CN209394128U - For the positioning component of oscillator element welding procedure, module and device - Google Patents
For the positioning component of oscillator element welding procedure, module and device Download PDFInfo
- Publication number
- CN209394128U CN209394128U CN201822277907.9U CN201822277907U CN209394128U CN 209394128 U CN209394128 U CN 209394128U CN 201822277907 U CN201822277907 U CN 201822277907U CN 209394128 U CN209394128 U CN 209394128U
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- Prior art keywords
- locating piece
- magnetic
- positioning
- locating
- wiring board
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Links
- 238000003466 welding Methods 0.000 title claims abstract description 46
- 238000000034 method Methods 0.000 title claims abstract description 30
- ATJFFYVFTNAWJD-UHFFFAOYSA-N Tin Chemical compound [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 claims abstract description 130
- 239000006071 cream Substances 0.000 claims abstract description 65
- 238000010521 absorption reaction Methods 0.000 claims description 41
- 238000009434 installation Methods 0.000 claims description 23
- 239000003381 stabilizer Substances 0.000 claims description 22
- 230000001105 regulatory effect Effects 0.000 claims description 13
- 238000005452 bending Methods 0.000 claims description 5
- 238000003780 insertion Methods 0.000 claims description 3
- 230000037431 insertion Effects 0.000 claims description 3
- 238000007639 printing Methods 0.000 description 25
- 238000010586 diagram Methods 0.000 description 6
- 230000013011 mating Effects 0.000 description 6
- 239000000463 material Substances 0.000 description 3
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000007769 metal material Substances 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 238000005476 soldering Methods 0.000 description 2
- 235000014676 Phragmites communis Nutrition 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000003139 buffering effect Effects 0.000 description 1
- 230000008094 contradictory effect Effects 0.000 description 1
- 230000004069 differentiation Effects 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
- 238000010295 mobile communication Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 230000003014 reinforcing effect Effects 0.000 description 1
Abstract
The utility model discloses a kind of for the positioning component of oscillator element welding procedure, module and device, positioning component includes: the first locating piece, and first locating piece is equipped with the first locating slot for being positioned to coaxial cable and for making first locating piece be connected to the first magnetic part on wiring board；And second locating piece, second locating piece covers on first locating piece, second locating piece is equipped with the second locating slot for being positioned to oscillator seat, and second locating piece is additionally provided with for making the oscillator seat be connected to the second magnetic part on the wiring board.Above-mentioned positioning component, module and device applied to oscillator element welding procedure, can accurately position each element of oscillator, so as to accurately apply tin cream to weld part site.
Description
Technical field
The utility model relates to welding technology fields, and in particular to a kind of positioning group for oscillator element welding procedure
Part, module, device.
Background technique
Welding matter of the antenna for base station as a very crucial component in mobile communications network, between internal each element
Amount will directly influence the performance indicator of product.When being welded to each element of the oscillator of antenna for base station, using traditional
Positioning device can not accurately position each element of oscillator, cause it is subsequent can not accurately to weld part site apply tin
Cream.
Utility model content
Based on this, propose it is a kind of applied to the positioning component of oscillator element welding procedure, module and device, can be accurate
Each element of oscillator is positioned, so as to accurately to weld part site apply tin cream.
Its technical solution is as follows:
On the one hand, a kind of positioning component applied to oscillator element welding procedure is provided, comprising: the first locating piece, institute
The first locating piece is stated equipped with the first locating slot for being positioned to coaxial cable and for supporting first locating piece
The first magnetic part being connected on wiring board；And second locating piece, second locating piece cover on first locating piece, institute
The second locating piece is stated equipped with the second locating slot for being positioned to oscillator seat, second locating piece is additionally provided with for making
State the second magnetic part that oscillator seat is connected on the wiring board.
The above-mentioned positioning component applied to oscillator element welding procedure, in use, the first locating piece is placed in wiring board
Predeterminated position on, for example, open up the first default location hole in the circuit board, on the first locating piece setting can with it is first pre-
It is fixed using the first magnetic absorption member on the first locating piece and the auxiliary below wiring board if the first mating grafting block of location hole
The magnetic cooperation of position part, so that the first locating piece, wiring board and auxiliary positioning part hold together；By coaxial cable
One end is connected on the first default brush tin position for having brushed tin cream, so that the end face of the shielded layer of coaxial cable is adjacent to the tin
On cream, and stable positioning is carried out to coaxial cable using the first locating slot of the first locating piece；By the other end of coaxial cable
Make across the first through hole of oscillator seat until the positioning column of oscillator seat is positioned to the second default brush tin position for having brushed tin cream
The positioning column for obtaining oscillator seat is adjacent to tin cream, makes the second locating piece cover at vibration using the second locating slot of the second locating piece
On stroma, meanwhile, the magnetic of the auxiliary positioning part below the second magnetic part and wiring board cooperates, so that oscillator seat closely abuts
In on wiring board；In this way, cooperated using the magnetic of the first locating piece and the second locating piece and auxiliary positioning part, it can be by coaxial electrical
Cable and oscillator seat are stable, are accurately positioned on wiring board, to facilitate subsequent accurately to the company of coaxial cable and oscillator seat
Socket part site applies tin cream, improves welding quality；Meanwhile first locating piece, the second locating piece, coaxial cable, oscillator seat, route
Plate and auxiliary positioning part are capable of forming modular first entirety, and subsequent welding procedure is facilitated efficiently to carry out.
Technical solution is illustrated further below:
One end of first locating piece is additionally provided with the adjusting for being connected to first locating slot in one of the embodiments,
Channel, positioning component further include the regulating part being set in the adjusting channel, and the regulating part can be along the adjusting channel
Length direction move back and forth, for pushing against the coaxial cable in the inner wall of first locating slot.It so, it is possible to same
Shaft cable is abutted, and coaxial cable is more stably located on wiring board.
Positioning component further includes elastic component and fitting in one of the embodiments, the elastic component and the abutting
Part is all set in the adjusting channel, and one end of the elastic component is connect with one end of the regulating part, the elastic component
The other end connect with the fitting, for make the fitting along it is described adjust channel length direction move back and forth.Such as
This, can buffer abutting force, protect the shielded layer of coaxial cable.
The position that first locating piece is contacted with the wiring board in one of the embodiments, is equipped with for for air
First circulation groove of circulation.In this way, reinforcing air circulation, accelerate heat transmitting.
In one of the embodiments, first magnetic part include the first magnetic absorption member and the second magnetic absorption member, described first
Magnetic absorption member is arranged close to one end of first locating piece, and second magnetic absorption member is set close to the other end of first locating piece
It sets.In this way, make the positioning of coaxial cable more stable, it will not run-off the straight or offset.
Second locating piece includes the sheet with the first locating piece relative spacing setting in one of the embodiments,
Body, the first stabilizer blade for being set to described ontology one end and the second stabilizer blade for being set to the ontology other end are set on the ontology
There is second locating slot, is equipped with second magnetic part on first stabilizer blade and second stabilizer blade.So, it is possible will
In the stable positioning to wiring board of oscillator seat.
