CN205491573U

CN205491573U - Integration electron device

Info

Publication number: CN205491573U
Application number: CN201620127032.2U
Authority: CN
Inventors: 张永昌; 徐国铠
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-02-18
Filing date: 2016-02-18
Publication date: 2016-08-17
Anticipated expiration: 2026-02-18

Abstract

The utility model discloses an integration electron device, it includes a casing, a mainboard and a display panel, wherein this mainboard and this display panel are located this casing, wherein: the mainboard is through fixing component and file board detachably device on the casing more than two or two to be convenient for change mainboards not unidimensional or different functions. The utility model provides an integration electron device mainboard is dismantled very easily, user's more convenient the reaching fast when upgrading hardware specification of being convenient for, and the degree of difficulty that makes hardware upgrade reduces by a wide margin.

Description

Integrated electric device

Technical field

This utility model relates to a kind of electronic installation, easily disassembles particularly to a kind of mainboard, consequently facilitating change integration (the All in one) computer installation of the mainboard of different size or difference in functionality.

Background technology

Integral computer main frame (All-in-One PC, AIO) is a kind of desktop computer microprocessor, mainboard, hard disk, screen, loudspeaker, photographic head and display integrated.Originally developing this series products at first for Apple, many moneys all-in-one was once released market, the original Macintosh in the 's 1980 and generation nineteen ninety and the iMac in the 2000's by Apple, but market prospect is bad because of selling at exorbitant prices.2009, the low price CPU Intel Atom that Intel releases, promote each computer vendors increase the design to AIO type and quantify to produce.Compared to traditional computer, Integral computer main frame has volume little, attractive in appearance and is easier to coordinate the advantage of indoor decorative, and compared to notebook, all-in-one better performances, has certain portability.But AIO is also because by computer each several part hardware integration together, in turn results in and be difficult to computer is upgraded.

Utility model content

In order to solve the problems referred to above, this utility model provides a kind of integrated electric device, and it includes a housing, a mainboard and a display floater, and wherein this mainboard and this display floater are positioned at this housing, and mainboard is positioned in the middle of housing and display floater, wherein:

Mainboard is detachably disposed on housing by two or more retaining elements and paper plate, consequently facilitating change different size or the mainboard of difference in functionality.

In an embodiment of the present utility model, above-mentioned electronic installation also includes a heat dissipation element, this heat dissipation element is positioned at this housing, this heat dissipation element includes one or more heat radiating metal fins, one or more thermal conductive metal pipes and a fan, being located on an inwall of this housing to this mainboard, this heat radiating metal fin and this fan copline, this thermal conductive metal pipe is located between the plurality of heat radiating metal fin and strides across a side of this mainboard.

In an embodiment of the present utility model, this mainboard includes a first substrate, a second substrate and a connecting line, wherein it is 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.

In an embodiment of the present utility model, this mainboard includes an expansion element, and this expansion element is a TV signal display adapter and/or image display adapter.

In an embodiment of the present utility model, in the case of this second substrate does not connects this first substrate by this connecting line, this first substrate can work alone.

In an embodiment of the present utility model, above-mentioned electronic installation also includes that a remote controller signal receives adapter and a connecting line, this remote controller signal is located on an inwall of this housing with receiving adapter and this mainboard copline, and this remote controller signal receives adapter and connects this mainboard via this connecting line

In an embodiment of the present utility model, above-mentioned electronic installation also includes an image sensing adapter and a connecting line, being located on an inwall of this housing to this image sensing adapter and this mainboard copline, this image sensing adapter connects this mainboard via this connecting line.

In an embodiment of the present utility model, above-mentioned electronic installation also includes a stator, and this first substrate is engaged by this stator with this second substrate.

In an embodiment of the present utility model, the material of this housing is almag.

In an embodiment of the present utility model, the material of this housing is plastics.

In an embodiment of the present utility model, this housing is formed in one.

In an embodiment of the present utility model, above-mentioned electronic installation also includes that a USB (universal serial bus) expands adapter, and this USB (universal serial bus) expands in adapter is arranged on this housing and is connected to this mainboard via a signal connecting line.

