CN204954112U - A tin ball pump head for laser soldering - Google Patents
A tin ball pump head for laser soldering Download PDFInfo
- Publication number
- CN204954112U CN204954112U CN201520744180.4U CN201520744180U CN204954112U CN 204954112 U CN204954112 U CN 204954112U CN 201520744180 U CN201520744180 U CN 201520744180U CN 204954112 U CN204954112 U CN 204954112U
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- tin ball
- rotor
- outer sleeve
- gas
- tin
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Abstract
The utility model provides a tin ball pump head for laser soldering, including the outer sleeve, install the tin ball bucket on the outer sleeve, locate the rotor in the outer sleeve, drive rotor pivoted motor, the face of cylinder outer wall of rotor inwards caves in and is equipped with the tin ball appearance pond that at least round circumference distributes, tin ball bucket is installed and is held the pond vertical planar top in place and hold the pond intercommunication with the tin ball in the tin ball, the outer sleeve below is equipped with the falling sphere passageway, the falling sphere passageway passes through chute and nozzle intercommunication, tin ball on the rotor hold the pond when changeing to the below tin ball hold pond and falling sphere passageway intercommunication, the tin ball appearance pond that is in the rotor upper end is used for accepting tin ball bucket and falls down a next tin ball, the tin ball sealing closed in the tin ball holds the pond when rotor rotated, and slide between the inner wall of outer sleeve, until the tin ball hold the pond when moving the rotor below tin ball get into the falling sphere passageway of outer sleeve. The utility model discloses low in manufacturing cost, machining precision guarantee easily, can effectively reduce the trouble of card ball moreover.
Description
Technical field
The utility model relates to Automatic laser field, specifically a kind of tin ball pump head for laser soldering.
Background technology
Common laser weld be by welded object through laser irradiate after, it is allowed to occur from the physical process being melted to recrystallization, term is referred to as " physical phase transition ", also include " alloy phase change " in its recrystallization process, even occur " chemical change " etc., the last welding body obtained, such Type of Welding is referred to as " laser welding weldering " by we, and welding mechanism is as follows:
Physical phase transition: solid phase → liquid phase → solid phase
Alloy phase change: for the welding of the first and second two kinds of different materials, often while thing phase change occurs, also will along with the generation of chemical phase transformation, as the alloying element in first object, when liquid phase occurs, combining of metallic bond will be produced with the carbon in second material, form a new molecular architecture, reconfiguring like this, will directly cause the mechanical performance after welding to change, as: change of fragility increase, welding stress, tensile strength etc.
Chemical change: two kinds of alloying substances via " solid phase → liquid phase → solid phase " and change in, probably can produce the compound made new advances, and new compound can solidify among last finished product, or become gaseous state to overflow, this is all possible, particular problem must be made a concrete analysis of, but inquires into category herein because exceeding, and does not allly repeat herein.
But, separately there is a kind of special welding, just can not use above-mentioned " laser welding weldering ", such as: superfine laser weld just can not use laser welding weldering, illustrates as follows:
There is the disk of a High Rotation Speed computer hard disc inside, side also has the scanner of a high speed, be used for reading and writing data, scanner is the precision optical machinery mechanism of a high speed swinging, the swing arm of scanning there is the flexible PCB that very little, its I/O, one end connects probe, the other end exports hard disk outlet to, and welding for flexible PCB here and probe, just can not weld with laser welding completely, not so, wire on the wire of flexible PCB and probe, can come to naught under powerful laser beam irradiation.Therefore, for this kind of meticulous laser weld, can only " laser soldering " be used, also known as " laser soldering ".
" laser soldering " primary stage is " laser scolding tin wire bond connects ", but the welding of this mode, spot size is wayward, and general solder joint is all somewhat excessive, does not reach the degree of meticulous welding.Proper is weld with the tin ball of a fusing, and Here it is " laser soldering ", and this method can be referred to as " ball bonding of laser tin ", also known as " weldering of laser molten drop ".
The diameter of tin ball is general all smaller, be applicable to doing superfine welding, tin bulb diameter includes ... Φ 0.3mm, Φ 0.4mm, Φ 0.45mm, Φ 0.5mm, Φ 0.55mm, Φ 0.6mm, Φ 0.76mm ... Deng equal-specification, the manufacture of tin ball is a kind of mature technology at present, therefore, do meticulous laser weld, meticulous laser weld can be carried out with the tin ball of a fusing completely.
