CN106023806A

CN106023806A - Circuit integration modularization system and method for man-machine interaction display screen of motor vehicle

Info

Publication number: CN106023806A
Application number: CN201610633996.9A
Authority: CN
Inventors: 张朝
Original assignee: Shenzhen Zhongyi Technology Co Ltd
Current assignee: Shenzhen Zhongyi Technology Co Ltd
Priority date: 2016-08-05
Filing date: 2016-08-05
Publication date: 2016-10-12

Abstract

The invention relates to a circuit integration modularization system and method for a man-machine interaction display screen of a motor vehicle. The circuit integration modularization system comprises a display screen body, an integrated cooling circuit board unit and an integrated slot unit which are simultaneously arranged in a housing. During operation, the circuit integration modularization system is wholly mounted in the motor vehicle and connected with the circuit of the motor vehicle by the integrated slot unit, and the integrated cooling circuit board unit drives the display screen body to display information for a driver.

Description

Motor vehicles human-computer interaction display screen circuit integrated module system and modular method thereof

Technical field

The present invention and a kind of display screen circuit integrated module system and modular method thereof, particularly relate to circuit integrated module system and the modular method thereof of a kind of application built-in information display screen of vehicle in the motor vehicle.

Background technology

It is known that, along with the progress of society at present the most universal be used in the daily production of people as the motor vehicles of the vehicles, life suffers, the motor vehicles of broad sense generally comprise the vehicle being driven with gasoline, diesel oil, electric power etc. for power source.

Development along with science and technology, current various motor vehicles are generally equipped with vehicle mounted guidance and Vehicular display device, wherein, vehicle mounted guidance utilizes vehicle GPS to coordinate electronic chart to carry out, it can conveniently and accurately tell that driver goes to the shortest of destination or the fastest path, is the good assistant of driver.The functions such as vehicle mounted guidance its automatic speech navigation having, optional path searching allow people one road shortcut, advance freely, integrated office, amusement function allow people easily travel, efficiently go on a journey, and the function of general vehicle mounted guidance has numerous functions such as DVD player, radio reception reception, bluetooth handsfree, touch screen, apolegamy function, Intelligent track reversing, tire pressure detection function, Background control function.

Vehicle mounted guidance is made up of two parts: a part is made up of the GPS being arranged on automobile and display device；Another part is made up of computer controlling center, and two parts are contacted by position location satellite.Computer controlling center is by department of motor vehicles mandate and establishment, it is responsible for observing the dynamic of the local automobile specifying monitoring and traffic conditions at any time, the most whole auto-navigation system has two big functions at least: one is automotive trace control function, as long as being arranged on automobile by encoded GPS receiver device, no matter this automobile drives to be indicated Anywhere its orientation, place by the electronic chart of computer controlling center；Another is to drive guide function, the traffic route electronic chart in each area can be stored on floppy disk by car owner, floppy disk is inserted as long as receiving onboard in device, the position of this car location and current traffic behavior will be demonstrated immediately on display screen, both destination to be gone can have been inputted, prepared in advance go out optimal travel route, the again instruction of accepting computation machine control centre, select the route of running car and direction.

Vehicular display device is generally divided into two kinds, a kind of TV being located on passenger vehicle viewing, it it is exactly substantially in-car TV, another kind is small size Vehicular display device, typically has two-path video to input, and a road can connect vehicle-carrying DVD and use, another road connects reverse image vehicle-mounted camera and uses, have also with MP5 video playback and Bluetooth function, it is possible to the display used on the similar tool movement of automobile, convenient use in motor racing.In-car TV is exactly briefly the mobile reception (with the difference of DTV) of DTV, mainly includes Set Top Box, LCDs, antenna, vehicle power etc..

nullProgress along with science and technology，It is overlapped the function of vehicle mounted guidance Yu Vehicular display device at present reducing display screen number，More function it is integrally disposed in single module simultaneously and externally shows that relevant information has become as a kind of development trend by a display screen，Such as，Current vehicle all can arrange one piece of bigger display screen of area and switch different display cross sections to show GPS information respectively by this display screen、Entertainment information、Vehicle condition information etc.，If but needing to realize above-mentioned function and be necessarily required to numerous modules、Chip、The electronic components such as circuit board carry out the coupling being correlated with，So electronic component integration of substantial amounts arranges and poor heat radiation the most necessarily occurs、Signal shielding is bad、It is difficult to the problems such as production，And traditional vehicle displays is limited to its structure and mentality of designing not can solve the problems referred to above，And this is the major defect for conventional art.

Summary of the invention

The technical solution adopted in the present invention is: motor vehicles human-computer interaction display screen circuit integrated module system, it includes display screen body, set radiating circuit Slab element and integrated inlet unit, this display screen body, this set radiating circuit Slab element and this integrated inlet unit are simultaneously located in a housing, the when of work, this display screen circuit integrated module system integral installation sets in the motor vehicle, the connection of this display screen circuit integrated module system and motor vehicles is made by this integrated inlet unit, this set radiating circuit Slab element drives this display screen body to enable this display screen body to show information to human pilot.

This housing includes mask, frame plate and heat radiation bonnet, and this mask ring is located at this display screen body surrounding, and this frame plate is arranged on this mask side, and this frame plate is arranged on this display screen body rear.

This set radiating circuit Slab element is fixedly installed on this frame plate, and this heat radiation bonnet is located on this frame plate, and this set cooling circuit board unit enclosure is located therein by this heat radiation bonnet, and this integrated inlet unit is embedded in this heat radiation bonnet.

Frame plate window is offered in this frame plate middle position, this set radiating circuit Slab element is arranged on above this frame plate window, by the bottom surface of this frame plate with the back side of this display screen body around forming a frame plate chamber, this frame plate window is connected with this frame plate chamber, the power line of this display screen body and data wire extend to this display screen body back side, and this power line and this data wire are arranged in this frame plate chamber, this power line and this data wire are connected with this set radiating circuit Slab element by this frame plate window.

This set radiating circuit Slab element includes core board and peripheral board, this core board and the separate setting of this peripheral board, this set radiating circuit Slab element also includes controlling to drive electronic component unit, this control drives electronic component unit unification to be arranged on this core board, this core board is made to form a concentration hot zone, this set radiating circuit Slab element also includes peripheral circuit and electronic component unit low in calories, this peripheral circuit and the unification of this electronic component unit low in calories are arranged on this peripheral board, make this peripheral board form a low hot zone.

