CN204347685U - Integral computer device - Google Patents

Abstract

The utility model discloses a kind of computer installation of integration, comprise a casing assembly, a mainboard assembly and a display panel assembly, wherein this mainboard assembly and this display panel assembly position are in this casing assembly, this casing assembly comprises a housing and a transparency carrier, this transparency carrier is arranged on an opening of this housing, this housing is provided with one first derby, and this transparency carrier is provided with one second derby, via the magnetic-adsorption of this first derby and this second derby, this transparency carrier is engaged with this housing.The casing assembly of the computer installation of the utility model integration is very easy to dismounting, for the unusual facility of the replacing program of user in upgrading hardware specification and fast, the degree of difficulty of HardwareUpgring is significantly reduced.

Description

Integral computer device

Technical field

The utility model relates to a kind of computer installation, particularly a kind ofly easily disassembles and has thin type integrated (the All in one) computer installation of good heat radiating.

Background technology

Integral computer main frame (All-in-One PC, AIO) is a kind of desktop computer that microprocessor, mainboard, hard disk, screen, loudspeaker, video signal camera lens and display are integrated.Originally developed this block at first for Apple, number money all-in-one was once released market by Apple, the original Macintosh in such as the 1980's and the iMac in generation nineteen ninety and the 2000's, but the market low visibility because of selling at exorbitant prices.2009, the low price CPU Intel Atom that Intel releases, impelled the increase of each computer vendors to the design of AIO type and volume production.Integral computer main frame is compared to traditional computer, and all-in-one has little, the attractive in appearance advantage being easier to coordinate indoor decorative of volume, and compared to notebook, all-in-one performance is more excellent, keeps portability to a certain degree.But AIO is also because by computing machine each several part hardware integration together, causes and be difficult to upgrade to computing machine.

Utility model content

The computer installation that the utility model is integrated, comprise a casing assembly, a mainboard assembly and a display panel assembly, wherein this mainboard assembly and this display panel assembly are positioned at this casing assembly, this casing assembly comprises a housing and a transparency carrier, this transparency carrier is arranged on an opening of this housing, this housing is provided with one first derby, and this transparency carrier is provided with one second derby, via the magnetic-adsorption of this first derby and this second derby, this transparency carrier is engaged with this housing.So the casing assembly of Integral computer device of the present utility model, very easily disassemble, as long as transparency carrier and housing are separated.

The utility model is a kind of computer installation of integration, comprise a casing assembly, a base for supporting, a mainboard assembly and a display panel assembly, wherein this mainboard assembly and this display panel assembly are positioned at this casing assembly, and this base for supporting is pivoted to this casing assembly, this casing assembly can rotate relative to this base for supporting, this casing assembly comprises an integrated housing and a transparency carrier, this transparency carrier is arranged on an opening of this housing, and this transparency carrier can be separated with this housing.

A kind of computer installation of integration, comprise a casing assembly, one base for supporting, one mainboard assembly and a display panel assembly, wherein this mainboard assembly and this display panel assembly are positioned at an inner space of this casing assembly, and this base for supporting is pivoted to this casing assembly, this casing assembly can rotate relative to this base for supporting, this casing assembly comprises a housing and a transparency carrier, the wherein single component that is formed in one of this housing, wherein a depression is positioned at this housing, this transparency carrier is suitable for engaging this housing and is positioned on an opening of this depression, form this inner space of this casing assembly according to this, and this transparency carrier is suitable for being separated toward the direction away from this depression with this housing.

Now via the commentary of the following detailed description to illustrative embodiment, alterations and claims, these and other assembly, step, feature, benefit and advantage of the present utility model is come into focus.

Accompanying drawing explanation

Fig. 1 is the stereoscopic figure of the computer installation of the utility model integration;

Fig. 2 is the back appearance stereographic map of the computer installation of the utility model integration;

Fig. 3 is the three-dimensional exploded view of the computer installation of the utility model integration; .

