CN203151896U

CN203151896U - Turn-to-pushout portable electronic device

Info

Publication number: CN203151896U
Application number: CN 201320040026
Authority: CN
Inventors: 麻天启
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-01-24
Filing date: 2013-01-24
Publication date: 2013-08-21
Anticipated expiration: 2023-01-24

Abstract

The utility model discloses a turn-to-pushout portable electronic device comprising a housing, a core element and a rotation rod; one end of the housing sinks inwards to form a containing room, and a position close to the other side of the housing is provided with a first embedded portion; the core element is arranged in the containing room, and a rear end of the core element is provided with a track portion; the rotation rod is pivoted on the housing, one end of the rod is a turning portion, and the other end of the rod is a pushing portion; a second embedded portion is arranged on a position corresponding to the first embedded portion on the turning portion; the pushing portion is slidingly arranged on the track portion; when a connecting plug is contained in the containing room, the pushing portion will be positioned on the track portion end, and the embedded portions are mutually embedded; and when one end of the rotation rod rotates to a direction, the second embedded portion will be disengaged from the first embedded portion, thereby enabling the pushing portion to push the connecting plug outside the housing.

Description

Rotate the electronic apparatus of push type

Technical field

The utility model relates to a kind of electronic apparatus that rotates push type, mainly be that core parts are set in a housing, and be pivoted with one on this housing and rotate the body of rod, when this rotates body of rod rotation, its pushing part can promote or spur these core parts simultaneously, and the connection-peg of this core parts front end can be positioned in the outer or housing of this housing expediently.

Background technology

Many small-sized electronic apparatus (portable electronic device) are arranged at present on the market, for example: bluetooth adapter, carry-on dish, card reader, WiFi adapter etc., because the volume of described electronic apparatus is minimum, carries so the user can put it into to pocket.This kind electronic apparatus is that core parts (core element) are set in a housing mostly, so-called core parts in the utility model, mainly include a circuit board and a connection-peg, this circuit board can be a fast flash memory bank module or a wireless communication module etc., but not as limit, the form of connection-peg then comprises live wire (FireWire), circumscribed sequence A TA(External Serial ATA, be called for short eSATA) and the universal serial port forms such as (Universal Serial Bus are called for short USB) of confluxing.At present; many manufacturers are when making aforementioned electronic apparatus; regular meeting is designed to telescopic connection-peg with its connection-peg; make the user connection-peg can be released or produce to the housing of electronic apparatus; also connection-peg can be taken in to housing; with when electronic apparatus is not connected with other electronic equipments, connection-peg can be hidden in the housing, and then is subjected to the protection of housing.

Yet, according to inventor's discovery that studies for a long period of time, common electronic apparatus on the market at present, its structure still exists many defectives to have much room for improvement.See also shown in Figure 1, be the electronic apparatus 1 of a kind of energy by rotation release connection-peg, wherein core parts 10 are positioned at the housing 11 of electronic apparatus 1, and the front end of core parts 10 is a connection-peg 100, see also shown in Figure 2ly, these core parts 10 inside are provided with a circuit board 101.This electronic apparatus 1 comprises an orbit element 12, a slide block 13, a bent axle 14 and a moving block 15.Wherein, this orbit element 12 is connected with these core parts 10, and this slide block 13 is to combine with bent axle 14, and this slide block 13 can slide in the slide rail of this orbit element 12, and in addition, this moving block 15 passes housing 11, and is connected with this bent axle 14.

