rail (432) is connected with total mounting electricity storage pack (44) to be triggered.

3. micro-welder device people according to claim 1, it is characterised in that：The removable cutter device (45) includes Driving belt (451), stress main shaft (452) can pull sliding block (453), cutting blade (454), smooth rail (455), return Spring (456), described driving belt (451) one end is flexibly connected with (452) one side external surface of stress main shaft, described to be advocated Shaft (452) is embedded in cutting blade (454) inside by stress main shaft (452) and is located at middle, described to be advocated to turn Axis (452) is installed and smooth rail (455) inside groove and is flexibly connected, the smooth rail (455) be located at cutting blade (454) both sides and Symmetrical, return spring (456) top is connected with stress main shaft (452), the stress main shaft (452) with squeeze Press the flexible connection of pull unit (47) one end.

4. micro-welder device people according to claim 1, it is characterised in that：The extruding triggering equipment (48) includes solid Determine mounting blocks (481), leads energy line (482), resetting spring (483), fixed negative pole end (484), mobile positive terminal (485), tilts Pushing plate (486), the fixed installation block (481) are in large U type structure, are equipped at the top of fixed installation block (481) both ends Fixed negative pole end (484), the resetting spring (483), which is welded in, to be fixedly mounted between block (481) and inclined push plate (486), The rectangular triangular structure of the inclined push plate (486), the mobile positive terminal (485) are installed on inclined push plate (486) Outer surface both sides of right angle long side and symmetrical, it is described lead energy line (482) one end be embedded in be fixedly mounted block (481) it is internal and Electrical connection, the fixed negative pole end (484) and mobile positive terminal (485) are opposed.

5. micro-welder device people according to claim 1, it is characterised in that：The clamping heating device (41) includes defeated Energy line (411), stress sliding block (412), secondary spring (413), auxiliary chute (414), Resistant heating body (415), insulation are auxiliary It is connected inside body aid (416), treatment channel (417), described delivery of energy line (411) one end and Resistant heating body (415) side, Resistant heating body (415) rear is equipped with stress sliding block (412), and the stress sliding block (412) is embedded in auxiliary chute (414) inside groove and flexible connection, secondary spring (413) vertical welding is in stress sliding block (412) bottom and is located at middle, The Resistant heating body (415) is wound in insulation auxiliary body (416) outer surface, and the insulation auxiliary body (416) is located at processing Channel (417) both sides and symmetrically.

6. micro-welder device people according to claim 1, it is characterised in that：Total mounting electricity storage pack (44) to be triggered includes PTC calandrias (441), transfer wire (442), mounting electricity storage pack (443), magnetic conduction sphere (444), magnetic field wheel (445), weighted shaft (446), described transfer wire (442) one end is connected with PTC calandrias (441), and the transfer wire (442) adds far from PTC One end of hot body (441) is connected with mounting electricity storage pack (443), and the magnetic conduction sphere (444) is embedded in mounting electricity storage pack (443) far from transmission One end of conducting wire (442), the weighted shaft (446) are embedded in magnetic field wheel (445) inside and on same axle center, the magnetic Field wheel (445) is located at below magnetic conduction sphere (444), and the one end of the heat carrier (437) far from auxiliary sliding rail (432) adds with PTC Hot body (441) is connected.

7. micro-welder device people according to claim 1, it is characterised in that：The extruding pull unit (47) includes drawing Running rope (471) pulls pulley (472), inclined push sliding block (473), forced spring (474), fixed block (475), the pulling Rope (471) one end is flexibly connected with pulley (472) outer surface is pulled, the rectangular triangle knot of the inclined push sliding block (473) Structure, the forced spring (474) are installed on inclined push sliding block (473) between fixed block (475), the stress main shaft (452) it is flexibly connected with rope (471) one end is pulled.

8. micro-welder device people according to claim 1, it is characterised in that：The promotion release device (46) includes solid Determine body block (461), spring (462), triggering magnetic field item (463), stress tilted block (464), lead ergosphere (465), magnetic field cue ball (466), stress magnetic field ball (467), mobile buckle (468), flexible springs (469), limit sliding rail (4610), ball to be triggered (4611), the spring (462) is installed on fixed body block (461) between stress tilted block (464), the stress tilted block (464) rectangular triangular structure, the triggering magnetic field item (463) are welded in triggering magnetic field item (463) longer one end in right angle At the top of face, the ergosphere (465) of leading is installed on ball to be triggered (4611) between magnetic field cue ball (466), stress magnetic field ball (467) it is embedded in mobile buckle (468) one end, the mobile buckle (468) is installed on limit sliding rail (4610) inside groove and activity Connection, the flexible springs (469) are located between stress magnetic field ball (467) and magnetic field cue ball (466).