One end of the ontology is equipped with the first escape groove in one of the embodiments, and first stabilizer blade is equipped with the
Two escape groove, and first escape groove is connected to be formed for first evacuation mobile for tin head with second escape groove
Portion；The other end of the ontology is equipped with third escape groove, and second stabilizer blade is equipped with the 4th escape groove, and the third avoids
Slot is connected to be formed for second relief portion mobile for tin head with the 4th escape groove.In this way, enabling invocation point tin head
It is smoothly moved to corresponding site and carries out tin.
On the other hand, a kind of locating module applied to the welding of oscillator element is provided, comprising: wiring board；Above-mentioned determines
Hyte part；Coaxial cable, one end of the coaxial cable pass through first locating slot and are connected on the wiring board；Auxiliary
Locating piece, the auxiliary positioning part is passed through equipped with the inner core for the confession coaxial cable and the first through slot of bending；And oscillator
Seat, the oscillator seat is equipped with the first through hole for passing through for the coaxial cable, and the oscillator seat is set to described first
Between locating piece and second locating piece.
The above-mentioned locating module applied to the welding of oscillator element, in use, the first locating piece is placed in the pre- of wiring board
If on position, for example, open up the first default location hole in the circuit board, on the first locating piece setting can with it is first presetting
The first mating grafting block of position hole, utilizes the first magnetic absorption member on the first locating piece and the auxiliary positioning part below wiring board
Magnetic cooperation so that the first locating piece, wiring board and auxiliary positioning part hold together；By one end of coaxial cable
It is connected on the first default brush tin position for having brushed tin cream, so that the end face of the shielded layer of coaxial cable is adjacent to the tin cream
On, and stable positioning is carried out to coaxial cable using the first locating slot of the first locating piece, and one end of coaxial cable is interior
Core passes through wiring board and stretches out the first through slot of auxiliary positioning part；First that the other end of coaxial cable is passed through oscillator seat is led to
Hole, until the positioning column of oscillator seat is positioned to the second default brush tin position for having brushed tin cream, so that the positioning column of oscillator seat pastes
Tightly on tin cream, using the second locating slot of the second locating piece the second locating piece is covered on oscillator seat, meanwhile, the second magnetic
The magnetic of auxiliary positioning part below suction portion and wiring board cooperates, so that oscillator seat is closely connected on wiring board；In this way, sharp
Cooperated with the magnetic of the first locating piece and the second locating piece and auxiliary positioning part, it can be stable, quasi- by coaxial cable and oscillator seat
True is positioned on wiring board, to facilitate subsequent accurately to the connecting portion spot printing tin cream of coaxial cable and oscillator seat, mentions
Welding quality is risen；Meanwhile first locating piece, the second locating piece, coaxial cable, oscillator seat, wiring board and auxiliary positioning part energy
Modular first entirety is enough formed, subsequent welding procedure is facilitated efficiently to carry out.
Locating module in one of the embodiments, further include: the first supporter, first supporter are equipped with and are used for
To the third locating slot that the auxiliary positioning part and the wiring board are positioned, first supporter be additionally provided with can with it is fixed
The third magnetic part of position plate magnetic cooperation；And lid, the lid are equipped with second for matching with second locating piece
Through-hole, the lid are additionally provided with the 4th magnetic part for cooperating with the third magnetic part magnetic；Wherein, when the lid cover
When on second locating piece, the 4th magnetic part and third magnetic part magnetic cooperation are used for the route
Plate is connected on first supporter.In this way, making lid, the first supporter, wiring board, auxiliary positioning part and positioning component
On the positioning plate of the whole workbench that can be accurately positioned at mash welder of can make up second, so as to accurately right
Region of interest spot printing tin cream.
First supporter is equipped with the first installation through-hole in one of the embodiments, and the third magnetic part is set
It is placed in first installation through-hole, the 4th magnetic part is protruded towards first supporter to be arranged, and the 4th magnetic
Suction portion is inserted into first installation through-hole.In this way, the cooperation to lid and the first supporter carries out guide-localization.
The third magnetic part includes third magnetic absorption member and the 4th magnetic absorption member, the third in one of the embodiments,
Magnetic absorption member and the 4th magnetic absorption member are all set in first installation through-hole, and one end of the third magnetic absorption member with it is described
The one side of first supporter is concordant or approximate concordant setting, and one end of the 4th magnetic absorption member is another with first supporter
There are the gaps for the 4th magnetic part insertion for one side.
The tin cream on wiring board described in empty avoiding is additionally provided on first supporter in one of the embodiments,
First avoiding hollow groove, first avoiding hollow groove are connected to the third locating slot.In this way, when wiring board and coaxial cable, oscillator seat
When with being put on the first supporter after the corresponding site brush tin of radiator contact, it can be avoided using the first avoiding hollow groove and tin cream made
At damage.
Locating module in one of the embodiments, further include: the second supporter, second supporter are equipped with positioning
Block；And third locating piece, the third locating piece include the first positioning body and the second positioning body, first positioning body is equipped with
The 4th locating slot for being positioned to the wiring board, second positioning body be equipped with for the locating piece phase
The 5th locating slot matched, and first positioning body is arranged with the second positioning body relative spacing and cooperatively forms for accommodating
The accommodating cavity of the positioning component.It so, it is possible that accurately radiator is installed on wiring board.
Locating module further includes connector in one of the embodiments, and one end of the connector is fixed with described first
Position body connection, the other end of the connector are connect with second positioning body.In this way, positioning the first positioning body and second
Body relative spacing is arranged to form accommodating cavity.
It is additionally provided on the locating piece in one of the embodiments, for coaxial cable described in empty avoiding and the oscillator seat
The second avoiding hollow groove.It so, it is possible wiring board, auxiliary positioning part, the first locating piece, the second locating piece, coaxial electrical smoothly
The first entirety that cable and oscillator seat cooperatively form is put into.
Also on the one hand, a kind of positioning device applied to oscillator element welding procedure is provided, including above-mentioned positioning mould
Block；And point tin machine, described tin machine are equipped with the positioning plate for cooperating with the third magnetic part magnetic.
The above-mentioned positioning device applied to oscillator element welding procedure, determines in use, auxiliary positioning part is placed in third
It is placed in third locating slot in the slot of position, by wiring board, so that auxiliary positioning part is placed in the lower section of wiring board, so as to right
Auxiliary positioning part and wiring board realize pre-determined bit, the first locating piece are placed on the predeterminated position of wiring board, for example, in route
The first default location hole is opened up on plate, setting can be mating with the first default location hole on the first locating piece first inserts
Block is connect, is cooperated using the magnetic of the first magnetic absorption member on the first locating piece and the auxiliary positioning part below wiring board, so that
First locating piece, wiring board and auxiliary positioning part hold together；One end of coaxial cable is connected to and has brushed the of tin cream
On one default brush tin position, so that the end face of the shielded layer of coaxial cable is adjacent to the tin cream, and the first locating piece is utilized
The first locating slot stable positioning is carried out to coaxial cable；The other end of coaxial cable is passed through to the first through hole of oscillator seat,
Until the positioning column of oscillator seat is positioned to the second default brush tin position for having brushed tin cream so that the positioning column of oscillator seat be adjacent to
On tin cream, using the second locating slot of the second locating piece the second locating piece is covered on oscillator seat, meanwhile, the second magnetic part
Cooperate with the magnetic of the auxiliary positioning part below wiring board, so that oscillator seat is closely connected on wiring board；Utilize lid
The magnetic of 4th magnetic part and the third magnetic part of the first supporter cooperates, and lid is closely contacted with wiring board,
So that wiring board is closely connected on the first supporter so that lid, the first supporter, wiring board, auxiliary positioning part and
Positioning component can make up the second entirety, convenient for the progress of subsequent handling；Cooperated using the magnetic of third magnetic part and positioning plate,
Positioning so as to the second monolithic stability for forming lid, the first supporter, wiring board, auxiliary positioning part and positioning component
In on the positioning plate of the workbench of electric welding machine, so as to accurately to region of interest spot printing tin cream.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the positioning component applied to oscillator element welding procedure of one embodiment；
Fig. 2 is the structural schematic diagram of the positioning component applied to oscillator element welding procedure of another embodiment；
Fig. 3 is the structural schematic diagram of the locating module applied to oscillator element welding procedure of one embodiment；
Fig. 4 is the structural schematic diagram of the locating module applied to oscillator element welding procedure of another embodiment；
Fig. 5 is the structural schematic diagram of the third locating piece of the locating module applied to oscillator element welding procedure of Fig. 4；
Fig. 6 is the structural schematic diagram of the positioning device applied to oscillator element welding procedure of one embodiment.
