CN207655801U - Conducting wire multistation flattens forming jig - Google Patents
Conducting wire multistation flattens forming jig Download PDFInfo
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- CN207655801U CN207655801U CN201720776748.XU CN201720776748U CN207655801U CN 207655801 U CN207655801 U CN 207655801U CN 201720776748 U CN201720776748 U CN 201720776748U CN 207655801 U CN207655801 U CN 207655801U
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Abstract
A kind of conducting wire multistation of the utility model offer flattens forming jig, including：Pedestal is equipped with center stand column on pedestal；Lower rotary table, lower rotary table are set on the base, and lower rotary table is set on the outside of center stand column；Drive ring, drive ring are set on the base, and drive ring is set on the outside of lower rotary table；Mold fixes disk, and mold is fixed disk and is arranged on lower rotary table, and mold is fixed disk and is coaxially disposed with lower rotary table；Material ejection cylinder, material ejection cylinder are arranged in the bottom of pedestal；Coulisse, coulisse are set on the base, and are equipped in coulisse and are pinched mold and molding die；The outer rim in lower rotary table is arranged in rotation-preventing mechanism, rotation-preventing mechanism；Driving mechanism, driving mechanism are connect with drive ring.The utility model has the following advantages：Being pinched molding product can complete on the jig, and mold and a set of molding die are pinched according to the shape of product more transducer set；The operation experience of operative employee is required relatively low；Appearance is beautiful, dimensionally stable, and bend-resistance number also reaches requirement.
Description
Technical field
The utility model is related to formed product mechanisms, and in particular, to a kind of conducting wire multistation flattens forming jig.
Background technology
It is pinched molding product of taking the lead under processing neck at present, is completed on a machine, but to conducting wire head
Size is just difficult to meet the needs of processing in the case of having special requirement (large scale).Because existing wire forming machine can not be beaten
Go out diameter be more than 6 millimeters, the product of 0.5 millimeter of thickness, and can only be rushed in two moulds four and complete process of taking the lead on heading machine.No
Only it is that strength and rigid wire molding machine do not reach requirement, and forming method is also different.
Utility model content
For the defects in the prior art, the utility model aim is that providing a kind of rushed to simultaneously in two moulds four completes to beat
Head process and the conducting wire multistation of post forming flatten forming jig.
In order to solve the above technical problems, a kind of conducting wire multistation of the utility model offer flattens forming jig, including：Bottom
Seat is equipped with center stand column on the base；Lower rotary table, on the base, the lower rotary table is arranged for the lower rotary table setting
On the outside of the center stand column；Drive ring, on the base, the drive ring is set in described lower turn for the drive ring setting
On the outside of disk；Mold fixes disk, and the mold is fixed disk and is arranged on the lower rotary table, and the mold fixes disk and the lower rotary table
Coaxial arrangement；Material ejection cylinder, the material ejection cylinder are arranged in the bottom of the pedestal；Coulisse, the coulisse are arranged in institute
It states on pedestal, is equipped in the coulisse and is pinched mold and molding die；Rotation-preventing mechanism, the rotation-preventing mechanism are arranged described
The outer rim of lower rotary table；Driving mechanism, the driving mechanism are connect with the drive ring.
Preferably, the rotation-preventing mechanism includes：The outer rim in the lower rotary table is arranged in wedge notch, the wedge notch；
Groove, the groove are arranged in the outer rim of the lower rotary table；One end of mandril, the mandril is arranged in the groove；It is anti-
Turn spring, the anti-turn spring is arranged in the groove, and the anti-turn spring is located at the end of the mandril and the groove
Between；Clutch roller, the clutch roller are arranged in the wedge notch, and the clutch roller is located at the drive ring and institute
It states between lower rotary table.
Preferably, the quantity of the groove, the mandril and the anti-turn spring is respectively two.
