CN105934096B - The welder of conducting wire and copper pipe - Google Patents
The welder of conducting wire and copper pipe Download PDFInfo
- Publication number
- CN105934096B CN105934096B CN201610339220.6A CN201610339220A CN105934096B CN 105934096 B CN105934096 B CN 105934096B CN 201610339220 A CN201610339220 A CN 201610339220A CN 105934096 B CN105934096 B CN 105934096B
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- copper pipe
- conducting wire
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- component
- cylinder
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K3/00—Apparatus or processes for manufacturing printed circuits
- H05K3/30—Assembling printed circuits with electric components, e.g. with resistor
- H05K3/32—Assembling printed circuits with electric components, e.g. with resistor electrically connecting electric components or wires to printed circuits
- H05K3/34—Assembling printed circuits with electric components, e.g. with resistor electrically connecting electric components or wires to printed circuits by soldering
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K3/00—Apparatus or processes for manufacturing printed circuits
- H05K3/0008—Apparatus or processes for manufacturing printed circuits for aligning or positioning of tools relative to the circuit board
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K2203/00—Indexing scheme relating to apparatus or processes for manufacturing printed circuits covered by H05K3/00
- H05K2203/04—Soldering or other types of metallurgic bonding
- H05K2203/048—Self-alignment during soldering; Terminals, pads or shape of solder adapted therefor
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- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Microelectronics & Electronic Packaging (AREA)
- Wire Processing (AREA)
Abstract
The present invention relates to the welders of a kind of conducting wire and copper pipe, and for the welding between conducting wire and copper pipe, including wire transporting device, copper pipe conveying device and conductor copper pipe welder, conductor copper pipe welder is located at the lower end of conducting wire and the upper-end contact of copper pipe；The wire transporting device and copper pipe conveying device are respectively arranged on bottom plate and live apart in the transverse ends of bottom plate；The wire transporting device includes that conducting wire guidance set, the conducting wire push-in component for being respectively arranged in conducting wire guidance set front and back end and conducting wire positioning component, conducting wire positioning component are located at the underface of resistance foldable component；The copper pipe conveying device includes that copper pipe guidance set, the copper pipe push-in component for being respectively arranged in copper pipe guidance set rear and front end and copper pipe positioning component, copper pipe positioning component are located at the underface of conducting wire positioning component.
Description
Technical field
The present invention relates to the welding in production device for circuit board field, in particular to circuit board resistance, conducting wire and copper pipe to set
It is standby.
Background technique
As shown in Figure 1, the resistance 100 on circuit board needs to weld together using conducting wire 300 with copper pipe 200, mesh
The welding manner of preceding use is to weld manually, and when welding needs 400 bending of resistive conductor at 100 both ends of resistance, resistance after bending
The end of line 400 and one end of conducting wire 300 are welded, and the other end of conducting wire 300 welds copper pipe 200.Manual welding there are the shortcomings that
Be: welding efficiency is low, of low quality, large labor intensity.
Summary of the invention
The applicant is directed to the disadvantages mentioned above of the prior art, is studied and is improved, provides the weldering of a kind of conducting wire and copper pipe
Connection device realizes the automatic welding between conducting wire and copper pipe, improves welding efficiency and quality.
To solve the above-mentioned problems, the present invention uses following scheme:
A kind of welder of conducting wire and copper pipe, for the welding between conducting wire and copper pipe, including wire transporting device, copper
Pipe conveying device and conductor copper pipe welder, conductor copper pipe welder are located at the lower end of conducting wire and the upper-end contact of copper pipe
Place；
The wire transporting device and copper pipe conveying device are respectively arranged on bottom plate and live apart in the transverse ends of bottom plate；
The wire transporting device include conducting wire guidance set, be respectively arranged in conducting wire guidance set front and back end conducting wire push-in component and
Conducting wire positioning component, conducting wire positioning component are located at the underface of resistance foldable component；
The copper pipe conveying device includes copper pipe guidance set, the copper pipe for being respectively arranged in copper pipe guidance set rear and front end
Push-in component and copper pipe positioning component, copper pipe positioning component are located at the underface of conducting wire positioning component.