Description of symbols:
10, first is whole, 20, point tin machine, 21, positioning plate, 22, pedestal, 23, Dian Xitou, the 100, first locating piece, 110,
First locating slot, the 121, first magnetic absorption member, the 122, second magnetic absorption member, 130, adjusting channel, 141, regulating part, 142, fitting,
143, elastic component, the 200, second locating piece, 210, ontology, the 211, second locating slot, the 212, first escape groove, 213, third evacuation
Slot, the 220, first stabilizer blade, the 221, second escape groove, the 230, second stabilizer blade, the 231, the 4th escape groove, the 240, second magnetic part,
300, coaxial cable, 310, inner core, 400, oscillator seat, 410, positioning column, 420, first through hole, the 430, first platform, 440,
Two platforms, 450, third platform, 500, wiring board, the 510, first default brush tin position, the 520, second default brush tin position, 600,
Auxiliary positioning part, the 610, first through slot, the 700, first supporter, 710, third locating slot, 720, third magnetic part, 721, third
Magnetic absorption member, the 722, the 4th magnetic absorption member, the 730, first installation through-hole, 800, lid, the 810, second through-hole, the 820, the 4th magnetic part,
900, the second supporter, 910, locating piece, the 911, second avoiding hollow groove, 1000, third locating piece, the 1100, first positioning body,
1110, the 4th locating slot, 1111, support rim, 1112, avoid holes, the 1200, second positioning body, the 1210, the 5th locating slot,
1300, accommodating cavity, 1400, connector, 2000, radiator.
Specific embodiment
It is below in conjunction with attached drawing and specifically real for the purpose of this utility model, technical solution and advantage is more clearly understood
Mode is applied, the utility model is described in further detail.It should be understood that the specific embodiments described herein
Only to explain the utility model, the protection scope of the utility model is not limited.
It should be noted that it can be directly another when element is referred to as " being set to ", " being fixedly arranged on " another element
On a element or there may also be elements placed in the middle.When element is referred to as " being fixedly arranged on " another element, or with another yuan
Part " is fixedly connected ", and can be the mode of being detachably fixed between them is also possible to non-removable fixed form.When a member
Part is considered as " connection ", " rotation connection " another element, it can be directly to another element or may be same
When there are centering elements.Term as used herein "vertical", "horizontal", "left" and "right", "upper", "lower" and similar
Statement for illustrative purposes only, be not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in constraint the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
The similar term such as " first " described in the utility model, " second ", " third " does not represent specific quantity and sequence,
It is only used for the differentiation of title.
As shown in Figures 1 and 2, in one embodiment, a kind of positioning applied to oscillator element welding procedure is disclosed
Component, comprising: the first locating piece 100, the first locating piece 100 are fixed equipped with first for being positioned to coaxial cable 300
Position slot 110 and for making the first locating piece 100 be connected to the first magnetic part on wiring board 500；And second locating piece 200,
Two locating pieces 200 cover on the first locating piece 100, and the second locating piece 200 is equipped with for being positioned to oscillator seat 400
Two locating slots 211, the second locating piece 200 are additionally provided with for making oscillator seat 400 be connected to the second magnetic on the wiring board 500
Portion 240.
The positioning component applied to oscillator element welding procedure of above-described embodiment, in use, the first locating piece 100 is put
It is placed on the predeterminated position of wiring board 500, for example, the first default location hole is opened up in assist side 500, in the first locating piece
The first grafting block that setting can be mating with the first default location hole on 100, utilizes the first magnetic on the first locating piece 100
The magnetic of the auxiliary positioning part 600 of 500 lower section of suction portion and wiring board cooperates, so that the first locating piece 100, wiring board 500
And auxiliary positioning part 600 holds together；One end of coaxial cable 300 is connected to the first default brush tin position for having brushed tin cream
It sets on 510, so that the end face of the shielded layer of coaxial cable 300 is adjacent to tin cream, and first using the first locating piece 100 is fixed
Position slot 110 carries out stable positioning to coaxial cable 300；First that the other end of coaxial cable 300 is passed through oscillator seat 400 is led to
Hole 420, until in the positioning to the second default brush tin position 520 for having brushed tin cream of positioning column 410 of oscillator seat 400, so that oscillator
The positioning column 410 of seat 400 is adjacent to tin cream, makes the second locating piece using the second locating slot 211 of the second locating piece 200
200 cover on oscillator seat 400, meanwhile, the second magnetic part 240 and the magnetic of the auxiliary positioning part 600 of 500 lower section of wiring board are matched
It closes, so that oscillator seat 400 is closely connected on wiring board 500；In this way, utilizing the first locating piece 100 and the second locating piece 200
Cooperate with the magnetic of auxiliary positioning part 600, coaxial cable 300 and oscillator seat 400 can be stablized, accurately be positioned at wiring board
On 500, to facilitate subsequent accurately to the connecting portion spot printing tin cream of coaxial cable 300 and oscillator seat 400, welding is improved
Quality；Meanwhile first locating piece 100, the second locating piece 200, coaxial cable 300, oscillator seat 400, wiring board 500 and auxiliary are fixed
Position part 600 is capable of forming one modular first whole 10, and subsequent welding procedure is facilitated efficiently to carry out.
It needs to be illustrated, above-mentioned first locating slot 110 is preferably the edge for being opened in the first locating piece 100, such as
Coaxial cable 300, can easily be clamped into the first locating slot 110 by this.Above-mentioned first magnetic part and the second magnetic part 240
It can be permanent magnet, electromagnet or other elements with magnetic behavior, only need to meet and can match with 600 magnetic of auxiliary positioning part
Conjunction；Preferably high temperature resistant material adapts to subsequent welding procedure.Above-mentioned auxiliary positioning part 600 can be metal material
It can be cheap by the plate of magnetic, preferably iron plate.
