CN204258177U - A kind of wire separating, peeling mechanism being applied to core wire peeling machine - Google Patents
A kind of wire separating, peeling mechanism being applied to core wire peeling machine Download PDFInfo
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- CN204258177U CN204258177U CN201420692620.1U CN201420692620U CN204258177U CN 204258177 U CN204258177 U CN 204258177U CN 201420692620 U CN201420692620 U CN 201420692620U CN 204258177 U CN204258177 U CN 204258177U
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- heart yearn
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Abstract
The utility model discloses a kind of wire separating, peeling mechanism being applied to core wire peeling machine, automatic branching peeling assembly is installed above its fixed support plate, automatic branching peeling assembly comprises tool rest main body, tool rest main body installs two tool rest gear stands, each tool rest gear stand upper end installs a separated time slide block fixed frame respectively, one heart yearn bark knife, one crust bark knife, each separated time slide block fixed frame installs an elasticity thread-dividing mechanism respectively in the front of heart yearn bark knife, tool rest main body is in the side installing stripping heart yearn cutting knife control cylinder of a wherein tool rest gear stand, to decorticate cutting knife control cylinder, the equipped cut to lengthen cylinder of decorticating of fixed support plate, stripping heart yearn cut to lengthen cylinder.Designed by said structure, the utility model automatical and efficiently disposablely can complete crust, heart yearn peeling operation, in terms of existing technologies, reduces by a procedure, save one times artificial and improve working (machining) efficiency, namely there is the advantage that automaticity is high, operating efficiency is high and save cost of labor.
Description
Technical field
The utility model relates to wire rod processing and manufacturing technical field, particularly relates to a kind of wire separating, peeling mechanism being applied to core wire peeling machine.
Background technology
In the wire rod course of processing, connect other electrical connection for ease of heart yearn, the end of heart yearn has to pass through peeling process; In the prior art, general employing following manner completes heart yearn peeling operation, be specially: first to be decorticated process by the crust of crust peeling machine to heart yearn, then carry out peeling process by core wire peeling machine to heart yearn again, namely twice liang of people two station completes peeling operation.
In the wire rod course of processing of reality, above-mentioned heart yearn peeling mode exists that manufacturing procedure is many, human cost is high, ineffective defect.
Summary of the invention
The purpose of this utility model is to provide a kind of wire separating, peeling mechanism being applied to core wire peeling machine for the deficiencies in the prior art, this is applied to, and the wire separating, peeling mechanism of core wire peeling machine is disposable automatically and efficiently completes crust, heart yearn peeling operation, and automaticity is high, operating efficiency is high and can effectively save cost of labor and reduce manufacturing procedure.
For achieving the above object, the utility model is achieved through the following technical solutions.
Be applied to a wire separating, peeling mechanism for core wire peeling machine, include the fixed support plate that horizontal cross extends, the top of fixed support plate is equiped with automatic branching peeling assembly;
Automatic branching peeling assembly includes the tool rest main body that can be installed in above fixed support plate relatively fore-aft travel, tool rest main body is equiped with two can opening and closing left and right and the tool rest gear stand of synchronous backward action relatively, the upper end of each tool rest gear stand is equiped with a separated time slide block fixed frame respectively, two separated time slide block fixed frames are vertical just to layout, the upper end of each tool rest gear stand is also equiped with the separated time slide block fixed frame through corresponding side respectively and extends to a heart yearn bark knife and a crust bark knife of side in the separated time slide block fixed frame of corresponding side, heart yearn bark knife is positioned at the front of crust bark knife and heart yearn bark knife and the vertical parallel interval of crust bark knife are arranged, two heart yearn bark knives are just to layout, two crust bark knives are just to layout, each separated time slide block fixed frame is equiped with an elasticity thread-dividing mechanism respectively in the front of the heart yearn bark knife of corresponding side, tool rest main body is equiped with stripping heart yearn cutting knife control cylinder and cutting knife control cylinder of decorticating in the side of a wherein tool rest gear stand, the cylinder body of cutting knife control cylinder of decorticating is installed in tool rest main body, the decorticate piston rod extension end of cutting knife control cylinder is connected with the cylinder body of stripping heart yearn cutting knife control cylinder, the piston rod extension end of stripping heart yearn cutting knife control cylinder is connected with the tool rest gear stand of corresponding side, fixed support plate be fitted with respectively can before and after decorticate cut to lengthen cylinder and the stripping heart yearn cut to lengthen cylinder of action, the cylinder body of cut to lengthen cylinder of decorticating is installed in fixed support plate, the decorticate piston rod extension end of cut to lengthen cylinder drives in the cylinder body of stripping heart yearn cut to lengthen cylinder and connects, the piston rod extension end of stripping heart yearn cut to lengthen cylinder drives with tool rest main body and is connected.
