CN2532518Y - Module type electronic device release mechanism - Google Patents
Module type electronic device release mechanism Download PDFInfo
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- CN2532518Y CN2532518Y CN 02207929 CN02207929U CN2532518Y CN 2532518 Y CN2532518 Y CN 2532518Y CN 02207929 CN02207929 CN 02207929 CN 02207929 U CN02207929 U CN 02207929U CN 2532518 Y CN2532518 Y CN 2532518Y
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- electronic device
- rod member
- modular electronic
- storage tank
- button
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Abstract
The utility model relates to a withdrawing mechanism for withdrawing a modular electronic device placed in a containing slot of the electronic equipment. The withdrawing mechanism is arranged in the containing slot, the buckling relations with the modular electronic device can be relieved only by a push element and the modular electronic device can be withdrawn from the containing slot, therefore various kinds of modular electronic devices can be easily replaced.
Description
Technical field
The utility model relates to a kind of electronic installation, and particularly a kind of drawing-out mechanism is applied to the in-building type or the circumscribed storage tank of electronic installation, to withdraw from the modular electronic device that is placed in the storage tank.
Background technology
Because electronic installation can assist people to handle and store a large amount of electronic data, so electronic installation has been an indispensable staple product in the life at present, and along with the continuous progress of science and technology, electronic installation is also constantly strengthened aspect function and speed, so it develops into the less electronic installation of present volume from early stage bulky electronic installation.
Storage requirements at electronic installation, develop again and multiple disc driver with the collocation use, as: floppy drive, CD-ROM drive or the like, wherein because disc driver of a great variety, so required one disc driver kind must be disposed at the storage tank (no matter be built-in or be external in electronic installation) of electronic installation is in use just used, but often the disc driver kind of required use also not only terminates in a kind of, or temporary needs is when using another kind of disc driver, but the disc driver that must just be placed in the storage tank of electronic installation is done replacing, and cause the inconvenience used, thereby developed afterwards and a kind of modular electronic device, this modular electronic device can be floppy drive or CD-ROM drive or the like, and it can be placed in the storage tank of electronic installation, and the drawing-out mechanism in can storage tank withdraws from it in storage tank, and another modular electronic device inserted in the storage tank again.For instance, general mobile computer is the requirement that reaches compact, be circumscribed how with disk drive design, external mode has two kinds, a kind of storage tank that directly on mobile computer, is provided with, a kind of then is design one external connection box, disc driver is installed in storage tank or the external connection box again.
In the general visible drawing-out mechanism that is applied to electronic installation, great majority all are that the end at electron device is provided with a push rod, the electron device that is assembled on the connectivity port is extrapolated, yet the electron device of this kind circumscribed must be guaranteed to electrically connect with the connectivity port of electronic installation, except the push rod of electron device is released in design, also must design a padlock, when electron device fully with the connectivity port electric connection after, padlock fastens electron device, avoid electron device to be subjected to improper external force and withdraw from, influence the execution of work.Yet because push rod and padlock are the difference independent design, when the user will withdraw from electron device, after must earlier padlock being removed, can operate push rod electron device is withdrawed from, so design is also inappropriate.
Summary of the invention
Fundamental purpose of the present utility model provides a kind of drawing-out mechanism of modular electronic device, with under the situation that only drives a device, can change the modular electronic device in the storage tank that is arranged at electronic installation easily.
Drawing-out mechanism according to modular electronic device disclosed in the utility model, be applied to the in-building type or the circumscribed storage tank of electronic installation, this mechanism includes button and supports part, first rod member and second rod member, wherein button supports the side that part is located at storage tank movably, and has first lozenges of most advanced and sophisticated contiguous storage tank side, be located at button and support the portion that buckles that elastic component between part and storage tank side and button are butted on the modular electronic device, the side respective modules formula electron device of first rod member, and be hubbed at storage tank and be articulated in second rod member, and second rod member has second lozenges that withdraws from part and corresponding first lozenges, when the storage tank opening direction promotes to withdraw from part, to order about second rod member drives first rod member and withdraws from the modular electronic device, and by first, the contact of two lozenges drives button and supports part and makes the elastic component compression, and remove button portion to the modular electronic device buckle to.
