CN201702547U - Multifunctional and automatic handle assembling device - Google Patents
Multifunctional and automatic handle assembling device Download PDFInfo
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- CN201702547U CN201702547U CN2009200517046U CN200920051704U CN201702547U CN 201702547 U CN201702547 U CN 201702547U CN 2009200517046 U CN2009200517046 U CN 2009200517046U CN 200920051704 U CN200920051704 U CN 200920051704U CN 201702547 U CN201702547 U CN 201702547U
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Abstract
The utility model provides a multifunctional and automatic handle assembling device which is applied to assembling a plastic handle, a nylon part, a stainless steel hollow handle or a wood handle, belonging to the technical field of electromechanical and automatic control. The device is provided with steam cylinders, steam pipes, steam valves and the like with three different standards by an iron worktable; the device controls a mould locking device, a heating device, a handle assembling device and a sense counting device by an automatic control system; and the device forms into various multifunctional and automatic actions by the conversion of change-over switches. The device adopts the following technical scheme: when the 'heat invasion' plastic handle and the nylon part need to be heated up, the mould locking device locks and fixes the hardware, the heating device partially and instantaneously heats the hardware, and the handle assembling device assemblies the hardware into the product only by turning on a footswitch SQ1; when the hardware needs to be locked by a fixed mould frame rather than automatically locking the mould, the change-over switch S1 can be rotated; when the stainless steel hollow handle or the wood handle needs to be assembled, the product can be directly formed only by rotating a change-over switch S2; and the product can be withdrawn by means of demolding simultaneously or respectively by rotating a switch S3 or a switch S4.
Description
Technical field
A kind of multi-functional automatic hilt machine relates to the daily goods of plant produced, is applicable to plastic handgrip, nylon accessory, the hollow handle of stainless steel or wooden handle are installed, and belongs to dynamo-electric automatic control technology field.
Background technology
The present daily goods of plant produced, need to install plastic handgrip, the hollow handle of stainless steel or wooden handle, great majority adopt intensive artificial installation, labor strength is big, and the not enough standard of product of using pincers, hammer tool production to come out easily goes out waste product, along with the steam-operating broad application, also have factory to adopt single cylinder control technology input that the handle product is installed, but heat plastic handgrip, the nylon accessory of going into again after need are heated still is in the low situation of manually-operated production efficiency.
The utility model content
For solving above-mentioned deficiency, the purpose of this utility model is to provide a kind of multi-functional automatic hilt machine, it is by ironworker's platform, cylinder and four groups of electromagnetism steam valves of three kinds of different sizes are installed, by an automatic control system, control clamping apparatus, heating apparatus, hilt device and sensing gauge counting apparatus, and constitute various multi-functional auto-actions by the conversion of change-over switch; It has taked following technical scheme: when you need heat " heat is gone into " plastic handgrip, nylon accessory, as long as start floor push (SQ
1), clamping apparatus pins handware fixing, then makes the local moment heating of handware by heating apparatus, dresses up product by the hilt device again; When you do not need automatic locked mode with fixing framed locking handware, rotatable change-over switch (S
1), when you need adorn hollow handle of stainless steel or wooden handle, as long as rotate change-over switch (S
2), can directly finish the moulding of product; Rotating switch (S
3) or (S
4), can select to move back simultaneously mould or move back mould taking-up product respectively.
Multi-functional automatic its integral structure characteristic of hilt machine of the utility model is: ironworker's platform (1) is installed automatic control box (2), control cabinet is fixed on the foot on worker's platform the right with screw, the electric automatic control circuit that encoded lead connects is housed in the case, its console switch is contained in limit, casing left side, and control line connects each control assembly through binding post by casing cabling on cable rack hole; 1. the clamping apparatus (3) formed of number cylinder is with screw be weldingly fixed on the plane on the right of worker's platform (1); By 2 2. heating apparatus of forming of number cylinder (4) and transformer (TB), wherein 1 cylinder is by grooved iron welding positioning support cylinder body, the plane welding of the grooved iron other end and ironworker's platform (1) is fixing, another 2. number cylinder be welded on ironworker's platform bottom surface by the grooved ferropexy, its electrode stretches out worker's deck plate place and is drilled with a glance position, and the red copper electrode of 2 cylinder transmissions is in line up and down relatively; Ansa prison position mould and sensor (SQ by 3. number cylinder (5) and movable carriage installation
2) wait and form a hilt device, by location-plate welding before and after the cylinder block be fixed on screw on the plane of left position of worker's platform (1); Handle class length position-limit mechanism (6) is fixed on screw on the plane of location right of worker's platform (1); Four groups of electromagnetism steam valves (7) are installed in worker's platform foot upper end respectively; Power transformer (TB) (8) is fixed on the horizontal iron plate of worker's platform (1) bottom with screw; Floor push (SQ
1) (9) lie in the optional position that people's pin is stepped on, connect lead and be connected on the binding post in the control cabinet.
