CN105934096A - Welding apparatus for lead wire and copper pipe - Google Patents
Welding apparatus for lead wire and copper pipe Download PDFInfo
- Publication number
- CN105934096A CN105934096A CN201610339220.6A CN201610339220A CN105934096A CN 105934096 A CN105934096 A CN 105934096A CN 201610339220 A CN201610339220 A CN 201610339220A CN 105934096 A CN105934096 A CN 105934096A
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- copper pipe
- wire
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- assembly
- resistance
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Classifications
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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 invention relates to a welding apparatus for a lead wire and a copper pipe. The welding apparatus is used for welding the lead wire and the copper pipe. The apparatus comprises a lead wire conveying apparatus, a copper pipe conveying apparatus and a lead wire and copper pipe welding apparatus, wherein the lead wire and copper pipe welding apparatus is located at a contact part of the lower end of the lead wire and the upper end of the copper pipe; the lead wire conveying apparatus and the copper pipe conveying apparatus are mounted on a bottom plate and located at two transverse ends of the bottom plate respectively; the lead wire conveying apparatus comprises a lead wire guide assembly as well as a lead wire push-in assembly and a lead-wire locating assembly which are mounted at the front end and back end of the lead wire guide assembly respectively; the lead wire locating assembly is located under a resistor bending assembly; the copper pipe conveying apparatus comprises a copper pipe guide assembly as well as a copper pipe push-in assembly and a copper pipe locating assembly which are mounted at the front end and back end of the copper pipe guide assembly respectively; and the copper pipe locating assembly is located under the lead wire locating assembly.
Description
Technical field
The present invention relates to production device for circuit board field, particularly to the welding equipment of circuit board resistance, wire and copper pipe.
Background technology
As it is shown in figure 1, the resistance (100) on circuit board needs to utilize wire (300) to be welded on one with copper pipe (200)
Rising, the welding manner used at present is manually welding, needs resistive conductor (400) bending at resistance (100) two ends during welding,
After bending, the end of resistive conductor (400) is welded with one end of wire (300), other end welding copper pipe (200) of wire (300).
Manual welding has the drawback that: welding efficiency is low, of low quality, labour intensity is big.
Summary of the invention
The applicant, for the disadvantages mentioned above of prior art, studies and improves, it is provided that a kind of wire and the welder of copper pipe,
Realize the automatic welding between wire and copper pipe, improve welding efficiency and quality.
In order to solve the problems referred to above, the present invention uses following scheme:
A kind of welder of wire and copper pipe, for welding between wire with copper pipe, defeated including wire transporting device, copper pipe
Sending device and conductor copper pipe welder, conductor copper pipe welder is positioned at the lower end of wire and the upper-end contact of copper pipe；
Described wire transporting device and copper pipe conveying device are respectively arranged on base plate and live apart in the transverse ends of base plate；Described lead
Lines conveying equipment includes wire guidance set, is respectively arranged in the wire of wire guidance set front and back end and pushes assembly and wire location
Assembly, wire positioning component is positioned at the underface of resistance foldable component；
The copper pipe that described copper pipe conveying device includes copper pipe guidance set, be respectively arranged in copper pipe guidance set rear and front end pushes group
Part and copper pipe positioning component, copper pipe positioning component is positioned at the underface of wire positioning component.
Further improvement as technique scheme:
Described wire guidance set includes that a Y type wire guide plate and wire push assembly, and Y type wire guide plate is by many
Strut is installed on base plate, imports end including wire and wire bifurcated derives end, and wire importing end is placed in wire and pushes the end of assembly
Side, wire bifurcated is derived the lateral surface of end and is provided with wire propelling movement assembly；Described wire bifurcated is derived the outer panel of end and is provided with many
The propelling movement groove of individual inside and outside side, wire pushes the many rolling guide rods arranged in parallel that assembly includes being installed on support, rolling
The upper and lower side of dynamic guide rod is provided with the rubber rolling ring can inserted in described propelling movement groove, the adjacent lower end rolling guide rod by belt wheel,
Timing Belt connects, and one rolls guide rod is connected with roll drive motor.