See also Fig. 1, shown in Figure 2, when user's desire is pushed out to connection-peg 100 outside the housing 11, the user must rotate this moving block 15 towards a direction, this bent axle 14 is rotated centered by moving block 15, at this moment, bent axle 14 can drive slide block 13, makes slide block 13 slide in the slide rail of orbit element 12, make this orbit element 12 promote core parts 10, and make connection-peg 100 move to outside the housing 11.On the other hand, but also this moving block 15 of counter-rotation of user, make these bent axle 14 rotations after, drive slide block 13 and orbit element 12, and then core parts 10 retracted, connection-peg 100 is moved in the housing 11.Yet, study the back according to the inventor and find, when the user used this kind electronic apparatus 1, the angle of rotating this moving block 15 must reach 180 degree, can fully connection-peg 100 be pushed out to outside the housing 11, the design of excessive rotational angle is not for the user not smoothly and quite inconvenient.Moreover, the structure of existing electronic apparatus 1 is too complicated, and number of elements is too much, assembles electronic apparatus 1 so manufacturer is difficult to the mode of automation, and must take the mode of artificial assembling to make this electronic apparatus 1, significantly promote production cost.Moreover, when electronic apparatus 1 is assembled by manufacturer, must be from different directions, core parts 10, orbit element 12, slide block 13, bent axle 14 and moving block 15 are assembled on the housing 11 one by one, this not only causes packaging efficiency low, more because factor such as number of elements is too much, has increased the possibility of assembly defect or error, cause the qualification rate of product to improve, quite undesirable.

In addition, outside this connection-peg 100 moves to this housing 11, or when folding to this housing 11, owing to lack a firm location mechanism, therefore, this connection-peg 100 still may be because of the effect of external force, and depart from original position, cause the user carry and use not convenient, for example: this connection-peg 100 can be pushed back in this housing 11 because of reaction force on being plugged to electronic equipment the time; Or this connection-peg 100 also may cause can't stably be incorporated in this housing 11, and be not easy to carry because of the degeneration of this orbit element 12, slide block 13,

bent axle

14 and 15 frictional force of moving block.

Therefore, how to improve the problems of existing electronic apparatus, make the user pass through slightly to rotate the body of rod, just can rapidly connection-peg be pushed out to outside the housing, to improve ease of use, and a stable location mechanism can be provided, and the confession user controls stretching out of connection-peg or takes in, and is the important topic that the utility model is inquired in this desire.

Summary of the invention

Because the problems of existing electronic apparatus, the purpose of this utility model is to propose a kind of electronic apparatus that rotates push type, phase can significantly be simplified the structural design of electronic apparatus, enhance productivity and the purpose of product percent of pass to reach, and make the user can be fast and release or regain connection-peg easily, increase the ease of use of electronic apparatus.

For reaching above-mentioned purpose, the utility model provides a kind of electronic apparatus that rotates push type, comprise that a housing, core parts and rotate the body of rod, wherein a side of this housing offers an opening, this opening extends in this housing, forming an accommodation space, and still be provided with one first embedding part on this housing; Position corresponding to this first embedding part on this electronic apparatus still is provided with one second embedding part, and this second embedding part can be fixedly arranged on this rotation body of rod or this core parts; These core parts are placed in this accommodation space, be provided with a circuit board in these core parts, and the front end of these core parts is provided with a connection-peg, this connection-peg is connected with this circuit board, and this connection-peg is corresponding to this opening, and the position of this core parts adjacent back end offers an orbit portion; The position of the contiguous end of this rotation body of rod is hubbed on this housing, and an end of this rotation body of rod is a clicking section, this clicking section extends to outside this housing, stir for the user, the position of the contiguous other end of this rotation body of rod is provided with a pushing part, and this pushing part is slidably disposed on this orbit portion, under this connection-peg is collapsed in state in this accommodation space, this pushing part system is positioned at an end of this orbit portion, and this second embedding part can with this first embedding part phase inlay card; End at this rotation body of rod rotates (as: user stirs this rotation body of rod) towards a direction, make this second embedding part break away from this first embedding part, and the other end that makes this rotation body of rod is under the situation that the direction of the opening of this housing moves, this pushing part namely pushes against this orbit portion, and then promote this core parts, this connection-peg is pushed out to outside this housing, and this pushing part is simultaneously along this orbit portion, move to the other end of this orbit portion, in addition, outside this connection-peg has extend out to this housing, and should rotate an end of the body of rod under the situation of other direction rotation, this pushing part namely spurs this orbit portion, and then spurs this core parts, and this connection-peg is drawn into to this housing, simultaneously, this pushing part will move to an end of this orbit portion along this orbit portion, and this second embedding part can be again and this first embedding part phase inlay card.