Preferably, it further includes detent mechanism that the conducting wire multistation, which flattens forming jig, and the detent mechanism includes：It is fixed
Position hole, the location hole setting is on the base；Locating slot, the locating slot are arranged on the lower rotary table；Retaining spring,
The retaining spring is arranged in the locating slot；Steel ball, the steel ball are arranged in the locating slot, and the steel ball is located at institute
State the end of retaining spring；The outer diameter of the wherein described steel ball is more than the internal diameter of the location hole.
Preferably, it is fixed in the mold and is equipped with positioning mold on disk, the position of the positioning mold and the liftout gas
The position of cylinder is corresponding；The positioning mold includes：Die ontology, the die ontology is cylinder, in the die ontology
Top be equipped with introducing port；Die hole, the die hole are arranged in the die ontology；The internal diameter of the wherein described die hole is big
In the line footpath of product.
Preferably, the shape of the introducing port is inverted tubaeform.
Preferably, the internal diameter of the die hole is 0.03 millimeter~0.05 millimeter bigger than the line footpath of product.
Preferably, the diameter for stating the part that die ontology stretches out the mold fixation disk exists less than die ontology setting
The mold fixes the diameter of the part in disk.
Preferably, lifting body, the position of the lifting body and the material ejection cylinder are equipped on the lower rotary table
Position is corresponding；The lifting body includes：Hole is jacked, the jacking hole is arranged on the lower rotary table；Thimble seat, the top
Needle stand is arranged in the jacking hole；Thimble, one end of the thimble are connect with the thimble seat, and the other end of the thimble is stretched
Enter in the die hole.
Preferably, the molding die includes the first processing and forming component and the second processing and forming component being oppositely arranged；
The wherein described first processing and forming component includes：First processing and forming block；Process groove, the processing groove is arranged described the
One end of one processing and forming block；First molding control mechanism, the setting of first molding control mechanism add in first molding
The other end of work block；The second processing and forming component includes：Second processing and forming block；Boss is processed, the processing boss is set
It sets in one end of the second processing and forming block, the processing boss is oppositely arranged and is mutually matched with the processing groove；The
The other end in the second processing and forming block is arranged in two molding control mechanisms, second molding control mechanism.
Preferably, first molding control mechanism includes that the first molding drive block being mutually matched and the first molding are longitudinal
Sliding block；The other end in the first processing and forming block is arranged in the wherein described first molding drive block, is driven in first molding
Motion block is equipped with inclined first and is molded drive surface；Inclined first is equipped in one end of the first molding longitudinal sliding block to be molded
Control plane, first molding control face are matched with the first molding drive surface.
Preferably, it is equipped with the first molding in the first molding longitudinal sliding block and restores spring.
Preferably, second molding control mechanism includes that the second molding drive block being mutually matched and the second molding are longitudinal
Sliding block；The other end in the second processing and forming block is arranged in the wherein described second molding drive block, is driven in second molding
Motion block is equipped with inclined second and is molded drive surface；Inclined second is equipped in one end of the second molding longitudinal sliding block to be molded
Control plane, second molding control face are matched with the second molding drive surface.
Preferably, it is equipped with the second molding in the second molding longitudinal sliding block and restores spring.
Preferably, the first molding recovery mechanism, the first molding recovery machine are equipped in the first processing and forming block
Structure includes：First molding sliding slot, the first molding sliding slot are arranged along the length direction of the first processing and forming block described
On first processing and forming block；First molding resetting spring, the first molding resetting spring setting is in the first molding sliding slot
It is interior；One end of first formed spring block, the first formed spring block is stretched into the first molding sliding slot.
Preferably, the second molding recovery mechanism, the second molding recovery machine are equipped in the second processing and forming block
Structure includes：Second molding sliding slot, the second molding sliding slot are arranged along the length direction of the second processing and forming block described
On second processing and forming block；Second molding resetting spring, the second molding resetting spring setting is in the second molding sliding slot
It is interior；One end of second formed spring block, the second formed spring block is stretched into the second molding sliding slot.
