CN207234126U - Two-wire merges pressure side machine - Google Patents
Two-wire merges pressure side machine Download PDFInfo
- Publication number
- CN207234126U CN207234126U CN201721162249.8U CN201721162249U CN207234126U CN 207234126 U CN207234126 U CN 207234126U CN 201721162249 U CN201721162249 U CN 201721162249U CN 207234126 U CN207234126 U CN 207234126U
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- Prior art keywords
- wire
- stripping unit
- engine base
- feed device
- conducting wire
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Abstract
The utility model discloses two-wire to merge pressure side machine, including engine base, the first wire-sending device, the second wire-sending device, rotating mechanism, the first terminal pressing mechanism, Second terminal pressing mechanism, the first stripping unit, the second stripping unit and changement；First stripping unit is docked with the first wire-sending device, and the second stripping unit is docked with the second wire-sending device；Changement includes the first manipulator, the first clamping feed device, the second manipulator, the second clamping feed device；The first terminal pressing mechanism and the first stripping unit are mounted on engine base and positioned at the side of rotating mechanism.The two-wire of the utility model merges pressure side machine, and structure closely, is rationally laid out each device or mechanism on engine base, so that the total small volume, area occupied of the utility model are also smaller, it is more convenient to use.The degree of automation is higher, and operation is smooth, can effectively improve production efficiency and the market competitiveness.
Description
Technical field
A kind of wiring harness processing device is the utility model is related to, more particularly to a kind of two-wire merges pressure side machine.
Background technology
Harness is widely used in computer, communication apparatus, the signal transmission of digital product or power supply connection, in order to more easily real
Now it is electrically connected, ordinary circumstance is fixedly connected with terminal at both ends.The harness of such a structure is presently, there are, by two conducting wire groups
Into one end of two conducting wires simultaneously afterwards and press against fixation by a terminal together, wherein the other end of a conducting wire is equally pressed
And fix a terminal, and the other end of another conducting wire is not connected to terminal.
When making the harness of this structure, the mode of most original is manual processing, will two conducting wires one end peeling
It is through on same terminal, recycles terminal pincers to be riveted to terminal on one end of two conducting wires, then again by conducting wire
Terminal is put in other end peeling, and terminal is riveted on the other end of conducting wire using terminal pincers, forms above-mentioned harness.It is but such
Processing method is less efficient, high labor cost, and processing quality is not ideal enough, so that cannot meet to produce in enormous quantities gradually wants
Ask, now only a small amount of order when still use.
Later, terminal and wire termination were carried out punching press by some manufacturers after artificial wire stripping by press machine, such to add
Work mode improves the efficiency that terminal press against to a certain extent, but manually the efficiency of wire stripping is still very low, and uniformity
It is bad, so gradually being substituted by automatic terminal press.However, existing automatic terminal press using wire-sending device into
Row transmission conducting wire, then carries out conducting wire peeling processing, cutoff process and press against terminal, form harness so that making, its is big
It is big to improve production efficiency, but the automatic terminal press is generally processed for single line material, for the harness of said structure,
Automatic terminal press can not also be realized, be typically all then first single processing is carrying out the combination assembling in later stage, such dress
The matching requirements for the harness for being difficult to meet said structure with mode, cause the producer greatly to perplex.
Utility model content
The utility model aims to solve the problem that above-mentioned mentioned technical problem, there is provided a kind of simple and compact for structure, production efficiency
The two-wire high, production cost is low merges pressure side machine.
