CN107069384B - Soft spool shaping threader - Google Patents
Soft spool shaping threader Download PDFInfo
- Publication number
- CN107069384B CN107069384B CN201710150571.7A CN201710150571A CN107069384B CN 107069384 B CN107069384 B CN 107069384B CN 201710150571 A CN201710150571 A CN 201710150571A CN 107069384 B CN107069384 B CN 107069384B
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- Prior art keywords
- shaping
- plastic claw
- centre gangway
- grid
- spool
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R43/00—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors
- H01R43/28—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for wire processing before connecting to contact members, not provided for in groups H01R43/02 - H01R43/26
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R43/00—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors
- H01R43/04—Apparatus or processes specially adapted for manufacturing, assembling, maintaining, or repairing of line connectors or current collectors or for joining electric conductors for forming connections by deformation, e.g. crimping tool
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Manufacture Of Motors, Generators (AREA)
- Multiple-Way Valves (AREA)
Abstract
It is a kind of to can be applied to be printed, cut, threaded and beaten will deform soft spool full circle and it is precisely quickly socketed in the soft spool shaping threader on wire termination in the automation equipment of terminal for number spool.It is made of four groups of upper and lower, left and right plastic claw, driving motor and transmission mechanism, upper and lower plastic claw is oppositely arranged, left and right plastic claw is oppositely arranged, if every group of plastic claw is made of base plate and dry plate shaping grid, shaping grid between two adjacent groups plastic claw, which staggeredly intert, to stack together, and the edge in the outside of the shaping grid in each group plastic claw surrounds to form centre gangway；The inscribed circle diameter of centre gangway be previously inserted by the centre gangway one end and be clamped that the outer diameter of soft spool in it is identical, which can be inserted by the other end of the centre gangway and wear the conducting wire connect in the soft spool.It can melt printing, cutting, threading and beat terminal and produce in integrated conducting wire wire size casing intelligence and make outstanding contributions to realize.
Description
Technical field
It is special the present invention relates to a kind of sleeve joint device that the soft spool for being printed with conducting wire number is socketed on wire termination
Circle can be reverted to for the soft spool for being pressurized, being rolled over and being deformed and can quick and precisely be socketed in wire termination by not being related to one kind
On shaping threader.
Background technique
With being constantly progressive for engineering technology and being continuously increased for cost of labor, currently, various electrical equipments and intelligence are set
It is standby to come into being, in this way, every equipment requires a large amount of signal control line and current supply line in terms of circuit control, and wherein
The both ends of every line will be socketed the soft spool (i.e. length is in 10cm casing below) for being printed with different numbers, in favor of
It assembles and safeguards in the future.
In the prior art, special printing device printed soft spool is first used, then by will manually cut down
Soft spool is socketed in corresponding wire termination, later again by beating terminal device or using specific purpose tool by manually by conducting end
Son is fixed on the metal wire body by the conducting wire end after wire stripping.
Above-mentioned production method, high labor cost and production efficiency is low.It cannot achieve and incorporate efficient, the intelligence of modern society
Printing, threads and beats the integrated automation Production line equipment of terminal at cutting.
Summary of the invention
It can be applied to be printed for number spool the technical problem to be solved in the present invention is to provide one kind, cut, wear
Line and beat can will deform soft spool full circle and being precisely quickly socketed in it on wire termination in the automation equipment of terminal
Soft spool shaping threader.