In order to solve the problems referred to above, this utility model additionally provides another kind of integrated electric device, and it includes a housing, a support base, a mainboard and a display floater, and wherein this mainboard and this display floater are positioned at an inner space of this housing, and this support base is pivoted to this housing, wherein:

It is detachable between this housing and this support base, and this housing can rotate in either direction relative to this support base.

In an embodiment of the present utility model, above-mentioned electronic installation also includes a heat dissipation element, this heat dissipation element is positioned on this housing, this heat dissipation element includes one or more heat radiating metal fins, one or more thermal conductive metal pipes and a fan, this heat radiating metal fin and this fan are positioned at the side of this mainboard, and this fan is positioned at the side of this heat radiating metal fin, this thermal conductive metal pipe is located in this heat radiating metal fin and passes the side border of this mainboard, heat in order to will produce during this electronic device functions conducts to this heat radiating metal fin via this thermal conductive metal pipe.

In an embodiment of the present utility model, this mainboard includes one first mainboard, a TV signal display adapter and/or image display adapter, and this mainboard, this TV signal display adapter and/or image display adapter fixed engagement are integrated and arrange on the housing by a stator.

The integrated electric device mainboard that this utility model provides is very easy to dismounting, it is simple to user is more convenient and quick when upgrading hardware specification, makes the difficulty of HardwareUpgring be greatly reduced.

Accompanying drawing explanation

The stereoscopic figure of the integrated electric device that Fig. 1 provides for this utility model；

The back appearance axonometric chart of the integrated electric device that Fig. 2 provides for this utility model；

The three-dimensional exploded view of the integrated electric device that Fig. 3 provides for this utility model；

Housing in the integrated electric device that Fig. 4 provides for this utility model combines the schematic diagram of mainboard；

The schematic perspective view of the housing in the integrated electric device that Fig. 5 provides for this utility model；

Housing in the integrated electric device that Fig. 6 A to Fig. 6 C provides for this utility model combines the schematic perspective view of connecting rod；

Mainboard in the integrated electric device that Fig. 7 provides for this utility model installs the schematic perspective view to housing；

Fig. 8 arranges the schematic perspective view after mainboard and other device for the integrated electric device that this utility model provides；

Fig. 9 A to Fig. 9 B arranges the schematic perspective view of heat dissipation element for the integrated electric device that this utility model provides；

Figure 10 A to Figure 10 B arranges the schematic perspective view of display panel element for the integrated electric device that this utility model provides；

Figure 11 arranges the schematic perspective view of flat head screw for the integrated electric device that this utility model provides；

Figure 12 A arranges the schematic perspective view of transparency carrier for the integrated electric device that this utility model provides；

Transparency carrier schematic perspective view in the integrated electric device that Figure 12 B provides for this utility model；

The schematic perspective view of another pattern mainboard of integrated electric device that Figure 13 A to Figure 13 B provides for this utility model；

The schematic perspective view of the integrated electric device another kind pattern crust component that Figure 14 A to Figure 14 B this utility model provides；

The schematic perspective view of the integrated electric device another kind pattern assembling process that Figure 15 A to Figure 15 E provides for this utility model.

Description of reference numerals: 10-electronic installation；20-supports base；100-crust component；200-display panel element；300-mainboard element；400-stores element；500-heat dissipation element；600-remote controller signal receives adapter；700-image sensing adapter；800-USB (universal serial bus) expands adapter；900-expands element；102-shell on the back；104-transparency carrier；106-opening；108-sidewall；110-housing；112-the first stud bolt hole；114-the second stud bolt hole；116-the 3rd stud bolt hole；118-the first storage tank；117-the 4th stud bolt hole；125-baffle plate；120-the 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 memory；308-hard disk expansion slot；401-framework；402-stores hard disk；601-signal transducer；701-image sensor；40-horn element；50-display floater 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 metallic plate of 5101-；5104-screw；5105-stud bolt hole；201-framework；202-display floater；2013-retaining element；128-screw；1282-hole；1041-the first transparent region；1042-the second transparent region；1043-the 3rd transparent region；1044-zone of opacity；111-opening；109-track；902-stator；123-opening.

Detailed description of the invention

Graphic disclose illustrative embodiment of the present utility model.It is not set out all embodiments.Can additionally or alternatively 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 underground all details.When same numbers occurs in different drawings, it refers to same or like element or step.

