Summary of the invention
(1) goal of the invention: for solving above-mentioned problems of the prior art, the object of this invention is to provide the integrated cap with the mobile communication equipment of microcomputer of a kind of energy, this cap is in conjunction with microcomputer, to be convenient for people to using mobile communication equipment by cap.
(2) technical scheme:
A cap for integrated micro computer, comprises cap body, and wherein, described cap body comprises cap liner and cap body overhead guard, also comprises the hatband that is connected and fixed described cap liner and cap body overhead guard; Described cap body also comprises bongrace, and described bongrace and hatband and cap liner connect and compose the pedestal that cap body is installed mobile communication equipment;
Described mobile communication equipment, comprises microcomputer, and described microcomputer is by bus connecting wireless network module, and described microcomputer also comprises cooling system and power management module;
Described mobile communication equipment also comprises by being connected to video frequency pick-up head, external expansion interface, touch pad, button, audio output, microphone, display system, DSP module and the MEMS module on described microcomputer by connecting-disconnecting interface;
Described mixed-media network modules mixed-media is fixed on the top of cap body overhead guard.
The cap of described integrated micro computer, wherein: between described cap liner and cap body overhead guard, lay the anti-electromagnetic shielding system of human body; The anti-electromagnetic shielding system of described human body is made with flexible metal net or gas-permeable conductive film; The anti-electromagnetic shielding system of described human body connects the earth terminal of all circuit simultaneously by circuit.
The cap of described integrated micro computer, wherein: described cap body overhead guard and bongrace and hatband have hidden discount to fix.
The cap of described integrated micro computer, wherein: below described bongrace, the place ahead of display system is provided with video frequency pick-up head.
The cap of described integrated micro computer, wherein: described power-supply management system comprises lithium battery; Sandwich establishment between described cap body overhead guard and the anti-electromagnetic shielding system of human body, the interlayer at axis to the cap rear of the overhead guard of cap body described in this interlayer arranges lithium battery.
The cap of described integrated micro computer wherein: described external expansion interface is fixed on the hatband of described cap body left back, is positioned on the anti-electromagnetic shielding system of human body and cap body overhead guard simultaneously.
The cap of described integrated micro computer, wherein: between described cap body overhead guard and the anti-electromagnetic shielding system of human body and bongrace, form larger cavity, described display system comprises display, in the interlayer cavity at the bongrace place in described cap body the place ahead, display has been installed, display extends to bongrace below.
The cap of described integrated micro computer, wherein: described cooling system is fixed on hatband and the anti-electromagnetic shielding system of human body, support fixed display and the bongrace of while cooling system, described cooling system and the laminating of cap body overhead guard; Fixing microcomputer also on described cooling system.
The cap of described integrated micro computer, wherein: at least more than one MEMS module is fixed respectively in described microcomputer left and right, more than one DSP module is at least fixed respectively in cooling system support left and right, and DSP module is fixed on the anti-electromagnetic shielding system of human body.
The cap of described integrated micro computer, wherein: on the outer surface of the described cap body overhead guard left and right sides, transparent touch pad is set; There are four buttons described touch pad below, and these four buttons are corresponding people's forefinger, middle finger, the third finger, little finger of toe respectively.
(3) beneficial effect: the cap of a kind of microcomputer provided by the invention, between the cap body overhead guard of cap body and cap liner, in the space of interlayer, mobile communication equipment is set, mobile communication equipment comprises microcomputer, various unit and bus on microcomputer all can occur with interface shape, various interface can plug and dismounting by hand, the module that can connect various difference in functionalitys by the interface of different model, realize expansion and the upgrading of corresponding module, be easy to maintenance simultaneously and replace.
The specific embodiment
Below in conjunction with preferred embodiment, the present invention is described in further details.
The cap of a kind of integrated micro computer of the present invention, as depicted in figs. 1 and 2, comprises cap body, and described cap body comprises cap body overhead guard 17, cap liner 18, and the hatband 15 that connects described cap body overhead guard 17 and cap liner 18; Described cap liner 18 consists of soft gas permeable material, to realize, wears comfortableness; Described cap body also comprises bongrace 16, and described bongrace 16 connects and composes with hatband 15 and cap liner 18 pedestal that cap body is installed mobile communication equipment; Described cap body overhead guard 17 has hidden discount to fix with bongrace 16 and hatband 15, is convenient to take apart to inner all parts replacing, parts upgrading and components either extend.
