CN202207883U - A shell nut positioning embed equipment - Google Patents
A shell nut positioning embed equipment Download PDFInfo
- Publication number
- CN202207883U CN202207883U CN2011202943882U CN201120294388U CN202207883U CN 202207883 U CN202207883 U CN 202207883U CN 2011202943882 U CN2011202943882 U CN 2011202943882U CN 201120294388 U CN201120294388 U CN 201120294388U CN 202207883 U CN202207883 U CN 202207883U
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- nut
- location
- mesopore
- thimble
- shell
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Abstract
The utility model refers to a shell nut positioning embed equipment, which includes a nut positioning part that functions as positioning, a nut absorbing part that absorbs the nut on the nut positioning part and embeds the nut into a nut mounting position, and a control platform that plays a role in controlling the two former parts, wherein the nut positioning part includes a nut positioning mechanism and a nut arrangement mechanism that connects with the nut positioning mechanism; the nut absorb part includes a mechanical hand and an absorb mechanism that is mounted on the mechanical hand and functions as absorbing the nut; the mechanical hand is controlled by the control platform and can bring the absorb mechanism to move along the preset track in a circle way.Using this utility model on shell nut embedding and mounting can improve nut implant speed and accuracy effectively, make sure of the one-step completion of nut implant, and guarantee that the nut is embedded in the nut mounting place accurately.
Description
Technical field
The utility model relates to shell nut embedded technology field, specifically relates to a kind of shell nut location flush mounting that guarantees that nut accurately embeds.
Background technology
Prior art is produced the phone housing that is embedded with nut, the nut installation positions of adopting manual work nut to be implanted one by one correspondence on the shell more.Usually all a plurality of nuts need be installed on each shell; The nut installation position is more and be dispersed on the shell on a plurality of diverse locations; Artificial when implanting nut when adopting, the staff need spend the more time and seek each nut installation position, nut is accurately inserted in the installation position again.Mostly the nut of phone housing is miniature nut; Generally be difficult to its disposable nut installation position of inserting miniature sizes through staff; Therefore adopt the artificial nut of implanting, it is slow that not only production efficiency is low, nut is implanted speed, and exist nut that the risk of not in place or neglected loading is installed.
Summary of the invention
In view of this, the utility model technical problem that will solve provides and a kind ofly can effectively improve the shell nut location flush mounting that nut is implanted speed, the degree of accuracy and can be guaranteed the accurate inserted num of nut installation position.
For solving the problems of the technologies described above; The technical scheme that the utility model provides is: a kind of shell nut location flush mounting comprises nut localization part that nut is played the role of positioning, is used to draw the nut on the nut localization part and the nut of nut inserted num installation position drawn part and control platform to what this two parts control was used.
Said nut localization part comprises nut detent mechanism and the nut arrange agencie that is connected with the nut detent mechanism.Nut detent mechanism and nut arrange agencie are installed in to be controlled on the platform.
Wherein the nut detent mechanism comprises and is installed in the location needle tubing holder controlled on the platform, is arranged on a plurality of location needle tubing on the needle tubing holder of location, is fixed on the thimble supporting plate and movably is set on a plurality of location thimble that is used for setscrew nut in the needle tubing of corresponding location, is provided for the liftout cylinder that push-and-pull thimble supporting plate moves up and down below the thimble supporting plate.
The quantity of location thimble and location needle tubing is equal and the installation site is corresponding one by one; For example be arranged on the needle tubing holder of location be six location needle tubings the time; Then correspondence is provided with six location thimbles on the thimble supporting plate, and each location thimble all movably is set in the needle tubing of corresponding location and is used for setscrew nut.The location thimble should be provided with according to nut installation position distribution situation with the distributing position of location needle tubing; For example being arranged on the needle tubing holder of location is when correspondence is provided with six location thimbles on six location needle tubings, the thimble supporting plate, and can be equally spaced in location needle tubing holder both sides, six location thimbles of six location needle tubings are equally spaced in thimble supporting plate both sides.
Above-mentioned location needle tubing holder specifically comprises the flat board that is used for the installing and locating needle tubing and is vertically set on two risers controlling on the platform, and two risers alignment are arranged on bottom surface, dull and stereotyped two ends, and the liftout cylinder is installed in the position of dull and stereotyped corresponding below.
Said nut arrange agencie comprises one or more vibrating discs, and vibrating disc connects one or more transfer passages respectively, and each transfer passage is communicated with corresponding location needle tubing and carries nut to the nut detent mechanism.
