CN201408377Y

CN201408377Y - Output, input and control element combination structure of computer

Info

Publication number: CN201408377Y
Application number: CN2009200064135U
Authority: CN
Inventors: 李后钦
Original assignee: Power Communication Technology Co Ltd
Current assignee: Power Communication Technology Co Ltd
Priority date: 2009-03-03
Filing date: 2009-03-03
Publication date: 2010-02-17
Anticipated expiration: 2019-03-03

Abstract

The utility model relates to an output, input and control element combination structure of a computer, which is fixed on a rack. The structure has the following characteristics: the structure comprises two slide rail bodies, a control unit, a display element and an input element; each slide rail body consists of an outer supporting holder, a first slide rail and a second slide rail, the outer supporting holder is fixed on the rack, and the first and the second slide rails are respectively arranged at upper and lower positions on the inner side of the outer supporting holder; the control unit is fixed between the ends of the two slide rail bodies; the display element and the input element are respectively connected with the first slide rails and the second slide rails; moreover, the first slide rail and the second slide rail respectively consist of a supporting holder, a connecting piece, sliding bodies and sliding body-supporting pieces, the sliding body-supporting pieces are arrangedon the inner side of the supporting holder, and wrap the connecting piece, and the sliding body-supporting pieces are provided with a plurality of containing holes in which the sliding bodies are placed. The utility model can increase the length for which the display element and the input element are drawn out, thus providing larger operation angle space.

Description

Computer output, input and control element unitized construction thereof

Technical field

The utility model is about a kind of computer output, input and control element unitized construction thereof.

Background technology

Present computer, host computer by standard specification, the disk array cabinet, keyboard and screen are formed, slide rail by the frame both sides piles up in regular turn and is located in the rack simultaneously, make it form an array cabinet by above-mentioned design of piling up, and general computer is often by a plurality of main frames and disk array cabinet, keyboard and screen are formed, owing to be subject to the height and the width of disk array cabinet, therefore only use one group keyboard to cooperate a control enclosure to control the different host computers or the main frame of far-end with screen, yet with a plurality of main frames and disk array cabinet, keyboard and screen pile up and are fixedly arranged in the rack, when the information personnel want computer is keeped in repair, very inconvenience during operation, so slide by slide rail, be convenient to main frame and disk array cabinet, keyboard and screen etc. move, owing to no matter be the input space of screen flip angle or keyboard, all be subject to the influence of two wood side-guide sliding distances, often cause the inconvenience of maintenance personal on computation; In addition, because more than the transmission line line that is connected between the main frame of computer and disk array cabinet, keyboard and screen and in disorder and easily drop, and the input end of external connected electronic equipment often is arranged at the host computer rear end, therefore when the maintenance personal need connect other devices, for example: carry-on dish, blue-tooth device etc. need be connected to the host computer rear end, the puzzlement that causes the maintenance personal to keep in repair, more cause simultaneously the increase on maintenance cost and the time cost, very inconvenient.

This shows that above-mentioned article commonly used still have a lot of disappearances, and need be improved.

This case inventor is in view of every shortcoming of above-mentioned article commonly used, and the output of this part computer, input and control element unitized construction thereof are finished in research and development.

Summary of the invention

Technical problem to be solved in the utility model is to provide a kind of computer output, input and control element unitized construction thereof, to increase the length that display element pulls out and bigger work angle space is provided.

For reaching above-mentioned purpose, a kind of computer output of the present utility model, input and control element unitized construction thereof, it comprises two sliding track body, control module, display element and input element; This sliding track body includes: one is fixed in the outer supporting seat of this frame; And, be located at this outer supporting seat inboard upper and lower first slide rail and second slide rail respectively; This control module is fixedly arranged on the end between this two sliding track body; This display element and input element then are connected with this first slide rail and second slide rail respectively; And this first slide rail and second slide rail comprise more respectively: supporting seat, web member, slide mass and slide mass support member, this supporting seat inboard is provided with the slide mass support member, this slide mass support member then coats this web member, and then is provided with a plurality of containing holes on this slide mass support member in order to put this slide mass.

This computer output, input and control element unitized construction thereof, wherein, the rear end is provided with a solidus frame between this two sliding track body.

Computer output of the present utility model, input and control element unitized construction thereof have adopted the setting of double sided slider bar, thereby can reach the length that the increase display element is pulled out, and the beneficial effect in bigger work angle space is provided.The setting of main frame rear end solidus frame makes the connecting line of main frame rear end to put in order and to put thereon, significantly reduces the generation of connecting line dropping situations.