Specifically, the utility model discloses a kind of drawing-out mechanism of modular electronic device, is arranged at a storage tank, and described structure comprises:
One button supports part, is arranged at the side of this storage tank movably, and the normality button is butted on a modular electronic device;
One second rod member is arranged at this storage tank movably and supports the position of part corresponding to this button;
One first rod member is arranged at this storage tank and movably corresponding to this modular electronic device, and this first rod member also constitutes continuous action relation with this second rod member; And
One withdraws from part, be arranged at this storage tank movably and together constitute continuous action relation with this first and second rod member, this withdraws from part and drives this second rod member, this second rod member drives this and buckles to part, this modular electronic device leaves this and buckles to the buckleing to the position of part, and this modular electronic device withdraws from this storage tank by this first rod member.
Described button supports one first lozenges that part has most advanced and sophisticated contiguous this storage tank side, and this second rod member has one second lozenges that should first lozenges, buckles to part to drive this by this second rod member.
Described button supports part to have and is located at this button and supports a elastic component between part and this storage tank side buckle to part and compress this elastic component so that this second rod member drives this, and move to this storage tank side, with releasing to this modular electronic device buckle to.
Described elastic component is a spring.
Described button supports part and has a drivening piece, and this second rod member has one first lozenges that should drivening piece, buckles to part to drive this by this second rod member.
Described button supports part to have and is located at its a little torsion elements of being pivoted, and is butted on this modular electronic device so that this button can be detained to part, and makes this second rod member drive this to buckle the application of force of resisting this torsion elements to part, with releasing to this modular electronic device buckle to.
Described torsion elements is a torsionspring.
Described button supports part and has a button portion, is butted on a modular electronic device with button.
The described part that withdraws from is arranged at this second rod member, to drive this second rod member.
Described second rod member and this first rod member articulate.
Described be arranged at this second rod member this withdraw from the side of outstanding this storage tank of part.
Described drawing-out mechanism also comprises a block piece, and this block piece is located at this first rod member in this storage tank to opposite side that should the modular electronic device, to limit the moving range of this first rod member.
The described part that withdraws from moves towards this storage tank opening direction to order about this first rod member, and withdraws from this modular electronic device, and drive this second rod member should first rod member, with order about this button support part remove to this modular electronic device buckle to.
The described part that withdraws from comprises that a cam reaches a wrench of outstanding this storage tank side, and when this wrench of pulling, this withdraws from part and can rotate, and makes this cam this first rod member of more long-range contact apart from it, and promotes this first rod member.
The described part that withdraws from also comprises and is located at its a little torsion elements of being pivoted, and returns back to should button portion button being butted on the position of this modular electronic device so that this withdraws from part.
Described torsion elements is a torsionspring.
Described drawing-out mechanism also comprises a limited part, and this second rod member has a groove, and this limited part is located in this storage tank, and inserts this groove, to limit the moving direction of this second rod member.
The side of described first rod member also has an ejection portion, and should ejection portion be the arc of outstanding this first rod member, and to should the modular electronic device.
Described second rod member also has contiguous this and buckles a elastic component to part, so that this second rod member returns back to should the portion of button buckleing the position that is butted on this modular electronic device.
Described elastic component is a spring.
For making the purpose of this utility model, structural attitude and function thereof are had further understanding, conjunction with figs. is described in detail as follows.