The circuit of automatic electrical control system connects: (1-3) be floor push (SQ
1) the moving pass tie point of running jointly, be that moving disconnection of change-over switch (S1) closed tie point (3-5), (5-7) be auxiliary reclay (KA
3) moving disconnected interlocking contact tie point, (7-0) be auxiliary reclay (KA
1) coil and electromagnetism steam valve (YB
1A) the coil tie point, (1-5) be auxiliary reclay (KA
1) self-sustaining moving together contact tie point, (1-9) be auxiliary reclay (KA
1) the moving together contact tie point, (9-0) be the time relay (KT of on-delay
1) required power connection points, (1-11) be auxiliary reclay (KA
2) self-sustaining moving together contact tie point, (11-13) be auxiliary reclay (KA
3) interlocking break contact tie point, (13-0) be auxiliary reclay (KA
2) the coil tie point, (13-17) be the time relay (KT
2) the break contact tie point, (17-0) be and connect two electromagnetism steam valve (YB
2A) the coil tie point, (1-15) be the time relay (KT
1) the moving together contact tie point, (15-11) be change-over switch (S
2) the moving pass tie point that disconnects, (1-19) be auxiliary reclay (KA
2) the moving together contact tie point, (19-0) be the time relay (KT
2) required power connection points, (15-21) be change-over switch (S
2) move and run the pass tie point jointly, (1-21) be the time relay (KT
2) the moving together contact tie point, (21-0) be and connect two electromagnetism steam valve (YB
2B) coil and (YB
3A) the coil tie point, be (1-23) near switch (SQ
2) move and run the pass tie point jointly, (23-0) be auxiliary reclay (KA
3) the coil tie point, (23-25) be rotating switch (SA
2) move and run the pass tie point jointly, be message register (JS) coil tie point (25-0), (1-27) be auxiliary reclay (KA
3) the moving together contact tie point, (27-29) be change-over switch (S
3) the moving pass tie point that disconnects, (29-0) be electromagnetism steam valve (YB
1B) the coil tie point, (27-31) be change-over switch (S
4) the moving pass tie point that disconnects, (31-0) be electromagnetism steam valve (YB
3B) the coil tie point, (1-33) be the time relay (KT
3) the moving together contact tie point, (33-29) be change-over switch (S
3) move and run the pass tie point jointly, (33-31) be change-over switch (S
4) move and run the pass tie point jointly, (1-35) be and the auxiliary reclay (KA of company
3) (KA
4) the moving together contact tie point, (35-37) be the time relay (KT
3) moving disconnected interlocking contact tie point, (37-0) be auxiliary reclay (KA
4) the coil tie point, (1-39) be auxiliary reclay (KA
4) the moving together contact tie point, (39-0) be the time relay (KT
3) required power connection points, be power supply indicator (HL) tie point (1-0), (1-41) be (SA
3) move and run the pass tie point jointly, (41-43) be change-over switch (S
5) the moving end that closes connection transformer (TB) primary coil that disconnects, the coil other end connects 0 line (N).
1. number cylinder automatic locking die device is characterized in that: 1. location-plate (1) is installed in cylinder block on the iron plate on Gong Tai plane before and after number cylinder, and directed prison position groove and limiting plate (2) are installed on the Gong Tai plane with screw; The young tooth nut of driver plate (3) bottom is connected with the cylinder drive link, and the middle part is connected with two road drive links (4); Two road drive links (4) are connected and fixed with countersunk head screw with floating holder (5), floating holder (5) bottom is drilled with the position, hole, and pass two directed guide pillars (6), directed guide pillar (6) other end and positioning fixture (7) welding are fixing, stationary fixture (7) is connected and fixed with two countersunk head screws and anchor clamps base plate (8), and anchor clamps base plate (8) is fixed with screw with positioning seat (9), and positioning seat (9) is drilled with a silk hole, pass with screw mandrel (10), positioning seat (9) is fixed by two screws of worker's platform bottom.