Wherein, each described elasticity thread-dividing mechanism include respectively the described separated time slide block fixed frame being installed in corresponding side spring base, can relatively left and right be installed in spring base actively and inner end extend to corresponding side separated time slide block fixed frame in the separated time slide block of side, the branching wheel being installed in separated time slide block inner end rotatably and the spring be installed between separated time slide block and spring base.
Wherein, the tooth-strip part extended about the bottom of each described tool rest gear stand is respectively arranged with level, described tool rest main body extends and upper and lower spaced apart tooth bar loose slot about offering two levels, the tooth-strip part of each tool rest gear stand can be flush-mounted in corresponding tooth bar loose slot about relative level respectively actively, tool rest main body offers gear resettlement groove between two tooth bar loose slots, be embedded with driven wheel rotatably in gear resettlement groove, driven wheel engages with the tooth-strip part of upper end side and the tooth-strip part of lower end side respectively.
Wherein, cutting knife control cylinder of decorticating described in described tool rest main body correspondence is equiped with the first cylinder holder, and cutting knife control cylinder of decorticating is installed in the first cylinder holder.
Wherein, cut to lengthen cylinder of decorticating described in the lower surface correspondence of described fixed support plate is equiped with the second cylinder holder, the cylinder body of cut to lengthen cylinder of decorticating is installed in the second cylinder holder, described stripping heart yearn cut to lengthen cylinder is positioned at the top of fixed support plate, decorticate between the piston rod extension end of cut to lengthen cylinder and the cylinder body of described stripping heart yearn cut to lengthen cylinder and be equiped with the 3rd cylinder holder, the upper end of the 3rd cylinder holder and bottom are connected with the piston rod extension end of the cut to lengthen cylinder of decorticating of corresponding side and the cylinder body of shelling heart yearn cut to lengthen cylinder respectively, the corresponding 3rd cylinder holder of fixed support plate offers the movable slotted eye run through completely up and down, 3rd cylinder holder can be flush-mounted in movable slotted eye relative motion.
Wherein, the upper surface of described fixed support plate is equiped with active mount in the below of described tool rest main body, tool rest main body is installed in the upper end of active mount, the piston rod extension end of the corresponding described stripping heart yearn cut to lengthen cylinder of active mount is equiped with contiguous block, and the piston rod extension end of stripping heart yearn cut to lengthen cylinder is connected with contiguous block.
Wherein, the corresponding described active mount of upper surface of described fixed support plate is equiped with fixed guide reservation, and the corresponding active mount of fixed guide reservation offers gathering sill, and the edge part of active mount can be flush-mounted in gathering sill relatively fore-aft travel.
Wherein, each described separated time slide block fixed frame is equiped with auxiliary fixture respectively in the rear end side of the described crust bark knife of corresponding side.
Wherein, each described auxiliary fixture include respectively the described separated time slide block fixed frame being installed in corresponding side auxiliary folder spring base, can relatively left and right be installed in auxiliary folder spring base actively and inner end extend to corresponding side separated time slide block fixed frame in an auxiliary clamp of side, be equiped with auxiliary folder spring between auxiliary folder spring base and corresponding auxiliary clamp, two auxiliary clamp are vertical just to layout.