Description of drawings

Fig. 1 is the perspective view of the output of the utility model computer, input and control element unitized construction thereof;

Fig. 2 is the sliding track body perspective exploded view of the output of the utility model computer, input and control element unitized construction thereof;

Fig. 3 is the three-dimensional combination of the sliding track body synoptic diagram of the output of the utility model computer, input and control element unitized construction thereof;

Fig. 4 is first slide rail and the three-dimensional synoptic diagram of implementing of second slide rail of the output of the utility model computer, input and control element unitized construction thereof;

Fig. 5 is that the solid that the sliding track body of the output of the utility model computer, input and control element unitized construction thereof is outwards slided is implemented synoptic diagram;

Fig. 6 is the three-dimensional synoptic diagram of implementing of the solidus frame of the output of the utility model computer, input and control element unitized construction thereof;

Fig. 7 is provided with the solid enforcement synoptic diagram of connectivity port for the front end of the output of the utility model computer, input and control element unitized construction thereof.

Description of reference numerals:

The 10-sliding track body; The outer supporting seat of 11-; 12-first slide rail; The 121-supporting seat; The 122-web member; The 123-slide mass; 124-slide mass support member; The 1241-containing hole; 13-second slide rail; The 131-supporting seat; The 132-web member; The 133-slide mass; 134-slide mass support member; The 1341-containing hole; The 20-control module; The 201-slotted eye; The 202-slotted eye; The 21-transmission line; The 22-transmission line; The 23-connector; The 24-supporting seat; The 241-side end; The 25-supporting seat; The 251-side end; The 30-display element; 31-pivot frame; 311-frame bar; The narrow frame of 3112-portion; The 40-input element; The 41-keyboard; The 42-Trackpad; The 43-operating key; The 44-connectivity port; The 50-frame; The 51-holder; The 511-front end panel; The 512-rear bearing sheet; The 513-fixed head; 6-solidus frame; 61-solidus bar.

Embodiment

At first, see also shown in Fig. 1-5, be a kind of computer output of the utility model, the schematic perspective view of input and control element unitized construction thereof, comprise two sliding track body 10, control module 20, display element 30 and input element 40, frame 50 is fixed in a holder 51 in its sliding track body 10 outsides, and before holder 51 can comprise, rear bearing sheet 511,512, front end panel 511 or rear bearing sheet 512 sideslips are established a fixed head 513 to be fixed in sliding track body 10 outsides in addition, be provided with first slide rail 12 and second slide rail 13 in sliding track body 10 inboards, and affixed with display element 30 and input element 40 respectively.

Secondly, please consult Fig. 2 again, shown in 3, be a kind of computer output of the utility model, the sliding track body perspective exploded view of input and control element unitized construction thereof and three-dimensional combination synoptic diagram, this sliding track body 10 includes: outer supporting seat 11, the outside connects this holder 51 and is fixed on the frame 50, first slide rail 12 and second slide rail 13, it is located at respectively on these outer supporting seat 11 inboards, down, and this first slide rail 12 and second slide rail 13 comprise more respectively: supporting seat 121,131, web member 122,132, slide mass 123,133, and slide mass support member 124,134, this supporting seat 121,131 inboards are provided with slide mass support member 124,134, this slide mass support member 124,134 coat this web member 122,132, and slide mass support member 124,134 upsides are provided with a plurality of containing

holes

1241,1341 in order to put this slide mass 123,133, this supporting seat 121,131 both sides have a chute respectively for this slide mass 123,133 slide.The web member 122 of its first slide rail 12 is shorter in length than web member 132 length of this second slide rail 13 in addition;

This control module 20, be fixedly arranged on 121,131 ends of supporting seat of first slide rail 12 and second slide rail 13, and be connected in display element 30 and input element 40 with

transmission line

21,22, and being respectively equipped with at least one slotted eye 201,202 in the both sides, front, the back then is provided with a plurality of connectors 23;

This display element 30 and input element 40, then affixed with first slide rail 12 and second slide rail 13 respectively, and display element 30 and input element 40 are respectively with

transmission line

21,22 are connected in control module 20, and display element 30 is an a display (as: LCD, CRT (cathode-ray tube (CRT)) display), and it is affixed with a pivot frame 31, and the frame bar 311 of pivot frame 31 both sides is fixedly arranged on first slide rail 12 again, this pivot frame 31 is fixed between the part of display and the frame bar 311 to articulating, display element 30 can upwards be lifted to be opened or folds, 31 liang of side frame bar 311 bottoms of its pivot frame then are the narrow frame portion 3112 of inwardly contracting, and 40 of its input elements are keyboard 41 or Trackpad 42, operating key 43.

