CN203839300U - Plug-in fuse semi-automatic assembly machine - Google Patents
Plug-in fuse semi-automatic assembly machine Download PDFInfo
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- CN203839300U CN203839300U CN201420246022.1U CN201420246022U CN203839300U CN 203839300 U CN203839300 U CN 203839300U CN 201420246022 U CN201420246022 U CN 201420246022U CN 203839300 U CN203839300 U CN 203839300U
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Abstract
The utility model discloses a plug-in fuse semi-automatic assembly machine. The plug-in fuse semi-automatic assembly machine comprises a first feeding device used for conveying semi-finished products, a second feeding device used for conveying upper cover parts, a turntable used for providing a processing station for semi-finished products to be processed, an assembling device used for closely assembling metal frames in the semi-finished products and shell parts to make the metal frames and the shell parts form integrated bodies; an upper cover covering device used for covering upper covers on the semi-finished products, and a discharging device used for collecting finished products; a plurality of positioning holes are distributed at intervals at the turntable; the turntable is driven by a driving motor to rotate by a preset angle so as to enable the semi-finished products located at the positioning holes to be corresponding to each processing device and rotate the semi-finished products to the position of each processing device according to certain rotation directions, so that all processing steps can be accomplished; and therefore, automated production can be realized, labor force can be reduced, and production efficiency can be improved, and assembly quality can be ensured, and operation is simple.
Description
Technical field
The utility model relates to the semi-automatic assembly machine of a kind of pull-out fuse.
Background technology
Fuse is a kind of electric elements that guarantee circuit safety operation in circuit that are arranged on, fuse is comprised of melt, electrode, housing three parts conventionally, melt is partly the core of fuse, during fusing, play the effect of cutting off electric current, electrode is partly the vitals that melt is connected with circuit, there is good conductivity, housing parts is make melt, electrode obtain fixing and make fuse become the overall structure of rigidity so that install, use, and has good mechanical strength, insulating properties, thermal endurance and anti-flammability.In use; when circuit breaks down or is abnormal; electric current can constantly raise; the electric current of this rising likely damages some important devices or the valuable device in circuit; also likely burn circuit and even cause fire; there is the fuse can be when current anomaly is elevated to certain height, self fusing melt and cut off electric current, thus play the effect of protective circuit safe operation.
The kind of fuse is more; from the scope of application, there are power fuse, lathe fuse, electrical instrumentation fuse, automobile fuse etc.; there are from a structural point tube fuse, spiral fuse, insert type fuse, flat fuse, SMD fuse etc.; wherein insert type fuse is a kind of fuse that plays overcurrent protection effect in automobile circuit that is mainly used in; certainly, it also can for need to carry out the operating voltage load of overcurrent protection must other electric equipments of evaluation in.Melt and the electrode of this pull-out fuse are normally integrally formed by punching press, so its structure only has two independent sectors conventionally, a part is housing, and a part is core body, and core body has comprised electrode and melt, during assembling, in the containing cavity as core body partial insertion housing, then adopt pressing equipment that core body and housing are fixed together, to prevent that core body from deviating from from housing, after fixing, can be used as fuse and use.In the assembling process of existing pull-out fuse, often relate to multi-step process, between Qi Ge road manufacturing procedure, do not obtain coordinating automatically to control, therefore between each procedure and on each procedure, often needing to assign labour, manually guided implement is processed, such processing mode has caused that assembling labour intensity is large, assembly quality is unstable, all drawbacks such as production efficiency is low, cause the production cost of product to rise, and lack competitiveness.
Utility model content
The utility model provides a kind of pull-out fuse semi-automatic assembly machine, and it has overcome the deficiencies in the prior art described in background technology.