Description of drawings
Fig. 1 is the exploded view of the utility model first embodiment;
Fig. 2 is the combination figure of the utility model first embodiment;
Fig. 3 is arranged at the stereographic map of storage tank for the utility model first embodiment;
Fig. 4 is provided with position plane figure for the connectivity port of storage tank;
Fig. 5 A, 5B, 5C are the utility model first embodiment withdraws from the modular electronic device in storage tank action diagram;
Fig. 6 is the application of force synoptic diagram that withdraws from part that is positioned at the storage tank outside;
Fig. 7 A, 7B, 7C insert the action diagram of modular electronic device when storage tank;
Fig. 8 is the constitutional diagram of the utility model second embodiment;
Fig. 9 A, 9B, 9C, 9D are the utility model second embodiment withdraws from the modular electronic device in storage tank action diagram;
Figure 10 is the application of force synoptic diagram that withdraws from part that is positioned at the storage tank outside;
Figure 11 is the constitutional diagram of the utility model the 3rd embodiment;
Figure 12 A, 12B, 12C are the utility model the 3rd embodiment withdraws from the modular electronic device in storage tank action diagram;
Figure 13 A, 13B, 13C insert the action diagram of modular electronic device when storage tank;
Figure 14 is the constitutional diagram of the utility model the 4th embodiment; And
Figure 15 A, 15B, 15C, 15D are the utility model the 4th embodiment withdraws from the modular electronic device in storage tank action diagram.
Embodiment
Shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 5 C, first kind of embodiment according to the drawing-out mechanism of modular electronic device disclosed in the utility model, be applied to the storage tank 1 of electronic installation, this storage tank 1 can in be built in the electronic installation or be external in electronic installation, with ccontaining modular electronic device 2 (can be various disc driver etc.), and this drawing-out mechanism includes button to part 10, first rod member 20, second rod member 30 and block piece 40, so that change the modular electronic device in the storage tank that is arranged at electronic installation easily.
It is sides of being located at storage tank 1 movably that button supports part 10, and have first lozenges 11, elastic component 12, a button portion 13, wherein the tip of first lozenges 11 is close to the side of storage tank 1, elastic component 12 is located at button between the side of part 10 and storage tank 1, it can be a spring, and button portion 13 then detains when normality to part 10 for button and is butted on modular electronic device 2.
As shown in Figure 4, when above-mentioned storage tank 1 is ccontaining for modular electronic device 2, because of considering the setting of the Port 3 of storage tank 1, so the utility model also just must be arranged on another plane (being located under the Port 3 for the utility model shown in the figure) of parallel Port 3.
As Fig. 5 A, 5B, 5C and shown in Figure 6, this sentences CD-ROM drive is example, when using the utility model, earlier toward promoting to withdraw from part 31 towards storage tank 1 opening direction, with under the restriction of groove 33 and limited part 50, order about second rod member, 30 drives, first rod member 20 and withdraw from modular electronic device 2 with ejection portion 21, and by first, two lozenges 11,32 contact drives button and makes elastic component 12 compressions to part 10, and remove button support part 10 13 pairs of modular electronic devices 2 of button portion buckle to, and after part 31 is withdrawed from release, elastic component 12 makes button move to the position that button portion 13 buttons support modular electronic device 2 to part 10 by the elastic force of himself, and equally first, two lozenges 11, under the restriction of 32 contact and groove 33 and limited part 50, button supports part 10 and orders about second rod member 30 and drive first rod member 20 and together move to the corresponding portion that buckles 13 that buckles to part 10 and buckle the position that is butted on modular electronic device 2, block piece 40 will limit the scope that first rod member 20 moves this moment, and make itself and second rod member 30 together return back to aforementioned location, and as Fig. 7 A, 7B, the mode of motion of the button portion 13 shown in the 7C, when inserting modular electronic device 2, then directly it is pushed in the storage tank 1, this moment button supports part 10 can be subjected to the compressing of modular electronic device 2 and compression elastic piece 12, and after treating that modular electronic device 2 is inserted storage tank 1 fully, button supports part 10 and promptly is butted on modular electronic device 2 with button portion 13 buttons.