" weldering of laser molten drop " operation principle: with laser fusion tin ball, to be power with certain air pressure spray the liquid tin ball of fusing simultaneously (drip in) on welded object, liquid tin ball will complete in solder within the extremely short time " infiltration " process, thus two objects are welded together.Facts have proved, " weldering of laser molten drop " is a kind of meticulous laser weld really, is adapted at high-tech area and does very meticulous welding.But carried out being separated and sorting by fine tin ball, and controlled to be pumped into laser nozzle medium to be welded, be one and be not too easy to thing, this mechanism, we are referred to as " tin ball pump head ".
The structure of existing disc type tin ball pump head is shown in Fig. 1, when rotating shaft 12 is rotated, rotating disk 1 synchronous axial system will be driven, and a point ball 1-B position delivered to by the tin ball deposited on rotating disk point of ball 1-A place, when this tin ball arrives 1-B position time, this tin ball will fall in nozzle 5 under gravity, wait laser irradiates, melted, in the moment of this tin ball of laser fusion, working gas will through gas blow pipe joint 7, transverse air channel 10, downward back taper air flue, the interior road of nozzle 5, rapidly the tin ball of fusing is blowed to soldered object below, thus complete welding.
Problem existing for this kind of mechanism:
The diameter of tin ball is general all smaller, and the diameter of tin ball will determine the thickness of rotating disk, in general, if the words of the tin ball with Φ 0.76mm, the thickness of rotating disk 1 will only have 0.8mm-0.9mm, this will cause this sheet parts manufacturing cost of rotating disk 1 high, in order to ensure the rigidity of mechanical strength and part, need to carry out intermediate heat-treatment, this will improve processing cost undoubtedly, and raising difficulty of processing, be difficult to ensure rotating disk two sides beat within design load, excessive because beat, rotating disk 1 will rub upper end cover 13 and bottom end cover 2, excessive friction will cause card ball to detect and be difficult to realization.
The processing cost being not only rotating disk 1 is high, and the upper end cover 13 matched with it, bottom end cover 2 all can improve machining accuracy, processing cost accordingly, could meet the running precision of rotating disk mechanism.Because rotating disk 1 is larger with the rubbing surface of upper end cover 13, bottom end cover 2, therefore, in order to ensure that the comprehensive gap after installing is in the state avoiding rubbing, so, mechanism is with regard to the artificial gap increased between rotating disk 1 and upper end cover 13, bottom end cover 2, but cross wide arc gap tin ball less than normal for dimensional tolerance to be stuck among upper and lower gap, cause failure mechanisms.Whenever so far, only have whole pump head is dismantled, cleans, ressembled adjustment.
In addition, rotating disk 1 is larger with the rubbing surface of upper end cover 13, bottom end cover 2, will, due to the composite factor manufactured, install, cause frictional resistance excessive, therefore, utilizes motor load curent change to judge that the function of card ball will be difficult to realize.
Utility model content
The utility model provides a kind of tin ball pump head for laser soldering, endeavours to solve above-mentioned drawback, thus ensures that the suitability for industrialized production of hyperfine laser weld becomes possibility.
A kind of tin ball pump head for laser soldering, comprise outer sleeve, be arranged on the tin ball bucket on outer sleeve, be located at the rotor in outer sleeve, drive the motor of rotor turns, the outer wall of rotor cylinder surface caves inward and is provided with the tin ball reservoir of at least one circle circle distribution, tin ball bucket is installed on the top of tin ball reservoir place fore-and-aft plane and is communicated with tin ball reservoir, falling sphere passage is provided with below outer sleeve, falling sphere passage is communicated with nozzle by chute, tin ball reservoir and falling sphere channel connection when epitrochanterian tin ball reservoir goes to below, the tin ball that the tin ball reservoir being in rotor upper end falls for accepting tin ball bucket, during rotor turns, tin ball is enclosed in tin ball reservoir, and slide between the inwall of outer sleeve, until tin ball enters the falling sphere passage of outer sleeve when tin ball reservoir runs to below rotor.