Above-mentioned vibrating disc is preferably the floating vibrating disc of magnetic, and vibrating disc quantity, the transfer passage that the nut arrange agencie comprises looked quantity or the actual needs of location needle tubing and be provided with.For example be arranged on the needle tubing holder of location be six location needle tubings the time, the quantity of vibrating disc can correspondence be provided with six, each vibrating disc is provided with six transfer passages and locatees the corresponding one by one connection of needle tubing simultaneously, also is that the transfer passage correspondence is provided with six.In order to save the device fabrication cost, a vibrating disc can be communicated with a plurality of location needle tubing through two or more transfer passages simultaneously but in fact.For example, be arranged on the needle tubing holder of location be six location needle tubings the time, the quantity of vibrating disc can be merely one, but this vibrating disc can be provided with six transfer passages simultaneously and the corresponding one by one connection of six location needle tubings; The quantity of vibrating disc also can be set to four, and wherein two vibrating discs are provided with a transfer passage and the corresponding connection of a location needle tubing respectively, and two other vibrating disc is provided with two transfer passages and the corresponding one by one connection of two location needle tubings respectively; The quantity of vibrating disc also can be set to two, and two vibrating discs are provided with three transfer passages and the corresponding connection of three location needle tubings respectively.
During practical application, nut is put into vibrating disc, the vibrating disc vibrations are arranged nut in order on transfer passage, and are transported to the nut detent mechanism to treat the absorption of nut absorption part along transfer passage.
Above-mentioned nut drawing section branch comprises that manipulator works the draw frame machine of drawing the nut effect with being installed on the manipulator, manipulator be controlled by control platform and can take draw frame machine mobile according to setting the track circulation.
The adsorption plate that above-mentioned draw frame machine comprises the fixed head that is fixed on the manipulator, is connected with fixed head through elastic parts, and the absorbent module between fixed head, the adsorption plate is set.
The said fixing plate is " L " shape plate body, and vertical end of " L " shape plate body connects manipulator whole draw frame machine is fixed on the manipulator, and transverse end is used to install elastic parts, adsorption plate and absorbent module.
The vertical end and the transverse end of above-mentioned " L " shape plate body can be respectively arranged with short slot, and the overall weight that this helps alleviating draw frame machine is more light when making nut drawing section sub operation.
Above-mentioned elastic parts comprises that even number is connected the elastic component between fixed head and the adsorption plate; Each elastic component preferably is distributed in the transverse end edges or the edge of " L " shape plate body; Wherein the quantity of elastic component is preferably four, and four elastic components preferably are distributed in four jiaos of places of transverse end of " L " shape plate body respectively.Elastic component specifically comprises the connecting axle spring outer with being socketed in connecting axle that two ends are connected with adsorption plate with fixed head respectively.Elastic parts is mainly drawn at nut and is played buffering and balanced action when part is drawn nut, avoid each parts damaged by mechanical impulse force, and the guarantee absorbent module can be drawn a plurality of nuts simultaneously, like clockwork.
Said absorbent module comprises takes off material cylinder, thimble supporting plate, a plurality of material thimble and a plurality of nut adsorbent of taking off; The said material cylinder that takes off is fixed on the adsorption plate; The thimble supporting plate is installed on the push rod that takes off the material cylinder; Adsorption plate is provided with a plurality of nut adsorbent installing holes, and a plurality of nut adsorbents are inlaid in a plurality of nut adsorbent installing holes respectively and the adsorption plate lower end is stretched out in nut adsorbent lower end, and the nut adsorbent is provided with mesopore; A plurality of material thimbles that take off are vertically mounted on below the thimble supporting plate, take off and expect that thimble is corresponding one by one with the nut adsorbent and take off the interspersed said mesopore of material thimble.
The nut detent mechanism of the utility model is provided with a plurality of location needle tubing, a plurality of location thimble; And draw frame machine is provided with corresponding a plurality of material thimble and a plurality of nut adsorbents of taking off; Make the utility model carry out accurate in locating and embedding to a plurality of nuts simultaneously; Can effectively improve operating speed on the one hand, improve nut on the other hand and embed accuracy.
Above-mentioned take off material thimble and nut adsorbent preferably with said location thimble quantitatively with the installation site on corresponding one by one, take off simultaneously and expect that thimble, nut adsorbent, the quantity of locating thimble and installation site are best corresponding one by one with the nut installation position of shell.For example, the nut installation position of shell is six, and is equally spaced in the shell both sides of the edge, and the quantity of then taking off material thimble, nut adsorbent and location thimble preferably is set to six, and the installation site is all corresponding with the nut installation position.
