CN202539086U - Device for automatically sorting sizes of soft magnetic ferrites - Google Patents
Device for automatically sorting sizes of soft magnetic ferrites Download PDFInfo
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- CN202539086U CN202539086U CN2012201347646U CN201220134764U CN202539086U CN 202539086 U CN202539086 U CN 202539086U CN 2012201347646 U CN2012201347646 U CN 2012201347646U CN 201220134764 U CN201220134764 U CN 201220134764U CN 202539086 U CN202539086 U CN 202539086U
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- feeding
- push pedal
- feed
- drive unit
- blanking
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Abstract
The utility model discloses a device for automatically sorting sizes of soft magnetic ferrites. The device comprises a machine body. A feeding mechanism, a feeding size detection mechanism, a material separation conveying mechanism and a programmable logic controller (PLC) control device are arranged on the machine body, wherein the feeding mechanism comprises a material storage tray, and a material feeding and pushing device which pushes a material out of the material storage tray; the feeding size detection mechanism comprises a feeding discharge groove which receives the material, a size induction recording device which is arranged at the tail end of the feeding discharge groove, and a material feeding and pushing device which pushes the material out of the feeding discharge groove for size detection sequentially; the material separation conveying mechanism comprises a main belt conveyer which receives the material, a plurality of discharging deflection guide rails are arranged on the main belt conveyer along the trend of a belt, a size induction identification device is arranged at an inlet of each discharging deflection guide rail, and corresponding to each discharging deflection guide rail, one side of the main belt conveyer is also provided with an air blowing device which is used for blowing the material into the inlet of the corresponding guide rail; and the PLC control device is electrically connected with the size induction recording device, the size induction identification devices and the air blowing devices. The device can improve sorting efficiency, and protect the health of employees.
Description
Technical field
the utility model relates to a kind of soft magnetism size automatic sorting device.
Background technology
are present, and soft magnetism (mainly referring to soft magnetic ferrite) all need sort by appearance and size in process of production usually.Main in the prior art through artificial employing slide measure letter sorting on the product line; Soft magnetic powder remains on skin and the clothing or by in people's suction body easily when contacting with manual work; Make the workman suffer metal dust pollution, impair one's health, also cause environmental pollution simultaneously.On the other hand, manual sorting's efficient is low, needs the human resources of labor.
Summary of the invention
the utility model purpose is: a kind of soft magnetism size automatic sorting device is provided, and the letter sorting efficient of this device is high, and can not cause damage to enterprise employee health in the sort process, also can not pollute environment.
The technical scheme of the utility model is: a kind of soft magnetism size automatic sorting device, comprise body, and it is characterized in that said body is provided with:
Feeding machanism comprises material storage dish and the feed material-pulling device that is used for material is released material storage dish;
Material loading size detection mechanism comprises the material loading emissions groove that is used to accept material, is located at the feeding material-pulling device that the terminal size of material loading emissions groove is responded to tape deck and is used for the release of the material in the material loading emissions groove is passed through successively size detection;
The material-dividing and delivery structure; Comprise the main belt conveyor of accepting material; Said main belt conveyor upper edge belt trend is mounted with some discharging deviation guide rails; The porch of each discharging deviation guide rail is provided with size induction recognition device, and corresponding each the discharging deviation guide rail of simultaneously said main belt conveyor one side is provided with and is used for material is blown into the air-blowing device in the respective track inlet;
PLC control device, unidimensional induction tape deck, the gentle blowing apparatus of size induction recognition device all are electrically connected.The utility model is when concrete running; Size induction tape deck is stored in the sized data of each material that detection obtains in the PLC control device in advance; And when material is responded to recognition device through size; Said PLC control device will be discerned the material size data of acquisition and the material size data of precedence record are compared, if be consistent, the driving air-blowing device action of then giving an order is blown into material in the corresponding discharging deviation guide rail.