The utility model is realized by following technical solution：
Two-wire merges pressure side machine, including engine base, the first wire-sending device, the second wire-sending device, rotating mechanism, the first terminal pressure
Mechanism, Second terminal pressing mechanism, the first stripping unit, the second stripping unit and changement；First stripping unit
Docked with the first wire-sending device, second stripping unit is docked with the second wire-sending device；The changement includes being installed on
On engine base and for making first machinery of the conducting wire after the first stripping unit is processed along the first stripping unit of line sending direction disengaging
Hand, be installed on engine base and be sent to the first of the second stripping unit and clamp for will be disengaged from the conducting wire after the first stripping unit and send
Expect device, the second machine for another conducting wire after the processing of the second stripping unit to be departed to the second stripping unit along line sending direction
Another conducting wire after tool hand, the second stripping unit of conducting wire and disengaging for clamping feed device transmission by first is sent to together
The second of Second terminal pressing mechanism clamps feed device；First manipulator is located at the first top for clamping feed device,
Second manipulator is positioned at the second top for clamping feed device；The first terminal pressing mechanism and the first stripping unit are equal
It is installed on engine base and positioned at the side of rotating mechanism；The rotating mechanism includes pedestal, the installation being installed on the engine base
The stepper motor that swivel mount in the first pedestal and driving swivel mount rotate, is hinged with mounting blocks on the swivel mount, institute
Stating mounting blocks can rotate in vertical direction, and the first terminal pressing mechanism is equipped with and is crimped on mounting blocks and makes mounting blocks to the bottom
Dynamic depression bar assembly；The line sending that first wire-sending device includes being used to be driven conducting wire is installed on peace to wheel, the line sending to wheel
Fill on block.
Further, first wire-sending device includes the first straightening mechanism and the second straightening mechanism, the first straightener
Structure, the second straightening mechanism and line sending are set gradually to taking turns along line sending direction.
Further, first straightening mechanism include fast-holding part, the first pressing plate, be arranged on the first pressing plate one
Group be arranged in parallel first on fabric wheel, the first support plate, be arranged in the first support plate one group be arranged in parallel first under
Fabric wheel；The fast-holding part is crimped on the first pressing plate and drives the first pressing plate to be moved towards the first support plate；First pressure
Plate is equipped with pilot hole, and first support plate is equipped with the lead coordinated with pilot hole, the first pressing plate and the first support plate it
Between be equipped with and be set in spring on lead；Fabric wheel and first time fabric wheel are staggered on described first.
Further, the second clamping feed device and the first clamping feed device are in front two rows parallel distribution；Institute
The the first clamping feed device stated includes being installed on the first Mobile base on engine base, past for the first Mobile base of driving by slide
Return mobile first driving means；The second clamping feed device includes the second movement being installed on by slide on engine base
Seat, the second driving device for driving the second Mobile base to move back and forth.
Further, first stripping unit include be installed on engine base the first rack, be installed in the first rack
And cooperate upper cutter and lower cutter and for drive upper cutter to move down with coordinate lower cutter realize to conducting wire carry out
Wire stripping processing and the first driving means of cutoff process.
Beneficial effect is：Compared with prior art, two-wire merges pressure side machine, and feed device is two groups, respectively first is sent
Line apparatus and the second wire-sending device, wherein, the line sending in the first wire-sending device can realize wheel under the action of rotating mechanism
Rotate, conducting wire rotated and is moved in the first terminal pressing mechanism, and carry out by the first terminal pressing mechanism press against terminal,
After the completion of, line sending is resetted to taking turns to rotate under the action of rotating mechanism, and conducting wire is sent to the first stripping unit.And second send
Another conducting wire is equally sent to the second stripping unit by line apparatus, to two conducting wires and together and press against so as to the later stage same
On one terminal, the harness is formed.Then, the first clamping feed device will pass through the first stripping unit wire stripping and handle and cut
Thin wire after disconnected processing, which clamps, is sent to the second stripping unit, and second clamps the 3rd manipulator of feed device by thin wire
Clamped with heavy gauge wire and be sent to reversing arrangement, reversing arrangement then commutates thin wire and heavy gauge wire, makes thin wire be located at
The top of heavy gauge wire, with upper and lower closed state.Simultaneously, the second clamping feed device resets, the 3rd manipulator
Come back at the second stripping unit, the 4th manipulator clamps thin wire after reversing arrangement commutates and heavy gauge wire is sent to the
One terminal pressing mechanism carries out press against terminal, to meet the requirement of the harness of production said structure.First manipulator is clamped through
Conducting wire after the processing of one stripping unit, makes it depart from the first stripping unit along line sending direction；First clamping feed device again should
Conducting wire is sent to the second stripping unit；Second manipulator clamps another conducting wire after the processing of the second stripping unit, gives its edge
Line direction departs from the second stripping unit；Second clamping above-mentioned two conducting wires of feed device are sent to Second terminal press together
Structure, required harness is formed after Second terminal pressing mechanism crimp type terminal.The two-wire of this programme merges pressure side machine structure very
It is compact, each device or mechanism are rationally laid out on engine base so that the present invention total small volume, area occupied also compared with
It is small, it is more convenient to use.The degree of automation is higher, and operation is smooth, can effectively improve production efficiency and the market competitiveness.