It is provided with shielding heat dissipating housing at this core board distal hood, this control is driven some electronic components unification of electronic component unit to cover at wherein by this shielding heat dissipating housing, this shielding heat dissipating housing includes cover top, this cover top and this control drive the tight laminating of each this electronic component of electronic component unit, this shielding heat dissipating housing and this heat radiation bonnet compact siro spinning technology, this control drives the produced heat of electronic component unit work to be first delivered in this shielding heat dissipating housing, then this heat is passed to this heat radiation bonnet by this shielding heat dissipating housing, by this heat radiation bonnet, this heat is outwards distributed, thus reach the effect of heat radiation.

Plate body window is offered in this peripheral board middle position, this plate body window is corresponding with this frame plate window, in this plate body window surrounding and be provided with some peripheral board connecting terminals on this peripheral board, corresponding with these peripheral board connecting terminals some this core board surrounding is provided with some core board connecting terminals, this core board is connected to above this plate body window, this moment, these peripheral board connecting terminals some connect one to one with some core board connecting terminals, to form the electrical connection between this core board and this peripheral board.

This integrated inlet unit is plugged on this set radiating circuit Slab element, and this integrated inlet unit includes power line grafting part, signal wire connecting part and automobile bus grafting part.

This integrated inlet unit includes base plate, outer frame body and dividing plate, wherein, this outer frame body is fixedly installed on which floor plate, and by this outer frame body and this base plate around forming a socket chamber, this baffle interval is arranged in this socket chamber, by this dividing plate, this socket chamber is separated into power line grafting chamber, signal wire connecting chamber and automobile bus grafting chamber, this power line grafting chamber, this signal wire connecting chamber and this automobile bus grafting chamber are respectively arranged with some inserting foots, by this power line grafting chamber, this signal wire connecting chamber, this automobile bus grafting chamber and this inserting foots some therein form this power line grafting part respectively, this signal wire connecting part and this automobile bus grafting part.

This power line grafting chamber, this signal wire connecting chamber and this automobile bus grafting chamber are co-located on this base plate, an integrated socket circuit board joint face is determined by the bottom surface of this base plate, integrated socket circuit board is connected on this integrated socket circuit board joint face, and this integrated socket circuit board is included in this peripheral board.

Some inserting foots of this power line grafting part, this signal wire connecting part and this automobile bus grafting part are connected respectively on this integrated socket circuit board.

Set pin holes unit it is provided with on this integrated socket circuit board, on this peripheral board be provided with corresponding with this set pin holes unit gathers pin unit, this set pin unit correspondence is plugged in this set pin holes unit, is capable of the inserting foot of this power line grafting part, this signal wire connecting part and this automobile bus grafting part and the annexation of this peripheral board by this set pin unit and this set pin holes unit.

Being provided with two block frame plate connecting plates on this frame plate and in the both sides of this frame plate window, this set radiating circuit Slab element is arranged between two pieces of these frame plate connecting plates, and meanwhile, two pieces of these frame plate connecting plates hold on the inner surface of this heat radiation bonnet sidewall.

It is filled with heat conduction glue-line between the top of this cover top and each this electronic component of this control driving electronic component unit.

It is provided with some contact areas on this cover top, these contact areas some use the form of indent or evagination to be arranged on this cover top, the height driving the top of each this electronic component of electronic component unit due to this control is different, so using the mode of this contact areas some that this control can be made to drive the top of each this electronic component of electronic component unit to fit tightly with this contact area corresponding one to one, and then reach to make the effect that the top of this cover top and each this electronic component of this control driving electronic component unit fits tightly.

Stretch downwards from this cover top in the surrounding position of each this contact area and be provided with some heat conduction pawls, this electronic component corresponding with this contact area is wrapped in wherein by this heat conduction pawl of one this contact area surrounding, this shielding heat dissipating housing is while carrying out heat heat loss through conduction, this shielding heat dissipating housing can also shield this control as radome and drive the electromagnetic signal of electronic component unit, these heat conduction pawls some are while carrying out heat heat loss through conduction, some gauze screens are become by these heat conduction claw types some, each this gauze screen drives the electromagnetic signal of this electronic component in electronic component unit in order to shield this control, and the electromagnetic interference between this electronic component is reduced.

It is provided with heat conduction glue-line between this shielding heat dissipating housing and this heat radiation bonnet, this heat radiation bonnet has inner surface contact area, the end face of this shielding heat dissipating housing is closely by being attached on this inner surface contact area, being provided with some heat radiation fins on the outer surface of this heat radiation bonnet, each this heat radiation fin has ventilation slot.

This core board is double-sided wiring board, end face at this core board forms this concentration hot zone, the bottom surface of this core board is provided with time heat-generating electronic elements unit, thus on the bottom surface of this core board, form a hot zone, this time hot zone is directed out distributed heat by this core board, this frame plate chamber, and outwards distributes heat indirectly by this shielding heat dissipating housing.

Carry out as follows when this core board and this peripheral board are assembled into this set radiating circuit Slab element.The control of this set radiating circuit Slab element individually drive electronic component unit unification be arranged on this core board, this core board hot stove of feeding then uses the mode adding heat fixation be fixed on this core board by this control driving electronic component unit and obtains finished product core board, individually peripheral circuit and the electronic component unit low in calories unification of this set radiating circuit Slab element are arranged on this peripheral board, then use the mode adding heat fixation to be fixed on this peripheral board by this electronic component unit low in calories in this peripheral board hot stove of feeding and obtain finished product peripheral board.

These peripheral board connecting terminals some are connected one to one with some core board connecting terminals, forms the electrical connection between this finished product core board and this finished product peripheral board.

Motor vehicles human-computer interaction display screen circuit integrated module method, is arranged display screen body in the housing, and this housing includes mask, frame plate and heat radiation bonnet, this mask ring is located at this display screen body surrounding, this frame plate is arranged on this mask side.

Independent core board and peripheral board are assembled into set radiating circuit Slab element, control drive electronic component unit unification be arranged on this core board, this core board is made to form a concentration hot zone, it is arranged on unified to peripheral circuit and electronic component unit low in calories on this peripheral board, this peripheral board is made to form a low hot zone, plate body window is offered in this peripheral board middle position, in this plate body window surrounding and be provided with some peripheral board connecting terminals on this peripheral board, corresponding with these peripheral board connecting terminals some this core board surrounding is provided with some core board connecting terminals, this core board is connected to above this plate body window, these peripheral board connecting terminals some are connected one to one with some core board connecting terminals, to form the electrical connection between this core board and this peripheral board.

