CN204016268U - Self power generation human body monitoring device - Google Patents
Self power generation human body monitoring device Download PDFInfo
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- CN204016268U CN204016268U CN201420402606.3U CN201420402606U CN204016268U CN 204016268 U CN204016268 U CN 204016268U CN 201420402606 U CN201420402606 U CN 201420402606U CN 204016268 U CN204016268 U CN 204016268U
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Abstract
The utility model discloses a kind of self power generation human body monitoring device, comprising: power circuit, human body physiological parameter Acquisition Circuit, microcontroller and terminal unit, power circuit comprises at least one nano generator; Wherein, the outfan of power circuit is connected with the power input of microcontroller, and the first end of microcontroller is connected with the outfan of human body physiological parameter Acquisition Circuit, and the second end of microcontroller is connected with the input of terminal unit; Microcontroller receives the human body physiological parameter that human body physiological parameter Acquisition Circuit gathers, and the human body information that carries human body physiological parameter is exported to terminal unit.The self power generation human body monitoring device that this utility model provides adopts nano generator to realize self-powered, has avoided the loaded down with trivial details of frequent charge, the inconvenience of also having avoided power-off to bring to user; Crooked, the distortion arbitrarily of this device total, can adapt to different application occasion and environment.
Description
Technical field
This utility model relates to technical field of electric appliances, is specifically related to a kind of self power generation human body monitoring device.
Background technology
Along with accelerating gradually of modern's rhythm of life and improving constantly of quality of life, people more and more pay close attention to self health status, and still, because people are busy with one's work, self every physiological parameter detects in the hospital that usually has no time; In addition, the present situation of China medical treatment system causes hospital to be detected, and can take the wait of ranking of a large amount of time.Therefore, the health monitoring equipment of the portable or domestic formula that some volumes are little, as: electric sphygmomanometer, electronic clinical thermometer etc. are due to simple to operate, welcomed by the people.
But, these human body physiological parameter monitoring equipments of the prior art conventionally can only human body a certain physiological parameter, there is function singleness, integrated degree is low, volume is larger, quality is heavy, do not have the drawbacks such as portable, thereby is difficult to meet the demand of people's monitoring; And these Human Physiology monitoring equipments of the prior art mostly just adopt battery or external power supply power supply, once battery electric quantity is not enough or there is no external power supply power supply, this monitoring equipment cannot normally use, and bring great inconvenience to people's use.
Utility model content
This utility model provides a kind of self power generation human body monitoring device, for solving human body physiological parameter monitoring equipment function singleness of the prior art, do not have portability and relying on the technical problems such as external power supply power supply completely.
This utility model provides a kind of self power generation human body monitoring device, comprising: power circuit, human body physiological parameter Acquisition Circuit, microcontroller and terminal unit, and described power circuit comprises at least one nano generator;
Wherein, the outfan of described power circuit is connected with the power input of described microcontroller, the first end of described microcontroller is connected with the outfan of described human body physiological parameter Acquisition Circuit, and the second end of described microcontroller is connected with the input of described terminal unit;
Described microcontroller receives the human body physiological parameter that described human body physiological parameter Acquisition Circuit gathers, and the human body information that carries described human body physiological parameter is exported to described terminal unit.
Alternatively, described human body physiological parameter Acquisition Circuit comprises: any equipment in pulse information monitoring equipment, heartbeat message monitoring equipment, blood pressure information monitoring equipment, respiration information monitoring equipment and temperature information monitoring equipment or the combination of several equipment.
Alternatively, described power circuit also comprises: AC/DC change-over circuit, accumulator and DC/DC change-over circuit;
The input of described AC/DC change-over circuit is connected with the outfan of described at least one nano generator, the input of described accumulator is connected with the outfan of described AC/DC change-over circuit, the input of described DC/DC change-over circuit is connected with the outfan of described accumulator, and the outfan of described DC/DC change-over circuit is connected with the power input of described microcontroller.
Alternatively, described device also comprises: communication apparatus, described microcontroller is connected with described terminal unit with wireless communication mode by described communication apparatus.
Alternatively, this device also comprises: a kind of equipment in the warning device being connected with described microcontroller, display device, interface circuit, data input circuit or the combination of several equipment.
