CN208674578U - Twisted wire sleeve-penetrating machine - Google Patents
Twisted wire sleeve-penetrating machine Download PDFInfo
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- CN208674578U CN208674578U CN201820851867.1U CN201820851867U CN208674578U CN 208674578 U CN208674578 U CN 208674578U CN 201820851867 U CN201820851867 U CN 201820851867U CN 208674578 U CN208674578 U CN 208674578U
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Abstract
The utility model discloses a kind of twisted wire sleeve-penetrating machine；Including substrate, pedestal A, tube feeding mechanism, thread feeding mechanism, twisting mechanism, guide rail, pedestal B, pressure pipe structure, pushing mechanism and tube cutting mechanism；The clamping piece of pressure pipe structure has the casing clip slot A and casing clip slot B for clamping at least one section casing；When pedestal B is located at first position, casing guide pipe is overlapped with casing clip slot A axis；When pedestal B is located at the second position, wire guide pipe is overlapped with casing clip slot A axis；When pedestal B is located at the third place, casing guide pipe is overlapped with casing clip slot B axle line；When pedestal B is located at four positions, wire guide pipe is overlapped with casing clip slot B axle line.Effect: twisting mechanism is convenient for being twisted the wire rod supplied materials that more are intertwined, so that doubling twisting forms one, when in order to the subsequent casing clip slot A or casing clip slot B for wearing pressure pipe structure at it, will not due to twisted property is bad bifurcated, in turn, the utility model using effect is good.
Description
Technical field
The utility model relates to sleeve-penetrating equipment technical fields, in particular, being related to a kind of twisted wire sleeve-penetrating machine.
Background technique
In the related electronic products such as similar transformer, motor, the core component formed containing enameled wire coiling, and
In the production preparation process of these core components, generally require to cover upper Teflon pipe sleeve in the starting point of enameled wire and/or end
Pipe, climbs tin Optimality and resistance to pressure to increase it.
And the sleeve-penetrating machine in the prior art as to corresponding enameled wire sleeve-penetrating, it generally can only be to whole root thickness/thin
Wire rod supplied materials (enameled wire) carries out sleeve-penetrating, and the wire rod supplied materials that cannot be intertwined to more carries out sleeve-penetrating.
Specifically, the more wire rod supplied materials being intertwined, although being mutually intertwined each other, its,
Tightness is bad each other for it, i.e., twisted property is bad, so that being easy when it wears the casing clip slot of sleeve-penetrating machine because twisted
Property is bad and bifurcated, so that it fails when wearing casing.
Based on this, for status, design it is a can carry out twisted wires to the more wire rod supplied materials being intertwined so that its
Can doubling twisting form integrated twisted wire sleeve-penetrating machine so that be then necessary using adaptable etc., certainty
With dissemination.
Utility model content
A kind of twisted wire sleeve-penetrating machine provided the purpose of the utility model is to overcome the deficiency of the above-mentioned prior art.
The utility model solves technical solution used by prior art problem: a kind of twisted wire sleeve-penetrating machine, comprising:
Substrate；
Pedestal A；The rear end for being fixedly arranged on the substrate of the pedestal A level；
Tube feeding mechanism；The tube feeding mechanism is fixedly arranged on the pedestal A, including what is be arranged along the pedestal A front-rear direction
The driving that the casing guide pipe and drive sleeve extended out to outside on front side of the pedestal A moves forward and backward in described sleeve pipe guide pipe
Mechanism A；
Thread feeding mechanism；The thread feeding mechanism is fixedly arranged on the pedestal A, is arranged side by side with the tube feeding mechanism, and be located at
On the left of the tube feeding mechanism, the wire rod extended out to outside on front side of the pedestal A including being arranged along the pedestal A front-rear direction is led
The driving mechanism B moved forward and backward in the wire guide pipe to the more wire rod supplied materials being intertwined of pipe and driving；
Twisting mechanism；The twisting mechanism is set to the side of the pedestal A, to stretch to from wire guide pipe front end
The wire rod supplied materials that more out are intertwined is twisted, so that the more wire rod supplied materials doubling twistings being intertwined are formed
One；
Guide rail；The guide rail is fixedly arranged in left-right direction on the substrate, positioned at the front end of the pedestal A, is sent with described
Pipe mechanism and the thread feeding mechanism are perpendicular；
Pedestal B；The front end for being fixedly arranged on the substrate of the pedestal B level, and be slidably fixedly arranged on the guide rail；
Pressure pipe structure；The pressure pipe structure is located at the front end of the tube feeding mechanism and the thread feeding mechanism, including is installed on
Expansible/closure is on the pedestal B with the clamping piece of grip sleeve；The clamping piece have for clamp at least one section of casing and
Size different casing clip slot A and casing clip slot B；The size of described sleeve pipe clip slot A is greater than the ruler of described sleeve pipe clip slot B
It is very little；
Pushing mechanism；The pushing mechanism is set on the substrate, and is located at the pedestal B side, described to push
Pedestal B is moved between first position, the second position, the third place and the 4th position along the guide rail；
Tube cutting mechanism；The tube cutting mechanism is set on the substrate, and be located at the clamping piece and the tube feeding mechanism and
Between the thread feeding mechanism, to the casing being clamped in described sleeve pipe clip slot A or described sleeve pipe clip slot B is cut off to be formed it is described
At least one section of casing；
When the pedestal B is located at first position, described sleeve pipe guide pipe is overlapped with the axis of described sleeve pipe clip slot A；When
When the pedestal B is located at the second position, the wire guide pipe is overlapped with the axis of described sleeve pipe clip slot A；As the pedestal B
When positioned at the third place, described sleeve pipe guide pipe is overlapped with the axis of described sleeve pipe clip slot B；When the pedestal B is located at the 4th
When setting, the wire guide pipe is overlapped with the axis of described sleeve pipe clip slot B.