The electronic apparatus that the utility model proposes, wherein, this first embedding part is located on this housing the position of contiguous its other end, and this second embedding part is located on this rotation body of rod the position corresponding to this first embedding part.

The electronic apparatus that the utility model proposes, wherein, this first embedding part is located at the medial surface of this housing, and this second embedding part is located on these core parts the position corresponding to this first embedding part.

The electronic apparatus that the utility model proposes, wherein, the position of the contiguous end of this rotation body of rod is provided with one first articulated section, and this housing is provided with one second articulated section corresponding to the position of this first articulated section, this first, second articulated section articulates mutually, and this rotation body of rod is hubbed on this housing.

The electronic apparatus that the utility model proposes wherein, is positioned at an end of this orbit portion in this pushing part, and this connection-peg collapsed under the state in this housing, and this first articulated section and this pushing part are respectively adjacent to the corresponding both sides of this housing.

The electronic apparatus that the utility model proposes, wherein these core parts comprise a pallet, and this pallet can carry this circuit board, and this orbit portion is located at the position of this pallet adjacent back end, slide before and after can be in this housing after this pallet is stressed, this connection-peg can be moved in the outer or housing of housing.

The electronic apparatus that the utility model proposes, wherein the axis of the axis of this orbit portion (lines at two ends) and this electronic apparatus between keep one first angle, this first angle is more than or equal to 45 degree and less than 90 degree.So, this pushing part can be mobile in this orbit portion swimmingly.

The electronic apparatus that the utility model proposes, the wherein line of this pushing part and first articulated section, and maintenance one second angle between the axis of this electronic apparatus, and this second angle is less than 45 degree.So, can avoid connection-peg in the process of pegging graft, automatic drawing back is to this housing, to improve the ease of use of this electronic apparatus.

The electronic apparatus that the utility model proposes, wherein, be concaved with one first guidance part on the internal face of this housing, and the position corresponding to this first guidance part is provided with one second guidance part on these core parts, this second guidance part can be slidingly arranged on this first guidance part.

The electronic apparatus that the utility model proposes, wherein, the position of a contiguous end is provided with one first limiting section in this orbit portion, the position of the contiguous other end then is provided with one second limiting section in this orbit portion, under this connection-peg was collapsed in state in this accommodation space, this pushing part was positioned at an end of this orbit portion by first limiting section; Under the state outside this connection-peg moves to this housing, this pushing part is positioned at the other end of this orbit portion by this second limiting section.

Compared with prior art, the beneficial effects of the utility model are:

According to the structure of this utility model, the user only needs slightly to rotate this and rotates the body of rod, just can rapidly this connection-peg be positioned to outside this housing, or promptly regain in this housing.Moreover, because number of elements of the present utility model and configuration are simplified, so manufacturer can produce this electronic apparatus rapidly in the mode of automation assembling, significantly promote production efficiency.

Description of drawings

Fig. 1 is the schematic perspective view of existing electronic apparatus;

Fig. 2 is the three-dimensional exploded view of existing electronic apparatus;

Fig. 3 is the perspective exploded view of first preferred embodiment of the present utility model;

Fig. 4 is another schematic perspective view of first preferred embodiment of the present utility model;

Fig. 5 A is the illustrative view of second preferred embodiment of the present utility model;

Fig. 5 B is the illustrative view of second preferred embodiment of the present utility model; And

Fig. 5 C is the illustrative view of second preferred embodiment of the present utility model.

Description of reference numerals:

3,5-electronic apparatus; 30,50-housing; 301,501-upper shell; 302,502-lower house; 303,503-opening; 304,504-accommodation space; 305-second articulated section; 31,51-core parts; The 310-pallet; 311,511-circuit board; 312,512-connection-peg; 32,52-rotates the body of rod; 320-first articulated section; 321,521-pushing part; 323,523-clicking section; A, X-axis; The B-line; A1-first angle; A2-second angle; C1, the D1-first main embedding part; C2, the D2-second main embedding part; C ' 1-is embedding part for the first time; C ' 2-is embedding part for the second time; T1-first guidance part; T2-second guidance part; R, R '-orbit portion; R1-first limiting section; R2-second limiting section.