A kind of computer output, input and the control element unitized construction thereof that form by above-mentioned component composition, during its concrete enforcement, then see also Fig. 1 and Fig. 4 and shown in Figure 5, make first slide rail 12, second slide rail 13 affixed with pivot frame 31 that is fixed in display element 30 and input element 40 respectively, and frame bar 311 bottoms of pivot frame 31 are the narrow frame portion 3112 of inwardly contracting, the narrow frame portion 3112 of frame bar 311 can be slided in the slotted eye 202 of control module 20, therefore can increase frame bar 311 length, to increase the length that display element 30 pulls out and bigger work angle space is provided.

Secondly, see also shown in Figure 6, a kind of computer output of the present utility model, the solidus frame 6 three-dimensional synoptic diagram of implementing of input and control element unitized construction thereof, solidus frame 6 is located at the rear end between two sliding track body 10, control module 20 is fixedly arranged on two supporting seats 24, between 25, the supporting seat 24 that its solidus frame 6 is set firmly by control module 20 both sides, 25 side ends 241,251 extend a solidus bar 61 and form, after the connector 23 of the transmission line of main frame and control module 20 interconnects, its transmission line then can be placed on the solidus bar 61, its line body can effectively be put in order avoid connection line to get loose because of in disorder simultaneously.

In addition, see also shown in Figure 7ly, be that the solid that the connectivity port is set of a kind of computer output provided by the utility model, input and control element unitized construction thereof is implemented synoptic diagram; Its input element 40 front ends also can be provided with connectivity port 44, its connectivity port 44 is electrically connected at control module 20 through

transmission line

21,22, and connectivity port 44 can be USB, CF (Compact Flash compact flash memory card), SD (Security Digital numerical digit secure memory card) or Express Card interface, can improve the facility that the user stores data, keeps in repair or operates.

More than be illustrative to description of the present utility model; and it is nonrestrictive; those skilled in the art is understood, and can carry out many modifications, variation or equivalence to it within spirit that claim limits and scope, but they will fall in the protection domain of the present utility model all.

Claims

1. a computer output, input and control element unitized construction thereof are fixed on the frame, it is characterized in that, comprise two sliding track body, control module, display element and input element; This sliding track body includes: one is fixed in the outer supporting seat of this frame; And, be located at this outer supporting seat inboard upper and lower first slide rail and second slide rail respectively; This control module is fixedly arranged on the end between this two sliding track body; This display element and input element then are connected with this first slide rail and second slide rail respectively; And this first slide rail and second slide rail comprise more respectively: supporting seat, web member, slide mass and slide mass support member, this supporting seat inboard is provided with the slide mass support member, this slide mass support member then coats this web member, and then is provided with a plurality of containing holes on this slide mass support member in order to put this slide mass.

2. computer output as claimed in claim 1, input and control element unitized construction thereof is characterized in that, a holder is established in this outer supporting seat outside.

3. computer output as claimed in claim 2, input and control element unitized construction thereof is characterized in that this holder comprises the back and front supporting plate, and this back and front supporting plate is fixed on this sliding track body.

4. computer output as claimed in claim 3, input and control element unitized construction thereof is characterized in that, this front end panel or rear bearing sheet sideslip are established a fixed head, and this fixed head is fixed in this sliding track body outside.

5. as claim 1 or 4 described computer outputs, input and control element unitized construction thereof, it is characterized in that the web member of this first slide rail is shorter in length than the web member length of this second slide rail.

6. computer output as claimed in claim 5, input and control element unitized construction thereof is characterized in that, these supporting seat both sides have a chute respectively and slide for this slide mass.

7. computer output as claimed in claim 6, input and control element unitized construction thereof, it is characterized in that, this elements combination structure also comprises a pivot frame, this display element and this pivot frame are affixed, the frame bar of these pivot frame both sides is fixed in this first slide rail again, and this pivot frame is fixed between the part of display and this frame bar to articulating.

8. computer output as claimed in claim 7, input and control element unitized construction thereof is characterized in that, these both sides, control module front are respectively equipped with at least one slotted eye, and the frame rod rear end of these pivot frame both sides then is the narrow frame portion of inwardly contracting, and slide in this slotted eye.

9. computer output as claimed in claim 8, input and control element unitized construction thereof is characterized in that, the rear end is provided with a solidus frame between this two sliding track body.

10. computer output as claimed in claim 9, input and control element unitized construction thereof, it is characterized in that, this control module is fixedly arranged between this two supporting seat, this two supporting seat of these control module both sides has a side end respectively, and this solidus frame forms by extending a solidus bar between above-mentioned side end.

11. computer output as claimed in claim 5, input and control element unitized construction thereof is characterized in that, this input element front end is provided with the connectivity port.

12. computer output as claimed in claim 11, input and control element unitized construction thereof is characterized in that, this connectivity port is USB, compact flash memory card, numerical digit secure memory card or Express Card interface.