When following description is read together with alterations, can be more fully understood by aspect of the present utility model, the character of such alterations should be regarded as illustrative and not restrictive.Such graphic it is not necessarily drawn to scale, but emphasizes principle of the present utility model.

Illustrative embodiment is now described.Can additionally or alternatively 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 underground all details.

First embodiment:

This utility model is a kind of integration (All in one) electronic installation, as shown in Figures 1 to 4, one electronic installation 10 includes a support base 20, one crust component 100, one display panel element 200, one mainboard element 300, one stores element 400, one heat dissipation element 500, one remote controller signal receives adapter 600, one image sensing adapter 700, one USB (universal serial bus) (Universal Serial Bus, USB) expand adapter 800 and and expand element 900, wherein crust component 100 includes shell on the back 102 and a transparency carrier 104, additionally this electronic installation 10 includes Integral computer, one notebook computer and a tablet PC or handheld apparatus.

nullAs 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 is formed in one with housing 110，And the material of housing 110 and sidewall 108 can be plastic material、Metal material or alloy material (such as almag material)，On the surface of housing 110 and be positioned at opening 106 there is multiple first stud bolt hole 112、Multiple second stud bolt holes 114、Many 3rd stud bolt holes 116、Multiple 4th stud bolt holes 117、One first storage tank 118、2 second storage tanks 120、One protuberance 122 and one the 3rd storage tank 132，Wherein the first stud bolt hole 112 is arranged along four sidewalls 108 and on the border on housing 110 4 limit，Plurality of second stud bolt hole 114 is arranged and between two stud bolt holes 112 along four sidewalls 108 and on the border on housing 110 both sides，In the present embodiment，Multiple second stud bolt holes 114 are arranged on housing 110 left and right sides，Plurality of 3rd stud bolt hole 116 is positioned at the zone line of housing 110，Wherein in the first storage tank 118 and be positioned on housing 110 there is multiple louvre 124，And it is provided with multiple 3rd stud bolt hole 116 at the periphery of the first storage tank 118，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，To expose the space in the first storage tank 118，Two other second storage tank 120 is arranged on the left and right sides of the lower section of housing 110，Protuberance 122 is arranged between two the second storage tanks 120，And protuberance 122 is arranged on opening 106 central bottom，Protuberance is arranged above full open aperture can place a plate washer 125，And there is on baffle plate multiple hole 126.Other 3rd storage tank 132 is positioned at below the second storage tank 120, and is provided with multiple 3rd stud bolt hole 116 in the periphery of the 3rd storage tank 132, has a perforation 134 in the 3rd storage tank 132 and on housing 110.Additionally there is on housing 110 multiple perforation 133, multiple perforation 133 are in the left side of the lower section of housing 110 and between the second storage tank 120 and housing 110 side, zone line above shell nozzle 106 internal ledge 122, its periphery is provided with each and every one the 4th stud bolt holes 117 many.Additionally at the back side of shell on the back 102, the most just another surface corresponding at the opening 106 of shell on the back 102 is a smooth surface, does not has any stud bolt hole on the back side of shell on the back 102.

nullSuch 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 includes two stators 138、One metallic rod 140 and two hold-doun nut (not shown)，Wherein stator 138 has two connecting holes 1381 and multiple screw hole 1382，There are in metallic rod 140 concave surface 1401 and two threaded portions 1402，Two threaded portions 1402 are positioned at the two ends of metallic rod 140，And two threaded portions 1402 are respectively provided with a holding section 1403 with concave surface 1401，There is on concave surface 1401 multiple screw hole 1404，Connecting hole 1381 on two stators 138 is each passed through the threaded portion 1402 at metallic rod 140 two ends and is fastened on holding section 1403，Again two hold-doun nuts are locked on two threaded portions 1402 respectively，Respectively two stators 138 are fixed between nut and holding section 1403，Support a junction 22 perforation 134 through the 3rd storage tank 132 of base 20，And be locked together on the multiple screw holes 1404 on concave surface 1401 through the perforation (not shown) on connecting portion 22 via multiple screws 1405，It is fixed on screw hole 1382 through the screw hole 1382 on stator 138 is sealed via multiple screws 1405 again，The connecting rod making entirety is fixed on housing 110，And connecting rod can rotate at the 3rd storage tank 132，Make support base 20 and housing 110 pivot joint，Thus housing 110 can rotate relative to supporting base 20，Additionally support base 20 and also include bottom a supportive body 24 and one 26，Supportive body 24 and bottom 26 engage with this connecting portion 22，The housing 110 of electronic installation 10 via supporting the unsettled plane leaving bottom 26 of base 20 and can be suspended on the connecting portion 22 supporting base 20.

