CN209110548U - A kind of USB automatic tin welding machine - Google Patents
A kind of USB automatic tin welding machine Download PDFInfo
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- CN209110548U CN209110548U CN201821348774.3U CN201821348774U CN209110548U CN 209110548 U CN209110548 U CN 209110548U CN 201821348774 U CN201821348774 U CN 201821348774U CN 209110548 U CN209110548 U CN 209110548U
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Abstract
The utility model discloses a kind of USB automatic tin welding machines, it include: vibrating disk, workbench, workbench is located at vibrating disk side, and bench-top side is equipped with horizontally disposed transmission mechanism and is successively set on transmission mechanism beginning to the thread drawing mechanism of end side, line cutting structure, wire stripping mechanism, soldering mechanism；Thread depressing mechanism for being positioned to the conducting wire wire rod by thread drawing mechanism, tangent mechanism, wire stripping mechanism and soldering mechanism；And the control cabinet being electrically connected with aforementioned mechanism.The vacuum waste-absorbing material mechanism for collecting wire waste is wherein provided on tangent mechanism and wire stripping mechanism, the vacuum waste-absorbing material mechanism can effectively siphon away the core waste material after stripping, use and sanitation and hygiene without influencing knife rest, while production cost is reduced compared to manual cleaning waste material.
Description
Technical field
The utility model relates to scolding tin technical field, more particularly to a kind of USB automatic tin welding machine.
Background technique
Currently, most of electronic equipment needs to use USB plug and interface to charge or data transmission, as electronics produces
The development of product, the demand of USB become increasing.
Generally, USB has four piece-root grafting lines, by USB tin soldering machine by USB terminal and four conducting wire soldering wires formed USB at
Product.But existing USB automatic tin welding machine there is a problem in that: 1. for conducting wire wire rod carry out cutting and peeling knife
Frame does not have waste material collection device, often leads to wire waste and be deposited in equipment, influence the normal use of knife rest, therefore, after
Phase needs these wire wastes of manual cleaning, very waste of manpower and material resources；2. being used in the welding process will be in USB conducting wire
Each strand separates, and the wire fixing part of positioning is fixed respectively, often because of the positioning of its wire fixing part of equipment longtime running
Accuracy decline, and each separated time of conducting wire and each welding position of USB terminal is caused to occur being dislocated phenomenon, seriously affect welding matter
Amount；3. USB terminal and conducting wire wire rod upper and lower position are not at same weld horizontal face, and cause the product after welding in its welding
Place is bending, and welding quality is lower.
Therefore, how to provide it is a kind of can be by conducting wire waste material is effectively cleared up and welding quality is high USB automatic tin soldering
The problem of machine is those skilled in the art's urgent need to resolve.
Utility model content
Conducting wire waste material can effectively be cleared up in view of this, the present invention provides one kind and welding quality is high
USB automatic tin welding machine.
To achieve the goals above, the utility model adopts the following technical solution:
A kind of USB automatic tin welding machine, comprising:
Vibrating disk,
Workbench, the workbench are located at the vibrating disk side, and the bench-top side is equipped with horizontally disposed
Transmission mechanism and the transmission mechanism beginning is successively set on to the thread drawing mechanism of end side, line cutting structure, wire stripping mechanism, weldering
Tin mechanism；
For to the conducting wire for passing through the thread drawing mechanism, the tangent mechanism, the wire stripping mechanism and the soldering mechanism
The thread depressing mechanism that wire rod is positioned；And
The control cabinet being electrically connected with aforementioned mechanism；
Wherein, it is provided on the transmission mechanism along its transmission direction multiple for fixing the fixation of the conducting wire wire rod
Part；The vacuum waste-absorbing material mechanism for collecting wire waste is provided on the tangent mechanism and the wire stripping mechanism；It is described
The charging runner for being connected to the vibrating disk output end is provided on soldering mechanism, and in scolding tin the fixing piece position
It sets corresponding with the charging position of runner.
It can be seen via above technical scheme that compared with prior art, the utility model discloses that provide a kind of USB automatic
Tin soldering machine is provided with the vacuum waste-absorbing material mechanism for collecting wire waste at its tangent mechanism and wire stripping mechanism, can be with
Effectively the core waste material after stripping is siphoned away, use and sanitation and hygiene without influencing knife rest, while useless compared to manual cleaning
Material reduces production cost.
Further, vacuum waste-absorbing material mechanism includes:
Vaccum suction pipe, described vaccum suction pipe one end and the side of the wire stripping mechanism are detachably connected, and the other end passes through hard
Pipe is connected with ash can；
Waste material suction pipe, waste material suction pipe one end are connected to described vaccum suction pipe one end, and the waste material suction pipe other end is
Waste material suction inlet, and the waste material suction inlet is corresponding with the wire stripping position of the wire stripping mechanism；
Wherein, the vaccum suction pipe outer wall is connected with pneumatic joint, and the pneumatic joint is connected with vacuum pump by hose.
The beneficial effect generated by adopting the above technical scheme is that vacuum pump vacuumizes vaccum suction pipe, can be quickly by stripping
Core waste material afterwards is drawn to ash can, guarantees the sanitation and hygiene and normal use of knife rest；Meanwhile vaccum suction pipe one end and the stripping
The side of line mechanism is detachably connected, and is easy to the installation and removal and later maintenance of vacuum waste-absorbing material mechanism.