The technical scheme adopting that the utility model solves its technical problem is:
The semi-automatic assembly machine of pull-out fuse, it comprises a board seat, is provided with and carries half-finished the first pay-off on board seat; The second pay-off for delivery of upper cover part; For the rotating disk of semi-finished product processing stations to be processed is provided; For semi-finished product are taken out and are positioned over the discharging device rotating disk processing stations from the first pay-off; Be used for the metallic framework of semi-finished product and housing part close fit all-in-one-piece assembling device; For taking out upper cover and close the lid and make it to become the device that closes the lid of finished product to semi-finished product from the second pay-off; For finished product being taken out to the take out device of rotating disk; And for collecting the drawing mechanism of finished product.
Board seat is provided with a drive motors, on rotating disk, interval is laid with a plurality of location holes, by drive motors drive this rotating disk turn over semi-finished product that default angle makes to be positioned at each location hole place respectively corresponding discharging device, assembling device, device and take out device successively semi-finished product stepping is turned over to predetermined angle to complete corresponding procedure of processing according to the rotation direction of discharging device, assembling device, close the lid device and take out device close the lid.
The first pay-off comprises and is provided with the first spacing conduit, outer peripheral edges and the discharging device of the corresponding rotating disk of front end of the first spacing conduit;
The second pay-off comprises and is provided with the second spacing conduit, outer peripheral edges and the take out device of the corresponding rotating disk of front end of the second spacing conduit;
Drawing mechanism comprises and is provided with a discharge opening and discharging conduit, and discharge opening is located on the base plate of board seat, and tail end and the discharge opening of discharging conduit join, and front end and finished product collecting box join.
Among one embodiment: also comprise the Counterboring apparatus that connects jack for expanding semi-finished product, described Counterboring apparatus is along the assembling device of dial rotation direction and the device closing the lid between device, described Counterboring apparatus comprises the first descending cylinder, the first up cylinder, the first lower lock block and tool, tool and the first up cylinder are fixedly connected, the first lower lock block and the first descending cylinder are fixedly connected, descending drive the first lower lock block of the first descending cylinder is pushed down semi-finished product, the up drive tool of the first up cylinder correspondence stretches into half-finished connection jack and connects jack with expansion.
Among one embodiment: also comprise for contacting the sheet metal of semi-finished product jack and whether became flexible and contact device with detection metallic framework, the described device that contacts is along the assembling device of dial rotation direction and the device closing the lid between device, the described device that contacts comprises and is provided with the second descending cylinder, the second lower lock block, two thimbles, the second up cylinder and the 3rd up cylinder, two thimbles join with the second up cylinder and the 3rd up cylinder respectively, the second lower lock block and the second descending cylinder join, descending drive the second lower lock block of the second descending cylinder is pushed down semi-finished product, the up two thimble correspondences that drive respectively of the second up cylinder and the 3rd up cylinder put in half-finished connection jack to contact metallic framework wherein.
Among one embodiment: also comprise for proofreading and correct the Skeleton emendation device of semi-finished product metallic framework, described Skeleton emendation device is along the assembling device of dial rotation direction and the device closing the lid between device, described Skeleton emendation device comprises and is provided with four paws cylinder and ratchet, four paws and the ratchet of four paws cylinder are fixedly connected, and ratchet can put in half-finished housing and proofread and correct metallic framework.
Among one embodiment: also comprise the energising checkout gear whether conducting for detection of finished product, described energising checkout gear is the next device of device along dial rotation direction that close the lid, described energising checkout gear comprises and is provided with the 3rd descending cylinder, the 3rd lower lock block, the 4th up cylinder and probe, the 4th up cylinder and probe join, the 3rd descending cylinder and the 3rd lower lock block join, the descending drive of the 3rd descending cylinder the 3rd lower lock block is pushed down semi-finished product, the up drive two probe correspondences of the 4th up cylinder put in half-finished connection jack and connect metallic framework wherein with electricity.
Among one embodiment: also comprise the sorting unit for sorting non-defective unit and defective products, described sorting unit comprises and is provided with a revolving door and rotation cylinder, revolving door is located on the base plate of discharging conduit, and revolving door and rotary cylinder join and open or close by rotary cylinder.
