CN1881712B - Electric connector of flat type vibration source - Google Patents
Electric connector of flat type vibration source Download PDFInfo
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- CN1881712B CN1881712B CN2006100797156A CN200610079715A CN1881712B CN 1881712 B CN1881712 B CN 1881712B CN 2006100797156 A CN2006100797156 A CN 2006100797156A CN 200610079715 A CN200610079715 A CN 200610079715A CN 1881712 B CN1881712 B CN 1881712B
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- vibration source
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- flat type
- type vibration
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Abstract
The present invention relates to an electric connector with flat vibrating source, which comprises one annular base, one base connected to the annular base, positive metallic striking flake and negative metallic striking flake, wherein said the height of annular base is higher or lower than the height of flat vibration source, whose inner wall is completed matched with the frame of flat vibration source an fixed on the frame; the base is in block shape, which comprises one lower space, one upper space and one rectangle hole; one end of positive and negative metallic striking flakes are connected to the anode and cathode of flat vibration source, inside the lower space of base, while another end is outside the base. The present utility model can improve its space advantage without decreasing former height, to support batch production and reduce producing cost.
Description
Technical field
The present invention relates to a kind of electric connector of flat type vibration source; Especially also relate to a kind of vibration source, this vibration source has and is installed to specified position quickly and easily gets under the prerequisite of not sacrificing overall dimensions.
Background technology
Along with the fast development that science and technology is maked rapid progress, also carrying out in the mobile phone in the Portable, personal communication system, the beep-pager etc. to volume trend development littler, with better function; And the flat type vibration source that provides vibrating function to use to above-mentioned utensil is the keen competition of unit carrying out one with the micron order also.As you know, have in the person communication system one very important function remind the user that the information incoming call is arranged exactly, be exactly to adopt music at present the most widely, ringer function also has and a kind ofly reminds the user that the information incoming call is arranged by the mode that machine itself is trembled exactly.This function is particularly useful at the environment that the crowd is dense, perhaps night after people sleep soundly, alarms other people and produces noise avoiding.Theme of the present invention is exactly the flat type vibration source that vibrating function is provided to above-mentioned person communication system.
Mobile phone in the market can be divided into several types: plate; Flip-type and slide cover type.This class mobile phone is again based on the flip-type mobile phone because the flip-type mobile phone no matter on external form still structurally, perhaps spatially all have than plate mobile phone more superiority.Plate mobile phone is owing to be an integral body on itself structure, therefore it can install cylindrical motor, flip-type then different with mobile phone slide cover type, this is because the direction of vibration of column type motor is vertical vibration, and the direction of vibration of flat type vibration source is a horizontal vibration, if the column type vibrating motor is installed on flip-type and mobile phone slide cover type, can fuselage with cover between cause resonance, thereby can produce vibrating noise.Simultaneously the diameter of the aspect ratio column type vibrating motor of flat type vibration source is little, and it has the more space advantage aspect installation, and it does not have the requirement height of similar cylinder motor on manufacturing process, also has advantage on manufacturing cost.
As shown in Figure 1, flat type vibration source 1A also claims the button-type vibration source, is an entity that the aspect ratio diameter is little.Flat type vibration source 1A links to each other with power supply in the communication appliance by lead 85,83, described lead 85,83 is again that the mode by welding is connected an end of lead with pad 10,10A on the flat type vibration source 1A, described pad 10,10A are positioned at flat type vibration source 1A and stretch out internally and cover on the soft pcb board circuit 9 on lower casing part 20 planes, and the other end is connected with power supply in the communication appliance.Make flat type vibration source 1A and communication appliance become a complete circuit by this connection.But, owing to be subjected to the influence of the useful space in the communication appliance, it is very difficult that this connection becomes, its reason is that the coverage between two pads 10,10A can be above 0.5 millimeter, this is far smaller than the height of pad 10,10A in the actual welding, if misoperation will cause that the tin between two pads 10,10A connects, thereby cause short circuit.Simultaneously, because the diameter of wire that is connected is little and quality is soft, require the employee in practical operation, to take lead on the other hand, take flatiron to weld on the other hand, task difficulty is big, inefficiency, and the defective products that causes thus is high, thereby has directly caused the raising of production cost.