Further, the wire stripping mechanism includes:
Pedestal, the pedestal is fixedly mounted on the workbench top, and is arranged close to the beginning of the transmission mechanism；
First guide rail, first guide rail are fixedly mounted on pedestal top side, and the length of first guide rail
Direction and the transmission direction of the transmission mechanism are vertically arranged；First is slidably connected along its length on first guide rail
Link block；
Wire stripping knife rest, the wire stripping knife rest are fixedly connected with first link block；Described vaccum suction pipe one end with it is described
The side of wire stripping knife rest is detachably connected, and the waste material suction inlet is corresponding with the wire stripping position of the wire stripping knife rest；And
For driving the wire stripping knife rest to be horizontally away from or the first driving portion of the close transmission mechanism, described first is driven
Dynamic portion is fixedly mounted on the base, and is arranged far from the transmission mechanism, the driving end of first driving portion with it is described
Wire stripping knife rest is fixedly connected.
Further, first driving portion includes:
Cushion block, the cushion block are fixedly mounted on the base, and are arranged far from the transmission mechanism；
First cylinder, first cylinder are fixedly mounted on the cushion block, and the driving end direction of first cylinder
The transmission mechanism setting；
The wire stripping knife rest includes:
Connecting plate, the connecting plate are fixedly connected with the link block, and a side end of the connecting plate and described the
The driving end of one cylinder is fixedly connected；
Cutter holder assembly, the cutter holder assembly are fixedly connected with the connecting plate；Described vaccum suction pipe one end and the knife rest
The side of component is detachably connected, and the waste material suction inlet is corresponding with the wire stripping position of the cutter holder assembly.
Further, the cutter holder assembly includes:
Knife rest, the knife rest are fixedly connected with the connecting plate；
First guide part, first guide part are fixedly mounted on the knife rest；
Wire stripping portion, the wire stripping portion are slidably connected with first guide part；Described vaccum suction pipe one end and the knife rest
Side is detachably connected, and the waste material suction inlet is corresponding with the wire stripping position in the wire stripping portion；And
For driving second driving portion in the wire stripping portion, second driving portion be fixedly mounted on the knife rest and with
The wire stripping portion is fixedly connected.
Further, the knife rest includes: the first mounting plate and the second mounting plate and consolidate that upper and lower parallel interval is arranged
The vertical plate of fixed connection between, one side end of the first mounting plate and the end side of the connecting plate integrally connect
It connects；
First guide part includes: the first guiding axis and the second guiding axis of vertical direction parallel interval arrangement, described
First guiding axis and second guiding axis both ends are fixedly connected with first mounting plate and second mounting plate respectively；
The wire stripping portion includes: the upper wire stripping cutter block and lower wire stripping cutter block of upper and lower parallel interval arrangement, the upper wire stripper
Block and the lower wire stripping cutter block both side ends are slidably connected with first guiding axis and second guiding axis respectively；Its
In, the upper wire stripping cutter block is fixedly connected with upper wire stripping blade, the lower wire stripping cutter block close to its transmission mechanism side end position
Lower wire stripping blade is fixedly connected with the upper wire stripping blade position corresponding position；
Second driving portion includes: the second cylinder and driving for driving the upper wire stripping blade oscilaltion
The third cylinder of lower wire stripping blade oscilaltion；Wherein, second cylinder is fixedly mounted on the top of second mounting plate,
And driving end thereon is arranged downward and is fixedly connected with the upper wire stripping cutter block；The third cylinder is fixedly mounted on described
The bottom end of one mounting plate, and driving end thereon is arranged upward and is fixedly connected with the lower wire stripping cutter block；
Described vaccum suction pipe one end is detachably connected with the vertical plate, and the waste material suction pipe other end is through described vertical
Plate, and the waste material suction inlet is corresponding with wire stripping position when the upper wire stripping blade and the lower wire stripping blade pairing.
The beneficial effect generated by adopting the above technical scheme is that the first guiding axis and the second guiding are increased on knife rest
Axis, when so that the second cylinder and third cylinder respectively driving wire stripping cutter block and the work of lower wire stripping cutter block, upper wire stripping blade is under
Wire stripping blade pairing is more stable, improves the quality of conducting wire wire rod wire stripping.
Further, the soldering mechanism includes:
Support base, in the transmission mechanism end, the charging runner is arranged in the support base for the support base setting
On；It is described charging runner be provided with USB discharge port and with the USB discharge port lead directly to push rod be arranged mouth, the push rod by
The 4th cylinder driving on the support base is set；
Second guide rail, second guide rail are fixedly mounted on the support base, and are located at the charging runner side and are set
It sets, wherein the transmission direction of the length direction and the transmission mechanism of second guide rail is vertically arranged；
Weld holder, the weld holder is slidably connected with second guide rail, and the weld holder is fixedly connected with for driving
Move the weld holder be horizontally away from or close to the transmission mechanism the 5th cylinder；
Scolding tin component, the scolding tin component include solder head and the 6th gas for driving the solder head oscilaltion
Cylinder, the 6th cylinder is fixedly mounted at the top of the weld holder, and driving end thereon is arranged downward, and with the solder head
It is fixedly connected；
For will lift component on the USB for lifting to welding position on USB, lift component is fixedly mounted on the welding on the USB
On frame, and it is arranged close to the transmission mechanism, and be provided with the USB welding position mouth being connected to the USB discharge port, and
The position of the USB welding position mouth and the fixing piece is correspondingly arranged when scolding tin.