Shielding heat dissipating housing is set at this core board distal hood, this control is driven some electronic components unification of electronic component unit to cover at wherein by this shielding heat dissipating housing, this shielding heat dissipating housing includes cover top, and this cover top and this control drive the tight laminating of each this electronic component of electronic component unit.

This shielding heat dissipating housing and this heat radiation bonnet compact siro spinning technology, this control drives the produced heat of electronic component unit work to be first delivered in this shielding heat dissipating housing, then this heat is passed to this heat radiation bonnet by this shielding heat dissipating housing, by this heat radiation bonnet, this heat is outwards distributed, thus reach the effect of heat radiation.

Between this shielding heat dissipating housing and this heat radiation bonnet, heat conduction glue-line is set, first the compact siro spinning technology relation of this shielding heat dissipating housing and this heat radiation bonnet is ensure that by this heat conduction glue-line, secondly, this heat conduction glue-line can make this shielding heat dissipating housing and this heat radiation bonnet carry out heat conduction efficiently.

Being fixedly installed on this frame plate by this set radiating circuit Slab element, this heat radiation bonnet is located on this frame plate, and this set cooling circuit board unit enclosure is located therein by this heat radiation bonnet.

nullIntegrated inlet unit is embedded in this heat radiation bonnet，And this integrated inlet unit is plugged on this set radiating circuit Slab element，This integrated inlet unit is integrated with power line grafting part、Signal wire connecting part and automobile bus grafting part，This integrated inlet unit includes base plate、Outer frame body and dividing plate，Wherein，This outer frame body is fixedly installed on which floor plate，And by this outer frame body and this base plate around forming a socket chamber，This baffle interval is arranged in this socket chamber，By this dividing plate, this socket chamber is separated into power line grafting chamber、Signal wire connecting chamber and automobile bus grafting chamber，This power line grafting chamber、This signal wire connecting chamber and this automobile bus grafting chamber are respectively arranged with some inserting foots，By this power line grafting chamber、This signal wire connecting chamber、This automobile bus grafting chamber and this inserting foots some therein form this power line grafting part respectively、This signal wire connecting part and this automobile bus grafting part.

This power line grafting part, some inserting foots of this signal wire connecting part and this automobile bus grafting part are connected respectively on this integrated socket circuit board, set pin holes unit it is provided with on this integrated socket circuit board, on this peripheral board be provided with corresponding with this set pin holes unit gathers pin unit, this set pin unit correspondence is plugged in this set pin holes unit, it is capable of this power line grafting part by this set pin unit and this set pin holes unit, the inserting foot of this signal wire connecting part and this automobile bus grafting part and the annexation of this peripheral board.

nullThe invention have the benefit that first，The work calories source that its operational heat is main for general wiring board is all that some arrange control driving electronic component in the circuit board，Such as，Driving chip、Control chip、Functional electric element etc.，If these electronic components effectively can not be dispelled the heat being embodied as when to shorten the service life of integral product，In the case of electronic component is overheated, there will be product cisco unity malfunction simultaneously、Erroneous judgement、The generation of situation such as burn，The present invention is the electronic component in this set radiating circuit Slab element and circuit first to be made a distinction the mentality of designing of this set radiating circuit Slab element，By higher for caloric value in this set radiating circuit Slab element、Relatively the chip segment set of core is arranged in this concentration hot zone and carries out unified concentration heat radiation and shielding，And part relatively low for caloric value in this set radiating circuit Slab element is arranged on this peripheral board，Radiating effect and the shield effectiveness of product can be obviously improved by above-mentioned structure design.

Secondly, it is worth emphasizing that this shielding heat dissipating housing of the present invention is while carrying out heat heat loss through conduction, this shielding heat dissipating housing can also shield the electromagnetic signal of this control driving electronic component unit as radome thus be substantially reduced the electromagnetic interference of integral product, these heat conduction pawls some are while carrying out heat heat loss through conduction, some gauze screens are become by these heat conduction claw types some, each this gauze screen drives the electromagnetic signal of this electronic component in electronic component unit in order to shield this control, and the electromagnetic interference between this electronic component is reduced.

Finally, its power line grafting part in traditional product, signal wire connecting part and automobile bus grafting part all separate and are separately provided, that is various piece does not use the base areas of various piece that unified integrated setting makes the least, can not individually hew out can the position of loading circuit plate, in the most traditional product, various piece separates the mode being separately provided and can make the extremely complex of wiring work change, and the situation of wrong plug position often occurs, the present invention uses power line grafting part, the mode that signal wire connecting part and automobile bus Plug Division diversity are combined together can hew out this integrated socket circuit board joint face, and this integrated socket circuit board of a part for this peripheral board provides installation site.

Accompanying drawing explanation

Fig. 1 is the stereo decomposing structural representation of the present invention.

Fig. 2 is the stereo decomposing structural representation of set radiating circuit Slab element of the present invention.

Fig. 3 is the cross-sectional view of set radiating circuit Slab element of the present invention.

Fig. 4 is the installation site schematic diagram of the integrated inlet unit of the present invention.

Fig. 5 is the positional structure schematic diagram of the present invention integrated socket circuit board.

Fig. 6 is the front view of the present invention.

Fig. 7 is the rearview of the present invention.

Fig. 8 is the side view of the present invention.

Detailed description of the invention

If Fig. 1 is to shown in 8, motor vehicles human-computer interaction display screen circuit integrated module system it include display screen body 10, set radiating circuit Slab element 20 and integrated inlet unit 30.

As it is shown in figure 1, this display screen body 10, this set radiating circuit Slab element 20 and this integrated inlet unit 30 are simultaneously located in a housing 40.

The when of work, this display screen circuit integrated module system integral installation sets in the motor vehicle, can be installed in the console of motor vehicles when of being embodied as, make the connection of this display screen circuit integrated module system and motor vehicles by this integrated inlet unit 30, this set radiating circuit Slab element 20 drives this display screen body 10 to make this display screen body 10 can show GPS information, entertainment information, vehicle condition information etc. to human pilot.Wherein, this housing 40 includes mask 41, frame plate 42 and heat radiation bonnet 43.

This mask 41 ring is located at this display screen body 10 surrounding, and this frame plate 42 is arranged on this mask 41 side, and this frame plate 42 is arranged on this display screen body 10 rear.

This set radiating circuit Slab element 20 is fixedly installed on this frame plate 42.