The derivation end of described wire bifurcated derivation end is provided with and lays respectively at the upper gathering sill at the upper and lower two ends of wire and lower gathering sill, on
Gathering sill is snapped in the upper end of wire, and the lower end of wire is snapped in lower gathering sill；The derivation end of upper gathering sill is with resistive conductor
Supporting bracket.
Described wire pushes assembly and includes that the wire of the horizontal positioned being installed in supporting vertical plate pushes cylinder, and wire pushes cylinder
Piston rod end is provided with wire and pushes head, and the upper end of supporting vertical plate is provided with the arc wire lead-in groove bent diagonally downward, arc
The lower end of shape wire lead-in groove pushes head towards wire, and wire pushes has the wire support groove accommodating wire on head；Described wire
Positioning component includes the wire positioning cylinder that the vertical equity being installed on edge-on bar is arranged, the piston rod end of wire positioning cylinder
Wire located lateral plate and wire longitudinal register plate are installed.
Described copper pipe guidance set includes that assembly allocated by the Y type copper pipe guide plate being installed on base plate and copper pipe, and Y type copper pipe guides
Plate includes that copper pipe imports end and copper pipe bifurcated derives end, and copper pipe importing end is placed in copper pipe and pushes the side of assembly, and copper pipe imports end
Side with allocating groove, described copper pipe allocate assembly include being installed on allocate that in a bearing, vertical equity arranges allocate cylinder,
Allocate the piston rod end of cylinder to be provided with and allocate block, described in allocate block can be inserted into described in allocate in groove；Described copper pipe pushes assembly
Pushing cylinder including the copper pipe being installed on the transverse horizontal setting that copper pipe pushes on installing rack, copper pipe pushes the piston rod end of cylinder
Being provided with copper pipe and push head, copper pipe pushes the upper end of installing rack and is provided with the arc copper pipe lead-in groove bent diagonally downward, arc copper
The lower end of pipe lead-in groove imports end towards copper pipe；Described copper pipe positioning component includes the transverse baffle being installed on horizontal cross bar.
Described conductor copper pipe welder includes that the copper pipe welding being installed on copper pipe welding bearing pushes cylinder, and copper pipe welding pushes
The piston rod end of cylinder is provided with copper pipe soldering tip assembly, and described copper pipe soldering tip assembly includes that copper pipe solder is inserted pipe and is installed on copper
The copper pipe high temperature melting soldering tip of pipe lower end inserted by pipe solder, and the copper pipe solder of copper pipe high temperature melting soldering tip goes out mouth connecing towards wire and copper pipe
Touch weld.
The method have technical effect that:
The welder of the present invention, for the automatic welding between wire and copper pipe, substitutes traditional human weld, is greatly improved
Welding efficiency and quality, reduce cost of labor and labour intensity.
Accompanying drawing explanation
Fig. 1 be in the present invention resistance and copper pipe weld schematic diagram.
Fig. 2 is the front 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 of resistance conveying apparatus for bending in the present invention.
Fig. 5 is the three-dimensional structure diagram of resistance grip block in resistance conveying apparatus for bending.
Fig. 6 is the three-dimensional structure diagram that in resistance conveying apparatus for bending, resistance pushes assembly.
Fig. 7 is the three-dimensional structure diagram of resistance foldable component in resistance conveying 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 wire guide plate in wire transporting device.
Figure 10 is the three-dimensional structure diagram that in wire transporting device, wire pushes assembly.
Figure 11 is the welding schematic diagram of wire, copper pipe and resistance in the present invention.
Figure 12 is the three-dimensional structure diagram of 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 in copper pipe conveying device, assembly allocated by copper pipe and copper pipe pushes the three-dimensional structure diagram of assembly.
Figure 15 is the three-dimensional structure diagram of copper pipe positioning component in copper pipe conveying device.
Figure 16 is partial enlarged drawing at the A of Figure 11.
Figure 17 is partial enlarged drawing at the B of Figure 11.