The beneficial effect generated by adopting the above technical scheme USB is vertically smoothly upper can be lifted by lifting component on USB
Fit like a glove to wire core so that welding after product be it is substantially flat, better ensure that scolding tin effect.
Further, component is lifted on the USB includes:
Third mounting plate, the third mounting plate are fixedly mounted on the weld holder bottom, and close to the transmission mechanism
Setting；
Second guide part, second guide part are fixedly mounted in the fixed plate；
USB placement plate, the USB placement plate are slidably connected with second guide part；It is provided in the USB placement plate
The USB welding position mouth；
7th cylinder, the 7th cylinder are fixedly mounted on third mounting plate top, and driving end thereon is upward
Setting, and be fixedly connected with the USB placement plate.
Further, second guide part includes: that the first guide pad and second of vertical direction parallel interval arrangement is led
To block, first guide pad and second guide pad bottom end are fixedly connected with the fixed plate top；
The USB placement plate includes: the second link block and the locating piece with the second link block integrally connected, described
Second link block both ends offer through-hole, first guide pad and second guide pad and the through-hole corresponds,
And it extends through and is slidably connected with second link block in the through hole；The USB weldering is provided on the locating piece
Connect position mouthful；
6th cylinder is fixedly mounted between first guide pad and second guide pad, and drives end and institute
The second link block is stated to be fixedly connected.
The beneficial effect generated by adopting the above technical scheme is that the first guide pad and the second guide pad can effectively ensure that the 6th
Cylinder drives the stationarity and linearity when USB placement plate, improves the accuracy of USB and core welding position.
Further, the card slot for being clamped the fixing piece, the position of the card slot are additionally provided on the locating piece
It is correspondingly arranged with the position of the USB welding position mouth.
The beneficial effect generated by adopting the above technical scheme is that it is complete that card slot can will be moved into fixing piece at welding position or so
Full positioning greatly improves the positioning accuracy of fixing piece, and then realizes the core and USB weld dislocation-free phenomenon of conducting wire wire rod,
Improve the welding quality of product.
A kind of USB automatic tin welding machine of the utility model, has the advantages that
1. the vacuum waste-absorbing material mechanism for collecting wire waste is provided at tangent mechanism and wire stripping mechanism, it can be with
Effectively the core waste material after stripping is siphoned away, use and sanitation and hygiene without influencing knife rest, while useless compared to manual cleaning
Material reduces production cost；
2. be arranged on USB on welding mechanism and lift component, by USB vertically smoothly on lift to and kissed completely with wire core
Close, guarantee that the core of USB and conducting wire wire rod is in same welding surface up and down, i.e., so that the product after welding be it is substantially flat,
Better ensure that scolding tin effect；
3. being additionally provided with the card slot for connecting and fixing part on locating piece, card slot can will be moved into the fixing piece at welding position
Left and right positioning completely greatly improves the positioning accuracy of fixing piece, and then core and USB weld for realizing conducting wire wire rod or so nothing
Inconsistent phenomenon improves the welding quality of product.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also
Other attached drawings can be obtained according to the attached drawing of offer.
Fig. 1 attached drawing is a kind of structural schematic diagram of USB automatic tin welding machine provided by the utility model.
Fig. 2 attached drawing is the structural schematic diagram for the fixing piece being arranged on transmission mechanism.
Fig. 3 attached drawing is the structural schematic diagram of thread drawing mechanism, tangent mechanism, wire stripping mechanism.
Fig. 4 attached drawing is the mounting structure schematic diagram of wire stripping mechanism.
Fig. 5 attached drawing is the structural schematic diagram of wire stripping mechanism.
Fig. 6 attached drawing is the structural schematic diagram of soldering mechanism upper feeding runner.
Fig. 7 attached drawing is partial enlarged view in Fig. 6.
Fig. 8 attached drawing be welding machine mechanism in USB on lift component structure diagram.
Fig. 9 attached drawing is to lift component enlarged structure schematic diagram in Fig. 8 on USB.
Figure 10 attached drawing is the structural schematic diagram of USB placement plate.
Figure 11 attached drawing is the structural schematic diagram of thread depressing mechanism.