This heat radiation bonnet 43 is located on this frame plate 42, and this set radiating circuit Slab element 20 is covered at wherein by this heat radiation bonnet 43.

This integrated inlet unit 30 is embedded in this heat radiation bonnet 43.

Being embodied as when, offering frame plate window 421 in this frame plate 42 middle position, this set radiating circuit Slab element 20 is arranged on above this frame plate window 421.

By the bottom surface of this frame plate 42 with the back side of this display screen body 10 around forming a frame plate chamber 422, this frame plate window 421 is connected with this frame plate chamber 422.

The power line of this display screen body 10 and data wire A extend to this display screen body 10 back side, and this power line and this data wire are arranged in this frame plate chamber 422, this power line and this data wire are connected with this set radiating circuit Slab element 20 by this frame plate window 421, this kind of structure is designed to effectively hide this power line and this data wire makes overall structure the compactest, is designed to promote this display screen body 10 and the radiating effect of this set radiating circuit Slab element 20 by the structure in this frame plate chamber 422 and this frame plate window 421 simultaneously.

Being embodied as when, on this frame plate 42 and in the both sides of this frame plate window 421, it is provided with two block frame plate connecting plates 423.

This set radiating circuit Slab element 20 is arranged between two pieces of these frame plate connecting plates 423, simultaneously, two pieces of these frame plate connecting plates 423 hold on the inner surface of this heat radiation bonnet 43 sidewall 431, make this set radiating circuit Slab element 20, this frame plate 42 and this heat radiation bonnet 43 be stably connected with by above-mentioned structure design, and overall structure can be made the compactest.

As shown in Figure 2,3, this set radiating circuit Slab element 20 includes core board 21 and peripheral board 22, this core board 21 and this separate setting of peripheral board 22.

This set radiating circuit Slab element 20 also includes controlling to drive electronic component unit, and being embodied as when, this control drives electronic component unit to include some driving chip, some control chips, some functional electric elements etc..

This control drives electronic component unit unification to be arranged on this core board 21, makes this core board 21 form a concentration hot zone.

This set radiating circuit Slab element 20 also includes peripheral circuit and electronic component unit low in calories, and being embodied as when, this electronic component unit low in calories includes reception antenna, radio module, gps antenna, power discharging IC, socket etc..

This peripheral circuit and the unification of this electronic component unit low in calories are arranged on this peripheral board 22, make this peripheral board 22 form a low hot zone.

Being provided with shielding heat dissipating housing 23 at this core board 21 distal hood, this control is driven some electronic components unification of electronic component unit to cover at wherein by this shielding heat dissipating housing 23.

This shielding heat dissipating housing 23 includes cover top 231, and this cover top 231 and this control drive the tight laminating of each this electronic component of electronic component unit.

It is filled with heat conduction glue-line between the top of this cover top 231 and each this electronic component of this control driving electronic component unit.

Being embodied as when, some contact areas 232 it are provided with on this cover top 231, these contact areas 232 some use the form of indent or evagination to be arranged on this cover top 231, the height driving the top of each this electronic component of electronic component unit due to this control is different, so using the mode of this contact areas 232 some that this control can be made to drive the top of each this electronic component of electronic component unit to fit tightly with this contact area 232 corresponding one to one, and then reach the effect making the top of each this electronic component of this cover top 231 and this control driving electronic component unit fit tightly.

Being embodied as when, stretch downwards from this cover top 231 in the surrounding position of each this contact area 232 and be provided with some heat conduction pawls 233.

This electronic component corresponding with this contact area 232 is wrapped in wherein by this heat conduction pawl 233 of one this contact area 232 surrounding, heat transfer efficiency can be promoted further by these heat conduction pawls 233 some, additionally, it is worth emphasizing that this shielding heat dissipating housing 23 while carrying out heat heat loss through conduction, this shielding heat dissipating housing 23 can also shield this control as radome and drive the electromagnetic signal of electronic component unit thus be substantially reduced the electromagnetic interference of integral product.

These heat conduction pawls 233 some are while carrying out heat heat loss through conduction, some gauze screens are formed by these heat conduction pawls 233 some, each this gauze screen drives the electromagnetic signal of this electronic component in electronic component unit in order to shield this control, and the electromagnetic interference between this electronic component is reduced.

Being embodied as when, this shielding heat dissipating housing 23 is further opened with vent.

This shielding heat dissipating housing 23 and this heat radiation bonnet 43 compact siro spinning technology, this control drives the produced heat of electronic component unit work to be first delivered in this shielding heat dissipating housing 23, then this heat is passed to this heat radiation bonnet 43 by this shielding heat dissipating housing 23, by this heat radiation bonnet 43, this heat is outwards distributed, thus reach the effect of heat radiation.

Being embodied as when, it is provided with heat conduction glue-line between this shielding heat dissipating housing 23 and this heat radiation bonnet 43, first the compact siro spinning technology relation of this shielding heat dissipating housing 23 and this heat radiation bonnet 43 is ensure that by this heat conduction glue-line, secondly, this heat conduction glue-line can make this shielding heat dissipating housing 23 carry out heat conduction efficiently with this heat radiation bonnet 43.

Being embodied as when, this heat radiation bonnet 43 has inner surface contact area, the end face of this shielding heat dissipating housing 23 is closely by being attached on this inner surface contact area, additionally, the outer surface of this heat radiation bonnet 43 is provided with some heat radiation fins 432, each this heat radiation fin 432 has ventilation slot 433, is designed to make this heat radiation bonnet 43 dispel the heat efficiently by the structure of these heat radiation fins 432 some and this ventilation slot 433.

Being embodied as when, plate body window 24 is offered in this peripheral board 22 middle position, this plate body window 24 is corresponding with this frame plate window 421, in this plate body window 24 surrounding and be provided with some peripheral board connecting terminals 221 on this peripheral board 22, corresponding with these peripheral board connecting terminals 221 some this core board 21 surrounding is provided with some core board connecting terminals 211, this core board 21 is connected to above this plate body window 24, this moment, these peripheral board connecting terminals 221 some connect one to one with some core board connecting terminals 211, to form the electrical connection between this core board 21 and this peripheral board 22.

Being embodied as when, this core board 21 is double-sided wiring board, end face at this core board 21 forms this concentration hot zone, the bottom surface of this core board 21 is provided with time heat-generating electronic elements unit, thus on the bottom surface of this core board 21, form a hot zone, this time hot zone is directed out distributed heat by this core board 21, this frame plate chamber 422, and outwards distributes heat indirectly by this shielding heat dissipating housing 23.