The preferred arc-shaped rail of discharging deviation guide rail in
the utility model, the inlet of this discharging deviation guide rail are along the belt axis arranged of main belt conveyor, and outlet is then with respect to inlet deviation an angle of 90 degrees.
are further, and the material-pulling device of feed described in the utility model is made up of feed push pedal and the feed push pedal drive unit that drives feed push pedal activity; And the feeding material-pulling device is made up of feeding push pedal and the feeding push pedal drive unit that drives feeding push pedal activity, and said feed push pedal drive unit, feeding push pedal drive unit and main belt conveyor all are electrically connected with the PLC control device.
further; The push pedal of feed described in the utility model drive unit comprises feed reducing motor and feed feed screw nut transmission; The rotating shaft of said feed reducing motor connects via belt and drives the leading screw rotation in the feed feed screw nut transmission, and the nut on the leading screw is then fixed with the feed push pedal; Said feeding push pedal drive unit comprises feeding reducing motor and feeding feed screw nut transmission, the rotating shaft of said feeding reducing motor directly with feeding feed screw nut transmission in leading screw link to each other, the nut on this leading screw is then fixed with the feeding push pedal; And said feed reducing motor, feeding reducing motor and main belt conveyor all are electrically connected with the PLC control device.
Feed push pedal drive unit and feeding driving device in
certain the utility model also can use conventional guide rail motor, perhaps reducing motor and rack-and-pinion combination, the perhaps driving arrangement commonly used in other routine techniques.
are further preferred; Above-mentioned feed material-pulling device in the utility model also comprises the feed slide rail and is located at the feed slide block on the feed slide rail; Said feed push pedal is fixed on the feed slide block, and the feed slide block is fixed with the nut in the feed feed screw nut transmission; Said feeding material-pulling device also comprises the feeding slide rail and is located at the feeding slide block on the feeding slide rail that said feeding push pedal is fixed on the feeding slide block, and the feeding slide block is fixed with the nut in the feeding feed screw nut transmission.
are further preferred, and the mass transport speed of main belt conveyor described in the utility model is greater than the mass transport speed of feeding material-pulling device.Different through with the mass transport speed designs of main belt conveyor and feeding material-pulling device can be realized the purpose that material is separated one by one easily.
are further preferred; Feeding machanism described in the utility model also comprises connection and drives the material storage dish material storage dish advance and retreat drive unit reciprocating with respect to the material loading emissions groove that said material storage dish advance and retreat drive unit is electrically connected with the PLC control device.When initial, material storage dish advance and retreat drive unit drives material storage dish and moves towards the material loading emissions groove, makes both press close to; After the feed material-pulling device was released the material on the material storage dish, material storage dish advance and retreat drive unit can drive the material storage dish rollback, makes material storage dish separate with the material loading emissions groove.
are further preferred, and the advance and retreat of material storage dish described in the utility model drive unit is that the material storage dish advance and retreat drive cylinder.Certainly the material storage dish advance and retreat drive unit in the utility model also can use conventional hydraulic jack, guide rail motor, the perhaps driving arrangement commonly used in other routine techniques.
are further; Also be provided with the rewinding permutation mechanism of sorted material being collected again arrangement described in the utility model on the body; This rewinding permutation mechanism is by forming with the some one to one rewinding permutations of said discharging deviation guide rail unit, blanking material-pulling device, the permutation dish that is used for taking in by row material that each rewinding permutation unit includes the secondary belt conveyor, the blanking emissions groove of accepting material that link to each other with corresponding discharging deviation guide rail, be used for the material in the blanking emissions groove is released by row, is used for full material propulsion plants that the material in the permutation dish is all released and the multiple layer up-down storing mechanism that is used to accept material; Said blanking material-pulling device is made up of blanking push pedal and the blanking push pedal drive unit that drives blanking push pedal activity; Saidly completely expect propulsion plant then by expecting that completely push pedal expects completely that with driving the full material push pedal drive unit of push pedal activity forms, and said blanking push pedal drive unit and expect that completely the push pedal drive unit all is electrically connected with the PLC control device.
are further preferred, and the push pedal of blanking described in the utility model drive unit is that the blanking push pedal drives cylinder, and saidly expect that completely the push pedal drive unit is for completely expecting push pedal driving cylinder.
certainly the blanking push pedal drive unit in the utility model with expect that completely the push pedal drive unit also can use the hydraulic jack of routine, guide rail motor, the perhaps driving arrangement commonly used in other routine techniques.
are further preferred; The storing of multiple layer up-down described in the utility model mechanism comprise vertical layout guide rod, be sheathed on multiple layer up-down frame and the connection on the guide rod and drive the multiple layer up-down frame by pilot hole along the up and down lift cylinder of guide rod; All be placed with the rewinding dish on each layer of said multiple layer up-down frame, said lift cylinder is electrically connected with the PLC control device.