Wherein:
1- vibrating disk；
2- workbench；
3- transmission mechanism, 31- fixing piece；
4- thread drawing mechanism；
5- tangent mechanism；
6- wire stripping mechanism, 61- pedestal, the first guide rail of 62-, the first link block of 63-, 64- wire stripping frame, 641- connecting plate,
642- cutter holder assembly, 6421- knife rest, the first mounting plate of 64211-, 64212- vertical plate, the second mounting plate of 64213-, 6422-
One guide part, the first guiding axis of 64221-, the second guiding axis of 64222-, 6423- wire stripping portion, the upper wire stripping cutter block of 64231-,
Wire stripping cutter block under 64232-, the upper wire stripping blade of 64233-, wire stripping blade under 64234-, the second driving portion of 6424-, 64241- second
Cylinder, the second cylinder of 64242-, the first driving portion of 65-, 651- cushion block, the first cylinder of 652-；
7- soldering mechanism, 71- support base, 711- charging runner, 7111-USB discharge port, 72- push rod, the 4th cylinder of 73-,
74- weld holder, the 5th cylinder of 75-, 76- scolding tin component, 761- solder head, the 6th cylinder of 762- lift component, 771- on 77-USB
Third mounting plate, the second guide part of 772-, the first guide pad of 7721-, the second guide pad of 7722-, 773-USB placement plate, 7731-
Second link block, 7732- locating piece, 77321- card slot, 77322-USB welding position mouth, the 7th cylinder of 774-；
8- thread depressing mechanism, 81- bracket, 82- depress plate, 83- wire pressing block, the 8th cylinder of 84-；
9- vacuum waste-absorbing material mechanism, 91- vaccum suction pipe, 92- waste material suction pipe, 921- waste material suction inlet end, 93- pneumatically connect
Head；
10-USB；
11- control cabinet.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Referring to Fig. 1-10, the utility model embodiment discloses a kind of USB automatic tin welding machine, comprising: vibrating disk 1, work
Platform 2, workbench 2 are located at 1 side of vibrating disk, and 2 top side of workbench is equipped with horizontally disposed transmission mechanism 3 and is successively set on
3 beginning of transmission mechanism is to the thread drawing mechanism 4 of end side, line cutting structure 5, wire stripping mechanism 6, soldering mechanism 7；For to pass through draw
Line mechanism 4, tangent mechanism 5, wire stripping mechanism 6 and soldering mechanism 7 the thread depressing mechanism 8 that is positioned of conducting wire wire rod；And with
The control cabinet 11 that aforementioned mechanism is electrically connected；
Wherein, it is provided on transmission mechanism 3 along its transmission direction multiple for fixing the fixing piece 31 of conducting wire wire rod；Tangent line
The vacuum waste-absorbing material mechanism 9 for collecting wire waste is provided in mechanism 5 and wire stripping mechanism 6；It is provided on soldering mechanism 7
Charging runner 711 for being connected to 1 output end of vibrating disk, and the position of fixing piece 31 and charging runner 711 in scolding tin
Position is corresponding.
Referring to Fig. 3-4, some embodiments of the utility model, vacuum waste-absorbing material mechanism 9 includes: vaccum suction pipe 91, vacuum
91 one end of suction pipe and the side of wire stripping mechanism 6 are detachably connected, and the other end is connected with ash can by hard tube；Waste material suction pipe 92,
92 one end of waste material suction pipe is connected to 91 one end of vaccum suction pipe, and 92 other end of waste material suction pipe is waste material suction inlet 921, and waste material sucks
Mouth 921 is corresponding with the wire stripping position of wire stripping mechanism 6；Wherein, 91 outer wall of vaccum suction pipe is connected with pneumatic joint 93, pneumatic joint 93
Vacuum pump is connected with by hose.
Vacuum pump vacuumizes vaccum suction pipe, the core waste material after stripping quickly can be drawn to ash can, guarantee knife rest
Sanitation and hygiene and normal use；Meanwhile vaccum suction pipe one end and the side of the wire stripping mechanism are detachably connected, and are easy to vacuum suction
The installation and removal and later maintenance of waste material mechanism reduce production cost compared to manual cleaning waste material.
Referring to fig. 4-5, some embodiments of the utility model, wire stripping mechanism 6 include: pedestal 61, and pedestal 61 is fixedly mounted
It is arranged on 2 top of workbench, and close to the beginning of transmission mechanism 3；First guide rail 62, the first guide rail 62 are fixedly mounted on pedestal 61
Top side, and the transmission direction of the length direction and transmission mechanism 3 of the first guide rail 62 is vertically arranged；Along it on first guide rail 62
Length direction slidably connects the first link block 63；Wire stripping knife rest 64, wire stripping knife rest 64 are fixedly connected with the first link block 63；Very
91 one end of suction pipe and the side of wire stripping knife rest 64 are detachably connected, and the wire stripping position of waste material suction inlet 921 and wire stripping knife rest 64
Set correspondence；And for drive wire stripping knife rest 64 be horizontally away from or close to transmission mechanism 3 the first driving portion 65, the first driving portion
65 are fixedly mounted on pedestal 61, and are arranged far from transmission mechanism 3, and the driving end of the first driving portion 65 and wire stripping knife rest 64 are fixed
Connection.
In order to optimize above-mentioned technical proposal, the first driving portion 65 includes: cushion block 651, and cushion block 651 is fixedly mounted on pedestal 61
On, and be arranged far from transmission mechanism 3；First cylinder 652, the first cylinder 652 is fixedly mounted on cushion block 651, and the first cylinder
652 driving end is arranged towards transmission mechanism 3；
Wire stripping knife rest 64 includes: connecting plate 641, and connecting plate 641 is fixedly connected with link block 63, and the one of connecting plate 641
Side end is fixedly connected with the driving end of the first cylinder 652；Cutter holder assembly 642, cutter holder assembly 642 and connecting plate 641 are fixed to be connected
It connects；91 one end of vaccum suction pipe and the side of cutter holder assembly 642 are detachably connected, and waste material suction inlet 921 and cutter holder assembly 642
Wire stripping position is corresponding.