Embodiment

The inventor is in the research and development of being engaged in association areas such as electronic apparatus for a long time and design; find to release by rotational structure at present the electronic apparatus of connection-peg; regular meeting has structure too complicated, and the defective that number of elements is too much causes the assembly program complexity; not only bad for automated production; and problems such as production efficiency is low are arranged, and in addition, the user must significantly rotate moving block; can release connection-peg, also inconvenient in the use.Though have the dealer to study improvement at the structure of electronic apparatus at present, to seek the improvement scheme of the problems referred to above, do not obtain perfect solution as yet.In view of this, the creator is that the structure of thinking to reach at electronic apparatus improves, and with when reaching simplifying of apparatus structure, reaches the purpose that can release or regain connection-peg rapidly.

The utility model is a kind of electronic apparatus that rotates push type, see also Fig. 3, shown in Figure 4, in first preferred embodiment of the present utility model, this electronic apparatus 3 comprises that a housing 30, core parts 31 and rotate the body of rod 32, wherein this housing 30 can be made by metal or plastic cement material, and this housing 30 comprises a upper shell 301 and a lower house 302, and a side of this housing 30 offers an opening 303, and extends internally and be provided with an accommodation space 304.These core parts 31 are placed in this accommodation space 304, in first preferred embodiment, these core parts 31 comprise a pallet 310, a circuit board 311 and a connection-peg 312, carry this circuit board 311 in this pallet 310, and the position of its adjacent back end offer an orbit portion R; This circuit board 311 can comprise a memory body module or communication module (as: bluetooth module, WiFi module) etc.The front end of this pallet 310 is provided with this connection-peg 312, and this connection-peg 312 is connected with this circuit board 311, and this connection-peg 312 is corresponding to this opening 303.This connection-peg 312 is the connection-peg of a USB specification; the utility model is not as limit; manufacturer is when manufacturing and designing this electronic apparatus 3 according to the utility model; also can be according to the actual product demand; change the specification of this connection-peg 312; for example: this connection-peg 312 is designed to circumscribed sequence A TA(External Serial ATA; be called for short eSATA) or live wire specifications such as (FireWire); the personage in all the utility model field variation and the combination that can associate easily; still belong to equivalence of the present utility model and change, all should be encompassed in the protection range of the present utility model.

See also Fig. 3 again, shown in Figure 4, the position of these rotation body of rod 32 contiguous ends is provided with one first articulated section 320, this first articulated section 320 is a pivot hole, this housing 30(upper shell 301) position corresponding to this first articulated section 320 is provided with one second articulated section 305, this second articulated section 305 is a pivot, this second articulated section 305 is articulated with this first articulated section 320, this rotation body of rod 32 is hubbed on this housing 30, and an end of this rotation body of rod 32 is a clicking section 323, this clicking section 323 extends to outside this housing 30, stir for the user, or for other element drives.The position of these rotation body of rod 32 contiguous other ends is provided with a pushing part 321, and this pushing part 321 is slidably disposed on this orbit portion R.Under this connection-peg 312 was collapsed in state in this accommodation space 304, this pushing part 321 was positioned in the end of this orbit portion R.When a direction was rotated, the other end of this rotation body of rod 32 namely moved towards the direction of the opening 303 of this housing 30 at this end that rotates the body of rod 32.In the case, this pushing part 321 namely breaks away from the end of this orbit portion R, moves towards the other end of this orbit portion R, and pushes against this orbit portion R, and then promote this core parts 31, and this connection-peg 312 is pushed out to outside this housing 30.