Alternatively, this device also comprises: clothing body;
Described power circuit and comprise that the treatment facility of human body physiological parameter Acquisition Circuit, microcontroller, terminal unit is positioned at inside or the surface of described clothing body;
Or described power circuit is positioned at the inside of described clothing body, described treatment facility is positioned at the surface of described clothing body;
Or described power circuit is positioned at the surface of described clothing body, described treatment facility is positioned at the inside of described clothing body.
Alternatively, described clothing body comprise be positioned at outside garment material be positioned at inner garment lining, between described garment material and described garment lining, there is space;
The described power circuit and/or the described treatment facility that are positioned at described clothing body interior are positioned at described space.
Alternatively, described clothing body comprises at outside garment material, at inner garment lining and the inside interlayer between described garment material and described garment lining;
The described power circuit and/or the described treatment facility that are positioned at described clothing body interior are positioned at the surperficial or inner of described inner interlayer.
Alternatively, be positioned at the described power circuit of described clothing body surface and/or outer surface or the inner surface that described treatment facility is positioned at described clothing body.
Alternatively, described power circuit and/or described treatment facility are positioned at the bottom of described clothing body or the position corresponding with human body oxter, arm inner side or front.
Alternatively, described power circuit and/or described treatment facility are fixedly installed or are movably arranged on inside or the surface of described clothing body.
The self power generation human body monitoring device that this utility model provides adopts nano generator that mechanical energy is converted to electric energy and is output as other consumer power supplies in self power generation human body monitoring device, realized self-powered, avoided the loaded down with trivial details of frequent charge, the inconvenience of also having avoided power-off to bring to user; Self power generation human body monitoring device is owing to adopting flexible material to make, make total crooked, distortion arbitrarily, thereby make self power generation human body monitoring device of the present utility model can adapt to different application occasion and environment, and it is more light and handy, convenient that user is worn.
Accompanying drawing explanation
The functional block diagram of the embodiment mono-of the self power generation human body monitoring device that Fig. 1 provides for this utility model;
The functional block diagram of the embodiment bis-of the self power generation human body monitoring device that Fig. 2 provides for this utility model;
Fig. 3 is power circuit of the present utility model, human body physiological parameter Acquisition Circuit, microcontroller and the schematic diagram of terminal unit between garment material and garment lining;
Fig. 4 is the schematic diagram of this utility model power circuit, human body physiological parameter Acquisition Circuit, microcontroller and the terminal unit interlayer inside, inside between garment material and garment lining.
The specific embodiment
For fully understanding object, feature and the effect of this utility model, by following concrete embodiment, this utility model is elaborated, but this utility model is not restricted to this.
For solve human body physiological parameter monitoring equipment of the prior art conventionally can only human body a certain physiological parameter, there is function singleness, integrated degree is low, volume is larger, quality weighs, does not have the drawbacks such as portable, thereby is difficult to meet the demand of people's monitoring; And human body physiological parameter monitoring equipment of the prior art adopts battery or external power supply power supply conventionally, once battery electric quantity is not enough or there is no external power supply power supply, this monitoring equipment cannot normally use, brought the problem of great inconvenience to people's use, this utility model provides a kind of self power generation human body monitoring device.This device adopts nano generator that mechanical energy is converted to electric energy and is output as other consumer power supplies in self power generation human body monitoring device, has realized self-powered, has avoided the loaded down with trivial details of frequent charge, the inconvenience of also having avoided power-off to bring to user; Self power generation human body monitoring device is owing to adopting flexible material to make, make total crooked, distortion arbitrarily, thereby make self power generation human body monitoring device of the present utility model can adapt to different application occasion and environment, and it is more light and handy, convenient that user is worn.
The functional block diagram of the embodiment mono-of the self power generation human body monitoring device that Fig. 1 provides for this utility model.As shown in Figure 1, self power generation human body monitoring device comprises: power circuit 11, human body physiological parameter Acquisition Circuit 12, microcontroller 13 and terminal unit 14, power circuit 11 comprises at least one nano generator 111.
Wherein, the outfan of power circuit 11 is connected with the power input of microcontroller 13, and the first end of microcontroller 13 is connected with the outfan of human body physiological parameter Acquisition Circuit 12, and the second end of microcontroller 13 is connected with the input of terminal unit 14.
Microcontroller 13 receives the human body physiological parameter that human body physiological parameter Acquisition Circuit 12 gathers, and the human body information that carries human body physiological parameter is exported to terminal unit 14.