Wherein, cutter holder assembly 642 includes: knife rest 6421, and knife rest 6421 is fixedly connected with connecting plate 641；First guide part
6422, the first guide part 6422 is fixedly mounted on knife rest 6421；Wire stripping portion 6423, wire stripping portion 6423 and the first guide part 6422
It is slidably connected；91 one end of vaccum suction pipe is detachably connected with 6621 side of knife rest, and waste material suction inlet 921 and wire stripping portion 6423
Wire stripping position is corresponding；And the second driving portion 6424 for driving wire stripping portion 6423, the second driving portion 6424 are fixedly mounted on
It is fixedly connected on knife rest 6421 and with wire stripping portion 6423.
The utility model provides some specific embodiments of above-mentioned technical proposal, specific:
Knife rest 6421 includes: the first mounting plate 64211 that upper and lower parallel interval is arranged and the second mounting plate 64213 and consolidates
The vertical plate 64212 of fixed connection between, the end side of the first mounting plate 64,211 1 side end and connecting plate 641
Integrally connected；
First guide part 6422 includes: the first guiding axis 64221 and the second guiding axis of vertical direction parallel interval arrangement
64222, the first guiding axis 64221 and 64222 both ends of the second guiding axis respectively with the first mounting plate 64211 and the second mounting plate
64213 are fixedly connected；
Wire stripping portion 6423 includes: the upper wire stripping cutter block 64231 and lower wire stripping cutter block 64232 of upper and lower parallel interval arrangement, on
Wire stripping cutter block 64231 and lower 64232 both side ends of wire stripping cutter block respectively with the first guiding axis 64221 and the second guiding axis
64222 are slidably connected；Wherein, upper wire stripping cutter block 64231 is fixedly connected with upper wire stripper close to its 3 side end position of transmission mechanism
Piece 64233, lower wire stripping cutter block 64232 are fixedly connected with lower wire stripping blade 64234 with upper 64233 position corresponding position of wire stripping blade；
Second driving portion 6424 include: for drive the second cylinder 64241 of upper 64233 oscilaltion of wire stripping blade, with
And drive the third cylinder 64242 of lower 64234 oscilaltion of wire stripping blade；Wherein, the second cylinder 64241 is fixedly mounted on second
The top of mounting plate 64213, and driving end thereon is arranged downward and is fixedly connected with upper wire stripping cutter block 64231；Third cylinder
64242 are fixedly mounted on the bottom end of the first mounting plate 64211, and driving end thereon be arranged upward and with lower wire stripping cutter block
64232 are fixedly connected；
91 one end of vaccum suction pipe is detachably connected with vertical plate 64212, and 92 other end of waste material suction pipe runs through vertical plate
64212, and waste material suction inlet 921 is corresponding with wire stripping position when upper wire stripping blade 64233 and lower 64234 pairing of wire stripping blade.
It should be noted that the thread drawing mechanism 4, tangent mechanism 5 in the utility model are in the knot for realizing blade oscilaltion
It is identical as wire stripping mechanism 6 in terms of structure, no longer specifically the structure of thread drawing mechanism 4, tangent mechanism 5 is illustrated herein.
Referring to Fig. 6-10, the utility model additionally provides some embodiments about soldering mechanism:
Soldering mechanism 7 includes:
Support base 71, the setting of support base 71 feed runner 711 and are arranged on support base 71 in 3 end of transmission mechanism；Charging
Mouth is arranged in the push rod that runner 711 is provided with USB discharge port 7111 and leads directly to USB discharge port 7111, and push rod 72 is by being arranged in
The 4th cylinder 73 driving on support base 71；
Second guide rail, the second guide rail are fixedly mounted on support base 71, and are located at the setting of charging 711 side of runner, wherein
The length direction of second guide rail and the transmission direction of transmission mechanism 3 are vertically arranged；
Weld holder 74, weld holder 74 are slidably connected with the second guide rail, and weld holder 74 is fixedly connected with for driving welding
Frame 74 is horizontally away from or the 5th cylinder 75 of close transmission mechanism 3；
Scolding tin component 76, scolding tin component 76 include solder head 761 and the 6th gas for driving 761 oscilaltion of solder head
Cylinder 762, the 6th cylinder 762 is fixedly mounted on the top of weld holder 74, and driving end thereon is arranged downward, and with solder head 761
It is fixedly connected；
For will lift component 77 on the USB for lifting to welding position on USB10, lift component 77 is fixedly mounted on weld holder on USB
On 74, and it is arranged close to transmission mechanism 3, and be provided with the USB welding position mouth 77322 being connected to USB discharge port 711, and
In scolding tin, USB welding position mouth 77322 and the position of fixing piece 31 are correspondingly arranged.
Wherein, push rod 72 is driven by the 4th cylinder 73 being arranged on support base 71, will be located at USB discharge port 7111 and be pushed away
Bar is arranged the USB10 between mouth and releases charging runner 711, keeps USB in place with wire rod, the scolding tin position of USB and the copper core of wire rod are matched
It is combined, then the decline of the solder head 761 by being located above carries out scolding tin.USB passes through vibrating disk runner one by one from vibrating disk 1
Ground is sent to charging runner, and push rod 72 is often pushed forward a USB terminal, and vibrating disk runner will push a USB to charging runner 711
Terminal, charging runner 711 also only hold single USB terminal and pass through.
