CN102244997A

CN102244997A - Immobilizing structure of electronic device

Info

Publication number: CN102244997A
Application number: CN2010101765271A
Authority: CN
Inventors: 许硕修
Original assignee: Inventec Corp
Current assignee: Inventec Corp
Priority date: 2010-05-12
Filing date: 2010-05-12
Publication date: 2011-11-16

Abstract

An immobilizing structure of an electronic device is disclosed. The immobilizing structure comprises a first immobilizing member and a second immobilizing member. The first immobilizing member and the second immobilizing member are respectively pivoted on a shell of the electronic device, wherein the first immobilizing member and the second immobilizing member can rotate on the shell. A handle is arranged on the first immobilizing member. The first immobilizing member is provided with a sliding groove. The second immobilizing member is provided with an extension sheet. The extension sheet is connected with the sliding groove and can move in the sliding groove. When the second immobilizing member is controlled to push the electronic device to perform an electrical connection, the first immobilizing member and the second immobilizing member perform application of force to corresponding two positioning pins so as to successfully complete the electrical connection. Damages of connection ports and connectors caused by improper application of force can be avoided.

Description

The supporting structure of electronic installation

Technical field

The present invention relates to a kind of supporting structure, particularly a kind of supporting structure that is applied to decimation type electronic device.

Background technology

Computer installations such as general personal computer or server are for providing better extendibility, and provide information personnel to be convenient to maintenance, all can adopt the extraction-type setting as data access apparatuses such as hard disks, just host machine part can be provided with a plurality of mounting grooves, access device then is to be installed in the extraction-type casing, and by the technology of hot plug (Hot plugging), main frame can expand a plurality of access devices at any time, or the access device taking-up of fault is repaired or replaced.

For realizing hot plug technology, the end of the corresponding mounting groove of main frame can be provided with connector, and access device then is provided with connectivity port (edge connector).In access device is inserted in the mounting groove of main frame, must make simultaneously that the connectivity port is inserted in the connector, to finish the electrical connection between access device and the main frame.

Disclosed a kind of case of electronic device separating mechanism as the 6th, 231, No. 144 patent cases of the U.S., separating mechanism includes the leader, and handle is articulated on the casing with rotatable relation, and the user can grip handle and the push-and-pull casing moves, after casing moved to the location, handle can be drawn close in casing.And for example, the U.S. the 5th, 020, No. 151 patent cases have disclosed a kind of relieving mechanism of acoustics, and relieving mechanism includes a leader and an interlinked mechanism, and the user can grip handle and the push-and-pull acoustics moves, after acoustics moved to the location, handle can be drawn close in casing.

In existing technology, access device is arranged in the mounting groove of main frame, for access device can be moved in mounting groove smoothly, has certain clearance between access device and the mounting groove, when the user passes through handle pushing or pulling access device, necessary smooth-going mobile access device is finished electric connection so that the connectivity port of access device is inserted in the connector.Yet when user's application of force, because of the gap that has between access device and the mounting groove, or the position of access device handle installation, also or the mode of user's application of force, all may make the position that corresponds to connector that the connectivity port of access device can't be correct, except that can't finishing correct electrical connection, the application of force also might cause connectivity port bump connector and cause damage improperly.

Summary of the invention

The position that existing removable electronic installation is installed because of handle or improper all might the causing on user's application of force can't correctly electrically connect is even be that connectivity port or connector are damaged.In view of this, the present invention proposes a kind of supporting structure of electronic installation, to overcome above-mentioned the deficiencies in the prior art.

The supporting structure of the electronic installation that discloses according to the present invention is arranged on the casing of an electronic installation, and it includes a handle, one first brake and one second brake.Wherein, first brake is articulated on the casing of electronic installation with the relation that can rotate, have one first on first brake and withhold a groove and a sliding tray, second brake is articulated on the casing of electronic installation with the relation that can rotate, on second brake, have one second and withhold groove, and second brake is provided with an Extendible flake, and Extendible flake is connected in the sliding tray place, and handle is arranged on second brake.When control handle and pushing electronic installation move in the mounting groove of a main frame, first brake will force in the interior two corresponding alignment pins of main frame together with second brake, make that the connectivity port of electronic installation can be correctly corresponding to the connector in the main frame, the pushing handle that continues can make the connectivity port be inserted in the connector, finishes the action of electric connection smoothly.

The supporting structure of disclosed electronic installation according to the present invention, wherein pass through the design of first brake and the second brake interlock, and make first of the brake and second brake of winning withhold groove and second to withhold groove corresponding to two alignment pins in the main frame, electronic installation be can control effectively and connectivity port and connector correctly electrically connected in smooth-going mode, guarantee to finish correct electrical connection, also avoid causing the damage of connectivity port and connector because of the application of force improperly.

Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.

Description of drawings

Fig. 1 is the composition schematic diagram of application examples of the present invention;

Fig. 2 forms schematic diagram for structure of the present invention;

Fig. 3 is a STRUCTURE DECOMPOSITION schematic diagram of the present invention; And

Fig. 4 A～Fig. 4 E moves schematic diagram for the present invention.

Wherein, Reference numeral

10 electronic installations

11 casings

111 front panels

112,113 sidewalls

12 motherboards

121 connectivity ports

13 fasteners

14 auxiliary shoot

20 main frames

21 casings

211 ribs

212,213 sidewalls

22 motherboards

221 connectors

23 mounting grooves

24,25 alignment pins

30 supporting structures

31 first brakes

311 pivoted holes

312 first withhold groove

313 sliding trays

32 second brakes

321 moving plates

322 pin-jointing pieces

3221 pivoted holes

3,222 second withhold groove

323 Extendible flakes

3231 connecting holes

33 handles

331 conjunctions

34 connecting pins

Embodiment

Below in conjunction with accompanying drawing structural principle of the present invention and operation principle are done concrete description:

The supporting structure of the electronic installation that discloses according to the present invention, be applied to removable electronic installation, this electronic installation is meant as the access device of hard disk or as the child servers of array architecture server, and electronic installation is to be incorporated into as the computer or the main frame of master server.In following embodiment explanation, the hard disk or the child servers that can extract are referred to as electronic installation, and computer or server then are referred to as main frame.

See also shown in Figure 1, the supporting structure of the electronic installation that discloses according to the present invention, wherein electronic installation 10 is installed in the main frame 20 with the relation that can assemble and dismantle.

Electronic installation 10 includes a casing 11, is equiped with the various electronics spare part (not shown) that constitute electronic installation 10 functions in the casing 11, and various electronics spare parts include a motherboard 12 and at least and are positioned at connectivity port 121 on motherboard 12 ends.In addition, front panel 111 apical margins of casing 11 are provided with a fastener 13, and are provided with auxiliary shoot 14 in the two side 112,113 of casing 11 (only sidewall 112 signals, sidewall 113 is identical).

Main frame 20 includes a casing 21, is equiped with the various electronics spare part (not shown) that constitute main frame 20 functions in the casing 21, and various electronics spare parts include a motherboard 22 and a plurality of connector 221 that is installed on the motherboard 22 at least.Form the mounting groove 23 of at least one corresponding connector 221 in casing 21, the mounting groove 23 sub-device 10 of can powering is inserted.In addition, the top of corresponding connector 221 positions and below respectively are provided with an alignment pin 24,25 (only with sidewall 213 signals, sidewall 212 is identical) on the two side 212,213 of casing 21.

As Fig. 2, shown in Figure 3, the supporting structure 30 of the electronic installation that discloses according to the present invention is to be arranged on the sidewall 112,113 of electronic installation 10, and it includes one first brake 31, one second brake 32 and a handle 33.First brake 31 and second brake 32 are to be arranged on sidewall 112,113 for being provided with in pairs with rotatable relation, and below explanation is only with sidewall 112 signals.

First brake 31 is a sheet plate body, and the one ora terminalis is provided with first of a pivoted hole 311 and a contiguous pivoted hole 311 and withholds groove 312, and another ora terminalis is provided with a sliding tray 313.

Second brake 32 is a sheet plate body, includes moving plate 321 and Extendible flake 323.Plate moving plate 321 is provided with for handles 33, and plate moving plate 321 1 ends are extended with pin-jointing piece 322, and pin-jointing piece 322 is provided with a pivoted hole 3221, and is provided with one second in contiguous pivoted hole 3221 places and withholds groove 3222; And Extendible flake 323 is to extend from moving plate 321 middle sections, and and 321 of moving plates have an angle, the contiguous ora terminalis place of Extendible flake 323 is provided with a connecting hole 3231.

Second brake 32 is articulated in sidewall 112 positon of near bottom by pivoted hole 3221 with rotatable relation, and is the position corresponding to alignment pin 25; First brake 31 is articulated in sidewall 112 proximal portions by pivoted hole 311 with rotatable relation, and is the position of corresponding alignment pin 24.In addition, the connecting hole 3231 of the Extendible flake 323 of second brake 32 is corresponding to the sliding tray 313 of the first stopper sheet 31, and run through connecting hole 3231 and sliding tray 313 with a connecting pin 34, when second brake 31 is rotated, can be by Extendible flake 323 in sliding tray move and drive together 31 rotations of first brake on 313.Again, connecting pin 34 can slide in auxiliary shoot 14, makes second brake 32 drive 31 rotations of first brake more swimmingly.