2. the automatic heating apparatus of number cylinder is characterized in that: 2. number cylinder transmission upper/lower electrode and power transformer (TB) are formed by two, wherein 1 cylinder is contained in above worker's platform, another is contained in the Gong Tai bottom surface, the red copper electrode (5) of two cylinder transmissions is in line up and down relatively, grooved iron (1) upper end is weldingly connected with location-plate (2), and with the fixing 2. number cylinder block of screw, grooved iron (1) lower end is welded on the Gong Tai plane, top, grooved iron rear end has the position, hole of a rectangle, driver plate (3) one ends are drilled with the eye position, be connected and fixed with nut and cylinder power transmission shaft, the other end is connected and fixed with two screw and nuts and phenolic aldehyde insulation board (4), insulation board front end eye position and red copper electrode (5) lock with nut, electrode (5) and power transformer (TB) secondary coil output cathode end are connected and fixed, and 2. the electrode and transformer (TB) the secondary coil output negative pole end of number cylinder transmission are connected and fixed to be welded on another of Gong Tai bottom surface; A limiting plate (6) is equipped with at the grooved iron back side.
3. the automatic hilt device of number cylinder is characterized in that: 3. number cylinder front end location-plate (1) is connected and fixed with screw and Gong Tai plane, and rear end location-plate and the welding of worker's deck plate edge are fixing, and its periphery is connected and fixed with four screws and cylinder block; Eye position in the middle of the driver plate (2) is connected with the cylinder drive link, and the lower end is connected with the top slide block of two screws and movable carriage (3); Planker lower end and Gong Tai plane are connected and fixed by four screws in worker's platform bottom, and the base plate of installation mold (4) is connected and fixed with the slide block of screw and planker (3); The fore-set (5) of handle prison position mould and framed rear end is connected and fixed with base plate (4), and fore-set withstands the rear end of product handle, and framed and base plate (4) is connected and fixed with countersunk head screw; Planker slide block (3) front end digs a space, and the slide block side above the movable carriage (3) is equipped with a screw, and cap nut is as the metal vane.
When not departing from this structure and circuit theory, be equally applicable to the control of hydraulic cylinder and magnetic valve.
The multi-functional automatic hilt machine of the utility model, both can go into to install to plastic handgrip heat, and can carry out directly to go into to install to hollow handle of stainless steel or wooden handle again, be the intelligent artifact of a kind of high efficiency and flexibility and changeability, its reliability and practicality are higher, modular product and reducing production costs alleviates work fatigue, the saving personnel effectively, liberate the productive forces, product uses wide and demand is big, and domestic do not have precedent as yet, and economic benefit is played facilitation.
Description of drawings
Fig. 1 is each parts installation site schematic diagram of the utility model.
Fig. 2 is the utility model automatic electrical control system circuit theory diagrams.
Fig. 3 is a 1. number cylinder automatic locking die device structural representation of the utility model.
Fig. 4 is the 2. automatic heating apparatus structural representation of number cylinder of the utility model.
Fig. 5 is the 3. automatic hilt apparatus structure of a number cylinder schematic diagram of the utility model.