Preferably, the mold that is pinched includes that first be oppositely arranged is pinched processing assembly and second is pinched processing assembly；
Wherein described first, which is pinched processing assembly, includes：First is pinched processing block；First is pinched machine table, and described first is pinched machine table
The one end for being pinched processing block described first is set；First is pinched control mechanism, and described first, which is pinched control mechanism, is arranged in institute
State first other end for being pinched processing block；Described second, which is pinched processing assembly, includes：Second is pinched processing block；Second is pinched processing
Platform, described second, which is pinched machine table, is arranged the one end for being pinched processing block described second, described second be pinched machine table with it is described
First, which is pinched machine table, is oppositely arranged and is mutually matched；Second is pinched control mechanism, and described second, which is pinched control mechanism setting, exists
Described second is pinched the other end of processing block.
Preferably, described first to be pinched control mechanism include that first be mutually matched is pinched drive block and first is pinched longitudinal direction
Sliding block；Wherein described first, which is pinched drive block, is arranged the other end for being pinched processing block described first, and drive is pinched described first
Motion block is pinched drive surface equipped with inclined first；One end that longitudinal sliding block is pinched described first is pinched equipped with inclined first
Control plane, described first, which is pinched control plane, is pinched drive surface with described first and matches.
Preferably, it is pinched in longitudinal sliding block described first and is pinched recovery spring equipped with first.
Preferably, described second to be pinched control mechanism include that second be mutually matched is pinched drive block and second is pinched longitudinal direction
Sliding block；Wherein described second, which is pinched drive block, is arranged the other end for being pinched processing block described second, and drive is pinched described second
Motion block is pinched drive surface equipped with inclined second；One end that longitudinal sliding block is pinched described second is pinched equipped with inclined second
Control plane, described second, which is pinched control plane, is pinched drive surface with described second and matches.
Preferably, it is pinched in longitudinal sliding block described second and is pinched recovery spring equipped with second.
Preferably, it is pinched in processing block described first and is pinched recovery mechanism equipped with first, described first is pinched recovery machine
Structure includes：First is pinched sliding slot, and described first is pinched sliding slot is pinched the length direction setting of processing block described along described first
First is pinched on processing block；First is pinched resetting spring, and described first is pinched resetting spring setting is pinched sliding slot described first
It is interior；First is pinched spring block, and described first one end for being pinched spring block is stretched into described first and is pinched in sliding slot.
Preferably, it is pinched in processing block described second and is pinched recovery mechanism equipped with second, described second is pinched recovery machine
Structure includes：Second is pinched sliding slot, and described second is pinched sliding slot is pinched the length direction setting of processing block described along described second
Second is pinched on processing block；Second is pinched resetting spring, and described second is pinched resetting spring setting is pinched sliding slot described second
It is interior；Second is pinched spring block, and described second one end for being pinched spring block is stretched into described second and is pinched in sliding slot.
Preferably, the driving mechanism includes：Connecting bracket, the connecting bracket are connect with the drive ring；Cylinder, institute
The working end for stating cylinder is connect by oscillating bearing with the connecting bracket.
Preferably, the diameter of the center stand column is 0.02 millimeter smaller than the diameter of the lower rotary table endoporus.
Preferably, the height of the center stand column fixes disk than the mold and the lower rotary table total height is high by 0.05 in the least
Rice.
Compared with prior art, the utility model conducting wire multistation is flattened forming jig and is had the following advantages：
1) universal stronger, as long as being pinched molding product can complete on the jig, according to the shape of product
Shape more transducer set is pinched mold and a set of molding die；
2) demand of different products is adapted to；
3) easy to operate, the operation experience of operative employee is required relatively low；
4) appearance is beautiful, dimensionally stable, and bend-resistance number also reaches requirement, is approved by client.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign objects and advantages will become more apparent upon.
