CN102375502A

CN102375502A - Electronic appliance

Info

Publication number: CN102375502A
Application number: CN2010102647770A
Authority: CN
Inventors: 刘满田; 苏宏迪; 张有诚
Original assignee: Shenzhen Yuzhan Precision Technology Co ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Shenzhen Yuzhan Precision Technology Co ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2010-08-27
Filing date: 2010-08-27
Publication date: 2012-03-14

Abstract

The invention relates to an electronic appliance which comprises a body and a bearing rack, wherein the bearing rack is used for bearing an electronic device, is movably arranged in the body, and can move between the inside and outside of the body. By using the electronic appliance provided by the invention, an object can be assembled and disassembled conveniently.

Description

Electronic equipment

Technical field

The present invention relates to a kind of electronic equipment.

Background technology

The assembly and disassembly of electronic device shell utilize screw to realize mostly in the prior art; And in sealed and unloading process, need usually to utilize accomplish said process like instruments such as screwdrivers; And the assembling of screw is manually accomplished in utilization and the dismounting effect is all undesirable and efficient is lower, and then influences the sealed steadiness and the efficiency of loading and unloading of each element in the electronic device shell.

Summary of the invention

In view of this, be necessary to provide all electronic equipments easily of a kind of assembly and disassembly.

A kind of electronic equipment, it comprises a body and a carrier, and this carrier is used to carry an electronic installation, and this carrier is movably installed in this body, and can in body and between originally external, move around.

Above-mentioned electronic equipment is all very convenient to the assembling and the dismounting of object.

Description of drawings

Fig. 1 is the perspective exploded view of an embodiment of electronic equipment of the present invention.

Fig. 2 is the decomposing schematic representation at this another visual angle of electronic equipment among Fig. 1.

Fig. 3 is the assembling synoptic diagram of this electronic equipment among Fig. 1.

Fig. 4 is the schematic perspective view of the locked mechanism of electronic equipment among Fig. 2.

Fig. 5 is the three-dimensional exploded view of Fig. 4 locked mechanism.

Fig. 6-Fig. 7 is the operation principles figure of electronic equipment of the present invention.

The main element symbol description

Electronic equipment 1

Hard disk 3

Body 4

Carrier 5

Connecting portion 31

Accommodation space 41

The first side wall 42

Opening 43

Second sidewall 44

Reference column 45

Actuator 46

Locked mechanism 47

First 452

Second portion 454

Third part 456

Force arm 462

Axis body 463

Protruding 464

Receive the arm of force 465

Baffle plate 51

Floor 52

Cell body 53

Locking main body 471

Permanent magnet 472

Electromagnet 473

Locking part 474

First track 475

Second track 476

Drive division 477

Limited block 478

Crash roll 60

Embodiment

See also Fig. 1-3, Fig. 1 is the perspective exploded view of an embodiment of electronic equipment of the present invention, and Fig. 2 is the decomposing schematic representation at this another visual angle of electronic equipment among Fig. 1, and Fig. 3 is the assembling synoptic diagram of this electronic equipment among Fig. 1.Electronic equipment 1 can be the mechanism that is arranged at the loading hard disk on the host computer body in some embodiments.Electronic equipment 1 comprises hard disk 3, body 4, carrier 5; Body 4 is a host machine casing in other embodiments; It can be one-body molded for aluminium alloy; It has an accommodation space 41, and this accommodation space 41 is used to accommodate this carrier 5 and this hard disk 3, and its first side wall 42 is formed with the opening 43 that is communicated with this accommodation space 41.This carrier 5 gets in this accommodation space 41 via this opening 43, and can between inside and outside the body 4, move around.In certain embodiments, opening 43 is formed on the sidewall of host computer casing or Laptop case, makes hard disk realize loading and unloading via the opening of the sidewall of this computer chassis and the mainboard of computer.The connecting portion that is electrically connected with computer main board 31 that has near interior sidewall (not label) of this hard disk 3 is with canned data.

This body 4 further comprises second sidewall 44, reference column 45, actuator 46 and the locked mechanism 47 that are connected with this first side wall 42.This actuator 46 is used for driving carrier 5 and stretches out from this body 4, and this reference column 45, actuator 46 and locked mechanism 47 all are arranged on this second sidewall 44, and this actuator 46 and locked mechanism 47 are near this opening 43.