Fig. 4 is the schematic diagram of housing in conjunction with mainboard of the computer installation of the utility model integration;

Fig. 5 is the schematic perspective view of the computer installation housing of the utility model integration;

Fig. 6 A to Fig. 6 C is the schematic perspective view of computer installation housing in conjunction with connecting rod of the utility model integration;

Fig. 7 is the schematic perspective view that the mainboard of the computer installation of the utility model integration is mounted to housing;

Fig. 8 is the schematic perspective view after the computer installation of the utility model integration arranges mainboard and other device;

Fig. 9 A to Fig. 9 B is the schematic perspective view that the computer installation of the utility model integration arranges radiating subassembly;

Figure 10 A to Figure 10 B is the schematic perspective view that the computer installation of the utility model integration arranges display panel assembly;

Figure 11 is the schematic perspective view that the computer installation of the utility model integration arranges flat head screw;

Figure 12 A is the schematic perspective view that the computer installation of the utility model integration arranges transparency carrier;

Figure 12 B is the transparency carrier schematic perspective view of the computer installation of the utility model integration;

Figure 13 A to Figure 13 B is the schematic perspective view of another pattern mainboard of computer installation of the utility model integration;

Figure 14 is the schematic perspective view of the another kind of pattern casing assembly of computer installation of the utility model integration.

Description of reference numerals: 10-computer installation; 20-base for supporting; 100-casing assembly; 200-display panel assembly; 300-mainboard assembly; 400-storage assembly; 500-radiating subassembly; 600-remote controller signal receives adapter; 700-image sensing adapter; 800-USB (universal serial bus) expands adapter; 900-extension component; 102-shell on the back; 104-transparency carrier; 106-opening; 108-sidewall; 110-housing; 112-first screw; 114-second screw; 116-the 3rd screw; 118-first storage tank; 120-second storage tank; 122-protuberance; 132-the 3rd storage tank; 124-louvre; 1181-sidewall; 1182-sidewall; 1183-sidewall; 1184-sidewall; 1185-opening; 1186-opening; 126-hole; 134-bores a hole; 133-bores a hole; 138-stator; 140-Metallic rod; 1381-connecting hole; 1382-screw hole; 1401-concave surface; 1402-threaded portion; 1403-holding section; 1404-screw hole; 22-connecting portion; 1405-screw; 24-supportive body; Bottom 26-; 310-bores a hole; 302-central processing unit; 304-volatile storage; 308-hard disk expansion slot; 401-framework; 402-stores hard disk; 601-signal transducer; 701-image sensor; 40-horn assembly; 50-display panel drives adapter; 312-expansion slot; 502-heat radiating metal fin; 50-fan; 506-cover plate; 508-thermal conductive metal pipe; 510-heat-transfer device; The sealed sheet metal of 5101-; 5104-screw; 5105-screw; 201-framework; 202-display panel; 2013-fixation kit; 128-screw; 1282-hole; 1041-first transparent region; 1042-second transparent region; 1043-the 3rd transparent region; 1044-zone of opacity; 111-opening; 109-track; 902-stator.

Although described some embodiment in the accompanying drawings, it will be understood by a person skilled in the art that, the embodiment described is illustrative, and can conceive in category of the present utility model and implement the change of illustrated embodiment and other embodiments as herein described.

Embodiment

Accompanying drawing discloses illustrative embodiment of the present utility model.It does not set forth all embodiments.In addition or can substitute and use other embodiments.For saving space or more effectively illustrating, apparent or unnecessary details can be omitted.On the contrary, some embodiments can be implemented and not disclose all details.When same numbers occurs in different figures, it refers to identical or similar assembly or step.

When following description is read together with alterations, can understand aspect of the present utility model more fully, the character of these alterations should be considered as illustrative and nonrestrictive.These are graphic may not draw in proportion, but emphasizes principle of the present utility model.

Now illustrative embodiment is described.In addition or can substitute and use other embodiments.For saving space or more effectively presenting, apparent or unnecessary details can be omitted.On the contrary, some embodiments can be implemented and not disclose all details.

First embodiment:

The utility model is a kind of computer installation of integration (All in one), as shown in Figures 1 to 4, one computer installation 10 comprises a base for supporting 20, one casing assembly 100, one display panel assembly 200, one mainboard assembly 300, one storage assembly 400, one radiating subassembly 500, one remote controller signal receives adapter 600, one image sensing adapter 700, one USB (universal serial bus) (Universal Serial Bus, USB) adapter 800 and an extension component 900 is expanded, wherein casing assembly 100 comprises shell on the back 102 and a transparency carrier 104, this computer installation 10 comprises Integral computer in addition, one notebook computer or a flat computer, wherein mainboard assembly 300, storage assembly 400, radiating subassembly 500, remote controller signal receives adapter 600, image sensing adapter 700, USB (universal serial bus) (Universal Serial Bus, USB) expansion adapter 800 and an extension component 900 are coplanar being arranged on shell on the back 102.