Above-mentioned nut adsorbent comprises that the center is provided with the metallic object and the suction nozzle of said mesopore; Mesopore vertically connects metallic object and suction nozzle; Suction nozzle is connected the metallic object lower end; Also be provided with the movable ducts of two flow channels and two steel balls in the said metallic object, said two flow channels and mesopore are arranged in a straight line and be equally spaced in the mesopore two ends, and two flow channels are parallel at grade with mesopore; Two flow channels are connected with row's suction system through soft air pipe respectively, and two the movable duct of steel ball one ends are communicated with two flow channels are terminal respectively with mesopore middle part vertical connection, the other end respectively.Be respectively arranged with the movable steel ball that nut is played clamping action in two movable ducts of steel ball.
Also be provided with one or more base limited posts below the said adsorption plate, be used to prevent that adsorption plate from contacting with location needle tubing holder, avoid taking off the material thimble and be damaged.
During work; Manipulator is controlled platform control and is moved according to setting the track circulation; When draw frame machine was displaced downwardly to above the correspondence of nut detent mechanism taking of manipulator, the location thimble was sent in the mesopore of nut adsorbent putting in place on its terminal nut, the top in order under upwards the promoting of liftout cylinder; The degree of depth of locating thimble insertion mesopore this moment is delivered to nut the road junction in the movable ducts of two steel balls just; The exhaust of row's suction system makes air-flow flow to mesopore through two flow channels under the control of controlling platform, and air pressure makes the movable steel ball in the movable duct of steel ball all grasp nut to the mesopore activity, and liftout cylinder retraction drives the location thimble and withdraws from the nut adsorbent afterwards; After draw frame machine is drawn the nut on the nut detent mechanism; Be displaced downwardly to corresponding position, nut installation position taking of manipulator, row's suction system air-breathing air-flow that makes flows to two flow channels by mesopore under the control of controlling platform, and air pressure makes movable steel ball in the movable duct of steel ball all to removing the clamping to nut away from the direction activity of mesopore; The control of controlling platform is simultaneously taken off the material cylinder and is pressed down to drive and take off the material thimble and promote downwards, thereby nut is pushed the nut installation position.
Compared with prior art, the utlity model has following advantage:
1, the utility model through draw by controlling nut localization part that platform controls and nut that part is collaborative to be realized the accurate automation inserted num of shell, overcome adopt artificially implant that nut efficient is low, that nut is implanted speed is slow and be prone to exist nut that the deficiency of not in place or neglected loading risk is installed; The accurate cooperation of automation control through controlling platform and location, draw frame machine effectively improves nut and implants speed, the degree of accuracy, ensures that nut is implanted to settle at one go, and can guarantee the accurate inserted num of nut installation position.
2, the nut detent mechanism of the utility model is provided with a plurality of location needle tubing, a plurality of location thimble; And draw frame machine is provided with corresponding a plurality of material thimble and a plurality of nut adsorbents of taking off; Make the utility model carry out accurate in locating and embedding to a plurality of nuts simultaneously; Can effectively improve operating speed on the one hand, improve nut on the other hand and embed accuracy.
Description of drawings
Fig. 1 is the utility model nut localization part structure chart;
Fig. 2 is the utility model draw frame machine structure chart;
Fig. 3 is nut adsorbent configuration figure;
Fig. 4 is the enlarged drawing of A part among Fig. 1.
The specific embodiment
Below will combine accompanying drawing and embodiment that the utility model is explained in further detail for the ease of it will be appreciated by those skilled in the art that.
A kind of shell nut location flush mounting comprises nut localization part that nut is played the role of positioning, is used to draw the nut on the nut localization part and the nut of nut inserted num installation position drawn part and control platform 1 to what this two parts control was used.
As shown in Figure 1, the nut localization part comprises being installed in controls platform 1 top nut detent mechanism and the nut arrange agencie that is connected with the nut detent mechanism.