Among one embodiment: described discharging device comprises and is provided with the first finger cylinder, the first vertical cylinder and the first horizontal air cylinder, the first finger cylinder and the first vertical cylinder joins, the first vertical cylinder and the first horizontal air cylinder join, the first horizontal air cylinder can promote the motion of this first vertical cylinder and the first finger cylinder along continuous straight runs, and the first vertical cylinder can promote the first finger cylinder motion vertically and realize the movement of semi-finished product from the first spacing conduit to rotating disk.
Among one embodiment: described in the device that closes the lid comprise and be provided with the second vertical cylinder, the second horizontal air cylinder and Acetabula device, the second vertical cylinder and Acetabula device join, the second horizontal air cylinder and the second vertical cylinder join, the second horizontal air cylinder can promote the motion of the second vertical cylinder and Acetabula device along continuous straight runs, and the second vertical cylinder can promote Acetabula device and vertically move and realize absorption and the movement of upper cover from the second spacing conduit to rotating disk of upper cover.
Among one embodiment: described assembling device comprises the 4th descending cylinder and the 4th lower lock block, the 4th descending cylinder and the 4th lower lock block join, and the 4th descending cylinder can promote the 4th lower lock block and downwards metallic framework is pressed in housing.
Among one embodiment: described take out device comprises and is provided with second finger cylinder, the 3rd vertical cylinder and the 3rd horizontal air cylinder, second finger cylinder and the 3rd vertical cylinder join, the 3rd vertical cylinder and the 3rd horizontal air cylinder join, the 3rd horizontal air cylinder promotes the motion of the 3rd vertical cylinder and second finger cylinder along continuous straight runs, and the 3rd vertical cylinder promotes second finger cylinder and vertically moves and realize the movement of the discharge opening of finished product from rotating disk to board seat base plate.
Among one embodiment: described the first spacing conduit front end is equiped with can respond in the location hole that discharging device is corresponding whether have half-finished inductive pick-up, and the first spacing conduit is a tilting conduit, is fixed on board seat.
Among one embodiment: described tool is a metal body, metal body have a holder with from the two outstanding parallel and sheet pin put of this holder, these two pin are corresponding half-finished connection jacks respectively.
Among one embodiment: described inductive pick-up is fiber sensor.
The technical program is compared with background technology, and its tool has the following advantages:
1, owing to having adopted, carry half-finished the first pay-off, the second pay-off for delivery of upper cover part, for the rotating disk of semi-finished product processing stations to be processed is provided, for semi-finished product are taken out and are positioned over the discharging device rotating disk processing stations from the first pay-off, be used for the metallic framework of semi-finished product and housing part close fit all-in-one-piece assembling device, for taking out upper cover from the second pay-off and closing the lid and make it to become the device and make the assembling of fuse can realize automatic continuous production for finished product being taken out to the take out device of rotating disk of closing the lid of finished product to semi-finished product, greatly alleviated workman's labour intensity, improved labor productivity.
2, owing to being mechanically actuated operation from the first pay-off, the second pay-off to the whole production process drawing mechanism, guaranteed assembly quality, and easy and simple to handle, be easy to use.
3, can be so that machine a tractor serves several purposes reduces cost of manufacture by changing or changing the device mould size at each station place and the size of rotating disk location hole.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Fig. 1 has illustrated the overall schematic of the semi-automatic assembly machine of pull-out fuse described in the present embodiment.
Fig. 2 has illustrated the first conveying conduit and the discharging device schematic diagram partly described in the present embodiment.
Fig. 3 has illustrated the second conveying conduit and the device that the closes the lid schematic diagram partly described in the present embodiment.
Fig. 4 has illustrated the schematic diagram of the assembling device part described in the present embodiment.
Fig. 5 has illustrated the schematic diagram of the Counterboring apparatus part described in the present embodiment.