As shown in Figures 5 and 6, this shell on the back 102 has an opening 106, four sidewalls 108 and a housing 110, wherein sidewall and housing 110 are formed in one, and the material of housing 110 and sidewall 108 comprises a plastic material, one metal material, one alloy material (being such as almag material), the surface of housing 110 is positioned at opening 106 and has multiple first screw 112, second screw 114, multiple 3rd screw 116, one first storage tank 118, 2 second storage tanks 120, one protuberance 122 and one the 3rd storage tank 132, wherein the first screw 112 along four sidewalls 108 and near housing 110 4 limit border on arrange, wherein multiple second screw 114 along four sidewalls 108 and near housing 110 2 limit border on arrange and between two screws 112, be arranged on housing about 110 two side with the present embodiment, wherein multiple 3rd screw 116 is positioned at the zone line of housing 110, wherein be positioned on housing 110 there is multiple louvre 124 in the first storage tank 118, and at the periphery of the first storage tank 118, there is multiple 3rd screw 116, this first storage tank 118 has a sidewall 1181, sidewall 1182, one sidewall 1183 and a sidewall 1184, sidewall 1181 is corresponding with sidewall 1183, wherein sidewall 1183 has an opening 1185, sidewall 1182 is corresponding with sidewall 1184, wherein sidewall 1184 has an opening 1186, in order to expose the space in the first storage tank 118, other 2 second storage tanks 120 are arranged on the side, left and right two of the below of housing 110, and protuberance 122 is arranged between 2 second storage tanks 120, and protuberance 122 has multiple hole 126.Other 3rd storage tank 132 is positioned at below the second storage tank 120, and is arranged with multiple 3rd screw 116 at the outer of the 3rd storage tank 132, has a perforation 134 in the 3rd storage tank 132 and on housing 110.There is multiple perforation 133 in addition on housing 110 in the left side of the below of housing 110 and between the second storage tank 120 and housing 110 side, in addition at the back side of shell on the back 102, also be just a smooth surface on another surface corresponding of the opening 106 of shell on the back 102, without any screw on the back side of shell on the back 102.

As Fig. 6 A, Fig. 6 B, shown in Fig. 6 C and Fig. 2, 3rd storage tank 132 can provide a connecting rod to arrange, connecting rod comprises two stators 138, one Metallic rod 140 and two hold-doun nut (not shown), wherein there is on stator 138 two connecting holes 1381 and multiple screw hole 1382, and Metallic rod 140 has concave surface 1401 and two threaded portions 1402, two threaded portions 1402 are positioned at two ends of Metallic rod 140, and with concave surface 1401, there is a holding section 1403 in two threaded portions 1402 respectively, and there is multiple screw hole 1404 on concave surface 1401, the threaded portion 1402 that the connecting hole 1381 of two stators 138 is each passed through Metallic rod 140 2 end is fastened on holding section 1403, again two hold-doun nuts are locked in respectively on two threaded portions 1402, respectively two stators 138 are fixed between nut and holding section 1403, and a junction 22 of base for supporting 20 is through the perforation 134 of the 3rd storage tank 132, and be locked together on the multiple screw holes 1404 on concave surface 1401 via multiple screw 1405 through the perforation (not shown) on connecting portion 22, pass on the sealed fixed screw holes 1382 of screw hole 1382 of stator 138 via multiple screw 1405 again, overall connecting rod is made to be fixed on housing 110, and connecting rod can rotate in the 3rd storage tank 132, make base for supporting 20 and housing 110 pivot joint, also can rotate relative to base for supporting 20 with regard to housing 110, base for supporting 20 also to comprise bottom a supportive body 24 and one 26 and engages with this connecting portion 22 in addition, the housing 110 of computer installation 10 can leave the plane of bottom 26 via base for supporting 20 is unsettled and is suspended on the connecting portion 22 of base for supporting 20.