In the present embodiment, the nut detent mechanism comprises and is installed in the location needle tubing holder 21 controlled on the platform, is arranged on six location needle tubings 22 on the location needle tubing holder 21, is fixed on the thimble supporting plate 23 and movably is set on six location thimbles 24 that are used for setscrew nut in the needle tubing of corresponding location.Referring to Fig. 4, location thimble 24 interts in the needle tubing of location, and thimble top, location stretches out location needle tubing 22, is provided for the liftout cylinder 25 that push-and-pull thimble supporting plate moves up and down below the thimble supporting plate 23.Six location needle tubings 22 are equally spaced in needle tubing holder 21 both sides, location, six location thimbles 24 are equally spaced in thimble supporting plate 23 both sides.Locate needle tubing holder 21 and specifically comprise the flat board that is used for the installing and locating needle tubing and be vertically set on two risers controlling on the platform, two risers alignment are arranged on bottom surface, dull and stereotyped two ends, and liftout cylinder 25 is installed in the position below the dull and stereotyped correspondence.
In the present embodiment; The nut arrange agencie comprises four vibrating discs 31; Wherein two vibrating discs are provided with a transfer passage 32 and location needle tubing 22 corresponding connections respectively; Two other vibrating disc 31 is provided with two transfer passages 32 and the corresponding one by one connection of two location needle tubings respectively, and each transfer passage is communicated with corresponding location needle tubing and carries nut to the nut detent mechanism.
During practical application, nut is put into vibrating disc, the vibrating disc vibrations are arranged nut in order on transfer passage, and are transported to the nut detent mechanism to treat the absorption of nut absorption part along transfer passage.
As shown in Figure 2, nut drawing section branch comprises that manipulator works the draw frame machine of drawing the nut effect with being installed on the manipulator, manipulator be controlled by control platform and can take draw frame machine mobile according to setting the track circulation.
The adsorption plate 42 that draw frame machine comprises the fixed head 41 that is fixed on the manipulator, is connected with fixed head through elastic parts, and the absorbent module between fixed head, the adsorption plate is set.In the present embodiment, fixed head is " L " shape plate body, and vertical end of " L " shape plate body connects manipulator whole draw frame machine is fixed on the manipulator, and transverse end is used to install elastic parts, adsorption plate and absorbent module.The vertical end and the transverse end of " L " shape plate body can be respectively arranged with short slot, and the overall weight that this helps alleviating draw frame machine is more light when making nut drawing section sub operation.
Elastic parts comprises four elastic components that are connected between fixed head and the adsorption plate, and each elastic component is distributed in the place, transverse end corner of " L " shape plate body.Elastic component specifically comprises connecting axle 43 spring 44 outer with being socketed in connecting axle that two ends are connected with adsorption plate with fixed head respectively.Elastic parts is mainly drawn at nut and is played buffering and balanced action when part is drawn nut, avoid each parts damaged by mechanical impulse force, and the guarantee absorbent module can be drawn a plurality of nuts simultaneously, like clockwork.
In the present embodiment; Absorbent module comprise take off material cylinder 45, take off material thimble supporting plate 46, six take off material thimble 47 and six nut adsorbents 48; Take off material cylinder 45 and be fixed on the adsorption plate 42, take off material thimble supporting plate 46 and be installed on the push rod that takes off material cylinder 45, adsorption plate is provided with six nut adsorbent installing holes; Six nut adsorbents 48 are inlaid in six nut adsorbent installing holes respectively and the adsorption plate lower end is stretched out in nut adsorbent lower end; The nut adsorbent is provided with mesopore, and six are taken off material thimble 47 and are vertically mounted on and take off below the material thimble supporting plate, and it is corresponding one by one with the nut adsorbent and take off and expect the interspersed said mesopore of thimble to take off the material thimble.
Take off material thimble 47 and nut adsorbent 48 with locate thimble 24 quantitatively with the installation site on corresponding one by one; Quantity and the installation site of taking off material thimble, nut adsorbent, location thimble simultaneously are corresponding one by one with the nut installation position of shell, so just can make in the nut installation position of taking off embedding correspondence after the collaborative nut absorption that will set quantity of material thimble, nut adsorbent, location thimble.
As shown in Figure 3; Nut adsorbent 48 comprises that the center is provided with the metallic object 481 and suction nozzle 482 of said mesopore in the present embodiment; Mesopore vertically connects metallic object and suction nozzle, and suction nozzle is connected the metallic object lower end, also is provided with two flow channels 483 and two movable ducts 484 of steel ball in the metallic object; Two flow channels and mesopore are arranged in a straight line and be equally spaced in the mesopore two ends; Two flow channels are parallel at grade with mesopore, and two flow channels are connected with row's suction system through soft air pipe respectively, and two the movable duct of steel ball one ends are communicated with two flow channels are terminal respectively with mesopore middle part vertical connection, the other end respectively.Be respectively arranged with the movable steel ball that nut is played clamping action in two movable ducts of steel ball.Row's suction system connects to be controlled by controls platform, when needs are drawn nut, controls the exhaust of platform control row suction system; Air pressure is pushed into movable steel ball at the road junction in the movable duct of steel ball; Can realize clamping action, otherwise it is air-breathing then to control platform control row suction system to nut; Air pressure is drawn to the depths in the movable duct of steel ball with movable steel ball, can remove the clamping action to nut.