Shown in Fig. 8 and Fig. 9 A, second kind of embodiment according to the drawing-out mechanism of modular electronic device disclosed in the utility model, be applied to the storage tank 1 of electronic installation, this storage tank 1 can in be built in the electronic installation or be external in electronic installation, with ccontaining modular electronic device 2 (can be various disc driver etc.), this drawing-out mechanism includes button and supports part 10, first rod member 20, second rod member 30 and withdraw from part 31, so that change the modular electronic device in the storage tank that is arranged at electronic installation easily.
Button supports part 10, be located at the side of storage tank 1 movably, and have first lozenges 11, elastic component 12 and a button portion 13, wherein the tip of first lozenges 11 is close to the side of storage tank 1, elastic component 12 is located at button between the side of part 10 and storage tank 1, it can be a spring, and button portion 13 then detains when normality to part 10 for button and is butted on modular electronic device 2.
Withdraw from the part 31 and first rod member 20 and second rod member 30 and together constitute continuous action relation, buckle to part 10 to order about 30 drives of second rod member, and remove button support 10 pairs of modular electronic devices 2 of part buckle to, and modular electronic device 2 is withdrawed from storage tank 1 by first rod member 20, just withdraw from part 31 and be hubbed at storage tank 1, comprise cam 311, the wrench 312 and the torsion elements 313 of outstanding storage tank 1 side, wherein detaining when part 10 buttons are butted on modular electronic device 2, more long-range far away apart from it of cam 311 from first rod member 20, its nearer end then contacts first rod member 20, wrench 312 is in order to withdraw from modular electronic device 2, can be a torsionspring as for 313 of torsion elements, and be arranged at and withdraw from being pivoted a little of part 31, with returning back to the position that button portion 13 buttons that corresponding button supports part 10 are butted on modular electronic device 2 so that withdraw from part 31.
As Fig. 9 A, 9B, 9C, 9D and shown in Figure 10, in use, the wrench 312 of part 31 is withdrawed from pulling earlier, withdraw from the torsion that part 31 can opposing torsion elements 313 and rotate, make cam 311 with more long-range contact first rod member 20 apart from it, move towards storage tank 1 opening direction and promote first rod member 20, and withdraw from modular electronic device 2 with ejection portion 21, and under the restriction of groove 33 and limited part 50, drive second rod member 30, with by first, two lozenges 11,32 contact drives button and makes elastic component 12 compressions to part 10, and remove 13 pairs of modular electronic devices 2 of button portion buckle to, and after part 31 is withdrawed from release, torsion elements 313 makes with himself torsion and withdraws from part 31 and return back to the position that button portion 13 buttons that support part 10 corresponding to button are butted on modular electronic device 2, and elastic component 12 also makes button move to the position that button portion 13 buttons support modular electronic device 2 to part 10 by the elastic force of himself, and equally first, two lozenges 11, under the restriction of 32 contact and groove 33 and limited part 50, button supports part 10 and orders about second rod member 30 and drive first rod member 20 and together move to the corresponding portion that buckles 13 that buckles to part 10 and buckle the position that is butted on modular electronic device 2, withdraw from part 31 and also will limit the scope that first rod member 20 moves this moment, and make itself and second rod member 30 together return back to aforementioned location, and as Fig. 7 A, 7B, the mode of motion of the button portion 13 shown in the 7C, when inserting modular electronic device 2, then directly it is pushed in the storage tank 1, this moment button supports part 10 can be subjected to the compressing of modular electronic device 2 and compression elastic piece 12, and after treating that modular electronic device 2 is inserted storage tank 1 fully, button supports part 10 and promptly is butted on modular electronic device 2 with button portion 13 buttons.
Shown in Figure 11 and Figure 12 A, the third embodiment according to the drawing-out mechanism of modular electronic device disclosed in the utility model, system is applied to the storage tank 1 of electronic installation, this storage tank 1 can in be built in the electronic installation or be external in electronic installation, with ccontaining modular electronic device 2 (can be various disc driver etc.), this drawing-out mechanism includes button and supports part 10, first rod member 20, second rod member 30 and block piece 40, so that change the modular electronic device in the storage tank that is arranged at electronic installation easily.