The work calories source that its operational heat is main for general wiring board is all that some arrange control driving electronic component in the circuit board, such as, driving chip, control chip, functional electric element etc., if these electronic components effectively can not being dispelled the heat being embodied as when to shorten the service life of integral product, in the case of electronic component is overheated, there will be product cisco unity malfunction simultaneously, judges, burn etc. the generation of situation by accident.

The present invention is the electronic component in this set radiating circuit Slab element 20 and circuit first to be made a distinction the mentality of designing of this set radiating circuit Slab element 20, by caloric value is higher in this set radiating circuit Slab element 20, compares the chip segment set of core is arranged in this concentration hot zone and carry out unified concentration heat radiation and shielding, and part relatively low for caloric value in this set radiating circuit Slab element 20 is arranged on this peripheral board 22, radiating effect and the shield effectiveness of product can be obviously improved by above-mentioned structure design.

Last it is emphasized that the form that this set radiating circuit Slab element 20 is designed to this core board 21 and this peripheral board 22 can simplify the mode of production, reduce product fraction defective, be described in detail below.

Individually the control of this set radiating circuit Slab element 20 is driven electronic component unit is unified to be arranged on this core board 21, then this core board 21 is sent into hot stove and uses the mode adding heat fixation to be fixed on this core board 21 by this control driving electronic component unit to obtain finished product core board.

Individually by the peripheral circuit of this set radiating circuit Slab element 20 and electronic component unit low in calories is unified is arranged on this peripheral board 22, then this peripheral board 22 is sent into hot stove and uses the mode adding heat fixation to be fixed on this peripheral board 22 by this electronic component unit low in calories to obtain finished product peripheral board.

These peripheral board connecting terminals 221 some are connected one to one with some core board connecting terminals 211, forms the electrical connection between this finished product core board and this finished product peripheral board, thus complete the production of this set radiating circuit Slab element 20.

In above-mentioned step, this core board 21, this peripheral board 22 can be sent into and carry out adding thermal weld in the equipment such as microwave thermal brazier, these peripheral board connecting terminals 221 some can complete corresponding connection with some core board connecting terminals 211 in the way of using welding.

Owing to this control driving electronic component unit being welded on this core board 21 required temperature concrete production when and condition is different from and this electronic component low in calories is welded on this peripheral board 22 required temperature and condition; by independent to this core board 21 and this peripheral board 22 produce the most respectively after carry out the mode of Combination Welding assembling and can reach to protect this control to drive the electronic component unit will not be due to overheated and that be damaged effect such that it is able to significantly reduce product fraction defective.

Simultaneously, this set radiating circuit Slab element 20 is designed to the form of this core board 21 and this peripheral board 22 by the present invention can promote the integrated level of wiring board, it is substantially reduced the area of wiring board, traditional product is required for two pieces of wiring boards, and the one piece of wiring board utilizing the technology of the present invention to have only to same homalographic can be realized as the various functions of product.

As shown in Figure 4,5, this integrated inlet unit 30 is plugged on this set radiating circuit Slab element 20, and this integrated inlet unit 30 includes power line grafting part, signal wire connecting part and automobile bus grafting part.

This integrated inlet unit 30 includes base plate 31, outer frame body 32 and dividing plate 33, wherein, this outer frame body 32 is fixedly installed on this base plate 31, and by this outer frame body 32 with this base plate 31 around forming a socket chamber, this dividing plate 33 is disposed in this socket chamber, this dividing plate 33 this socket chamber is separated into power line grafting chamber 341, signal wire connecting chamber 342 and automobile bus grafting chamber 343.

This power line grafting chamber 341, this signal wire connecting chamber 342 and this automobile bus grafting chamber 343 are respectively arranged with some inserting foots.

This power line grafting part, this signal wire connecting part and this automobile bus grafting part is formed respectively by this power line grafting chamber 341, this signal wire connecting chamber 342, this automobile bus grafting chamber 343 and this inserting foots some therein.

This power line grafting chamber 341, this signal wire connecting chamber 342 and this automobile bus grafting chamber 343 are co-located on this base plate 31.

As it is shown in figure 5, determined an integrated socket circuit board joint face by the bottom surface of this base plate 31, integrated socket circuit board 35 is connected on this integrated socket circuit board joint face.

This integrated socket circuit board 35 is included in this peripheral board 22.

Owing to an effect of the present invention is exactly to be substantially reduced the area of wiring board in product, under this concept, open up the free space in product as far as possible and circuit board is set becomes the core realizing the technology of the present invention.

In traditional product, its power line grafting part, signal wire connecting part and automobile bus grafting part all separate and are separately provided, that is various piece does not use the base areas of various piece that unified integrated setting makes the least, it is impossible to individually hewing out can the position of loading circuit plate.

In the most traditional product, various piece separates the mode being separately provided and can make the extremely complex of wiring work change, and the situation of wrong plug position often occurs.

The present invention uses and the mode that power line grafting part, signal wire connecting part and automobile bus Plug Division diversity are combined together can hew out this integrated socket circuit board joint face, and this integrated socket circuit board 35 of a part for this peripheral board 22 provides installation site.

Some inserting foots of this power line grafting part, this signal wire connecting part and this automobile bus grafting part are connected respectively on this integrated socket circuit board 35, being provided with set pin holes unit 351 on this integrated socket circuit board 35, on this peripheral board 22 be provided with corresponding with this set pin holes unit 351 gathers pin unit 352.

This set pin unit 352 correspondence is plugged in this set pin holes unit 351.

It is capable of the inserting foot of this power line grafting part, this signal wire connecting part and this automobile bus grafting part and the annexation of this peripheral board 22 by this set pin unit 352 and this set pin holes unit 351.

The present invention can be obviously improved the integrated level of product pin, jack by this set pin unit 352 and this set pin holes unit 351, it is possible to is substantially reduced the area of circuit board shared by pin, jack.

Specifically used when, user has only to just will to complete the connection of product of the present invention and vehicle in the power line of vehicle, holding wire, automobile bus corresponding inserted to this integrated inlet unit 30 respectively, and connected mode is simple and safe and reliable.

If Fig. 1 is to shown in 8, motor vehicles human-computer interaction display screen circuit integrated module method, display screen body 10 is arranged in housing 40, this housing 40 includes mask 41, frame plate 42 and heat radiation bonnet 43, this mask 41 ring is located at this display screen body 10 surrounding, this frame plate 42 is arranged on this mask 41 side, independent core board 21 and peripheral board 22 are assembled into set radiating circuit Slab element 20, control drive electronic component unit unification be arranged on this core board 21, this core board 21 is made to form a concentration hot zone, it is arranged on unified to peripheral circuit and electronic component unit low in calories on this peripheral board 22, this peripheral board 22 is made to form a low hot zone.