In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention are as follows:
Soft spool shaping threader of the invention, it is characterised in that: by four groups of upper and lower, left and right plastic claw, driving
Motor and transmission mechanism composition, wherein upper plastic claw is oppositely arranged with lower plastic claw, and left plastic claw is opposite with right plastic claw to be set
It sets, if every group of plastic claw structure is identical and is vertically fixed in the shaping grid structure on the base plate inner surface by base plate and dry plate
It is rectangle at, shaping grid shape, each shaping grid interval and is uniformly arranged, the shaping grid between two adjacent groups plastic claw is staggeredly interspersed
Stack together, the edge in the outside of the shaping grid in each group plastic claw surround to be formed section configuration be square and with each shaping
The perpendicular centre gangway of grid；The base plate of every group of plastic claw is connected by the transmission mechanism with the driving motor, each group
Plastic claw is synchronized towards or away from movement forward or reverse with driving motor, while also making the internal diameter of the centre gangway with drive
The rotation of dynamic motor changes；It the inscribed circle diameter of the centre gangway and has been previously inserted simultaneously by the centre gangway one end
The outer diameter for being clamped the soft spool in it is identical, can be inserted into the centre gangway by the other end of the centre gangway and is worn and connects at this
Conducting wire in soft spool.
The midpoint at the edge in outside described in each shaping grid is equipped with to " V " type or 1/4 recessed on the inside of the shaping grid
The notch of circular arc.
The coating of great friction coefficient is equipped on the edge side in the outside or the end face of the notch.
It is equal around centre gangway outlet on the outermost shaping grid of the centre gangway other end each group plastic claw
Guide plate equipped with one piece in cone inclined-plane, four pieces of guide plates surround to form the variable circular cone guide hole of size, circular cone guide hole
Inner end extends in centre gangway, and the flaring of circular cone guide hole is outwardly.
It is additionally provided with except the shaping grid of the centre gangway other end and can ensure that the conducting wire for being inserted into centre gangway
Leading portion and centre gangway the correction adjustable plate that is consistent of axis, which can phase in the same plane by four pieces
To or be moved away from sliding block composition, being provided in the center of the correction adjustable plate can be with the positive reverse action of driving part by four pieces of cunnings
The variable adjustment hole in the aperture that block is constituted.
Spacing between adjacent shaping grid is slightly larger than the thickness of monolithic shaping grid, and difference is in 0.01mm-0.05mm therebetween；Often
The thickness of piece shaping grid is in 1.5mm-30mm.
Shaping grid quantity in every group of plastic claw is identical, is 4-8 piece.
The driving motor is one, is disposed therein the edge of one group of plastic claw, passes through screw rod worm drive machine
Structure or synchronous belt drive mechanism connect with the support arm extended outward by the base plate.
The circle number of the driving motor rotation is threaded according to the model of the soft spool by configuring the soft spool shaping
The control circuit of the host of device controls.
The cut height is in 1mm-2mm.
The present invention is by setting four groups of upper and lower, left and right plastic claw and makes the shaping grid in wherein every two adjacent groups plastic claw
Staggeredly intert structure that is stacked and can be movable relatively therebetween, leads to so that surrounding the center constituted by the shaping grid in each group plastic claw
The internal diameter in road is in controllable state, in this way, one is, it can be achieved that the soft spool to different tube diameters carries out shaping；Second, because of multi-disc
The setting of shaping grid can be such that centre gangway inner wall and the contact point of soft spool tube wall greatly increases, so that it is logical to improve the center
Clamping force of the road to soft spool therein；Third, soft spool be in positive round and it is stationary in the case where, pass through shifting
Dynamic conducting wire can precisely intert the conducting wire to soft spool.The present invention has effectively imitated artificial threading, structure is simple,
Design science, used unit cost be not high, can melt printing, cutting, threading for realization and beat terminal in the conducting wire wire size of one
Outstanding contributions are made in casing intelligence production.
Detailed description of the invention
Fig. 1 is schematic diagram when the device of the invention is inserted with soft spool 6.
Fig. 2 is schematic diagram when clamping soft spool 6 in Fig. 1.
Fig. 3 is that the device of the invention is mounted on the schematic diagram in rack 9.
Fig. 4 is the perspective view of the explosion of Fig. 3.
Fig. 5 is the reversed schematic diagram removed after correction adjustable plate 5 in Fig. 1.
Fig. 6 is the reversed schematic diagram removed after correction adjustable plate 5 in Fig. 2.
Fig. 7 is the naked view schematic diagram of shaping claw assembly 1 of the invention.
Fig. 8 a is the naked view schematic diagram of left plastic claw 13 in Fig. 7.