Above technical scheme is further elaborated below:
Preferably, the twisting mechanism includes twisted wire sliding rail, twisted wire sliding block, motor mounting plate, hollow bearing seat, hollow strand
Line wheel, twisted wire silica gel piece, twisted wire motor, motor drive wheel, driving belt, cylinder fixed seat and twisted wire cylinder；
Wherein, the twisted wire sliding rail is fixedly arranged on the left side of the pedestal A along the longitudinal direction；The twisted wire sliding block can front and back
Sliding be arranged in outside the twisted wire sliding rail, and the preceding lower end of the twisted wire sliding block extend downwardly it is integrally formed with it equipped with one
Fixing head；The motor mounting plate is set to twisted wire sliding block top vertically in left-right direction, and before the motor mounting plate
The first fixation hole is offered on the left of end face backward, offers the second fixation hole backward on the right side of the front end face of the motor mounting plate；
The position of second fixation hole is opposite with the position of the wire guide pipe, and the front end of the wire guide pipe is from described
The center of two fixation holes is passed through to the front side of the motor mounting plate；The hollow bearing seat is fixedly arranged on described along the longitudinal direction
Two fixation holes, and be sheathed on outside the front end of the wire guide pipe；The hollow twisted wire wheel is located at the motor mounting plate front end
Face is also sheathed on outside the front end of the wire guide pipe, and is rotatably fixed in hollow bearing seat front end；The twisted wire silicon
Film is fixedly arranged in the hollow twisted wire wheel, and is offered outer diameter in the middle part of the twisted wire silica gel piece and be intertwined less than more
Wire rod supplied materials outer diameter twisted wire hole, the front/rear end of the twisted wire silica gel piece, which uniformly offers, a plurality of is connected to the strand
String holes be suitable for the wire guide tube stay open across open seam；After the twisted wire motor is fixedly arranged on the motor mounting plate
End face, and the front end shaft of the twisted wire motor extend out to the front end face of the motor mounting plate from first fixation hole；Institute
Motor drive wheel is stated to be fixedly arranged in the front end shaft of the twisted wire motor；The driving belt be sheathed on the motor drive wheel with
Between the hollow twisted wire wheel；The cylinder fixed seat is fixedly arranged on the left side of the pedestal A, and is located under the twisted wire sliding block
Portion；The twisted wire cylinder is fixedly arranged on outside the cylinder fixed seat, and the front end of the twisted wire cylinder and the twisted wire sliding block are front lower
The fixing head at end is fixedly connected；
When so that the twisted wire sliding block is driven to move forward to for the twisted wire cylinder so that the twisted wire silica gel piece is detached from institute
State wire guide pipe, and so that hollow twisted wire wheel described in the twisted wire motor driven drive the twisted wire silica gel piece rotation and so that
The driving mechanism B driving extend out to the more wire rod supplied materials being intertwined of wire guide pipe front end along the wire rod
When guide pipe moves backward, the more wire rod supplied materials being intertwined for extending out to wire guide pipe front end portion are turned
The dynamic twisted wire silica gel piece is mutually twisted and doubling twisting forms one.
It preferably, further include a tangent mechanism, the tangent mechanism is set to the front end of the pedestal B, to being installed with
The doubling twisting of at least one section casing forms integrated wire rod and is cut off.
Preferably, the tangent mechanism includes upper tangential knife, lower tangential knife and to drive the upper tangential knife to go up and down
Cutter elevating mechanism；
Wherein, the upper tangential knife and lower tangential knife dislocation reclines setting；Described in the cutter elevating mechanism driving
The doubling twisting that upper tangential knife moves up and down and cuts off at least one section casing described in being installed with forms integrated wire rod.
Preferably, the tangent mechanism further includes a cleat insulator line card to clamp, and the cleat insulator line card is set to described
The front side of upper tangential knife.
Preferably, the driving mechanism A includes pressure pipe wheel A, send the motor A for sending pipe wheel A to rotate described in pipe wheel A and driving；
The pressure pipe wheel A, which reclines, is installed on the side for sending pipe wheel A；
The driving mechanism B includes the motor B of fabric wheel B, Wire Wheel B and the driving Wire Wheel B rotation, the crimping
Wheel B, which reclines, is installed on the side of the Wire Wheel B.
Preferably, the clamping piece includes that upper holder block, lower lock block and driving mechanism C, the pedestal B left side central portion offer
One runs through the gap slot of its front/rear end, and the upper holder block and the lower lock block are stacked in the gap slot, and are worn
In outside the guide rod installed on the pedestal B；
The lower surface of the upper holder block is equipped with casing placing groove A1 and casing placing groove B1, the upper surface of the lower lock block are set
There is casing placing groove A2 and casing placing groove B2；Described sleeve pipe placing groove A1 and described sleeve pipe placing groove A2 or more is opposite to be formed
It is opposite to form described sleeve pipe clip slot B above or below described sleeve pipe clip slot A, described sleeve pipe placing groove B1 and described sleeve pipe placing groove B2；
The size of the gap slot vertically is greater than the sum of the thickness of the upper holder block and the lower lock block, so that
The driving mechanism C can drive the upper holder block to be bonded or separate simultaneously with the lower lock block.
Preferably, the pushing mechanism is the push cylinder being arranged in the same direction with the guide rail, the cylinder of the push cylinder
Bar is fixedly connected with the pedestal B.
Preferably, the tube cutting mechanism includes lifting cylinder and the pipe cutter set on the cylinder rod top of the lifting cylinder
The rear end face of piece, the front end face and the clamping piece of the Pipe Cutting blade fits.
It preferably, further include that a wire guide plate for being set to the pedestal A upper rear along the longitudinal direction and one are set to described lead
The stretching seat for the wire rod supplied materials of line postlaminar part being intertwined to stretching more；
Wherein, the side of the stretching seat is provided with two rows of guide rollers, and two rows of guide roller dislocation are laid.