Please refer to shown in Fig. 7, mainboard assembly 300 has multiple perforation 310, multiple perforation 310 is each passed through sealed fixing with multiple second screw 116 via multiple screw 130, mainboard assembly 300 is made to be fixed on housing 110, mainboard assembly 300 is provided with central processing unit (CPU) 302, volatile storage (DRAM) 304, multiple Interface Expanding groove, multiple I/O mouth (I/O), multiple inner connector, chipset (Chipset) and other Control Components, wherein processor 302 is installed in the processor socket on mainboard assembly 300 surface, this processor socket has the back side that an opening exposes processor 302, and volatile storage (DRAM) 304 is be installed in a memory bank in the present embodiment, but volatile storage 304 also can directly be installed on mainboard assembly 300.Mainboard assembly 300 has multiple perforation 310, multiple perforation 310 is each passed through sealed fixing with multiple second screw 116 via multiple screw 130, mainboard assembly 300 is made to be fixed on housing 110, wherein mainboard assembly 300 comprises the mainboard of ATX pattern (size is about length 31.5 centimeters, width 24.5 centimeters), (size is about length 24.5 centimeters for the mainboard of Micro ATX pattern, width 24.5 centimeters) or the mainboard (size is about length 17.5 centimeters, width 17.5 centimeters) of Mini-ITX pattern.In addition, multiple I/O mouths (I/O) on mainboard assembly 300 comprise a high image quality clear degree multimedia input interface (High Definition Multimedia Interface, HDMI), video and graphic array input interface (Video Graphics Array, VGA), composite terminal (Composite video connector, be called for short AV terminal), low-voltage differential signal input interface (Low-Voltage Differential Signaling, LVDS), Speech input port, voice output port, grid line port (being such as the port that can receive RJ45 joint), power port, TV signal port and memory card external socket, when mainboard assembly 300 is fixed on housing 110, multiple I/O mouths (I/O) of mainboard assembly 300 will be exposed at outward in the hole 126 of the protuberance 122 of housing 110.Chipset (Chipset) in addition on this mainboard assembly 300 comprises a wireless communication chips group (a WiFi chip and/or a bluetooth chipset), an audio effect processing chip, a power management chip and an image display chip

Please refer to shown in Fig. 8, in addition Interface Expanding groove comprise a usb expansion groove 306 via a signal connecting line be connected to USB expand adapter 800, wherein this USB expands adapter 800 and is each passed through USB via multiple screw 130 and expands that multiple perforation and multiple second screw 116 of adapter is sealed to be fixed, making USB expand adapter 800 is fixed on housing 110, and wherein USB expands adapter 800 and to have in multiple perforation 133 that two USB jacks lay respectively at housing 110 and the back side being exposed to housing 110.Interface Expanding groove more can comprise multiple hard disk expansion slot 308, this hard disk expansion slot 308 is connected to storage assembly 400 via a signal connecting line, wherein this storage assembly 400 comprises framework 401 and a storage hard disk 402, storing hard disk 402 is installed in framework 401, and framework 401 has multiple perforation, multiple perforation of framework 401 is each passed through and multiple second screw 116 is sealed fixing via multiple screw 130, storage assembly 400 is made to be fixed on housing 110, wherein store hard disk 402 and comprise a SATA (Serial Advanced Technology Attachment, Serial Advanced Technology Attachment) hard disk of interface type, minicomputer system (Small Computer System Interface, SCSI) hard disk of interface, SAS (Serial Attached SCSI, Serial Attached SCSI (SAS)) hard disk of interface and fiber channel (Fibre Channel, FC) hard disk of interface.Wherein one of multiple inner connector on mainboard assembly 300 can connect remote controller signal and receive adapter 600, remote controller signal receives adapter 600 to be had a signal transducer 601 and can receive the signal that an extraneous telepilot sends, and received signal is received adapter 600 via remote controller signal sends back mainboard assembly 300.One of them connected image sensing adapter 700 of multiple inner connector on mainboard assembly 300, image sensing adapter 700 has an image sensor 701 and can receive extraneous image and convert thereof into a digital signal and be sent to mainboard assembly 300.One of them of multiple inner connector on mainboard assembly 300 can connect two horn assemblies 40, and this two horn assembly 40 to be separately positioned in the second storage tank 120 and to be connected to mainboard assembly 300 via a signal connecting line.One of them of multiple inner connector on mainboard assembly 300 can connect a display panel driving adapter 50, be each passed through display panel via multiple screw 130 and drive that multiple perforation and multiple second screw 116 of adapter 50 are sealed to be fixed, display panel is made to drive adapter 50 to be fixed on housing 110, wherein display panel drives adapter 50 to be connected to display panel assembly 200 and mainboard assembly 300 respectively via binary signal connecting line, and this display panel drives adapter 50 in order to signal of video signal is sent to display panel assembly 200.Interface Expanding groove comprises an expansion slot 312 and is connected to extension component 900 via a signal connecting line (being such as bus connection wire), wherein this extension component 900 can comprise an independent image display adapter, one independent audio adapter, the expansion adapter of one TV signal display adapter or other function, this extension component 900 is each passed through multiple perforation of extension component 900 via multiple screw 130 and multiple second screw 116 is sealed fixing, extension component 900 is made to be fixed on housing 110, when extension component 900 does not connect mainboard assembly 300 by signal connecting line in addition, mainboard assembly 300 still can independent work.