Hold, see also Fig. 3 and shown in Figure 4 again, the position of these housing 30 contiguous opposite sides is provided with one first main embedding part C1, position corresponding to this first main embedding part C1 on this clicking section 323 then is provided with one second main embedding part C2, under this connection-peg 312 is collapsed in state in this accommodation space 304, this second main embedding part C2 can with this first main embedding part C1 phase inlay card, to guarantee the location steadiness of this connection-peg 312; At this end that rotates the body of rod 32 under the state of direction rotation, this second main embedding part C2 can break away from this first main embedding part C1, make this pushing part 321 this orbit portion of pushing and pressing R, and then promote this core parts 31, this connection-peg 312 is pushed out to outside this housing 30; Outside this connection-peg 312 has extend out to this housing 30, and should rotate an end of the body of rod 32 under the situation of other direction rotation, this pushing part 321 namely spurs this orbit portion R, and then spur this core parts 31, this connection-peg 312 is drawn into to this housing 30, simultaneously, this second main embedding part C2 can be again and this first main embedding part C1 phase inlay card.

In addition, see also Fig. 3 and shown in Figure 4 again, in the present embodiment, the medial surface of this housing 30 still is concaved with for the first time embedding part C ' 1 and at least one first a guidance part T1, and on these core parts 31 corresponding to position embedding part C ' 2 and the one second guidance part T2 for the second time that be respectively equipped with that configuration is complementary of this first time embedding part C ' 1 and first guidance part T1, and this second guidance part T2 can be slidingly arranged on this first guidance part T1, to be collapsed at this connection-peg 312 under the state in this accommodation space 304, this for the second time embedding part C ' 2 can with this embedding part C ' 1 phase inlay card for the first time, and this second guidance part T2 can embed among this first guidance part T1; And at this end that rotates the body of rod 32 under the situation of direction rotation, this second time, embedding part C ' 2 can break away from this first time of embedding part C ' 1, and made these core parts 31 can be along the direction displacement of this first guidance part T1.The inventor is through repeatedly finding after the experiment, see through described embedding part C ' 1, C ' 2 and main embedding part C1, C2, decapacitation provides outside the most firm location mechanism of this core parts 91 1, still can effectively promote the control feel of this electronic apparatus 9, make the user can more intuitively control release or the income of these core parts 91.

This want special one carry be, in the aforementioned embodiment, see also Fig. 3 and shown in Figure 4, though be provided with described main embedding part C1 on this electronic apparatus 3 simultaneously, C2 and time embedding part C ' 1, C ' 2, only, on this actual applying, this electronic apparatus 3 only need possess described main embedding part C1, C2 or inferior embedding part C ' 1, C ' 2, enough location steadinesss can be provided, anticipate namely, the electronic apparatus that Fig. 3 and Fig. 4 draw is a most preferred embodiment of the present utility model, yet in other preferred embodiments of the present utility model, described main embedding part C1 only need be set in fact, C2 or inferior embedding part C ' 1, C ' 2 gets final product.

In addition, see also shown in Fig. 5 A～5C, be second preferred embodiment of the present utility model, in the present embodiment, this electronic apparatus 5 is also by a housing 50, one core parts 51 and one rotate the body of rod 52 and form, only, these core parts 51 only comprise a circuit board 511 and a connection-peg 512, meaning namely, this this orbit portion R ' is that direct connection is installed on this circuit board 511, and the axis X of the axis a of this orbit portion R ' and this electronic apparatus 3 between keep one first angle A 1, this first angle A 1 is more than or equal to 45 degree and less than 90 degree, wherein, this axis a refers to the straight line line at orbit portion R two ends.

Hold, in the present embodiment, this first main embedding part D1 is located in this housing 50 position corresponding to these 523 outsides, clicking section, this second main embedding part D2 then is located on this clicking section 523 position corresponding to this first main embedding part D1 inboard, and the configuration of this first main embedding part D1 and the second main embedding part D2 is respectively a projection and an inlay card groove; The position of a contiguous end is provided with one first limiting section R1 in this orbit portion R ', and the position of the contiguous other end is provided with one second limiting section R2 in this orbit portion R '.See also shown in Fig. 5 A, under this connection-peg 512 is collapsed in state in this accommodation space 504, this pushing part 521 is positioned at the end of this orbit portion R ' by the first limiting section R1, and this second main embedding part D2 can with the medial surface phase inlay card of this first main embedding part D2 so that this first articulated section 520 and this pushing part 521 are respectively adjacent to the corresponding both sides of this housing 50.