The beneficial effects of the utility model are:
One, a kind of twisted wire sleeve-penetrating machine provided by the utility model, in the specific implementation, on the one hand, set
Twisting mechanism is convenient for being twisted the wire rod supplied materials that more are intertwined, so that the more wire rod supplied materials energy being intertwined
Enough doubling twistings form one so that stranded wire rod supplied materials good integrity and like one whole wire rod so that convenient for subsequent
In the casing clip slot A or casing clip slot B for the pressure pipe structure that it wears the utility model, will not divide because twisted property is bad
Fork, so that being worn when the casing clip slot A of its described pressure pipe structure for wearing the utility model or casing in casing clip slot B reliable
Property it is good without wearing failure because of bifurcated, on the other hand, because the size of described sleeve pipe clip slot A is greater than described sleeve pipe clip slot B
Size；When the pedestal B is located at first position, described sleeve pipe guide pipe is overlapped with the axis of described sleeve pipe clip slot A；Work as institute
When stating pedestal B and being located at the second position, the wire guide pipe is overlapped with the axis of described sleeve pipe clip slot A；When the pedestal B is located at
When the third place, described sleeve pipe guide pipe is overlapped with the axis of described sleeve pipe clip slot B；When the pedestal B is located at four positions,
The wire guide pipe is overlapped with the axis of described sleeve pipe clip slot B, in this way, can be to wire rod using described sleeve pipe clip slot A even if obtaining
Supplied materials carries out wearing for the biggish casing of outer diameter, can carry out the lesser casing of outer diameter to wire rod supplied materials using described sleeve pipe clip slot B
Wear, in other words, the casing for making the utility model that can wear as needed two kinds of various outer diameters to wire rod supplied materials, so that real
Strong with property, use is adaptable, and in turn, the utility model using effect is good.
Secondly, in the technical scheme, on the one hand, when so that the twisted wire cylinder drives the twisted wire sliding block to move forward
To making the twisted wire silica gel piece be detached from the wire guide pipe, then successively so that hollow strand described in the twisted wire motor driven
Line wheel drives the twisted wire silica gel piece rotation and so that driving mechanism B driving extend out to wire guide pipe front end
When the more wire rod supplied materials being intertwined move backward along the wire guide pipe, it extend out to wire guide pipe front end
The twisted wire silica gel piece that the more wire rod supplied materials being intertwined divided are rotated mutually is twisted and doubling twisting forms one,
In this way, i.e. so that the use of the new type in twisted wire, flexible operation is quick and operating reliability is strong, on the other hand, because of the twisted wire silicon
Film is silica gel material, so that flexibility is good, will not twist broken string material supplied materials and not it is easier that wire rod supplied materials is frayed, also,
After twisted wire, so that the twisted wire cylinder drives the twisted wire sliding block to slide backwards on so that the twisted wire silica gel piece is placed on institute
It states outside wire guide pipe, the second position or the 4th position for recycling the pushing mechanism to push the pedestal A to setting
It is transported forward again so that retreating to the wire rod that the twisted wire in the wire guide pipe finishes by the driving of the driving mechanism B
It is dynamic, it makes it possible to be pushed wearing to the casing clip slot A of the pressure pipe structure or casing clip slot B progress casing, so recycles past
It is multiple, i.e., so that the utility model can work uninterruptedly, make it possible to greatly improve twisted wire cover tube efficiency and twisted wire casing operation into
Degree, in turn, the using effect of the utility model can effectively improve.
Thirdly, in the present embodiment, on the one hand, set tangent mechanism convenient for cutting preset length wire rod, it is set
The driving mechanism C set can drive the upper holder block to be bonded or separate simultaneously with the lower lock block, so that described sleeve pipe clip slot A
Center and the center of described sleeve pipe clip slot B be able to maintain always it is constant so that the casing no matter being delivered in it is straight
Diameter have it is much, its thread material supplied materials during, the center of respective sleeve and the leading-out terminal of thread feeding mechanism are always to maintain
On the same axis, the casing for effectively avoiding wearing different-diameter is made it possible to, it is high to need to adjust correction thread feeding mechanism leading-out terminal repeatedly
The problems such as spending makes it possible to improve the efficiency of production and processing, meanwhile, but also the center of respective sleeve and thread feeding mechanism go out
Line end contraposition is more accurate, and on the other hand, set wire guide plate is convenient for conducting wire, and set stretching pedestal toilet is in wire rod supplied materials
Stretching, so that wire rod supplied materials does not show in disorder during transportation and is not easy to knot, in turn, the using effect of the utility model can reach
To best.
Detailed description of the invention
Fig. 1 is the overall structure diagram one of the utility model twisted wire sleeve-penetrating machine；
Fig. 2 is the overall structure diagram two of the utility model twisted wire sleeve-penetrating machine；
Fig. 3 is the enlarged drawing of the hollow twisted wire wheel and the twisted wire silica gel piece in the utility model embodiment；
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Drawing reference numeral:
Twisted wire sleeve-penetrating machine 1000；
Substrate 10；
Pedestal A20；
Tube feeding mechanism 30；
Casing guide pipe 301；Driving mechanism A302；Pressure pipe wheel A3021；Send pipe wheel A3022；
Thread feeding mechanism 40；
Wire guide pipe 401；Driving mechanism B402；Fabric wheel B4021；Wire Wheel B4022；
Twisting mechanism 50；
Twisted wire sliding rail 501；Twisted wire sliding block 502；Fixing head 5021；Motor mounting plate 503；Hollow bearing seat 504；Hollow strand
Line wheel 505；Twisted wire silica gel piece 506；Twisted wire hole 5061；Open seam 5062；Twisted wire motor 507；Motor drive wheel 508；Cylinder is solid
Reservation 509；Twisted wire cylinder 510；
Guide rail 60；
Pedestal B70；
Gap slot 701；
Pressure pipe structure 80；
Clamping piece 801；Upper holder block 8011；Lower lock block 8012；Casing clip slot A802；Casing clip slot B803；
Pushing mechanism 90；
Tube cutting mechanism 100；
Lifting cylinder 1001；Pipe Cutting blade 1002；
Tangent mechanism 110；
Upper tangential knife 1101；Lower tangential knife 1102；Cutter elevating mechanism 1103；Cleat insulator line card 1104；
Wire guide plate 120；
Stretching seat 130；
Guide roller 1301.
Specific embodiment
The technical solution of the utility model is described in detail below with reference to drawings and the specific embodiments, to become apparent from, directly
See the invention essence that ground understands the utility model.
