CN204204411U - A kind of portable hard drive being convenient to identification grafting direction - Google Patents
A kind of portable hard drive being convenient to identification grafting direction Download PDFInfo
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- CN204204411U CN204204411U CN201420574347.2U CN201420574347U CN204204411U CN 204204411 U CN204204411 U CN 204204411U CN 201420574347 U CN201420574347 U CN 201420574347U CN 204204411 U CN204204411 U CN 204204411U
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Abstract
The utility model relates to a kind of portable hard drive being convenient to identify grafting direction, it comprises portable hard drive body and data line, portable hard drive body is connected with computer by data line, portable hard drive body is provided with the first data-interface, one end of data line is provided with the second data-interface, and the other end of data line is provided with the 3rd data-interface, and computer is provided with the 4th data-interface, second data-interface coordinates grafting with the first data-interface, and the 3rd data-interface coordinates grafting with the 4th data-interface; The side of the first data-interface is provided with the first grafting pilot lamp, the second data-interface with the first data-interface grafting after the same side be provided with the second grafting pilot lamp; The side of the 3rd data-interface is provided with the 3rd grafting pilot lamp, and the same side after the 4th data-interface and the 3rd data-interface grafting is provided with the 4th grafting pilot lamp.
Description
Technical field
The utility model belongs to memory area, is specifically related to a kind of portable hard drive being convenient to identify grafting direction.
Background technology
Along with network with multimedialy to develop rapidly, the Large Volume Data that people more and more often run in units of GB exchanges, in the face of such fat person's data, the carrier that hard disk is best beyond doubt, but common hard disc is mounted in cabinet, and operating system is installed, has therefore been not easy to mobile.And portable hard drive has that capacity is large, volume is little, speed is high, speed is high and the advantage such as reliability lifting due to it, just receives the favor of numerous consumer.
Portable hard drive comprises portable hard drive body and data line; described portable hard drive body is connected with computer by data line; in the process that portable hard drive uses; particularly portable hard drive body and data line grafting; and in the grafting process of data line and computer; the direction that often there will be due to grafting is not right; adjustment direction is caused repeatedly to carry out the present situation of grafting; this kind of situation is very easy to the damage causing portable hard drive body, data line and computer connecting portion, and then causes loss unnecessary on material and temporal waste.
Utility model content
In order to solve the problems referred to above that prior art exists, the utility model provides and can identify grafting direction, improves a kind of portable hard drive being convenient to identify grafting direction of grafting accuracy.
The technical scheme that the utility model adopts is:
A kind of portable hard drive being convenient to identification grafting direction, it comprises portable hard drive body and data line, described portable hard drive body is connected with computer by data line, described portable hard drive body is provided with the first data-interface, one end of described data line is provided with the second data-interface, the other end of described data line is provided with the 3rd data-interface, described computer is provided with the 4th data-interface, described second data-interface coordinates grafting with described first data-interface, and described 3rd data-interface coordinates grafting with described 4th data-interface; The side of described first data-interface is provided with the first grafting pilot lamp, described second data-interface with described first data-interface grafting after the same side be provided with the second grafting pilot lamp; The side of described 3rd data-interface is provided with the 3rd grafting pilot lamp, and the same side after described 4th data-interface and described 3rd data-interface grafting is provided with the 4th grafting pilot lamp; The light that described first grafting pilot lamp sends appears portable hard drive, and this is external, and the light that described second grafting pilot lamp and the 3rd grafting pilot lamp send appears outside data line, and the light that described 4th grafting pilot lamp sends appears outside computer.
Adopt above structure, the side of described first data-interface is provided with the first grafting pilot lamp, described second data-interface with described first data-interface grafting after the same side be provided with the second grafting pilot lamp; First data-interface and the second data-interface are being carried out in the process of grafting, first grafting pilot lamp and the second grafting pilot lamp can indicate the correct direction of grafting accurately, make grafting once success, avoid the direction due to grafting not damage the first data-interface caused and the second data-interface.The side of described 3rd data-interface is provided with the 3rd grafting pilot lamp, and the same side after described 4th data-interface and described 3rd data-interface grafting is provided with the 4th grafting pilot lamp; 3rd data-interface and the 4th data-interface are being carried out in the process of grafting, 3rd grafting pilot lamp and the 4th grafting pilot lamp can indicate the correct direction of grafting accurately, make grafting once success, avoid the direction due to grafting not damage the 3rd data-interface caused and the 4th data-interface.