The beneficial effects of the utility model are: a kind of wire separating, peeling mechanism being applied to core wire peeling machine described in the utility model, automatic branching peeling assembly is installed above its fixed support plate, automatic branching peeling assembly comprises tool rest main body, tool rest main body installs two tool rest gear stands, each tool rest gear stand upper end installs a separated time slide block fixed frame respectively, one heart yearn bark knife and a crust bark knife, each separated time slide block fixed frame installs an elasticity thread-dividing mechanism respectively in the front of heart yearn bark knife, tool rest main body is in the side installing stripping heart yearn cutting knife control cylinder of a wherein tool rest gear stand, to decorticate cutting knife control cylinder, the equipped cut to lengthen cylinder of decorticating of fixed support plate, stripping heart yearn cut to lengthen cylinder.During work, cutting knife control cylinder of decorticating drives crust bark knife action and completes operation of decorticating, elasticity thread-dividing mechanism is used for whole for multiply core extrusion of flat, stripping heart yearn cutting knife control cylinder drives heart yearn bark knife action and completes the operation of stripping heart yearn, and cut to lengthen cylinder of decorticating drives tool rest main body to move successively with stripping heart yearn cut to lengthen cylinder and completes de-crust and the action of depoling line skin successively; Designed by said structure, the utility model automatical and efficiently disposablely can complete crust, heart yearn peeling operation, in terms of existing technologies, decrease a procedure, saved one times artificial and improve working (machining) efficiency, namely there is the advantage that automaticity is high, operating efficiency is high and save cost of labor.
Accompanying drawing explanation
Utilize accompanying drawing to be further detailed the utility model below, but the embodiment in accompanying drawing is not formed any restriction of the present utility model.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation at another visual angle of the utility model.
Include in fig. 1 and 2:
1---fixed support plate 11---movable slotted eye
2---automatic branching peeling assembly 21---tool rest main body
21a---tooth bar loose slot 22---tool rest gear stand
22a---tooth-strip part 23---separated time slide block fixed frame
24---heart yearn bark knife 25---crust bark knife
26---elasticity thread-dividing mechanism 26a---spring base
26b---separated time slide block 26c---branching wheel
27---stripping heart yearn cutting knife control cylinder 28---cutting knife control cylinder of decorticating
29---cut to lengthen cylinder 210 of decorticating---stripping heart yearn cut to lengthen cylinder
211---driven wheel 41---the first cylinder holder
42---second cylinder holder 43---the 3rd cylinder holder
5---active mount 51---contiguous block
6---fixed guide reservation 61---gathering sill
7---auxiliary fixture 71---auxiliary folder spring base
72---auxiliary clamp.
Embodiment
Below in conjunction with concrete execution mode, the utility model is described.
As depicted in figs. 1 and 2, a kind of multi-functional core wire peeling machine, include the fixed support plate 1 that horizontal cross extends, the top of fixed support plate 1 is equiped with automatic branching peeling assembly 2.