Lifting component 77 referring to Fig. 9-10, on USB includes: third mounting plate 771, and third mounting plate 771 is fixedly mounted on weldering
74 bottom of frame is connect, and is arranged close to transmission mechanism 3；Second guide part 772, the second guide part 772 are fixedly mounted on fixed plate 771
On；USB placement plate 773, USB placement plate 773 are slidably connected with the second guide part 772；USB weldering is provided in USB placement plate 773
Connect position mouthful 77322；7th cylinder 774, the 7th cylinder 774 are fixedly mounted on 771 top of third mounting plate, and driving end thereon
It is arranged upward, and is fixedly connected with USB placement plate 773.
Wherein, the second guide part 772 includes: the first guide pad 7721 and the second guiding of vertical direction parallel interval arrangement
Block 7722, the first guide pad 7721 and 7722 bottom end of the second guide pad are fixedly connected with 771 top of fixed plate；
USB placement plate 773 includes: the second link block 7731 and the locating piece with 7731 integrally connected of the second link block
7732,7731 both ends of the second link block offer through-hole, the first guide pad 7721 and the second guide pad 7722 and through-hole one by one
It is corresponding, and extend through and be slidably connected with the second link block 7731 in through-holes；USB welding position is provided on locating piece 7732
Mouth 77322；
6th cylinder 774 is fixedly mounted between the first guide pad 7721 and the second guide pad 7722, and drives end and the
Two link blocks 7731 are fixedly connected.
The card slot 77321 for connecting and fixing part 31, the position of card slot 77321 and USB are additionally provided on locating piece 7732
The position of welding position mouth 77322 is correspondingly arranged.
The utility model also briefly describes the thread depressing mechanism 8 in the USB automatic tin welding machine, and thread depressing mechanism 8 wraps
Include: bracket 81, bracket 81 are fixedly mounted on workbench 2, and are located at 3 side of transmission mechanism；Tension disc 82, tension disc 82 are installed
It is arranged on bracket 81, and across thread drawing mechanism 4, tangent mechanism 5, wire stripping mechanism 6；On pressing plate and with it is upper on wire stripping mechanism 6
The corresponding position of wire stripping blade and lower wire stripping blade pairing position is equipped with wire pressing block 83, is provided on wire pressing block 83 for crimping
Crimping head (not shown)；Wherein wire pressing block 83 is directly driven by the 8th cylinder 84 being fixedly mounted on bracket 81.
The setting of tension disc 82 preferably avoids the good line of card and slides phenomenon appearance, and tension disc 82 can be by being set to
Adjusting screw (not shown) on tension disc 82 adjusts the position of tension disc 82 up and down, adapts to different wire rods to widen mechanism
The scope of application.The wire rod of stripped line can be fixed by the setting of wire pressing block 83, be conducive to wire stripping.
A kind of working principle of USB automatic tin welding machine of the utility model is as follows: firstly, manually leading to be welded four
Line wire rod is placed on fixing piece 31 in corresponding groove, and successively conducting wire is straightened by thread drawing mechanism 4, by tangent mechanism
5 trim the end face of four conducting wire wire rods, and then crimping head 83, which compresses conducting wire, makes four through wire stripping mechanism 6 by four conducting wire peelings
Root conducting wire exposes copper core, finally connect USB with copper core scolding tin by soldering mechanism 7, and so far USB scolding tin is completed.
A kind of USB automatic tin welding machine of the utility model, not only high degree of automation, but also pass through setting card slot and USB
Upper lift component so that USB welding quality greatly improves, while by vacuum waste-absorbing material mechanism can by the wire waste after stripping into
Row is effectively collected, sanitation and hygiene and normal use without influencing knife rest.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other
The difference of embodiment, the same or similar parts in each embodiment may refer to each other.For device disclosed in embodiment
For, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, related place is said referring to method part
It is bright.
The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new
Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein
The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause
This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein
The widest scope consistent with features of novelty.
Claims (9)
1. a kind of USB automatic tin welding machine characterized by comprising
Vibrating disk (1),
Workbench (2), the workbench (2) are located at the vibrating disk (1) side, and workbench (2) top side is equipped with water
Transmission mechanism (3) that plain cloth is set and be successively set on the transmission mechanism (3) beginning to end side thread drawing mechanism (4), cut
Line mechanism (5), wire stripping mechanism (6), soldering mechanism (7)；
For to passing through the thread drawing mechanism (4), the tangent mechanism (5), the wire stripping mechanism (6) and the soldering mechanism
(7) thread depressing mechanism (8) that conducting wire wire rod is positioned；And
The control cabinet (11) being electrically connected with aforementioned mechanism；
Wherein, it is provided on the transmission mechanism (3) along its transmission direction multiple for fixing the fixing piece of the conducting wire wire rod
(31)；The vacuum waste-absorbing material machine for collecting wire waste is provided on the tangent mechanism (5) and the wire stripping mechanism (6)
Structure (9)；The charging runner (711) for being connected to the vibrating disk (1) output end is provided on the soldering mechanism (7), and
In scolding tin, the position of the fixing piece (31) is corresponding with the charging position of runner (711)；
Vacuum waste-absorbing material mechanism (9) includes:
Vaccum suction pipe (91), described vaccum suction pipe (91) one end and the side of the wire stripping mechanism (6) are detachably connected, the other end
Ash can is connected with by hard tube；
Waste material suction pipe (92), described waste material suction pipe (92) one end are connected to the vaccum suction pipe (91) one end, the waste material suction pipe
(92) other end is waste material suction inlet (921), and the wire stripping position of the waste material suction inlet (921) and the wire stripping mechanism (6)
It is corresponding；
Wherein, vaccum suction pipe (91) outer wall is connected with pneumatic joint (93), and the pneumatic joint (93) is connected by hose
There is vacuum pump.