Particularly, microcontroller 13 is processed and is analyzed human body physiological parameter after the human body physiological parameter that receives 12 collections of human body physiological parameter Acquisition Circuit, and the human body information that carries human body physiological parameter is exported to terminal unit 14.
Can there is mechanical deformation while being subject to extraneous applied pressure in the nano generator 111 in power circuit 11, nano generator 111 utilizes himself characteristic that mechanical energy is converted to electric energy, to give microcontroller 13,12 power supplies of human body physiological parameter Acquisition Circuit.Wherein, the quantity of nano generator 111 can be for one or more, when being a plurality of nano generator, between nano generator, can adopt series connection and/or mode in parallel to connect, concrete setting and connected mode for nano generator, those skilled in the art can select as required, at this, are not specifically limited.
Alternatively, microcontroller 13 comprises the central processing element with calculating and processing capacity, and this utility model is not specifically limited the type of central processing element, and it can select the programming devices such as MCU or FPGA.Central processing element is preferably low-power consumption process chip, for example MSP430.
The functional block diagram of the embodiment bis-of the self power generation human body monitoring device that Fig. 2 provides for this utility model.As shown in Figure 2, self power generation human body monitoring device comprises: power circuit 21, human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24, clothing body (not shown) and communication apparatus 25, and power circuit 21 comprises at least one nano generator 221; Wherein, communication apparatus 25 is a kind of optional devices of the present utility model, is mainly used in microcontroller to be connected with the mode of terminal unit by wireless telecommunications.Those skilled in the art can also adopt the mode of wire communication that microcontroller 23 is connected with terminal unit 24.
Wherein, the outfan of power circuit 21 is connected with the power input of microcontroller 23, and the first end of microcontroller 23 is connected with the outfan of human body physiological parameter Acquisition Circuit 22, and the second end of microcontroller 23 is connected with the input of terminal unit 24.
Microcontroller 23 receives the human body physiological parameter that human body physiological parameter Acquisition Circuit 22 gathers, and the human body information that carries human body physiological parameter is exported to terminal unit 24.
When nano generator 221 is subject to extraneous applied pressure, mechanical deformation can occur, nano generator 221 can be converted to mechanical energy electric energy output.The quantity of nano generator 221 can be for one or more, when being a plurality of nano generator, between nano generator, can adopt series connection and/or mode in parallel to connect, concrete setting and connected mode for nano generator, those skilled in the art can select as required, at this, are not specifically limited.
In the present embodiment, except nano generator 221, power circuit 21 also comprises: AC/DC change-over circuit 222, accumulator 223 and DC/DC change-over circuit 224.Wherein, the input of AC/DC change-over circuit 222 is connected with the outfan of at least one nano generator 221, the input of accumulator 223 is connected with the outfan of AC/DC change-over circuit 222, the input of DC/DC change-over circuit 224 is connected with the outfan of accumulator 223, and the outfan of DC/DC change-over circuit 224 is connected with the power input of microcontroller 23.
Particularly, AC/DC change-over circuit 222 comprises: rectification circuit and filter circuit; The input of rectification circuit is connected with the outfan of at least one nano generator 221, for the Pulse Electric of the interchange of at least one nano generator 221 output is carried out to rectification processing; The input of filter circuit is connected with the outfan of rectification circuit, and the outfan of filter circuit is connected with the input of accumulator 223, for the unidirectional current of the unidirectional pulsation of rectification circuit output is carried out to Filtering Processing.
Alternatively, AC/DC change-over circuit 222 also comprises: mu balanced circuit; The outfan of filter circuit is connected with the input of accumulator 223 by mu balanced circuit.Mu balanced circuit, for the unidirectional current of the unidirectional pulsation after the filtering interfering clutter of filter circuit output is carried out to voltage stabilizing processing, obtains constant unidirectional current.In addition, those skilled in the art can increase other circuit as required in AC/DC change-over circuit, at this, are not specifically limited.
Accumulator 223 is for storing the direct current energy of AC/DC change-over circuit 222 outputs.Accumulator 223 comprises energy-storage travelling wave tube, and it can select lithium battery, Ni-MH battery, super capacitor, and those skilled in the art can select as required, at this, are not specifically limited.The electric energy that accumulator 223 both can produce by least one nano generator 221 of AC/DC change-over circuit 222 storages, also can carry out external charging, as stored civil power etc. by charger; When exhausting, the electric energy of accumulator 223 also can change its energy-storage travelling wave tube, to reach the object of instant use simultaneously.