In conjunction with shown in Fig. 1, Fig. 2 and Fig. 3；
A kind of twisted wire sleeve-penetrating machine provided by the utility model, comprising:
Substrate 10；
Pedestal A20；The rear end for being fixedly arranged on the substrate 10 of the pedestal A20 level；
Tube feeding mechanism 30；The tube feeding mechanism 30 is fixedly arranged on the pedestal A20, including along the front and back the pedestal A20
To setting the casing guide pipe 301 extended out to outside on front side of the pedestal A20 and drive sleeve in described sleeve pipe guide pipe 301
In the driving mechanism A302 that moves forward and backward；
Thread feeding mechanism 40；The thread feeding mechanism 40 is fixedly arranged on the pedestal A20, is set side by side with the tube feeding mechanism 30
It sets, and is located at 30 left side of tube feeding mechanism, extend out to the pedestal including what is be arranged along the pedestal A20 front-rear direction
Before more wire rod supplied materials being intertwined of wire guide pipe 401 and driving outside on front side of A20 are in the wire guide pipe 401
The driving mechanism B402 moved afterwards；
Twisting mechanism 50；The twisting mechanism 50 is set to the side of the pedestal A20, to from the wire guide pipe
The more wire rod supplied materials being intertwined that 401 front ends are stretched out are twisted, so that the more wire rod supplied materials being intertwined close
Stock twisting forms one；
Guide rail 60；The guide rail 60 is fixedly arranged in left-right direction on the substrate 10, positioned at the front end of the pedestal A20,
It is perpendicular with the tube feeding mechanism 30 and the thread feeding mechanism 40；
Pedestal B70；The pedestal B70 level is fixedly arranged on the front end of the substrate 10, and is slidably fixedly arranged on described
On guide rail 60；
Pressure pipe structure 80；The pressure pipe structure 80 is located at the front end of the tube feeding mechanism 30 and the thread feeding mechanism 40, packet
It includes and is installed on the pedestal B70 expansible/closure with the clamping piece 801 of grip sleeve；The clamping piece 801 has for pressing from both sides
Hold at least one section of casing and the different casing clip slot A802 and casing clip slot B803 of size；Described sleeve pipe clip slot A802's
Size is greater than the size of described sleeve pipe clip slot B803；
Pushing mechanism 90；The pushing mechanism 90 is set on the substrate 10, and is located at the pedestal B70 side, to
The pedestal B70 is pushed to move between first position, the second position, the third place and the 4th position along the guide rail 60；
Tube cutting mechanism 100；The tube cutting mechanism 100 be set to the substrate 10 on, and be located at the clamping piece 801 with it is described
Between tube feeding mechanism 30 and the thread feeding mechanism 40, described sleeve pipe clip slot A802 or described sleeve pipe clip slot B803 will be clamped in
Interior casing cuts off to form at least one section of casing；
When the pedestal B70 is located at first position, the axis of described sleeve pipe guide pipe 301 and described sleeve pipe clip slot A802
Line is overlapped；When the pedestal B70 is located at the second position, the axis of the wire guide pipe 401 and described sleeve pipe clip slot A802
It is overlapped；When the pedestal B70 is located at the third place, the axis weight of described sleeve pipe guide pipe 301 and described sleeve pipe clip slot B803
It closes；When the pedestal B70 is located at four positions, the wire guide pipe 401 is overlapped with the axis of described sleeve pipe clip slot B803.
For described above, it should be noted that the casing clip slot A802 and casing clip slot B803 of different sizes can
The casing size of adaptation is different, such as casing clip slot A802 can allow for the casing by 20L-30L, casing clip slot B803
It can allow for the casing by 14L-18L.
Based on described above, can with simplified summary, the working principle of the utility model is:
Firstly, by the promotion of the pushing mechanism 90, so that the pedestal B70 is located at first position, at this point, the set
Pipe guide pipe 301 is overlapped with the axis of described sleeve pipe clip slot A802；At the first position, due to described sleeve pipe guide pipe 301
It is overlapped with the axis of described sleeve pipe clip slot A802, so can be from described sleeve pipe by the casing that the driving mechanism A302 drives
The front end exit end of guide pipe 301 enters in the casing clip slot A802 of the pressure pipe structure 80, and in the pressure pipe structure 80
It is cut off after compression by the tube cutting mechanism 100, makes have at least one section of casing in described sleeve pipe clip slot A802；
Secondly, by the driving of the driving mechanism B402, so that the more wire rod supplied materials being intertwined extend out to institute
State certain length outside the front end of wire guide pipe 401；
Again, by the twisting mechanism 50 to extending out to more of certain length outside 401 front end of wire guide pipe
The wire rod supplied materials being intertwined carries out twisted wire, so that the more wire rod supplied materials doubling twistings being intertwined form one；
Then, again by the driving of the driving mechanism B402 so that the doubling twisting of wire rod supplied materials formed it is integrated
Part is retreated to the wire guide pipe 401；
Then, then by the promotion of the pushing mechanism 90, so that the pedestal B70 is located at the second position, at this point, described
Wire guide pipe 401 is overlapped with the axis of described sleeve pipe clip slot A802；Due to the wire guide pipe 401 and described sleeve pipe clip slot
The axis of A802 is overlapped, so can be before the wire guide pipe 401 by the wire rod that the driving mechanism B402 drives
End outlet end enters in the casing clip slot A802 of the pressure pipe structure 80, and passes through in described sleeve pipe clip slot A802 at least
One section of casing, in this way, completing doubling twisting using described sleeve pipe clip slot A802 forms what integrated more were intertwined
The operation of wire rod supplied materials sleeve-penetrating.
And so on, doubling twisting forms the wire rod supplied materials that integrated more are intertwined and is entering to the tube press machine
In the casing clip slot B803 of structure 80, and pass through described sleeve pipe clip slot B803 at least one section of casing sleeve-penetrating when operation with it is upper
It states described completely the same, again, is just not explained in detail.
Thus, it is possible to summarize:
On the one hand, set twisting mechanism 50 is convenient for being twisted the wire rod supplied materials that more are intertwined, so that
More wire rod supplied materials being intertwined can doubling twisting form one so that stranded wire rod supplied materials good integrity and still
Such as one whole wire rod, so that being convenient for the casing clip slot A802 or set of the subsequent pressure pipe structure 80 for wearing the utility model at it
When pipe clamp slot B803, will not due to twisted property is bad bifurcated so that the set of its described pressure pipe structure 80 for wearing the utility model
Good reliability is worn without because bifurcated wears failure when casing in pipe clamp slot A802 or casing clip slot B803.