The specific embodiment:
Motor-driven being achieved in that with reference to each parts installation site of Fig. 1 of the multi-functional automatic hilt of the utility model implements to install, connect as figure with reference to each change-over switch of Fig. 2, when you need handware is added warm when going into plastic handgrip, the good mould of adjustment makes handware become the balance straight line with plastics stalked eye position, simultaneously upper/lower electrode is debugged the contact position that handware need heat, with reference to Fig. 2, press (SA
1), (SA
3), (HL) is bright for power on light, rotates (S
5) gear, select (TB) output required voltage, earlier plastic handgrip is put in framed (5) of Fig. 5, again handware is put in the locked mode prison position of Fig. 3 (5) (7), and mixed up Fig. 1 (6) handware length prison position, cardon 1 (9) (SQ tramps with one's feet
1) floor push, Fig. 2 controls power supply and makes auxiliary reclay (KA by (1-3) through (3-5), (5-7)
1) and electromagnetism steam valve (YB
1A) the coil adhesive, and by (1-5) (KA
1) the moving together contact self-sustaining, the control power supply is through (1-9) (KA
1) moving together contact makes the time relay (KT
1) the conducting timing, as electromagnetism steam valve (YB
1A) during the coil adhesive, the compression gas through steam pipe and choke valve from Fig. 3 1. the admission opening of number cylinder rear end go into, the driving drive link promotes driver plate (3) forward and advances along a prison position groove, it is fixing with the handware pinning forward that while two road drive links (4) drive flexible moulds (5), and the limiting plate of supervising position groove (2) this moment withstands driver plate (3) and must not advance; With reference to Fig. 2, the control power supply is by (1-15) (KT
I) moving together contact, through (15-11) (S
2) moving pass warp (the 11-13) (KA that disconnects
3) moving disconnected interlocking contact makes auxiliary reclay (KA
2) the 2. electromagnetism steam valve (YB that advances of number cylinder of coil and two
2A) the coil adhesive, (KA
2) carry out self-sustaining by (1-11), and by (1-19) (KA
2) moving together contact makes the time relay (KT
2) the conducting timing, as (YB
2A) during the coil adhesive, the compression gas enters two of Fig. 4 2. in number cylinder block through steam pipe and flow-limiting valve from steam inleting vent, drive drive link respectively and drive driver plate, phenolic board and electrode (5), descend or rise along the rectangle eye position of flute profile iron rear end, when rising or descend, upper/lower electrode puts in place when pressing handware surperficial, thereby cause short circuit, handware moment heating, setting-up time relay (KT
2) can set the length of warm-up time, when the control power supply by (KT
2) (1-21) moving together contact make two 2. electromagnetism steam valve (YB of number cylinder
2B) and the 3. electromagnetism steam valve (YB of number cylinder
3A) during adhesive simultaneously, two 2. number cylinder drive the upper/lower electrode of heating respectively and separate, 3. number cylinder sliding shoe that promotes Fig. 5 that advances simultaneously advances framed and framed interior plastic handgrip, when entering the handware desired depth near switch (SQ
2) during sensing location, product is finished product, this moment is near switch (SQ
2) the sensing conducting, the control power supply makes auxiliary reclay (KA through (1-23)
3) coil gets electric adhesive, the control power supply is by (KA
3) (5-7), (11-13) break contact cuts off auxiliary reclay (KA
1) (KA
2) and the 2. number wealthy (YB of cylinder electromagnetism vapour
2AYB
2B) loop current, and remove self-locking, (KA
1), (KA
2), (YB
2A), (YB
2B), (YB
3A) all discharge, counting turns (SA if desired
2) conducting, message register (JS) is then according to (SQ
2) every sensing once counts once, the control power supply is by (1-27) (KA
3) moving together contact warp (27-29) (S
3) break contact makes the 1. electromagnetism steam valve (YB of number cylinder
IB) and (27-31) change-over switch (S
4) moving disconnect closing make the 3. (YB of number cylinder
3B) adhesive simultaneously, 1. this just realized, 3. number cylinder retreats simultaneously; When you rotate (S
3) during change-over switch, 1. number cylinder (YB
1B) coil connected (29-33) (KT
3) moving together contact, 3. number cylinder retreats earlier, and 1. number cylinder time-delay retreats again; When you rotate (S
4) during change-over switch, 3. number cylinder electromagnetism steam valve (YB
3B) coil connected (31-33) (KT
3) moving together contact, (YB
3B) the coil conducting, this has just realized that 1. number cylinder retreats earlier, 3. number cylinder takes out stereotyped workpiece through time-delay again after the pressurize and retreats, this retreats the surface of pulling workpiece with 1. number cylinder the time with regard to having been avoided some product because of 3. number cylinder, plastic handgrip cooling back after heating is taken out, and product is more firm.As middle relay (KA
3) during adhesive, the control power supply is by (1-35) (KA
3) moving together contact warp (35-37) (KT
3) break contact makes auxiliary reclay (KA
4) the coil adhesive, and by (KA
4) (1-35) moving together contact self-sustaining, (KA
4) (1-39) moving together contact make the time relay (KT
3) the conducting timing, when delay time has arrived then by (KT
3) (35-37) break contact remove (KA
4) self-sustaining.