Fig. 6 has illustrated the schematic diagram that contacts device part described in the present embodiment.
Fig. 7 has illustrated the schematic diagram of the Skeleton emendation device part described in the present embodiment.
Fig. 8 has illustrated the schematic diagram of the energising checkout gear part described in the present embodiment.
Fig. 9 has illustrated the schematic diagram of the take out device part described in the present embodiment.
Figure 10 has illustrated the schematic diagram of the sorting unit part described in the present embodiment.
Embodiment
Please refer to Fig. 1 to Figure 10, the semi-automatic assembly machine of pull-out fuse, it comprises a board seat 100, and the first pay-off 1 of carrying semi-finished product 200 is installed on board seat 100; The second pay-off 2 for delivery of upper cover part 300; For the rotating disk 3 of semi-finished product 200 processing stations to be processed is provided; For semi-finished product 200 are taken out and are positioned over the discharging device 4 rotating disk 3 processing stations from the first pay-off 1; Be used for the metallic framework of semi-finished product 200 and housing part close fit all-in-one-piece assembling device 5; For taking out upper cover 300 from the second pay-off and to semi-finished product 200 300 devices 6 that close the lid that make it to become finished product that close the lid; For finished product being taken out to the take out device 7 of rotating disk; And for collecting the drawing mechanism 8 of finished product; On board seat, be also provided with a drive motors, on rotating disk, interval is laid with a plurality of location holes 31 to form processing stations, and drive motors can drive rotating disk 3 to rotate according to default angle stepping, makes location hole 31 position of corresponding each device successively.
The first pay-off 1 comprises outer peripheral edges and the discharging device 4 of the corresponding rotating disk 3 of front end that is provided with the spacing conduit 11 of the first spacing conduit 11, the first; Described the first stopper slot 11 road front ends are equiped with can respond to the inductive pick-up 111 that whether has semi-finished product 200 in the location hole that discharging device is corresponding, and in the present embodiment, described inductive pick-up 111 is fiber sensor.The first spacing conduit 11 is a tilting conduit, is fixed on board seat 100, and first block 112 that is provided with foremost of the first spacing conduit 11 carries out spacingly to prevent it from skidding off the first spacing conduit 11, dropping in order to the semi-finished product 200 on the first spacing conduit 11.
The second pay-off 2 comprises and is provided with the second spacing conduit 21, second block 211 that is provided with foremost of the outer peripheral edges of the corresponding rotating disk 3 of the front end of the second spacing conduit 21 and the spacing conduit 21 of take out device 7, the second carries out spacingly to prevent it from skidding off the second spacing conduit 21, dropping in order to the upper cover on the second spacing conduit 21.
Drawing mechanism 8 comprises and is provided with a discharge opening 81 and discharging conduit 82, and discharge opening 81 is located on the base plate of board seat 100, and the tail end of discharging conduit 82 and discharge opening 81 join, and front end and finished product collecting box join.
In the present embodiment, also comprise the Counterboring apparatus 9 that connects jack for expanding semi-finished product 200, described Counterboring apparatus 9 is along the assembling device 5 of dial rotation direction and the device closing the lid between device 6, in the present embodiment, Counterboring apparatus 9 is that assembling device 5 is along the next device of dial rotation direction.Described Counterboring apparatus 9 comprises the up cylinder 92 of the first descending cylinder 91, first, the first lower lock block 93 and tool 94, tool 94 and the first up cylinder 92 are fixedly connected, the first lower lock block 93 and the first descending cylinder 91 are fixedly connected, the connection jack that up drive tool 94 correspondences of the up cylinder 92 of semi-finished product 200, the first of pushing down descending drive the first lower lock block 93 of the first descending cylinder 91 stretch into semi-finished product 200 connects jack with expansion.In the present embodiment, described tool 94 is a metal body, metal body have a holder with from the two outstanding parallel and sheet pin put of this holder, these two pin are corresponding half-finished connection jacks respectively.