As a further improvement of the above technical scheme:
The conducting wire guidance set includes a Y type conducting wire guide plate and conducting wire pushes component, and Y type conducting wire guide plate passes through more
Root support rod is installed on bottom plate, including conducting wire inlet and conducting wire bifurcated export end, and conducting wire inlet is placed in conducting wire push-in group
The end side of part, the lateral surface at conducting wire bifurcated export end are equipped with conducting wire push component；The outer panel at conducting wire bifurcated export end
It is equipped with the push slot of multiple inside and outside sides, it includes more rollings arranged in parallel for being installed on bracket that conducting wire, which pushes component,
Dynamic guide rod, the upper and lower side for rolling guide rod, which is equipped with, can be placed in the rubber rolling ring pushed in slot, under adjacent rolling guide rod
End is connect by belt wheel, synchronous band connection, a rolling guide rod with roll drive motor.
The export end at conducting wire bifurcated export end be equipped with the upper guide groove for being located at conducting wire upper and lower ends and under lead
To slot, upper guide groove is snapped in the upper end of conducting wire, and the lower end of conducting wire is snapped in lower guide groove；The export end of upper guide groove has
The supporting bracket of resistive conductor.
The conducting wire push-in component includes the horizontal positioned conducting wire push-in cylinder being installed in supporting vertical plate, conducting wire push-in
The piston rod end of cylinder is equipped with conducting wire push-in head, and the upper end of supporting vertical plate is equipped with the arc conducting wire bent diagonally downward and leads
Enter slot, the lower end of arc conducting wire lead-in groove is pushed into head towards conducting wire, and conducting wire, which is pushed into, has the wire support slot for accommodating conducting wire on head；
The conducting wire positioning component includes the conducting wire positioning cylinder for the vertical equity setting being installed on edge-on bar, conducting wire positioning cylinder
Piston rod end is equipped with conducting wire located lateral plate and conducting wire longitudinal register plate.
The copper pipe guidance set includes the Y type copper pipe guide plate being installed on bottom plate and copper pipe allocates component, Y type copper pipe
Guide plate includes that copper pipe inlet and copper pipe bifurcated export end, copper pipe inlet are placed in the end side of copper pipe push-in component, and copper pipe is led
Enter the side at end with slot is allocated, it includes being installed on to allocate what in fulcrum bearing, vertical equity was arranged that the copper pipe, which allocates component,
Cylinder is allocated, the piston rod end for allocating cylinder, which is equipped with, allocates block, and the block of allocating can be inserted into described allocate in slot；The copper
Pipe push-in component includes the copper pipe push-in cylinder being transversely and horizontally set being installed on copper pipe push-in mounting rack, and copper pipe is pushed into cylinder
Piston rod end be equipped with copper pipe push-in head, copper pipe push-in mounting rack upper end the arc copper pipe bent diagonally downward is installed
Lead-in groove, the lower end of arc copper pipe lead-in groove is towards copper pipe inlet；The copper pipe positioning component includes being installed on horizontal cross bar
On transverse baffle.
The conductor copper pipe welder includes the copper pipe welding push cylinder being installed on copper pipe welding support, copper pipe weldering
The piston rod end for connecing push cylinder is equipped with copper pipe soldering tip component, the copper pipe soldering tip component include copper pipe solder merging pipe and
It is installed on the copper pipe high temperature melting soldering tip of copper pipe solder merging pipe lower end, the copper pipe solder of copper pipe high temperature melting soldering tip goes out mouth towards conducting wire
At the contact weld of copper pipe.
The technical effects of the invention are that:
Welder of the invention substitutes traditional human weld, significantly for the automatic welding between conducting wire and copper pipe
Welding efficiency and quality are improved, cost of labor and labor intensity are reduced.
Detailed description of the invention
Fig. 1 is the welding schematic diagram of resistance and copper pipe in the present invention.