On the other hand, because the size of described sleeve pipe clip slot A802 is greater than the size of described sleeve pipe clip slot B803；When the base
When seat B70 is located at first position, described sleeve pipe guide pipe 301 is overlapped with the axis of described sleeve pipe clip slot A802；When the pedestal
When B70 is located at the second position, the wire guide pipe 401 is overlapped with the axis of described sleeve pipe clip slot A802；As the pedestal B70
When positioned at the third place, described sleeve pipe guide pipe 301 is overlapped with the axis of described sleeve pipe clip slot B803；When described pedestal B70
When four positions, the wire guide pipe 401 is overlapped with the axis of described sleeve pipe clip slot B803, in this way, utilizing institute even if obtaining
The wire rod supplied materials progress biggish casing of outer diameter can be worn by stating casing clip slot A802, can be to wire rod using described sleeve pipe clip slot B
Supplied materials carries out wearing for the lesser casing of outer diameter, in other words, makes the utility model that can wear as needed two to wire rod supplied materials
The casing of kind various outer diameter, so that practical, use is adaptable.
In turn, the utility model using effect is good.
It is emphasized that in the technical scheme, the twisting mechanism 50 includes twisted wire sliding rail 501, twisted wire sliding block
502, motor mounting plate 503, hollow bearing seat 504, hollow twisted wire wheel 505, twisted wire silica gel piece 506, twisted wire motor 507, motor
Driving wheel 508, driving belt, cylinder fixed seat 509 and twisted wire cylinder 510；
Wherein, the twisted wire sliding rail 501 is fixedly arranged on the left side of the pedestal A20 along the longitudinal direction；The twisted wire sliding block
502 it is capable of sliding back and forth be arranged in outside the twisted wire sliding rail 501, and the preceding lower end of the twisted wire sliding block 502 extends downwardly and is equipped with
One with its integrally formed fixing head 5021；The motor mounting plate 503 is set to the twisted wire sliding block vertically in left-right direction
502 tops, and the first fixation hole, the motor mounting plate 503 are offered backward on the left of the front end face of the motor mounting plate 503
Front end face on the right side of offer the second fixation hole backward；The position of the position of second fixation hole and the wire guide pipe 401
It sets relatively, and the front end of the wire guide pipe 401 is passed through from the center of second fixation hole to the motor mounting plate 503
Front side；The hollow bearing seat 504 is fixedly arranged on second fixation hole along the longitudinal direction, and is sheathed on the wire guide pipe
Outside 401 front end；The hollow twisted wire wheel 505 is located at the motor mounting plate front end face, is also sheathed on the wire guide pipe
Outside 401 front end, and rotatably it is fixed in 504 front end of hollow bearing seat；The twisted wire silica gel piece 506 is fixedly arranged in described
In empty twisted wire wheel 505, and the middle part of the twisted wire silica gel piece 506 offers outer diameter less than the more wire rod supplied materials being intertwined
Outer diameter twisted wire hole, the front/rear end of the twisted wire silica gel piece 506, which uniformly offers, a plurality of is connected to the twisted wire hole
Suitable for the wire guide pipe 401 strut across open seam；The twisted wire motor 507 is fixedly arranged on the motor mounting plate 503
Rear end face, and the front end shaft of the twisted wire motor 507 extend out to the motor mounting plate 503 from first fixation hole
Front end face；The motor drive wheel 508 is fixedly arranged in the front end shaft of the twisted wire motor 507；The driving belt is sheathed on
Between the motor drive wheel 508 and the hollow twisted wire wheel 505；The cylinder fixed seat 509 is fixedly arranged on the pedestal A20
Left side, and be located at 502 lower part of twisted wire sliding block；The twisted wire cylinder 510 is fixedly arranged on outside the cylinder fixed seat 509,
And the front end of the twisted wire cylinder 510 is fixedly connected with the fixing head 5021 of the preceding lower end of the twisted wire sliding block 502；
When so that the twisted wire sliding block 502 is driven to move forward to for the twisted wire cylinder 510 so that the twisted wire silica gel piece
506 are detached from the wire guide pipe 401, and so that the twisted wire motor 507 drives the hollow twisted wire wheel 505 to drive the strand
The rotation of line silica gel piece 506 and so that driving mechanism B402 driving extend out to more of 401 front end of wire guide pipe and twines
When moving backward around wire rod supplied materials together along the wire guide pipe 401, it extend out to 401 front end of wire guide pipe
506 phase of twisted wire silica gel piece that the more wire rod supplied materials being intertwined divided are rotated is twisted and doubling twisting forms one
Body.
Thus, it is possible to summarize:
On the one hand, when so that the twisted wire cylinder 510 drives the twisted wire sliding block 502 to move forward to so that the twisted wire
Silica gel piece 506 is detached from the wire guide pipe 401, then successively so that the twisted wire motor 507 drives the hollow twisted wire wheel
The 505 drive twisted wire silica gel pieces 506 rotate and so that driving mechanism B402 driving extend out to the wire guide pipe 401
When the wire rod supplied materials that more of front end are intertwined moves backward along the wire guide pipe 401, it extend out to the wire rod and leads
506 phase of twisted wire silica gel piece that is rotated to the more wire rod supplied materials being intertwined of 401 front end portion of pipe it is twisted and
Doubling twisting forms one, in this way, i.e. so that the use of the new type in twisted wire, flexible operation is quick and operating reliability is strong.
On the other hand, because the twisted wire silica gel piece 506 is silica gel material, so that flexibility is good, broken string material supplied materials will not be twisted
And not it is easier that wire rod supplied materials is frayed.
Also, after twisted wire, so that the twisted wire cylinder 510, which drives the twisted wire sliding block 502 to slide backwards on, to be made
It obtains the twisted wire silica gel piece 506 to be placed on outside the wire guide pipe 401, the pushing mechanism 90 is recycled to push the pedestal
A20 may make the line for retreating and finishing to the twisted wire in the wire guide pipe 401 to the second position or the 4th position of setting
Material is travelled forward again by the driving of the driving mechanism B402, makes it possible to be pushed to the clamp sleeve of the pressure pipe structure 80
Slot A802 or casing clip slot B carries out wearing for casing, loops back and forth like this, i.e., so that the utility model can work uninterruptedly, makes
Twisted wire set tube efficiency and twisted wire casing operation progress can be greatly improved by obtaining.
