CN2625956Y - Composite peripheral module applied to computer equipment - Google Patents

Abstract

The utility model relates to a composite peripheral module applied to computer equipment. The computer equipment comprises a casing and a circuit substrate, a limited composite space with a normalized height is formed in the casing. The composite peripheral module comprises a plurality of peripheral devices, a frame and a signal transfer device; the frame is provided with a containing part which matches with the size of the composite space to enable the peripheral devices simultaneously to be contained in the containing part stacked with each other, the frame is combined with the casing to be fixed in the composite space, the signals are made to be transmitted between the peripheral devices and the circuit substrate via the signal transfer device; the integration design of the frame and the signal transfer device facilitates the peripheral devices to be positioned simultaneously in a single composite space to increase the available space in the casing.

Description

Be applied to the compound peripheral modules of computer equipment

[technical field]

The utility model relates to a kind of compound peripheral modules, particularly relate to a kind of be applied to the extremely limited computer equipment in inner space use, with simultaneously in conjunction with the compound peripheral modules that is applied to computer equipment of most peripheral devices.

[background technology]

With reference to figure 1 and Fig. 2, the technical grade computer equipment that one tradition is used as server is described, its inside includes most servo units 4 (industry claim be a Unit) usually, each servo unit 4 includes the circuit substrate 42 that a casing 41 and is contained in casing 41 inside, in the casing 41 and be provided with one for as the assembling space 43 of periphery device setting such as floppy drive 5, and based on reduce considering that the overall calculation machine equipment taken up space as far as possible, the size of each servo unit 4 all has strict restriction, and the general only 40～44mm of the specification of height (thickness) wherein, and for the peripheral device of general standard, as floppy disk, hard disk drive, CD-ROM drive, even in order to small-sized LCD 6 of simple displaying servo unit 4 running messages or the like, the height of servo unit 4 just can only be for peripheral device assembling, therefore if when having most peripheral devices to assemble simultaneously, when having a floppy drive 5 and a miniscope 6 among the figure simultaneously, have only in the adjacent mode arranged side by side in side and be placed in the housing 41 of servo unit 4, so will occupy limited space in the servo unit 4, and the configuration of circuit substrate 42 certainly will reduce its usable area, the degree of difficulty that empty electronation assembly disposes in order to dodge the shared space of these peripheral devices on circuit substrate 42.

Moreover, because electronic product is more and more stressed compact design, recently at also develop the thickness slim floppy disk thinner (Slim FDD) (figure does not show) as peripheral devices such as floppy disks than standard specification, similarly, hard disk drive or CD-ROM drive also have similar slim product to occur.Yet, though the thickness of these peripheral devices is all thin than standard specification, but when being applied in server unit 4, because effectively do not integrate package assembly, make these slim peripheral devices still must use old package assembly, be placed in the housing of the limited servo unit of the area of plane so remain in the adjacent mode in side, though cause peripheral device thickness to reduce, can the power area of sub-component configuration of motherboard does not increase because of the minimizing of peripheral device thickness.

[utility model content]

The purpose of this utility model is to provide a kind of compound peripheral modules, this compound peripheral modules can effectively integrate most slim peripheral devices to be assembled in the computer equipment in normalized single assembling space, to reach the finite space that makes full use of in the computer equipment.

The utility model provides a kind of compound peripheral modules that is applied to computer equipment, this computer equipment includes a casing and and places the interior circuit substrate of this casing, this casing is interior and be provided with tool normalization limited interblock space highly, it is characterized in that: this compound peripheral modules comprises most peripheral devices, and holds the framework of this peripheral device and the signal switching device of this peripheral device of electric connection and this circuit substrate;

The thickness of this peripheral device is the height less than this interblock space, and this framework has most sidewalls that link to each other, and this sidewall defines one and cooperates this interblock space size and hold the holding part of location for the mutual storehouse of this peripheral device ground.

Described compound peripheral modules is characterized in that:

This compound peripheral modules more comprises the winding unit on the sidewall that majority is fixed on this peripheral device this framework.

Described compound peripheral modules is characterized in that:

This winding unit comprises that one is located at perforation, on the sidewall of this framework and is located at screw on this peripheral device corresponding surface, and one passes this perforation and is screwed together in the screw of this screw with lock this peripheral device and this framework.

Described compound peripheral modules is characterized in that:

This winding unit comprises that a pilot hole on the sidewall that penetratingly is located at this framework and a non-circular hole, are located on this peripheral device shrinkage pool that should position of positioning hole, and a fixture, and this fixture has one and passes the pilot hole of this framework accordingly and insert protuberance and a holding rotationally in the shrinkage pool of this peripheral device in the bolt-lock portion of this non-circular hole periphery wall.

Described compound peripheral modules is characterized in that:

This signal switching device includes a circuit board that is provided with change-over circuit, and most be electrically connected at this circuit board and in addition end be connected the flexible flat cable of this peripheral device accordingly.