In preferred forms of the present invention, this reference column 45 is four, and is in a row in twos, the face at parallel these opening 43 places, the relative both sides of the rectangular configuration that the line of these four reference columns 45 forms, the face at vertical these opening 43 places, relative in addition both sides.This reference column 45 comprises first 452, second portion 454 and the third part 456 that connects in regular turn, and this third part 456 is connected with second sidewall 44 of this body 4.The cross-sectional area of this second portion 454 is less than the cross-sectional area of this first 452 and this second portion 454, and then forms a depressed part (not label) at second portion 454 places of this reference column 45.This reference column 45 can be two bar shaped reference columns in other embodiments, the face at vertical these opening 43 places of the bearing of trend of this two bar shapeds reference column.

This actuator 46 comprises force arm 462, receives the arm of force 465 and axis body 463; This axis body 463 is arranged on second sidewall 44 of this body 4; This force arm 462 is articulated by the arm of force 465 and this axis body 463 with this; This force arm 462 receives the arm of force 465 to be divided into the relative both sides of this axis body 463 with this, and this receives the rotation of the arm of force 465 can drive this force arm 462 rotations.One end of this force arm 462 has a convexity 464, makes this force arm 462 operationally cooperate with this carrier 5.Preferably, when an external force acts on when receiving the arm of force 465, receive the arm of force 465 to drive force arms 462 and rotate, force arm 462 cooperates with carrier 5, and driving carrier 5 stretches out from this body 4.Preferably, this actuator 46 is two, and when two actuators 46 rotated to a certain position, an end of the nothing of force arm 462 convexity was inconsistent.

This carrier 5 comprises baffle plate 51, floor 52 and the cell body 53 that is connected with this floor 52, and this cell body 53 is corresponding with the second portion 454 of this reference column 45.Preferably, this carrier 5 comprises two floors 52, and the two ends of this baffle plate 51 connect this two floor 52, and the size of this baffle plate 51 is corresponding with this opening 43, and this floor 52 carries this hard disk 3, and these cell body 53 parts are contained in the second portion 454 of this reference column 45.This baffle plate 51 comprises a through hole 54, and the position of this through hole 54 is the position when inconsistent to two force arms that should actuator 46 462, is used to apply external force and receives the arm of force 465 in this.

See also Fig. 4-5, Fig. 4 is the schematic perspective view of locked mechanism 47 among Fig. 2, and Fig. 5 is the three-dimensional exploded view of Fig. 4 locked mechanism 47.This locked mechanism 47 is in a preferred embodiment for relying on the tamper structure of electric energy running.This locked mechanism 47 is used to lock this carrier 5.This locked mechanism 47 comprises locking main body 471, first electromagnetic unit (not label), second electromagnetic unit (not label), locking part 474, first track 475, second track 476 and drive division 477.In this embodiment, this first electromagnetic unit is a permanent magnet 472, and this second electromagnetic unit is an electromagnet 473.One side of this drive division 477 is skewed, it comprise one with these second track, 476 corresponding limited blocks 478.This permanent magnet 472, electromagnet 473, first track 475, second track 476 are arranged on this locking main body 471, and the limited block 478 of this drive division 477 is contained in this second track 476.This second track 476 is along the length direction setting of this locking main body 471.These electromagnet 473 energising back magnetic force do not have magnetic force basically greater than the magnetic force of permanent magnet 472 during no power.This drive division 477 comprises metal section and part, in the process of these electromagnet 473 energisings and outage, between this electromagnet 473 and this permanent magnet 472, moves reciprocatingly along this second track 476.Promptly this drive division 477 is movably connected on this locking main body 471, and can move around along these main body 471 length directions that lock.The dip plane of this drive division 477 and this locking part 474 are inconsistent.When drive division 477 moves between two magnet, drive this locking part 474 and move reciprocatingly along this first track, promptly move reciprocatingly along these locking main body 471 short transverses.Wherein the gravity of locking part 474 provides the power that moves downward, and the height of the dip plane of this drive division 477 constantly promotes, and makes this locking part 474 move upward.When moving upward to a certain position (primary importance) when locating; This locking part 474 is kept out this carrier 5; And then with this carrier 5 with respect to 4 lockings of this body; And move downward another position (second place) when locating, do not keep out this carrier 5, and then remove of the locking of this carrier 5 with this body 4.In other embodiments, this drive division 477 can be wedge shape.