In figure: 1, resistance conveying apparatus for bending；100, resistance；101, gripper shoe；1011, slot rolling is guided；102, resistance
Conveying assembly；1021, resistance grip block；10211, horizontal introduction part；10212, rolling groove；1022, clamping gathering sill；
103, resistance pushes assembly；1030, resistance pushes bearing；1031, resistance pushes cylinder；1032, resistance pushes head；1033、
Directive wheel；104, resistance foldable component；1041, bending pressure head；10411, top board；10412, depression bar is guided；10413、
Lower platen；10414, spring；10415, arc clamping head；10416, block oral；10417, bending top；1042, folding
Curved driving cylinder；105, resistance pushes space；106, resistive conductor pushes space；2, wire transporting device；200, copper pipe；
201, wire guidance set；2010, support bar；2011, Y type wire guide plate；20111, wire imports end；20112、
Wire bifurcated derives end；201121, groove is pushed；2012, wire pushes assembly；20121, support；20122, guide rod is rolled；
20123, rubber rolling ring；20124, belt wheel；20125, Timing Belt；20126, roll drive motor；2013, upper gathering sill；
20131, supporting bracket；2014, lower gathering sill；202, wire pushes assembly；2021, supporting vertical plate；2022, wire pushes
Cylinder；2023, wire pushes head；20231, wire support groove；2024, arc wire lead-in groove；203, wire location group
Part；2031, edge-on bar；2032, wire positioning cylinder；2033, wire located lateral plate；2034, wire longitudinal register plate；
3, resistance wire welder；300, wire；301, resistance welding bearing；302, resistance welding pushes cylinder；303, electricity
Welding resistance head assembly；3031, pipe inserted by resistance solder；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 guide plate；40111, copper pipe is led
Enter end；40112, copper pipe bifurcated derives end；40113, groove is allocated；4012, assembly allocated by copper pipe；40121, a bearing is allocated；
40122, cylinder is allocated；40123, block is allocated；402, copper pipe pushes assembly；4021, copper pipe pushes installing rack；4022, copper
Pipe pushes cylinder；4023, copper pipe pushes head；4024, arc copper pipe lead-in groove；403, copper pipe positioning component；4031, level
Cross bar；4032, transverse baffle；5, conductor copper pipe welder；501, copper pipe welding bearing；502, copper pipe welding pushes gas
Cylinder；503, copper pipe soldering tip assembly；5031, pipe inserted by copper pipe solder；5032, copper pipe high temperature melting soldering tip；50321, copper pipe weldering
Expect mouth；6, base plate.
Detailed description of the invention
Below in conjunction with the accompanying drawings the detailed description of the invention of the present invention is described further.
As shown in Figure 2 and Figure 3, the wire of the present embodiment and the welder of copper pipe, carry apparatus for bending 1, wire including resistance
Conveying device 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 lays respectively at the two ends of wire 300.Resistance 100 is carried and bending by resistance conveying apparatus for bending 1, wire conveying dress
Putting 2 pairs of wires 300 to carry, wire 300 converges to resistance wire with the resistive conductor 400 of resistance after bending 100 and welds dress
Put and weld at 3；Copper pipe 200 is carried by copper pipe conveying device 4, and copper pipe 200 and wire 300 converge to wire copper
Weld at pipe welder 5；After having welded as shown in Figure 1.
As shown in Figure 4, resistance conveying apparatus for bending 1 includes gripper shoe 101, and gripper shoe 101 is provided with resistance conveying assembly
102, resistance pushes assembly 103 and resistance foldable component 104, and described resistance conveying assembly 102 includes two resistance be arrangeding in parallel
Grip block 1021, the lower end of two resistance grip blocks 1021 is placed in resistance and pushes between assembly 103 and resistance foldable component 104,
Resistance 100 is directed into resistance the clamping gathering sill 1022 between two resistance grip blocks 1021 and pushes the end of assembly 103,
And being pushed to resistance foldable component 104 by resistance propelling movement assembly 103, resistance foldable component 104 includes can being just snapped in resistance
Bending pressure head 1041 on the resistive conductor 400 at 100 two ends and be installed on the bending above bending pressure head 1041 and drive cylinder 1042.
Bending drives cylinder 1042 to promote bending pressure head 1041, by resistive conductor 400 bending 90 degree at resistance 100 two ends.