As above for the tin ball pump head of laser soldering, internal rotor each tin ball reservoir corresponding is provided with the transverse air channel be communicated with tin ball reservoir, the longitudinal gas channel be provided with the tin ball gas gas-tpe fitting that blows off below outer sleeve, being communicated with the tin ball gas gas-tpe fitting that blows off, when tin ball reservoir goes to below rotor, tin ball reservoir and falling sphere channel connection, the tin ball gas gas-tpe fitting that simultaneously blows off is communicated with transverse air channel by longitudinal gas channel, blow off tin ball gas gas-tpe fitting for passing into pressed gas, thus the tin ball in tin ball reservoir is blown off in falling sphere passage.
As above for the tin ball pump head of laser soldering, tin ball bottom of the barrel be provided with a width between outer sleeve and be less than tin bulb diameter and the air gap be communicated with tin ball barrel cavity, described air gap is for importing protective gas.
As above for the tin ball pump head of laser soldering, the outer wall of rotor is provided with the tin ball reservoir of the different size of three circles, and for the tin ball of three kinds of different sizes, tin ball bucket is removably installed in the top of tin ball reservoir place fore-and-aft plane.
As above for the tin ball pump head of laser soldering, the two ends of rotor are sealed by end cover and rotor endcap respectively, and wherein end cover is used for one end that closed transverse air channel is not communicated with tin ball reservoir.
As above for the tin ball pump head of laser soldering, laser window is equipped with in the upper end of nozzle, for being in the tin ball in nozzle 21 tip through laser fusion.
As above for the tin ball pump head of laser soldering, outer sleeve both sides are provided with fiber-optic sensor probe, end cover is provided with guide-lighting groove, when the guide-lighting groove on end cover is in sensor luminous point coaxial state, detect light path by conducting, the detection light that the fiber-optic sensor probe of opposite side will receive opposite and sends, now the physical location of rotor is defined as the origin of coordinates of rotor by system.
As above for the tin ball pump head of laser soldering, the motor shaft of rotor and motor is linked together by key.
The utility model tool has the following advantages:
1, low cost of manufacture, because mechanism amount of parts is less, main parts size is rotor 20 and outer sleeve 18, and the quantity of parts is too much, will directly cause manufacturing cost too high.
2, the machining accuracy of parts is easier to ensure, because extremely do not hold yielding sheet parts, but have employed the stable cylindrical structure of geometrical performance, the operating accuracy for mechanism is had great guarantee by this.
3, compact conformation, other coupler structure and additional bearing arrangement is not had between motor shaft 15-A and rotor 20, but directly rotor 20 is linked together by key 27 with motor shaft 15-A, bearing just make use of the front end bearing of motor, outer sleeve is then tightly fixed together with the shell of motor, and small and exquisite and compact structure is automation realization provides conveniently.
4, because the cooperation on rotor 20 face of cylinder is easy to accomplish precision, be also difficult in working order geometric deformation occurs, therefore, the fault of card ball will reduce to some extent.
5, the gas of the tin ball that blows off is added in mechanism, this is the function that traditional mechanism never has, this is adsorbed in tin ball reservoir 20-B ' by effectively avoiding tin ball because of electrostatic, tin ball is allowed no longer only to fall in nozzle 21 by freely falling body, but with one gas, tin ball is blown off from tin ball reservoir 20-B ' high speed, this will ensure mechanism's reliability of operation greatly, decrease the random impossibility of not falling sphere.
6, add the gas blowing tin ball in mechanism, also have another benefit, that improves out ball speed exactly, and therefore, this also just accelerates the time that tin ball falls into nozzle 21, thus also just improves operating efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of existing disc type tin ball pump head;
Fig. 2 is the longitudinally full generalized section of the utility model for the tin ball pump head of laser soldering;
Fig. 3 is the laterally full generalized section of the utility model for bulb separation place in the tin ball pump head of laser soldering;
Fig. 4 is the structure for amplifying schematic diagram of I part in Fig. 3;
Fig. 5 is the left view of the utility model for the tin ball pump head of laser soldering;
Fig. 6 is the top view of the utility model for the tin ball pump head of laser soldering.