In the present embodiment, also comprise for contacting the sheet metal of semi-finished product jack and whether became flexible and contact device 10 with detection metallic framework, the described device 10 that contacts is along the assembling device 5 of rotating disk 3 rotation directions and the device closing the lid between device 6, in the present embodiment, contact device 10 for the next device of Counterboring apparatus 9 along rotating disk 3 rotation directions.The described device 10 that contacts comprises and is provided with the second descending cylinder 101, the second lower lock block 102, the up cylinder 104 of two thimbles 103, second and the 3rd up cylinder 105, two thimbles 103 join with the second up cylinder 104 and the 3rd up cylinder 105 respectively, the second lower lock block 102 and the second descending cylinder 101 join, descending drive the second lower lock block 102 of the second descending cylinder 101 pushes down the up cylinder 104 of semi-finished product 200, the second and the 3rd up cylinder 105 is up drives respectively connection jack that two thimble 103 correspondences put in semi-finished product 200 to contact metallic framework wherein.
In the present embodiment, also comprise for proofreading and correct the Skeleton emendation device 20 of semi-finished product metallic framework, described Skeleton emendation device 20 is along the assembling device 5 of rotating disk 3 rotation directions and the device closing the lid between device 6, in the present embodiment, Skeleton emendation device 20 is for to contact device 10 along the next device of rotating disk 3 rotation directions.Described Skeleton emendation device 20 comprises and is provided with four paws cylinder 201 and ratchet 202, and the four paws of four paws cylinder 201 and ratchet 202 are fixedly connected, ratchet 202 can put in semi-finished product 200 housing in proofread and correct metallic framework.
In the present embodiment, also comprise the energising checkout gear 30 whether conducting for detection of finished product, described energising checkout gear 30 is for closing the lid the next device of device 6 along rotating disk 3 rotation directions, described energising checkout gear 30 comprises and is provided with the 3rd descending cylinder 301, the 3rd lower lock block 302, the 4th up cylinder 303 and probe 304, the 4th up cylinder 303 joins with probe 304, the 3rd descending cylinder 301 and the 3rd lower lock block 302 join, the descending drive of the 3rd descending cylinder 301 the 3rd lower lock block 302 is pushed down semi-finished product 200, the connection jack that up drive two probe 304 correspondences of the 4th up cylinder 303 put in semi-finished product 200 connects metallic framework wherein with electricity.
In the present embodiment, also comprise the sorting unit 40 for sorting non-defective unit and defective products, described sorting unit 40 comprises and is provided with a revolving door 401 and rotation cylinder 402, revolving door 401 is located on the base plate of discharging conduit 82, and revolving door 401 joins and opens or closes by rotary cylinder 402 with rotary cylinder 402.
Described discharging device 4 comprises and is provided with the first finger cylinder 41, the first vertical cylinder 42 and the first horizontal air cylinder 43, join the 42, first vertical cylinder 42 and the first horizontal air cylinder 43 of the first finger cylinder 41 and the first vertical cylinder joins, the first horizontal air cylinder 43 can promote the motion of this first vertical cylinder 42 and the first finger cylinder 41 along continuous straight runs, the first vertical cylinder 42 can promote the first finger cylinder 41 motion vertically realize semi-finished product 200 from the first spacing conduit 11 to rotating disk 3 movement of location hole 31.
The described device 6 that closes the lid comprises and is provided with the second vertical cylinder 61, the second horizontal air cylinder 62 and Acetabula device 63, the second vertical cylinder 61 joins with sucker 63 devices, the second horizontal air cylinder 62 and the second vertical cylinder 61 join, the second horizontal air cylinder 62 can promote the motion of the second vertical cylinder 61 and Acetabula device 63 along continuous straight runs, and the second vertical cylinder 61 can promote Acetabula device 63 and vertically move and realize the movement of the absorption of upper cover 300 and upper cover 300 location hole 31 from the second spacing conduit 21 to rotating disk 3.