When you need that the hollow handle of stainless steel or wooden handle dressed up product, rotatable switch (S
2), the circuit that changes Fig. 2 connects, and makes (15-21) conducting, at this moment, steps on floor push (SQ
1), the 1. number cylinder locked mode that advances, (KT
1) the conducting timing, because (1-15) (KT
1) signal that connects do not have conducting (15-11), so (KA
2), (YB
2A), (KT
2) all discharge not action, (1-15) moving together contact has replaced (KT
2) (1-21) moving together contact, make 2 (YB
2B) and (YB
3A) the coil adhesive, because 2. number cylinder has retreated and has resetted, though (YB
2B) the coil conducting, but 2. number cylinder is failure to actuate, and 3. number cylinder advances, and hollow handle of stainless steel or wooden handle in Fig. 5 framed (5) are advanced to the precalculated position and finished product.
When you use fixed mould or anchor clamps not to need the transmission locked mode and when needing heat to go into plastic handgrip, rotatable switch (S1), the circuit that changes Fig. 2 connects, and makes (3-15) conducting, steps on floor push (SQ this moment
1), owing to (3-5) do not have conducting, so (KA
1), (YB
1A), (KT
1) all discharge, 1. number cylinder is failure to actuate, and action is after this pressed the later action of Fig. 2 (15-11) and is implemented.
After the typing of product hilt, change change-over switch (S
3) or (S
4) circuit connect, can realize 1., 3. number cylinder retreats simultaneously, or 1. number cylinder retreats earlier, 3. number cylinder retreats again, or 3. number cylinder retreats earlier, 1. number cylinder retreats again, this just can take out product according to the multi-form different mould mode of moving back of product employing.
The automatic hilt machine of the utility model, practicality is stronger, changes action intelligently according to producing actual required neatly, and the production efficiency height, liberates the productive forces, and should promote the use of.
Claims (4)
1. multi-functional automatic hilt machine, it is by ironworker's platform, cylinder and four groups of electromagnetism steam valves of three kinds of different sizes are installed, by an automatic control system, control clamping apparatus, heating apparatus, hilt device and sensing gauge counting apparatus, and constitute various multi-functional auto-actions by the conversion of change-over switch; Its integral structure characteristic is: ironworker's platform (1) is installed automatic control box (2), control cabinet is fixed on the foot on worker's platform the right with screw, the electric automatic control circuit that encoded lead connects is housed in the case, its console switch is contained in limit, casing left side, and control line connects each control assembly through binding post by casing cabling on cable rack hole; 1. the clamping apparatus (3) formed of number cylinder is with screw be weldingly fixed on the plane on the right of worker's platform (1); By 2 2. heating apparatus of forming of number cylinder (4) and transformer (TB), wherein 1 cylinder is by grooved iron welding positioning support cylinder body, the plane welding of the grooved iron other end and ironworker's platform (1) is fixing, another 2. number cylinder be welded on ironworker's platform bottom surface by the grooved ferropexy, its electrode stretches out worker's deck plate place and is drilled with a glance position, and the red copper electrode of 2 cylinder transmissions is in line up and down relatively; Ansa prison position mould and sensor (SQ by 3. number cylinder (5) and movable carriage installation
2) wait and form a hilt device, by location-plate welding before and after the cylinder block be fixed on screw on the plane of left position of worker's platform (1); Handle class length position-limit mechanism (6) is fixed on screw on the plane of location right of worker's platform (1); Four groups of electromagnetism steam valves (7) are installed in worker's platform foot upper end respectively; Power transformer (TB) (8) is fixed on the horizontal iron plate of worker's platform (1) bottom with screw; Floor push (SQ
1) (9) lie in the optional position that people's pin is stepped on, connect lead and be connected on the binding post in the control cabinet; The circuit of automatic electrical control system connects: (1-3) be floor push (SQ
1) move and run the pass tie point jointly, (3-5) be change-over switch (S
1) the moving pass tie point that disconnects, (5-7) be auxiliary reclay (KA
3) moving disconnected interlocking contact tie point, (7-0) be auxiliary reclay (KA
1) coil and electromagnetism steam valve (YB
1A) the coil tie point, (1-5) be auxiliary reclay (KA
1) self-sustaining moving together contact tie point, (1-9) be auxiliary reclay (KA
1) the moving together contact tie point, (9-0) be the time relay (KT of on-delay