The concrete course of work and the principle of the utility model are following:
When
were initial, the soft magnetism square formation that conventional array of procedures is good was positioned in the material storage dish, starts the utility model device immediately.Automatically row's material is delivered in the material loading emissions groove by the feed material-pulling device earlier; Feeding material-pulling device on the material loading emissions groove will arrange that material pushes one by one and the detection through size induction tape deck then, and said size induction tape deck is stored in the sized data of each material that detection obtains in the PLC control device in advance.The material that the shaping queuing is good is through after the size detection; On the belt that drops down onto main belt conveyor one by one; Because the mass transport speed of main belt conveyor is greater than the mass transport speed of feeding material-pulling device, so the material that drops on the main belt conveyor will be separated easily one by one.After the material that transmits on the main belt conveyor detects through corresponding size induction recognition device; Said PLC control device will be discerned the material size data of acquisition and the material size data of precedence record are compared; If be consistent, the driving air-blowing device work of then giving an order is blown into material in the corresponding discharging deviation guide rail.Material gets into rewinding permutation mechanism separately through discharging deviation guide rail subsequently.The material that gets into rewinding permutation mechanism at first falls into the blanking emissions groove, and after the material in the blanking emissions groove fell full whole row, the startup of blanking material-pulling device pushed the row's of putting in order material in the permutation dish, and repeats said process, and the material in permutation dish permutation again becomes square formation.Expect completely that immediately propulsion plant all releases the soft magnetism in the permutation dish, drive rewinding through multiple layer up-down storing mechanism then and rise to fall and realize multilayer rewinding storage.
The above-mentioned workflow of
the utility model is all accomplished under the unified control of PLC control device.
The utility model has the advantages that:
This soft magnetism size automatic sorting device that
the utility model provides, it can realize full-automatic letter sorting, has improved soft magnetism letter sorting efficient greatly; And because human body can not touch soft magnetic ferrite, significantly reduced the infringement of soft magnetic ferrite powder, also avoided environment to be polluted simultaneously health.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the utility model is further described:
Fig. 1 is the structure vertical view of a kind of practical implementation row of the utility model;
Fig. 2 is the left view of Fig. 1.
wherein: 1, body; 2, material storage dish; 3, material loading emissions groove; 4, main belt conveyor; 5, discharging deviation guide rail; 6, air-blowing device; 7, feed push pedal; 8, feeding push pedal; 9, feed reducing motor; 10, feed feed screw nut transmission; 11, feeding reducing motor; 12, feeding feed screw nut transmission; 13, feed slide rail; 14, feeding slide rail; 15, the material storage dish advance and retreat drive cylinder; 16, secondary belt conveyor; 17, blanking emissions groove; 18, permutation dish; 19, blanking push pedal; 20, completely expect push pedal; 21, the blanking push pedal drives cylinder; 22, expect that completely push pedal drives cylinder; 23, guide rod; 24, multiple layer up-down frame; 25, lift cylinder; 26, rewinding dish; A, size induction tape deck.
The specific embodiment
Embodiment: combine Fig. 1, shown in Figure 2, this soft magnetism size automatic sorting device that the utility model provides has body 1, and said body 1 is provided with:
feeding machanism: this feeding machanism by material storage dish 2, feed material-pulling device and the material storage dish advance and retreat drive unit that is used for material is released material storage dish 2 forms jointly.Feed material-pulling device in the present embodiment is by feed slide rail 13, be located at feed slide block (not marking among the figure) on the feed slide rail 13, be fixed in the feed push pedal 7 on the feed slide block and connect and drive the feed push pedal drive unit that feed push pedal 7 advances along feed slide rail 13 and form.Said feed push pedal drive unit comprises feed reducing motor 9 and feed feed screw nut transmission 10; Said feed reducing motor 9 is via the belt connection and drive the leading screw rotation in the feed feed screw nut transmission 10; Nut on the leading screw is then fixed with the feed slide block, and related driving feed push pedal 7 is advanced through driving the activity of feed slide block.And the two ends of feed slide rail 13 are equipped with location sensitive switch (not marking among the figure) in the present embodiment, prevent that the operation of feed slide block from exceeding stroke.
material loading size detection mechanism: this mechanism is by the material loading emissions groove 3 that is used to accept material, is located at the terminal sizes induction tape deck A (specifically seeing Fig. 2) of material loading emissions groove 3 and is used for the materials in the material loading emissions groove 3 are released and forms jointly through the feeding material-pulling device of size detection successively.The material-pulling device of feeding described in the present embodiment by feeding slide rail 14, be located at feeding slide block on the feeding slide rail 14, be fixed in the feeding push pedal 8 on the feeding slide block and connect and drive the feeding slide-driving device that feeding push pedal 8 advances along feeding slide rail 14 and form.Said feeding slide-driving device comprises feeding reducing motor 11 and feeding feed screw nut transmission 12; The rotating shaft of said feeding reducing motor 11 directly with feeding feed screw nut transmission 12 in leading screw link to each other; Nut on this leading screw then fixes with the feeding slide block, and related driving feeding push pedal 8 is advanced through driving the activity of feeding slide block.And the two ends of feeding slide rail 14 are equipped with location sensitive switch (not marking among the figure) in the present embodiment, prevent that the operation of feeding slide block from exceeding stroke.