Hold, see also again shown in Fig. 5 B, when a direction (being clockwise direction in 5B figure) was rotated, the other end of this rotation body of rod 52 namely moved towards the direction of the opening 503 of this housing 50 at this end that rotates the body of rod 52.In the case, this first main embedding part D2 namely breaks away from this first main embedding part D1, and makes this pushing part 521 mobile in this orbit portion R ', and pushes against this orbit portion R ', and then promotes this core parts 51, and this connection-peg 512 is pushed out to outside this housing 50.This pushing part 521 moves to the other end (shown in Fig. 5 C) of this orbit portion R ' simultaneously along this orbit portion R '.Because this first angle A 1 of clamping between the axis a of this orbit portion R ' and the axis X of this electronic apparatus 5, and this first angle A 1 is more than or equal to 45 degree and less than 90 degree, therefore, this rotates the body of rod 52 and only needs to rotate a little, make this pushing part 521 mobile in orbit portion R ', just can significantly release this connection-peg 512.In 5C figure, this pushing part 521 moves to the other end of this orbit portion R ' fully, and this connection-peg 512 has moved to outside this housing 50, and this pushing part 521 is the other end that is positioned at this orbit portion R ' by the second limiting section R2.Under this state, the line b of this pushing part 521 and first articulated section 520, and the axis X of this electronic apparatus 5 between keep one second angle A 2.

See also again shown in the 5B figure, in the present embodiment, this second angle A 2 is less than 45 degree.By this technical characterictic, see also shown in Fig. 5 C, when this connection-peg 512 is pegged graft with the connector of other electronic equipments, core parts 51 can be to these pushing part 521 generations one strength to the right, and the component of this strength can rotate the body of rod 52 generations one moment that clockwise rotates to this, and because this pushing part 521 has abutted to the other end of this orbit portion R ', so any movement or rotation can not take place this rotation body of rod 52 again, and can stably be positioned at the original place, and against living in this orbit portion R '.In other words, by design of the present utility model, the reaction force that this connection-peg 512 is pegged graft and produced can't make core parts 51 and connection-peg 512 automatic drawing backs, makes the user can finish the action of pegging graft smoothly, effectively promotes ease of use.On the other hand, see also shown in the 5C figure again, outside this connection-peg 512 has extend out to this housing 50, and should rotate an end of the body of rod 52 under the situation of other direction (counterclockwise) rotation, this pushing part 521 namely breaks away from this second limiting section R2, and spur this orbit portion R ', and then spur this core parts 51, this connection-peg 512 is drawn into to this housing 50, and this pushing part 521 is simultaneously along this orbit portion R ', move to the end (shown in Fig. 5 A) of this orbit portion R ', make this second main embedding part D2 again inlay card to this first main embedding part D1.

By architectural feature of the present utility model, it is following that the user only needs slightly to rotate this rotation body of rod 52(rotation 90 degree), just can rapidly this connection-peg 512 be pushed out to outside this housing 50, and when this connection-peg 512 is accommodated in this housing 50, also can see through described main embedding part D1, D2, guarantee its location steadiness, significantly promote the ease of use of electronic apparatus 5.Moreover, because it is of the present utility model simple for structure, and the number of elements and the configuration that adopt are all simplified than prior art, so manufacturer can be in the mode of automation assembling, these core parts 51 and the rotation body of rod 52 promptly are assembled on this housing 50, to produce this electronic apparatus 5 rapidly, not only significantly save production cost, promote production efficiency, and because the utility model structure is simplified, more be conducive to the miniaturization of device integral body, effectively reduce the volume of electronic apparatus 5, use and design requirement to meet.

More than explanation is just illustrative for the utility model; and it is nonrestrictive; those of ordinary skills understand; under the situation that does not break away from the spirit and scope that following claims limit; can make many modifications; change, or equivalence, but all will fall in the protection range of the present utility model.