In interlayer between described cap body overhead guard 17 and cap liner 18, lay the anti-electromagnetic shielding system 4 of human body; The anti-electromagnetic shielding system 4 of described human body covers on cap liner 18 and fits tightly, and is fixedly connected with hatband 15; The anti-electromagnetic shielding system 4 of described human body can be to make with flexible metal net or gas-permeable conductive film; The anti-electromagnetic shielding system 4 of described human body connects the earth terminal of all circuit simultaneously by circuit, it plays the electromagnetic radiation that buffer circuit and antenna produce, and makes electromagnetism cannot be radiated head and human body and lower than the space of head.
Described mobile communication equipment, as shown in Figure 4, comprise microcomputer, described microcomputer 1 is by bus connecting wireless network module 2, also comprise cooling system 3, human body electromagnetic shielding system 4 and power management module 5, further comprise by being connected to video frequency pick-up head 6, external expansion interface 7, touch pad 8, button 9, audio output 10, microphone 11, display system 12, DSP module 13 and the MEMS module 14 on described microcomputer 1 by connecting-disconnecting interface.
Described power-supply management system 5 comprises lithium battery.
What at cap body rear, install is lithium battery and power management module 5, the sandwich establishment between described cap body overhead guard 17 and the anti-electromagnetic shielding system 4 of human body, and the interlayer at axis to the cap rear of the overhead guard of cap body described in this interlayer 15 arranges lithium battery.Lithium battery is in the setting at described interlayer rear, and the while is as the rear counterweight of cap body.
Described power management module 5 connects all electricity consumption parts of external expansion interface 7 and system, and it manages all chargings and the management of power use.
Described external expansion interface 7 is fixed on the hatband 15 of described cap body left back, is positioned on the anti-electromagnetic shielding system 4 of human body and cap body overhead guard 17 simultaneously.Described external expansion interface 7 connects microcomputer 1, is the external bus interface of microcomputer 1, includes USB interface, COBBAIF, HML etc.
Between described cap body overhead guard 17 and the anti-electromagnetic shielding system 4 of human body and bongrace 16, form larger cavity, on the bongrace 16 of the forefront of described cap body, display system 12 has been installed, display system 12 extends to bongrace 16 belows by optical element and sees demonstration information for eyes.
Preferably, described display system 12 comprises display, in the bongrace 16 interlayer cavitys in described cap body the place ahead, display has been installed, and display extends to bongrace below, realizes liberation both hands simultaneously at safe sight line region reading information.
Described bongrace 16 can move up and down adjusting visual range with cap body, and this brim of a hat display system 12 is positioned at the spatial perception district in the people visual field, does not stop motion sensitive district and security sensitive district, has improved personal safety in utilization.Described display system 12 rears are fixed on cooling system 3 supports, and display system 12 connects the microcomputer 1 at rear by bus.
Described cooling system 3 is fixed on hatband 15 and the anti-electromagnetic shielding system 4 of human body, support fixed display 12 and the bongrace 16 of while cooling system 3, and described cooling system 3 and 17 laminatings of cap body overhead guard, utilize 17 heat conduction of described cap body overhead guard.Cooling system 3 extends heating part in fixing a plurality of positions while attachment cap body provides heat sinking function.
Fixing microcomputer 1 on described cooling system 3, microcomputer 1 is fixed on above hatband 15 simultaneously.At least more than one MEMS module 14 is fixed respectively in described microcomputer 1 left and right, and more than one DSP module 13 is at least fixed respectively in cooling system 3 support left and right, and DSP module 13 is fixed on the anti-electromagnetic shielding system 4 of human body.
Microcomputer 1 connects MEMS module 14 by bus, and MEMS module 14 comprises the various sensors such as speed, pressure, humidity, acceleration, gas, magnetic, light, sound, biology, chemistry.
Microcomputer 1 connects DSP module 13 by bus, and DSP module 13 comprises various special microprocessors, as image recognition DSP, audio frequency processing DSP.
As shown in Figure 2, below described bongrace 16, the place ahead of display system 12 is provided with video frequency pick-up head 6, and described video frequency pick-up head 6 is flutterred and caught image, and sends view data to microcomputer 1 by external bus, realizes computer picture input.
Below described bongrace 16, in the left and right of described bongrace 16, a microphone 11 has respectively been installed simultaneously, the microphone 11 of both sides all uses the shockproof installation of soft pedestal, avoids solid acoustic noise isolation.