In turn, the using effect of the utility model can effectively improve.
You need to add is that the utility model further includes a tangent mechanism 110, the tangent mechanism 110 being embodied
It is set to the front end of the pedestal B70, to form integrated wire rod to the doubling twisting for being installed at least one section casing
It is cut off.
In this way, set tangent mechanism 110 makes convenient for the wire rod of cutting preset length.
Also, in a preferred approach, the tangent mechanism 110 include upper tangential knife 1101, lower tangential knife 1102 and to
The cutter elevating mechanism 1103 for driving the upper tangential knife 1101 to go up and down；
Wherein, the upper tangential knife 1101 and the lower dislocation of tangential knife 1102 reclines setting；The cutter elevating mechanism
The 1103 drivings upper tangential knife 1101 moves up and down and cuts off the doubling twisting formation one for being installed at least one section casing
The wire rod of body.
And the tangent mechanism 110 further includes a cleat insulator line card 1104 to clamp, the cleat insulator line card 1104 is arranged
In the front side of the upper tangential knife 1101.
Meanwhile in the technical scheme, the driving mechanism A302 includes pressure pipe wheel A3021, send pipe wheel A3022 and driving
The motor A for sending pipe wheel A3022 to rotate；The pressure pipe wheel A3021, which reclines, is installed on the side for sending pipe wheel A3022；Institute
State the motor B that driving mechanism B402 includes fabric wheel B4021, Wire Wheel B4022 and the driving Wire Wheel B4022 rotation, institute
It states fabric wheel B4021 and reclines and be installed on the side of the Wire Wheel B4022.
The clamping piece 801 includes upper holder block 8011, lower lock block 8012 and driving mechanism C (not shown), the pedestal B70
Left side central portion offers a gap slot 701 for running through its front/rear end, and the upper holder block 8011 is laminated with the lower lock block 8012
It is set in the gap slot 701, and is set in the guide rod (not shown) installed on the pedestal B70 outside；
The lower surface of the upper holder block 8011 is equipped with casing placing groove A1 and casing placing groove B1, the upper table of the lower lock block
Face is equipped with casing placing groove A2 and casing placing groove B2；Above or below described sleeve pipe placing groove A1 and described sleeve pipe placing groove A2 it is opposite with
It is opposite to form the set to form described sleeve pipe clip slot A802, described sleeve pipe placing groove B1 and described sleeve pipe placing groove B2 or more
Pipe clamp slot B 803；
The size of the gap slot 701 vertically is greater than the upper holder block 8011 and the lower lock block 8012
The sum of thickness, so that the driving mechanism C (not shown) can drive the upper holder block 8011 and the lower lock block 8012 simultaneously
Fitting or separation.
When the upper holder block 8011 is bonded with the lower lock block 8012, casing can be pressed on to described sleeve pipe clip slot
In A802 or described sleeve pipe clip slot B803, and when the upper holder block 8011 is separated with the lower lock block 8012, it can will wear
There is the wire rod supplied materials of casing to pull out from described sleeve pipe clip slot A802 or described sleeve pipe clip slot B803.
Because set driving mechanism C (not shown) can drive the upper holder block 8011 and the lower lock block 8012 simultaneously
Fitting or separation, in this way, then making the center of described sleeve pipe clip slot A802 and the center of described sleeve pipe clip slot B803
Always be able to maintain it is constant so that the diameter for the casing no matter being delivered in it have it is much, its thread material supplied materials during, phase
The leading-out terminal of the center and thread feeding mechanism 40 of answering casing always remains on same axis, makes it possible to effectively avoid wearing not
With the casing of diameter, needs to adjust the problems such as correcting 40 leading-out terminal height of thread feeding mechanism repeatedly, make it possible to improve production and processing
Efficiency, meanwhile, but also the center of respective sleeve and the leading-out terminal contraposition of thread feeding mechanism 40 are more accurate.
It should be noted that the knot of the clamping device of the above-mentioned clamping piece 801 and sleeve-penetrating machine in the prior art
Structure principle etc. is essentially identical, specifically, can refer to a kind of patent of invention " laminating mechanism of Patent No. " 201410015310.0 "
And wear tube apparatus using the laminating mechanism " and Patent No. " 201420427208.7 " utility model patent " sleeve-penetrating
The pertinent literatures such as machine ".Here, being not described in detail.
Supplement is needed further exist for, in the specific implementation, the pushing mechanism 90 is and the setting in the same direction of guide rail 60
Push cylinder, the cylinder rod of the push cylinder is fixedly connected with the pedestal B70.
The tube cutting mechanism 100 includes lifting cylinder 1001 and cutting set on the cylinder rod top of the lifting cylinder 1001
Pipe blade 1002, the front end face of the Pipe Cutting blade 1002 and the rear end face of the clamping piece 801 fit.
Also, the utility model further include one along the longitudinal direction set on the pedestal A20 upper rear wire guide plate 120 and
One is set to the stretching seat 130 of the wire rod supplied materials being intertwined to stretching more at 120 rear portion of wire guide plate；
Wherein, the side of the stretching seat 130 is provided with two rows of guide rollers 1301, and two rows of guide rollers 1301 misplace
It lays.
When implementing, so that wavy 1301 surface of multiple guide rollers successively laid around dislocation is presented in wire rod supplied materials,
Make it possible to good stretching wire rod supplied materials.
In this way, set wire guide plate 120 is convenient for conducting wire, set stretching seat 130 is convenient for the stretching of wire rod supplied materials, is made
Wire rod supplied materials is obtained not show in disorder during transportation and be not easy to knot.
In turn, the using effect of the utility model can reach best.
Other embodiments etc., illustrate one by one here, also not doing.
In conclusion the utility model overall structure is simple, easily implement, easy to operate, practical, specificity is strong, manufacture
It is at low cost, in the improvement of structure and the improvement of technology, do not need to increase too many cost, so that the utility model necessarily has
There is good market popularization value, the utility model can be very welcome, can effectively be popularized.