Engineers and technicians have designed a kind of electric connector for this reason, and as shown in Figure 2: described electric connector comprises; A ring-type insulating body 90; The matrix 95 that links to each other with ring-type insulating body 90.A plane of described ring-type insulating body 90 overlaps and fixes by double faced adhesive tape with flat type vibration source 1A upper casing.A pair of contact flat spring 92,87; 92,87 1 of described contact flat springs are " Y " font, and one is " one " font, and have a certain degree to the opposite direction extension of matrix 95, and its end face contact portion is semicircle 86,94; The part that contact flat spring 92,87 other ends extend is wrapped up by described ring-type insulating body 90.Two welding ends 93A, 93B: described welding ends 93A, 93B are positioned at the top of matrix 95 extensions and extend a part to matrix 95 outsides, and parallel with described ring-type insulating body 90.Described two welding ends 93A, 93B link to each other with above-mentioned a pair of contact flat spring 92,87 by the circuit in matrix 95 and the ring-type insulating body 90, form a complete circuit.9 pad 10,10A overlap on the soft PCB circuit board that extends on described welding ends 93A, 93B and flat type vibration source 1A lower casing 18 afterbodys 20.
Can see that from above-mentioned accompanying drawing this connector can be installed to specified position fast and get on, thereby improve operating efficiency owing to omitted wire bonds.But also there is some problem; As ring-type insulating body 90 and the fixing of flat type vibration source 1A upper casing as fixing and unstable, be subjected to temperature bigger, and the accuracy of installation is also inconsistent with artificial influence by double faced adhesive tape.And being installed in the height that ring-type insulating body 90 on the flat type vibration source 1A upper casing has improved whole parts beyond doubt, this change is very unfavorable concerning flat type vibration source 1A, and the original ceiling advantage of flat type vibration source 1A is disappeared totally.
Summary of the invention
Purpose of the present invention provides a kind of electric connector for flat type vibration source exactly, gets in the specified position that flat type vibration source can be installed under the situation that does not change original height fast.
Below be technical solution of the present invention:
A kind of electric connector of flat type vibration source is characterized in that: this electric connector comprises a ring-type matrix, pedestal that links to each other with the ring-type matrix and cathode metal shell fragment, negative pole metal clips;
Described ring-type matrix is the ring-type of a closure, its height a little more than or the end in the height of flat type vibration source, its inwall overlaps fully with the shell of flat type vibration source, and is fixed on the shell of described flat type vibration source;
Described pedestal is block, comprising: lower space, upper space, slot; The height of described pedestal a little more than or the end in the height of ring-type matrix or flat type vibration source, its width is more than or equal to the width of flat type vibration source lower casing afterbody, its bottom is parallel with the bottom of flat type vibration source, or a little more than or be lower than the bottom of flat type vibration source and be connected on the described ring-type matrix; Described pedestal is located at an end of flat type vibration source lower casing afterbody and fixes;
Described cathode metal shell fragment and an end of negative pole metal clips are connected the both positive and negative polarity of flat type vibration source respectively, are positioned at the lower space of described pedestal, and the other end is arranged on outside the pedestal; Described cathode metal shell fragment, negative pole metal clips comprise: first elastic region, second elastic region, weld zone, contact portion; The weld zone of described cathode metal shell fragment, negative pole metal clips and first elastic region are in the lower space of pedestal, slot through the pedestal afterbody extends in the upper space of pedestal vertically upward, and extend and bending to the opposite direction of pedestal afterbody, form second elastic region at described bending part, form contact portion in the end of described extension.