It is reciprocating with respect to material loading emissions groove 3 that material storage dish advance and retreat drive unit in
present embodiment is used to drive material storage dish 2; This material storage dish advance and retreat drive unit is that the material storage dish advance and retreat that are positioned at material storage dish 2 bottoms drive cylinder 15, and it is electrically connected with the PLC control device.And on the body 1 of storing dish lower end, also be provided with the buffer (not marking among the figure) of regulating material storage dish 2 front and back strokes in the present embodiment.When the utility model running feed, said material storage dish advance and retreat drive cylinder 15 driving material storage dishes 2 and move towards material loading emissions groove 3, make both press close to; After the feed material-pulling device was released the material on the material storage dish 2, the material storage dish advance and retreat drive cylinder 15 can drive material storage dish 2 rollbacks, makes material storage dish 2 separate with material loading emissions groove 3.
said feed reducing motor 9, feeding reducing motor 11, main belt conveyor 4 and material storage dish advance and retreat drive cylinder 15 and all are electrically connected with the PLC control device.
material-dividing and delivery structure: have the main belt conveyor 4 of accepting material; Main belt conveyor 4 upper edge belt trends are mounted with four discharging deviation guide rails 5 described in the present embodiment; The porch of each discharging deviation guide rail 5 is provided with size induction recognition device (not drawing among the figure), and corresponding each the discharging deviation guide rail 5 of simultaneously said main belt conveyor 4 one sides is provided with and is used for material is blown into the air-blowing device 6 in the respective track inlet.The inlet of the discharging deviation guide rail 5 in the present embodiment is along the belt axis arranged of main belt conveyor 4, and outlet is then with respect to inlet deviation an angle of 90 degrees.Said size induction tape deck A, the gentle blowing apparatus 6 of size induction recognition device all are electrically connected with the PLC control device.
The mass transport speed of main belt conveyor 4 is greater than the mass transport speed of feeding material-pulling device described in
present embodiment.
Also be provided with the rewinding permutation mechanism of sorted material being collected again arrangement on the body 1 described in
present embodiment; This rewinding permutation mechanism is by forming four rewinding permutation unit with said discharging deviation guide rail 5 one to one, blanking material-pulling device, the permutation dish 18 that is used for taking in by row material that each rewinding permutation unit includes the secondary belt conveyor 16, the blanking emissions groove 17 of accepting material that link to each other with corresponding discharging deviation guide rail 5, be used for the materials in the blanking emissions groove 17 are released by row, is used for full material propulsion plants that the materials in the permutation dish 18 are all released and the multiple layer up-down storing mechanism that is used to accept material.
Blanking material-pulling device described in
present embodiment drives cylinders 21 by blanking push pedal 19 with the blanking push pedals that drive blanking push pedal 19 activities and forms; Saidly expect that completely propulsion plant is then by expecting that completely push pedal 20 expects completely that with driving push pedal 20 movable full material push pedals drive cylinders 22 and form.
Said multiple layer up-down storing mechanism in
present embodiment is a double-deck up-down storing mechanism; Be sheathed on the multiple layer up-down frame 24 (bilayer) on the guide rod 23 and connect and drive multiple layer up-down frame 24 by the guide rod 23 of vertical layout, by pilot hole and form jointly along guide rod 23 up and down lift cylinders 25; All be placed with rewinding dish 26 on each layer of said multiple layer up-down frame 24, and said blanking push pedal drives cylinder 21, completely expects that push pedal drives cylinder 22 and lift cylinder 25 all is electrically connected with the PLC control device.