As shown in Figures 1 and 2, in one embodiment, one end of the first locating piece 100 is additionally provided with the first locating slot of connection
110 adjusting channel 130, positioning component further include being set to the regulating part 141 adjusted in channel 130, and regulating part 141 being capable of edge
The length direction for adjusting channel 130 moves back and forth, for making coaxial cable 300 be connected to the inner wall of the first locating slot 110.Such as
This, can be pushed against coaxial cable 300 on the inner wall of the first locating slot 110, so that coaxial cable 300 using regulating part 141
Can be more stable, prevent coaxial cable 300 from occurring to shake during subsequent tin or tilt.Above-mentioned regulating part 141 can
Think adjusting bolt, the internal screw thread that can cooperate with adjusting bolt thread can be set in the inner wall for adjusting channel 130, in this way, making
Obtaining adjusting nut can move back and forth along the length direction for adjusting channel 130, so as to push against coaxial cable 300 in first
On the inner wall of locating slot 110.
As shown in Figures 1 and 2, in one embodiment, positioning component further includes elastic component 143 and fitting 142, elasticity
Part 143 and fitting 142, which are all set in, to be adjusted in channel 130, and one end of elastic component 143 is connect with one end of regulating part 141,
The other end of elastic component 143 is connect, for moving fitting 142 back and forth along the length direction for adjusting channel 130 with fitting 142
It is dynamic.In this way, the adjusting of regulating part 141 can push elastic component 143, so as to push fitting 142 to be connected to coaxial cable
On 300, to coaxial cable 300 is connected on the inner wall of the first locating slot 110；Meanwhile elastic component 143 carries out abutting force
Buffering protects the shielded layer of coaxial cable 300 so that the abutting force being applied on coaxial cable 300 is unlikely to excessive.Above-mentioned bullet
Property part 143 can be spring, reed, preferably use nonferromagnetic resistant material, will not be to the positioning of the first locating piece 100
Generate interference.
Based on any of the above embodiments, the position that the first locating piece 100 is contacted with wiring board 500 is equipped with for supplying
First circulation groove (not shown) of air circulation.It so, it is possible to accelerate heat exchange speed when later use reflow ovens are welded
Degree.
As shown in Figures 1 and 2, based on any of the above embodiments, the first magnetic part includes 121 He of the first magnetic absorption member
Second magnetic absorption member 122, the first magnetic absorption member 121 are arranged close to one end of the first locating piece 100, and the second magnetic absorption member 122 is close to first
The other end of locating piece 100 is arranged.It so, it is possible to prevent so that the first locating piece 100 is stable is connected on wiring board 500
Run-off the straight due to magnetic attraction is uneven, causes the positioning of coaxial cable 300 inaccurate.For the ease of first magnetic part and disassembly,
First magnetic part and the first locating piece 100 can be detachably connected, for example, mounting hole is opened up on the first locating piece 100,
Internal screw thread is set on the inner wall of mounting hole, the outer spiral shell that can be threadedly engaged with internal screw thread is set in the corresponding site of the first magnetic part
Line enables the first magnetic part to be simply and easily set on the first locating piece 100 using being threadedly engaged.Similarly, the second magnetic
Suction portion 240 and the second locating piece 200 can also use identical structure type, and details are not described herein.
As shown in Figure 1, based on any of the above embodiments, the second locating piece 200 includes and 100 phase of the first locating piece
To spaced ontology 210, it is set to first stabilizer blade 220 of 210 one end of ontology and is set to the second of 210 other end of ontology
Stabilizer blade 230, ontology 210 are equipped with the second locating slot 211, are equipped with the second magnetic part on the first stabilizer blade 220 and the second stabilizer blade 230
240.In this way, the first stabilizer blade 220 and the second stabilizer blade 230 using relative spacing setting make the second locating slot on ontology 210
211 accurately can realize cooperation with oscillator seat 400, enable oscillator seat 400 is stable to be installed on wiring board 500.
As shown in Figure 1, further, one end of ontology 210 is equipped with the first escape groove 212, and the first stabilizer blade 220 is equipped with the
Two escape groove 221, and the first escape groove 212 is connected to be formed for first for the movement of tin head 23 with the second escape groove 221
Relief portion；The other end of ontology 210 is equipped with third escape groove 213, and the second stabilizer blade 230 is equipped with the 4th escape groove 231, and third
Escape groove 213 is connected to be formed for second relief portion mobile for tin head 23 with the 4th escape groove 231.In this way, subsequent right
When the connecting portion of oscillator seat 400 and coaxial cable 300 carries out tin, a tin head 23 is facilitated to be interfered by being unlikely to,
Reduce the difficulty of tin.Meanwhile can also accelerate air passage rates when later use reflow ovens are welded, accelerate heat and hands over
Throw-over degree.
As shown in Figures 1 and 2, in one embodiment, a kind of positioning mould applied to the welding of oscillator element is also disclosed
Block, comprising: wiring board 500；The positioning component of any of the above-described embodiment；One end of coaxial cable 300, coaxial cable 300 passes through
First locating slot 110 is simultaneously connected on wiring board 500；One end of coaxial cable 300, coaxial cable 300 passes through the first locating slot
It 110 and is connected on wiring board 500；And oscillator seat 400, oscillator seat 400 are logical equipped with first for passing through for coaxial cable 300
Hole 420, and oscillator seat 400 is set between the first locating piece 100 and the second locating piece 200.
The locating module for being applied to the welding of oscillator element of above-described embodiment, in use, the first locating piece 100 is placed in
On the predeterminated position of wiring board 500, for example, the first default location hole is opened up in assist side 500, on the first locating piece 100
The first grafting block that can be mating with the first default location hole is set, the first magnetic absorption member on the first locating piece 100 is utilized
121 cooperate with the magnetic of the auxiliary positioning part 600 of the lower section of wiring board 500 so that the first locating piece 100, wiring board 500 and
Auxiliary positioning part 600 holds together；One end of coaxial cable 300 is connected to the first default brush tin position for having brushed tin cream
On 510, so that the end face of the shielded layer of coaxial cable 300 is adjacent to tin cream, and the first positioning of the first locating piece 100 is utilized
Slot 110 carries out stable positioning to coaxial cable 300, and the inner core 310 of one end of coaxial cable 300 passes through wiring board 500 simultaneously
Stretch out the first through slot 610 of auxiliary positioning part 600；The other end of coaxial cable 300 is passed through to the first through hole of oscillator seat 400
420, until in the positioning to the second default brush tin position 520 for having brushed tin cream of positioning column 410 of oscillator seat 400, so that oscillator seat
400 positioning column 410 is adjacent to tin cream, makes the second locating piece 200 using the second locating slot 211 of the second locating piece 200
It covers on oscillator seat 400, meanwhile, the second magnetic part 240 and the magnetic of the auxiliary positioning part 600 of the lower section of wiring board 500 are matched
It closes, so that oscillator seat 400 is closely connected on wiring board 500；In this way, utilizing the first locating piece 100 and the second locating piece 200
Cooperate with the magnetic of auxiliary positioning part 600, coaxial cable 300 and oscillator seat 400 can be stablized, accurately be positioned at wiring board
On 500, to facilitate subsequent accurately to the connecting portion spot printing tin cream of coaxial cable 300 and oscillator seat 400, welding is improved
Quality；Meanwhile first locating piece 100, the second locating piece 200, coaxial cable 300, oscillator seat 400, wiring board 500 and auxiliary are fixed
Position part 600 is capable of forming one modular first whole 10, and subsequent welding procedure is facilitated efficiently to carry out.