Described compound peripheral modules is characterized in that:

This majority peripheral device includes a slim floppy disk and a man-machine interface display.

The utility model makes these peripheral devices be positioned at simultaneously in the single interblock space by the Integration Design of framework and signal switching device.Compound peripheral modules of the present utility model can effectively integrate most slim peripheral devices to be assembled in the computer equipment in normalized single assembling space, to make full use of the finite space in the computer equipment.

[description of drawings]

Below by most preferred embodiment and accompanying drawing compound peripheral modules of the present utility model is elaborated, in the accompanying drawing:

Fig. 1 is the server computer organigram that tradition one has most servo units;

Fig. 2 is the servo unit internal structure schematic appearance of Fig. 1;

Fig. 3 is the assembling synoptic diagram that a preferred embodiment of the compound peripheral modules of the utility model is applied in a servo unit of a server computer;

Fig. 4 is this preferred embodiment structure decomposition map;

Fig. 5 is a fixture synoptic diagram of this preferred embodiment, illustrates that it is in order in conjunction with a peripheral device and a framework;

Fig. 6 is an action synoptic diagram, the position of a bolt-lock portion in conjunction with peripheral device and framework time of this fixture in the key diagram 5; And

Fig. 7 is the assembling synoptic diagram that this preferred embodiment is applied in a home computer.

[embodiment]

Consult Fig. 3 and Fig. 4, compound peripheral modules of the present utility model is to be applied in a computer equipment, in the middle of this example, be to illustrate, and servomechanism have most servo units (Unit as the aforementioned) of going up the push-down stack assembling with a technical grade computing machine that uses as server.So herein computer equipment then with a servo unit 1 as representative, and servo unit 1 includes a casing 11 and and places circuit substrate 12 in the casing 11, in the casing 11 and be formed with tool normalization height (40～44mm) limited interblock space 13.

Compound peripheral modules 2 comprises most peripheral devices, a framework 21 and a signal switching device 22.

Peripheral device is to adopt a slim floppy disk 23 and in order to showing the man-machine interface display 24 of servo unit running information in this example, and the thickness of slim floppy disk 23 and man-machine interface display 24 is all less than the specification height of (being about half) interblock space 13.

Framework 21 has most sidewalls that link to each other, in this example, be by opposite a first side wall 211, second sidewall 212, and a framework 21 that connects the first side wall 211 and the 3rd sidewall 213 formed U-shapeds of second sidewall, 212 mutually same ends, make the first side wall 211, second sidewall 212 and the 3rd sidewall 213 define the holding part 214 of a cooperation interblock space 13 sizes.

Signal switching device 22 comprises a circuit board 221 and most flexible flat cable 222, circuit board 221 is a strip, two ends lock respectively on the first side wall 211 and second sidewall, 212 mutually same ends and are identical with the bearing of trend of the 3rd sidewall 213, and design has change-over circuit (figure does not show) on the circuit board 221, one end of most winding displacements 222 is electrically connected at respectively on opposite one first 2211 and 1 second 2212 of circuit board 221, the position then can be in order to electrically connect slim floppy disk 23 and man-machine interface display 24 at the other end of first 2211 winding displacement 222, the position at the other end of second 2212 winding displacement 222 then in order to electrically connect circuit substrate 12, so as to making slim floppy disk 23, man-machine interface display 24 sees through signal switching device 22 and circuit substrate 12 mutual transmitting signals.

During combination, slim floppy disk 23 and man-machine interface display 24 can be by the mode and framework 21 combinations of a winding unit 25 above push-down stacks, in this example, winding unit 25 is to be provided with most perforation 251 on the first side wall 211 of framework 21 and second sidewall 212, and be provided with the screw 252 of corresponding perforation 251 positions on the face with respect to the first side wall 211 and second sidewall 212 at slim floppy disk 23 and man-machine interface display 24, by majority by 251 screws 253 that are screwed together in screw 252 of boring a hole, make slim floppy disk 23 and man-machine interface display 24 are fixed in the holding part 214 of framework 21, in addition, 222 of the winding displacement of position on first 2211 of circuit board 221 can form with slim floppy disk 23 and man-machine interface display 24 and electrically connect.So, most peripheral devices such as slim floppy disk 23 and man-machine interface display 24, cooperate framework 21 and signal switching device 22 will constitute a module kenel, again this module is installed up in the assembling space 13 of servo unit 1, can in single assembling space 13, use two kinds of peripheral devices simultaneously, significantly reduce the most peripheral devices of script and assemble shared circuit substrate 12 areas in the adjacent mode in side, reach the purpose that makes full use of the finite space in the housing 11, relatively improve the space of Gong the configuration of electronic package on the circuit substrate 12, and, also strengthen the design of circuit substrate 12 on function indirectly because of the electronic package configuration flexibility improves.