nullAs shown in Figure 7，Mainboard element 300 has multiple perforation 310，It is each passed through multiple perforation 310 sealed with multiple second stud bolt holes 116 fixing via multiple screws 130，Mainboard element 300 is made to be fixed on housing 110，Mainboard element 300 is provided with central processing unit (CPU) 302、Volatile memory (DRAM) 304、Multiple Interface Expanding grooves、Multiple I/O mouths (I/O)、Multiple internal union joints、Chipset (Chipset) controls element with other，Wherein processor 302 is installed in the processor socket on mainboard element 300 surface，This processor socket has an opening and exposes the back side of processor 302，Volatile memory (DRAM) 304 is installed in a memory bank in the present embodiment，But volatile memory 304 also can be installed directly on mainboard element 300.Mainboard element 300 has multiple perforation 310, it is each passed through multiple perforation 310 sealed with multiple second stud bolt holes 111 fixing via multiple screws 130, mainboard element 300 is made to be fixed on housing 110, wherein mainboard element 300 includes mainboard (the size about length 31.5 centimetres of ATX pattern, width 24.5 centimetres), mainboard (the size about length 24.5 centimetres of Micro ATX pattern, width 24.5 centimetres) or the mainboard (size about length 17.5 centimetres, width 17.5 centimetres) of Mini-ITX pattern.nullAdditionally，Multiple I/O mouths (I/O) on mainboard element 300 include a high image quality definition multimedia input interface (High Definition Multimedia Interface,HDMI)、Video and graphic array input interface (Video Graphics Array,VGA)、Composite terminal (Composite video connector,It is called for short AV terminal)、Low-voltage differential signal input interface (Low-Voltage Differential Signaling,LVDS)、Sound input end mouth、Voice output port、Grid line port (can be such as the port that can receive RJ45 joint)、Power port、TV signal port and storage card external socket，When mainboard element 300 is fixed on housing 110，Multiple I/O mouths (I/O) on mainboard element 300 are placed in the hole 126 of the baffle plate 125 above the protuberance 122 of housing 110.Additionally the chipset (Chipset) on this mainboard element 300 includes a wireless communication chips group (WiFi chip and/or a bluetooth chipset), an audio effect processing chip, a power management chip and an image display chip.

Additionally, " the public hole " that multiple second stud bolt holes 116 on housing 110 are well known to those skilled in the art, the mainboard element 300 that these multiple second stud bolt holes 116 are available for different size is installed, the mainboard being such as available for ATX pattern is installed, or it is replaced with the mainboard installation of Mini-ITX pattern, multiple second stud bolt holes 116 on its middle shell 110 are when the mainboard element 300 of A specification is installed, the second stud bolt hole 116 having part to configure the mainboard element 300 belonging to B specification does not uses and exposes, the design in the public holes of multiple second stud bolt holes 116 on this housing 110 can make the hardware replacement program of user facilitate and quick, the difficulty making HardwareUpgring is greatly reduced.