As shown in Figure 4, Figure 5, the upper end of resistance grip block 1021 is bent into horizontal introduction part 10211, is positioned at the level of downside
With the rolling groove 10212 coordinated with resistance 100 two ends in introduction part 10211；Resistance 100 is as horizontal introduction part 10211
On rolling groove 10212 in, by the guide effect of rolling groove 10212, resistance 100 is fed to resistance grip block 1021
In clamping gathering sill 1022, the middle part of clamping gathering sill 1022 can accommodate resistance 100, and both sides can accommodate resistive conductor 400；Resistance
Pushing space 105 with the resistance slightly larger than resistance thickness in the middle part of the lower end of grip block 1021 and between gripper shoe 101, resistance presss from both sides
Hold the resistive conductor propelling movement space 106 with the diameter slightly larger than resistive conductor 400 between the both sides, lower end of plate 1021 and gripper shoe 101,
When resistance 100 is positioned at the bottom of resistance grip block 1021, resistance 100 and resistive conductor 400 can push space from resistance respectively
105 and resistive conductor push in space 106 pushed go out.
As shown in Figure 6, resistance propelling movement assembly 103 includes that pushing bearing 1030 by resistance is horizontally installed in gripper shoe 101
Resistance pushes cylinder 1031 and is installed on the resistance propelling movement 1032 that resistance pushes the piston rod end of cylinder 1031, and resistance pushes
The bilateral symmetry of 1032 is provided with directive wheel 1033, and directive wheel 1033 coordinates the guiding slot rolling 1011 being installed in gripper shoe 101
In.Pushed the impetus of cylinder 1031 by resistance, resistance 100 is pushed is extremely just waiting the bending pressure head 1041 pressed down
Lower section.
As it is shown in fig. 7, bending pressure head 1041 include with bending drive cylinder 1042 piston-rod lower end be connected top board 10411,
By the guiding up and down lower platen 10413 being installed on below top board 10411 of depression bar 10412 at two ends, guide depression bar
The spring 10414 being arranged with on 10412 between top board 10411 and lower platen 10413, the lower surface of lower platen 10413
The arc clamping head 10415 of polylith and resistance 100 surface engagement is installed, guides the lower end of depression bar 10412 with being snapped in electricity
Card oral 10416 on the upside of resistance line 400, gripper shoe 101 is provided with the bending top 10417 relied on the downside of resistive conductor 400.
Bending pressure head 1041 drives cylinder 1042 to drive by bending, coordinates, by the electricity at resistance 100 two ends with bending top 10417
Resistance line 400 downward bending.
As shown in Figure 8, wire transporting device 2 and copper pipe conveying device 4 are respectively arranged on base plate 6 and live apart in base plate 6
Transverse ends, wire transporting device 2 and copper pipe conveying device 4 push horizontal to base plate 6 of wire 300 and copper pipe 200 respectively
Middle part is mobile；Wire transporting device 2 includes wire guidance set 201, is respectively arranged in wire guidance set 201 front and back end
Wire pushes assembly 202 and wire positioning component 203, and wire positioning component 203 is positioned at the underface of resistance foldable component 104.
As shown in Figure 8, Figure 9, wire guidance set 201 includes that a Y type wire guide plate 2011 and wire push assembly 2012,
Y type wire guide plate 2011 is installed on base plate 6 by many support bars 2010, imports end 20111 and wire including wire
Bifurcated derives end 20112, and wire importing end 20111 is placed in wire and pushes the side of assembly 202, and wire bifurcated derives end 20112
Lateral surface wire be installed push assembly 2012, wire 300 imports at wire and imports at end 20111, and leads at wire bifurcated
Go out bifurcated at end 20112 and derive the longitudinal both sides to base plate 6, the lower section of the resistive conductor 400 i.e. derived to resistance 100 two ends；
The outer panel of wire bifurcated derivation end 20112 is provided with the propelling movement groove 201121 of multiple inside and outside side.As shown in Figure 10, lead
Line pushes the many rolling guide rods 20122 arranged in parallel that assembly 2012 includes being installed on support 20121, rolls guide rod
The upper and lower side of 20122 is provided with can insert the rubber rolling ring 20123 pushed in groove 201121, adjacent rolling guide rod 20122
Lower end is connected by belt wheel 20124, Timing Belt 20125, and one rolls guide rod 20122 is connected with roll drive motor 20126.
Wire pushes the setting of assembly 2012, it is therefore an objective to improve pushing efficiency and the reliability of wire 300.