Also be provided with one or more base limited posts 49 below the adsorption plate 42, be used to prevent that adsorption plate from contacting with location needle tubing holder, avoid taking off the material thimble and be damaged.
During work; Manipulator is controlled platform control and is moved according to setting the track circulation; When draw frame machine was displaced downwardly to above the correspondence of nut detent mechanism taking of manipulator, the location thimble was sent in the mesopore of nut adsorbent putting in place on its terminal nut, the top in order under upwards the promoting of liftout cylinder; The degree of depth of locating thimble insertion mesopore this moment is delivered to nut the road junction in the movable ducts of two steel balls just; The exhaust of row's suction system makes air-flow flow to mesopore through two flow channels under the control of controlling platform, and air pressure makes the movable steel ball in the movable duct of steel ball all grasp nut to the mesopore activity, and liftout cylinder retraction drives the location thimble and withdraws from the nut adsorbent afterwards; After draw frame machine is drawn the nut on the nut detent mechanism; Be displaced downwardly to corresponding position, nut installation position taking of manipulator, row's suction system air-breathing air-flow that makes flows to two flow channels by mesopore under the control of controlling platform, and air pressure makes movable steel ball in the movable duct of steel ball all to removing the clamping to nut away from the direction activity of mesopore; The control of controlling platform is simultaneously taken off the material cylinder and is pressed down to drive and take off the material thimble and promote downwards, thereby nut is pushed the nut installation position.
The foregoing description is the preferred implementation of the utility model, and in addition, the utility model can also have other implementations.That is to say that under the prerequisite that does not break away from the utility model inventive concept, any conspicuous replacement also should fall within the protection domain of the utility model.
Claims (10)
1. shell nut location flush mounting is characterized in that: it comprises nut localization part that nut is played the role of positioning, be used to draw the nut on the nut localization part and the nut of nut inserted num installation position drawn part and control platform (1) to what this two parts control was used.
2. shell nut according to claim 1 location flush mounting; It is characterized in that: said nut localization part comprises nut detent mechanism and the nut arrange agencie that is connected with the nut detent mechanism; Said nut drawing section branch comprises that manipulator works the draw frame machine of drawing the nut effect with being installed on the manipulator, manipulator be controlled by control platform and can take draw frame machine mobile according to setting the track circulation.
3. shell nut according to claim 2 location flush mounting; It is characterized in that: said nut detent mechanism comprises and is installed in the location needle tubing holder (21) controlled on the platform, is arranged on a plurality of location needle tubings (22) on the location needle tubing holder (21), is fixed on a thimble supporting plate (23) and goes up and movably be set on a plurality of location thimbles (24) that are used for setscrew nut in the needle tubing of corresponding location, is provided for the liftout cylinder (25) that push-and-pull thimble supporting plate moves up and down below the thimble supporting plate (23); Said nut arrange agencie comprises one or more vibrating discs (31), and vibrating disc connects one or more transfer passages (32) respectively, and each transfer passage is communicated with corresponding location needle tubing and carries nut to the nut detent mechanism.
4. according to claim 2 or 3 described shell nut location flush mountings; It is characterized in that: the adsorption plate (42) that said draw frame machine comprises the fixed head (41) that is fixed on the manipulator, is connected with fixed head through elastic parts, and the absorbent module between fixed head, the adsorption plate (41,42) is set.
5. shell nut according to claim 4 location flush mounting; It is characterized in that: said absorbent module comprise take off material cylinder (45), take off material thimble supporting plate (46), a plurality of material thimble (47) and a plurality of nut adsorbent (48) of taking off; The said material cylinder (45) that takes off is fixed on the adsorption plate (42); Taking off material thimble supporting plate (46) is installed on the push rod that takes off the material cylinder; Adsorption plate is provided with a plurality of nut adsorbent installing holes, and a plurality of nut adsorbents (48) are inlaid in a plurality of nut adsorbent installing holes respectively and the adsorption plate lower end is stretched out in nut adsorbent lower end, and nut adsorbent (48) is provided with mesopore; A plurality of material thimbles (47) that take off are vertically mounted on and take off below material thimble supporting plate (46), and it is corresponding one by one with nut adsorbent (48) and take off and expect the interspersed said mesopore of thimble to take off material thimble (47).