As shown in Figure 8, additionally Interface Expanding groove includes a usb expansion groove 306, usb expansion groove 306 is connected to USB via a signal connecting line and expands adapter 800, multiple perforation that wherein this USB expansion adapter 800 is each passed through USB expansion adapter via multiple screws 130 are sealed with multiple second stud bolt holes 116 fixing, making USB expand adapter 800 to be fixed on housing 110, wherein USB expands the back side that adapter 800 has in two USB receptacle lay respectively at multiple perforation 133 of housing 110 and is exposed to housing 110.nullInterface Expanding groove may also include multiple hard disk expansion slot 308，This hard disk expansion slot 308 is connected to store element 400 via a signal connecting line，Wherein this storage element 400 includes that a framework 401 and stores hard disk 402，Store hard disk 402 to be installed in framework 401，And there is on framework 401 multiple perforation，The multiple perforation being each passed through on framework 401 via multiple screws 130 are sealed with multiple second stud bolt holes 116 fixing，Storage element 400 is made to be fixed on housing 110，Wherein store hard disk 402 and include the hard disk of a SATA (Serial Advanced Technology Attachment) interface type、Minicomputer system (Small Computer System Interface,SCSI) hard disk of interface、The hard disk of SAS (Serial Attached SCSI) interface and fiber channel (Fibre Channel,FC) hard disk of interface.Multiple internal union joint on mainboard element 300 one of them can connect remote controller signal and receive adapter 600, remote controller signal receives adapter 600 and has a signal transducer 601, the signal that a remote controller in the external world is sent can be received, and received signal is sent back mainboard element 300 via remote controller signal reception adapter 600.Multiple internal union joint on mainboard element 300 one of them can connect image sensing adapter 700, image sensing adapter 700 has an image sensor 701, can receive the image in the external world and convert thereof into a digital signal and be sent to back mainboard element 300.Multiple internal union joint on mainboard element 300 one of them can connect two horn element 40, in these two horn element 40 are separately positioned on the second storage tank 120 and be connected to mainboard element 300 via a signal connecting line.Multiple internal union joint on mainboard element 300 one of them can connect a display floater and drive adapter 50, being each passed through display floater via multiple screws 130 drives multiple perforation of adapter 50 and multiple second stud bolt holes 116 sealed fixing, display floater is made to drive adapter 50 to be fixed on housing 110, wherein display floater drives adapter 50 to be respectively connecting to display panel element 200 and mainboard element 300 via two bars connecting lines, and this display floater drives adapter 50 in order to signal of video signal to be sent to display panel element 200.Interface Expanding groove includes an expansion slot 312, expansion slot 312 is connected to expand element 900 via a signal connecting line (such as bus connection wire), wherein this expansion element 900 can include an independent image display adapter, an independent audio adapter, a TV signal display adapter or the expansion adapter of other function, it is sealed with multiple second stud bolt holes 116 fixing that this expansion element 900 is each passed through the multiple perforation expanded on element 900 via multiple screws 130, makes expansion element 900 be fixed on housing 110.

nullAs shown in Fig. 9 A and Fig. 9 B，Heat dissipation element 500 can be fixed on housing 110 via multiple screws 130 with multiple second stud bolt holes 116 are sealed and be positioned on the first storage tank 118，This heat dissipation element 500 is positioned at the side of mainboard element 300，Wherein heat dissipation element 500 includes a heat radiating metal fin 502、One fan 504、One cover plate 506、Multiple thermal conductive metal pipes 508 and a heat-transfer device 510，In wherein heat radiating metal fin 502 is arranged on the space of the first storage tank 118，Fan 504 is positioned 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，The inlet scoop of fan 504 is positioned at the surface of fan 504，In the plurality of thermal conductive metal pipe 508 is located in heat radiating metal fin 502 via the opening 1185 of sidewall 1183 and extend and be connected in heat-transfer device 510，Heat-transfer device 510 is positioned on mainboard element 300，This heat-transfer device 510 includes sealed metallic plate 5101 and a thermal conductive metal plate (not shown)，The plurality of thermal conductive metal pipe 50 is fixed on thermal conductive metal plate upper surface and is positioned at below sealed metallic plate 5101，Processor 302 surface in wherein thermal conductive metal plate lower surface can contact the processor socket on mainboard element 300，The heat produced when can be worked by processor 302 conducts to heat radiating metal fin 502 via the plurality of thermal conductive metal pipe 50，The heat of heat radiating metal fin 502 is directed to the external world via each and every one louvres 124 many in the first storage tank 118 by the wind produced by fan 504 again，Additionally can smear heat-conducting cream at thermal conductive metal plate lower surface，In order to increase the contact area of thermal conductive metal plate and processor 302 so that heat transfer efficiency increases，Sealed metallic plate 5101 is each passed through multiple perforation of sealed metallic plate 5101 via multiple screws 5104 and is locked together on mainboard element 300，Sealed metallic plate 5101 is on thermal conductive metal plate and the plurality of thermal conductive metal pipe 508，Sealed metallic plate 5101 has multiple stud bolt hole 5105，Sealed metallic plate 5101 is each passed through multiple stud bolt hole 5105 via multiple screws 5106 and is locked together on mainboard element 300，The pressure compression thermal conductive metal pipe 508 produced when utilizing sealed and thermal conductive metal plate，Thermal conductive metal plate and processor 302 surface is made more to be in close contact and make heat transfer efficiency increase，Additionally the material of heat radiating metal fin 502 and thermal conductive metal plate includes、Aluminum、Copper or and alloy，The material of thermal conductive metal pipe 50 can include aluminum、Copper or and alloy.