Fig. 2 is the main view of welder in the present invention.
Fig. 3 is the three-dimensional structure diagram of welder in the present invention.
Fig. 4 is the three-dimensional structure diagram that resistance conveys apparatus for bending in the present invention.
Fig. 5 is the three-dimensional structure diagram that resistance conveys resistance grip block in apparatus for bending.
Fig. 6 is the three-dimensional structure diagram that resistance conveys that resistance in apparatus for bending pushes component.
Fig. 7 is the three-dimensional structure diagram that resistance conveys resistance foldable component in apparatus for bending.
Fig. 8 is the three-dimensional structure diagram of wire transporting device in the present invention.
Fig. 9 is the three-dimensional structure diagram of Y type conducting wire guide plate in wire transporting device.
Figure 10 is the three-dimensional structure diagram that conducting wire pushes component in wire transporting device.
Figure 11 is the welding schematic diagram of conducting wire, copper pipe and resistance in the present invention.
Figure 12 is the three-dimensional structure diagram of conducting wire positioning component in wire transporting device.
Figure 13 is the three-dimensional structure diagram of copper pipe conveying device in the present invention.
Figure 14 is that copper pipe allocates component in copper pipe conveying device and copper pipe is pushed into the three-dimensional structure diagram of component.
Figure 15 is the three-dimensional structure diagram of copper pipe positioning component in copper pipe conveying device.
Figure 16 is partial enlarged view at the A of Figure 11.
Figure 17 is partial enlarged view at the B of Figure 11.
In figure: 1, resistance conveys apparatus for bending；100, resistance；101, support plate；1011, it is oriented to slot rolling；102, resistance is defeated
Sending component；1021, resistance grip block；10211, horizontal introduction part；10212, rolling groove；1022, guide groove is clamped；103, resistance
Push component；1030, resistance pushes support；1031, resistance push cylinder；1032, resistance pushes head；1033, directive wheel；104,
Resistance foldable component；1041, bending pressure head；10411, top board；10412, it is oriented to compression bar；10413, lower platen；10414, bullet
Spring；10415, arc clamping head；10416, bayonet head；10417, bending comes directly towards；1042, bending drives cylinder；105, resistance pushes away
Send space；106, resistive conductor pushes space；2, wire transporting device；200, copper pipe；201, conducting wire guidance set；2010, it supports
Bar；2011, Y type conducting wire guide plate；20111, conducting wire inlet；20112, conducting wire bifurcated exports end；201121, slot is pushed；
2012, conducting wire pushes component；20121, bracket；20122, guide rod is rolled；20123, rubber rolling ring；20124, belt wheel；20125,
Synchronous belt；20126, roll drive motor；2013, upper guide groove；20131, supporting bracket；2014, lower guide groove；202, conducting wire pushes away
Enter component；2021, supporting vertical plate；2022, conducting wire is pushed into cylinder；2023, conducting wire is pushed into head；20231, wire support slot；2024,
Arc conducting wire lead-in groove；203, conducting wire positioning component；2031, edge-on bar；2032, conducting wire positioning cylinder；2033, conducting wire is laterally fixed
Position plate；2034, conducting wire longitudinal register plate；3, resistance wire welder；300, conducting wire；301, resistance welding support；302, electric
Welding resistance connects push cylinder；303, electric resistance welding head assembly；3031, resistance solder merging pipe；3032, resistance high temperature melting soldering tip；
30321, resistance solder goes out mouth；4, copper pipe conveying device；400, resistive conductor；401, copper pipe guidance set；4011, Y type copper pipe is led
To plate；40111, copper pipe inlet；40112, copper pipe bifurcated exports end；40113, slot is allocated；4012, copper pipe allocates component；
40121, fulcrum bearing is allocated；40122, cylinder is allocated；40123, block is allocated；402, copper pipe is pushed into component；4021, copper pipe push-in peace
It shelves；4022, copper pipe is pushed into cylinder；4023, copper pipe is pushed into head；4024, arc copper pipe lead-in groove；403, copper pipe positioning component；
4031, horizontal cross bar；4032, transverse baffle；5, conductor copper pipe welder；501, copper pipe welds support；502, copper pipe welds
Push cylinder；503, copper pipe soldering tip component；5031, copper pipe solder merging pipe；5032, copper pipe high temperature melting soldering tip；50321, copper pipe
Solder goes out mouth；6, bottom plate.