DC/DC change-over circuit 224 is step-up DC/DC change-over circuit and/or voltage-dropping type DC/DC change-over circuit.DC/DC change-over circuit 224 is for carrying out direct current energy to the conversion of direct current energy by the direct current energy of accumulator 223 outputs according to the energy value of microcontroller 23 needs that are connected with the outfan of DC/DC change-over circuit 224.For example: if the DC voltage of accumulator output 3V, and coupled microcontroller needs the voltage of 5V to provide electric energy for it, therefore accumulator can not be directly microcontroller power supply, need to the 3V boost in voltage of accumulator output be arrived to 5V through DC/DC change-over circuit, could, for microcontroller provides electric energy, it normally be worked; If the DC voltage of accumulator output 5V, and coupled microcontroller needs the voltage of 3.3V to provide electric energy for it, therefore accumulator can not be directly microcontroller power supply, need to the 5V voltage step-down of accumulator output be arrived to 3.3V through DC/DC change-over circuit, could, for microcontroller provides electric energy, it normally be worked.Those skilled in the art can select the DC/DC change-over circuit of booster type as required, also can select to have the DC/DC change-over circuit of voltage-dropping type, can certainly a plurality of different Voltage-output interfaces be set for DC/DC change-over circuit, make it there is the function of boosting with blood pressure lowering simultaneously, think that microcontroller provides suitable electric energy.
Power circuit 21 in the present embodiment is a self-charging type power supply, when user uses this self power generation human body monitoring device, nano generator 221 produces endlessly electric energy and is stored into accumulator 223 for other consumers, when the electric energy of nano generator 221 generations is not enough to supply with complete equipment use, accumulator 223 can carry out external charging or change its energy-storage travelling wave tube.
Human body physiological parameter Acquisition Circuit 22 in the present embodiment comprises: any equipment in pulse information monitoring equipment 226, heartbeat message monitoring equipment 227, blood pressure information monitoring equipment 228, respiration information monitoring equipment 229 and temperature information monitoring equipment 230 or the combination of several equipment.Wherein, pulse information monitoring equipment 226 correspondences are arranged at human body wrist or ankle position, for the pulse information of perception and collection human body; Heartbeat message monitoring equipment 227 is corresponding to be arranged and position, human body shirtfront, for the heartbeat message of perception and collection human body; Blood pressure information monitoring equipment 228 correspondences are arranged at human arm position, for the blood pressure information of perception and collection human body; Respiration information monitoring equipment 229 correspondences are arranged at torso model pulmonary position, for the respiration information of perception and collection human body; Temperature information monitoring equipment 230 correspondences are arranged at position, human body oxter, for the temperature information of perception and collection human body.In addition, human body physiological parameter Acquisition Circuit in the present embodiment also can comprise other human body information collecting device, for example, for the monitoring equipment of monitoring human epidermis humidity information, those skilled in the art can need to select monitoring equipment according to measuring, and at this, are not specifically limited.
Microcontroller 23 for the treatment of with analyze human body physiological parameter, and the human body information that carries human body physiological parameter is exported to communication apparatus 25.Microcontroller 23 comprises the central processing element with calculating and processing capacity.The present embodiment does not limit the type of central processing element, can select the programming devices such as MCU or FPGA etc.Central processing element should preferably low-power consumption process chip, for example MSP430 chip.Here in microcontroller, the processing of human body physiological parameter and analysis may relate to some software programs, this software program can be existing, the software that this utility model only utilizes prior art to provide, structure to device is improved, the problem existing to solve prior art, the problem that solves prior art existence does not rely on the software program in microcontroller.
Terminal unit 24 for the human body information of microcontroller output being stored, is shown, the function such as warning, it can be the terminal units such as mobile phone, computer, and this is not specifically limited, those skilled in the art can select as required.