Fig. 1 is flattened for the utility model conducting wire multistation and is broken into type jig structure schematic diagram；
Fig. 2 is that the utility model conducting wire multistation flattens forming jig partial structural diagram one；
Fig. 3 is that the utility model conducting wire multistation flattens forming jig partial structural diagram two；
Fig. 4 is the A-A sectional views of Fig. 3；
Fig. 5 is the B-B sectional views of Fig. 4；
Fig. 6 is the C-C sectional views of Fig. 4；
Fig. 7 is the partial enlarged view of Fig. 6；
Fig. 8 is that the utility model conducting wire multistation flattens forming jig forming die structure schematic diagram one；
Fig. 9 is that the utility model conducting wire multistation flattens forming jig forming die structure schematic diagram two；
Figure 10 is the A-A sectional views of Fig. 9；
Figure 11 flattens forming jig for the utility model conducting wire multistation and is pinched mold structure diagram one；
Figure 12 flattens forming jig for the utility model conducting wire multistation and is pinched mold structure diagram two；
Figure 13 is the A-A sectional views of Figure 12.
In figure：
1- pedestal 2- drive ring 3- lower rotary tables
4- wedge notch 5- groove 6- mandrils
7- anti-turn spring 8- clutch roller 9- location holes
10- locating slot 11- retaining spring 12- steel balls
13- material ejection cylinder 14- center stand column 15- molds fix disk
16- die ontology 17- introducing port 18- die holes
19- jacks hole 20- thimble seat 21- thimbles
22- connecting bracket 23- coulisse 24- support columns
25- the first processing and forming blocks 26- processes groove 27- the second processing and forming blocks
28- processes boss 29- first and is molded drive block 30- the first molding drive surfaces
31- first, which is molded longitudinal sliding block the first molding controls of 32- face 33- first and is molded, restores spring
34- second is molded drive block 35- second and is molded drive surface 36- the second molding longitudinal sliding blocks
The moldings of the second molding controls of 37- face 38- second restore spring 39- first and are molded sliding slot
40- first is molded resetting spring 41- the first formed spring blocks 42- second and is molded sliding slot
43- second is molded resetting spring 44- the second formed spring blocks 45- first and is pinched processing block
46- first, which is pinched machine table 47- second and is pinched processing block 48- second, is pinched machine table
49- first, which is pinched drive block 50- first and is pinched drive surface 51- first, is pinched longitudinal sliding block
52- first, which is pinched control plane 53- first and is pinched, to be restored spring 54- second and is pinched drive block
55- second, which is pinched drive surface 56- second and is pinched longitudinal sliding block 57- second, is pinched control plane
58- second, which is pinched, to be restored spring 59- first and is pinched sliding slot 60- first to be pinched resetting spring
61- first, which is pinched spring block 62- second and is pinched sliding slot 63- second, is pinched resetting spring
64- second is pinched spring block 65- annular groove 66- cylinders
67- oscillating bearing 68- molding dies 69- is pinched mold
Specific implementation mode
The utility model is described in detail with reference to specific embodiment.Following embodiment will be helpful to this field
Technical staff further understands the utility model, but does not limit the utility model in any form.It should be pointed out that ability
For the those of ordinary skill in domain, without departing from the concept of the premise utility, several changes and improvements can also be made.
As shown in Fig. 1~Figure 13, a kind of conducting wire multistation of the utility model offer flattens forming jig, 3 bottom of lower rotary table
Portion touch pedestal 1, and pedestal 1 fixes a center stand column 14 in centre position above, and the diameter of center stand column 14 is than 3 endoporus of lower rotary table
Diameter it is 0.02 millimeter small, lower rotary table 3 and mold fix disk 15 around the rotation of center stand column 14, and the height of center stand column 14 compares mould
The total height of the fixed disk 15 of tool and lower rotary table 3 is 0.05 millimeter high, then coulisse 23 is mounted on above center stand column 14, sliding slot
Other two point of plate 23 is mounted on by support column 24 on pedestal 1, two support columns 24 and be contour in center stand column 14.It drives
Rotating ring 2 is set in 3 outside of lower rotary table, drives oscillating bearing 67 to drive drive ring 2 in via connecting bracket 22 by cylinder 66
Heart column 14 rotates.It is equipped with material ejection cylinder 13 in the bottom of pedestal 1, for jacking product.