Please consulting Fig. 6-Fig. 7 in the lump, is the operation principles figure of electronic equipment 1 of the present invention.Hard disk 3 conceals among the figure.Hard disk 3 is arranged on the floor 52 of this carrier 5, between hard disk 3 and floor 52, is provided with like crash roll 60 structures, to play the effect of against shock.The cell body of this carrier 5 53 is aimed at the second portion 454 of these reference columns 45, this carrier 5 is slipped into this accommodation space 41.Give electromagnet 473 energisings of this locked mechanism 47 then, then the attractive force of this electromagnet 473 is greater than the attractive force of this permanent magnet 472, and this drive division 477 moves to this electromagnet 473 along this second track 476.The dip plane of this drive division 477 makes this locking part 474 on first track 475, constantly rise, and then withstands this carrier 5, and then this carrier 5 can not expose via this opening 43 with hard disk 3, this hard disk 3 by indirect securement in this accommodation space 41.Under the above-mentioned state, the inboard of the baffle plate 51 of two protruding 464 these carriers 5 of conflict of this actuator 46.When desire will withdraw from this hard disk 3; Give this electromagnet 473 outages; Then this electromagnet 473 does not almost have attractive force, and this permanent magnet 472 attracts this drive division 477 to move to this permanent magnet 472 along this second track 476, and this locking part 474 loses the support of the dip plane of this drive division 477; Because of action of gravity constantly descends on first track 475, and then these carrier 5 nothings are kept out.Apply nothing to this two competing actuator 46 protruding 464 one ends of an external force via the through hole 54 of this carrier 5; Then use lever principle; This force arm 462 is around these axis body 463 rotations; This two convexity 464 is given the power of this carrier 5 one to the casing or the computer outside, promotes this carrier 5 and withdraws from this accommodation space 41 via this opening 43.

Electronic equipment of the present invention makes things convenient for the assembly and disassembly of object such as hard disk 3, and disassembly processes such as casing outer wall and screw are opened in the dismounting of this structure compared to needs of the prior art convenient a lot.

Claims

1. electronic equipment, it comprises a body and a carrier, this carrier is used to carry an electronic installation, it is characterized in that: this carrier is movably installed in this body, and can be in body and this move around between external.

2. electronic equipment as claimed in claim 1; It is characterized in that: this electronic equipment also comprises a locked mechanism; This locked mechanism comprises that one is used for the locking part that stops that this carrier stretches out from this body, and this locking part is movably arranged in this body, and can be in body moves between a primary importance and the second place; When this locking part is positioned at the second place; This carrier with respect to this body locking, when this locking part is positioned at primary importance, is removed the locking to this carrier and this body.

3. electronic equipment as claimed in claim 2 is characterized in that: this locked mechanism also comprises electromagnetic unit, when this electromagnetic unit energising, produces this locking part of magnetically-actuated and moves to the second place by primary importance.

4. electronic equipment as claimed in claim 3 is characterized in that: this locked mechanism also comprises another magnetic force unit, and the magnetic force the when magnetic force of this another magnetic force unit is switched on less than this electromagnetic unit is used to drive this locking part and moves to primary importance by the second place.

5. electronic equipment as claimed in claim 4; It is characterized in that: this locked mechanism also comprises a drive division; This drive division can move under magneticaction, and this drive division cooperates with this locking part, is used to drive this locking part and between the primary importance and the second place, moves around.

6. electronic equipment as claimed in claim 5 is characterized in that: this locked mechanism comprises a locking main body; This drive division is movably connected on this locking main body, and can move around along this modal length direction that locks; Said locking part is movably connected on this locking main body and cooperates with this drive division, can on this locks the body height direction, between the said primary importance and the second place, move around.

7. electronic equipment as claimed in claim 6 is characterized in that: said drive division is wedge shape.

8. electronic equipment as claimed in claim 2 is characterized in that: this locked mechanism is positioned at the below of said carrier, and said body is an electronic device shell, and said electronic installation is a hard disk.

9. like each described electronic equipment of claim 1-8, it is characterized in that: this electronic equipment also comprises a drive unit, and this drive unit comprises that a rotation is installed on the actuator in this body; This actuator comprises that one receives the arm of force and a force arm; This force arm operationally cooperates with this carrier, when an external force acts on when receiving the arm of force, receives the arm of force to drive force arm and rotates; Force arm cooperates with carrier, drives carrier and from this body, stretches out.

10. electronic equipment as claimed in claim 1 is characterized in that: this body comprises at least one reference column, and this carrier comprises at least one cell body corresponding with this reference column, and this cell body moves along this reference column.