The concrete course of work and the principle of present embodiment are following:
When
were initial, the soft magnetism square formation that conventional array of procedures is good was positioned in the material storage dish 2, starts the utility model device immediately.Automatically row's material is delivered in the material loading emissions groove 3 by the feed material-pulling device earlier; Feeding material-pulling device on the material loading emissions groove 3 will arrange that material pushes one by one and the detection through size induction tape deck A then, and said size induction tape deck A is stored in the sized data of each material that detection obtains in the PLC control device in advance.The material that the shaping queuing is good is through after the size detection; On the belt that drops down onto main belt conveyor 4 one by one; Because the mass transport speed of main belt conveyor 4 is greater than the mass transport speed of feeding material-pulling device, so the material that drops on the main belt conveyor 4 will be separated easily one by one.After the material that transmits on the main belt conveyor 4 detects through corresponding size induction recognition device; Said PLC control device will be discerned the material size data of acquisition and the material size data of precedence record are compared; If be consistent, driving air-blowing device 6 work of then giving an order are blown into material in the corresponding discharging deviation guide rail 5.Material is through discharging deviation guide rail 5 entering rewinding permutation mechanisms separately subsequently.The material that gets into rewinding permutation mechanism at first falls into blanking emissions groove 17; After the material in the blanking emissions groove 17 falls full whole row; The startup of blanking material-pulling device pushes the row's of putting in order material in the permutation dish 18, and repeats said process, and the material in permutation dish 18 permutation again becomes square formation.Expect completely that immediately propulsion plant all releases the soft magnetisms in the permutation dish 18, drive rewinding dish 26 through multiple layer up-down storing mechanism then and go up and down to realize multilayer rewindings storage.
The above-mentioned workflow of
the utility model is all accomplished under the unified control of PLC control device.
the foregoing description certainly only are the technical conceive and the characteristics of explanation the utility model; Its purpose is to let the people who is familiar with this technology can understand content of the utility model and enforcement according to this, can not limit the protection domain of the utility model with this.All modifications of doing according to the spirit of the utility model main technical schemes all should be encompassed within the protection domain of the utility model.
Claims (10)
1. a soft magnetism size automatic sorting device comprises body (1), it is characterized in that said body (1) is provided with:
Feeding machanism comprises material storage dish (2) and is used for material is released the feed material-pulling device of material storage dish (2);
Material loading size detection mechanism comprises the material loading emissions groove (3) that is used to accept material, is located at the terminal size induction tape deck (A) of material loading emissions groove (3) and is used for the material that material loading emissions groove (3) is interior and release the feeding material-pulling device that passes through size detection successively;
The material-dividing and delivery structure; Comprise the main belt conveyor (4) of accepting material; Said main belt conveyor (4) upper edge belt trend is mounted with some discharging deviation guide rails (5); The porch of each discharging deviation guide rail (5) is provided with size induction recognition device, and corresponding each the discharging deviation guide rail (5) of simultaneously said main belt conveyor (4) one sides is provided with and is used for material is blown into the air-blowing device (6) in the respective track inlet;
The PLC control device, unidimensional induction tape deck (A), the size induction gentle blowing apparatus of recognition device (6) all are electrically connected.
2. soft magnetism size automatic sorting device according to claim 1 is characterized in that: said feed material-pulling device is made up of feed push pedal (7) and the movable feed push pedal drive unit of driving feed push pedal (7); And the feeding material-pulling device is made up of feeding push pedal (8) and the movable feeding push pedal drive unit of driving feeding push pedal (8), and said feed push pedal drive unit, feeding push pedal drive unit and main belt conveyor (4) all are electrically connected with the PLC control device.
3. soft magnetism size automatic sorting device according to claim 2; It is characterized in that: said feed push pedal drive unit comprises feed reducing motor (9) and feed feed screw nut transmission (10); The rotating shaft of said feed reducing motor (9) connects via belt and drives the leading screw rotation in the feed feed screw nut transmission (10), and the nut on the leading screw is then fixing with feed push pedal (7); Said feeding push pedal drive unit comprises feeding reducing motor (11) and feeding feed screw nut transmission (12); The rotating shaft of said feeding reducing motor (11) directly with feeding feed screw nut transmission (12) in leading screw link to each other, the nut on this leading screw is then fixed with feeding push pedal (8); And said feed reducing motor (9), feeding reducing motor (11) and main belt conveyor (4) all are electrically connected with the PLC control device.
4. soft magnetism size automatic sorting device according to claim 3; It is characterized in that: said feed material-pulling device also comprises feed slide rail (13) and is located at the feed slide block on the feed slide rail (13); Said feed push pedal (7) is fixed on the feed slide block, and the feed slide block is fixed with the nut in the feed feed screw nut transmission (10); Said feeding material-pulling device also comprises feeding slide rail (14) and is located at the feeding slide block on the feeding slide rail (14), and said feeding push pedal (8) is fixed on the feeding slide block, and the feeding slide block is fixed with the nut in the feeding feed screw nut transmission (12).