It can make lower turn as rotation-preventing mechanism using interior star-wheel roller ball type clutch structure between drive ring 2 and lower rotary table 3
Disk 3 one-directionally rotates, and specifically, rotation-preventing mechanism includes：The outer rim in lower rotary table 3, groove 5 is arranged in wedge notch 4, wedge notch 4
It is arranged in the outer rim of lower rotary table 3, one end of mandril 6 is arranged in groove 5, and anti-turn spring 7 is arranged in groove 5, clutch rolling
Column 8 is arranged in wedge notch 4.Wedge notch 4 because due to size, movement of the clutch roller 8 in wedge notch 4
It is restricted, mandril 6 withstands clutch roller 8 under the action of anti-turn spring 7, and clutch roller 8 at this time has from wedge notch
The trend that 4 spacious place is moved to stenosis, meanwhile, as 4 distal end of wedge notch tapers into, clutch roller 8 will be clamped
Between drive ring 2 and lower rotary table 3, prevent lower rotary table 3 from rotating clockwise, when playing the role of limit, and rotating counterclockwise, from
Closing roller 8 would not be connected between drive ring 2 and lower rotary table 3, would not limit the rotation of lower rotary table 3, and then realize unidirectional
The effect of rotation.Meanwhile it being provided with two groups of grooves 5, mandril 6 and anti-turn spring 7, so that the stress of clutch roller 8 is more balanced, in addition
The effect of two anti-turn springs 7 can be reinforced limiting the effect that lower rotary table 3 rotates.
Steel ball 12 is moved by the effect of retaining spring 11 in the locating slot 10 of lower rotary table 3 when lower rotary table 3 rotates 30 degree or so
It moving in pedestal location hole 9, location hole 9 aperture ratio steel ball, 12 diameters are small, and steel ball falls 1/3 or so, and lower rotary table 3 is lived calmly,
Lower rotary table 3 is driven to turn round when preventing drive ring 2 from turning round, in this way by detent mechanism, lower rotary table 3 just has intermittent turn a
It is dynamic.
The die ontology 16 of positioning mold is cylinder, and there is a concentric die hole 18 in the inside, 18 diameter of die hole than half at
Product line footpath is 0.03 millimeter big~and 0.05 millimeter, the introducing port of falling loudspeaker 17 on mouth import convenient for semi-finished product, and 18 lower section of die hole is equipped with
Thimble 21 pushes the height that the thimble seat 20 in jacking hole 19 drives thimble 21 to play limitation semi-finished product or more by material ejection cylinder 13
With the effect for ejecting product.
Feeding is completed, and semi-finished product have half to be inserted in positioning mold, expose above the waist, convenient for being pinched and shaping work.
Lower rotary table 3 drives positioning mold rotation, and positioning mold first half diameter is smaller, can pass through the ring of coulisse 23
Shape slot 65, goes to and is pinched station.It is pinched mold 69, including：First be oppositely arranged is pinched processing assembly and second is pinched processing
Component.First, which is pinched processing assembly, is mainly pinched processing block 45 by first, first is pinched drive block 49 and first is pinched longitudinal cunning
Block 51 form, second be pinched processing assembly mainly by second be pinched processing block 47, second be pinched drive block 54 and second be pinched it is vertical
It is formed to sliding block 56.When work, the first of both sides, which are pinched longitudinal sliding block 51 and second, is pinched longitudinal sliding block 56 and moves downward, and passes through
First, which is pinched control plane 52 and second, is pinched control plane 57 and is pinched drive surface 50 and second with first respectively and be pinched drive surface 55 and connect
It touches, since control plane and drive surface are all inclined-plane, under the driving of longitudinal sliding block, the downward movement tendency of longitudinal sliding block is converted into
The movement tendency of drive block transverse direction is pinched processing block 47 and does opposite movement to drive first to be pinched processing block 45 and second,
Machine table 46 and second is pinched by the first of the two end to be pinched machine table 48 and realize the processing that is pinched.After completing to process,
First be pinched processing block 45 and second be pinched processing block 47 by first be pinched sliding slot 59 and second be pinched in sliding slot 62 first
It is pinched resetting spring 60 and second and is pinched the restoring force of resetting spring 63, being pinched spring block 61 and second via first is pinched bullet
Spring block 64 drives first to be pinched processing block 45 and second and is pinched processing block 47 backwards to movement, meanwhile, first is pinched longitudinal sliding block
51 and second be pinched longitudinal sliding block 56 also by first be pinched restore spring 53 and second be pinched restore spring 58 be restored to just
Time processing is completed in the position of beginning.