As shown in Fig. 8, Figure 11, the derivation end of wire bifurcated derivation end 20112 is provided with and lays respectively at wire about 300 two ends
Upper gathering sill 2013 and lower gathering sill 2014, upper gathering sill 2013 is snapped in the upper end of wire 300, the lower end of wire 300
It is snapped in lower gathering sill 2014；The derivation end of upper gathering sill 2013 is with the supporting bracket 20131 of resistive conductor 400, resistive conductor
After 400 bendings, its lower end is just as on described supporting bracket 20131, and welds at supporting bracket 20131.
As shown in Figure 8, wire pushes assembly 202 and includes that the wire being installed on the horizontal positioned in supporting vertical plate 2021 pushes cylinder
2022, wire pushes the piston rod end of cylinder 2022 and is provided with wire and pushes 2023, and the upper end of supporting vertical plate 2021 is installed
Having the arc wire lead-in groove 2024 bent diagonally downward, the lower end of arc wire lead-in groove 2024 pushes 2023 towards wire,
Wire pushes has the wire support groove 20231 accommodating wire 300 on 2023；Wire 300 is from arc wire lead-in groove 2024
In put into, from arc wire lead-in groove 2024, landing is to wire support groove 20231, pushes the promotion of cylinder 2022 at wire
Under, wire 300 is pushed into the wire of Y type wire guide plate 2011 and imports end 20111；As shown in figure 12, wire location
Assembly 203 includes the wire positioning cylinder 2032 that the vertical equity being installed on edge-on bar 2031 is arranged, wire positioning cylinder 2032
Piston rod end wire located lateral plate 2033 and wire longitudinal register plate 2034 are installed.Coming of wire positioning cylinder 2032
Return flexible, push-and-pull wire longitudinal register plate 2034, wire longitudinal register plate 2034 is inserted between two wires 300 of front end,
Realize the output of solid conductor 300.
As shown in figure 13, before copper pipe conveying device 4 includes copper pipe guidance set 401, is respectively arranged in copper pipe guidance set 401
The copper pipe at rear two ends pushes assembly 402 and copper pipe positioning component 403, and copper pipe positioning component 403 is positioned at wire positioning component 203
Underface.
As shown in Figure 13, Figure 14, copper pipe guidance set 401 include the Y type copper pipe guide plate 4011 that is installed on base plate 6 and
Assembly 4012 allocated by copper pipe, and Y type copper pipe guide plate 4011 includes that copper pipe imports end 40111 and copper pipe bifurcated derives end 40112,
Copper pipe imports end 40111 and is placed in copper pipe and pushes the side of assembly 402, and copper pipe imports the side of end 40111 with allocating groove 40113,
Copper pipe allocate assembly 4012 include being installed on allocate that in a bearing 40121, vertical equity arranges allocate cylinder 40122, point
The piston rod end dialling cylinder 40122 is provided with and allocates block 40123, allocates block 40123 and can be inserted into and allocate in groove 40113；Copper
Pipe pushes assembly 402 and includes that the copper pipe being installed on the transverse horizontal setting that copper pipe pushes on installing rack 4021 pushes cylinder 4022,
Copper pipe pushes the piston rod end of cylinder 4022 and is provided with copper pipe and pushes 4023, and copper pipe pushes the upper end of installing rack 4021 and installs
Having the arc copper pipe lead-in groove 4024 bent diagonally downward, the lower end of arc copper pipe lead-in groove 4024 imports end 40111 towards copper pipe；
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 from
Putting in arc copper pipe lead-in groove 4024, landing to copper pipe imports in end 40111, and pushes the promotion of cylinder 4022 at copper pipe
Under, import end 40111 along copper pipe and enter in Y type copper pipe guide plate 4011.Copper pipe allocates the setting of assembly 4012, a side
Face, for there being certain motive force to copper pipe 200, is on the other hand used for being fed forward of single copper pipe 200.
As shown in Fig. 1, Fig. 3 and Figure 11, resistance wire welder 3 is positioned at resistive conductor 400 lower end after bending and wire 300
The contact position of upper end, conductor copper pipe welder 5 is positioned at the contact position of wire 300 lower end and copper pipe 200 upper end.