In figure: 1-rotating disk, 1-A-point ball, 1-B-point ball, 2-bottom end cover, 3-fiber-optic sensor probe (transmitting terminal), 4-fiber-optic sensor probe (receiving terminal), 5-nozzle, 6-frame, 7-gas blow pipe joint, 8-eyeglass pressing plate, 9-laser window, 10-transverse air channel, 11-detect gas port, 12-rotating shaft, 13-upper end cover, 14-tin ball bucket;
15-motor, 15-A-motor shaft, 16-end cover, 16-A-guide-lighting groove, 17-protective gas gas-tpe fitting, 18-outer sleeve, 18-A-longitudinal gas channel, 18-B-longitudinal gas channel, 18-C-falling sphere passage, 18-D-enter tin ball passage, 19-blow off tin ball gas gas-tpe fitting, 20-rotor, 20-A-transverse air channel, 20-B-tin ball reservoir, 20-A '-transverse air channel, 20-B '-tin ball reservoir, 21-nozzle, 22-chute main body, 22-A-chute, 22-B-detection gas port, 22-C-blow ball gas port, 23-eyeglass pressing plate, 24-laser window, 25-soket head cap screw, 26-rotor endcap, 27-key, 28-tin ball bucket, 28-A-air gap, 29-ventilative every ball sponge, 30-gas-tpe fitting, 31-gas-tpe fitting, 32-fiber-optic sensor probe, the luminous point of 32-A-fiber-optic sensor probe, 33-transverse air channel.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model, the technical scheme in the utility model is clearly and completely described.
Please refer to Fig. 2-4, the utility model provides a kind of tin ball pump head for laser soldering, the described tin ball pump head for laser soldering comprises outer sleeve 18, the tin ball bucket 28 be arranged on outer sleeve 18, the rotor 20 be located in outer sleeve 18, drive rotor 20 rotate motor 15.
Be provided with bottom tin ball bucket 28 and between outer sleeve 18 width be less than tin bulb diameter and with the air gap 28-A of tin ball bucket 28 inner space, described air gap 28-A is for importing protective gas.It is to make protective gas enter tin ball bucket 28 that air gap 28-A is so arranged, and prevents the tin ball in tin ball bucket 28 from entering in air gap 28-A simultaneously.Enter the protective gas of tin ball bucket 28, imported by the protective gas gas-tpe fitting 17 be arranged on outer sleeve 18, protective gas gas-tpe fitting 17 is communicated with the longitudinal gas channel 18-A of outer sleeve 18 sidewall, gas flow is through route: protective gas gas-tpe fitting 17 → longitudinal gas channel 18-A, enter the cavity between end cover 16 left end and motor 15, then enter the transverse air channel 33 of outer sleeve 18 upper end → through ventilative every ball sponge 29 → inner through entering tin ball passage (the double protective gas passage making tin ball bucket 28) 18-D → air gap 28-A → enter tin ball bucket 28, tin ball is carried out to the protection of starvation.
The ventilative effect every ball sponge 29 allows protective gas pass through, and when air pressure is in decompression state, stops that tin ball oppositely enters left side air flue.
The outer wall of rotor 20 is provided with at least one circle tin ball reservoir 20-B, and tin ball reservoir 20-B is the groove that can hold a balloon, and in rotor 20, corresponding tin ball reservoir 20-B is provided with the transverse air channel 20-A (as shown in Figure 4) be communicated with tin ball reservoir 20-B.The concrete number of turns can be arranged according to actual requirement, is provided with three kinds of specifications in the present embodiment, i.e. the tin ball reservoir 20-B of the different size of three circles, for holding the tin ball (respectively: Φ 0.3mm, Φ 0.5mm, Φ 0.76mm) of different size.Tin ball bucket 28 can change installation site, changes installation site and mainly allows mechanism be switched to the tin ball of conveying different size.
Tin ball bucket 28 is provided with the lid of band sealing ring, can be easy to open and pour tin ball into, meanwhile, has bubble-tight lid and also serves and prevent protective gas from leaking, thus tin ball in protection tin ball bucket 28 is not oxidized.The left end of rotor 20 is sealed by end cover 16, and right-hand member is provided with rotor endcap 26.Rotor endcap 26 and rotor 20 are fixed together by soket head cap screw 25.End cover 16 can the left end of transverse air channel 20-A in enclosed rotor 20, thus the gas of the tin ball that ensures to blow off, can only by being positioned at the tin ball reservoir 20-B ' of rotor 20 bottom.