Plate body window 24 is offered in this peripheral board 22 middle position, in this plate body window 24 surrounding and be provided with some peripheral board connecting terminals 221 on this peripheral board 22, corresponding with these peripheral board connecting terminals 221 some this core board 21 surrounding is provided with some core board connecting terminals 211, this core board 21 is connected to above this plate body window 24, these peripheral board connecting terminals 221 some are connected one to one with some core board connecting terminals 211, to form the electrical connection between this core board 21 and this peripheral board 22.

Shielding heat dissipating housing 23 is set at this core board 21 distal hood, this control is driven some electronic components unification of electronic component unit to cover at wherein by this shielding heat dissipating housing 23, this shielding heat dissipating housing 23 includes cover top 231, this cover top 231 and this control drive the tight laminating of each this electronic component of electronic component unit, fill heat conduction glue-line between the top of this cover top 231 and each this electronic component of this control driving electronic component unit.

Being embodied as when, stretch downwards from this cover top 231 in the surrounding position of each this contact area 232 and be provided with some heat conduction pawls 233, this electronic component corresponding with this contact area 232 is wrapped in wherein by this heat conduction pawl 233 of one this contact area 232 surrounding, heat transfer efficiency can be promoted further by these heat conduction pawls 233 some, additionally, it is worth emphasizing that this shielding heat dissipating housing 23 is while carrying out heat heat loss through conduction, this shielding heat dissipating housing 23 can also shield the electromagnetic signal of this control driving electronic component unit as radome thus be substantially reduced the electromagnetic interference of integral product.

Between this shielding heat dissipating housing 23 and this heat radiation bonnet 43, heat conduction glue-line is set, first the compact siro spinning technology relation of this shielding heat dissipating housing 23 and this heat radiation bonnet 43 is ensure that by this heat conduction glue-line, secondly, this heat conduction glue-line can make this shielding heat dissipating housing 23 carry out heat conduction efficiently with this heat radiation bonnet 43.

Being provided with some heat radiation fins 432 on the outer surface of this heat radiation bonnet 43, each this heat radiation fin 432 has ventilation slot 433.It is designed to make this heat radiation bonnet 43 dispel the heat efficiently by the structure of these heat radiation fins 432 some and this ventilation slot 433.

Control being driven, electronic component unit is unified to be arranged on this core board 21, this core board 21 is made to form a concentration hot zone, and be arranged on unified to peripheral circuit and electronic component unit low in calories on this peripheral board 22, make this peripheral board 22 carry out as follows during forming a low hot zone.

nullThe control of this set radiating circuit Slab element 20 individually drive electronic component unit unification be arranged on this core board 21，This core board 21 is then sent into hot stove use and add the mode of heat fixation and be fixed on this core board 21 by this control driving electronic component unit and obtain finished product core board，Individually peripheral circuit and the electronic component unit low in calories unification of this set radiating circuit Slab element 20 are arranged on this peripheral board 22，This peripheral board 22 is then sent into hot stove use and add the mode of heat fixation and be fixed on this peripheral board 22 by this electronic component unit low in calories and obtain finished product peripheral board，These peripheral board connecting terminals 221 some are connected one to one with some core board connecting terminals 211，Form the electrical connection between this finished product core board and this finished product peripheral board，Thus complete the production of this set radiating circuit Slab element 20.

This set radiating circuit Slab element 20 is fixedly installed on this frame plate 42, this heat radiation bonnet 43 is located on this frame plate 42, and this set radiating circuit Slab element 20 is covered at wherein by this heat radiation bonnet 43, integrated inlet unit 30 is embedded in this heat radiation bonnet 43, and this integrated inlet unit 30 is plugged on this set radiating circuit Slab element 20.

This integrated inlet unit 30 is integrated with power line grafting part, signal wire connecting part and automobile bus grafting part, this integrated inlet unit 30 includes base plate 31, outer frame body 32 and dividing plate 33, wherein, this outer frame body 32 is fixedly installed on this base plate 31, and by this outer frame body 32 with this base plate 31 around forming a socket chamber, this dividing plate 33 is disposed in this socket chamber, this dividing plate 33 this socket chamber is separated into power line grafting chamber 341, signal wire connecting chamber 342 and automobile bus grafting chamber 343.

This power line grafting chamber 341, this signal wire connecting chamber 342 and this automobile bus grafting chamber 343 are respectively arranged with some inserting foots, form this power line grafting part, this signal wire connecting part and this automobile bus grafting part respectively by this power line grafting chamber 341, this signal wire connecting chamber 342, this automobile bus grafting chamber 343 and this inserting foots some therein.

This power line grafting chamber 341, this signal wire connecting chamber 342 and this automobile bus grafting chamber 343 are co-located on this base plate 31, an integrated socket circuit board joint face is determined by the bottom surface of this base plate 31, integrated socket circuit board 35 is connected on this integrated socket circuit board joint face, and this integrated socket circuit board 35 is included in this peripheral board 22.

This power line grafting part, some inserting foots of this signal wire connecting part and this automobile bus grafting part are connected respectively on this integrated socket circuit board 35, set pin holes unit 351 it is provided with on this integrated socket circuit board 35, on this peripheral board 22 be provided with corresponding with this set pin holes unit 351 gathers pin unit 352, this set pin unit 352 correspondence is plugged in this set pin holes unit 351, it is capable of this power line grafting part by this set pin unit 352 and this set pin holes unit 351, the inserting foot of this signal wire connecting part and this automobile bus grafting part and the annexation of this peripheral board 22.

Being embodied as when, frame plate window 421 is offered in this frame plate 42 middle position, this set radiating circuit Slab element 20 is arranged on above this frame plate window 421, by the bottom surface of this frame plate 42 with the back side of this display screen body 10 around forming a frame plate chamber 422, this frame plate window 421 is connected with this frame plate chamber 422, the power line of this display screen body 10 and data wire extend to this display screen body 10 back side, and this power line and this data wire are arranged in this frame plate chamber 422, this power line and this data wire are connected with this set radiating circuit Slab element 20 by this frame plate window 421.