As Fig. 5 and Fig. 6, be easier to carry out dismounting in addition, can adopt another winding unit 26 with framework 21 in order to make peripheral device.

Winding unit 26 is the pilot holes 262 (in fact also can only use a pilot hole 262) that penetratingly are located at the first side wall 211 or the non-circular hole 261 (being shown as just like keyhole shape on the figure) on second sidewall 212 of framework 21 and were located at 261 liang of opposition sides of non-circular hole in two minutes, the corresponding shrinkage pool 263 that then is provided with in pilot hole 262 positions on two opposition side faces on the periphery devices such as slim floppy disk 23 and man-machine interface display 24, establish a fixture 264 in addition, fixture 264 has the protuberance 2641 and a rotating bolt-lock portion 2642 of a column, the protuberance 2641 that makes fixture 264 can pass the pilot hole 262 on the framework 21 accordingly and insert in the shrinkage pool 263 on slim floppy disk 23 or the man-machine interface display 24 to form positioning action, simultaneously bolt-lock portion 2,642 one ends are to cooperate the shape of non-circular hole 261 and can enter in the corresponding non-circular hole 261, make bolt-lock portion 2642 enter rotation one angle in back in the non-circular hole 261 again, make the shape of bolt-lock portion 2,642 one ends and non-circular hole 261 constitute the non-involutory kenel that misplaces, but so as to making the 2642 one end holdings of bolt-lock portion on the wall around the non-circular hole 261 and form and interfere, the two sides of slim floppy disk 23 and man-machine interface display 24 make fixture 264 oppositely to break away from, so then can borrow one or more fixture 264 to be positioned in the holding part 214 of framework 21.

And desire is when separating slim floppy disk 23 and man-machine interface display 24 on framework 21, only need bolt-lock portion 2642 revolution equal angular with fixture 264, make the shape of the shape of bolt-lock portion 2642 and non-circular hole 264 involute state once more for passing through, fixture 264 can be taken off on framework 21, and the protuberance 2641 of fixture 264 can break away from the shrinkage pool 263 on slim floppy disk 23 or the man-machine interface display 24, makes slim floppy disk 23 or man-machine interface display 24 also can take out in the holding part 214 of framework 21.

In addition as Fig. 7, compound peripheral modules 2 has more than in the servo unit 1 that can be applicable to aforementioned server, also can use for general desktop home computer 3, compound peripheral modules 2 can be installed in the single assembling space 31 of home computer 3, also can reach and reduce the purpose that peripheral device takes up room.

Conclude above-mentioned, compound peripheral modules of the present utility model, by framework and signal switching device the peripheral device of most slimmings is made up mutually to constitute a module kenel in the storehouse mode, in the limited assembling space of winding original normalization in housing, reach in the single assembling space most peripheral devices can be installed, so can reach the purpose that makes full use of the space of the present utility model really.

Claims (6)

1, a kind of compound peripheral modules that is applied to computer equipment, this computer equipment includes a casing and and places the interior circuit substrate of this casing, this casing is interior and be provided with tool normalization limited interblock space highly, it is characterized in that: this compound peripheral modules comprises most peripheral devices, and holds the framework of this peripheral device and the signal switching device of this peripheral device of electric connection and this circuit substrate;

The thickness of this peripheral device is the height less than this interblock space, and this framework has most sidewalls that link to each other, and this sidewall defines one and cooperates this interblock space size and hold the holding part of location for the mutual storehouse of this peripheral device ground.

2, the compound peripheral modules that is applied to computer equipment as claimed in claim 1 is characterized in that:

This compound peripheral modules more comprises the winding unit on the sidewall that majority is fixed on this peripheral device this framework.

3, the compound peripheral modules that is applied to computer equipment as claimed in claim 2 is characterized in that:

This winding unit comprises that one is located at perforation, on the sidewall of this framework and is located at screw on this peripheral device corresponding surface, and one passes this perforation and is screwed together in the screw of this screw with lock this peripheral device and this framework.

4, the compound peripheral modules that is applied to computer equipment as claimed in claim 2 is characterized in that:

This winding unit comprises that a pilot hole on the sidewall that penetratingly is located at this framework and a non-circular hole, are located on this peripheral device shrinkage pool that should position of positioning hole, and a fixture, and this fixture has one and passes the pilot hole of this framework accordingly and insert protuberance and a holding rotationally in the shrinkage pool of this peripheral device in the bolt-lock portion of this non-circular hole periphery wall.

5, the compound peripheral modules that is applied to computer equipment as claimed in claim 1 is characterized in that:

This signal switching device includes a circuit board that is provided with change-over circuit, and most be electrically connected at this circuit board and in addition end be connected the flexible flat cable of this peripheral device accordingly.

6, the compound peripheral modules that is applied to computer equipment as claimed in claim 1 is characterized in that:

This majority peripheral device includes a slim floppy disk and a man-machine interface display.

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