Fig. 8 b is the naked view schematic diagram of lower plastic claw 12 in Fig. 7.
Fig. 9 is that Fig. 1 is reversed and schematic diagram when the adjustment hole 57 on adjustable plate 5 of rectifying a deviation is larger.
Figure 10 is schematic diagram when adjustment hole 57 shrinks and clamps conducting wire 7 in Fig. 9.
The naked view schematic diagram of correction adjustable plate 5 when Figure 11 is Fig. 9.
The naked view schematic diagram of correction adjustable plate 5 when Figure 12 is Figure 10.
Figure 13 is the perspective view of the explosion of correction adjustable plate 5.
Appended drawing reference is as follows:
Shaping claw assembly 1, upper plastic claw 11, lower plastic claw 12, left plastic claw 13, right plastic claw 14, shaping grid 15, outside
16, notch 17, step structure 18, groove structure 19, centre gangway 2, support arm 3, locating piece 31, circular cone guide hole 4, correction are adjusted
Plate 5, fixed board 51, blade fin 52, sliding block 53, active block 54, slideway 55, circular through hole 56, adjustment hole 57, driving part 58,
Soft spool 6, conducting wire 7, driving motor 8, transmission mechanism 81, driven wheel 82, support slide construction 83, rack 9, movement mechanism
91。
Specific embodiment
Soft spool shaping threader of the invention is mountable, and in common wire size pipe, (wire size pipe refers to for wiring mark
The casing of knowledge) on printing equipment, it is also mountable to be printed, cut, threaded and beaten terminal for soft spool 6 and conducting wire 7
In integrated automatic assembly line production equipment, for example, in the soft 6 (pyrocondensation made including pvc pipe and other materials of spool
Pipe) on after printing finishes wire size (i.e. the end of a thread number), shaping is carried out by the plastic claw of threader of the invention, and is automatically fed into
7 end of conducting wire of the present apparatus is socketed.
As shown in Figs 1-4, threader of the invention is by rack 9, shaping claw assembly 1, at least 8 and of driving motor
Transmission mechanism 81 forms.
The rack 9 is used to install driven wheel 82 needed for driving motor 8 and transmission mechanism 81 or support slide construction
83。
As shown in Fig. 5,6,7,8a, 8b, the shaping claw assembly 1 is by upper plastic claw 11, lower plastic claw 12, left plastic claw 13
It is composed with right plastic claw 14, wherein upper plastic claw 11 is oppositely arranged with lower plastic claw 12, left plastic claw 13 and right plastic claw
14 are oppositely arranged.
Every group of plastic claw structure is essentially identical, is made of metal material or rigid plastics.If it includes base plate and dry plate
The outer surface of shaping grid 15, base plate can be flat face, curved surface or male and fomale(M&F), and inner surface is plane, if dry plate shaping grid 15
Vertically be fixed on the inner surface of the base plate (for upper plastic claw 11, top be outer, be below interior；Equally, needle
For left plastic claw 13, left be it is outer, right is interior；Lower plastic claw 12 and right plastic claw 14 are in the same way, no longer superfluous
State), 15 shape of shaping grid is rectangle, and each shaping grid 15 are spaced and are uniformly arranged.Upper plastic claw 11 and the base in lower plastic claw 12
The inner surface of plate is opposite and is arranged in parallel, and left plastic claw 13 is opposite and parallel with the inner surface of the base plate in right plastic claw 14
Plane and left plastic claw 13 and right plastic claw 14 where the inner surface of setting, upper plastic claw 11 and the base plate in lower plastic claw 12
In base plate inner surface where plane it is perpendicular two-by-two.Shaping grid 15 between two adjacent groups plastic claw are staggeredly interspersed stacked
Together, staggeredly interting can be movable relatively between the shaping grid 15 in the two adjacent groups plastic claw to stack together.
The preferably upper plastic claw 11 of the present invention is in same level with each shaping grid 15 corresponding in lower plastic claw 12, together
Sample, left plastic claw 13 are in same level with each shaping grid 15 corresponding in right plastic claw 14, in this way, being conducive to save empty
Between.