The first built-in power is provided with in described portable hard drive body, described first built-in power is connected with the first grafting pilot lamp, the second built-in power is provided with in described data line, described second built-in power is connected with the second grafting pilot lamp and the 3rd grafting pilot lamp respectively, the power sources in series of described 4th grafting pilot lamp and computer.Be that the first grafting pilot lamp is powered by the first built-in power, the second built-in power is that the second grafting pilot lamp and the 3rd grafting pilot lamp are powered, and conveniently controls respectively the first grafting pilot lamp and the second grafting pilot lamp and the 3rd grafting pilot lamp; And be located on computer due to the 4th grafting pilot lamp, computer in a state of use, needs power supply to power to it, computer is in the state be powered always, therefore the power supply of computer can be that the 4th grafting pilot lamp is powered always, without the need to separately arranging power supply, and can effective conserve space.
Preferably, described portable hard drive body is provided with the first gauge tap, and described first gauge tap is connected with the first built-in power and described first grafting pilot lamp.Pass through said structure, first gauge tap can control switching on and off of the first built-in power and the first grafting pilot lamp, do not needing the situation of use first grafting pilot lamp, by the first gauge tap, the first built-in power and the first grafting pilot lamp can be disconnected, realize the object of the electric energy of saving first built-in power.
Preferably, described data line is provided with the second gauge tap, and described second gauge tap is connected with described second built-in power, described second grafting pilot lamp and described 3rd grafting pilot lamp.Pass through said structure, second gauge tap can control switching on and off of the second built-in power and the first grafting pilot lamp and the 3rd grafting pilot lamp, do not needing the situation of use second grafting pilot lamp and the 3rd grafting pilot lamp, by the second gauge tap, the second built-in power and the second grafting pilot lamp and the 3rd grafting pilot lamp can be disconnected, realize the object of the electric energy of saving second built-in power.In addition because the first internal battery is located on portable hard drive body, the second built-in power is located at data line, and both are independent of each other, and can work alone.
Preferably, described portable hard drive body is provided with the first through hole, and described first grafting pilot lamp top passes the first through hole and extends outside portable hard drive body; Described data line is respectively equipped with the second through hole and third through-hole, described second grafting pilot lamp top passes the second through hole and extends outside data line, and described 3rd grafting pilot lamp top passes third through-hole and extends outside data line; Described computer is provided with fourth hole, and described 4th grafting pilot lamp top passes fourth hole and extends outside computer.The light that this structure can make the first grafting pilot lamp, the second grafting pilot lamp, the 3rd grafting pilot lamp and the 4th grafting pilot lamp send, can be more clear, lower to the lighting requirements of the first grafting pilot lamp, the second grafting pilot lamp, the 3rd grafting pilot lamp and the 4th grafting pilot lamp, save financial cost.
Preferably, the position that described portable hard drive body is provided with the first grafting pilot lamp is provided with the first hyaline layer, and the light that described first grafting pilot lamp sends exposes to outside portable hard drive body by the first hyaline layer; The position that described data line is provided with the second grafting pilot lamp is provided with the second hyaline layer, the light that described second grafting pilot lamp sends exposes to outside data line by the second hyaline layer, the position that described data line is provided with the 3rd grafting pilot lamp is provided with the 3rd hyaline layer, and the light that described 3rd grafting pilot lamp sends exposes to outside data line by the 3rd hyaline layer; The position that described computer is provided with the 4th grafting pilot lamp is provided with the 4th hyaline layer, and the light that described 4th grafting pilot lamp sends is exposed to outside computer by the 4th hyaline layer.This structure, due to the first grafting pilot lamp, second grafting pilot lamp and the 3rd grafting pilot lamp, and the 4th grafting pilot lamp be divided into and be positioned at portable hard drive body, data line and computer, therefore the first grafting pilot lamp, the second grafting pilot lamp and the 3rd grafting pilot lamp, and the 4th grafting pilot lamp due to collision wait damage possibility reduction, effectively can extend the first grafting pilot lamp, the second grafting pilot lamp and the 3rd grafting pilot lamp, and the serviceable life of the 4th grafting pilot lamp.