Described upper space is a rectangle, and its degree of depth is more than or equal to the height of cathode metal shell fragment, negative pole metal clips contact portion; Described upper space parallels with the bottom of pedestal, perpendicular with the afterbody of pedestal; Described lower space is a rectangle, and its height is more than or equal to the height of pad and parallel with the afterbody of pedestal perpendicular with the bottom of pedestal; Overall width after the width of the slot horizontal direction of described pedestal afterbody is installed more than or equal to cathode metal shell fragment, negative pole metal clips between two metal clipss, vertically be through to the upper space of pedestal from the lower space of pedestal, and make lower space and upper space connect into an integral body.
The weld zone and the positive and negative of flat type vibration source of described cathode metal shell fragment, negative pole metal clips very are welded to connect, or are the contact connection.
The circuit of described flat type vibration source wherein negative or positive electrode is a casing itself, then omits corresponding cathode metal shell fragment or negative pole metal clips.
Described ring-type matrix and pedestal are as a whole.
Described pedestal and casing are as a whole by being injection molded into, and then omit corresponding ring-type matrix.
Good effect of the present invention is:
1: because that ring-type matrix or pedestal and the shell of flat type vibration source structurally overlap is as a whole, this has improved consistency and the reliability of flat type vibration source aspect installation.
2: because the height basically identical of ring-type matrix or pedestal and flat type vibration source, can make the advantage of flat type vibration source on its space of performance maximum under the prerequisite of not sacrificing original height, thus can with the keen competition of column type vibrating motor in win.
3: because electric connector of the present invention has been installed, flat type vibration source can be installed to specified position quickly and easily and get on, and can save lot of manpower and material resources and production in enormous quantities, thereby can reduce its manufacturing cost to a great extent.
Fig. 1 is the connected mode figure of existing flat vibrating source circuit, and shown is the analysis chart of this vibration source integral body;
Fig. 2 is the stereogram of existing flat type vibration source and electric connector, and shown is that electric connector is installed to the whole analysis chart in back on this vibration source;
Fig. 3 is the whole cutaway view of flat type vibration source of the present invention and electric connector, shown is the analysis chart of analysing and observe from the centerline integral body of this vibration source and electric connector, has represented the bearing of trend of metal clips and the state that the ring-type matrix combines with the upper casing of flat type vibration source among the figure clearly;
Fig. 4 is the vertical view of flat type vibration source of the present invention, and the part of analysing and observe among the figure is the partial sectional view at the electric connector A of Fig. 3 place～A place;
Fig. 5 is the view that flat type vibration source of the present invention is observed from electric connector afterbody horizontal direction, and the part of analysing and observe among the figure is the partial sectional view at the electric connector B of Fig. 4 place～B place;
Fig. 6 is the whole vertical view after flat type vibration source of the present invention and base of electric connector are installed, and has represented shape and the bonding state of ring-type matrix and pedestal and the bearing of trend of metal clips of ring-type matrix among the figure clearly;
Fig. 7 is the cutaway view of third embodiment of the invention flat type vibration source and electric connector, shown is the analysis chart of analysing and observe from the centerline integral body of this vibration source and base of electric connector, has represented bearing of trend and the upper casing of flat type vibration source and the state that pedestal combines of metal clips among the figure clearly.
Be labeled as shown in the accompanying drawing: 1A: flat type vibration source, 85,83: lead, 90: ring-type insulating body, 95: matrix, 92,87: contact flat spring, 86,94: contact portion, 2: upper casing, 18: lower casing, 20: lower casing afterbody, 12: central shaft, 9: soft PCB circuit board, 10,10A: pad, 7: brush, 16: magnet steel, 6: rotor, 17: ticker; 1: ring-type matrix, 4: pedestal, 8: pedestal arc surface, 19: lower space, 5: upper space, 14: slot; 3: cathode metal shell fragment, 3A: negative pole metal clips, 29: weld zone, 15: the first elastic regions, 13: the second elastic regions, 11,11A: contact portion.
Embodiment
(embodiment 1)
Now describe concrete device and the implementation detail that the present invention proposes in detail according to above-mentioned accompanying drawing.