Claims

1. motor vehicles human-computer interaction display screen circuit integrated module system, it is characterized in that: include display screen body, set radiating circuit Slab element and integrated inlet unit, this display screen body, this set radiating circuit Slab element and this integrated inlet unit are simultaneously located in a housing, the when of work, this display screen circuit integrated module system integral installation sets in the motor vehicle, the connection of this display screen circuit integrated module system and motor vehicles is made by this integrated inlet unit, this set radiating circuit Slab element drives this display screen body to enable this display screen body to show information to human pilot,

This housing includes mask, frame plate and heat radiation bonnet, and this mask ring is located at this display screen body surrounding, and this frame plate is arranged on this mask side, and this frame plate is arranged on this display screen body rear,

This set radiating circuit Slab element is fixedly installed on this frame plate, and this heat radiation bonnet is located on this frame plate, and this set cooling circuit board unit enclosure is located therein by this heat radiation bonnet, and this integrated inlet unit is embedded in this heat radiation bonnet,

Frame plate window is offered in this frame plate middle position, this set radiating circuit Slab element is arranged on above this frame plate window, by the bottom surface of this frame plate with the back side of this display screen body around forming a frame plate chamber, this frame plate window is connected with this frame plate chamber, the power line of this display screen body and data wire extend to this display screen body back side, and this power line and this data wire are arranged in this frame plate chamber, this power line and this data wire are connected with this set radiating circuit Slab element by this frame plate window

This set radiating circuit Slab element includes core board and peripheral board, this core board and the separate setting of this peripheral board, this set radiating circuit Slab element also includes controlling to drive electronic component unit, this control drives electronic component unit unification to be arranged on this core board, this core board is made to form a concentration hot zone, this set radiating circuit Slab element also includes peripheral circuit and electronic component unit low in calories, this peripheral circuit and the unification of this electronic component unit low in calories are arranged on this peripheral board, this peripheral board is made to form a low hot zone

It is provided with shielding heat dissipating housing at this core board distal hood, this control is driven some electronic components unification of electronic component unit to cover at wherein by this shielding heat dissipating housing, this shielding heat dissipating housing includes cover top, this cover top and this control drive the tight laminating of each this electronic component of electronic component unit, this shielding heat dissipating housing and this heat radiation bonnet compact siro spinning technology, this control drives the produced heat of electronic component unit work to be first delivered in this shielding heat dissipating housing, then this heat is passed to this heat radiation bonnet by this shielding heat dissipating housing, by this heat radiation bonnet, this heat is outwards distributed, thus reach the effect of heat radiation,

Plate body window is offered in this peripheral board middle position, this plate body window is corresponding with this frame plate window, in this plate body window surrounding and be provided with some peripheral board connecting terminals on this peripheral board, corresponding with these peripheral board connecting terminals some this core board surrounding is provided with some core board connecting terminals, this core board is connected to above this plate body window, this moment, these peripheral board connecting terminals some connect one to one with some core board connecting terminals, to form the electrical connection between this core board and this peripheral board

This integrated inlet unit is plugged on this set radiating circuit Slab element, and this integrated inlet unit includes power line grafting part, signal wire connecting part and automobile bus grafting part,

This integrated inlet unit includes base plate, outer frame body and dividing plate, wherein, this outer frame body is fixedly installed on which floor plate, and by this outer frame body and this base plate around forming a socket chamber, this baffle interval is arranged in this socket chamber, by this dividing plate, this socket chamber is separated into power line grafting chamber, signal wire connecting chamber and automobile bus grafting chamber, this power line grafting chamber, this signal wire connecting chamber and this automobile bus grafting chamber are respectively arranged with some inserting foots, by this power line grafting chamber, this signal wire connecting chamber, this automobile bus grafting chamber and this inserting foots some therein form this power line grafting part respectively, this signal wire connecting part and this automobile bus grafting part,

This power line grafting chamber, this signal wire connecting chamber and this automobile bus grafting chamber are co-located on this base plate, an integrated socket circuit board joint face is determined by the bottom surface of this base plate, integrated socket circuit board is connected on this integrated socket circuit board joint face, this integrated socket circuit board is included in this peripheral board

Some inserting foots of this power line grafting part, this signal wire connecting part and this automobile bus grafting part are connected respectively on this integrated socket circuit board,

2. motor vehicles human-computer interaction display screen circuit integrated module system as claimed in claim 1, it is characterized in that: on this frame plate and in the both sides of this frame plate window, be provided with two block frame plate connecting plates, this set radiating circuit Slab element is arranged between two pieces of these frame plate connecting plates, meanwhile, two pieces of these frame plate connecting plates hold on the inner surface of this heat radiation bonnet sidewall.

3. motor vehicles human-computer interaction display screen circuit integrated module system as claimed in claim 1, it is characterised in that: between the top of this cover top and each this electronic component of this control driving electronic component unit, it is filled with heat conduction glue-line,

4. motor vehicles human-computer interaction display screen circuit integrated module system as claimed in claim 3, it is characterized in that: stretch downwards from this cover top in the surrounding position of each this contact area and be provided with some heat conduction pawls, this electronic component corresponding with this contact area is wrapped in wherein by this heat conduction pawl of one this contact area surrounding, this shielding heat dissipating housing is while carrying out heat heat loss through conduction, this shielding heat dissipating housing can also shield this control as radome and drive the electromagnetic signal of electronic component unit, these heat conduction pawls some are while carrying out heat heat loss through conduction, some gauze screens are become by these heat conduction claw types some, each this gauze screen drives the electromagnetic signal of this electronic component in electronic component unit in order to shield this control, and the electromagnetic interference between this electronic component is reduced.

5. motor vehicles human-computer interaction display screen circuit integrated module system as claimed in claim 1, it is characterized in that: between this shielding heat dissipating housing and this heat radiation bonnet, be provided with heat conduction glue-line, this heat radiation bonnet has inner surface contact area, the end face of this shielding heat dissipating housing is closely by being attached on this inner surface contact area, being provided with some heat radiation fins on the outer surface of this heat radiation bonnet, each this heat radiation fin has ventilation slot.

6. motor vehicles human-computer interaction display screen circuit integrated module system as claimed in claim 1, it is characterized in that: this core board is double-sided wiring board, end face at this core board forms this concentration hot zone, the bottom surface of this core board is provided with time heat-generating electronic elements unit, thus on the bottom surface of this core board, form a hot zone, this time hot zone is directed out distributed heat by this core board, this frame plate chamber, and outwards distributes heat indirectly by this shielding heat dissipating housing.