1) required power connection points, (1-11) be auxiliary reclay (KA
2) self-sustaining moving together contact tie point, (11-13) be auxiliary reclay (KA
3) interlocking break contact tie point, (13-0) be auxiliary reclay (KA
2) the coil tie point, (13-17) be the time relay (KT
2) the break contact tie point, (17-0) be and connect two electromagnetism steam valve (YB
2A) the coil tie point, (1-15) be the time relay (KT
1) the moving together contact tie point, (15-11) be change-over switch (S
2) the moving pass tie point that disconnects, (1-19) be auxiliary reclay (KA
2) the moving together contact tie point, (19-0) be the time relay (KT
2) required power connection points, (15-21) be change-over switch (S
2) move and run the pass tie point jointly, (1-21) be the time relay (KT
2) the moving together contact tie point, (21-0) be and connect two electromagnetism steam valve (YB
2B) coil and (YB
3A) the coil tie point, be (1-23) near switch (SQ
2) move and run the pass tie point jointly, (23-0) be auxiliary reclay (KA
3) the coil tie point, (23-25) be rotating switch (SA
2) move and run the pass tie point jointly, be message register (JS) coil tie point (25-0), (1-27) be auxiliary reclay (KA
3) the moving together contact tie point, (27-29) be change-over switch (S
3) the moving pass tie point that disconnects, (29-0) be electromagnetism steam valve (YB
1B) the coil tie point, (27-31) be change-over switch (S
4) the moving pass tie point that disconnects, (31-0) be electromagnetism steam valve (YB
3B) the coil tie point, (1-33) be the time relay (KT
3) the moving together contact tie point, (33-29) be change-over switch (S
3) move and run the pass tie point jointly, (33-31) be change-over switch (S
4) move and run the pass tie point jointly, (1-35) be and the auxiliary reclay (KA of company
3) (KA
4) the moving together contact tie point, (35-37) be the time relay (KT
3) moving disconnected interlocking contact tie point, (37-0) be auxiliary reclay (KA
4) the coil tie point, (1-39) be auxiliary reclay (KA
4) the moving together contact tie point, (39-0) be the time relay (KT
3) required power connection points, be power supply indicator (HL) tie point (1-0), (1-41) be (SA
3) move and run the pass tie point jointly, (41-43) be change-over switch (S
5) the moving end that closes connection transformer (TB) primary coil that disconnects, the coil other end connects 0 line (N).
2. multi-functional automatic hilt machine according to claim 1 is characterized in that: 1. location-plate (1) is installed in cylinder block on the iron plate on Gong Tai plane before and after number cylinder, and directed prison position groove and limiting plate (2) are installed on the Gong Tai plane with screw; The young tooth nut of driver plate (3) bottom is connected with the cylinder drive link, and the middle part is connected with two road drive links (4); Two road drive links (4) are connected and fixed with countersunk head screw with floating holder (5), floating holder (5) bottom is drilled with the position, hole, and pass two directed guide pillars (6), directed guide pillar (6) other end and positioning fixture (7) welding are fixing, stationary fixture (7) is connected and fixed with two countersunk head screws and anchor clamps base plate (8), and anchor clamps base plate (8) is fixed with screw with positioning seat (9), and positioning seat (9) is drilled with a silk hole, pass with screw mandrel (10), positioning seat (9) is fixed by two screws of worker's platform bottom.
3. multi-functional automatic hilt machine according to claim 1, it is characterized in that: 2. number cylinder transmission upper/lower electrode and power transformer (TB) are formed by two, wherein 1 cylinder is contained in above worker's platform, another is contained in the Gong Tai bottom surface, the red copper electrode (5) of two cylinder transmissions is in line up and down relatively, grooved iron (1) upper end is weldingly connected with location-plate (2), and with the fixing 2. number cylinder block of screw, grooved iron (1) lower end is welded on the Gong Tai plane, top, grooved iron rear end has the position, hole of a rectangle, driver plate (3) one ends are drilled with the eye position, be connected and fixed with nut and cylinder power transmission shaft, the other end is connected and fixed with two screw and nuts and phenolic aldehyde insulation board (4), insulation board front end eye position and red copper electrode (5) lock with nut, electrode (5) and power transformer (TB) secondary coil output cathode end are connected and fixed, and 2. the electrode and transformer (TB) the secondary coil output negative pole end of number cylinder transmission are connected and fixed to be welded on another of Gong Tai bottom surface; One limiting plate (6) is equipped with at the grooved iron back side.