Then processing and forming is carried out again,
After completing this two procedures, molding finished product goes to certain station, and electromagnetic valve work cylinder is pushed, and pushes thimble
21 eject product, while electromagnetic valve work generates blowing action and blows out product from rectangle material receiving tube, drops to plastics box
In.
Specific embodiment of the utility model is described above.It is to be appreciated that the utility model not office
It is limited to above-mentioned particular implementation, those skilled in the art can make a variety of changes or change within the scope of the claims,
This has no effect on the substantive content of the utility model.In the absence of conflict, the spy in embodiments herein and embodiment
Sign can be arbitrarily combined with each other.
Claims (26)
1. a kind of conducting wire multistation flattens forming jig, which is characterized in that including：
Pedestal is equipped with center stand column on the base；
Lower rotary table, on the base, the lower rotary table is set on the outside of the center stand column for the lower rotary table setting；
Drive ring, on the base, the drive ring is set on the outside of the lower rotary table for the drive ring setting；
Mold fixes disk, and the mold is fixed disk and is arranged on the lower rotary table, and the mold fixes disk and the lower rotary table is same
Axis is arranged；
Material ejection cylinder, the material ejection cylinder are arranged in the bottom of the pedestal；
Coulisse, the coulisse setting on the base, are equipped in the coulisse and are pinched mold and molding die；
The outer rim in the lower rotary table is arranged in rotation-preventing mechanism, the rotation-preventing mechanism；
Driving mechanism, the driving mechanism are connect with the drive ring.
2. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that the rotation-preventing mechanism packet
It includes：
The outer rim in the lower rotary table is arranged in wedge notch, the wedge notch；
Groove, the groove are arranged in the outer rim of the lower rotary table；
One end of mandril, the mandril is arranged in the groove；
Anti-turn spring, the anti-turn spring are arranged in the groove, and the anti-turn spring is located at end and the institute of the mandril
It states between groove；
Clutch roller, the clutch roller are arranged in the wedge notch, and the clutch roller is located at the drive ring and institute
It states between lower rotary table.
3. conducting wire multistation according to claim 2 flattens forming jig, which is characterized in that the groove, the top
The quantity of bar and the anti-turn spring is respectively two.
4. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that the conducting wire multistation is beaten
Flat forming jig of beating further includes detent mechanism, and the detent mechanism includes：
Location hole, the location hole setting is on the base；
Locating slot, the locating slot are arranged on the lower rotary table；
Retaining spring, the retaining spring are arranged in the locating slot；
Steel ball, the steel ball are arranged in the locating slot, and the steel ball is located at the end of the retaining spring；Wherein
The outer diameter of the steel ball is more than the internal diameter of the location hole.
5. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that fix disk in the mold
It is equipped with positioning mold, the position of the positioning mold is corresponding with the position of the material ejection cylinder；The positioning mold includes：
Die ontology, the die ontology are cylinder, and introducing port is equipped on the top of the die ontology；
Die hole, the die hole are arranged in the die ontology；Wherein
The internal diameter of the die hole is more than the line footpath of product.
6. conducting wire multistation according to claim 5 flattens forming jig, which is characterized in that the shape of the introducing port
For inverted tubaeform.
7. conducting wire multistation according to claim 5 flattens forming jig, which is characterized in that the internal diameter of the die hole
It is 0.03 millimeter~0.05 millimeter bigger than the line footpath of product.