Wherein, automatic branching peeling assembly 2 includes the tool rest main body 21 that can be installed in above fixed support plate 1 relatively fore-aft travel, tool rest main body 21 is equiped with two can opening and closing left and right and the tool rest gear stand 22 of synchronous backward action relatively, the upper end of each tool rest gear stand 22 is equiped with a separated time slide block fixed frame 23 respectively, two separated time slide block fixed frames 23 are vertical just to layout, the upper end of each tool rest gear stand 22 is also equiped with the separated time slide block fixed frame 23 through corresponding side respectively and extends to heart yearn bark knife 24 and a crust bark knife 25 of side in the separated time slide block fixed frame 23 of corresponding side, heart yearn bark knife 24 is positioned at the front of crust bark knife 25 and heart yearn bark knife 24 is arranged with the vertical parallel interval of crust bark knife 25, two heart yearn bark knives 24 are just to layout, two crust bark knives 25 are just to layout, each separated time slide block fixed frame 23 is equiped with an elasticity thread-dividing mechanism 26 respectively in the front of the heart yearn bark knife 24 of corresponding side, tool rest main body 21 is equiped with stripping heart yearn cutting knife control cylinder 27 and cutting knife control cylinder 28 of decorticating in the side of a wherein tool rest gear stand 22, the cylinder body of cutting knife control cylinder 28 of decorticating is installed in tool rest main body 21, the decorticate piston rod extension end of cutting knife control cylinder 28 is connected with the cylinder body of stripping heart yearn cutting knife control cylinder 27, the piston rod extension end of stripping heart yearn cutting knife control cylinder 27 is connected with the tool rest gear stand 22 of corresponding side, fixed support plate 1 be fitted with respectively can before and after decorticate cut to lengthen cylinder 29 and the stripping heart yearn cut to lengthen cylinder 210 of action, the cylinder body of cut to lengthen cylinder 29 of decorticating is installed in fixed support plate 1, the decorticate piston rod extension end of cut to lengthen cylinder 29 drives in the cylinder body of stripping heart yearn cut to lengthen cylinder 210 and connects, the piston rod extension end of stripping heart yearn cut to lengthen cylinder 210 drives with tool rest main body 21 and is connected.
In utility model works process, automatic branching peeling assembly 2 being decorticated for completing, being shelled heart yearn operation, wherein, cutting knife control cylinder 28 of decorticating drives crust bark knife 25 action and completes operation of decorticating, elasticity thread-dividing mechanism 26 is for by whole for multiply core extrusion of flat, stripping heart yearn cutting knife control cylinder 27 drives heart yearn bark knife 24 action and completes the operation of stripping heart yearn, and cut to lengthen cylinder 29 of decorticating drives tool rest main body 21 move and complete de-crust and the action of depoling line skin successively with stripping heart yearn cut to lengthen cylinder 210 successively.
Below in conjunction with concrete course of action, the utility model is described in detail, be specially: heart yearn to be processed is positioned between two crust bark knives 25 by staff, to decorticate cutting knife control cylinder 28 action drive two tool rest gear stand 22 reverse sync move and draw close gradually, two just right crust bark knife 25 actings in conjunction are also cut to crust simultaneously, cut in the process of crust at crust bark knife 25, two just right elasticity thread-dividing mechanisms 26 also reverse sync move and draw close gradually, heart yearn is also pressed between the two by the acting in conjunction of two elasticity thread-dividing mechanisms 26, after cutting knife control cylinder 28 action of decorticating puts in place, two crust bark knives 25 are cut completely to crust, cut to lengthen cylinder 29 action of then decorticating also pulls tool rest main body 21 backwards by stripping heart yearn cut to lengthen cylinder 210, now crust bark knife 25 moves backwards relative to heart yearn and is taken off by crust, meanwhile, two elasticity thread-dividing mechanisms 26 press heart yearn and move backwards, and multiply core is extruded smooth under the synergy of two elasticity thread-dividing mechanisms 26, after cut to lengthen cylinder 29 action of decorticating puts in place, stripping heart yearn cutting knife control cylinder 27 action also drives two tool rest gear stands 22 to draw close further, and two just right heart yearn bark knives 24 are drawn close and cut to core crust simultaneously, after heart yearn cutting knife control cylinder 27 to be stripped action puts in place, cut to lengthen cylinder 210 action of stripping heart yearn also pulls tool rest main body 21, two heart yearn bark knives 24 move relative to multiply core and taken off by heart yearn crust backwards backwards further, after core crust is taken off, cutting knife control cylinder 28 of decorticating, stripping heart yearn cutting knife control cylinder 27, decorticate cut to lengthen cylinder 29 and stripping heart yearn cut to lengthen cylinder 210 reset, to wait for peeling operation next time.