nullAs shown in Figure 10 A and Figure 10 B，Display panel element 200 can be fixed on housing 110 with multiple second stud bolt holes 114 are sealed via multiple screws 130，This display panel element 200 includes framework 201 and a display floater 202，Two frames of framework 201 are respectively equipped with two retaining elements 2013，These retaining elements 2013 are respectively provided with a perforation，Display floater 202 is installed in framework 201，By four frames of framework 201, four limits of display floater 202 are coated and fixed，Display panel element 200 can be each passed through perforation via multiple screws 130 and be locked together on the second stud bolt hole 114，Display panel element 200 is made to engage with housing 110，Additionally it is provided with a signal port at framework 201 back side，It is connected to display floater via signal connecting line 2016 and drives adapter 50.

As shown in Figure 11 and Fig. 4, multiple stud bolt holes 112 respectively can the screw 128 of a sealed metal material, the wherein kind of a screw 128 e.g. 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 can include rustless steel, carbon steel or alloy material, additionally the diameter of this plane head surface is between 0.3 centimetre to 2 centimetre, between 0.5 centimetre to 3 centimetre or between 0.7 centimetre 4 centimetres.

nullSuch as Figure 12 A、Shown in Figure 12 B and Fig. 3，Transparency carrier 104 is engageable on the surface of housing 110 and be positioned on opening 106，There is on this transparency carrier 104 one first transparent region 1041、One second transparent region 1042、One the 3rd transparent region 1043 and a zone of opacity 1044，Zone of opacity 1044 is positioned in four edge regions of transparency carrier 104 and surrounds the transparent region 1041 being positioned in the middle of transparency carrier 104，There is on zone of opacity 1044 surface a light tight thin film，In order to obstruct the light through zone of opacity 1042，Second transparent region 1042 is positioned in the zone of opacity 1042 above transparency carrier 104 and is positioned at the front of the image sensor 701 of image sensing adapter 700，In order to make image sensor 701 can be received the signal of video signal in the external world by the second transparent region 1042，3rd transparent region 1043 is positioned in the zone of opacity 1042 below transparency carrier 104 and is positioned at the front that remote controller signal receives the signal transducer 601 of adapter 600，In order to make signal transducer 601 can receive, by the 3rd transparent region 1043, the remote controller signal that a remote controller in the external world is transmitted.nullThen utilize adhesive means that multiple magnetic metal block 1045 is set along four limits of transparency carrier 104 and on the border on transparency carrier 104 4 limit on zone of opacity 1044 surface，The position of the screw 128 in the corresponding housing 110 respectively of the position of each magnetic metal block 1045，Transparency carrier 104 and housing 110 fixed engagement can be made on corresponding screw 128 by the magnetic means absorption of magnetic metal block 1045，Namely housing 110 is formed in one，And present a depressed part in the opening 106 of housing 110，Transparency carrier 104 can be with housing 110 toward separating away from this direction caved in，Additionally the diameter of this magnetic metal block 1045 can be between 0.3 centimetre to 2 centimetre、Between 0.5 centimetre to 3 centimetre or between 0.7 centimetre to 4 centimetre，The diameter of this magnetic metal block 1045 can be identical with the plane head surface diameter of screw 128，Additionally the material of this magnetic metal block 1045 can include ferrum terbium alloy (TbFe)、Cobalt gadpolinium alloy (GdCo)、Nickel disprosium alloy (DyNi)、Nd Fe B alloys (NdFeB)、Cobalt nichrome (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..