Electric connector of the present invention comprises: a flat type vibration source 1A, described flat type vibration source 1A are entities that the aspect ratio diameter is little.As shown in Figure 3, also comprise: a ring-type matrix 1; A pedestal 4 that links to each other with ring-type matrix 1; Reach cathode metal shell fragment 3, negative pole metal clips 3A.
Because ring-type matrix 1 structurally is an integral body with pedestal 4, thereby can make its one-tenth as a whole by injection molding way.
Fig. 4 is the vertical view of flat type vibration source of the present invention, and this figure also comprises the partial sectional view at the electric connector A of Fig. 3 place～A place; Can see from above-mentioned accompanying drawing, described ring-type matrix 1 is a ring-type, its height a little more than or less than the height of flat type vibration source 1A, its inwall overlaps fully with the upper casing 2 of flat type vibration source 1A, and is fixed on the shell 2 of described flat type vibration source 1A.
In conjunction with shown in Figure 5, described pedestal 4 is block, comprises space, a bottom 19, upper space 5, slot 14 again; The height of described pedestal 4 a little more than or the end in the height of ring-type matrix 1 or flat type vibration source 1A, its width is more than or equal to the width of flat type vibration source 1A lower casing 18 afterbodys 20, its bottom is parallel with the bottom of flat type vibration source 1A, or a little more than or be lower than the bottom of flat type vibration source 1A and be connected on the described ring-type matrix 1; Described pedestal 4 is located at an end of flat type vibration source 1A lower casing 18 afterbodys 20 and fixes.
Described cathode metal shell fragment 3 and the end of negative pole metal clips 3A are connected the both positive and negative polarity of flat type vibration source 1A respectively, are positioned at the lower space 19 of described pedestal 4, and the other end is arranged on outside the pedestal 4; Described cathode metal shell fragment 3, negative pole metal clips 3A comprise: first elastic region 15, second elastic region 13, weld zone 29, contact portion 11,11A; The weld zone 29 of described cathode metal shell fragment 3, negative pole metal clips 3A and first elastic region 15 are in the lower space 19 of pedestal 4, slot 14 through pedestal 4 afterbodys extends in the upper space 5 of pedestal 4 vertically upward, and extend and bending to the opposite direction of pedestal 4 afterbodys, form second elastic region 13 at described bending part, form contact portion 11,11A in the end of described extension.As Fig. 3, shown in Figure 6.
Described upper space 5 is rectangles, and its degree of depth is more than or equal to the height of cathode metal shell fragment 3, negative pole metal clips 3A contact portion 11,11A; Described upper space 5 parallels with the bottom of pedestal 4, and is perpendicular with the afterbody of pedestal 4; Described lower space 19 is rectangles, and its height is more than or equal to the height of pad and parallel with the afterbody of pedestal 4 perpendicular with the bottom of pedestal 4; Overall width after the width of slot 14 horizontal directions of described pedestal 4 afterbodys is installed more than or equal to cathode metal shell fragment 3, negative pole metal clips 3A between two metal clipss, vertically be through to the upper space 5 of pedestal 4 from the lower space 19 of pedestal 4, and make lower space 19 and upper space 5 connect into an integral body.
The weld zone 29 of described cathode metal shell fragment 3, negative pole metal clips 3A is weldingly connected with pad 10, the 10A on the flat type vibration source 1A lower casing 18 soft PCB circuit boards 9, the contact portion 11 of the other end, 11A link to each other with power supply on the communication apparatus, form a complete circuit.
As mentioned above, the pad 10 on described weld zone 29 and the flat type vibration source 1A lower casing 18 soft PCB circuit boards 9, the connected mode of 10A can be welded to connect as described in the present invention, also can have other different modes to connect, and connect as contact.Because when pedestal 4 needed change with cathode metal shell fragment 3, negative pole metal clips 3A because of design, multiple ways of connecting had more selection space, and has more flexibility like this.