Comprehensive above-mentioned situation is known, the utility model automatical and efficiently disposablely can complete crust, heart yearn peeling operation, in terms of existing technologies, decrease a procedure, saved one times artificial and improve working (machining) efficiency, namely the utility model has the advantage that automaticity is high, operating efficiency is high and save cost of labor.
As preferred embodiment, each elasticity thread-dividing mechanism 26 include respectively the separated time slide block fixed frame 23 being installed in corresponding side spring base 26a, can relatively left and right be installed in spring base 26a actively and inner end extend to corresponding side separated time slide block fixed frame 23 in separated time slide block 26b, the branching wheel 26c being installed in separated time slide block 26b inner end rotatably of side and the spring be installed between separated time slide block 26b and spring base 26a.In elasticity thread-dividing mechanism 26 course of work of the present utility model, when cutting knife control cylinder 28 of decorticating drives two crust bark knives 25 to cut to crust, heart yearn also compresses by two branching wheel 26c acting in conjunction, and under the elastic force effect of spring, two branching wheel 26c elasticity pressure holding heart yearns; In the process of elasticity thread-dividing mechanism 26 along with tool rest main body 21 movement backwards, two branching wheel 26c roll and elasticity extruding heart yearn along heart yearn, and then it is smooth that multiply core is extruded.
As preferred embodiment, the tooth-strip part 22a extended about the bottom of each tool rest gear stand 22 is respectively arranged with level, tool rest main body 21 extends and upper and lower spaced apart tooth bar loose slot 21a about offering two levels, the tooth-strip part 22a of each tool rest gear stand 22 can be flush-mounted in corresponding tooth bar loose slot 21a about relative level respectively actively, tool rest main body 21 offers gear resettlement groove between two tooth bar loose slot 21a, driven wheel 21 is embedded with rotatably in gear resettlement groove, driven wheel 21 engages with the tooth-strip part 22a of upper end side and the tooth-strip part 22a of lower end side respectively.In the process realizing the action of two tool rest gear stand 22 reverse sync, decorticate cutting knife control cylinder 28 and stripping heart yearn cutting knife control cylinder 27 drives a wherein tool rest gear stand 22 to move successively, and then drive the tooth-strip part 22a of this tool rest gear stand 22 to move, this tooth-strip part 22a drives driven wheel 21 to rotate, the driven wheel 21 rotated drives the tooth-strip part 22a of another tool rest gear stand 22 to move again, and then realizes the action of two tool rest gear stand 22 reverse sync.
As preferred embodiment, tool rest main body 21 correspondence cutting knife control cylinder 28 of decorticating is equiped with the first cylinder holder 41, and cutting knife control cylinder 28 of decorticating is installed in the first cylinder holder 41.
As preferred embodiment, the lower surface correspondence of fixed support plate 1 cut to lengthen cylinder 29 of decorticating is equiped with the second cylinder holder 42, the cylinder body of cut to lengthen cylinder 29 of decorticating is installed in the second cylinder holder 42, stripping heart yearn cut to lengthen cylinder 210 is positioned at the top of fixed support plate 1, decorticate between the piston rod extension end of cut to lengthen cylinder 29 and the cylinder body of stripping heart yearn cut to lengthen cylinder 210 and be equiped with the 3rd cylinder holder 43, the upper end of the 3rd cylinder holder 43 and bottom are connected with the piston rod extension end of the cut to lengthen cylinder 29 of decorticating of corresponding side and the cylinder body of shelling heart yearn cut to lengthen cylinder 210 respectively, the corresponding 3rd cylinder holder 43 of fixed support plate 1 offers the movable slotted eye 11 run through completely up and down, 3rd cylinder holder 43 can be flush-mounted in movable slotted eye 11 relative motion, further, the upper surface of fixed support plate 1 is equiped with active mount 5 in the below of tool rest main body 21, tool rest main body 21 is installed in the upper end of active mount 5, the piston rod extension end of active mount 5 correspondence stripping heart yearn cut to lengthen cylinder 210 is equiped with contiguous block 51, and the piston rod extension end of stripping heart yearn cut to lengthen cylinder 210 is connected with contiguous block 51.In utility model works process, cut to lengthen cylinder 29 of decorticating drives the 3rd cylinder holder 43 action, 3rd cylinder holder 43 drives the action of stripping heart yearn cut to lengthen cylinder 210, the piston rod extension end of stripping heart yearn cut to lengthen cylinder 210 drives contiguous block 51 action, contiguous block 51 drives active mount 5 to move again, and active mount 5 finally drives fixed support plate 1 action again.