Otherwise see-through substrate 104 alternatively has the substrate of touch controllable function, and when transparency carrier 104 is the substrate that has touch controllable function, transparency carrier 104 can connect a signal connecting line and be connected to a touch chip and mainboard element 300.

The crust component 1,000 points of the integrated electric device that this utility model provides easily is disassembled, as long as transparency carrier 104 is separated with housing 110, wherein dismounting mode may utilize a device (such as one barred body or) with magnetic, 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.Additionally dismounting mode also can formation one opening 111 below housing 110, the finger of dismounting person can be conflicted transparency carrier 104 being pushed open through thus opening 111, be made transparency carrier 104 separate with housing 110.

It addition, above-mentioned transparency carrier 104 and housing 110 juncture, it is possible to magnetic metal block 1045 on the border on transparency carrier 104 4 limit is replaced to four rectangle magnetic metal blocks.The most also the screw 128 on housing 110 can be replaced to another magnetic metal block, can adsorb with multiple magnetic metal block 1045 phases on transparency carrier 104, make transparency carrier 104 engage fixing with housing 110.The most also the multiple magnetic metal blocks 1045 on transparency carrier 104 can be replaced to non-magnetic metal derby, housing 110 can arrange a corresponding magnetic metal block, make transparency carrier 104 engage fixing with housing 110 via the two magnetic absorption.

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

It addition, transparency carrier 104 is fixed on the opening 106 of housing 110 by the mode that above-mentioned transparency carrier 104 and housing 110 juncture are possible with being respectively provided with holding section on four sidewalls 108 of housing 110.

The mainboard element 300 of the electronic installation 10 of first embodiment can include a dynamical processor 302, it can be the processor of Intel (Intel) x86 framework, user can produce high heat when using the electronic installation 10 of the present embodiment, it is therefore desirable to the temperature of processor 302 is reduced by above-mentioned heat dissipation element 500.

Second embodiment:

Second embodiment is similar to first embodiment ten parts, as shown in Figure 13 A and Figure 13 B, difference is the mainboard that outward appearance pattern is inverted l shape of (1) second embodiment mainboard element 300, and with a L shape expand element 900 arranged in parallel, and by three stators 902, mainboard element 300 is fixed as one with expanding element 900, wherein the expansion element 900 of this L shape is a TV signal display adapter.The processor 302 that (2) second embodiment mainboard elements 300 are installed operationally will not produce high heat, therefore need not install the heat dissipation element 500 in first embodiment.A storage element chip (not shown) is installed on (3) second embodiment mainboard elements 300, to replace the storage element 400 in first embodiment, this storage element chip includes built-in multimedia memory card (Embedded Multi-Media Card, eMMC) and storage type flash (NAND Flash).

Additionally, as shown in Figure 14 A and Figure 14 B, integrated electric device in another embodiment of the present utility model includes a crust component 100, one supports base 20, one mainboard element 300 and a display panel element 200, wherein this mainboard element 300 and this display floater 200 are positioned at an inner space of this crust component 100, it is middle with display panel element 200 that mainboard element 300 is positioned over crust component 100, and this support base 20 is pivoted to this crust component 100, wherein: crust component 100 and this support base 20 are detachable combination, and crust component 100 can rotate in either direction relative to this support base 20.This shell on the back 102 can use the shell of circular arc, makes electronic installation 10 overall appearance more attractive.

Additionally, as shown in Figure 15 A to Figure 15 E, the integrated electric device in this utility model still another embodiment, shell nozzle 106 internal ledge 122 and the transparency carrier 104 of above-described embodiment are removed by this electronic installation, other element is the most same as described above, refer to above-mentioned shown.