As shown in figure 3, in one embodiment, locating module further include: the first supporter 700, on the first supporter 700
Equipped with the third locating slot 710 for being positioned to auxiliary positioning part 600 and wiring board 500, the first supporter 700 is additionally provided with
The third magnetic part 720 that can cooperate with 21 magnetic of positioning plate；And lid 800, lid 800 be equipped with for the second locating piece
200 the second through-holes 810 to match, lid 800 are additionally provided with the 4th magnetic part for cooperating with 720 magnetic of third magnetic part
820；Wherein, when lid 800 covers on the second locating piece 200, the 4th magnetic part 820 is matched with 720 magnetic of third magnetic part
It closes, for wiring board 500 to be connected to the first supporter 700.In use, auxiliary positioning part 600 is placed in third positioning
It is placed in third locating slot 710 in slot 710, by wiring board 500, so that auxiliary positioning part 600 is placed under wiring board 500
Side facilitates subsequent by coaxial cable 300 and oscillator seat so as to realize pre-determined bit to auxiliary positioning part 600 and wiring board 500
In 400 positioning to wiring board 500；Utilize the 4th magnetic part 820 and the first supporter 700 third magnetic part 720 of lid 800
Magnetic cooperation, enables lid 800 closely to contact with wiring board 500, so that wiring board 500 is closely connected to first
On supporter 700, enable lid 800, the first supporter 700, wiring board 500, auxiliary positioning part 600 and positioning component group
It is whole at second, convenient for the progress of subsequent handling；Cooperated using the magnetic of third magnetic part 720 and positioning plate 21, so as to
By the second monolithic stability of lid 800, the first supporter 700, wiring board 500, auxiliary positioning part 600 and positioning component composition
It is positioned on the positioning plate 21 of the workbench of mash welder 20, so as to accurately to region of interest spot printing tin cream.
As shown in figure 3, further, the first supporter 700 is equipped with the first installation through-hole 730, third magnetic part 720 is set
It is placed in the first installation through-hole 730, the 4th magnetic part 820 is protruded towards the first supporter 700 to be arranged, and the 4th magnetic part 820
It is inserted into the first installation through-hole 730.In this way, the 4th magnetic part 820 is inserted into the first installation through-hole 730, it can be to lid
Opposite installation is positioned body 800 with the first supporter 700, is inserted into the first installation through-hole 730 in the 4th magnetic part 820
In the process, moreover it is possible to which installation guiding is carried out to the magnetic cooperation of the 4th magnetic part 820 and third magnetic part 720.Above-mentioned third magnetic
Portion 720 and the 4th magnetic part 820 can be permanent magnet, electromagnet or other elements with magnetic behavior, and need to only meet can
Mutual magnetic cooperation, for example, can set magnet for third magnetic part 720, the 4th magnetic part 820 is set as protruding
The bolt for the metal material that lid 800 is arranged can be adsorbed when bolt is inserted into the first installation through-hole 730 by magnet.
As shown in figure 3, further, third magnetic part 720 includes third magnetic absorption member 721 and the 4th magnetic absorption member 722, the
Three magnetic absorption members 721 and the 4th magnetic absorption member 722 are all set in the first installation through-hole 730, and one end of third magnetic absorption member 721 and the
The one side of one supporter 700 is concordant or the concordant setting of approximation, one end of the 4th magnetic absorption member 722 are another with the first supporter 700
There are the gaps for the insertion of the 4th magnetic part 820 for one side (as shown in the T1 of Fig. 3).In this way, one end of third magnetic absorption member 721 with
The one side of first supporter 700 is concordant or approximation is concordantly arranged, and the one side of the first supporter 700 can be enabled close
Be bonded with a positioning plate for the workbench of tin machine 20 21, stable positioning is realized, so as to accurately to region of interest
Spot printing tin cream；There are gaps for one end of 4th magnetic absorption member 722 and the another side of the first supporter 700, so that the 4th magnetic part
820 can smoothly be inserted into.
Step groove can also be set by the first installation through-hole 730, in this way, third magnetic part 720 is set to step groove
Small end, the big end of step groove is used to be inserted into for the 4th magnetic part 820.
In one embodiment, first that the tin cream on empty avoiding wiring board 500 is additionally provided on the first supporter 700 is kept away
Empty slot (not shown), the first avoiding hollow groove are connected to third locating slot 710.In this way, when wiring board 500 and coaxial cable 300, oscillator
When being put on the first supporter 700 after seat 400 and the corresponding site brush tin of radiator contact, it can be avoided using the first avoiding hollow groove
Tin cream is caused to damage.
Further, the placing groove (not shown) for placing for positioning component, placing groove are additionally provided on the first supporter 700
It is connected with third locating slot 710.When the one side for the circuit board for being equipped with coaxial cable 300 and oscillator seat 400 is placed in
When in three locating slots 710, being normally put into for wiring board 500 is made using the inner wall that placing groove can be avoided third locating slot 710
At interference, meanwhile, also facilitate and takes out positioning component out of third locating slot 710.
As shown in Figures 4 and 5, in one embodiment, locating module further include: the second supporter 900, the second supporter
900 are equipped with locating piece 910；And third locating piece 1000, third locating piece 1000 include that the first positioning body 1100 and second is fixed
Position body 1200, the first positioning body 1100 are equipped with the 4th locating slot 1110 for being positioned to wiring board 500, the second positioning
Body 1200 is equipped with the 5th locating slot 1210 for matching with locating piece 910, and the first positioning body 1100 and the second positioning
1200 relative spacing of body is arranged and cooperatively forms the accommodating cavity 1300 for accommodating positioning component.In use, utilizing locating piece 910
With the cooperation of the 5th locating slot 1210, it is placed on the second supporter 900 so that third locating piece 1000 is stable,
5th locating slot 1210 is in subsequent welding procedure, moreover it is possible to play the role of reducing thermal capacity and increase air circulation；Again will
Wiring board 500, auxiliary positioning part 600, the first locating piece 100, the second locating piece 200, coaxial cable 300 and oscillator seat 400 are matched
Close first formed is whole 10, make wiring board 500 upward and the first locating piece 100 and the second locating piece 200 downward, be put into appearance
It sets in chamber 1300, using the cooperation of wiring board 500 and the 4th locating slot 1110, so that first whole 10 stable is placed in the 4th
In locating slot 1110, convenient for 310 bending of inner core of subsequent the first through slot 610 that coaxial cable 300 is stretched out to auxiliary positioning part 600
It is in contact to the position for protruding wiring board 500 with the positioning column 410 of oscillator seat 400, convenient for the subsequent inner core to wiring board 500
310 carry out tin with the contact site of the positioning column 410 of oscillator seat 400；It can be arranged on the inner wall of the 4th locating slot 1110
Support rim 1111 can play the role of support to wiring board 500, further to wiring board 500 and third locating piece 1000
Cooperation positioned；Further, on support rim 1111 position corresponding with radiator be equipped with passed through for radiator 2000
Avoid holes 1112, facilitate subsequent irradiation body 2000 pass through wiring board 500 mounting hole after welded.Second supporter 900,
Third locating piece 1000, wiring board 500, auxiliary positioning part 600, the first locating piece 100, the second locating piece 200, coaxial cable
300 and oscillator seat 400 can also cooperatively form third entirety, third is integrally put on assembly machine, can be accurately and reliably by spoke
In the installation to wiring board 500 of beam 2000.The second supporter 900 is removed, it is fixed by third locating piece 1000, wiring board 500, auxiliary
Position part 600, the first locating piece 100, the second locating piece 200, coaxial cable 300 and oscillator seat 400 cooperatively form the 4th entirety, just
In it is subsequent by the 4th it is whole be put on a tin machine 20 to position corresponding with the positioning column 410 of oscillator seat 400 on wiring board 500 with
And the corresponding position of inner core 310 of coaxial cable 300 carries out quantitative spot printing tin cream.4th entirety can also be put into reflow ovens
Middle progress Reflow Soldering welding, removes third locating piece 1000 after the completion of welding, can be obtained soldered first whole 10.