As preferred embodiment, move forward and backward reposefully for ease of tool rest main body 21, the utility model adopts following structural design, be specially: the corresponding active mount 5 of upper surface of fixed support plate 1 is equiped with fixed guide reservation 6, the corresponding active mount 5 of fixed guide reservation 6 offers gathering sill 61, and the edge part of active mount 5 can be flush-mounted in gathering sill 61 relatively fore-aft travel.
As preferred embodiment, each separated time slide block fixed frame 23 is equiped with auxiliary fixture 7 respectively in the rear end side of the crust bark knife 25 of corresponding side; Wherein, each auxiliary fixture 7 include respectively the separated time slide block fixed frame 23 being installed in corresponding side auxiliary folder spring base 71, can relatively left and right be installed in auxiliary folder spring base 71 actively and inner end extend to corresponding side separated time slide block fixed frame 23 in an auxiliary clamp 72 of side, be equiped with auxiliary folder spring between auxiliary folder spring base 71 and corresponding auxiliary clamp 72, two auxiliary clamp 72 are vertical just to layout.Auxiliary fixture 7 is mainly used in realizing auxiliary holding function, and in utility model works process, under the elastic force effect of auxiliary folder spring, auxiliary clamp 72 flexibly clamps core.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (9)
1. be applied to a wire separating, peeling mechanism for core wire peeling machine, it is characterized in that: include the fixed support plate (1) that horizontal cross extends, the top of fixed support plate (1) is equiped with automatic branching peeling assembly (2);
Automatic branching peeling assembly (2) includes the tool rest main body (21) that can be installed in fixed support plate (1) top relatively fore-aft travel, tool rest main body (21) is equiped with two can opening and closing left and right and the tool rest gear stand (22) of synchronous backward action relatively, the upper end of each tool rest gear stand (22) is equiped with a separated time slide block fixed frame (23) respectively, two separated time slide block fixed frames (23) are vertical just to layout, the upper end of each tool rest gear stand (22) is also equiped with the separated time slide block fixed frame (23) through corresponding side respectively and extends to a heart yearn bark knife (24) and a crust bark knife (25) of separated time slide block fixed frame (23) the interior side of corresponding side, heart yearn bark knife (24) is positioned at the front of crust bark knife (25) and heart yearn bark knife (24) is arranged with the vertical parallel interval of crust bark knife (25), two heart yearn bark knives (24) are just to layout, two crust bark knives (25) are just to layout, each separated time slide block fixed frame (23) is equiped with an elasticity thread-dividing mechanism (26) respectively in the front of the heart yearn bark knife (24) of corresponding side, tool rest main body (21) is equiped with stripping heart yearn cutting knife control cylinder (27) and cutting knife control cylinder (28) of decorticating in the side of a wherein tool rest gear stand (22), the cylinder body of cutting knife control cylinder (28) of decorticating is installed in tool rest main body (21), decorticate cutting knife control cylinder (28) piston rod extension end with stripping heart yearn cutting knife control cylinder (27) cylinder body be connected, the piston rod extension end of stripping heart yearn cutting knife control cylinder (27) is connected with the tool rest gear stand (22) of corresponding side, fixed support plate (1) be fitted with respectively can before and after action decorticate cut to lengthen cylinder (29) and stripping heart yearn cut to lengthen cylinder (210), the cylinder body of cut to lengthen cylinder (29) of decorticating is installed in fixed support plate (1), decorticate cut to lengthen cylinder (29) piston rod extension end in stripping heart yearn cut to lengthen cylinder (210) cylinder body drive connect, the piston rod extension end of stripping heart yearn cut to lengthen cylinder (210) drives with tool rest main body (21) and is connected.
2. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 1, it is characterized in that: each described elasticity thread-dividing mechanism (26) includes the spring base (26a) of the described separated time slide block fixed frame (23) being installed in corresponding side respectively, relatively can be installed in spring base (26a) actively and inner end extends to the separated time slide block (26b) of separated time slide block fixed frame (23) the interior side of corresponding side in left and right, the branching wheel (26c) being installed in separated time slide block (26b) inner end rotatably and the spring be installed between separated time slide block (26b) and spring base (26a).
3. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 2, it is characterized in that: the tooth-strip part (22a) extended about the bottom of each described tool rest gear stand (22) is respectively arranged with level, described tool rest main body (21) extends and upper and lower spaced apart tooth bar loose slot (21a) about offering two levels, the tooth-strip part (22a) of each tool rest gear stand (22) can be flush-mounted in corresponding tooth bar loose slot (21a) about relative level respectively actively, tool rest main body (21) offers gear resettlement groove between two tooth bar loose slots (21a), driven wheel (21) is embedded with rotatably in gear resettlement groove, driven wheel (21) engages with the tooth-strip part (22a) of upper end side and the tooth-strip part (22a) of lower end side respectively.
4. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 3, it is characterized in that: cutting knife control cylinder (28) of decorticating described in described tool rest main body (21) correspondence is equiped with the first cylinder holder (41), and cutting knife control cylinder (28) of decorticating is installed in the first cylinder holder (41).
5. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 4, it is characterized in that: cut to lengthen cylinder (29) of decorticating described in the lower surface correspondence of described fixed support plate (1) is equiped with the second cylinder holder (42), the cylinder body of cut to lengthen cylinder (29) of decorticating is installed in the second cylinder holder (42), described stripping heart yearn cut to lengthen cylinder (210) is positioned at the top of fixed support plate (1), decorticate between the piston rod extension end of cut to lengthen cylinder (29) and the cylinder body of described stripping heart yearn cut to lengthen cylinder (210) and be equiped with the 3rd cylinder holder (43), the upper end of the 3rd cylinder holder (43) and bottom are connected with the piston rod extension end of the cut to lengthen cylinder (29) of decorticating of corresponding side and the cylinder body of shelling heart yearn cut to lengthen cylinder (210) respectively, the corresponding 3rd cylinder holder (43) of fixed support plate (1) offers the movable slotted eye (11) run through completely up and down, 3rd cylinder holder (43) can be flush-mounted in movable slotted eye (11) relative motion.
6. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 5, it is characterized in that: the upper surface of described fixed support plate (1) is equiped with active mount (5) in the below of described tool rest main body (21), tool rest main body (21) is installed in the upper end of active mount (5), the piston rod extension end of corresponding described stripping heart yearn cut to lengthen cylinder (210) of active mount (5) is equiped with contiguous block (51), the piston rod extension end of stripping heart yearn cut to lengthen cylinder (210) is connected with contiguous block (51).
7. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 6, it is characterized in that: the corresponding described active mount (5) of upper surface of described fixed support plate (1) is equiped with fixed guide reservation (6), fixed guide reservation (6) corresponding active mount (5) offers gathering sill (61), and the edge part of active mount (5) can be flush-mounted in gathering sill (61) relatively fore-aft travel.
8. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 1 to 7 any one, is characterized in that: each described separated time slide block fixed frame (23) is equiped with auxiliary fixture (7) respectively in the rear end side of the described crust bark knife (25) of corresponding side.