Specific embodiment
Specific embodiments of the present invention will be further explained with reference to the accompanying drawing.
As shown in Figure 2 and Figure 3, the welder of the conducting wire of the present embodiment and copper pipe, including resistance convey apparatus for bending 1, lead
Lines conveying equipment 2, resistance wire welder 3, copper pipe conveying device 4 and conductor copper pipe welder 5, wire transporting device 2
And copper pipe conveying device 4 is respectively positioned on the lower section of resistance conveying apparatus for bending 1, resistance wire welder 3 and conductor copper pipe welding
Device 5 is located at the both ends of conducting wire 300.Resistance conveys apparatus for bending 1 to the conveying of resistance 100 and bending, wire transporting device 2
Conducting wire 300 is conveyed, the resistive conductor 400 of resistance 100 converges at resistance wire welder 3 after conducting wire 300 and bending
It is welded；Copper pipe conveying device 4 conveys copper pipe 200, and copper pipe 200 and conducting wire 300 converge to conductor copper pipe welding and fill
It sets and is welded at 5；It is as shown in Figure 1 after the completion of welding.
As shown in figure 4, resistance conveying apparatus for bending 1 includes support plate 101, resistance conveying group is installed in support plate 101
Part 102, resistance push component 103 and resistance foldable component 104, the resistance conveying assembly 102 include two electricity disposed in parallel
Grip block 1021 is hindered, the lower end of two resistance grip blocks 1021 is placed between resistance push component 103 and resistance foldable component 104,
Resistance 100 is directed into the end of resistance push component 103 from the clamping guide groove 1022 between two resistance grip blocks 1021, and
Resistance foldable component 104 is pushed to by resistance push component 103, resistance foldable component 104 includes that can be snapped in resistance 100 just
Bending pressure head 1041 on the resistive conductor 400 at both ends and the bending driving cylinder 1042 for being installed on 1041 top of bending pressure head.Folding
Curved driving cylinder 1042 pushes bending pressure head 1041, by 90 degree of 400 bending of resistive conductor at 100 both ends of resistance.
As shown in Figure 4, Figure 5, the upper end of resistance grip block 1021 is bent into horizontal introduction part 10211, the water positioned at downside
With the rolling groove 10212 cooperated with 100 both ends of resistance in flat introduction part 10211；Resistance 100 is as horizontal introduction part 10211
On rolling groove 10212 in, by the guiding role of rolling groove 10212, resistance 100 is fed to the folder of resistance grip block 1021
It holds in guide groove 1022, the middle part of clamping guide groove 1022 can accommodate resistance 100, and two sides can accommodate resistive conductor 400；Resistance clamping
Space 105, resistance grip block are pushed with the resistance slightly larger than resistance thickness between support plate 101 in the middle part of the lower end of plate 1021
Resistive conductor with the diameter slightly larger than resistive conductor 400 between 1021 lower end two sides and support plate 101 pushes space 106, when
When resistance 100 is located at the bottom of resistance grip block 1021, resistance 100 and resistive conductor 400 can push space 105 from resistance respectively
And it is pushed out in resistive conductor push space 106.
As shown in fig. 6, resistance push component 103 includes pushing support 1030 by resistance to be horizontally installed to support plate 101
On resistance push cylinder 1031 and be installed on resistance push cylinder 1031 piston rod end resistance push head 1032, resistance
The two sides of push head 1032 are symmetrically installed with directive wheel 1033, and directive wheel 1033 is coupled in the orienting roll in support plate 101
In slot 1011.By the impetus of resistance push cylinder 1031, resistance 100 is pushed to the bending pressure head 1041 for waiting pushing
Underface.