Described assembling device 5 comprises that the 4th descending cylinder 51 and the descending cylinder 51 of the 4th lower lock block 52, the four and the 4th lower lock block 52 join, and the 4th descending cylinder 51 can promote the 4th lower lock block 52 and downwards metallic framework is pressed in housing.
Described take out device 7 comprises and is provided with second finger cylinder 71, the 3rd vertical cylinder 72 and the 3rd horizontal air cylinder 73, second finger cylinder 71 and the 3rd vertical cylinder 72 join, the 3rd vertical cylinder 72 and the 3rd horizontal air cylinder 73 join, the 3rd horizontal air cylinder 73 promotes the motion of the 3rd vertical cylinders 72 and second finger cylinder 71 along continuous straight runs, the 3rd vertical cylinder 72 promote second finger cylinders 71 vertically motion realize finished product from rotating disk 31 location hole 31 to the movement of the discharge opening 81 on board seat 100 base plates.
The semi-automatic assembly machine of above-mentioned pull-out fuse in use, carry and sequentially arrange and wait crawled putting on rotating disk 3 on the first spacing conduit 11 at the first spacing conduit 11 by semi-finished product 200;
The Fibre Optical Sensor 111 of the first feed chute channel 11 front ends senses in the location hole 31 of discharging device 4 correspondences and do not have semi-finished product 200, and the semi-finished product 200 that discharging device 4 captures on the first spacing conduits 11 are positioned in the location hole 31 on rotating disk 3;
By drive motors drive this rotating disk 3 turn over semi-finished product 200 that certain angle makes to be positioned at each location hole 31 places respectively corresponding discharging device 4, assembling device 5, device 6 and take out device 7 successively semi-finished product 200 steppings are turned over to certain angle to corresponding station, so that each semi-finished product 200 can complete all procedure of processings in order according to the direction of discharging device 4, assembling device 5, close the lid device 6 and take out device 7 close the lid;
Semi-finished product 200 on rotating disk 3 have completed after all procedure of processings, and finished product forwards the location hole place that take out device is corresponding to, and take out device 7 captures finished product and puts into discharge opening, and finished product is along discharging conduit sliding 82 to finished product collecting box.
So go round and begin again, realized each half-finished Assembling Production.In the step 3 of the assembly method of above pull-out fuse, if also comprise Counterboring apparatus 9 in assembly machine, contact device 10, Skeleton emendation device 20, energising checkout gear 30 etc., based on equal reason, drive motors will drive rotating disk 3 to turn over the corresponding discharging device 4 of semi-finished product 200 difference that certain angle makes to be positioned at each location hole 31 places, assembling device 5, Counterboring apparatus 9, contact device 10, Skeleton emendation device 20, device 6 closes the lid, energising checkout gear 30 and take out device 7 according to discharging device 4, assembling device 5, Counterboring apparatus 9, contact device 10, Skeleton emendation device 20, device 6 closes the lid, the direction of energising checkout gear 30 and take out device 7 turns over semi-finished product 200 steppings certain angle successively to corresponding station, so that each semi-finished product 200 can complete all procedure of processings in order.
In above-mentioned assembling process, the work of each cylinder has corresponding electromagnetic valve to control, and each electromagnetic valve, motor stepper drive and optical fiber induction drive take out device all by programme control circut signal controlling.
Above-mentioned semi-finished product are by being formed the metallic framework of fuse after the step through manually putting into housing part, now metallic framework does not also assemble with housing part in good condition.
The above, it is only the utility model preferred embodiment, therefore can not limit according to this scope that the utility model is implemented, the equivalence of doing according to the utility model the scope of the claims and description changes and modifies, and all should still belong in the scope that the utility model contains.