As shown in Figures 4 and 5, in one embodiment, locating module further includes connector 1400, and the one of connector 1400
End is connect with the first positioning body 1100, and the other end of connector 1400 is connect with the second positioning body 1200.It so, it is possible so that
One positioning body 1100 and 1200 relative spacing of the second positioning body are arranged, so as to form the accommodating cavity for accommodating positioning component
1300, convenient for assembly.Above-mentioned connector 1400 can the fasteners such as screw, bolt and threaded hole cooperation by way of realize with
The connection of first positioning body 1100 and the second positioning body 1200, easy disassembly.
As shown in figure 4, in one embodiment, being additionally provided on locating piece 910 for empty avoiding coaxial cable 300 and oscillator seat
400 the second avoiding hollow groove 911.In this way, ought be smoothly by wiring board 500, auxiliary positioning part 600, the first locating piece 100, second
Locating piece 200, coaxial cable 300 and oscillator seat 400 cooperatively form first whole 10, make wiring board 500 upward and first
Locating piece 100 and the second locating piece 200 downward, are put into accommodating cavity 1300 without contradicting；Further, first is whole
After 10 are put into accommodating cavity 1300, upper surface and second locating piece of the locating piece 910 towards third locating piece 1000 can be made
The surface of 200 ontology 210 is in contact fitting, in this way, when the inner core 310 to coaxial cable 300 carries out bending, coaxial cable
300 will not generate displacement with respect to oscillator seat 400, guarantee that subsequent welding can be carried out accurately.
As shown in fig. 6, in one embodiment, also disclosing a kind of positioning dress applied to oscillator element welding procedure
It sets, comprising: above-mentioned locating module；And point tin machine 20, point tin machine 20 are equipped with for determining with what 720 magnetic of third magnetic part cooperated
Position plate 21.
The positioning device applied to oscillator element welding procedure of above-described embodiment, in use, auxiliary positioning part 600 is put
It is placed in third locating slot 710, wiring board 500 is placed in third locating slot 710, so that auxiliary positioning part 600 is placed in
The lower section of wiring board 500, so as to realize pre-determined bit to auxiliary positioning part 600 and wiring board 500, by the first locating piece 100
It is placed on the predeterminated position of wiring board 500, for example, the first default location hole is opened up in assist side 500, in the first locating piece
The first grafting block that setting can be mating with the first default location hole on 100, utilizes the first magnetic on the first locating piece 100
The magnetic for inhaling the auxiliary positioning part 600 of 500 lower section of part 121 and wiring board cooperates, so that the first locating piece 100, wiring board
500 and auxiliary positioning part 600 hold together；One end of coaxial cable 300 is connected to the first default brush for having brushed tin cream
On tin position 510, so that the end face of the shielded layer of coaxial cable 300 is adjacent to tin cream, and the of the first locating piece 100 is utilized
A positioning groove 110 carries out stable positioning to coaxial cable 300；The other end of coaxial cable 300 is passed through the of oscillator seat 400
One through-hole 420, until in the positioning to the second default brush tin position 520 for having brushed tin cream of positioning column 410 of oscillator seat 400, so that
The positioning column 410 of oscillator seat 400 is adjacent to tin cream, makes the second positioning using the second locating slot 211 of the second locating piece 200
Part 200 covers on oscillator seat 400, meanwhile, the magnetic of the second magnetic part 240 and the auxiliary positioning part 600 of 500 lower section of wiring board
Cooperation, so that oscillator seat 400 is closely connected on wiring board 500；Utilize the 4th magnetic part 820 of lid 800 and first
The magnetic of the third magnetic part 720 of support body 700 cooperates, and lid 800 is closely contacted with wiring board 500, thus will
Wiring board 500 is closely connected on the first supporter 700, so that lid 800, the first supporter 700, wiring board 500, auxiliary
Locating piece 600 and positioning component can make up the second entirety, convenient for the progress of subsequent handling；Using third magnetic part 720 and determine
The magnetic cooperation of position plate 21, so as to by lid 800, the first supporter 700, wiring board 500, auxiliary positioning part 600 and fixed
Second monolithic stability of hyte part composition is positioned on a positioning plate for the workbench of tin machine 20 21, so as to accurate
To region of interest spot printing tin cream.
Need to be illustrated, above-mentioned tin machine 20 can using automatic point tin machine, so, it is possible to associated components into
The quantitative tin cream of the automatic spot printing of row, improves working efficiency, saves material.
In one embodiment, to oscillator element carry out positioning welding the following steps are included:
The default brush tin of the first of assist side 500 position 510, the second default brush tin position 520 and third preset brush tin position
Set the tin cream for printing predetermined amount, wherein the first default brush tin position 510 and the second default brush tin position 520 are set to route
On the one side of plate 500, third is preset brush tin position and is set on the another side of wiring board 500.
Optionally, auxiliary positioning part 600 and wiring board 500 are placed in the third locating slot 710 of the first supporter 700
It is interior, so that auxiliary positioning part 600 is set to the lower section of wiring board 500, and by the another side of wiring board 500, such as face-up,
The tin cream that predetermined amount is printed on the (not shown) of brush tin position is preset using the third of automatic printing tin machine assist side 500；Again will
Wiring board 500 overturns 180 °, so that the reverse side of wiring board 500 is upward, it is pre- using the first of automatic printing tin machine assist side 500
If printing the tin cream of predetermined amount on brush tin position 510 and the second default brush tin position 520, at this point, the on the first supporter 700
One avoiding hollow groove can also prevent the tin cream printed on the default brush tin position of third from being destroyed.
Specifically, four on the front of assist side 500 are used to install quantitative in the position printing of radiator 2000
Tin cream, the positions and two of two on the reverse side of assist side 500 for installing coaxial cable 300 are for installing oscillator seat
Quantitative tin cream in the position printing of 400 positioning column 410.
By in the positioning to the first default brush tin position 510 of coaxial cable 300, make the end face of the shielded layer of coaxial cable 300
It is adjacent to tin cream.
Optionally, the first magnetic absorption member 121 and the auxiliary positioning part of 500 lower section of wiring board on the first locating piece 100 are utilized
600 magnetic cooperation, so that the first locating piece 100, wiring board 500 and auxiliary positioning part 600 hold together, it will be same
One end of shaft cable 300 is connected on the first default brush tin position 510 for having brushed tin cream, so that the shielded layer of coaxial cable 300
End face be adjacent to tin cream, and coaxial cable 300 is caught in the first locating slot 110 of the first locating piece 100, so that coaxially
300 relative line plate 500 of cable keeps stablizing.