As shown in Fig. 9 A and Fig. 9 B, radiating subassembly 500 can be fixed on housing 110 and position via multiple screw 130 on the first storage tank 118 with multiple second screw 116 is sealed, this radiating subassembly 500 sides at mainboard assembly 300, wherein radiating subassembly 500 comprises a heat radiating metal fin 502, one fan 504, one cover plate 506, multiple thermal conductive metal pipe 508 and a heat-transfer device 510, wherein heat radiating metal fin 502 is arranged in the space of the first storage tank 118, and 504, fan is at opening 1186 side of the first storage tank 118, the air outlet of this fan 504 is positioned at opening 1185 side of the first storage tank 118, and the inlet scoop of fan 504 is positioned at the surface of fan 504, those thermal conductive metal pipes 508 to be located in heat radiating metal fin 502 via the opening 1185 of sidewall 1183 and to extend and are connected in heat-transfer device 510, heat-transfer device 510 is positioned on mainboard assembly 300, this heat-transfer device 510 comprises sealed sheet metal 5101 and a thermal conductive metal plate (not shown), those thermal conductive metal pipes 50 are fixed on thermal conductive metal plate upper surface and are positioned at below sealed sheet metal 5101, wherein thermal conductive metal plate lower surface can contact on mainboard assembly 300 a processor socket in processor 302 surface, the heat energy produced when processor 302 can be operated conducts to heat radiating metal fin 502 via those thermal conductive metal pipes 50, the heat energy of heat radiating metal fin 502 is directed to the external world via multiple the louvres 124 in the first storage tank 118 by the wind produced by fan 504 again, heat-conducting cream can be smeared in addition at thermal conductive metal plate lower surface, contact area in order to increase thermal conductive metal plate and processor 302 increases to make heat conduction efficiency, sealed sheet metal 5101 is each passed through multiple perforation of sealed sheet metal 5101 via multiple screw 5104 and is locked together on mainboard assembly 300, and sealed sheet metal 5101 is positioned on thermal conductive metal plate and those thermal conductive metal pipes 508, sealed sheet metal 5101 has multiple screw 5105, sealed sheet metal 5101 is each passed through multiple screw 5105 via multiple screw 5106 and is locked together on mainboard assembly 300, the pressure compression thermal conductive metal pipe 508 produced when utilizing sealed and thermal conductive metal plate, make thermal conductive metal plate and processor 302 surface more close contact and heat conduction efficiency is increased, the material of heat radiating metal fin 502 and thermal conductive metal plate comprises iron in addition, aluminium, copper or its alloy, and the material of thermal conductive metal pipe 50 comprises aluminium, copper or its alloy.

As shown in Figure 10 A and Figure 10 B, display panel assembly 200 can be fixed on housing 110 with multiple second screw 114 is sealed via multiple screw 130, this display panel assembly 200 comprises framework 201 and a display panel 202, two frames of framework 201 are respectively equipped with two fixation kits 2013, these fixation kits 2013 has a perforation respectively, display panel 202 is installed in framework 201, by four frames of framework 201, four limits of display panel 202 are coated and fixed, display panel assembly 200 can be each passed through perforation via multiple screw 130 and be locked together on the second screw 114, display panel assembly 200 is engaged with housing 110, a signal port is provided with in addition at framework 201 back side, be connected to display panel via signal connecting line 2016 and drive adapter 50.