Alternatively, microcontroller 23 can be connected by mode or the wireless communication mode of wire communication with terminal unit 24, at this, is not specifically limited, and those skilled in the art can need to select according to design.When microcontroller 23 is connected with terminal unit 24 by wire communication mode, microcontroller 23 sends to terminal unit 24 in the mode of wire communication by human body information by signal transmssion line.When microcontroller 23 is connected with terminal unit 24 by wireless communication mode, between the second end of microcontroller 23 and the input of terminal unit 24, be provided with communication apparatus 25, for the human body information that receives the second end output of microcontroller 23 is sent to terminal unit 24; Wireless communication mode can be selected less radio-frequency (as 315MHz, 433MHz, 915MHz etc.), wifi, Zigbee, bluetooth, and this is not specifically limited, and its concrete embodiment can be selected according to those skilled in the art's needs.
Alternatively, self power generation human body monitoring device also comprises a kind of equipment in the warning device 231 that is connected with microcontroller, display device 232, interface circuit 233, data input circuit 234 or the combination of several equipment.Warning device 231, display device 232, interface circuit 233, data input circuit 234 are referred to as peripheral auxiliary equipment 26, and wherein, one end of warning device 231 is connected with the 3rd end of microcontroller 23, for the situation according to human body information, reports to the police; One end of display device 232 is connected with the 4th end of microcontroller 23, for showing human body information; One end of interface circuit 233 is connected with the five terminal of microcontroller 23, is used to microcontroller 23 that electric energy is provided or the human body information of microcontroller 23 outputs is connected with outside computer by interface circuit, and human body information data are exported to outer computer; One end of data input circuit 234 is connected with the 6th end of microcontroller 23, for inputting user information.
In addition, in the present embodiment, the outfan of power circuit 21 is only connected with the power input of microcontroller 23, but, what those skilled in the art can be readily appreciated that is, power circuit 21 can, to providing electric energy with microcontroller 23 circuit direct or that be indirectly connected, be not specifically limited at this.And the present embodiment not only can power by power circuit, also can in the situation that have power supply, by interface circuit, be connected with extraneous power supply, thereby power, at this, be not specifically limited, those skilled in the art can select as required.
The specific works mode of this self power generation human body monitoring device is as follows: the nano generator 221 in power circuit 21 is during due to external force generation mechanical deformation, nano generator 221 can be converted to this mechanical energy electric energy output, the electric energy of output obtains the running voltage that microcontroller 23 needs after treatment, and then provides electric energy for other consumers in self power generation human body monitoring device.Human body physiological parameter Acquisition Circuit 22 is utilized above-mentioned electric energy perception and is gathered after human parameters information, can send it to microcontroller 23 and process and analyze, and microcontroller 23 is exported to terminal unit 24 by the human body information that carries human body physiological parameter; Terminal unit 24 is stored the human body information receiving, show and reports to the police and give its own or guardian with the human health information of prompting user, when terminal unit is mobile phone, microcontroller 23 sends to mobile phone in the mode of wireless telecommunications by human body information by communication apparatus 25; When terminal unit is computer, by signal transmssion line, the mode with wire communication sends to human body information computer or by the interface circuit 233 in peripheral auxiliary equipment 26, human body information is sent to computer microcontroller 23.In addition, display device 232 and warning device 231 that the microcontroller 23 of this programme can also directly be exported to human body information in peripheral auxiliary equipment 26 show and report to the police, and also can to the information of user, input by the data input device in peripheral display device 26.
Self power generation human body monitoring device also comprises: clothing body; Power circuit 21 and comprise that the treatment facility of human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 is positioned at inside or the surface of clothing body; Or power circuit 21 is positioned at the inside of clothing body, treatment facility is positioned at the surface of clothing body; Or power circuit 21 is positioned at the surface of clothing body, treatment facility is positioned at the inside of clothing body.Wherein, the infringement that can avoid external force to cause nano generator 221 when power circuit 21 is arranged on to the inside of clothing body, thus play certain protective action; Can be so that nano generator 221 contact with external force more fully when power circuit 21 is arranged on to clothing body surperficial, thus generating effect improved.In like manner, the infringement that also can avoid external force to cause it when human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 are arranged on to the inside of clothing body, thus play certain protective action; Use that can more convenient user when human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 are arranged on to clothing body surperficial.Therefore, this programme does not limit the concrete set-up mode of power circuit, human body physiological parameter Acquisition Circuit, microcontroller, terminal unit, those skilled in the art can select suitable set-up mode according to the actual requirements, for example, a part of nano generator in power circuit can be arranged on to clothing body interior, another part nano generator is arranged on to clothing body surface.