Preferably, described first built-in power and the second built-in power are button cell.Button cell small volume, is convenient to install, effectively can saves space.
Preferably, described first grafting pilot lamp, described second grafting pilot lamp, described 3rd grafting pilot lamp and described 4th grafting pilot lamp are LED.LED is relatively long for serviceable life, and luminosity is good.
The beneficial effects of the utility model are: be provided with the first grafting pilot lamp by the side of the first data-interface on portable hard drive body, the second data-interface of data line with described first data-interface grafting after the same side be provided with the second grafting pilot lamp; First data-interface and the second data-interface are being carried out in the process of grafting, first grafting pilot lamp and the second grafting pilot lamp can indicate the correct direction of grafting accurately, make grafting once success, avoid the direction due to grafting not damage the first data-interface caused and the second data-interface.The side of the 3rd data-interface of data line is provided with the 3rd grafting pilot lamp, and the same side after the 4th data-interface of computer and described 3rd data-interface grafting is provided with the 4th grafting pilot lamp; 3rd data-interface and the 4th data-interface are being carried out in the process of grafting, 3rd grafting pilot lamp and the 4th grafting pilot lamp can indicate the correct direction of grafting accurately, make grafting once success, avoid the direction due to grafting not damage the 3rd data-interface caused and the 4th data-interface.
After the first grafting pilot lamp, the second grafting pilot lamp, the 3rd grafting pilot lamp and the 4th grafting pilot lamp luminescence, be easy to identify, using the first grafting pilot lamp, the second grafting pilot lamp, the 3rd grafting pilot lamp and the 4th grafting pilot lamp as instruction first data-interface and the second data-interface, the mark whether direction of the 3rd data-interface and the 4th data-interface grafting correct, clear significantly.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation being convenient to identify that the portable hard drive in grafting direction is connected with computer of the utility model;
Fig. 2 is the first partial enlarged drawing of A in Fig. 1;
Fig. 3 is the second partial enlarged drawing of A in Fig. 1;
Fig. 4 is the first partial enlarged drawing of B in Fig. 1;
Fig. 5 is the second partial enlarged drawing of B in Fig. 1;
Fig. 6 is the structural representation of being convenient to identify computer that the portable hard drive in grafting direction be connected a kind of with the utility model;
Fig. 7 is the first partial enlarged drawing of C in Fig. 6;
Fig. 8 is the second partial enlarged drawing of C in Fig. 6;
Fig. 9 is the circuit diagram of the utility model portable hard drive body;
Figure 10 is the circuit diagram of the utility model data line.
In figure: 1, portable hard drive body; 11, the first data-interface; 12, the first grafting pilot lamp; 13, the first built-in power; 14, the first gauge tap; 15, the first through hole; 16, the first hyaline layer; 2, data line; 20, the second data-interface; 21, the 3rd data-interface; 22, the second grafting pilot lamp; 23, the 3rd grafting pilot lamp; 24, the second built-in power; 25, the second gauge tap; 26, the second through hole; 27, third through-hole; 28, the second hyaline layer; 29, the 3rd hyaline layer; 3, computer; 31, the 4th data-interface; 32, the 4th grafting pilot lamp; 33, fourth hole; 34, the 4th hyaline layer.