As shown in fig. 7, bending pressure head 1041 includes the top board connecting with the piston-rod lower end of bending driving cylinder 1042
10411, pass through the up and down lower platen 10413 for being installed on 10411 lower section of top board of guiding compression bar 10412 at both ends, guiding
The spring 10414 being arranged on compression bar 10412 between top board 10411 and lower platen 10413, under lower platen 10413
Surface is equipped with the arc clamping head 10415 of muti-piece Yu 100 surface engagement of resistance, and the lower end of guiding compression bar 10412 is with buckle
Bayonet head 10416 in the upside of resistive conductor 400 is equipped with the bending top for abutting against 400 downside of resistive conductor in support plate 101
10417.Bending pressure head 1041 drives cylinder 1042 to drive by bending, cooperates with bending top 10417, by 100 both ends of resistance
400 downward bending of resistive conductor.
As shown in figure 8, wire transporting device 2 and copper pipe conveying device 4 are respectively arranged on bottom plate 6 and live apart in bottom plate 6
Transverse ends, wire transporting device 2 and copper pipe conveying device 4 push the transverse direction of conducting wire 300 and copper pipe 200 to bottom plate 6 respectively
Middle part is mobile；Wire transporting device 2 includes conducting wire guidance set 201, is respectively arranged in leading for 201 front and back end of conducting wire guidance set
Line push-in component 202 and conducting wire positioning component 203, conducting wire positioning component 203 are located at the underface of resistance foldable component 104.
As shown in Figure 8, Figure 9, conducting wire guidance set 201 includes that a Y type conducting wire guide plate 2011 and conducting wire push component
2012, Y type conducting wire guide plates 2011 are installed on bottom plate 6 by more support rods 2010, including conducting wire inlet 20111 and are led
Line bifurcated exports end 20112, and conducting wire inlet 20111 is placed in the end side of conducting wire push-in component 202, and conducting wire bifurcated exports end
20112 lateral surface is equipped with conducting wire push component 2012, and conducting wire 300 imports at conducting wire inlet 20111, and in conducting wire point
The fork export punishment of end 20112 fork, which is exported, to be exported to longitudinal two sides of bottom plate 6 to the resistive conductor 400 at 100 both ends of resistance
Side；The outer panel that conducting wire bifurcated exports end 20112 is equipped with the push slot 201121 of multiple inside and outside sides.As shown in Figure 10,
Conducting wire push component 2012 includes more rolling guide rods 20122 arranged in parallel for being installed on bracket 20121, rolls guide rod
20122 upper and lower side is equipped with the rubber rolling ring 20123 that can be placed in push slot 201121, adjacent rolling guide rod 20122
Lower end is connected by belt wheel 20124, synchronous belt 20125, and a rolling guide rod 20122 is connect with roll drive motor 20126.Conducting wire
Push the setting of component 2012, it is therefore an objective to improve the pushing efficiency and reliability of conducting wire 300.
As shown in Fig. 8, Figure 11, the export end at conducting wire bifurcated export end 20112, which is equipped with, is located at conducting wire about 300 two
The upper guide groove 2013 and lower guide groove 2014 at end, upper guide groove 2013 are snapped in the upper end of conducting wire 300, the lower end of conducting wire 300
It is snapped in lower guide groove 2014；The export end of upper guide groove 2013 has the supporting bracket 20131 of resistive conductor 400, resistive conductor 400
After bending, lower end is welded at supporting bracket 20131 just as on the supporting bracket 20131.