4. multi-functional automatic hilt machine according to claim 1, it is characterized in that: 3. number cylinder front end location-plate (1) is connected and fixed with screw and Gong Tai plane, rear end location-plate and the welding of worker's deck plate edge are fixing, and its periphery is connected and fixed with four screws and cylinder block; Eye position in the middle of the driver plate (2) is connected with the cylinder drive link, and the lower end is connected with the top slide block of two screws and movable carriage (3); Planker lower end and Gong Tai plane are connected and fixed by four screws in worker's platform bottom, and the base plate of installation mold (4) is connected and fixed with the slide block of screw and planker (3); The fore-set (5) of handle prison position mould and framed rear end is connected and fixed with base plate (4), and fore-set withstands the rear end of product handle, and framed and base plate (4) is connected and fixed with countersunk head screw; Planker slide block (3) front end digs a space, and the slide block side above the movable carriage (3) is equipped with a screw, and cap nut is as the metal vane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200517046U CN201702547U (en) | 2009-02-26 | 2009-02-26 | Multifunctional and automatic handle assembling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200517046U CN201702547U (en) | 2009-02-26 | 2009-02-26 | Multifunctional and automatic handle assembling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201702547U true CN201702547U (en) | 2011-01-12 |
Family
ID=43439696
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200517046U Expired - Fee Related CN201702547U (en) | 2009-02-26 | 2009-02-26 | Multifunctional and automatic handle assembling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201702547U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104669606A (en) * | 2013-09-05 | 2015-06-03 | 上海理工大学 | Method for assembling insulation sleeve of pinchers |
| CN105081758A (en) * | 2015-08-28 | 2015-11-25 | 高精科技(苏州)有限公司 | Locking device with detection function |
| CN105382754A (en) * | 2015-12-11 | 2016-03-09 | 江苏宏宝工具有限公司 | Plastic handle sleeving device |
| CN105458681A (en) * | 2015-11-30 | 2016-04-06 | 芜湖普威技研有限公司 | Rapid screw beating tool |
| CN105965255A (en) * | 2016-06-21 | 2016-09-28 | 苏州市吴中区木渎华利模具加工店 | Assembling mechanism of motorcycle part assembling machine |
| CN107263088A (en) * | 2016-04-09 | 2017-10-20 | 乐清市上合自动化科技有限公司 | Plastic pneumatic joint automatic assembling machine and assembly method |
| CN107363508A (en) * | 2017-06-23 | 2017-11-21 | 宁波成德塑胶科技有限公司 | A kind of damper top glue bolt riveting device and its riveting method |
| CN113001152A (en) * | 2019-12-18 | 2021-06-22 | 王鼎瑞 | Assembly module, assembly equipment and application method of assembly module |
-
2009
- 2009-02-26 CN CN2009200517046U patent/CN201702547U/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104669606A (en) * | 2013-09-05 | 2015-06-03 | 上海理工大学 | Method for assembling insulation sleeve of pinchers |
| CN105081758A (en) * | 2015-08-28 | 2015-11-25 | 高精科技(苏州)有限公司 | Locking device with detection function |
| CN105081758B (en) * | 2015-08-28 | 2017-11-03 | 高精科技(苏州)有限公司 | Lock with detection function pays device |
| CN105458681A (en) * | 2015-11-30 | 2016-04-06 | 芜湖普威技研有限公司 | Rapid screw beating tool |
| CN105382754A (en) * | 2015-12-11 | 2016-03-09 | 江苏宏宝工具有限公司 | Plastic handle sleeving device |
| CN107263088A (en) * | 2016-04-09 | 2017-10-20 | 乐清市上合自动化科技有限公司 | Plastic pneumatic joint automatic assembling machine and assembly method |
| CN107263088B (en) * | 2016-04-09 | 2019-06-07 | 乐清市上合自动化科技有限公司 | Plastic pneumatic connector automatic assembling machine and assembly method |
| CN105965255A (en) * | 2016-06-21 | 2016-09-28 | 苏州市吴中区木渎华利模具加工店 | Assembling mechanism of motorcycle part assembling machine |
| CN107363508A (en) * | 2017-06-23 | 2017-11-21 | 宁波成德塑胶科技有限公司 | A kind of damper top glue bolt riveting device and its riveting method |
| CN107363508B (en) * | 2017-06-23 | 2019-07-12 | 宁波成德塑胶科技有限公司 | A kind of damper top glue bolt riveting device and its riveting method |
| CN113001152A (en) * | 2019-12-18 | 2021-06-22 | 王鼎瑞 | Assembly module, assembly equipment and application method of assembly module |
| CN113001152B (en) * | 2019-12-18 | 2023-08-22 | 王鼎瑞 | Assembly module, assembly device and application method of assembly module |
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