Fig. 3 is the whole cutaway view of flat type vibration source 1A of the present invention and electric connector; Can see that on scheming this flat type vibration source 1A comprises: a lower casing 18; Central shaft 12 on the lower casing 18; Be bonded in the soft PCB circuit board 9 on the lower casing 18; Welding a pair of brush 7 on one end of described soft PCB circuit board 9; The other end extends to pad 10,10A on the lower casing afterbody 20 by it; Described solder joint 10,10A and be installed in pedestal 4 on a pair of cathode metal shell fragment 3, negative pole metal clips 3A link to each other, described cathode metal shell fragment 3, the contact portion 11 of negative pole metal clips 3A, 11A link to each other with external power source again.Simultaneously, bonding magnet steel 16 on the plane of lower casing 18; Described magnet steel 16 has the above polarity of magnetic pole 2 multiples, as 2 utmost points, 4 utmost points, 6 utmost points, 8 utmost points, 12 utmost points or the like.
What be made up of above-mentioned part is the stator module that is called as flat type vibration source 1A.Rotatable for these fixing stator modules is the rotor of forming around central shaft 12, by parts such as hard pcb board circuit board, commutator segment, coil, oiliness bearing, tickers 17 6.Described rotor 6 is designed prejudicially, makes it can produce enough centrifugal force when rotated.
As mentioned above, rotor 6 is in the top of stator module, make below its hard pcb board circuit board commutator segment can with the brush 7 end sliding contacts on the stator module, and flexibly supported by brush 7.Simultaneously, rotor 6 be placed in by upper casing 2 and lower casing 18 form be parallel to stator module and with the perpendicular axial space of central shaft 12 in.
For this reason, external power source enters by contact portion 11, the 11A of cathode metal shell fragment 3, negative pole metal clips 3A, enter pad 10 then, 10A enters soft PCB circuit board 9, pass to commutator segment by the brush 7 that is welded on the soft PCB circuit board 9, reach coil by the circuit on the hard pcb board circuit board again, interact by making coil produce the magnetic field that produces on magnetic field and the magnet steel 16, thereby impel rotor 6 rotations and produce centrifugal force.Such centrifugal force can pass on lower casing 18 and the upper casing 2 by central shaft 12, particularly when lower casing 18 is fixed on the fixed position of person communication system, such centrifugal force can make machine vibration itself by the fixed position of PCS Personal Communications System, thereby reminds the user that the information incoming call is arranged.
As mentioned above, ring-type matrix 1 of the present invention combines unexistent consistency of the electric connector with existing flat type vibration source 1A and reliability with the shell of flat type vibration source 1A, and easy for installation, quick, also have the unexistent advantage of existing electric connector on the manufacturing process with on the cost.Especially: a kind of like this electric connector is to realize under the prerequisite that does not have the existing flat type vibration source 1A height of sacrifice, thereby has positive meaning and promotional value.
(embodiment 2)
The remainder of present embodiment is substantially the same manner as Example 1, and difference is: the circuit of described flat type vibration source 1A is a casing itself very wherein, and another is metal clips or lead very.Because upper casing 2 or the lower casing 18 of flat type vibration source 1A can be the conductors of metal, it is not shown that a metallic conductor is designed at the position that flat type vibration source 1A can be installed on mobile phone in advance, when flat type vibration source 1A is installed on the position of appointment, metallic conductor contacts with upper casing 2 or the lower casing 18 of flat type vibration source 1A, and then between is set up electrical communication.The advantage of this connected mode is: because the contact area of the shell of flat type vibration source 1A is bigger, can reduce the making requirement to metallic conductor; Owing on the pedestal 4 metal clips only has been installed, thereby the making with metal clips requires also to decrease to pedestal 4, has advantage on manufacturing process and manufacturing cost.
(embodiment 3)
The remainder of present embodiment and embodiment 1, embodiment 2 are basic identical, and difference is: described upper casing 2 is as a whole by being injection molded into pedestal 4, then omits corresponding ring-type matrix 1.This structure have than embodiment 1, embodiment 2 obvious the advantage of Duoing: owing to omitted ring-type matrix 1, the profile that makes flat type vibration source 1A electric connector is littler and have more space, thereby has more competitive advantage.Is not only by injection molding way as upper casing 2 with pedestal 4, also can by other modes such as: modes such as welding, riveted joint, riveting, stretching become as a whole.As shown in Figure 7.