As shown in figure 8, conducting wire push-in component 202 includes the horizontal positioned conducting wire push-in being installed in supporting vertical plate 2021
Cylinder 2022, the piston rod end of conducting wire push-in cylinder 2022 are equipped with conducting wire push-in head 2023, the upper end of supporting vertical plate 2021
The arc conducting wire lead-in groove 2024 bent diagonally downward is installed, the lower end of arc conducting wire lead-in groove 2024 is pushed into head towards conducting wire
2023, conducting wire, which is pushed into, has the wire support slot 20231 for accommodating conducting wire 300 on head 2023；Conducting wire 300 is from arc conducting wire lead-in groove
It is put into, is slid from arc conducting wire lead-in groove 2024 to wire support slot 20231, in pushing away for conducting wire push-in cylinder 2022 in 2024
Under dynamic, conducting wire 300 is pushed into the conducting wire inlet 20111 of Y type conducting wire guide plate 2011；As shown in figure 12, conducting wire positioning group
Part 203 includes the conducting wire positioning cylinder 2032 for the vertical equity setting being installed on edge-on bar 2031, conducting wire positioning cylinder 2032
Piston rod end conducting wire located lateral plate 2033 and conducting wire longitudinal register plate 2034 are installed.Conducting wire positioning cylinder 2032 comes
It returns and stretches, push and pull conducting wire longitudinal register plate 2034, conducting wire longitudinal register plate 2034 is inserted between two conducting wires 300 of front end, real
The output of existing solid conductor 300.
As shown in figure 13, copper pipe conveying device 4 includes copper pipe guidance set 401, is respectively arranged in copper pipe guidance set 401
The copper pipe push-in component 402 and copper pipe positioning component 403, copper pipe positioning component 403 of rear and front end are located at conducting wire positioning component 203
Underface.
As shown in figs. 13 and 14, copper pipe guidance set 401 include the Y type copper pipe guide plate 4011 that is installed on bottom plate 6 and
Copper pipe allocates component 4012, and Y type copper pipe guide plate 4011 includes that copper pipe inlet 40111 and copper pipe bifurcated export end 40112, copper
Pipe inlet 40111 is placed in the end side of copper pipe push-in component 402, and the side of copper pipe inlet 40111, which has, allocates slot 40113,
Copper pipe allocate component 4012 include be installed on allocate the setting of in fulcrum bearing 40121, vertical equity allocate cylinder 40122, point
The piston rod end for dialling cylinder 40122 is equipped with and allocates block 40123, allocates block 40123 and can be inserted into and allocates in slot 40113；Copper pipe
Push-in component 402 includes the copper pipe push-in cylinder 4022 being transversely and horizontally set being installed on copper pipe push-in mounting rack 4021, copper
The piston rod end of pipe push-in cylinder 4022 is equipped with copper pipe push-in head 4023, and the upper end of copper pipe push-in mounting rack 4021 is equipped with
The arc copper pipe lead-in groove 4024 bent diagonally downward, the lower end of arc copper pipe lead-in groove 4024 is towards copper pipe inlet 40111；
As shown in figure 15, copper pipe positioning component 403 includes the transverse baffle 4032 being installed on horizontal cross bar 4031.Copper pipe 200 is from arc
It is put into, is slid into copper pipe inlet 40111 in shape copper pipe lead-in groove 4024, and under the promotion of copper pipe push-in cylinder 4022,
Enter in Y type copper pipe guide plate 4011 along copper pipe inlet 40111.Copper pipe allocates the setting of component 4012, is on the one hand used for
There is certain motive force to copper pipe 200, on the other hand being fed forward for single copper pipe 200.
As shown in Fig. 1, Fig. 3 and Figure 11, resistance wire welder 3 is located at 400 lower end of resistive conductor and conducting wire after bending
The contact position of 300 upper ends, conductor copper pipe welder 5 are located at the contact position of 300 lower end of conducting wire Yu 200 upper end of copper pipe.