The above is only the preferred embodiment of the present invention, is not intended to limit the patent protection model of the utility model
Enclose, the transformation of equivalent structure made by using the description of the utility model and the drawings or equivalent process, or directly or
Other related technical areas are used in indirectly, are also included in the patent protection scope of the utility model.
Claims (10)
1. a kind of twisted wire sleeve-penetrating machine characterized by comprising
Substrate；
Pedestal A；The rear end for being fixedly arranged on the substrate of the pedestal A level；
Tube feeding mechanism；The tube feeding mechanism is fixedly arranged on the pedestal A, including the extension being arranged along the pedestal A front-rear direction
The driving mechanism that casing guide pipe outside the extremely described front side pedestal A and drive sleeve move forward and backward in described sleeve pipe guide pipe out
A；
Thread feeding mechanism；The thread feeding mechanism is fixedly arranged on the pedestal A, is arranged side by side with the tube feeding mechanism, and is located at described
On the left of tube feeding mechanism, including the wire guide pipe extended out to outside on front side of the pedestal A being arranged along the pedestal A front-rear direction
And the driving mechanism B that the more wire rod supplied materials being intertwined of driving move forward and backward in the wire guide pipe；
Twisting mechanism；The twisting mechanism is set to the side of the pedestal A, to stretching out from wire guide pipe front end
The more wire rod supplied materials being intertwined are twisted, so that the more wire rod supplied materials doubling twistings being intertwined form one
Body；
Guide rail；The guide rail is fixedly arranged in left-right direction on the substrate, positioned at the front end of the pedestal A, with the tube-conveyer
Structure and the thread feeding mechanism are perpendicular；
Pedestal B；The front end for being fixedly arranged on the substrate of the pedestal B level, and be slidably fixedly arranged on the guide rail；
Pressure pipe structure；The pressure pipe structure is located at the front end of the tube feeding mechanism and the thread feeding mechanism, including is installed on described
Expansible/closure is on pedestal B with the clamping piece of grip sleeve；The clamping piece has for clamping at least one section of casing and size
Casing clip slot A and casing clip slot B of different sizes；The size of described sleeve pipe clip slot A is greater than the size of described sleeve pipe clip slot B；
Pushing mechanism；The pushing mechanism is set on the substrate, and is located at the pedestal B side, to push the pedestal B
It is moved between first position, the second position, the third place and the 4th position along the guide rail；
Tube cutting mechanism；The tube cutting mechanism is set on the substrate, and is located at the clamping piece and the tube feeding mechanism and described
Between thread feeding mechanism, to the casing being clamped in described sleeve pipe clip slot A or described sleeve pipe clip slot B is cut off to be formed it is described extremely
Few one section of casing；
When the pedestal B is located at first position, described sleeve pipe guide pipe is overlapped with the axis of described sleeve pipe clip slot A；When described
When pedestal B is located at the second position, the wire guide pipe is overlapped with the axis of described sleeve pipe clip slot A；When the pedestal B is located at the
When three positions, described sleeve pipe guide pipe is overlapped with the axis of described sleeve pipe clip slot B；When the pedestal B is located at four positions, institute
Wire guide pipe is stated to be overlapped with the axis of described sleeve pipe clip slot B.
2. twisted wire sleeve-penetrating machine according to claim 1, which is characterized in that the twisting mechanism includes twisted wire sliding rail, twists
Line sliding block, motor mounting plate, hollow bearing seat, hollow twisted wire wheel, twisted wire silica gel piece, twisted wire motor, motor drive wheel, transmission skin
Band, cylinder fixed seat and twisted wire cylinder；
Wherein, the twisted wire sliding rail is fixedly arranged on the left side of the pedestal A along the longitudinal direction；The twisted wire sliding block can slide back and forth
Be arranged in outside the twisted wire sliding rail, and the preceding lower end of the twisted wire sliding block is extended downwardly equipped with one and its integrally formed fixation
Head；The motor mounting plate is set to twisted wire sliding block top, and the front end face of the motor mounting plate vertically in left-right direction
Left side offers the first fixation hole backward, offers the second fixation hole backward on the right side of the front end face of the motor mounting plate；It is described
The position of second fixation hole is opposite with the position of the wire guide pipe, and the front end of the wire guide pipe is solid from described second
The center for determining hole is passed through to the front side of the motor mounting plate；It is solid that the hollow bearing seat is fixedly arranged on described second along the longitudinal direction
Determine hole, and is sheathed on outside the front end of the wire guide pipe；The hollow twisted wire wheel is located at the motor mounting plate front end face, also
It is sheathed on outside the front end of the wire guide pipe, and is rotatably fixed in hollow bearing seat front end；The twisted wire silica gel piece
It is fixedly arranged in the hollow twisted wire wheel, and offers outer diameter in the middle part of the twisted wire silica gel piece less than the more lines being intertwined
The twisted wire hole of the outer diameter of material supplied materials, the front/rear end of the twisted wire silica gel piece, which uniformly offers, a plurality of is connected to the twisted wire hole
Be suitable for the wire guide tube stay open across open seam；The twisted wire motor is fixedly arranged on the rear end of the motor mounting plate
Face, and the front end shaft of the twisted wire motor extend out to the front end face of the motor mounting plate from first fixation hole；It is described
Motor drive wheel is fixedly arranged in the front end shaft of the twisted wire motor；The driving belt is sheathed on the motor drive wheel and institute
It states between hollow twisted wire wheel；The cylinder fixed seat is fixedly arranged on the left side of the pedestal A, and is located under the twisted wire sliding block
Portion；The twisted wire cylinder is fixedly arranged on outside the cylinder fixed seat, and the front end of the twisted wire cylinder and the twisted wire sliding block are front lower
The fixing head at end is fixedly connected；
When so that the twisted wire sliding block is driven to move forward to for the twisted wire cylinder so that the twisted wire silica gel piece is detached from the line
Material guide pipe, and so that hollow twisted wire wheel described in the twisted wire motor driven drives the twisted wire silica gel piece rotation and so that described
Driving mechanism B driving extend out to the more wire rod supplied materials being intertwined of wire guide pipe front end along the wire guide
Pipe is when moving backward, extend out to what more wire rod supplied materials being intertwined of wire guide pipe front end portion were rotated
The twisted wire silica gel piece is mutually twisted and doubling twisting forms one.