Described microphone 11 can directly connect microcomputer 1, also can connect special DSP module 13.The impact on sound transmission path according to the specific position of two microphones 11 of described DSP module 13, the same signal and the unlike signal that by DSP module 13, calculate between two microphones 11, can extract separately monophonic voice and three-dimensional ambient sound.
As shown in Figure 3, described mixed-media network modules mixed-media 2 is fixed on the top of cap body overhead guard 17, and below has the anti-electromagnetic shielding system 4 of human body to support.Described microcomputer 1 is by bus connecting wireless network module 2, wireless network module 2 comprises radio frequency unit and antenna, the radio signal radiation direction of antenna transmission be take level and top as main, the anti-electromagnetic shielding system 4 of human body of below has been isolated radio signal radiation simultaneously, has avoided the radiation of electromagnetic radiation to head and human body.The present invention is perfect antenna direction radiation and baffle, has solved the radiation problem of current mobile phone signal to human body.
As shown in Figure 3, the both sides of described cap body overhead guard 17, namely the left and right sides of cap body arranges transparent touch pad 8 on the outer surface of described cap body overhead guard 17 left and right sides.There are four buttons 9 described touch pad 8 belows, these four buttons 9 are corresponding people's forefinger, middle finger, the third finger, little finger of toe respectively, just in time be applicable to when people lifts to ear top by both hands controlling, touch pad 8 and button 9 are positioned at head part's both sides, the operation of convenient finger, meet ergonomics operation, be just in time applicable to when people lifts to ear top by both hands controlling.They send finger movement signal to microcomputer 1, as man-machine input signal.
As shown in Figure 3, at least one audio output 10 is set below described button 9, described audio output 10 is just corresponding at ear position, and audio-frequency module and interface that described audio output 10 connects microcomputer 1 are exported as audio frequency.
As described in Figure 4, microcomputer 1 in mobile communication equipment of the present invention is that the high performance system-level processor of high integration low power consuming and peripheral element form, comprise mainboard, internal bus, sequential control circuit, SoC monolithic integrated computer system and multiple IP kernel, memory and expansion interface, various outside expansion bus and interface, power interface, display module and interface, audio driven module and interface are installed on mainboard.
Described SoC monolithic integrated computer system is by bus connected storage and expansion interface, various outside expansion bus and interface, display module and interface, audio-frequency module and interface.
Described outside expansion bus and interface connect content: wireless network module 2, video frequency pick-up head 6, touch pad 8, button 9, microphone 11, DSP module 13, MEMS module 14.
Described display module and interface connect display system 12.
Described audio driven module and interface connect audio frequency output 10.
The data that described microcomputer 1 carrys out individual parts transmission carry out exporting after computing in SoC monolithic integrated computer system.
The cap of a kind of microcomputer provided by the invention, between the cap body overhead guard of cap body and cap liner, in the space of interlayer, mobile communication equipment is set, mobile communication equipment comprises microcomputer, various unit and bus on microcomputer all can occur with interface shape, various interface can plug and dismounting by hand, the module that can connect various difference in functionalitys by the interface of different model, realizes expansion and the upgrading of corresponding module, is easy to maintenance simultaneously and replaces.
The present invention is a multi-functional cap that has bongrace of integrated micro computer, input-output system, memory, wireless network and audio/video multimedia, the cap of this integrated micro computer combines the easy donning of cap and the light little portable mobile of high integrated micro computer, and as cap, dress from outward appearance rationally normally, realize the comfortable and sight line of head-mount and experienced nature.
The present invention hides communicating circuit in cap interlayer, and outward appearance is common cap, meets and wears custom, meets pervasive value psychology.At cap inside liner, electromagnetic shielding system is installed, at crown, antenna assembly has been installed, when realizing wireless telecommunications, can avoid aerial radiation, perfect antenna direction radiation and baffle, solved the radiation problem of current mobile phone signal to human body.Cap is to be worn on the more minimum position of human body vibration: due to head via extremities joint and motion of the vertebra buffering after, to vibrate one of minimum body part in human normal motion, and the physiological equilibrium system of eye ear makes cap body more steady, so damping has and large advantage for integrated circuit system.
Above content is the explanation to preferred embodiment of the present invention, can help those skilled in the art to understand more fully technical scheme of the present invention.But these embodiment only illustrate, can not assert that the specific embodiment of the present invention only limits to the explanation of these embodiment.Concerning general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deductions and conversion, all should be considered as belonging to protection scope of the present invention.