Handle 33 generally is a ㄇ font and is installed in the moving plate 321 of second brake 32 (handle 33 connects two second brakes 32, with interlock two first brakes 31 synchronization actions), is provided with the conjunction 331 of a corresponding fastener 13 in the middle section of handle 33.

Shown in Fig. 4 A, Fig. 4 B, Fig. 4 C, Fig. 4 D, Fig. 4 E, the supporting structure 30 of the electronic installation that discloses according to the present invention is when being assembled in electronic installation 10 as desire in the mounting groove 23 of main frame 20, earlier with handle 33 whiz casings 11 and be an angle; Then push electronic installation 10 to mounting groove 23 inside, make the connectivity port 121 of electronic installation 10 touch the connector 221 of main frame 20, but connectivity port 121 is not inserted in the connector 221 and finished electric connection.Electronic installation 10 is on this position, and second of second brake 32 is withheld groove 3222 and withheld groove 312 corresponding to alignment pin 24 corresponding to first of alignment pin 25, the first brakes 31.

Desire to finish the electrical connection of electronic installation 10 and main frame 20, handle 33 is drawn close towards electronic installation 10 rotations, the Extendible flake 323 of second brake 32 will promote 31 rotations of first brake in the lump simultaneously, and second of second brake 32 is withheld groove 3222 against living alignment pin 25, first of first brake 31 is withheld groove 312 against living alignment pin 24, and making electronic installation 10 move inward one stroke, this one stroke is about to finish electric connection in the 121 insertion connectors 221 of connectivity port.

In addition, at the same time, handle 33 is drawn close in electronic installation 10, and fastener 13 hooks of casing 11 apical margins are lived the conjunction 331 of handle 33, with fixing handle 33 on casing.

Otherwise, when desire breaks away from electronic installation 10 in the mounting groove 23 of main frame 20, earlier fastener 13 is broken away from conjunction 331 back rotation handles 33, second brake 32 promotes first brake, 31 rotation and mobile one strokes in the lump, earlier connectivity port 121 is broken away from connector 221, spur handle 33 again electronic installation 10 is shifted out.

The supporting structure of disclosed electronic installation according to the present invention, passed through the design of first brake 31 and second brake, 32 interlocks, when carrying out the electric connection action of connectivity port 121 and connector 221, to suppress two

alignment pins

24,25 simultaneously and make electronic installation 10 displacement one strokes, average up and down force mechanism, can control electronic installation 10 effectively correctly electrically connects in smooth-going mode, to guarantee to finish correct electrical connection, also avoid causing the damage of connectivity port 121 and connector 221 because of the application of force improperly.

Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.

Claims

1. the supporting structure of an electronic installation is arranged on the casing of an electronic installation, it is characterized in that, this supporting structure comprises:

One first brake is articulated in this casing with the relation that can rotate, and this first brake comprises first of a contiguous articulated section and withholds a groove and a sliding tray;

One second brake is articulated in this casing with the relation that can rotate, and this second brake includes a moving plate and an Extendible flake, and the contiguous articulated section of this moving plate is provided with one second and withholds groove, and this Extendible flake is connected with this sliding tray of this first brake; And

One handle, this handle is incorporated into this moving plate, rotates this handle and drives this first brake and the rotation of this second brake in the lump, makes this electronic installation displacement one stroke.

2. the supporting structure of electronic installation according to claim 1, it is characterized in that, this electronic installation is installed in a main frame, be provided with two alignment pins in this main frame, this of this first brake and this second brake first withheld groove and this second and withheld groove corresponding to this two alignment pin, rotate this first brake and this second brake, this first is withheld groove and this second and withholds groove and be resisted against this two alignment pin, makes this electronic installation displacement the trip.

3. the supporting structure of electronic installation according to claim 2, it is characterized in that, this electronic installation is provided with a connectivity port, this main frame is provided with a connector, this electronic installation displacement the trip makes this connectivity port be inserted in this connector, makes this electronic installation and this main frame finish electrical connection.

4. the supporting structure of electronic installation according to claim 1, it is characterized in that, this Extendible flake of this second brake is provided with a connecting hole, one connecting pin runs through this sliding tray of this connecting hole and this first brake, make this second brake rotation, this Extendible flake moves and drives in the lump this first brake rotation on this sliding tray.

5. the supporting structure of electronic installation according to claim 1 is characterized in that, this electronic installation is provided with a fastener, and this handle is provided with a conjunction, and this handle rotation is drawn close in this electronic installation, and this fastener hook is lived this conjunction of this handle.