Embodiment
As shown in one of Fig. 1-10, the utility model provides a kind of portable hard drive being convenient to identify grafting direction, it comprises portable hard drive body 1 and data line, described portable hard drive body 1 is connected with computer by data line, described portable hard drive body 1 is provided with the first data-interface 11, one end of described data line is provided with the second data-interface 20, the other end of described data line is provided with the 3rd data-interface 21, described computer is provided with the 4th data-interface 31, described second data-interface 20 coordinates grafting with described first data-interface 11, described 3rd data-interface 21 coordinates grafting with described 4th data-interface 31, the side of described first data-interface 11 is provided with the first grafting pilot lamp 12, described second data-interface 20 with described first data-interface 11 grafting after the same side be provided with the second grafting pilot lamp 22, the side of described 3rd data-interface 21 is provided with the 3rd grafting pilot lamp 23, and the same side after described 4th data-interface 31 and described 3rd data-interface 21 grafting is provided with the 4th grafting pilot lamp 32, the light that described first grafting pilot lamp 12 sends appears outside portable hard drive body 1, and the light that described second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23 send appears outside data line, and the light that described 4th grafting pilot lamp 32 sends appears outside computer.
The same side in above-mentioned after first data-interface 11 and the second data-interface 20 grafting, after being the first data-interface 11 and the second data-interface 20 grafting, by the first data-interface 11 and the second data-interface 20 left side integrally, right side, upside or downside;
The same side after 3rd data-interface 21 and the 4th data-interface 31 grafting, after being the 3rd data-interface 21 and the 4th data-interface 31 grafting, by the 3rd data-interface 21 and the 4th data-interface 31 left side integrally, right side, upside or downside.
Adopt above structure, the side of described first data-interface 11 is provided with the first grafting pilot lamp 12, described second data-interface 20 with described first data-interface 11 grafting after the same side be provided with the second grafting pilot lamp 22; First data-interface 11 and the second data-interface 20 are being carried out in the process of grafting, first grafting pilot lamp 12 and the second grafting pilot lamp 22 can indicate the correct direction of grafting accurately, make grafting once success, avoid the direction due to grafting not damage the first data-interface 11 caused and the second data-interface 20.The side of described 3rd data-interface 21 is provided with the 3rd grafting pilot lamp 23, and the same side after described 4th data-interface 31 and described 3rd data-interface 21 grafting is provided with the 4th grafting pilot lamp 32; 3rd data-interface 21 and the 4th data-interface 31 are being carried out in the process of grafting, 3rd grafting pilot lamp 23 and the 4th grafting pilot lamp 32 can indicate the correct direction of grafting accurately, make grafting once success, avoid the direction due to grafting not damage the 3rd data-interface 21 caused and the 4th data-interface 31.
The first built-in power 13 is provided with in described portable hard drive body 1, described first built-in power 13 is connected with the first grafting pilot lamp 12, the second built-in power 24 is provided with in described data line, described second built-in power 24 is connected with the second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23 respectively, the power sources in series of described 4th grafting pilot lamp 32 and computer.Be that the first grafting pilot lamp 12 is powered by the first built-in power 13, second built-in power 24 is that the second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23 are powered, and convenient controls respectively the first grafting pilot lamp 12 and the second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23; And be located on computer due to the 4th grafting pilot lamp 32, computer in a state of use, needs power supply to power to it, computer is in the state be powered always, therefore the power supply of computer can be that the 4th grafting pilot lamp 32 is powered always, without the need to separately arranging power supply, and can effective conserve space.
Preferably, described portable hard drive body 1 is provided with the first gauge tap 14, and described first gauge tap 14 is connected with the first built-in power 13 and described first grafting pilot lamp 12.Pass through said structure, first gauge tap 14 can control switching on and off of the first built-in power 13 and the first grafting pilot lamp 12, do not needing the situation of use first grafting pilot lamp 12, by the first gauge tap 14, first built-in power 13 and the first grafting pilot lamp 12 can be disconnected, realize the object of the electric energy of saving first built-in power 13.
Preferably, described data line is provided with the second gauge tap 25, and described second gauge tap 25 is connected with described second built-in power 24, described second grafting pilot lamp 22 and described 3rd grafting pilot lamp 23.Pass through said structure, second gauge tap 25 can control switching on and off of the second built-in power 24 and the first grafting pilot lamp 12 and the 3rd grafting pilot lamp 23, do not needing the situation of use second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23, by the second gauge tap 25, second built-in power 24 and the second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23 can be disconnected, realize the object of the electric energy of saving second built-in power 24.In addition because the first internal battery is located on portable hard drive body 1, the second built-in power 24 is located at data line, and both are independent of each other, and can work alone.