3. twisted wire sleeve-penetrating machine according to claim 2, which is characterized in that further include a tangent mechanism, the cutting machine
Structure is set to the front end of the pedestal B, to form integrated wire rod to the doubling twisting for being installed at least one section casing
It is cut off.
4. twisted wire sleeve-penetrating machine according to claim 3, which is characterized in that the tangent mechanism include upper tangential knife, under
Tangential knife and the cutter elevating mechanism to drive the upper tangential knife lifting；
Wherein, the upper tangential knife and lower tangential knife dislocation reclines setting；It is cut on the cutter elevating mechanism driving is described
The doubling twisting that line knife moves up and down and cuts off at least one section casing described in being installed with forms integrated wire rod.
5. twisted wire sleeve-penetrating machine according to claim 4, which is characterized in that the tangent mechanism further includes one to clamp
Cleat insulator line card, the cleat insulator line card is set to the front side of the upper tangential knife.
6. twisted wire sleeve-penetrating machine according to claim 1, which is characterized in that the driving mechanism A includes pressure pipe wheel A, send
The pipe wheel A motor A of rotation is sent described in pipe wheel A and driving；The pressure pipe wheel A, which reclines, is installed on the side for sending pipe wheel A；
The driving mechanism B includes the motor B, the fabric wheel B of fabric wheel B, Wire Wheel B and the driving Wire Wheel B rotation
It reclines and is installed on the side of the Wire Wheel B.
7. twisted wire sleeve-penetrating machine according to claim 1, which is characterized in that the clamping piece includes upper holder block, lower lock block
And driving mechanism C, the pedestal B left side central portion offer one run through its front/rear end gap slot, the upper holder block with it is described
Lower lock block is stacked in the gap slot, and is set in outside the guide rod installed on the pedestal B；
The lower surface of the upper holder block is equipped with casing placing groove A1 and casing placing groove B1, and the upper surface of the lower lock block is equipped with set
Pipe placing groove A2 and casing placing groove B2；Described sleeve pipe placing groove A1 and described sleeve pipe placing groove A2 or more is opposite described in formation
It is opposite to form described sleeve pipe clip slot B above or below casing clip slot A, described sleeve pipe placing groove B1 and described sleeve pipe placing groove B2；
The size of the gap slot vertically is greater than the sum of the thickness of the upper holder block and the lower lock block, so that described
Driving mechanism C can drive the upper holder block to be bonded or separate simultaneously with the lower lock block.
8. twisted wire sleeve-penetrating machine according to claim 1, which is characterized in that the pushing mechanism is in the same direction with the guide rail
The push cylinder of setting, the cylinder rod of the push cylinder are fixedly connected with the pedestal B.
9. twisted wire sleeve-penetrating machine according to claim 1, which is characterized in that the tube cutting mechanism includes lifting cylinder and sets
Pipe Cutting blade in the cylinder rod top of the lifting cylinder, the front end face of the Pipe Cutting blade and the rear end face of the clamping piece
It fits.
10. -9 described in any item twisted wire sleeve-penetrating machines according to claim 1, which is characterized in that further include one along the longitudinal direction
Being intertwined to stretching more for the conducting wire postlaminar part is set to set on the wire guide plate of the pedestal A upper rear and one
The stretching seat of wire rod supplied materials；
Wherein, the side of the stretching seat is provided with two rows of guide rollers, and two rows of guide roller dislocation are laid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820851867.1U CN208674578U (en) | 2018-05-31 | 2018-05-31 | Twisted wire sleeve-penetrating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820851867.1U CN208674578U (en) | 2018-05-31 | 2018-05-31 | Twisted wire sleeve-penetrating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208674578U true CN208674578U (en) | 2019-03-29 |
Family
ID=65824100
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820851867.1U Active CN208674578U (en) | 2018-05-31 | 2018-05-31 | Twisted wire sleeve-penetrating machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379613A (en) * | 2019-08-07 | 2019-10-25 | 东莞市大忠电子有限公司 | A kind of rope-lay strand sleeve-penetrating severing tin soldering machine |
| CN111786239A (en) * | 2020-07-13 | 2020-10-16 | 安徽蓝锐电子科技有限公司 | Production method of array LED lamp bead wire |
| CN111883998A (en) * | 2020-07-20 | 2020-11-03 | 安徽省亿嘉弘电器股份有限公司 | Protective sleeve threading device |
| CN111884013A (en) * | 2020-07-20 | 2020-11-03 | 安徽省亿嘉弘电器股份有限公司 | Electric appliance wire and production method thereof |
| CN111884009A (en) * | 2020-07-20 | 2020-11-03 | 安徽省亿嘉弘电器股份有限公司 | Electric appliance wire production system |
| DE202020106051U1 (en) | 2020-10-22 | 2022-01-25 | Aptiv Technologies Limited | holding device |
-
2018
- 2018-05-31 CN CN201820851867.1U patent/CN208674578U/en active Active
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379613A (en) * | 2019-08-07 | 2019-10-25 | 东莞市大忠电子有限公司 | A kind of rope-lay strand sleeve-penetrating severing tin soldering machine |
| CN110379613B (en) * | 2019-08-07 | 2024-04-12 | 东莞市大忠电子有限公司 | Stranded wire sleeve penetrating cutting soldering machine |
| CN111786239A (en) * | 2020-07-13 | 2020-10-16 | 安徽蓝锐电子科技有限公司 | Production method of array LED lamp bead wire |
| CN111883998A (en) * | 2020-07-20 | 2020-11-03 | 安徽省亿嘉弘电器股份有限公司 | Protective sleeve threading device |
| CN111884013A (en) * | 2020-07-20 | 2020-11-03 | 安徽省亿嘉弘电器股份有限公司 | Electric appliance wire and production method thereof |
| CN111884009A (en) * | 2020-07-20 | 2020-11-03 | 安徽省亿嘉弘电器股份有限公司 | Electric appliance wire production system |
| CN111883998B (en) * | 2020-07-20 | 2022-04-05 | 安徽省亿嘉弘电器股份有限公司 | Protective sleeve threading device |
| DE202020106051U1 (en) | 2020-10-22 | 2022-01-25 | Aptiv Technologies Limited | holding device |
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