In one embodiment, coaxial cable 300 is two, is correspondingly provided with two first positioning on the first locating piece 100
Slot 110, so as to be installed on two coaxial cables 300 are stable on wiring board 500.
By in the positioning to the second default brush tin position 520 of oscillator seat 400, it is adjacent to the positioning column 410 of oscillator seat 400 to tin
On cream.
Optionally, by the other end of 420 face coaxial cable 300 of the first through hole of oscillator seat 400, by 400 edge of oscillator seat
The length direction of coaxial cable 300 is mobile, until the positioning of positioning column 410 of oscillator seat 400 is brushed to brushed tin cream second is default
On tin position 520, so that the positioning column 410 of oscillator seat 400 is adjacent to tin cream, the second positioning of the second locating piece 200 is utilized
Slot 211 covers at the second locating piece 200 on oscillator seat 400, meanwhile, the second magnetic part 240 is auxiliary with 500 lower section of wiring board
The magnetic of locating piece 600 is helped to cooperate, so that oscillator seat 400 is closely connected on wiring board 500, so that oscillator seat 400
Stable is installed on wiring board 500.
To the tin of the edge spot printing predetermined amount of the first through hole 420 on oscillator seat 400 for being passed through for coaxial cable 300
Cream.
Optionally, using automatic dispensing machine to the gap location spot printing between coaxial cable 300 and the inner wall of first through hole 420
The tin cream of predetermined amount, so that coaxial cable 300 and the inner wall of first through hole 420 are connected with each other.
Specifically, matched using the 4th magnetic part 820 of lid 800 and the magnetic of 700 third magnetic part 720 of the first supporter
It closes, lid 800 is closely contacted with wiring board 500, so that wiring board 500 is closely connected to the first supporter
On 700, so that lid 800, the first supporter 700, wiring board 500, auxiliary positioning part 600, the first locating piece 100, second are fixed
Position part 200, coaxial cable 300, oscillator seat 400 are combined into the second entirety；Tin is carried out in order to facilitate a tin head 23, by first
Support body 700 rotates 90 °, so that the shielded layer of coaxial cable 300 is upward, recycles the third magnetic part on the first supporter 700
720 cooperate with the magnetic of the positioning plate 21 of stitch welding machine, so as to by the first supporter 700 it is stable be adsorbed in mash welder
Positioning plate 21 on, so as to accurately pre- to the gap location spot printing between coaxial cable 300 and the inner wall of first through hole 420
If the tin cream of amount.
In one embodiment, the workbench of mash welder include horizontally disposed pedestal 22 and perpendicular to or approximate hang down
The positioning plate 21 being directly arranged in pedestal 22, positioning plate 21 can be made using ferrimagnet, be so, it is possible and the first supporter
720 magnetic of third magnetic part cooperation on 700；Meanwhile after the first supporter 700 is adsorbed on positioning plate 21, so that coaxially
The matching part of cable 300 and oscillator seat 400 facilitates a tin head 23 to coaxial cable 300 and first towards the point setting of tin head 23
The tin cream of gap location spot printing predetermined amount between the inner wall of through-hole 420.
In one embodiment, oscillator seat 400 includes in the first platform 430 of plane setting, and the first platform 430 is equipped with
Two spaced first through hole 420 for being passed through for coaxial cable 300, in this way, two coaxial cables 300 are each passed through
Corresponding first through hole 420, point tin head 23 is respectively to the gap at two between coaxial cable 300 and the inner wall of first through hole 420
The tin cream of spot printing predetermined amount.
In one embodiment, oscillator seat 400 includes second platform 440 and third platform 450 with difference in height, and second
A first through hole 420 for passing through for coaxial cable 300 is equipped on platform 440 and third platform 450, in this way, two
Coaxial cable 300 is each passed through corresponding first through hole 420, so that two coaxial cables 300 and the edge of first through hole 420 are matched
Coincidence is set there are difference in height, in this way, point tin head 23 is at wherein one between coaxial cable 300 and the inner wall of first through hole 420
After the spot printing tin cream of gap, the first supporter 700 need to be rotated 180 °, so as to smoothly complete to another place's coaxial cable
Gap spot printing tin cream between 300 and the inner wall of first through hole 420.
Radiator 2000 is positioned to third and is preset on brush tin position, is adjacent to one end of radiator 2000 to tin cream.
Specifically, lid 800 is separated with the first supporter 700, utilizes the locating piece 910 of the second supporter 900 and
The cooperation of 5th locating slot 1210 of the second positioning body 1200 of three locating pieces 1000, puts so that third locating piece 1000 is stable
It is placed on the second supporter 900；Again by wiring board 500, auxiliary positioning part 600, the first locating piece 100, the second locating piece 200,
Coaxial cable 300 and oscillator seat 400 cooperatively form first whole 10, make the face-up of wiring board 500 and be put into third
In the accommodating cavity 1300 of locating piece 1000, using the cooperation of wiring board 500 and the 4th locating slot 1110, so that first whole 10 is steady
Fixed is placed in the 4th locating slot 1110；Coaxial cable 300 is stretched out to the inner core of the first through slot 610 of auxiliary positioning part 600
310 bendings to the position for protruding wiring board 500 with the positioning column 410 of oscillator seat 400 is in contact；By the second supporter 900, third
Locating piece 1000, wiring board 500, auxiliary positioning part 600, the first locating piece 100, the second locating piece 200, coaxial cable 300 and
The third that oscillator seat 400 cooperatively forms integrally is put into automatic assembling machine, is mounted on radiator 2000 using automatic assembling machine
Third on the front of wiring board 500 is preset on brush tin position, for example, opening up corresponding installation through-hole, spoke in assist side 500
One end of beam 2000 is set in installation through-hole across the other end of radiator 2000 after installation through-hole.
Position spot printing corresponding with the inner core of coaxial cable 300, positioning column 410 on the another side of assist side 500
The tin cream of predetermined amount.
Specifically, third locating piece 1000 is separated with the second supporter 900, by third locating piece 1000, wiring board
500, auxiliary positioning part 600, the first locating piece 100, the second locating piece 200, coaxial cable 300 and oscillator seat 400 cooperatively form
The 4th it is whole be put into automatic point tin machine 20, on the front of assist side 500, in connecing for radiator 2000 and wiring board 500
Contact portion position, inner core 310 and the contact site of wiring board 500 of coaxial cable 300, the oscillator seat 400 of wiring board 500 are determined
Position column 410 protrudes the quantitative tin cream of position spot printing of wiring board 500, in this way, make the inner core 310 of a coaxial cable 300 with
Wiring board 500 can be welded as a whole, and the inner core 310 of another coaxial cable 300 is soldered to a positioning column of oscillator seat 400
On 410.
Again by third locating piece 1000, wiring board 500, auxiliary positioning part 600, the first locating piece 100, the second locating piece
200, the 4th whole be put into reflow ovens that coaxial cable 300 and oscillator seat 400 cooperatively form carries out Reflow Soldering welding；It has welded
Cheng Hou separates third locating piece 1000, and soldered workpiece can be obtained.