As shown in Figure 11 and Fig. 4, multiple screw 112 respectively can the screw 128 of a sealed metal material, wherein the kind of screw 128 is such as a flat head screw, screw 128 has the plane head of a circle, at the center of plane head surface for having a hole 1282, this hole 1282 can be cross, one word, cross is dual-purpose, ware inner hexagonal hole, plum blossom hole or interior square opening one of them, and the material of this screw 128 comprises stainless steel, carbon steel or alloy material, the diameter of this plane head surface is between 0.3 centimeter to 2 centimeters in addition, between 0.5 centimeter to 3 centimeters or between 0.7 centimeter 4 centimeters.

As Figure 12 A, shown in Figure 12 B and Fig. 3, the surface that transparency carrier 104 can be bonded on housing 110 is positioned on opening 106, this transparency carrier 104 has one first transparent region 1041, one second transparent region 1042, one the 3rd transparent region 1043 and a zone of opacity 1044, four edge regions that zone of opacity 1044 is positioned at transparency carrier 104 surround the transparent region 1041 of position in the middle of transparency carrier 104, in zone of opacity 1044, there is a light tight film on the surface, in order to obstruct the light through zone of opacity 1042, and the second transparent region 1042 is the zone of opacity 1042 that is arranged in above transparency carrier 104 and is positioned at the front of the image sensor 701 of image sensing adapter 700, extraneous signal of video signal can be received through the second transparent region 1042 in order to make image sensor 701, and the 3rd transparent region 1043 is arranged in the zone of opacity 1042 below transparency carrier 104 and be positioned at the front of signal transducer 601 that remote controller signal receives adapter 600, in order to the remote controller signal that the telepilot making signal transducer 601 can receive the external world through the 3rd transparent region 1043 transmits.Then utilize adhesive means along four limits of transparency carrier 104 on the surface in zone of opacity 1044 and multiple magnetic metal block 1045 is set on the border on transparency carrier 104 4 limit, the position of the screw 128 on the corresponding housing 110 of position difference of each magnetic metal block 1045, can be adsorbed on corresponding screw 128 by the magnetic means of magnetic metal block 1045 and make transparency carrier 104 and housing 110 fixed engagement, the namely single component that is formed in one of housing 110, and present a concave shape in the opening 106 of housing 110, transparency carrier 104 can with housing 110 toward being separated away from this direction of caving in, the diameter of this magnetic metal block 1045 is between 0.3 centimeter to 2 centimeters in addition, between 0.5 centimeter to 3 centimeters or between 0.7 centimeter 4 centimeters, the diameter of this magnetic metal block 1045 can be identical with the plane head surface diameter of screw 128, the material of this magnetic metal block 1045 comprises iron terbium alloy (TbFe) in addition, cobalt gadpolinium alloy (GdCo), nickel disprosium alloy (DyNi), Nd Fe B alloys (NdFeB), cobalt nickel-chrome (Co-Ni-Cr), cobalt chromium tantalum alloy (Co-Cr-Ta), cobalt chromium platinum alloy (Co-Cr-Pt), cobalt chromium platinum boron alloy (Co-Cr-Pt-B) etc.

Transparency carrier 104 also can be the substrate with a touch controllable function in addition, and when transparency carrier 104 is the substrate of a touch controllable function, transparency carrier 104 is connected to a touch chip and mainboard assembly 300 by a signal connecting line.

The casing assembly 100 of Integral computer device of the present utility model, very easily disassemble, as long as transparency carrier 104 and housing 110 are separated, device that mode of wherein dismantling can utilize one to have magnet (be such as a barred body or one), the magnetic metal block 1045 of transparency carrier 104 another side is adsorbed at transparency carrier 104, utilize the force of magnetic force and dismounting person, transparency carrier 104 is separated with housing 110.Dismantling mode in addition also can formation one opening 111 below housing 110, and the finger of dismounting person can be conflicted transparency carrier 104 being pushed open through opening 111 thus, and transparency carrier 104 is separated with housing 110.