As shown in Figure 11, Figure 16, resistance wire welder 3 includes the electric resistance welding being installed on resistance welding support 301
Push cylinder 302 is connect, the piston rod end of resistance welding push cylinder 302 is equipped with electric resistance welding head assembly 303, resistance soldering tip group
Part 303 includes resistance solder merging pipe 3031 and the resistance high temperature melting soldering tip for being installed on resistance solder merging 3031 lower end of pipe
3032, the resistance solder of resistance high temperature melting soldering tip 3032 goes out mouth 30321 towards at the contact weld of resistance 100 and conducting wire 300.Electricity
The resistance solder of resistance high temperature melting soldering tip 3032 goes out in mouth 30321 to be equipped with high-temperature heating head, when solder (graininess) enters resistance height
When in warm fusion welding head 3032, can instant melting at welding fluid, welding fluid goes out in mouth 30321 to flow out to resistance 100 and leads from resistance solder
At the contact weld of line 300, the welding of conducting wire 300 and resistance 100 is realized.
As shown in Figure 11, Figure 17, conductor copper pipe welder 5 includes the copper pipe weldering being installed on copper pipe welding support 501
Push cylinder 502 is connect, the piston rod end of copper pipe welding push cylinder 502 is equipped with copper pipe soldering tip component 503, copper pipe soldering tip group
Part 503 includes copper pipe solder merging pipe 5031 and the copper pipe high temperature melting soldering tip for being installed on copper pipe solder merging 5031 lower end of pipe
5032, the copper pipe solder of copper pipe high temperature melting soldering tip 5032 goes out mouth 50321 towards at the contact weld of conducting wire 300 and copper pipe 200.Copper
The copper pipe solder of pipe high temperature melting soldering tip 5032 goes out in mouth 50321 to be equipped with high-temperature heating head, when solder (graininess) enters copper pipe height
When in warm fusion welding head 5032, can instant melting at welding fluid, welding fluid goes out in mouth 50321 to flow out to copper pipe 200 and leads from copper pipe solder
At the contact weld of line 300, the welding of copper pipe 200 and conducting wire 300 is realized.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, have usually intellectual in any technical field, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment locally changed or modified made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (4)
1. the welder of a kind of conducting wire and copper pipe, for the welding between conducting wire (300) and copper pipe (200), it is characterised in that:
Including wire transporting device (2), copper pipe conveying device (4) and conductor copper pipe welder (5), conductor copper pipe welder (5)
At the lower end of conducting wire (300) and the upper-end contact of copper pipe (200)；
The wire transporting device (2) and copper pipe conveying device (4) are respectively arranged on bottom plate (6) and live apart in bottom plate (6)
Transverse ends；The wire transporting device (2) includes conducting wire guidance set (201), is respectively arranged in conducting wire guidance set (201)
Conducting wire push-in component (202) and conducting wire positioning component (203), conducting wire positioning component (203) of front and back end are located at resistance bending group
The underface of part (104)；
The copper pipe conveying device (4) includes copper pipe guidance set (401), is respectively arranged in front of and after copper pipe guidance set (401)
Copper pipe push-in component (402) and copper pipe positioning component (403), copper pipe positioning component (403) at both ends are located at conducting wire positioning component
(203) underface；
The conducting wire guidance set (201) includes that a Y type conducting wire guide plate (2011) and conducting wire push component (2012), Y type are led
Line guide plate (2011) is installed on bottom plate (6) by more support rods (2010), including conducting wire inlet (20111) and conducting wire
Bifurcated exports end (20112), and conducting wire inlet (20111) is placed in the end side of conducting wire push-in component (202), and conducting wire bifurcated exports end
(20112) lateral surface is equipped with conducting wire push component (2012)；
Conducting wire push-in component (202) includes the horizontal positioned conducting wire push-in cylinder being installed on supporting vertical plate (2021)
(2022), the piston rod end of conducting wire push-in cylinder (2022) is equipped with conducting wire push-in head (2023), supporting vertical plate (2021)
Upper end is equipped with the arc conducting wire lead-in groove (2024) bent diagonally downward, and the lower end direction of arc conducting wire lead-in groove (2024) is led