Button supports part 10 and is hubbed at the side of storage tank 1, and has torsion elements 313, button portion 13 and drivening piece 14, and wherein torsion elements 31 3 can be a torsionspring, and is located at button and supports being pivoted a little of part 10, is butted on modular electronic device 2 so that button portion 13 detains when normality.
As Fig. 6 and Figure 12 A, 12B, shown in the 12C, in use, earlier toward promoting to withdraw from part 31 towards storage tank 1 opening direction, will be under the restriction of groove 33 and limited part 50, order about second rod member, 30 drives, first rod member 20 and withdraw from modular electronic device 2 with ejection portion 21, and make the torsion rotation of buckleing by first lozenges, 11 contact zones moving parts 14 to part 10 opposing torsion elements 313, and remove button support part 10 13 pairs of modular electronic devices 2 of button portion buckle to, and after part 31 is withdrawed from release, torsion elements 313 makes button rotate to the position that button portion 13 buttons support modular electronic device 2 to part 10 by the torsion of himself, and equally drivening piece 14 and first lozenges 11 contact and the restriction of groove 33 and limited part 50 under, button supports part 10 and orders about second rod member 30 and drive first rod member 20 and together move to the corresponding portion that buckles 13 that buckles to part 10 and buckle the position that is butted on modular electronic device 2, block piece 40 will limit the scope that first rod member 20 moves this moment, and make itself and second rod member 30 together reply aforementioned location, and as Figure 13 A, 13B, the mode of motion of the button portion 13 shown in the 13C, when inserting modular electronic device 2, then directly it is pushed in the storage tank 1, this moment button supports that part 10 can be subjected to the compressing of modular electronic device 2 and the torsion rotation of resisting torsion elements 313, and after treating that modular electronic device 2 is inserted storage tank 1 fully, button supports part 10 and promptly is butted on modular electronic device 2 with button portion 13 buttons.
Shown in Figure 14 and Figure 15 A, the 4th kind of embodiment according to the drawing-out mechanism of modular electronic device disclosed in the utility model, be applied to the storage tank 1 of electronic installation, this storage tank 1 can in be built in the electronic installation or be external in electronic installation, with ccontaining modular electronic device 2 (can be various disc driver etc.), this drawing-out mechanism includes button and supports part 10, first rod member 20, second rod member 30 and withdraw from part 31, so that change the modular electronic device in the storage tank that is arranged at electronic installation easily.
Button supports part 10 and is hubbed at the side of storage tank 1, and has torsion elements 313, button portion 13 and drivening piece 14, and wherein torsion elements 313 can be a torsionspring, and is located at button and supports being pivoted a little of part 10, is butted on modular electronic device 2 so that button portion 13 detains when normality.
Withdraw from the part 31 and first rod member 20 and second rod member 30 and together constitute continuous action relation, buckle to part 10 to order about 30 drives of second rod member, and remove button support 10 pairs of modular electronic devices 2 of part buckle to, and modular electronic device 2 is withdrawed from storage tank 1 by first rod member 20, just withdraw from part 31 and be hubbed at storage tank 1, comprise cam 311, the wrench 312 and the torsion elements 313 of outstanding storage tank 1 side, wherein detaining when part 10 buttons are butted on modular electronic device 2, more long-range far away apart from it of cam 311 from first rod member 20, its nearer end then contacts first rod member 20, wrench 312 is in order to withdraw from modular electronic device 2, be arranged at as for 313 of torsion elements and withdraw from being pivoted a little of part 31, with returning back to the position that button portion 13 buttons that corresponding button supports part 10 are butted on modular electronic device 2 so that withdraw from part 31.