In addition, above-mentioned transparency carrier 104 and housing 110 juncture, also can replace to four rectangle magnetic metal blocks and replace by magnetic metal block 1045 on the border on transparency carrier 104 4 limit.Also the screw 128 on housing 110 can be replaced to another magnetic metal block in addition, can adsorb with multiple magnetic metal block 1045 phases on transparency carrier 104, make transparency carrier 104 engage fixing with housing 110.Also the multiple magnetic metal blocks 1045 on transparency carrier 104 can be replaced to non-magnetic derby in addition, and housing 110 can be arranged a corresponding magnetic metal block, make transparency carrier 104 engage fixing with housing 110 via the two magnetic absorption.

In addition, above-mentioned transparency carrier 104 and housing 110 juncture, also can utilize and form the track be connected on four sidewalls 108 of housing 110, the width of this track is slightly larger than the width of transparency carrier 104, one sidewall 108 of housing 110 temporarily can be removed and expose track during installation, transparency carrier 104 is pushed in this track, then sidewall 108 removed before is installed up on housing 110.

In addition, above-mentioned transparency carrier 104 and housing 110 juncture, also can utilize the mode arranging holding section on four sidewalls 108 of housing 110 to be respectively fixed on the opening 106 of housing 110 by transparency carrier 104.

The processor 302 of the computer installation 10 of the first embodiment can comprise a dynamical processor, it is such as the processor of Intel (Intel) x86 framework, user uses during the computer installation 10 of the present embodiment can produce high heat, therefore needs above-mentioned radiating subassembly 500 temperature of processor 302 to be reduced.

Second embodiment:

Second embodiment is similar to the first embodiment ten parts, as shown in Figure 13 A and Figure 13 B, difference is: the outward appearance pattern of (1) second embodiment mainboard assembly 300 is the mainboard of inverted L-shaped shape, and it is arranged in parallel with the extension component 900 of a L shape, and by three stators 902, mainboard assembly 300 and extension component 900 are fixed as one, wherein the extension component 900 of this L shape is a TV signal display adapter.The processor 302 that (2) second embodiment mainboard assemblies 300 are installed can not produce high heat when operating, therefore do not need the radiating subassembly 500 in installation first embodiment.(3) second embodiment mainboard assemblies 300 are installed a storage element chip (not shown), to replace the storage assembly 400 in the first embodiment, this storage element chip comprises built-in multimedia memory card (Embedded Multi-MediaCard, eMMC) and storage type flash (NAND Flash).

In addition, as shown in figure 14, shell on the back 102 of the present utility model can use the shell of circular arc, makes computer installation 10 overall appearance have more aesthetic value.

The casing assembly 100 of the computer installation 10 of the utility model integration is very easy to dismounting, and for the unusual facility of the replacing program of user in upgrading hardware specification and fast, and the outward appearance of computer installation 10 is without any screw, extremely has aesthetic value.

Although shown and described embodiment of the present utility model, for those who familiarize themselves with the technology for general, can understand, can change these embodiments when not departing from principle of the present utility model and spirit.The scope of application of the present utility model is by appended claims and equivalents thereof.Rights protection scope of the present utility model, should as the claim advocated define and be as the criterion.It should be noted that word " comprises " and do not get rid of other assemblies, word " " is not got rid of multiple.

Unless otherwise indicated, otherwise (comprise in claims) in this instructions that set forth all are measured, are worth, grade, position, value, size and other specifications be for approximate but not accurate.Above-mentioned have with its correlation function and the zone of reasonableness conformed to user used in technology belonging to it to illustrate.

Claims (20)

1. an integrated computer installation, comprise a casing assembly, a mainboard assembly and a display panel assembly, wherein this mainboard assembly and this display panel assembly are positioned at this casing assembly, this casing assembly comprises a housing and a transparency carrier, this transparency carrier is arranged on an opening of this housing, it is characterized in that:

This housing is provided with one first derby, and this transparency carrier is provided with one second derby, via the magnetic-adsorption of this first derby and this second derby, this transparency carrier is engaged with this housing.

2. computer installation as claimed in claim 1, it is characterized in that, this first derby is a metal screws.

3. computer installation as claimed in claim 1, it is characterized in that, this first derby is a magnetic metal block.