When power circuit 21 and/or the treatment facility that comprises human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 are positioned at the inside of clothing body, clothing body in the present embodiment comprises: be positioned at outside garment material and be positioned at inner garment lining, between garment material and garment lining, there is space, wherein, the power circuit and/or the treatment facility that are positioned at clothing body interior are positioned at space; Or, at outside garment material, at inner garment lining and the inside interlayer between garment material and garment lining; Wherein, be positioned at the power circuit of clothing body interior and/or treatment facility and be positioned at the surface of inner interlayer or inner.
When power circuit 21 and/or the treatment facility that comprises human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 are positioned at clothing body surperficial, be positioned at the power circuit of clothing body surface and/or outer surface or the inner surface that treatment facility can be positioned at clothing body.
Fig. 3 is power circuit of the present utility model, human body physiological parameter Acquisition Circuit, microcontroller and the schematic diagram of terminal unit between garment material and garment lining.Referring to Fig. 3, when clothing body comprises: when being positioned at outside garment material 31 and being positioned at inner garment lining 32, that is to say, clothing body consists of two layers of material, the inside of clothing body refers to the space 33 between garment material and garment lining, now, only power circuit and/or treatment facility need be arranged in the space between garment material and garment lining, in Fig. 3, Reference numeral 34 represents power circuit and/or treatment facility.
Fig. 4 is the schematic diagram of this utility model power circuit, human body physiological parameter Acquisition Circuit, microcontroller and the terminal unit interlayer inside, inside between garment material and garment lining.Referring to Fig. 4, when clothing body comprises: be positioned at outside garment material 41, when inner garment lining 42 and the inside interlayer 43 between garment material and garment lining, that is to say, clothing body consists of trilaminate material, the inside of clothing body refers to the surperficial or inner of inner interlayer, now, only power circuit and treatment facility need be arranged on to the surperficial or inner of inner interlayer 43, in Fig. 4, Reference numeral 44 represents power circuit and treatment facility, wherein, for example, if be arranged on the mode that the internal main of inner interlayer 43 is taked when inner interlayer thicker (realizing by sponge).
When being positioned at the power circuit of clothing body surface and/or treatment facility and being arranged on the outer surface of clothing body, user puts on the clothing outer surface that can be seen by stranger after generating clothing; When being positioned at the power circuit of clothing body surface and/or treatment facility and being arranged on the inner surface of clothing body, user can not seen by stranger after putting on generating clothing, this inner surface refers to directly contact with human body or passes through on the clothing inner surface of other clothing and human body mediate contact, can choose flexibly as required one or both in above-mentioned two kinds of modes while specifically arranging.
Alternatively, power circuit and/or treatment facility are positioned at the bottom of clothing body or the position corresponding with human body oxter, arm inner side or front.For instance, various information monitoring equipment in human body physiological parameter Acquisition Circuit can be according to need to specifically the arranging according to above-described mode of actual measurement, power circuit and/or microcontroller, terminal unit can be arranged on clothing body the bottom or with human body oxter, arm inner side or front.The present embodiment can be selected particular location setting neatly, and the particular location of power circuit and/or human body physiological parameter Acquisition Circuit, microcontroller, terminal unit is not specifically limited.
Alternatively, power circuit and/or treatment facility are fixedly installed or are movably arranged on inside or the surface of clothing body.In being fixedly installed mode, power circuit 21 and/or human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 is fixedly installed on the inside of clothing body and/or the surface of clothing body in non-removable mode, for example, can directly sew up or paste inside or the surface of clothing body, wherein, take non-removable while being fixedly installed mode, power circuit 21 and/or human body physiological parameter Acquisition Circuit 22, microcontroller 23, often can be tightr regularly between terminal unit 24 and clothing body, prevent power circuit 21 and/or human body physiological parameter Acquisition Circuit 22, microcontroller 23, the coming off and be shifted of terminal unit 24, the medicated clothing that this mode can be applied to seldom wash.In movable set-up mode, power circuit 21 and/or human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 are movably arranged on the inside of clothing body and/or the surface of clothing body removably, for example, can be fixed on by modes such as clasp or fishing without hooks inside or the surface of clothing body.Wherein, while taking dismountable movable set-up mode, power circuit 21 and/or human body physiological parameter Acquisition Circuit 22, microcontroller 23, terminal unit 24 can disassemble easily, thereby are convenient to clothing body to clean, and this mode can be applied to the medicated clothing that need repeatedly wash.In addition, when power circuit and/or human body physiological parameter Acquisition Circuit, microcontroller, terminal unit are arranged on to the inside of clothing body and/or clothing body surperficial, can adopt various ways setting, at this, be not specifically limited.