The edge in the outside 16 of the shaping grid 15 in each group plastic claw surrounds to form linear centre gangway 2 (for each
For shaping grid 15, the side connecting with base plate is inside, and the other side on the shaping grid 15 opposite with the inside is outer
Side 16), it may be assumed that the channel to be formed is surrounded in the part that the shaping grid 15 in two adjacent groups plastic claw do not stack together, and the center is logical
Road 2 and each 15 place plane of shaping grid are perpendicular, and the section configuration of centre gangway 2 is square, and the side length of the square can be with
Relative motion between each group plastic claw and change, when moving toward one another, the internal diameter of centre gangway 2 can become smaller, when back movement, center
The internal diameter in channel 2 can become larger.
Spacing in every group of plastic claw between adjacent shaping grid 15 is slightly larger than the thickness of monolithic shaping grid 15, and difference exists therebetween
0.01mm-0.05mm, the thickness of every shaping grid 15 is in 1.5mm-30mm.
The piece number 4-8 piece of shaping grid 15 in the present invention preferably every group of plastic claw.In this way, being formed by centre gangway 2
Length has 12mm-480mm, and [source of this data calculates are as follows: with shaping grid 15 with a thickness of 30mm, the piece number of shaping grid 15 is 8
For piece, (30mm × 8 piece)+(gap between the adjacent shaping grid 15 in 30mm × 8)].
It certainly, can be by increasing the thickness of shaping grid 15 and increasing the quantity of shaping grid 15 so that the satisfaction of centre gangway 2 is set
Meter demand, as 500mm or longer realizes that the soft spool 6 to setting length carries out threading connection with this.
Using Fig. 7 diagram as reference direction, the external surface shape of the base plate of left plastic claw 13 and right plastic claw 14 with
Upper plastic claw 11 is different with the external surface shape of lower plastic claw 12, the outer surface side of left plastic claw 13 and right plastic claw 14
Section configuration is the step structure 18 of L shape, and the section configuration of the outer surface side of upper plastic claw 11 and lower plastic claw 12 is
The groove structure 19 of " recessed " shape has been respectively and fixedly connected with support arm 3 on each step structure 18 and groove structure 19, each support arm 3
End is connected with locating piece 31 in the end of support arm 3, locating piece 31 passes through locking to extending except the base plate of this group of plastic claw
Component is connected on the transmission mechanism 81.
In order to save space, the support arm 3 in upper plastic claw 11 and lower plastic claw 12 can be set to ipsilateral, left shaping
The support arm 3 in pawl 13 and right plastic claw 14 is also set to ipsilateral, 3 institute of the support arm in upper plastic claw 11 and lower plastic claw 12
Side and the support arm 3 in left plastic claw 13 and right plastic claw 14 where side it is adjacent and vertical.The driving electricity
Preferably one, machine 8, be set to two described in provide driving force at the joint of side and for the transmission mechanism 81.When driving electricity
Machine 8 forward or reverse when, upper plastic claw 11, lower plastic claw 12 are synchronous towards or away from movement, equally, at the same time, left shaping
Pawl 13, right plastic claw 14 are also synchronized towards or away from movement.
It is outermost in the upper and lower, left and right plastic claw 14 of 2 other end of centre gangway as shown in Fig. 5,6,7
On shaping grid 15, one piece of guide plate in cone inclined-plane is equipped with around the centre gangway 2 outlet, and four pieces of guide plates surround that be formed can
Become larger the circular cone guide hole 4 to become smaller, and the inner end (i.e. closing in end) of circular cone guide hole 4 extends in centre gangway 2, the mouth to close up
Diameter is less than or equal to 6 internal diameter of soft spool being clamped in the centre gangway 2, but is greater than wait be plugged in leading in the soft spool 6
The outer diameter of line 7, outwardly, the thickness of guide plate is in 0.1-0.5mm for the outer end (i.e. flared end) of circular cone guide hole 4.