4. computer installation as claimed in claim 1, it is characterized in that, this second derby is a magnetic metal block.

5. computer installation as claimed in claim 1, it is characterized in that, this transparency carrier comprises the substrate that has touch controllable function.

6. computer installation as claimed in claim 1, it is characterized in that, more comprise the inner space that a radiating subassembly is positioned at this housing, this radiating subassembly comprises multiple metal fins, a thermal conductive metal pipe and a fan, be located on an inwall of this housing to this mainboard assembly, this metal fins and this fan copline, this thermal conductive metal pipe to be located between the plurality of metal fins and to stride across a side of this mainboard assembly.

7. computer installation as claimed in claim 1, it is characterized in that, this transparency carrier is provided with a light tight region and a transparent region, and wherein this light tight region is looped around around this transparent region, and this display panel assembly is suitable for this transparent region emitted beam through this transparency carrier.

8. computer installation as claimed in claim 1, it is characterized in that, this mainboard assembly comprises a first substrate, a second substrate and a connecting line, wherein be located on an inwall of this housing to this first substrate and this second substrate copline, and this second substrate connects this first substrate by this connecting line.

9. computer installation as claimed in claim 1, it is characterized in that, described computer installation also comprises an extension component, and this extension component comprises a TV signal display adapter.

10. computer installation as claimed in claim 8, is characterized in that, when this second substrate does not connect this first substrate by this connecting line, and this first substrate independent work.

11. computer installations as claimed in claim 1, it is characterized in that, more comprise a remote controller signal and receive adapter and a connecting line, this remote controller signal is located on an inwall of this housing with receiving adapter and this mainboard assembly copline, and this remote controller signal receives adapter and connects this mainboard assembly via this connecting line.

12. computer installations as claimed in claim 1, it is characterized in that, more comprise an image sensing adapter and a connecting line, be located on an inwall of this housing to this image sensing adapter and this mainboard assembly copline, this image sensing adapter connects this mainboard assembly via this connecting line.

13. computer installations as claimed in claim 8, it is characterized in that, this mainboard assembly comprises a stator, is engaged by this first substrate with this second substrate.

14. computer installations as claimed in claim 1, it is characterized in that, the material of this housing comprises almag.

15. computer installations as claimed in claim 1, is characterized in that, wherein the single component that is formed in one of this housing, form a depression in the described opening of this housing, and this transparency carrier is suitable for being separated toward the direction away from this depression with this housing.

16. computer installations as claimed in claim 1, is characterized in that, more comprise an expansion type USB (universal serial bus) and are arranged in this casing assembly, and be connected to this mainboard assembly via a signal connecting line.

17. 1 kinds of integrated computer installations, comprise a casing assembly, a base for supporting, a mainboard assembly and a display panel assembly, wherein this mainboard assembly and this display panel assembly are positioned at an inner space of this casing assembly, and this base for supporting is pivoted to this casing assembly, this casing assembly can rotate relative to this base for supporting, it is characterized in that:

This casing assembly comprises a housing and a transparency carrier, the wherein single component that is formed in one of this housing, wherein a depression is positioned at this housing, this transparency carrier is suitable for engaging this housing and is positioned on an opening of this depression, form this inner space of this casing assembly according to this, and this transparency carrier is suitable for being separated toward the direction away from this depression with this housing.

18. computer installations as claimed in claim 17, is characterized in that, this transparency carrier are arranged a magnetic metal block and engage with a derby of this housing, and this transparency carrier is engaged on the housing.

19. computer installations as claimed in claim 17, it is characterized in that, more comprising a radiating subassembly is positioned on this housing, this radiating subassembly comprises a metal fins, a thermal conductive metal pipe and a fan, this metal fins and this fan are positioned at the side of this mainboard assembly, and this fan is positioned at the side of this metal fins, this thermal conductive metal pipe is located in the side border also through this mainboard assembly in this metal fins, and the heat energy produced during in order to be operated by this computer installation conducts in this metal fins via this thermal conductive metal pipe.

20. computer installations as claimed in claim 17, it is characterized in that, this mainboard assembly comprises one first mainboard and a TV signal display adapter, to be engaged by this mainboard be integrated and arrange on the housing via a stator with this TV signal display adapter.