Line is pushed into head (2023), and conducting wire, which is pushed into, has the wire support slot (20231) for accommodating conducting wire (300) on head (2023)；It is described to lead
Line positioning component (203) includes the conducting wire positioning cylinder (2032) for the vertical equity setting being installed on edge-on bar (2031), is led
The piston rod end of line positioning cylinder (2032) is equipped with conducting wire located lateral plate (2033) and conducting wire longitudinal register plate (2034)；
The copper pipe guidance set (401) includes that the Y type copper pipe guide plate (4011) being installed on bottom plate (6) and copper pipe allocate group
Part (4012), Y type copper pipe guide plate (4011) include copper pipe inlet (40111) and copper pipe bifurcated export end (40112), copper pipe
Inlet (40111) is placed in the end side of copper pipe push-in component (402), and the side of copper pipe inlet (40111), which has, allocates slot
(40113), it includes being installed on to allocate on fulcrum bearing (40121), vertical equity setting that the copper pipe, which allocates component (4012),
Cylinder (40122) are allocated, the piston rod end for allocating cylinder (40122), which is equipped with, allocates block (40123), described to allocate block
(40123) it can be inserted into described allocate in slot (40113)；Copper pipe push-in component (402) includes being installed on copper pipe push-in installation
Copper pipe push-in cylinder (4022) being transversely and horizontally set on frame (4021), copper pipe are pushed into the piston rod end peace of cylinder (4022)
Head (4023) are pushed into equipped with copper pipe, the upper end of copper pipe push-in mounting rack (4021) is equipped with the arc copper pipe bent diagonally downward and leads
Enter slot (4024), the lower end of arc copper pipe lead-in groove (4024) is towards copper pipe inlet (40111)；The copper pipe positioning component
It (403) include the transverse baffle (4032) being installed on horizontal cross bar (4031).
2. the welder of conducting wire according to claim 1 and copper pipe, it is characterised in that: the conducting wire bifurcated exports end
(20112) outer panel is equipped with the push slot (201121) of multiple inside and outside sides, and it includes peace that conducting wire, which pushes component (2012),
More loaded on bracket (20121) rolling guide rods (20122) arranged in parallel roll the upper and lower side peace of guide rod (20122)
Equipped with the rubber rolling ring (20123) that can be placed in push slot (201121), the lower end of adjacent rolling guide rod (20122) is logical
Belt wheel (20124), synchronous belt (20125) connection are crossed, one rolls guide rod (20122) connect with roll drive motor (20126).
3. the welder of conducting wire according to claim 2 and copper pipe, it is characterised in that: the conducting wire bifurcated exports end
(20112) export end is equipped with the upper guide groove (2013) and lower guide groove for being located at conducting wire (300) upper and lower ends
(2014), upper guide groove (2013) is snapped in the upper end of conducting wire (300), and the lower end of conducting wire (300) is snapped in lower guide groove
(2014) in；The export end of upper guide groove (2013) has the supporting bracket (20131) of resistive conductor (400).
4. the welder of conducting wire according to claim 1 and copper pipe, it is characterised in that: the conductor copper pipe welder
It (5) include copper pipe welding push cylinder (502) being installed in copper pipe welding support (501), copper pipe welds push cylinder (502)
Piston rod end copper pipe soldering tip component (503) is installed, the copper pipe soldering tip component (503) includes copper pipe solder merging pipe
(5031) and be installed on copper pipe solder merging pipe (5031) lower end copper pipe high temperature melting soldering tip (5032), copper pipe high temperature melting soldering tip
(5032) copper pipe solder goes out mouth (50321) towards at the contact weld of conducting wire (300) and copper pipe (200).
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| CN201610339220.6A CN105934096B (en) | 2016-05-19 | 2016-05-19 | The welder of conducting wire and copper pipe |
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| CN201610339220.6A CN105934096B (en) | 2016-05-19 | 2016-05-19 | The welder of conducting wire and copper pipe |
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| CN105934096B true CN105934096B (en) | 2019-01-04 |
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| CN105798480B (en) * | 2016-05-19 | 2018-09-28 | 台州市振鹏信息科技有限公司 | The welder and its method of conducting wire and copper pipe |
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| Publication number | Publication date |
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| CN105934096A (en) | 2016-09-07 |
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