9. a kind of wire separating, peeling mechanism being applied to core wire peeling machine according to claim 8, it is characterized in that: each described auxiliary fixture (7) includes the auxiliary folder spring base (71) of the described separated time slide block fixed frame (23) being installed in corresponding side respectively, relatively can be installed in auxiliary folder spring base (71) actively and inner end extends to the auxiliary clamp (72) of separated time slide block fixed frame (23) the interior side of corresponding side in left and right, auxiliary folder spring is equiped with between auxiliary folder spring base (71) and corresponding auxiliary clamp (72), two auxiliary clamp (72) are vertical just to layout.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420692620.1U CN204258177U (en) | 2014-03-24 | 2014-11-18 | A kind of wire separating, peeling mechanism being applied to core wire peeling machine |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2014201351123 | 2014-03-24 | ||
| CN201420135112 | 2014-03-24 | ||
| CN201420692620.1U CN204258177U (en) | 2014-03-24 | 2014-11-18 | A kind of wire separating, peeling mechanism being applied to core wire peeling machine |
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| Publication Number | Publication Date |
|---|---|
| CN204258177U true CN204258177U (en) | 2015-04-08 |
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|---|---|---|---|
| CN201420692620.1U Expired - Fee Related CN204258177U (en) | 2014-03-24 | 2014-11-18 | A kind of wire separating, peeling mechanism being applied to core wire peeling machine |
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| CN (1) | CN204258177U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105811223A (en) * | 2016-05-05 | 2016-07-27 | 林日胜 | Wire cutting and stripping machine with high stability and automatic welding machine |
| CN106025945A (en) * | 2016-07-20 | 2016-10-12 | 徐州领君仁驰自动化设备有限公司 | Automatic conduit moving and overturning mechanism |
| CN107732858A (en) * | 2017-10-09 | 2018-02-23 | 江苏大浪电气集团有限公司 | It is a kind of can be to the electric wire feeder pillar of different electric wire quick separatings |
| CN108565790A (en) * | 2018-06-15 | 2018-09-21 | 深圳市金畅达有色金属有限公司 | A kind of uninterrupted conductor peeling machine |
| CN109217189A (en) * | 2018-11-05 | 2019-01-15 | 珠海格力智能装备有限公司 | Peeling procedure |
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2014
- 2014-11-18 CN CN201420692620.1U patent/CN204258177U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105811223A (en) * | 2016-05-05 | 2016-07-27 | 林日胜 | Wire cutting and stripping machine with high stability and automatic welding machine |
| CN106025945A (en) * | 2016-07-20 | 2016-10-12 | 徐州领君仁驰自动化设备有限公司 | Automatic conduit moving and overturning mechanism |
| CN106025945B (en) * | 2016-07-20 | 2018-05-08 | 徐州领君仁驰自动化设备有限公司 | A kind of conduit automatically moves switching mechanism |
| CN107732858A (en) * | 2017-10-09 | 2018-02-23 | 江苏大浪电气集团有限公司 | It is a kind of can be to the electric wire feeder pillar of different electric wire quick separatings |
| CN108565790A (en) * | 2018-06-15 | 2018-09-21 | 深圳市金畅达有色金属有限公司 | A kind of uninterrupted conductor peeling machine |
| CN109217189A (en) * | 2018-11-05 | 2019-01-15 | 珠海格力智能装备有限公司 | Peeling procedure |
| CN109217189B (en) * | 2018-11-05 | 2024-03-08 | 珠海格力智能装备有限公司 | Peeling mechanism |
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Effective date of registration: 20151118 Address after: 523000 Guangdong Province, Dongguan city Humen town Daning Ningjiang Road No. 12 two floor A District Patentee after: DONGGUAN GUANJU AUTOMATION EQUIPMENT CO., LTD. Address before: 523000, Humen Town, Guangdong, Daning, Pujiang Road, Dongguan, No. 11, B, building 4, thriving science and Technology Park Patentee before: DONGGUAN CITY HUMEN CROWN GREAT MACHINERY EQUIPMENT FACTORY |
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Granted publication date: 20150408 Termination date: 20181118 |