5. according to claim 1 or 2 or 3 described soft magnetism size automatic sorting devices, it is characterized in that the mass transport speed of the mass transport speed of said main belt conveyor (4) greater than the feeding material-pulling device.
6. according to claim 1 or 2 or 3 described soft magnetism size automatic sorting devices; It is characterized in that said feeding machanism also comprises connection and drives material storage dish (2) the material storage dish advance and retreat drive unit reciprocating with respect to material loading emissions groove (3), said material storage dish advance and retreat drive unit is electrically connected with the PLC control device.
7. soft magnetism size automatic sorting device according to claim 6 is characterized in that said material storage dish advance and retreat drive unit is that the material storage dish advance and retreat drive cylinder (15).
8. according to claim 1 or 2 or 3 described soft magnetism size automatic sorting devices; It is characterized in that: also be provided with the rewinding permutation mechanism of sorted material being collected again arrangement on the said body (1); This rewinding permutation mechanism is by forming with the some one to one rewinding permutations of said discharging deviation guide rail (5) unit, and each rewinding permutation unit includes the secondary belt conveyor (16) continuous with corresponding discharging deviation guide rail (5), accepts the blanking emissions groove (17) of material, is used for blanking material-pulling device, the permutation dish (18) that is used for taking in by row material that the material in the blanking emissions groove (17) is released by row, the full material propulsion plants that are used for the whole releases of the material that permutation dish (18) is interior and the multiple layer up-down storing mechanism that is used to accept material; Said blanking material-pulling device is made up of blanking push pedal (19) and the movable blanking push pedal drive unit of driving blanking push pedal (19); Saidly expect that completely propulsion plant then completely expects push pedal (20) movable full material push pedal drive unit is formed by completely expecting push pedal (20) and drive, and said blanking push pedal drive unit and expect that completely the push pedal drive unit all is electrically connected with the PLC control device.
9. soft magnetism size automatic sorting device according to claim 8 is characterized in that said blanking push pedal drive unit is that the blanking push pedal drives cylinder (21), and saidly expects that completely the push pedal drive unit is for completely expecting push pedal driving cylinder (22).
10. soft magnetism size automatic sorting device according to claim 8; It is characterized in that said multiple layer up-down storing mechanism comprise vertical layout guide rod (23), be sheathed on the multiple layer up-down frame (24) on the guide rod (23) and connect and drive multiple layer up-down frame (24) by pilot hole along the up and down lift cylinder (25) of guide rod (23); All be placed with rewinding dish (26) on each layer of said multiple layer up-down frame (24), said lift cylinder (25) is electrically connected with the PLC control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201347646U CN202539086U (en) | 2012-04-01 | 2012-04-01 | Device for automatically sorting sizes of soft magnetic ferrites |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201347646U CN202539086U (en) | 2012-04-01 | 2012-04-01 | Device for automatically sorting sizes of soft magnetic ferrites |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202539086U true CN202539086U (en) | 2012-11-21 |
Family
ID=47159778
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201347646U Withdrawn - After Issue CN202539086U (en) | 2012-04-01 | 2012-04-01 | Device for automatically sorting sizes of soft magnetic ferrites |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202539086U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102615048A (en) * | 2012-04-01 | 2012-08-01 | 上海安添机电科技有限公司 | Soft magnetic size automatic sorting device |
| CN105364450A (en) * | 2015-12-21 | 2016-03-02 | 东莞市浩曦阳电子有限公司 | Full-automatic part sorting and conveying system |
| CN107352252A (en) * | 2017-07-27 | 2017-11-17 | 安徽江淮汽车集团股份有限公司 | Parts sorting equipment |
-
2012
- 2012-04-01 CN CN2012201347646U patent/CN202539086U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102615048A (en) * | 2012-04-01 | 2012-08-01 | 上海安添机电科技有限公司 | Soft magnetic size automatic sorting device |
| CN105364450A (en) * | 2015-12-21 | 2016-03-02 | 东莞市浩曦阳电子有限公司 | Full-automatic part sorting and conveying system |
| CN107352252A (en) * | 2017-07-27 | 2017-11-17 | 安徽江淮汽车集团股份有限公司 | Parts sorting equipment |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121121 Effective date of abandoning: 20130821 |
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| RGAV | Abandon patent right to avoid regrant |