8. conducting wire multistation according to claim 5 flattens forming jig, which is characterized in that the die ontology stretches out
The diameter that the part in disk is fixed in the mold is arranged less than the die ontology for the diameter that the mold fixes the part of disk.
9. conducting wire multistation according to claim 5 flattens forming jig, which is characterized in that set on the lower rotary table
There are lifting body, the position of the lifting body corresponding with the position of the material ejection cylinder；The lifting body includes：
Hole is jacked, the jacking hole is arranged on the lower rotary table；
Thimble seat, the thimble seat are arranged in the jacking hole；
Thimble, one end of the thimble are connect with the thimble seat, and the other end of the thimble stretches into the die hole.
10. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that the molding die packet
Include the first processing and forming component and the second processing and forming component being oppositely arranged；Wherein
The first processing and forming component includes：
First processing and forming block；
Groove is processed, the processing groove is arranged in one end of the first processing and forming block；
The other end in the first processing and forming block is arranged in first molding control mechanism, first molding control mechanism；
The second processing and forming component includes：
Second processing and forming block；
Boss is processed, the processing boss is arranged in one end of the second processing and forming block, and the processing boss adds with described
Work groove is oppositely arranged and is mutually matched；
The other end in the second processing and forming block is arranged in second molding control mechanism, second molding control mechanism.
11. conducting wire multistation according to claim 10 flattens forming jig, which is characterized in that the first molding control
Mechanism processed includes the first molding drive block being mutually matched and the first molding longitudinal sliding block；Wherein
The other end in the first processing and forming block is arranged in the first molding drive block, on the first molding drive block
Equipped with inclined first molding drive surface；
It is described first molding longitudinal sliding block one end be equipped with inclined first molding control face, first molding control face with
The first molding drive surface matching.
12. conducting wire multistation according to claim 11 flattens forming jig, which is characterized in that in first molding
It is equipped with the first molding in longitudinal sliding block and restores spring.
13. conducting wire multistation according to claim 10 flattens forming jig, which is characterized in that the second molding control
Mechanism processed includes the second molding drive block being mutually matched and the second molding longitudinal sliding block；Wherein
The other end in the second processing and forming block is arranged in the second molding drive block, on the second molding drive block
Equipped with inclined second molding drive surface；
It is described second molding longitudinal sliding block one end be equipped with inclined second molding control face, second molding control face with
The second molding drive surface matching.
14. conducting wire multistation according to claim 13 flattens forming jig, which is characterized in that in second molding
It is equipped with the second molding in longitudinal sliding block and restores spring.
15. conducting wire multistation according to claim 10 flattens forming jig, which is characterized in that in first molding
The first molding recovery mechanism is equipped in processing block, the first molding recovery mechanism includes：
First molding sliding slot, the first molding sliding slot are arranged along the length direction of the first processing and forming block described first
On processing and forming block；
First molding resetting spring, the first molding resetting spring setting is in the first molding sliding slot；
One end of first formed spring block, the first formed spring block is stretched into the first molding sliding slot.
16. conducting wire multistation according to claim 10 flattens forming jig, which is characterized in that in second molding
The second molding recovery mechanism is equipped in processing block, the second molding recovery mechanism includes：
Second molding sliding slot, the second molding sliding slot are arranged along the length direction of the second processing and forming block described second
On processing and forming block；
Second molding resetting spring, the second molding resetting spring setting is in the second molding sliding slot；
One end of second formed spring block, the second formed spring block is stretched into the second molding sliding slot.
17. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that described to be pinched mold packet
First be oppositely arranged is included to be pinched processing assembly and second be pinched processing assembly；Wherein
Described first, which is pinched processing assembly, includes：
First is pinched processing block；
First is pinched machine table, and described first, which is pinched machine table, is arranged the one end for being pinched processing block described first；
First is pinched control mechanism, and described first, which is pinched control mechanism, is arranged the other end for being pinched processing block described first；
Described second, which is pinched processing assembly, includes：
Second is pinched processing block；
Second is pinched machine table, and described second, which is pinched machine table, is arranged the one end for being pinched processing block described second, and described second
It is pinched machine table and is pinched machine table with described first and be oppositely arranged and be mutually matched；
Second is pinched control mechanism, and described second, which is pinched control mechanism, is arranged the other end for being pinched processing block described second.