As Figure 10 and Figure 15 A, 15B, 15C, shown in the 15D, in use, the wrench 312 of part 31 is withdrawed from pulling earlier, withdraw from the torsion that part 31 can opposing torsion elements 313 and rotate, make cam 311 with more long-range contact first rod member 20 apart from it, move towards storage tank 1 opening direction and promote first rod member 20, withdraw from modular electronic device 2 with ejection portion 21, and under the restriction of groove 33 and limited part 50, drive second rod member 30, to make the torsion rotation of buckleing by first lozenges, 11 contact zones moving parts 14 to part 10 opposing torsion elements 313, and remove 13 pairs of modular electronic devices 2 of button portion buckle to, and after part 31 is withdrawed from release, torsion elements 313 makes button rotate to the position that button portion 13 buttons support modular electronic device 2 to part 10 by the torsion of himself, and equally drivening piece 14 and first lozenges 11 contact and the restriction of groove 33 and limited part 50 under, button orders about the together mobile corresponding portion that buckles 13 that buckles to part 10 of second rod member, 30 drives, first rod member 20 to part 10 and buckles the position that is butted on modular electronic device 2, block piece 40 will limit the scope that first rod member 20 moves this moment, and make itself and second rod member 30 together reply aforementioned location, and as Figure 13 A, 13B, the mode of motion of the button portion 13 shown in the 13C, when inserting modular electronic device 2, then directly it is pushed in the storage tank 1, this moment button supports that part 10 can be subjected to the compressing of modular electronic device 2 and the torsion rotation of resisting torsion elements 313, and after treating that modular electronic device 2 is inserted storage tank 1 fully, button supports part 10 and promptly is butted on modular electronic device 2 with button portion 13 buttons.
Drawing-out mechanism according to modular electronic device disclosed in the utility model, it only need withdraw under the situation of part with one small of application of force driving, a kind of modular electronic device can be withdrawed from storage tank, and be replaced with other kind modular electronic device, therefore have convenience.
The above person is preferred embodiment of the present utility model only, is not to be used for limiting practical range of the present utility model; Be that all equivalences of being done according to the utility model claim change and modification, be all the utility model claim and contain.
Claims (20)
1. the drawing-out mechanism of a modular electronic device is arranged at a storage tank, it is characterized in that, described structure comprises:
One button supports part, is arranged at the side of this storage tank movably, and the normality button is butted on a modular electronic device;
One second rod member is arranged at this storage tank movably and supports the position of part corresponding to this button;
One first rod member is arranged at this storage tank and movably corresponding to this modular electronic device, and this first rod member also constitutes continuous action relation with this second rod member; And
One withdraws from part, be arranged at this storage tank movably and together constitute continuous action relation with this first and second rod member, this withdraws from part and drives this second rod member, this second rod member drives this and buckles to part, this modular electronic device leaves this and buckles to the buckleing to the position of part, and this modular electronic device withdraws from this storage tank by this first rod member.
2. the drawing-out mechanism of modular electronic device according to claim 1, it is characterized in that, described button supports one first lozenges that part has most advanced and sophisticated contiguous this storage tank side, and this second rod member has one second lozenges that should first lozenges, and this second rod member drives this and buckles to part.
3. as the drawing-out mechanism of modular electronic device as described in the claim 2, it is characterized in that, described button has to part is located at the elastic component of this button between part and this storage tank side, this second rod member drives this and buckles to part and compress this elastic component, move to this storage tank side, this modular electronic device leaves to be buckled to the position.
4. as the drawing-out mechanism of modular electronic device as described in the claim 3, it is characterized in that described elastic component is a spring.
5. the drawing-out mechanism of modular electronic device according to claim 1 is characterized in that, described button supports part and has a drivening piece, and this second rod member has one first lozenges that should drivening piece, and this second rod member drives this and buckles to part.
6. as the drawing-out mechanism of modular electronic device as described in the claim 5, it is characterized in that, described button supports part to have and is located at its a little torsion elements of being pivoted, this button can be detained to part and be butted on this modular electronic device, and this second rod member drives this and buckles the application of force of resisting this torsion elements to part, and this modular electronic device leaves to be buckled to the position.
7. as the drawing-out mechanism of modular electronic device as described in the claim 6, it is characterized in that described torsion elements is a torsionspring.