Brief description of the drawings
Specific embodiment of the present utility model is described in further detail below in conjunction with attached drawing, wherein：
Fig. 1 is the structure diagram that the utility model two-wire merges pressure side machine；
Fig. 2 is the connection diagram of the utility model rotating mechanism and the first terminal pressing mechanism；
Fig. 3 is the structure diagram of the utility model the first terminal pressing mechanism；
Fig. 4 is the connection diagram of the utility model payingoff mechanism and the first wire-sending device；
Fig. 5 is the structure diagram of brake assemblies in the utility model payingoff mechanism；
Fig. 6 is the structure diagram of the first stripping unit of the utility model.
Embodiment
As depicted in figs. 1 and 2, two-wire merges pressure side machine, including engine base, the first wire-sending device 1, the second wire-sending device 2, rotation
Rotation mechanism 8, the first terminal pressing mechanism 3, Second terminal pressing mechanism 4, the first stripping unit 5, the second stripping unit 6 and commutation
Mechanism；First stripping unit 5 is docked with the first wire-sending device 1, and second stripping unit 6 and the second wire-sending device 2 are right
Connect；The changement includes being installed on engine base and for making the conducting wire after the first stripping unit 5 is processed along line sending direction
Depart from the first manipulator 71 of the first stripping unit 5, be installed on engine base and for will be disengaged from the conducting wire after the first stripping unit 5
It is sent to the first of the second stripping unit 6 and clamps feed device 72, for by another conducting wire after the second stripping unit 6 is processed
Depart from the second manipulator 73 of the second stripping unit 6, the conducting wire for the first clamping feed device 72 to be transmitted along line sending direction
Be sent to Second terminal pressing mechanism 4 together with another conducting wire after the second stripping unit 6 of disengaging second clamps feed device
74；First manipulator 71 is clamped positioned at the first top for clamping feed device 72, second manipulator 73 positioned at second
The top of feed device 74；First wire-sending device 1 is installed on close to one end of the first stripping unit 5 by rotating mechanism 8
On engine base；3 and first stripping unit 5 of the first terminal pressing mechanism is mounted on engine base and positioned at the side of rotating mechanism 8
Side；Pedestal 81 that the rotating mechanism 8 includes being installed on the engine base, the swivel mount 82 that is installed in the first pedestal 81 and
The stepper motor of the rotation of swivel mount 82 is driven, is hinged with mounting blocks 83 on the swivel mount 82, the mounting blocks 83 can be vertical
Direction rotates, and the first terminal pressing mechanism 3 is equipped with and is crimped on mounting blocks 83 and makes compression bar group of the mounting blocks 83 to lower swing
Part.First stripping unit 5 and the second stripping unit 6 are used to that conducting wire progress wire stripping processing and cutoff process, rotating mechanism 8 will to be led
One end after line wire stripping is transported to the first terminal pressing mechanism 3 and carries out stamped terminals, and rotating mechanism 8 is again by after conducting wire stamped terminals
One end transports and passes through the first stripping unit 5, and the first stripping unit 5 carries out wire stripping processing and cut-off part to conducting wire aft section
This good section lead of stripping is transported to the rear of the first stripping unit 5, disengages it from the first stripping by reason, the first manipulator 71
Cutting apparatus 5, the first clamping feed device 72 are sent to the second stripping unit 6, good other one of 6 stripping of the second stripping unit
This two conducting wires are sent to Second terminal pressing mechanism 4, make them have one end to rush jointly by conducting wire, the second clamping feed device 74
Pressure side.
In the present embodiment, preferably the first manipulator 71 includes the first cylinder and the first fixture, and the first fixture includes expansible
And the first left fixture block and the first right fixture block that closure clamps, wherein, formed with one between the first left fixture block and the first right fixture block
A clamping space for being used to clamp a conducting wire.Second manipulator 73 includes the second cylinder and the second fixture, its structure and first
Manipulator 71 is consistent, and this is no longer going to repeat them.