Claims (13)
1. the semi-automatic assembly machine of pull-out fuse, is characterized in that: comprise a board seat, be provided with and carry half-finished the first pay-off on board seat; The second pay-off for delivery of upper cover part; For the rotating disk of semi-finished product processing stations to be processed is provided; For semi-finished product are taken out and are positioned over the discharging device rotating disk processing stations from the first pay-off; Be used for the metallic framework of semi-finished product and housing part close fit all-in-one-piece assembling device; For taking out upper cover and close the lid and make it to become the device that closes the lid of finished product to semi-finished product from the second pay-off; For finished product being taken out to the take out device of rotating disk; And for collecting the drawing mechanism of finished product;
Board seat is provided with a drive motors, on rotating disk, interval is laid with a plurality of location holes, by drive motors drive this rotating disk turn over semi-finished product that default angle makes to be positioned at each location hole place respectively corresponding discharging device, assembling device, device and take out device successively semi-finished product stepping is turned over to predetermined angle to complete corresponding procedure of processing according to the rotation direction of discharging device, assembling device, close the lid device and take out device close the lid;
The first pay-off comprises and is provided with the first spacing conduit, outer peripheral edges and the discharging device of the corresponding rotating disk of front end of the first spacing conduit;
The second pay-off comprises and is provided with the second spacing conduit, outer peripheral edges and the take out device of the corresponding rotating disk of front end of the second spacing conduit;
Drawing mechanism comprises and is provided with a discharge opening and discharging conduit, and discharge opening is located on the base plate of board seat, and tail end and the discharge opening of discharging conduit join, and front end and finished product collecting box join.
2. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: also comprise the Counterboring apparatus that connects jack for expanding semi-finished product, described Counterboring apparatus is along the assembling device of dial rotation direction and the device closing the lid between device, described Counterboring apparatus comprises the first descending cylinder, the first up cylinder, the first lower lock block and tool, tool and the first up cylinder are fixedly connected, the first lower lock block and the first descending cylinder are fixedly connected, descending drive the first lower lock block of the first descending cylinder is pushed down semi-finished product, the up drive tool of the first up cylinder correspondence stretches into half-finished connection jack and connects jack with expansion.
3. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: also comprise for contacting the sheet metal of semi-finished product jack and whether became flexible and contact device with detection metallic framework, the described device that contacts is along the assembling device of dial rotation direction and the device closing the lid between device, the described device that contacts comprises and is provided with the second descending cylinder, the second lower lock block, two thimbles, the second up cylinder and the 3rd up cylinder, two thimbles join with the second up cylinder and the 3rd up cylinder respectively, the second lower lock block and the second descending cylinder join, descending drive the second lower lock block of the second descending cylinder is pushed down semi-finished product, the up two thimble correspondences that drive respectively of the second up cylinder and the 3rd up cylinder put in half-finished connection jack to contact metallic framework wherein.
4. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: also comprise for proofreading and correct the Skeleton emendation device of semi-finished product metallic framework, described Skeleton emendation device is along the assembling device of dial rotation direction and the device closing the lid between device, described Skeleton emendation device comprises and is provided with four paws cylinder and ratchet, four paws and the ratchet of four paws cylinder are fixedly connected, and ratchet can put in half-finished housing and proofread and correct metallic framework.
5. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: also comprise the energising checkout gear whether conducting for detection of finished product, described energising checkout gear is the next device of device along dial rotation direction that close the lid, described energising checkout gear comprises and is provided with the 3rd descending cylinder, the 3rd lower lock block, the 4th up cylinder and probe, the 4th up cylinder and probe join, the 3rd descending cylinder and the 3rd lower lock block join, the descending drive of the 3rd descending cylinder the 3rd lower lock block is pushed down semi-finished product, the up drive two probe correspondences of the 4th up cylinder put in half-finished connection jack and connect metallic framework wherein with electricity.
6. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: also comprise the sorting unit for sorting non-defective unit and defective products, described sorting unit comprises and is provided with a revolving door and rotation cylinder, revolving door is located on the base plate of discharging conduit, and revolving door and rotary cylinder join and open or close by rotary cylinder.
7. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: described discharging device comprises and is provided with the first finger cylinder, the first vertical cylinder and the first horizontal air cylinder, the first finger cylinder and the first vertical cylinder joins, the first vertical cylinder and the first horizontal air cylinder join, the first horizontal air cylinder can promote the motion of this first vertical cylinder and the first finger cylinder along continuous straight runs, and the first vertical cylinder can promote the first finger cylinder motion vertically and realize the movement of semi-finished product from the first spacing conduit to rotating disk.
8. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: described in the device that closes the lid comprise and be provided with the second vertical cylinder, the second horizontal air cylinder and Acetabula device, the second vertical cylinder and Acetabula device join, the second horizontal air cylinder and the second vertical cylinder join, the second horizontal air cylinder can promote the motion of the second vertical cylinder and Acetabula device along continuous straight runs, and the second vertical cylinder can promote Acetabula device and vertically move and realize absorption and the movement of upper cover from the second spacing conduit to rotating disk of upper cover.
9. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: described assembling device comprises the 4th descending cylinder and the 4th lower lock block, the 4th descending cylinder and the 4th lower lock block join, and the 4th descending cylinder can promote the 4th lower lock block and downwards metallic framework is pressed in housing.
10. the semi-automatic assembly machine of pull-out fuse according to claim 1, it is characterized in that: described take out device comprises and is provided with second finger cylinder, the 3rd vertical cylinder and the 3rd horizontal air cylinder, second finger cylinder and the 3rd vertical cylinder join, the 3rd vertical cylinder and the 3rd horizontal air cylinder join, the 3rd horizontal air cylinder promotes the motion of the 3rd vertical cylinder and second finger cylinder along continuous straight runs, and the 3rd vertical cylinder promotes second finger cylinder and vertically moves and realize the movement of the discharge opening of finished product from rotating disk to board seat base plate.
The semi-automatic assembly machine of 11. pull-out fuse according to claim 1, it is characterized in that: described the first spacing conduit front end is equiped with can respond in the location hole that discharging device is corresponding, whether there is half-finished inductive pick-up, the first spacing conduit is a tilting conduit, is fixed on board seat.
The semi-automatic assembly machine of 12. pull-out fuse according to claim 2, it is characterized in that: described tool is a metal body, metal body have a holder with from the two outstanding parallel and sheet pin put of this holder, these two pin are corresponding half-finished connection jacks respectively.
The semi-automatic assembly machine of 13. pull-out fuse according to claim 11, is characterized in that: described inductive pick-up is fiber sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420246022.1U CN203839300U (en) | 2014-05-14 | 2014-05-14 | Plug-in fuse semi-automatic assembly machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420246022.1U CN203839300U (en) | 2014-05-14 | 2014-05-14 | Plug-in fuse semi-automatic assembly machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203839300U true CN203839300U (en) | 2014-09-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420246022.1U Withdrawn - After Issue CN203839300U (en) | 2014-05-14 | 2014-05-14 | Plug-in fuse semi-automatic assembly machine |
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| Country | Link |
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| CN (1) | CN203839300U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104008927A (en) * | 2014-05-14 | 2014-08-27 | 吉门保险丝制造(厦门)有限公司 | Semi-automatic assembling machine for pluggable fuse and assembling method for pluggable fuse |
-
2014
- 2014-05-14 CN CN201420246022.1U patent/CN203839300U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104008927A (en) * | 2014-05-14 | 2014-08-27 | 吉门保险丝制造(厦门)有限公司 | Semi-automatic assembling machine for pluggable fuse and assembling method for pluggable fuse |
| CN104008927B (en) * | 2014-05-14 | 2015-12-30 | 吉门保险丝制造(厦门)有限公司 | The assembly method of the semi-automatic assembly machine of pull-out fuse and pull-out fuse |
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