2. a kind of USB automatic tin welding machine according to claim 1, which is characterized in that the wire stripping mechanism (6) includes:
Pedestal (61), the pedestal (61) are fixedly mounted on the workbench (2) top, and close to the transmission mechanism (3)
Beginning setting；
First guide rail (62), first guide rail (62) is fixedly mounted on the pedestal (61) top side, and described first leads
The length direction of rail (62) and the transmission direction of the transmission mechanism (3) are vertically arranged；Along its length on first guide rail (62)
Degree direction slidably connects the first link block (63)；
Wire stripping knife rest (64), the wire stripping knife rest (64) are fixedly connected with first link block (63)；The vaccum suction pipe
(91) one end and the side of the wire stripping knife rest (64) are detachably connected, and the waste material suction inlet (921) and the wire stripper
The wire stripping position of frame (64) is corresponding；And
The first driving portion (65) for driving the wire stripping knife rest (64) to be horizontally away from or close to the transmission mechanism (3), institute
It states the first driving portion (65) to be fixedly mounted on the pedestal (61), and is arranged far from the transmission mechanism (3), described first drives
The driving end of dynamic portion (65) is fixedly connected with the wire stripping knife rest (64).
3. a kind of USB automatic tin welding machine according to claim 2, which is characterized in that
First driving portion (65) includes:
Cushion block (651), the cushion block (651) are fixedly mounted on the pedestal (61), and set far from the transmission mechanism (3)
It sets；
First cylinder (652), first cylinder (652) is fixedly mounted on the cushion block (651), and first cylinder
(652) driving end is arranged towards the transmission mechanism (3)；
The wire stripping knife rest (64) includes:
Connecting plate (641), the connecting plate (641) is fixedly connected with the link block (63), and the one of the connecting plate (641)
Side end is fixedly connected with the driving end of first cylinder (652)；
Cutter holder assembly (642), the cutter holder assembly (642) are fixedly connected with the connecting plate (641)；The vaccum suction pipe (91)
The side of one end and the cutter holder assembly (642) is detachably connected, and the waste material suction inlet (921) and the cutter holder assembly
(642) wire stripping position is corresponding.
4. a kind of USB automatic tin welding machine according to claim 3, which is characterized in that the cutter holder assembly (642) includes:
Knife rest (6421), the knife rest (6421) are fixedly connected with the connecting plate (641)；
First guide part (6422), first guide part (6422) are fixedly mounted on the knife rest (6421)；
Wire stripping portion (6423), the wire stripping portion (6423) are slidably connected with first guide part (6422)；The vaccum suction pipe
(91) one end is detachably connected with the knife rest (6621) side, and the waste material suction inlet (921) and the wire stripping portion
(6423) wire stripping position is corresponding；And
For driving the second driving portion (6424) of the wire stripping portion (6423), second driving portion (6424) is fixedly mounted on
It is fixedly connected on the knife rest (6421) and with the wire stripping portion (6423).
5. a kind of USB automatic tin welding machine according to claim 4, which is characterized in that
The knife rest (6421) includes: the first mounting plate (64211) and the second mounting plate (64213) of upper and lower parallel interval arrangement
And it is fixedly connected with vertical plate (64212) between, (64211) one side end of the first mounting plate and the connection
The end side integrally connected of plate (641)；
First guide part (6422) includes: that the first guiding axis (64221) and second of vertical direction parallel interval arrangement is led
To axis (64222), first guiding axis (64221) and second guiding axis (64222) both ends are respectively with described first
Mounting plate (64211) is fixedly connected with second mounting plate (64213)；
The wire stripping portion (6423) includes: the upper wire stripping cutter block (64231) and lower wire stripping cutter block that upper and lower parallel interval is arranged
(64232), the upper wire stripping cutter block (64231) and lower wire stripping cutter block (64232) both side ends are respectively with described first
Guiding axis (64221) and second guiding axis (64222) are slidably connected；Wherein, the upper wire stripping cutter block (64231) is close to it
Transmission mechanism (3) side end position is fixedly connected with wire stripping blade (64233), the lower wire stripping cutter block (64232) with it is described
Upper wire stripping blade (64233) position corresponding position is fixedly connected with lower wire stripping blade (64234)；
Second driving portion (6424) includes: the second cylinder for driving upper wire stripping blade (64233) oscilaltion
(64241) and the third cylinder (64242) of lower wire stripping blade (64234) oscilaltion is driven；Wherein, second cylinder
(64241) be fixedly mounted on the top of second mounting plate (64213), and driving end thereon be arranged downward and with it is described on
Wire stripping cutter block (64231) is fixedly connected；The third cylinder (64242) is fixedly mounted on first mounting plate (64211)
Bottom end, and driving end thereon is arranged upward and is fixedly connected with the lower wire stripping cutter block (64232)；
Described vaccum suction pipe (91) one end is detachably connected with the vertical plate (64212), waste material suction pipe (92) other end
Through the vertical plate (64212), and the waste material suction inlet (921) and the upper wire stripping blade (64233) and the lower stripping
Wire stripping position when line blade (64234) pairing is corresponding.