(embodiment 4)
The remainder of present embodiment and embodiment 1, embodiment 2, basic identical, difference is: described flat type vibration source 1A is the flat type vibration source 1A of mode of vibration as described herein, also can vibrate as modes such as ring mode, straight-line oscillations.
(embodiment 5)
As mentioned above, electric connector of the present invention not only can be installed on the flat type vibration source 1A, is more widely, this electric connector can also be installed on the electronic component with platypelloid type structure, described electronic component is as the loudspeaker on the mobile phone, microphone, and to make a video recording first-class.Because the useful space on the mobile phone is limited, the problem that same meeting has in installation just like flat type vibration source 1A in installation, thereby electric connector of the present invention not only can solve the problem that flat type vibration source 1A go up to exist, and can also solve the installation question of the electronic component that has flat structure more widely.
Embodiments of the invention only are exemplifying of doing for purpose of the present invention clearly is described; but not be limitation of the invention; on the basis of the above description different variations and correction can also be arranged, and these belong to variation that spiritual scope of the present invention extends out and also will fall within the scope of protection of the present invention with revising.
Claims (6)
1. the electric connector of flat type vibration source is characterized in that: this electric connector comprises a ring-type matrix (1), pedestal (4) that links to each other with ring-type matrix (1) and cathode metal shell fragment (3), negative pole metal clips (3A);
Described ring-type matrix (1) is the ring-type of a closure, its height a little more than or be lower than the height of flat type vibration source (1A), its inwall overlaps fully with the upper casing (2) of flat type vibration source (1A), and is fixed on the upper casing (2) of described flat type vibration source (1A);
Described pedestal (4) is block, comprises space, a bottom (19), upper space (5), slot (14); The height of described pedestal (4) a little more than or be lower than the height of ring-type matrix (1) or flat type vibration source (1A), its width is more than or equal to the width of flat type vibration source (1A) lower casing (18) afterbody (20), its bottom is parallel with the bottom of flat type vibration source (1A), or a little more than or be lower than the bottom of flat type vibration source (1A) and be connected on the described ring-type matrix (1); Described pedestal (4) is positioned at an end of flat type vibration source (1A) lower casing (18) afterbody (20) and is fixed thereon;
Described cathode metal shell fragment (3) and an end of negative pole metal clips (3A) are connected the both positive and negative polarity of flat type vibration source (1A) respectively, are positioned at the lower space (19) of described pedestal (4), and the other end is arranged on outside the pedestal (4); Described cathode metal shell fragment (3), negative pole metal clips (3A) comprising: and first elastic region (15), second elastic region (13), weld zone (29), contact portion (11,11A); The weld zone (29) of described cathode metal shell fragment (3), negative pole metal clips (3A) is in the lower space (19) of pedestal (4) with first elastic region (15), slot (14) through pedestal (4) afterbody extends in the upper space (5) of pedestal (4) vertically upward, and extend and bending to the opposite direction of pedestal (4) afterbody, form second elastic region (13) at bending part, form in the end of described extension contact portion (11,11A).
2. the electric connector of flat type vibration source according to claim 1, it is characterized in that: described upper space (5) is a rectangle, its degree of depth more than or equal to the both positive and negative polarity metal clips (3,3A) contact portion (11, height 11A); Described upper space (5) parallels with the bottom of pedestal (4), and is perpendicular with the afterbody of pedestal (4); Described lower space (19) is a rectangle, and its height parallels with the afterbody of pedestal (4) perpendicular more than or equal to the height of pad and with the bottom of pedestal (4); Overall width after the width of slot (14) horizontal direction of described pedestal (4) afterbody is installed more than or equal to cathode metal shell fragment (3), negative pole metal clips (3A) between two metal clipss, slot (14) vertically is through to the upper space (5) of pedestal (4) from the lower space (19) of pedestal (4), and makes lower space (19) and upper space (5) run through in aggregates.