18. conducting wire multistation according to claim 17 flattens forming jig, which is characterized in that described first is pinched control
Mechanism processed includes that first be mutually matched is pinched drive block and first is pinched longitudinal sliding block；Wherein
Described first, which is pinched drive block, is arranged the other end for being pinched processing block described first, is pinched on drive block described first
It is pinched drive surface equipped with inclined first；
Be pinched one end of longitudinal sliding block described first and be pinched control plane equipped with inclined first, described first be pinched control plane with
Described first is pinched drive surface matching.
19. conducting wire multistation according to claim 18 flattens forming jig, which is characterized in that be pinched described first
In longitudinal sliding block recovery spring is pinched equipped with first.
20. conducting wire multistation according to claim 17 flattens forming jig, which is characterized in that described second is pinched control
Mechanism processed includes that second be mutually matched is pinched drive block and second is pinched longitudinal sliding block；Wherein
Described second, which is pinched drive block, is arranged the other end for being pinched processing block described second, is pinched on drive block described second
It is pinched drive surface equipped with inclined second；
Be pinched one end of longitudinal sliding block described second and be pinched control plane equipped with inclined second, described second be pinched control plane with
Described second is pinched drive surface matching.
21. conducting wire multistation according to claim 20 flattens forming jig, which is characterized in that be pinched described second
In longitudinal sliding block recovery spring is pinched equipped with second.
22. conducting wire multistation according to claim 17 flattens forming jig, which is characterized in that be pinched described first
It is pinched recovery mechanism equipped with first in processing block, described first, which is pinched recovery mechanism, includes：
First is pinched sliding slot, and described first is pinched sliding slot is pinched the length direction setting of processing block described first along described first
It is pinched on processing block；
First is pinched resetting spring, and described first, which is pinched resetting spring setting, is pinched described first in sliding slot；
First is pinched spring block, and described first one end for being pinched spring block is stretched into described first and is pinched in sliding slot.
23. conducting wire multistation according to claim 17 flattens forming jig, which is characterized in that be pinched described second
It is pinched recovery mechanism equipped with second in processing block, described second, which is pinched recovery mechanism, includes：
Second is pinched sliding slot, and described second is pinched sliding slot is pinched the length direction setting of processing block described second along described second
It is pinched on processing block；
Second is pinched resetting spring, and described second, which is pinched resetting spring setting, is pinched described second in sliding slot；
Second is pinched spring block, and described second one end for being pinched spring block is stretched into described second and is pinched in sliding slot.
24. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that the driving mechanism packet
It includes：
Connecting bracket, the connecting bracket are connect with the drive ring；
The working end of cylinder, the cylinder is connect by oscillating bearing with the connecting bracket.
25. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that the center stand column
Diameter is 0.02 millimeter smaller than the diameter of the lower rotary table endoporus.
26. conducting wire multistation according to claim 1 flattens forming jig, which is characterized in that the center stand column
Height fixes disk than the mold and the lower rotary table total height is 0.05 millimeter high.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720776748.XU CN207655801U (en) | 2017-06-29 | 2017-06-29 | Conducting wire multistation flattens forming jig |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720776748.XU CN207655801U (en) | 2017-06-29 | 2017-06-29 | Conducting wire multistation flattens forming jig |
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| Publication Number | Publication Date |
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| CN207655801U true CN207655801U (en) | 2018-07-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107377825A (en) * | 2017-06-29 | 2017-11-24 | 上海慧高精密电子工业有限公司 | Wire multistation flattens forming jig |
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2017
- 2017-06-29 CN CN201720776748.XU patent/CN207655801U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107377825A (en) * | 2017-06-29 | 2017-11-24 | 上海慧高精密电子工业有限公司 | Wire multistation flattens forming jig |
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