Each technical characteristic of above embodiments can be combined arbitrarily, for simplicity of description, not to above-described embodiment
In each technical characteristic it is all possible combination be all described, as long as however, the combination of these technical characteristics be not present lance
Shield all should be considered as described in this specification.
Above embodiments only express the several embodiments of the utility model, and the description thereof is more specific and detailed, but simultaneously
The constraint to utility model patent range therefore cannot be interpreted as.It should be pointed out that for the ordinary skill people of this field
For member, without departing from the concept of the premise utility, various modifications and improvements can be made, these belong to this reality
With novel protection scope.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (16)
1. a kind of positioning component applied to oscillator element welding procedure characterized by comprising
First locating piece, first locating piece is equipped with the first locating slot for being positioned to coaxial cable and for making
First locating piece is connected to the first magnetic part on wiring board；And
Second locating piece, second locating piece cover on first locating piece, second locating piece be equipped with for pair
The second locating slot that oscillator seat is positioned, second locating piece are additionally provided with for making the oscillator seat be connected to the route
The second magnetic part on plate.
2. positioning component according to claim 1, which is characterized in that one end of first locating piece is additionally provided with connection institute
The adjusting channel for stating the first locating slot further includes the regulating part being set in the adjusting channel, and the regulating part can be along institute
It states and adjusts the length direction reciprocating movement in channel, for making the coaxial cable be connected to the inner wall of first locating slot.
3. positioning component according to claim 2, which is characterized in that further include elastic component and fitting, the elastic component
And the fitting is all set in the adjusting channel, and one end of the elastic component is connect with one end of the regulating part,
The other end of the elastic component is connect, for keeping the fitting past along the length direction for adjusting channel with the fitting
It is multiple mobile.
4. positioning component according to claim 1, which is characterized in that first locating piece was contacted with the wiring board
Position is equipped with for the first circulation groove for air circulation.
5. positioning component according to claim 1, which is characterized in that first magnetic part includes the first magnetic absorption member and the
Two magnetic absorption members, first magnetic absorption member are arranged close to one end of first locating piece, and second magnetic absorption member is close to described the
The other end of positioning piece is arranged.
6. positioning component according to any one of claims 1 to 5, which is characterized in that second locating piece includes and institute
The ontology of the first locating piece relative spacing setting is stated, first stabilizer blade of described ontology one end is set to and is set to the ontology is another
Second stabilizer blade of one end, the ontology are equipped with second locating slot, are all provided on first stabilizer blade and second stabilizer blade
There is second magnetic part.
7. positioning component according to claim 6, which is characterized in that one end of the ontology is equipped with the first escape groove, institute
The first stabilizer blade is stated equipped with the second escape groove, and first escape groove is connected to be formed for for point with second escape groove
The first mobile relief portion of tin head；The other end of the ontology is equipped with third escape groove, and second stabilizer blade is equipped with the 4th and keeps away
Allow slot, and the third escape groove is connected to be formed for second relief portion mobile for tin head with the 4th escape groove.
8. a kind of locating module applied to the welding of oscillator element characterized by comprising
Wiring board；
Positioning component as described in any one of claim 1 to 7；
Coaxial cable, one end of the coaxial cable pass through first locating slot and are connected on the wiring board；
Auxiliary positioning part, the auxiliary positioning part be equipped with passed through for the inner core for the coaxial cable and bending it is first logical
Slot；And
Oscillator seat, the oscillator seat is equipped with the first through hole for passing through for the coaxial cable, and the oscillator seat is set to
Between first locating piece and second locating piece.
9. locating module according to claim 8, which is characterized in that further include:
First supporter, first supporter are equipped with for being positioned to the auxiliary positioning part and the wiring board
Third locating slot, first supporter are additionally provided with the third magnetic part that can cooperate with positioning plate magnetic；And
Lid, the lid are equipped with the second through-hole for matching with second locating piece, and the lid, which is additionally provided with, to be used for
With the 4th magnetic part of third magnetic part magnetic cooperation；
Wherein, when the lid covers on second locating piece, the 4th magnetic part and the third magnetic part magnetic
Inhale cooperation, for the wiring board to be connected to first supporter.
10. locating module according to claim 9, which is characterized in that it is logical that first supporter is equipped with the first installation
Hole, the third magnetic part are set in first installation through-hole, and the 4th magnetic part is convex towards first supporter
It is arranged out, and the 4th magnetic part is inserted into first installation through-hole.
11. locating module according to claim 10, which is characterized in that the third magnetic part include third magnetic absorption member with
4th magnetic absorption member, the third magnetic absorption member and the 4th magnetic absorption member are all set in first installation through-hole, and described
One end of three magnetic absorption members and the one side of first supporter it is concordant or it is approximate be concordantly arranged, one end of the 4th magnetic absorption member
There are the gaps for the 4th magnetic part insertion with the another side of first supporter.
12. locating module according to claim 9, which is characterized in that be additionally provided on first supporter for empty avoiding
First avoiding hollow groove of the tin cream on the wiring board, first avoiding hollow groove are connected to the third locating slot.
13. locating module according to claim 8, which is characterized in that further include:
Second supporter, second supporter are equipped with locating piece；And
Third locating piece, the third locating piece include the first positioning body and the second positioning body, and first positioning body is equipped with
The 4th locating slot for being positioned to the wiring board, second positioning body be equipped with for the locating piece phase
The 5th locating slot matched, and first positioning body is arranged with the second positioning body relative spacing and cooperatively forms for accommodating
The accommodating cavity of the positioning component.
14. locating module according to claim 13, which is characterized in that it further include connector, one end of the connector
It is connect with first positioning body, the other end of the connector is connect with second positioning body.
15. locating module according to claim 13, which is characterized in that be additionally provided on the locating piece for described in empty avoiding
Second avoiding hollow groove of coaxial cable and the oscillator seat.
16. a kind of positioning device applied to oscillator element welding procedure characterized by comprising
Such as the described in any item locating modules of claim 9 to 12；And
Point tin machine, described tin machine are equipped with the positioning plate for cooperating with the third magnetic part magnetic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822277907.9U CN209394128U (en) | 2018-12-29 | 2018-12-29 | For the positioning component of oscillator element welding procedure, module and device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822277907.9U CN209394128U (en) | 2018-12-29 | 2018-12-29 | For the positioning component of oscillator element welding procedure, module and device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209394128U true CN209394128U (en) | 2019-09-17 |
Family
ID=67897553
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822277907.9U Withdrawn - After Issue CN209394128U (en) | 2018-12-29 | 2018-12-29 | For the positioning component of oscillator element welding procedure, module and device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209394128U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109530846A (en) * | 2018-12-29 | 2019-03-29 | 京信通信技术(广州)有限公司 | For the positioning component of oscillator element welding procedure, module, device and method |
-
2018
- 2018-12-29 CN CN201822277907.9U patent/CN209394128U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109530846A (en) * | 2018-12-29 | 2019-03-29 | 京信通信技术(广州)有限公司 | For the positioning component of oscillator element welding procedure, module, device and method |
| CN109530846B (en) * | 2018-12-29 | 2024-01-26 | 京信通信技术(广州)有限公司 | Positioning assembly, module, device and method for vibrator element welding process |
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