Preferably, described portable hard drive body 1 is provided with the first through hole 15, and described first grafting pilot lamp 12 top passes the first through hole 15 and extends outside portable hard drive body 1; Described data line is respectively equipped with the second through hole 26 and third through-hole 27, described second grafting pilot lamp 22 top passes the second through hole 26 and extends outside data line, and described 3rd grafting pilot lamp 23 top passes third through-hole 27 and extends outside data line; Described computer is provided with fourth hole 33, and described 4th grafting pilot lamp 32 top passes fourth hole 33 and extends outside computer.The light that this structure can make the first grafting pilot lamp 12, second grafting pilot lamp 22, the 3rd grafting pilot lamp 23 and the 4th grafting pilot lamp 32 send, can be more clear, lower to the lighting requirements of the first grafting pilot lamp 12, second grafting pilot lamp 22, the 3rd grafting pilot lamp 23 and the 4th grafting pilot lamp 32, save financial cost.
Preferably, the position that described portable hard drive body 1 is provided with the first grafting pilot lamp 12 is provided with the first hyaline layer 16, and the light that described first grafting pilot lamp 12 sends exposes to outside portable hard drive body 1 by the first hyaline layer 16; The position that described data line is provided with the second grafting pilot lamp 22 is provided with the second hyaline layer 28, the light that described second grafting pilot lamp 22 sends exposes to outside data line by the second hyaline layer 28, the position that described data line is provided with the 3rd grafting pilot lamp 23 is provided with the 3rd hyaline layer 29, and the light that described 3rd grafting pilot lamp 23 sends exposes to outside data line by the 3rd hyaline layer 29; The position that described computer is provided with the 4th grafting pilot lamp 32 is provided with the 4th hyaline layer 34, and the light that described 4th grafting pilot lamp 32 sends is exposed to outside computer by the 4th hyaline layer 34.This structure, due to the first grafting pilot lamp 12, second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23, and the 4th grafting pilot lamp 32 be divided into and be positioned at portable hard drive body 1, data line and computer, therefore the first grafting pilot lamp 12, second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23, and the 4th grafting pilot lamp 32 due to collision wait damage possibility reduction, effectively can extend the first grafting pilot lamp 12, second grafting pilot lamp 22 and the 3rd grafting pilot lamp 23, and the serviceable life of the 4th grafting pilot lamp 32.
Preferably, described first built-in power 13 and the second built-in power 24 are button cell.Button cell small volume, is convenient to install, effectively can saves space.
Preferably, described first grafting pilot lamp 12, described second grafting pilot lamp 22, described 3rd grafting pilot lamp 23 and described 4th grafting pilot lamp 32 are LED.LED is relatively long for serviceable life, and luminosity is good.
The utility model is not limited to above-mentioned preferred forms; anyone can draw other various forms of products under enlightenment of the present utility model; no matter but any change is done in its shape or structure; every have identical with the application or akin technical scheme, all drops within protection domain of the present utility model.
Claims (8)
1. be convenient to the portable hard drive identifying grafting direction for one kind, it comprises portable hard drive body and data line, described portable hard drive body is connected with computer by data line, it is characterized in that: described portable hard drive body is provided with the first data-interface, one end of described data line is provided with the second data-interface, the other end of described data line is provided with the 3rd data-interface, described computer is provided with the 4th data-interface, described second data-interface coordinates grafting with described first data-interface, and described 3rd data-interface coordinates grafting with described 4th data-interface; The side of described first data-interface is provided with the first grafting pilot lamp, described second data-interface with described first data-interface grafting after the same side be provided with the second grafting pilot lamp; The side of described 3rd data-interface is provided with the 3rd grafting pilot lamp, and the same side after described 4th data-interface and described 3rd data-interface grafting is provided with the 4th grafting pilot lamp; The light that described first grafting pilot lamp sends appears portable hard drive, and this is external, and the light that described second grafting pilot lamp and the 3rd grafting pilot lamp send appears outside data line, and the light that described 4th grafting pilot lamp sends appears outside computer.