6. a kind of USB automatic tin welding machine according to claim 1-5, which is characterized in that the soldering mechanism (7)
Include:
Support base (71), support base (71) setting is in the transmission mechanism (3) end, charging runner (711) setting
On the support base (71)；The charging runner (711) be provided with USB discharge port (7111) and with the USB discharge port
(7111) mouth is arranged in straight-through push rod, and the push rod (72) is driven by the 4th cylinder (73) being arranged on the support base (71)
It is dynamic；
Second guide rail, second guide rail are fixedly mounted on the support base (71), and are located at the charging runner (711) one
Side setting, wherein the length direction of second guide rail and the transmission direction of the transmission mechanism (3) are vertically arranged；
Weld holder (74), the weld holder (74) is slidably connected with second guide rail, and the weld holder (74) is fixedly connected
Have for drive the weld holder (74) be horizontally away from or close to the transmission mechanism (3) the 5th cylinder (75)；
Scolding tin component (76), the scolding tin component (76) include solder head (761) and for driving the solder head (761) up and down
6th cylinder (762) of lifting, the 6th cylinder (762) is fixedly mounted at the top of the weld holder (74), and drive thereon
Moved end is arranged downward, and is fixedly connected with the solder head (761)；
For will lift component (77) on the USB for lifting to welding position on USB (10), lift component (77) is fixedly mounted on the USB
On the weld holder (74), and it is arranged close to the transmission mechanism (3), and be provided with and the USB discharge port (7111)
The USB welding position mouth (77322) of connection, and in scolding tin the USB welding position mouth (77322) and the fixing piece (31) position
It sets and is correspondingly arranged.
7. a kind of USB automatic tin welding machine according to claim 6, which is characterized in that lift component (77) packet on the USB
It includes:
Third mounting plate (771), the third mounting plate (771) are fixedly mounted on the weld holder (74) bottom, and close to institute
State transmission mechanism (3) setting；
Second guide part (772), second guide part (772) are fixedly mounted on the third mounting plate (771)；
USB placement plate (773), the USB placement plate (773) are slidably connected with second guide part (772)；The USB is put
It sets and is provided with the USB welding position mouth (77322) on plate (773)；
7th cylinder (774), the 7th cylinder (774) are fixedly mounted on third mounting plate (771) top, and thereon
Driving end is arranged upward, and is fixedly connected with the USB placement plate (773).
8. a kind of USB automatic tin welding machine according to claim 7, which is characterized in that the second guide part (772) packet
It includes: the first guide pad (7721) and the second guide pad (7722) of vertical direction parallel interval arrangement, first guide pad
(7721) it is fixedly connected with the second guide pad (7722) bottom end with third mounting plate (771) top；
The USB placement plate (773) include: the second link block (7731) and with the second link block (7731) integrally connected
Locating piece (7732), the second link block (7731) both ends offer through-hole, first guide pad (7721) and institute
The second guide pad (7722) and the through-hole is stated to correspond, and extend through in the through hole with second link block
(7731) it is slidably connected；The USB welding position mouth (77322) is provided on the locating piece (7732)；
7th cylinder (774) be fixedly mounted on first guide pad (7721) and second guide pad (7722) it
Between, and end is driven to be fixedly connected with second link block (7731).
9. a kind of USB automatic tin welding machine according to claim 8, which is characterized in that also set on the locating piece (7732)
It is equipped with the card slot (77321) for being clamped the fixing piece (31), the position of the card slot (77321) and the USB welding position
The position of mouth (77322) is correspondingly arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821348774.3U CN209110548U (en) | 2018-08-21 | 2018-08-21 | A kind of USB automatic tin welding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821348774.3U CN209110548U (en) | 2018-08-21 | 2018-08-21 | A kind of USB automatic tin welding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209110548U true CN209110548U (en) | 2019-07-16 |
Family
ID=67197273
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821348774.3U Active CN209110548U (en) | 2018-08-21 | 2018-08-21 | A kind of USB automatic tin welding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209110548U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114799880A (en) * | 2022-05-16 | 2022-07-29 | 德盈科技（深圳）有限公司 | Soldering tin riveting all-in-one |
| CN117578153A (en) * | 2023-11-24 | 2024-02-20 | 深圳市东盛伟业电子有限公司 | Joint crimping device and process for data line production |
-
2018
- 2018-08-21 CN CN201821348774.3U patent/CN209110548U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114799880A (en) * | 2022-05-16 | 2022-07-29 | 德盈科技（深圳）有限公司 | Soldering tin riveting all-in-one |
| CN117578153A (en) * | 2023-11-24 | 2024-02-20 | 深圳市东盛伟业电子有限公司 | Joint crimping device and process for data line production |
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