An internal cavities will be jointly formed by the end face of end cover 16, outer sleeve 18 and motor 15, its effect has two: one to be formation inner air flue, for the tin ball in tin ball bucket 28 provides gas shield, maintain tin ball not oxidized, the road that protective gas comes will be accessed by protective gas gas-tpe fitting 17; Two be as rotor 20 the origin of coordinates detect cavity, the luminous point above fiber-optic sensor probe 32 institute energy conducting light path provide by the guide-lighting groove 16-A on end cover 16.Concrete, outer sleeve 18 both sides are provided with fiber-optic sensor probe 32 (see Fig. 5), end cover 16 is provided with guide-lighting groove 16-A, fiber-optic sensor probe 32 provides the use of the origin of coordinates mainly to rotor 20, when the guide-lighting groove 16-A on end cover 16 is in sensor luminous point 32-A coaxial state, detect light path by conducting, the detection light that the fiber-optic sensor probe of opposite side will receive opposite and sends, now, the physical location of rotor 20 will be defined as the origin of coordinates by system.
Rotor 20 is fixed together with motor shaft 15-A by key 27.When motor shaft 15-A rotates, rotor driven 20, end cover 16, rotor endcap 26, soket head cap screw 25 are rotated together.
When motor shaft 15-A rotates, by rotor driven 20 precise rotation in the inner circle of outer sleeve 18, the tin ball that undertaking tin ball bucket 28 falls by the tin ball reservoir 20-B being in rotor 20 upper end, rotor 20 is rotated further, this tin ball will be enclosed among tin ball reservoir 20-B, and slide between the inwall of outer sleeve 18, until to run to below rotor 20 shown in Fig. 2 (20-B '), now, this tin ball will enter the falling sphere passage 18-C of outer sleeve 18 in the mode of freely falling body, and enter in the chute 22-A of chute main body 22, until drop to the tip of nozzle 21, this tin ball will rest on this, wait for the irradiation of laser.
Because the quality comparation of tin ball is little, and can be adsorbed among tin ball reservoir 20-B ' because of frictional static, so, the longitudinal gas channel 18-B that the protection gas (nitrogen) with certain pressure sent here via the tin ball gas gas-tpe fitting 19 that blows off will pass through below rotor 18, enter the transverse air channel 20-A ' of rotor 20, after this strand of gas enters, can not to turn left advance, because left end is shut by end cover 16, therefore, this strand of gas orientation can only blow tin ball in tin ball reservoir 20-B ', this tin ball is forced to drop down to 22-A chute below, until arrive the tip of nozzle 21.
Be understandable that, rotor 20 has several transverse air channels 20-A (20-A '), with it the corresponding tin ball reservoir 20-B (20-B ') having quantity identical.
When tin ball reservoir 20-B moves to below rotor 20, now indicate with 20-B ' on Fig. 2, when tin ball reservoir 20-B ' aims at the falling sphere passage 18-C of outer sleeve 18, the respective transversal air flue 20-A (being now labeled as 20-A ' on Fig. 2) of rotor 20 is by the longitudinal gas channel 18-B below UNICOM's outer sleeve 18, this has also just connected the pressed gas from the tin ball gas gas-tpe fitting 19 that blows off, thus is blown off by the tin ball in tin ball reservoir 20-B ' rapidly.Rotor 20 turns over certain angle, the pressed gas in transverse air channel 20-A ', will automatically be cut off, thus also automatically stops blowing to tin ball reservoir 20-B '.
Referring to Fig. 2, rotor 20, when rotating, will drive end cover 16 synchronous axial system, and this will cause guide-lighting groove 16-A at a time could the fiber-optic sensor probe 32 of UNICOM's outer sleeve 18 both sides.Referring to Fig. 5, the detection light that the luminous point 32-A of fiber-optic sensor probe sends, by receive by the probe on opposite, this state only has a location point within the scope of 360 °, therefore, this location point will be used to the origin of coordinates of rotor 20 at circumferencial direction, for Automated condtrol.