Sidewall 108 below housing 110 is formed an opening 123 by the present embodiment, in order to place baffle plate 125, then, when mainboard element 300 is fixed on housing 110, the multiple I/O mouths (I/O) on mainboard element 300 are placed in the hole 126 of the baffle plate 125 above the sidewall 108 of housing 110.

nullThen display panel element 200 is fastened in the opening 106 of shell on the back 102，The mode wherein engaged can arrange multiple slot in shell on the back 102，Such as on shell on the back 102, four corners (in opening 106) are respectively provided with 4 slots，Display panel element 200 back side arranges corresponding 4 trip，Make display panel element 200 can snap in slot via trip，And then panel component 200 is fixed in the opening 106 of shell on the back 102，When wherein this trip snaps into slot，The switch fastener of this slot is pressed by the top of trip，The fixture (chuck) making this slot clamps this trip，Panel component 200 is made to be fixed in the opening 106 of shell on the back 102，When user is in time pressing towards display panel element 200 to shell on the back 102 mode，Trip moves in slot because being again under pressure，The switch fastener of this slot is pressed by the top of trip again，The switch fastener making slot is opened，Carry out making this fixture decontrol this trip，So this display panel element 200 can be removed from the opening of shell on the back 102.

The crust component 100 of the sub-device 10 of the integration of this utility model offer is very easy to dismounting, very convenient and quick for user's replacing program in upgrading hardware specification, and the appearance of electronic installation 10 is without any stud bolt hole, the most attractive in appearance.

Claims

1. an integrated electric device, it includes a housing, a mainboard and a display floater, and wherein this mainboard and this display floater are positioned at this housing, and mainboard is positioned in the middle of housing and display floater, it is characterised in that:

Electronic installation the most according to claim 1, it is characterized in that, also include a heat dissipation element, this heat dissipation element is positioned at this housing, this heat dissipation element includes one or more heat radiating metal fins, one or more thermal conductive metal pipes and a fan, being located on an inwall of this housing to this mainboard, this heat radiating metal fin and this fan copline, this thermal conductive metal pipe is located between the plurality of heat radiating metal fin and strides across a side of this mainboard.

Electronic installation the most according to claim 1, it is characterized in that, this mainboard includes a first substrate, a second substrate and a connecting line, is wherein 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.

Electronic installation the most according to claim 1, it is characterised in that this mainboard includes an expansion element, this expansion element is a TV signal display adapter and/or image display adapter.

Electronic installation the most according to claim 3, it is characterised in that in the case of this second substrate does not connects this first substrate by this connecting line, this first substrate can work alone.

Electronic installation the most according to claim 1, it is characterized in that, also include that a remote controller signal receives adapter and a connecting line, this remote controller signal is located on an inwall of this housing with receiving adapter and this mainboard copline, and this remote controller signal receives adapter and connects this mainboard via this connecting line.

Electronic installation the most according to claim 1, it is characterized in that, also including an image sensing adapter and a connecting line, be located on an inwall of this housing to this image sensing adapter and this mainboard copline, this image sensing adapter connects this mainboard via this connecting line.

Electronic installation the most according to claim 3, it is characterised in that also include a stator, this first substrate is engaged by this stator with this second substrate.

Electronic installation the most according to claim 1, it is characterised in that the material of this housing is almag.

Electronic installation the most according to claim 1, it is characterised in that the material of this housing is plastics.

11. electronic installations according to claim 1, it is characterised in that this housing is formed in one.

12. electronic installations according to claim 1, it is characterised in that also include that a USB (universal serial bus) expands adapter, this USB (universal serial bus) expands in adapter is arranged on this housing and is connected to this mainboard via a signal connecting line.

13. 1 kinds of integrated electric devices, it includes a housing, one supports base, a mainboard and a display floater, and wherein this mainboard and this display floater are positioned at an inner space of this housing, and this support base is pivoted to this housing, it is characterised in that:

14. electronic installations according to claim 13, it is characterized in that, also include a heat dissipation element, this heat dissipation element is positioned on this housing, this heat dissipation element includes one or more heat radiating metal fins, one or more thermal conductive metal pipes and a fan, this heat radiating metal fin and this fan are positioned at the side of this mainboard, and this fan is positioned at the side of this heat radiating metal fin, this thermal conductive metal pipe is located in this heat radiating metal fin and passes the side border of this mainboard, heat in order to will produce during this electronic device functions conducts to this heat radiating metal fin via this thermal conductive metal pipe.

15. electronic installations according to claim 13, it is characterized in that, this mainboard includes one first mainboard, a TV signal display adapter and/or image display adapter, and this mainboard, this TV signal display adapter and/or image display adapter fixed engagement are integrated and arrange on the housing by a stator.