During terminal and wire termination carry out punching press, wire termination is hindered by terminal in order to prevent, can be conducting wire
The ratio terminal of end set is higher, can thus make conducting wire smooth rotation on rotating mechanism 8 to the first terminal press
Above terminal on structure 3, punching press is then carried out.But so can also have a problem that, it is exactly the terminal and conducting wire after punching press
Between end easily its quality is influenced there are larger gap.The mounting blocks 83 that this programme can be rotated by setting in vertical direction,
And be equipped with the first terminal pressing mechanism 3 and be crimped on mounting blocks 83 and make depression bar assembly of the mounting blocks 83 to lower swing, from
And during punching press, depression bar assembly can cause mounting blocks 83 to lower swing, i.e., in punching press, the conducting wire on mounting blocks 83
It can move down and be fitted on terminal, can thus reduce or even eliminate the gap between terminal and wire termination.
As shown in Fig. 2, the first terminal pressing mechanism 3 include be installed on engine base terminal stamping station 31, be installed on terminal
The top of stamping station 31 simultaneously coordinates the staking punch 32 that wire ends press against with terminal with terminal stamping station 31.
As shown in figure 3, depression bar assembly is set with the linkage of staking punch 32.Preferably, the first terminal pressing mechanism 3 includes cam
The second motor 34 that axis 33 and drive cam shaft 33 rotate, camshaft 33 are equipped with the first cam 35 and the second cam 36, compression bar group
Part includes punch rod 37, and the first cam 35 abuts with staking punch 32 and drives staking punch 32 to move downward, the second cam 36 and punching
Compression bar 37 abuts and drives punch rod 37 to move downward, and resetting spring, first end are arranged with staking punch 32 and punch rod 37
Sub- pressing mechanism 3 is equipped with the through hole being oriented to staking punch 32 and punch rod 37.The program can also use other alternatives
Case, such as, staking punch 32 is directly driven using hydraulic cylinder or cylinder, punch rod 37 is fixedly connected with staking punch 32.
Further, it is in parallel point of front two rows that the second clamping feed device 74 clamps feed device 72 with first
Cloth；The first Mobile base that described first clamping feed device 72 includes being installed on by slide on engine base, for driving first
The first driving means that Mobile base moves back and forth；The second clamping feed device 74 includes being installed on engine base by slide
The second Mobile base, for driving the second driving device for moving back and forth of the second Mobile base.
As shown in figure 4, the first wire-sending device 1 include set gradually along line sending direction payingoff mechanism, the first straightening mechanism,
Second straightening mechanism 12 and the line sending for being driven conducting wire are installed on mounting blocks 83 wheel 13 wheel 13, the line sending.Put
Line mechanism includes the first motor 92 for being used for the draw drum 91 and driving rotation of draw drum 91 for placing entire volume conducting wire, the unwrapping wire
The middle part of disk 91 is equipped with the cylinder 93 upwardly extended.The conducting wire of entire volume is directly sent to stripping by guide roller and filled by existing equipment
Put, and when the conducting wire of entire volume changes between its original coiled state and straight configuration, payingoff speed neglect it is fast neglect it is slow, can there are one
A small rolled state, can so influence it and cut precision.The payingoff mechanism that this programme is set, is rotated the conducting wire of entire volume
And realize at the uniform velocity unwrapping wire, and then the effect of the big arc transition shown in Fig. 4, and further, the cylinder at the middle part of draw drum 91
93 can draw conducting wire well, further eliminate its original rolled state.
Further, first straightening mechanism and the second straightening mechanism 12 are installed on engine base side, the first straightening mechanism
It is mutually perpendicular to be distributed with the second straightening mechanism 12.First straightening mechanism is used to the top and bottom for bending irregular conducting wire being changed into pen
Straight state, the second straightening mechanism 12 are used to the left and right face for bending irregular conducting wire being changed into its straight state.First straightening mechanism
Including fast-holding part 111, the first pressing plate 112, be arranged on the first pressing plate 112 one group be arranged in parallel first on fabric wheel
113rd, the first support plate 114, one group of first time fabric wheel 115 being arranged in parallel being arranged in the first support plate 114；The group
Fabric wheel 113 and first time fabric wheel of the group 115 are arranged in parallel on one.Fast-holding part 111 is crimped on the first pressing plate 112 and drives
Dynamic first pressing plate 112 is moved towards the first support plate 114；First pressing plate 112 is equipped with pilot hole, the first support plate 114 be equipped with
The lead 116 that pilot hole coordinates, is equipped with the bullet being set on lead 116 between the first pressing plate 112 and the first support plate 114
Spring；Fabric wheel 113 and first time fabric wheel 115 are staggered on first；Fabric wheel 113 and first pushes on every adjacent first
The clamping gap in conducting wire or so face is formed between line wheel 115.Second straightening mechanism 12 and the first straightening mechanism are that both are mutual
Vertical distribution, structure is essentially identical, may be referred to the first straightening mechanism, this is no longer going to repeat them.