6. shell nut according to claim 5 location flush mounting; It is characterized in that: said nut adsorbent (48) comprises that the center is provided with metallic object of said mesopore (481) and suction nozzle (482); Mesopore vertically connects metallic object (481) and suction nozzle (482); Suction nozzle is connected the metallic object lower end, is provided with the movable ducts (484) of two flow channels (483) and two steel balls in the said metallic object, and said two flow channels and mesopore are arranged in a straight line and be equally spaced in the mesopore two ends; Two flow channels are parallel at grade with mesopore; Two flow channels are connected with row's suction system through soft air pipe respectively, and two the movable duct of steel ball one ends are communicated with two flow channels are terminal respectively with mesopore middle part vertical connection, the other end respectively, are respectively arranged with the movable steel ball that nut is played clamping action in two movable ducts of steel ball.
7. shell nut according to claim 4 location flush mounting; It is characterized in that: said fixed head (41) is " L " shape plate body; " L " shape plate body vertically holds the connection manipulator that whole draw frame machine is fixed on the manipulator, and transverse end is used to install elastic parts, adsorption plate (42) and absorbent module.
8. shell nut according to claim 7 location flush mounting; It is characterized in that: said elastic parts comprises that even number is connected the elastic component between fixed head (41) and the adsorption plate (42), and each elastic component preferably is distributed in the transverse end edges or the edge of " L " shape plate body.
9. shell nut according to claim 8 location flush mounting is characterized in that: said elastic component specifically comprises the connecting axle (43) that two ends are connected with adsorption plate with fixed head respectively and is socketed in connecting axle spring (44) outward.
10. shell nut according to claim 4 location flush mounting is characterized in that: be provided with below the said adsorption plate (42) and one or morely be used to prevent adsorption plate and locate the base limited post (49) that the needle tubing holder contacts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202943882U CN202207883U (en) | 2011-08-15 | 2011-08-15 | A shell nut positioning embed equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202943882U CN202207883U (en) | 2011-08-15 | 2011-08-15 | A shell nut positioning embed equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202207883U true CN202207883U (en) | 2012-05-02 |
Family
ID=45987439
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202943882U Expired - Lifetime CN202207883U (en) | 2011-08-15 | 2011-08-15 | A shell nut positioning embed equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202207883U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102319995A (en) * | 2011-08-15 | 2012-01-18 | 格林精密部件（惠州）有限公司 | Positioning and embedding device for shell nut |
| CN103506823A (en) * | 2012-06-25 | 2014-01-15 | 昆山市创新科技检测仪器有限公司 | Nut feeding device |
| CN103769627A (en) * | 2013-12-23 | 2014-05-07 | 柳州市永信机械配件制造有限公司 | Supporting plate positioning seat |
| CN111283436A (en) * | 2020-03-20 | 2020-06-16 | 海盐沛泓汽车零部件有限公司 | Hexagonal locking nut production line with insert capable of being positioned |
| CN114952247A (en) * | 2022-04-22 | 2022-08-30 | 苏州市百诺塑胶有限责任公司 | Automatic nut assembling machine |
-
2011
- 2011-08-15 CN CN2011202943882U patent/CN202207883U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102319995A (en) * | 2011-08-15 | 2012-01-18 | 格林精密部件（惠州）有限公司 | Positioning and embedding device for shell nut |
| CN102319995B (en) * | 2011-08-15 | 2013-08-14 | 格林精密部件（惠州）有限公司 | Positioning and embedding device for shell nut |
| CN103506823A (en) * | 2012-06-25 | 2014-01-15 | 昆山市创新科技检测仪器有限公司 | Nut feeding device |
| CN103506823B (en) * | 2012-06-25 | 2017-03-01 | 昆山市创新科技检测仪器有限公司 | A kind of nut pay-off |
| CN103769627A (en) * | 2013-12-23 | 2014-05-07 | 柳州市永信机械配件制造有限公司 | Supporting plate positioning seat |
| CN111283436A (en) * | 2020-03-20 | 2020-06-16 | 海盐沛泓汽车零部件有限公司 | Hexagonal locking nut production line with insert capable of being positioned |
| CN114952247A (en) * | 2022-04-22 | 2022-08-30 | 苏州市百诺塑胶有限责任公司 | Automatic nut assembling machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120502 Effective date of abandoning: 20130814 |
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| RGAV | Abandon patent right to avoid regrant |