2. a kind of portable hard drive being convenient to identification grafting direction according to claim 1, it is characterized in that: in described portable hard drive body, be provided with the first built-in power, described first built-in power is connected with the first grafting pilot lamp, the second built-in power is provided with in described data line, described second built-in power is connected with the second grafting pilot lamp and the 3rd grafting pilot lamp respectively, the power sources in series of described 4th grafting pilot lamp and computer.
3. a kind of portable hard drive being convenient to identification grafting direction according to claim 2, it is characterized in that: described portable hard drive body is provided with the first gauge tap, described first gauge tap is connected with the first built-in power and described first grafting pilot lamp.
4. a kind of portable hard drive being convenient to identification grafting direction according to claim 2, it is characterized in that: described data line is provided with the second gauge tap, described second gauge tap is connected with described second built-in power, described second grafting pilot lamp and described 3rd grafting pilot lamp.
5. a kind of portable hard drive being convenient to identification grafting direction according to claim 1, it is characterized in that: described portable hard drive body is provided with the first through hole, described first grafting pilot lamp top passes the first through hole and extends outside portable hard drive body; Described data line is respectively equipped with the second through hole and third through-hole, described second grafting pilot lamp top passes the second through hole and extends outside data line, and described 3rd grafting pilot lamp top passes third through-hole and extends outside data line; Described computer is provided with fourth hole, and described 4th grafting pilot lamp top passes fourth hole and extends outside computer.
6. a kind of portable hard drive being convenient to identification grafting direction according to claim 1, it is characterized in that: the position that described portable hard drive body is provided with the first grafting pilot lamp is provided with the first hyaline layer, the light that described first grafting pilot lamp sends exposes to outside portable hard drive body by the first hyaline layer; The position that described data line is provided with the second grafting pilot lamp is provided with the second hyaline layer, the light that described second grafting pilot lamp sends exposes to outside data line by the second hyaline layer, the position that described data line is provided with the 3rd grafting pilot lamp is provided with the 3rd hyaline layer, and the light that described 3rd grafting pilot lamp sends exposes to outside data line by the 3rd hyaline layer; The position that described computer is provided with the 4th grafting pilot lamp is provided with the 4th hyaline layer, and the light that described 4th grafting pilot lamp sends is exposed to outside computer by the 4th hyaline layer.
7., according to a kind of portable hard drive being convenient to identification grafting direction one of claim 2-4 Suo Shu, it is characterized in that: described first built-in power and the second built-in power are button cell.
8., according to a kind of portable hard drive being convenient to identification grafting direction one of claim 1-6 Suo Shu, it is characterized in that: described first grafting pilot lamp, described second grafting pilot lamp, described 3rd grafting pilot lamp and described 4th grafting pilot lamp are LED.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420574347.2U CN204204411U (en) | 2014-09-30 | 2014-09-30 | A kind of portable hard drive being convenient to identification grafting direction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420574347.2U CN204204411U (en) | 2014-09-30 | 2014-09-30 | A kind of portable hard drive being convenient to identification grafting direction |
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| Publication Number | Publication Date |
|---|---|
| CN204204411U true CN204204411U (en) | 2015-03-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420574347.2U Active CN204204411U (en) | 2014-09-30 | 2014-09-30 | A kind of portable hard drive being convenient to identification grafting direction |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204204411U (en) |
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2014
- 2014-09-30 CN CN201420574347.2U patent/CN204204411U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
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| CP01 | Change in the name or title of a patent holder |
Address after: Venus 201507 Cao Jing Town Jinshan District Shanghai City No. 1070 Patentee after: Limited by Share Ltd supply chain Address before: Venus 201507 Cao Jing Town Jinshan District Shanghai City No. 1070 Patentee before: SHANGHAI MAICHUANG ELECTRONICS CO., LTD. |
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| CP03 | Change of name, title or address |
Address after: Room 308, Tangchen financial building, 710 Dongfang Road, Pudong New Area, Shanghai, 201507 Patentee after: Maichuang Enterprise Management Service Co., Ltd Address before: No.1070 Jinxing Town, Caojing Town, Jinshan District, Shanghai, 201507 Patentee before: Limited by Share Ltd. supply chain |
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| CP03 | Change of name, title or address |