91 brake assemblies of draw drum are acted on as shown in figure 5, being equipped with payingoff mechanism, brake assemblies include bottom plate 94, branch
Frame 95, brake lever 96 and electromagnet 97, the bottom plate 94 are fixed on the first motor 92 or engine base, and the lower end of stent 95 is fixed in
On bottom plate 94, the middle part of brake lever 96 is hinged on 95 top of stent, and one end of brake lever 96 and bottom plate 94 are by stretching bullet
Spring connects, and the brake portion being crimped on draw drum 91 that the other end of brake lever 96 is equipped with, electromagnet 97 is installed on bottom plate 94
And it is equipped with the iron plate attracted with electromagnet 97 positioned at the lower section at the middle part of brake lever 96, brake lever 96.When unwrapping wire starts, the
One motor 92 starts, and electromagnet 97 and the iron plate in brake lever 96 are attracted, and the first motor 92 drives the rotation of draw drum 91 to start
Unwrapping wire；When unwrapping wire stops, the first motor 92 is stopped, and electromagnet 97 is separated with the iron plate in brake lever 96, extension spring
Pull brake lever 96 its brake portion is crimped on draw drum 91, prevent draw drum 91 from causing conducting wire since inertia is rotated further
It is out long.
As shown in fig. 6, the first stripping unit 5 include be installed on engine base the first rack, be installed in the first rack simultaneously
The upper cutter 51 and lower cutter 52 of mutual cooperation and for driving upper cutter 51 to move down to coordinate lower cutter 52 to realize to leading
Line carries out the first driving means of wire stripping processing and cutoff process.Specifically, first driving means are stripping cylinder 53, upper cutter
51 are installed on the upper and lower cutter 52 of the first rack by the first knife rest 54 is installed in the first rack by the second knife rest 55, and first
Knife rest 54 includes horizontal part and vertical portion, and the piston rod of stripping cylinder 53 is connected on horizontal part, and upper cutter 51 is installed on level
In portion, 55 forming V-shape of the second knife rest, 55 middle turning point of the second knife rest is hinged in the first rack, one end hinge of the second knife rest 55
It is connected on vertical portion, the other end of the second knife rest 55 hingedly installs lower cutter 52, and the first rack is equipped with accommodating lower cutter 52
Guide groove, upper cutter 51 and lower cutter 52 are oppositely arranged.During work, stripping cylinder 53 drives the first knife rest 54 to move downward, together
When the second knife rest 55 can also move upwards, upper cutter 51 and lower cutter 52, which cooperate, cuts conducting wire.
Above example is only not limited to illustrate the technical solution of the utility model, all without departing from this
Any modification of utility model spirit and scope or equivalent substitution, it should all cover the scope in technical solutions of the utility model
It is interior.