8. the drawing-out mechanism of modular electronic device according to claim 1 is characterized in that, described button supports part and has a button portion, and button is butted on a modular electronic device.
9. the drawing-out mechanism of modular electronic device according to claim 1 is characterized in that the described part that withdraws from is arranged at this second rod member, drives this second rod member.
10. as the drawing-out mechanism of modular electronic device as described in the claim 9, it is characterized in that described second rod member and this first rod member articulate.
11. the drawing-out mechanism as modular electronic device as described in the claim 10 is characterized in that, described be arranged at this second rod member this withdraw from the side of outstanding this storage tank of part.
12. the drawing-out mechanism of modular electronic device according to claim 1, it is characterized in that, described drawing-out mechanism also comprises a block piece, and this block piece is located at this first rod member in this storage tank to opposite side that should the modular electronic device, limits the moving range of this first rod member.
13. the drawing-out mechanism of modular electronic device according to claim 1, it is characterized in that, the described part that withdraws from is to should first rod member, this first rod member moves towards this storage tank opening direction, and withdraw from this modular electronic device, and drive this second rod member, order about this button support part remove to this modular electronic device buckle to.
14. drawing-out mechanism as modular electronic device as described in the claim 13, it is characterized in that, the described part that withdraws from comprises that a cam reaches a wrench of outstanding this storage tank side, when this wrench of pulling, this withdraws from part and can rotate, and make this cam this first rod member of more long-range contact apart from it, and promote this first rod member.
15. the drawing-out mechanism as modular electronic device as described in the claim 14 is characterized in that, the described part that withdraws from also comprises and is located at its a little torsion elements of being pivoted, and this withdraws from part and returns back to should button portion button being butted on the position of this modular electronic device.
16. the drawing-out mechanism as modular electronic device as described in the claim 15 is characterized in that described torsion elements is a torsionspring.
17. the drawing-out mechanism of modular electronic device is characterized in that according to claim 1, described drawing-out mechanism also comprises a limited part, and this second rod member has a groove, this limited part is located in this storage tank, and inserts this groove, limits the moving direction of this second rod member.
18. the drawing-out mechanism of modular electronic device is characterized in that according to claim 1, the side of described first rod member also has an ejection portion, and should ejection portion be the arc of outstanding this first rod member, and to should the modular electronic device.
19. the drawing-out mechanism of modular electronic device is characterized in that according to claim 1, described second rod member also has contiguous this and buckles a elastic component to part, so that this second rod member returns back to should the portion of button buckleing the position that is butted on this modular electronic device.
20. the drawing-out mechanism as modular electronic device as described in the claim 19 is characterized in that described elastic component is a spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02207929 CN2532518Y (en) | 2002-03-19 | 2002-03-19 | Module type electronic device release mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02207929 CN2532518Y (en) | 2002-03-19 | 2002-03-19 | Module type electronic device release mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2532518Y true CN2532518Y (en) | 2003-01-22 |
Family
ID=33688763
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02207929 Expired - Fee Related CN2532518Y (en) | 2002-03-19 | 2002-03-19 | Module type electronic device release mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2532518Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101887740B (en) * | 2009-05-12 | 2012-07-18 | 鸿富锦精密工业（深圳）有限公司 | Hard disk installation structure |
| CN102902305A (en) * | 2011-07-29 | 2013-01-30 | 兆利科技工业股份有限公司 | Lever circular release hub device and plug-in device with lever circular release hub device |
-
2002
- 2002-03-19 CN CN 02207929 patent/CN2532518Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101887740B (en) * | 2009-05-12 | 2012-07-18 | 鸿富锦精密工业（深圳）有限公司 | Hard disk installation structure |
| CN102902305A (en) * | 2011-07-29 | 2013-01-30 | 兆利科技工业股份有限公司 | Lever circular release hub device and plug-in device with lever circular release hub device |
| CN102902305B (en) * | 2011-07-29 | 2015-09-30 | 兆利科技工业股份有限公司 | Lever circulation discharges pivot device and has the plug assembly of this pivot device |
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