The internal diameter of the centre gangway 2 changes with the rotation of driving motor 8, it may be assumed that when each group plastic claw is transported in opposite directions
When dynamic, the section configuration of centre gangway 2 becomes the lesser multi-party shape of side length；When each group plastic claw back movement, centre gangway 2
Section configuration become the biggish multi-party shape of side length.
Starting driving motor 8 makes each group plastic claw move toward one another the inscribed circle diameter and the soft spool 6 for causing centre gangway 2
Outer diameter it is identical when, shaping can be carried out to the soft spool 6, it may be assumed that lead to this section of soft spool 6 because bending, squeezing reason
It is in non-circular state and is adjusted to positive round state, soft with this convenient for what is be inserted by the other end of centre gangway 2 through circular cone guide hole 4
The conducting wire 7 of 6 internal diameter of matter spool adaptation diameter (internal diameter for being slightly less than corresponding soft spool 6) is precisely interspersed in the soft spool 6.
After being inserted soft spool 6 by one end of centre gangway 2 in advance, the depth of insertion can be centre gangway 2
The 1/2-2/3 of length, preferred insertion depth is that the front end of soft spool 6 is contradicted to the inner end of circular cone guide hole 4, in this way, having
It is precisely inserted into soft spool 6 conducive to conducting wire 7.
The preferred stepper motor of the driving motor 8 is simultaneously fixed in the rack 9, is controlled by wire size pipe above-mentioned and is beaten
Printing equipment set or automatic assembly line production equipment in governor circuit, to be inserted into the centre gangway when the governor circuit collects
After the type and model of soft spool 6 in 2 (about the automatic identification and information collection to soft 6 type of spool and model, separately
Patent application is addressed), that is, instruct the circle number of the driving motor 8 rotation setting so that each group plastic claw is moved toward one another to the center
The inscribed circle diameter in channel 2 is identical as the outer diameter of the soft spool 6, at this point, the multi-disc shaping grid 15 in each group plastic claw
Under extruding, the soft spool 6 of bending or twisting can be all corrected as circular, at the same time, the section being inserted into centre gangway 2
Soft spool 6 is also tightly held wherein.
The present invention is a further improvement is that the midpoint on 16 side of outside opens up " V " type or 1/ on each shaping grid 15
The notch 17 of 4 circular arcs, the height (i.e. the depth of notch 17) of notch 17 is in 1mm-2mm, opening width 2mm-4mm, the two rulers
Depending on the very little soft spool 6 by the minimum diameter that can be clamped in centre gangway 2, when each plastic claw is moved toward one another to the limit
When, the inscribe garden diameter which is formed by centre gangway 2 should be outer with the soft spool 6 for clamping minimum diameter therein
Diameter is identical.
The notch 17 can make each shaping grid 15 and to the number of contacts between 6 outer wall of soft spool of shaping double with
On, shaping effect and frictional force are further increased as a result,.
In order to improve edge side of the centre gangway 2 to the clamping force of the soft spool 6, in the outside 16 of each shaping grid 15
The coating of great friction coefficient is applied on face and/or the end face of notch 17.The coating can be Jin Gangsha coating or gelatinous coating, gold
Steel sand coating can by spraying equipment by golden steel sand blasting on the end face of notch 17, unwanted part is polished after spraying
Fall；The colloidal materials such as silica gel or rubber can be sticked on the end face of the notch 17 by gelatinous coating by encapsulated equipment, and be located
Reason falls extra coating.
The preferred screw rod screw-drive mechanism 81 of transmission mechanism 81 or synchronous belt drive mechanism 81 in the present invention.