As shown in Figure 11, Figure 16, resistance wire welder 3 includes the resistance welding being installed on resistance welding bearing 301
Pushing cylinder 302, resistance welding pushes the piston rod end of cylinder 302 and is provided with resistance soldering tip assembly 303, resistance soldering tip assembly
303 include that resistance solder is inserted pipe 3031 and is installed on resistance solder and inserts the resistance high temperature melting soldering tip 3032 of pipe 3031 lower end,
The resistance solder of resistance high temperature melting soldering tip 3032 goes out mouth 30321 towards at contact weld with wire 300 of resistance 100.Resistance is high
The resistance solder of temperature fusion welding head 3032 goes out to be provided with high-temperature heating head in mouth 30321, when solder (graininess) enters resistance high temperature melting
Time in soldering tip 3032, can become welding fluid by instant melting, welding fluid goes out to flow out to resistance 100 and wire mouth 30321 from resistance solder
At the contact weld of 300, it is achieved wire 300 welds with resistance 100.
As shown in Figure 11, Figure 17, conductor copper pipe welder 5 includes the copper pipe welding being installed on copper pipe welding bearing 501
Pushing cylinder 502, copper pipe welding pushes the piston rod end of cylinder 502 and is provided with copper pipe soldering tip assembly 503, copper pipe soldering tip assembly
503 include that copper pipe solder is inserted pipe 5031 and is installed on copper pipe solder and inserts the copper pipe high temperature melting soldering tip 5032 of pipe 5031 lower end,
The copper pipe solder of copper pipe high temperature melting soldering tip 5032 goes out mouth 50321 towards at contact weld with copper pipe 200 of wire 300.Copper pipe is high
The copper pipe solder of temperature fusion welding head 5032 goes out to be provided with high-temperature heating head in mouth 50321, when solder (graininess) enters copper pipe high temperature melting
Time in soldering tip 5032, can become welding fluid by instant melting, welding fluid goes out to flow out to copper pipe 200 and wire mouth 50321 from copper pipe solder
At the contact weld of 300, it is achieved copper pipe 200 welds with wire 300.
Embodiment provided above is the better embodiment of the present invention, is only used for the convenient explanation present invention, not appoints the present invention
What pro forma restriction, has usually intellectual, if without departing from the carried technical characteristic of the present invention in any described technical field
In the range of, utilize the Equivalent embodiments that the done local of disclosed technology contents is changed or modified, and without departing from this
Bright technical characteristic content, all still falls within the range of the technology of the present invention feature.
Claims (6)
1. wire and a welder for copper pipe, for welding between wire (300) with copper pipe (200), its feature exists
In: including wire transporting device (2), copper pipe conveying device (4) and conductor copper pipe welder (5), conductor copper pipe welds
Device (5) is positioned at the lower end of wire (300) and the upper-end contact of copper pipe (200)；
Described wire transporting device (2) and copper pipe conveying device (4) are respectively arranged in base plate (6) and above and live apart in base plate (6)
Transverse ends；Described wire transporting device (2) includes wire guidance set (201), is respectively arranged in wire guidance set
(201) wire of front and back end pushes assembly (202) and wire positioning component (203), and wire positioning component (203) is positioned at
The underface of resistance foldable component (104)；
Described copper pipe conveying device (4) includes copper pipe guidance set (401), to be respectively arranged in copper pipe guidance set (401) front
The copper pipe at rear two ends pushes assembly (402) and copper pipe positioning component (403), and copper pipe positioning component (403) is positioned at wire location
The underface of assembly (203).
Wire the most according to claim 1 and the welder of copper pipe, it is characterised in that: described wire guidance set (201)
Pushing assembly (2012) including Y type wire guide plate (2011) and wire, Y type wire guide plate (2011) is by many
Root support bar (2010) is installed on base plate (6), imports end (20111) including wire and wire bifurcated derives end (20112),
Wire importing end (20111) is placed in wire and pushes the side of assembly (202), and wire bifurcated derives the lateral surface of end (20112)
Wire is installed and pushes assembly (2012)；Described wire bifurcated is derived the outer panel of end (20112) and is provided with multiple inside and outside
The propelling movement groove (201121) of side, wire pushes assembly (2012) and includes being installed on many of support (20121) and be parallel to each other and set
The rolling guide rod (20122) put, the upper and lower side of rolling guide rod (20122) is provided with can insert described propelling movement groove (201121)
In rubber rolling ring (20123), the lower end of adjacent rolling guide rod (20122) pass through belt wheel (20124), Timing Belt (20125)
Connecting, one rolls guide rod (20122) is connected with roll drive motor (20126).