Claims

1. an electronic apparatus that rotates push type is characterized in that, comprising:

One housing, the one side offers an opening, and this opening extends in this housing, and forming an accommodation space, and this housing is provided with one first embedding part;

One core parts are contained in this accommodation space, are provided with a circuit board in these core parts, and the front end of these core parts is provided with a connection-peg, this connection-peg is connected with this circuit board, and this connection-peg is corresponding to this opening, and the position of this core parts adjacent back end offers an orbit portion;

One second embedding part is located on this electronic apparatus the position corresponding to this first embedding part; And

One rotates the body of rod, the position of its contiguous end is hubbed on this housing, one end of this rotation body of rod is a clicking section, this clicking section extends to outside this housing, the position of the contiguous other end of this rotation body of rod is provided with a pushing part, and this pushing part is slidably disposed on this orbit portion, under this connection-peg is collapsed in state in this accommodation space, this pushing part is positioned at an end of this orbit portion, and this second embedding part and this first embedding part phase inlay card; Rotate towards a direction at this end that rotates the body of rod, the other end that makes this rotation body of rod is under the situation that the direction of the opening of this housing moves, this second embedding part breaks away from this first embedding part, and this pushing part pushes against this orbit portion, and then promote this core parts, this connection-peg is pushed out to outside this housing, and simultaneously, this pushing part moves to the other end of this orbit portion along this orbit portion; Outside this connection-peg has extend out to this housing, and should rotate an end of the body of rod under the situation of other direction rotation, this pushing part namely spurs this orbit portion, and then spur this core parts, this connection-peg is drawn into to this housing, and simultaneously, this pushing part is along this orbit portion, move to an end of this orbit portion, and this second embedding part again with this first embedding part phase inlay card.

2. electronic apparatus as claimed in claim 1 is characterized in that, this first embedding part is located on this housing the position of contiguous its other end, and this second embedding part is located on this rotation body of rod the position corresponding to this first embedding part.

3. electronic apparatus as claimed in claim 1 is characterized in that, this first embedding part is located at the medial surface of this housing, and this second embedding part is located on these core parts the position corresponding to this first embedding part.

4. as claim 2 or 3 described electronic apparatus, it is characterized in that, the position of the contiguous end of this rotation body of rod is provided with one first articulated section, this housing is provided with one second articulated section corresponding to the position of this first articulated section, this first, second articulated section articulates mutually, and this rotation body of rod is hubbed on this housing.

5. electronic apparatus as claimed in claim 4 is characterized in that, is positioned at an end of this orbit portion in this pushing part, and this connection-peg collapsed under the state in this housing, and this first articulated section and this pushing part are respectively adjacent to the corresponding both sides of this housing.

6. electronic apparatus as claimed in claim 5 is characterized in that, keeps one first angle between the straight line line at these orbit portion two ends and the axis of this electronic apparatus, and this first angle is more than or equal to 45 degree and less than 90 degree.

7. electronic apparatus as claimed in claim 6, it is characterized in that, be positioned at the other end of this orbit portion in this pushing part, and this connection-peg is pushed out under the outer state of this housing, the line of this pushing part and this first articulated section, and keep one second angle between the axis of this electronic apparatus, and this second angle is less than 45 degree.

8. electronic apparatus as claimed in claim 7, it is characterized in that, be concaved with one first guidance part on the internal face of this housing, and the position corresponding to this first guidance part is provided with one second guidance part on these core parts, this second guidance part can be slidingly arranged on this first guidance part.

9. electronic apparatus as claimed in claim 8 is characterized in that, these core parts comprise a pallet, and this pallet can carry this circuit board, and this orbit portion is located at the position of this pallet adjacent back end.

10. electronic apparatus as claimed in claim 9, it is characterized in that, the position of a contiguous end is provided with one first limiting section in this orbit portion, the position of the contiguous other end then is provided with one second limiting section in this orbit portion, under this connection-peg was collapsed in state in this accommodation space, this pushing part was positioned at an end of this orbit portion by first limiting section; Under the state outside this connection-peg moves to this housing, this pushing part is positioned at the other end of this orbit portion by this second limiting section.