7. motor vehicles human-computer interaction display screen circuit integrated module system as claimed in claim 1, it is characterised in that: carry out as follows when this core board and this peripheral board are assembled into this set radiating circuit Slab element,

The control of this set radiating circuit Slab element individually drive electronic component unit unification be arranged on this core board, this core board hot stove of feeding then uses the mode adding heat fixation be fixed on this core board by this control driving electronic component unit and obtains finished product core board

Individually peripheral circuit and the electronic component unit low in calories unification of this set radiating circuit Slab element are arranged on this peripheral board, then use the mode adding heat fixation to be fixed on this peripheral board by this electronic component unit low in calories in this peripheral board hot stove of feeding and obtain finished product peripheral board

8. motor vehicles human-computer interaction display screen circuit integrated module method, it is characterized in that: arranged in the housing by display screen body, this housing includes mask, frame plate and heat radiation bonnet, and this mask ring is located at this display screen body surrounding, this frame plate is arranged on this mask side

Independent core board and peripheral board are assembled into set radiating circuit Slab element, control drive electronic component unit unification be arranged on this core board, this core board is made to form a concentration hot zone, it is arranged on unified to peripheral circuit and electronic component unit low in calories on this peripheral board, this peripheral board is made to form a low hot zone, plate body window is offered in this peripheral board middle position, in this plate body window surrounding and be provided with some peripheral board connecting terminals on this peripheral board, corresponding with these peripheral board connecting terminals some this core board surrounding is provided with some core board connecting terminals, this core board is connected to above this plate body window, these peripheral board connecting terminals some are connected one to one with some core board connecting terminals, to form the electrical connection between this core board and this peripheral board,

Shielding heat dissipating housing is set at this core board distal hood, this control is driven some electronic components unification of electronic component unit to cover at wherein by this shielding heat dissipating housing, this shielding heat dissipating housing includes cover top, and this cover top and this control drive the tight laminating of each this electronic component of electronic component unit

This shielding heat dissipating housing and this heat radiation bonnet compact siro spinning technology, this control drives the produced heat of electronic component unit work to be first delivered in this shielding heat dissipating housing, then this heat is passed to this heat radiation bonnet by this shielding heat dissipating housing, by this heat radiation bonnet, this heat is outwards distributed, thus reach the effect of heat radiation

Between this shielding heat dissipating housing and this heat radiation bonnet, heat conduction glue-line is set, first the compact siro spinning technology relation of this shielding heat dissipating housing and this heat radiation bonnet is ensure that by this heat conduction glue-line, secondly, this heat conduction glue-line can make this shielding heat dissipating housing and this heat radiation bonnet carry out heat conduction efficiently

Being fixedly installed on this frame plate by this set radiating circuit Slab element, this heat radiation bonnet is located on this frame plate, and this set cooling circuit board unit enclosure is located therein by this heat radiation bonnet,

nullIntegrated inlet unit is embedded in this heat radiation bonnet，And this integrated inlet unit is plugged on this set radiating circuit Slab element，This integrated inlet unit is integrated with power line grafting part、Signal wire connecting part and automobile bus grafting part，This integrated inlet unit includes base plate、Outer frame body and dividing plate，Wherein，This outer frame body is fixedly installed on which floor plate，And by this outer frame body and this base plate around forming a socket chamber，This baffle interval is arranged in this socket chamber，By this dividing plate, this socket chamber is separated into power line grafting chamber、Signal wire connecting chamber and automobile bus grafting chamber，This power line grafting chamber、This signal wire connecting chamber and this automobile bus grafting chamber are respectively arranged with some inserting foots，By this power line grafting chamber、This signal wire connecting chamber、This automobile bus grafting chamber and this inserting foots some therein form this power line grafting part respectively、This signal wire connecting part and this automobile bus grafting part，

This power line grafting part, some inserting foots of this signal wire connecting part and this automobile bus grafting part are connected respectively on this integrated socket circuit board, set pin holes unit it is provided with on this integrated socket circuit board, on this peripheral board be provided with corresponding with this set pin holes unit gathers pin unit, this set pin unit correspondence is plugged in this set pin holes unit, it is capable of this power line grafting part by this set pin unit and this set pin holes unit, the inserting foot of this signal wire connecting part and this automobile bus grafting part and the annexation of this peripheral board,

null9. motor vehicles human-computer interaction display screen circuit integrated module method as claimed in claim 8，It is characterized in that: on this cover top, be provided with some contact areas，These contact areas some use the form of indent or evagination to be arranged on this cover top，Stretch downwards from this cover top in the surrounding position of each this contact area and be provided with some heat conduction pawls，This electronic component corresponding with this contact area is wrapped in wherein by this heat conduction pawl of one this contact area surrounding，This shielding heat dissipating housing is while carrying out heat heat loss through conduction，This shielding heat dissipating housing can also shield this control as radome and drive the electromagnetic signal of electronic component unit，These heat conduction pawls some are while carrying out heat heat loss through conduction，Some gauze screens are become by these heat conduction claw types some，Each this gauze screen drives the electromagnetic signal of this electronic component in electronic component unit in order to shield this control，And the electromagnetic interference between this electronic component is reduced.

10. motor vehicles human-computer interaction display screen circuit integrated module method as claimed in claim 8, it is characterized in that: this core board is double-sided wiring board, end face at this core board forms this concentration hot zone, the bottom surface of this core board is provided with time heat-generating electronic elements unit, thus on the bottom surface of this core board, form a hot zone, this time hot zone is directed out distributed heat by this core board, this frame plate chamber, and outwards distributes heat indirectly by this shielding heat dissipating housing

Control being driven, electronic component unit is unified to be arranged on this core board, this core board is made to form a concentration hot zone, and be arranged on unified to peripheral circuit and electronic component unit low in calories on this peripheral board, make this peripheral board carry out as follows during forming a low hot zone:

The control of this set radiating circuit Slab element individually drive electronic component unit unification be arranged on this core board, this core board hot stove of feeding then uses the mode adding heat fixation be fixed on this core board by this control driving electronic component unit and obtains finished product core board, individually peripheral circuit and the electronic component unit low in calories unification of this set radiating circuit Slab element are arranged on this peripheral board, then use the mode adding heat fixation to be fixed on this peripheral board by this electronic component unit low in calories in this peripheral board hot stove of feeding and obtain finished product peripheral board, these peripheral board connecting terminals some are connected one to one with some core board connecting terminals, form the electrical connection between this finished product core board and this finished product peripheral board, thus complete the production of this set radiating circuit Slab element.