Referring to Fig. 3, chute main body 22 and outer sleeve 18 are fixed together, the falling sphere passage 18-C that chute 22-A will be communicated with below outer sleeve 18, and tin ball slips and delivers to nozzle 21 by chute 22-A, and tin ball will wait to be illuminated here.
On chute main body 22, namely laser window 24 is equipped with in the upper end of nozzle 21, and this eyeglass is non-focusing lens, and Main Function has three:
1, through laser, allow laser penetration go down and melt the tin ball that is in nozzle 21 tip.
2, seal the working gas that blows, allow and blow ball gas and can not upwards overflow, and can only blow downwards, thus by the tin ball blowout nozzle 21 after fusing, until send on soldered workpiece, complete welding.
3, sealing detection air pressure, (referring to Fig. 2), allows the pressure sensor of gas (not drawing in figure) can measure air pressure change in tapered sleeve accurately, thus can judge whether there is tin ball in nozzle 21.Laser window 24 will be pushed down (referring to Fig. 2, Fig. 6) by eyeglass pressing plate 23.
The utility model also can have the warning of card ball, tin ball puts detection two controlling functions in place, is described below respectively:
Card ball is reported to the police
The utility model motor used is servomotor, when motor 15 normally rotates together with annex such as rotor 20 grade, the electric current that motor driver exports will be a certain steady state value, when meet accident card ball time, to high instantaneous current be there is in electric current, this will be arrived by systems scan, so system can think that card ball phenomenon appears in mechanism, therefore, operating personnel can be notified with the form of reporting to the police, need human intervention, remove card ball fault.
Tin ball puts in place detection
Because the specification of tin ball is too tiny, detecting in nozzle 21 whether have tin ball, in the utility model, is utilize the change of the tapered sleeve internal gas pressure detecting chute main body 22 to realize.
The left and right sides of chute main body 22 is equipped with gas-tpe fitting 30,31 respectively, in institution staff, blow tin ball working gas will by trach head 30, blow ball gas port 22-C, lasting blows to nozzle 21.
Air pressure detects gas circuit: detect gas port 22-B → gas-tpe fitting 31 → pressure sensor (not shown in FIG.)
When not entering tin ball in nozzle:
Blow tin ball working gas will by gas-tpe fitting 30, blow ball gas port 22-C, lasting blows to nozzle 21, and continue leak into air, now, the air pressure that gas pressure detection sensor detects will be some specific steady state values.
When entering tin ball in nozzle 21:
When entering a tin ball in nozzle 21, gas pressure sensor the working gas continuing to leak will be blocked immediately, so the peak value that a pressure raises instantaneously will be detected immediately, this state can be considered as there is tin ball in nozzle 21, imply that can go out laser welds.
The above; be only detailed description of the invention of the present utility model; but protection domain of the present utility model is not limited thereto; anyly belong to those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (8)
1. the tin ball pump head for laser soldering, it is characterized in that: comprise outer sleeve (18), be arranged on the tin ball bucket (28) on outer sleeve (18), be located at the rotor (20) in outer sleeve (18), drive the motor (15) that rotor (20) rotates, the face of cylinder outer wall of rotor (20) caves inward and is provided with the tin ball reservoir (20-B) of at least one circle circle distribution, tin ball bucket (28) is installed on the top of tin ball reservoir (20-B) place fore-and-aft plane and is communicated with tin ball reservoir (20-B), outer sleeve (18) below is provided with falling sphere passage (18-C), falling sphere passage (18-C) is communicated with nozzle (21) by chute (22-A), when the tin ball reservoir (20-B) on rotor (20) goes to below, tin ball reservoir (20-B) is communicated with falling sphere passage (18-C), the tin ball that the tin ball reservoir (20-B) being in rotor (20) upper end falls for accepting tin ball bucket (28), when rotor (20) rotates, tin ball is enclosed in tin ball reservoir (20-B), and slide between the inwall of outer sleeve (18), until when tin ball reservoir (20-B) runs to rotor (20) below, tin ball enters the falling sphere passage (18-C) of outer sleeve (18).