3. the electric connector of flat type vibration source according to claim 1, it is characterized in that: the weld zone (29) of described cathode metal shell fragment (3) weld zone (29), negative pole metal clips (3A) and positive and negative very being welded to connect of flat type vibration source (1A), or be the contact connection.
4. the electric connector of flat type vibration source according to claim 1, it is characterized in that: the negative or positive electrode of described flat type vibration source (1A) is a casing itself, then omits corresponding cathode metal shell fragment (3) or negative pole metal clips (3A).
5. the electric connector of flat type vibration source according to claim 1 is characterized in that: described ring-type matrix (1) is as a whole with pedestal (4).
6. the electric connector of flat type vibration source according to claim 1 is characterized in that: described pedestal (4) is as a whole by being injection molded into upper casing (2), then omits corresponding ring-type matrix (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100797156A CN1881712B (en) | 2006-05-07 | 2006-05-07 | Electric connector of flat type vibration source |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100797156A CN1881712B (en) | 2006-05-07 | 2006-05-07 | Electric connector of flat type vibration source |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1881712A CN1881712A (en) | 2006-12-20 |
| CN1881712B true CN1881712B (en) | 2011-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006100797156A Expired - Fee Related CN1881712B (en) | 2006-05-07 | 2006-05-07 | Electric connector of flat type vibration source |
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| Country | Link |
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| CN (1) | CN1881712B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6227901B1 (en) * | 1998-07-10 | 2001-05-08 | Thomas & Betts International, Inc. | Motor boot for a circuit board |
| US6448677B1 (en) * | 2001-04-20 | 2002-09-10 | Samsung Electro-Mechanics Co., Ltd. | Flat-type vibration motor |
| CN1205828C (en) * | 2000-05-18 | 2005-06-08 | 莫列斯公司 | Vibrator motor fixer |
| CN2772106Y (en) * | 2005-03-08 | 2006-04-12 | 连仕云 | Connecting piece and button type vibrating motor mounted with same |
-
2006
- 2006-05-07 CN CN2006100797156A patent/CN1881712B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6227901B1 (en) * | 1998-07-10 | 2001-05-08 | Thomas & Betts International, Inc. | Motor boot for a circuit board |
| CN1205828C (en) * | 2000-05-18 | 2005-06-08 | 莫列斯公司 | Vibrator motor fixer |
| US6448677B1 (en) * | 2001-04-20 | 2002-09-10 | Samsung Electro-Mechanics Co., Ltd. | Flat-type vibration motor |
| CN2772106Y (en) * | 2005-03-08 | 2006-04-12 | 连仕云 | Connecting piece and button type vibrating motor mounted with same |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1881712A (en) | 2006-12-20 |
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Effective date of registration: 20070302 Address after: Yueqing second town, Hongqiao Town, Zhejiang Province, the territory of Ying Electronics Co., Ltd. Applicant after: Leqing Weiyang Electronic Co., Ltd. Address before: 3, Lane 90, Jixian street, Hongqiao Town, Yueqing, Zhejiang Applicant before: Lian Shiyun |
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Effective date of registration: 20090220 Address after: Zhe Hu Cun Da Jing Zhen Penlon street in Yueqing city of Zhejiang Province, No. 11 Applicant after: Gan Fangfei Address before: Yueqing, Zhejiang province Hongqiao town second industrial zone Xi Ying Electronics Co., Ltd. Applicant before: Leqing Weiyang Electronic Co., Ltd. |
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Owner name: GAN FANGFEI Free format text: FORMER OWNER: YUEQING CITY WEIYANG ELECTRONICS CO., LTD. Effective date: 20090220 |
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Inventor after: Gan Fangfei Inventor before: Lian Shiyun |
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Free format text: CORRECT: INVENTOR; FROM: LIAN SHIYUN TO: GAN FANGFEI |
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Granted publication date: 20110706 Termination date: 20150507 |
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