Claims (5)
1. two-wire merge pressure side machine, it is characterised in that including engine base, the first wire-sending device, the second wire-sending device, rotating mechanism,
The first terminal pressing mechanism, Second terminal pressing mechanism, the first stripping unit, the second stripping unit and changement；Described
One stripping unit is docked with the first wire-sending device, and second stripping unit is docked with the second wire-sending device；The changement
Including being installed on engine base and for making the conducting wire after the first stripping unit is processed depart from the first stripping unit along line sending direction
The first manipulator, be installed on engine base and be sent to the second stripping unit for will be disengaged from the conducting wire after the first stripping unit
First clamps feed device, for another conducting wire after the processing of the second stripping unit to be departed from the second stripping dress along line sending direction
Another conducting wire after the second manipulator put, the second stripping unit of conducting wire and disengaging for clamping feed device transmission by first
Be sent to Second terminal pressing mechanism together second clamps feed device；First manipulator clamps feeding dress positioned at first
The top put, second manipulator is positioned at the second top for clamping feed device；The first terminal pressing mechanism and first
Stripping unit is mounted on engine base and positioned at the side of rotating mechanism；The rotating mechanism includes being installed on the engine base
The stepper motor that pedestal, the swivel mount being installed in the first pedestal and driving swivel mount rotate, is hinged with the swivel mount
Mounting blocks, the mounting blocks can be rotated in vertical direction, and the first terminal pressing mechanism is equipped with and is crimped on mounting blocks and makes peace
Fill depression bar assembly of the block to lower swing；The line sending that first wire-sending device includes being used to be driven conducting wire is to wheel, the line sending pair
Wheel is installed on mounting blocks.
2. two-wire according to claim 1 merges pressure side machine, it is characterised in that first wire-sending device includes first and rectifys
Straight mechanism and the second straightening mechanism, first straightening mechanism, the second straightening mechanism and line sending are to taking turns along line sending direction successively
Set.
3. two-wire according to claim 2 merges pressure side machine, it is characterised in that first straightening mechanism includes fast ram compression
Tight part, the first pressing plate, be arranged on the first pressing plate one group be arranged in parallel first on fabric wheel, the first support plate, be arranged on
One group in first support plate first time fabric wheel being arranged in parallel；The fast-holding part is crimped on the first pressing plate and drives the
One pressing plate is moved towards the first support plate；First pressing plate is equipped with pilot hole, and first support plate is equipped with matches somebody with somebody with pilot hole
The lead of conjunction, is equipped with the spring being set on lead between the first pressing plate and the first support plate；Fabric wheel on described first
It is staggered with first time fabric wheel.
4. two-wire according to claim 1 merges pressure side machine, it is characterised in that described second clamps feed device and first
It is in front two rows parallel distribution to clamp feed device；The first clamping feed device includes being installed on engine base by slide
The first Mobile base, for driving the first driving means that move back and forth of the first Mobile base；Described second clamps feed device
Including the second Mobile base, the second driving dress for driving the second Mobile base to move back and forth being installed on by slide on engine base
Put.
5. two-wire according to claim 1 merges pressure side machine, it is characterised in that first stripping unit includes being installed on
The first rack on engine base, the upper cutter for being installed in the first rack and cooperating and lower cutter and for drive upper cutter to
Lower movement carries out conducting wire to coordinate lower cutter to realize the first driving means of wire stripping processing and cutoff process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721162249.8U CN207234126U (en) | 2017-09-11 | 2017-09-11 | Two-wire merges pressure side machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721162249.8U CN207234126U (en) | 2017-09-11 | 2017-09-11 | Two-wire merges pressure side machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207234126U true CN207234126U (en) | 2018-04-13 |
Family
ID=61861329
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721162249.8U Expired - Fee Related CN207234126U (en) | 2017-09-11 | 2017-09-11 | Two-wire merges pressure side machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207234126U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107732623A (en) * | 2017-09-11 | 2018-02-23 | 江门市欧布尔电子科技有限公司 | Two-wire merges pressure side machine |
| CN109326939A (en) * | 2018-11-08 | 2019-02-12 | 海盐县盛安电器有限公司 | A kind of wire terminal riveting set |
| CN109326939B (en) * | 2018-11-08 | 2024-05-31 | 海盐县盛安电器有限公司 | Wire terminal riveting set |
-
2017
- 2017-09-11 CN CN201721162249.8U patent/CN207234126U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107732623A (en) * | 2017-09-11 | 2018-02-23 | 江门市欧布尔电子科技有限公司 | Two-wire merges pressure side machine |
| CN107732623B (en) * | 2017-09-11 | 2024-02-13 | 江门市欧布尔电子科技有限公司 | Double-line merging end pressing machine |
| CN109326939A (en) * | 2018-11-08 | 2019-02-12 | 海盐县盛安电器有限公司 | A kind of wire terminal riveting set |
| CN109326939B (en) * | 2018-11-08 | 2024-05-31 | 海盐县盛安电器有限公司 | Wire terminal riveting set |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180413 Termination date: 20210911 |