As described and depicted in figs. 9-13, another refinement of the invention is arranged except each group plastic claw of 2 other end of centre gangway
The correction adjustable plate 5 parallel with each shaping grid 15.The correction adjustable plate 5 is being oriented to by fixed board 51, blade fin 52 and setting
Four pieces of sliding blocks 53 on slide plate 52 are constituted, and fixed board 51 and blade fin 52 are stacked and are fixed in rack 9, in fixed board 51 and guiding
The centre of slide plate 52 is equipped with the circular through hole 56 of same apertures, and the diameter of the circular through hole 56 is much larger than logical wait pass through the circle
The diameter of the conducting wire 7 in hole 56.Slideway 55, the sliding block 53 are equipped in the inside (side opposite with fixed board 51) of blade fin 52
It is embedded in the slideway 55 and under the driving of driving part 58 (cylinder or motor), can be formed in 56 position of circular through hole variable
Change the adjustment hole 57 in aperture, the axially bored line of the adjustment hole 57 is consistent with the axis of circular through hole 56, centre gangway 2, and effect is
7 end of conducting wire that guidance is ready for insertion into centre gangway 2 can smoothly enter into circular cone guide hole 4, then smoothly in insertion centre gangway 2.
That is, 7 leading portion of conducting wire and the axis of centre gangway 2 of guidance slightly skew are consistent.The aperture of adjustment hole 57 is greater than
The diameter of the conducting wire 7, when clamping 7 end of bite distance of wire of 7 leading portion of conducting wire farther out, the aperture of the adjustment hole 57 can
With the bigger of setting, as long as 7 end of conducting wire can touch the interior of adjustment hole 57 in the conducting wire 7 mobile to 2 direction of centre gangway
Adjustment hole 57 can be reduced and be corrected to conducting wire 7 consistent with 2 axis of centre gangway by driving cylinder or motor by wall.
Four pieces of sliding blocks 53 are under the driving forward or backwards of the driving part 58, in the same plane along the slideway
55 towards or away from movement, has one piece of active block 54 in four pieces of sliding blocks 53, which connects with the driving part 58,
The size of the adjustment hole 57 can change with the sliding of the active block 54.
The soft spool 6 being clamped in centre gangway 2 be socketed in 7 end of conducting wire mode can there are many, the present invention
It is preferred that following two:
1) each group plastic claw, driving motor 8 and transmission mechanism 81 are mounted on and are back and forth moved along the track being arranged in rack 9
On dynamic movement mechanism 91, which can make the shaping grid 15 in each group plastic claw along the axis direction of centre gangway 2
Move back and forth, in this way, when perforating line 7 is stationary state threading task can be completed by the mobile centre gangway 2.
2) with preceding point on the contrary, each group plastic claw suffers restraints on the axis direction of centre gangway 2, and pass through mobile conducting wire
7 complete threading task.
Claims (9)
1. a kind of soft spool shaping threader, it is characterised in that: by four groups of upper and lower, left and right plastic claw, driving motor (8)
It is formed with transmission mechanism (81), wherein upper plastic claw (11) are oppositely arranged with lower plastic claw (12), and left plastic claw (13) and the right side are whole
Shape pawl (14) is oppositely arranged, if every group of plastic claw structure is essentially identical and is vertically fixed in the base plate by base plate and dry plate
Shaping grid (15) on surface are constituted, and shaping grid (15) shape is rectangle, and each shaping grid (15) are spaced and are uniformly arranged, adjacent two
Shaping grid (15) between group plastic claw, which staggeredly intert, to stack together, the outside (16) of the shaping grid (15) in each group plastic claw
Edge surround to form section configuration and be square and the centre gangway (2) perpendicular with each shaping grid (15)；Every group of plastic claw
Base plate connected with the driving motor (8) by the transmission mechanism (81), each group plastic claw with driving motor (8) just
Turn or reversal synchronization is towards or away from movement, while makees the internal diameter of the centre gangway (2) with the rotation of driving motor (8)
Corresponding change；It the inscribed circle diameter of the centre gangway (2) and has been previously inserted by centre gangway (2) one end and has been clamped it
The outer diameter of interior soft spool (6) is identical, can be inserted into the centre gangway (2) by the other end of the centre gangway (2) and is worn and connects
Conducting wire (7) in the soft spool (6)；
It is additionally provided with except the shaping grid (15) of the centre gangway (2) other end and can ensure that the institute for being inserted into centre gangway (2)
The correction adjustable plate (5) that the axis of the leading portion and centre gangway (2) of stating conducting wire (7) is consistent, the correction adjustable plate (5) is by four
Block can be formed towards or away from mobile sliding block (53) in the same plane, and being provided in the center of the correction adjustable plate (5) can be with
The variable adjustment hole (57) in the aperture that the positive reverse action of driving part (58) is made of four pieces of sliding blocks (53).