Wire the most according to claim 3 and the welder of copper pipe, it is characterised in that: described wire bifurcated derives end
(20112) derivation end is provided with upper gathering sill (2013) and the lower gathering sill (2014) laying respectively at wire (300) two ends up and down,
Upper gathering sill (2013) is snapped in the upper end of wire (300), and the lower end of wire (300) is snapped in lower gathering sill (2014)
In；The derivation end of upper gathering sill (2013) is with the supporting bracket (20131) of resistive conductor (400).
4. according to the welder of the wire described in claim 1 or 3 Yu copper pipe, it is characterised in that: described wire pushes assembly
(202) including that the wire being installed on the horizontal positioned in supporting vertical plate (2021) pushes cylinder (2022), wire pushes cylinder
(2022) piston rod end is provided with wire and pushes head (2023), and the upper end of supporting vertical plate (2021) is provided with and is tilted towards
Arc wire lead-in groove (2024) of lower bending, the lower end of arc wire lead-in groove (2024) pushes head (2023) towards wire,
Wire pushes the wire support groove (20231) on head (2023) with receiving wire (300)；Described wire positioning component (203)
The wire positioning cylinder (2032) arranged including the vertical equity being installed on edge-on bar (2031), wire positioning cylinder (2032)
Piston rod end wire located lateral plate (2033) and wire longitudinal register plate (2034) are installed.
Wire the most according to claim 1 and the welder of copper pipe, it is characterised in that: described copper pipe guidance set (401)
Allocating assembly (4012) including Y type copper pipe guide plate (4011) being installed on base plate (6) and copper pipe, Y type copper pipe guides
Plate (4011) includes that copper pipe imports end (40111) and copper pipe bifurcated derives end (40112), and copper pipe imports end (40111) and puts
Push the side of assembly (402) in copper pipe, copper pipe imports the side of end (40111) with allocating groove (40113), described copper
Pipe allocate assembly (4012) include being installed on allocate that in a bearing (40121), vertical equity arranges allocate cylinder (40122),
Allocate the piston rod end of cylinder (40122) to be provided with and allocate block (40123), described in allocate block (40123) and can be inserted into described
Allocate in groove (40113)；Described copper pipe pushes assembly (402) and includes that being installed on copper pipe pushes the horizontal stroke on installing rack (4021)
Pushing cylinder (4022) to horizontally disposed copper pipe, copper pipe pushes the piston rod end of cylinder (4022) and is provided with copper pipe and pushes
Head (4023), copper pipe pushes the upper end of installing rack (4021) and is provided with arc copper pipe lead-in groove (4024) bent diagonally downward,
The lower end of arc copper pipe lead-in groove (4024) imports end (40111) towards copper pipe；Described copper pipe positioning component (403) includes
The transverse baffle (4032) being installed on horizontal cross bar (4031).
Wire the most according to claim 1 and the welder of copper pipe, it is characterised in that: described conductor copper pipe welder
(5) including that the copper pipe welding being installed on copper pipe welding bearing (501) pushes cylinder (502), copper pipe welding pushes cylinder (502)
Piston rod end copper pipe soldering tip assembly (503) is installed, described copper pipe soldering tip assembly (503) includes that pipe inserted by copper pipe solder
And be installed on copper pipe solder and insert copper pipe high temperature melting soldering tip (5032) of pipe (5031) lower end, copper pipe Surface Welding at High Temperature (5031)
The copper pipe solder of head (5032) goes out mouth (50321) towards at the contact weld of wire (300) and copper pipe (200).
Priority Applications (1)
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105798480A (en) * | 2016-05-19 | 2016-07-27 | 张惠莹 | Device and method for welding wire and copper pipe |
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| Publication number | Publication date |
|---|---|
| CN105934096B (en) | 2019-01-04 |
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