2. as claimed in claim 1 for the tin ball pump head of laser soldering, it is characterized in that: inner each the tin ball reservoir (20-B) corresponding of rotor (20) is provided with the transverse air channel (20-A) be communicated with tin ball reservoir (20-B), outer sleeve (18) below is provided with tin ball gas gas-tpe fitting (19) that blows off, the longitudinal gas channel (18-B) be communicated with tin ball gas gas-tpe fitting (19) that blows off, when tin ball reservoir (20-B) goes to rotor (20) below (20-B '), tin ball reservoir (20-B ') be communicated with falling sphere passage (18-C), tin ball gas gas-tpe fitting (19) that simultaneously blows off is communicated with by longitudinal gas channel (18-B) and transverse air channel (20-A '), blow off tin ball gas gas-tpe fitting (19) for passing into pressed gas, thus the tin ball in tin ball reservoir (20-B) is blown off in falling sphere passage (18-C).
3. as claimed in claim 1 for the tin ball pump head of laser soldering; it is characterized in that: be provided with between tin ball bucket (28) bottom and outer sleeve (18) width be less than tin bulb diameter and with the air gap (28-A) of tin ball bucket (28) inner space, described air gap (28-A) is for importing protective gas.
4. as claimed in claim 1 for the tin ball pump head of laser soldering, it is characterized in that: the outer wall of rotor (20) is provided with the tin ball reservoir (20-B) of the different size of three circles, and tin ball bucket (28) is removably installed in the top of tin ball reservoir (20-B) place fore-and-aft plane.
5. as claimed in claim 2 for the tin ball pump head of laser soldering, it is characterized in that: the two ends of rotor (20) are sealed by end cover (16) and rotor endcap (26) respectively, wherein one end of not being communicated with tin ball reservoir (20-B) for closed transverse air channel (20-A) of end cover (16).
6., as claimed in claim 1 for the tin ball pump head of laser soldering, it is characterized in that: laser window (24) is equipped with in the upper end of nozzle (21), for being in the tin ball in nozzle 21 tip through laser fusion.
7. as claimed in claim 1 for the tin ball pump head of laser soldering, it is characterized in that: outer sleeve (18) both sides are provided with fiber-optic sensor probe (32), end cover (16) is provided with guide-lighting groove (16-A), when the guide-lighting groove (16-A) on end cover (16) is in sensor luminous point coaxial state, detect light path by conducting, the detection light that the fiber-optic sensor probe of opposite side will receive opposite and sends, now the physical location of rotor (20) is defined as the origin of coordinates of rotor by system.
8. as claimed in claim 1 for the tin ball pump head of laser soldering, it is characterized in that: rotor (20) is linked together by key (27) with the motor shaft (15-A) of motor (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520744180.4U CN204954112U (en) | 2015-09-23 | 2015-09-23 | A tin ball pump head for laser soldering |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520744180.4U CN204954112U (en) | 2015-09-23 | 2015-09-23 | A tin ball pump head for laser soldering |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204954112U true CN204954112U (en) | 2016-01-13 |
Family
ID=55049209
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520744180.4U Withdrawn - After Issue CN204954112U (en) | 2015-09-23 | 2015-09-23 | A tin ball pump head for laser soldering |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204954112U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105108264A (en) * | 2015-09-23 | 2015-12-02 | 武汉凌云光电科技有限责任公司 | Solder ball pump head for laser soldering |
| CN110328459A (en) * | 2019-08-19 | 2019-10-15 | 广东利元亨智能装备股份有限公司 | A kind of soldered ball switching device and welder |
-
2015
- 2015-09-23 CN CN201520744180.4U patent/CN204954112U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105108264A (en) * | 2015-09-23 | 2015-12-02 | 武汉凌云光电科技有限责任公司 | Solder ball pump head for laser soldering |
| CN105108264B (en) * | 2015-09-23 | 2017-03-15 | 武汉凌云光电科技有限责任公司 | A kind of stannum ball pump head for laser soldering |
| CN110328459A (en) * | 2019-08-19 | 2019-10-15 | 广东利元亨智能装备股份有限公司 | A kind of soldered ball switching device and welder |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20160113 Effective date of abandoning: 20171114 |