2. soft spool shaping threader according to claim 1, it is characterised in that: described outer in each shaping grid (15)
The midpoint at the edge of side (16) is equipped with the notch (17) to " V " type or 1/4 circular arc recessed on the inside of the shaping grid (15).
3. soft spool shaping threader according to claim 2, it is characterised in that: at the edge of the outside (16)
Side or the end face of the notch (17) are equipped with the coating of great friction coefficient.
4. soft spool shaping threader according to claim 2, it is characterised in that: another in the centre gangway (2)
On the outermost shaping grid (15) of one end each group plastic claw, one piece is equipped in cone inclined-plane around the centre gangway (2) outlet
Guide plate, four pieces of guide plates surround to form the variable circular cone guide hole (4) of size, and the inner end of circular cone guide hole (4) extends to
In centre gangway (2), the flaring of circular cone guide hole (4) is outwardly.
5. soft spool shaping threader according to claim 3, it is characterised in that: between adjacent shaping grid (15)
Spacing is slightly larger than the thickness of monolithic shaping grid (15), and difference is in 0.01mm-0.05mm therebetween；The thickness of every shaping grid (15) exists
1.5mm-30mm.
6. soft spool shaping threader according to claim 5, it is characterised in that: the shaping grid in every group of plastic claw
(15) quantity is identical, is 4-8 piece.
7. soft spool shaping threader according to claim 1, it is characterised in that: the driving motor (8) is one
It is a, it is disposed therein the edge of one group of plastic claw, passes through screw rod screw-drive mechanism (81) or synchronous belt drive mechanism
(81) connect with the support arm (3) extended outward by the base plate.
8. soft spool shaping threader according to claim 7, it is characterised in that: driving motor (8) rotation
Circle number according to the model of the soft spool (6) by configuring the control electricity of the host of soft spool (6) the shaping threader
Road control.
9. soft spool shaping threader according to claim 2, it is characterised in that: the notch (17) highly exists
1mm-2mm。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710150571.7A CN107069384B (en) | 2017-03-14 | 2017-03-14 | Soft spool shaping threader |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710150571.7A CN107069384B (en) | 2017-03-14 | 2017-03-14 | Soft spool shaping threader |
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| Publication Number | Publication Date |
|---|---|
| CN107069384A CN107069384A (en) | 2017-08-18 |
| CN107069384B true CN107069384B (en) | 2019-06-25 |
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| CN204834182U (en) * | 2015-07-01 | 2015-12-02 | 西安隆源电器有限公司 | Sired results dress is pressed to stranded conductor |
| CN205519031U (en) * | 2016-02-03 | 2016-08-31 | 清远市瑞鑫再生物资有限公司 | Adjustable expert of cable joins in marriage mould |
| CN205791255U (en) * | 2016-05-24 | 2016-12-07 | 深圳市触点蓝天科技有限公司 | Automatic threader |
| CN106373675A (en) * | 2016-10-28 | 2017-02-01 | 广州市长丽机械设备有限公司 | Cable marker printing and threading machine |
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| CN107069384A (en) | 2017-08-18 |
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Effective date of registration: 20190515 Address after: 518000 SKYWORTH New Valley 5, D 602, 602 Tong Tou Road, Shiyan street, Baoan District, Shenzhen, Guangdong. Applicant after: Shenzhen Jun Weiye Co., Ltd. Address before: 518000 East of Block D 602, Chuangwei Innovation Valley, No. 1 Tangtou Road, Shiyan Street, Baoan District, Shenzhen City, Guangdong Province Applicant before: Wu Xiaomin |
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