In addition, at least one nano generator 221 comprises at least one triboelectricity machine and/or at least one zinc-oxide nano electromotor.Wherein, triboelectricity machine is three-decker, four-layer structure or five-layer structure, and triboelectricity machine at least comprises two structures that form frictional interface, and at least one structure in two structures of formation frictional interface is provided with micro-nano structure.Zinc-oxide nano electromotor can be four-layer structure or five-layer structure, and zinc-oxide nano electromotor has two outfans, and it is converted into electric energy by the piezoelectric effect of zinc oxide nano-wire array by mechanical energy, and exports by outfan.
Below by four concrete examples, introduce three-decker, four-layer structure and the five-layer structure of the triboelectricity machine of this utility model embodiment bis-.The triboelectricity machine of each layer of structure at least comprises two structures that form frictional interface, and at least one structure in two structures of formation frictional interface is provided with micro-nano structure.
Triboelectricity machine of the present utility model can be three-decker, four-layer structure or five-layer structure.
In one example, triboelectricity machine is three-decker, comprising: the first electrode layer being cascading, the first high molecular polymer insulating barrier, and the second electrode lay; Wherein, the first electrode layer is arranged on the first side surface of the first high molecular polymer insulating barrier; The second side surface of the first high molecular polymer insulating barrier, towards the second electrode lay setting, forms frictional interface between the first high molecular polymer insulating barrier and the second electrode lay, and the first electrode layer and the second electrode lay form the signal output part of triboelectricity machine.In order further to improve the generating efficiency of triboelectricity machine, on at least one face in two opposite faces that form frictional interface, be provided with micro-nano structure, at least one face in the two sides that the first high molecular polymer insulating barrier and the second electrode lay are oppositely arranged, be provided with micro-nano structure.
In another example, triboelectricity machine is four-layer structure, on the triboelectricity machine basis of above-mentioned three-decker, increased one deck high molecular polymer insulating barrier, and be to adopt high molecular polymer insulating barrier and high molecular polymer insulating barrier to rub, other can be with reference to the triboelectricity machine of above-mentioned three-decker, art technology people can easier understand its structure, material and operation principle, repeats no more herein.
In another example, triboelectricity machine is five-layer structure, on the basis of the triboelectricity machine of four-layer structure, increase one deck electrode or thin film between two parties between two parties, other are with reference to the triboelectricity machine of above-mentioned three-decker, art technology people can easier understand its structure, material and operation principle, repeats no more herein.
Finally; it should be noted that: what enumerate above is only specific embodiment of the utility model; certainly those skilled in the art can change and modification this utility model; if these modifications and modification all should be thought protection domain of the present utility model within belonging to the scope of this utility model claim and equivalent technologies thereof.
Claims (11)
1. a self power generation human body monitoring device, is characterized in that, comprising: power circuit, human body physiological parameter Acquisition Circuit, microcontroller and terminal unit, and described power circuit comprises at least one nano generator;
Wherein, the outfan of described power circuit is connected with the power input of described microcontroller, the first end of described microcontroller is connected with the outfan of described human body physiological parameter Acquisition Circuit, and the second end of described microcontroller is connected with the input of described terminal unit;
Described microcontroller receives the human body physiological parameter that described human body physiological parameter Acquisition Circuit gathers, and the human body information that carries described human body physiological parameter is exported to described terminal unit.
2. self power generation human body monitoring device according to claim 1, it is characterized in that, described human body physiological parameter Acquisition Circuit comprises: any equipment in pulse information monitoring equipment, heartbeat message monitoring equipment, blood pressure information monitoring equipment, respiration information monitoring equipment and temperature information monitoring equipment or the combination of several equipment.
3. self power generation human body monitoring device according to claim 1 and 2, is characterized in that, described power circuit also comprises: AC/DC change-over circuit, accumulator and DC/DC change-over circuit;
The input of described AC/DC change-over circuit is connected with the outfan of described at least one nano generator, the input of described accumulator is connected with the outfan of described AC/DC change-over circuit, the input of described DC/DC change-over circuit is connected with the outfan of described accumulator, and the outfan of described DC/DC change-over circuit is connected with the power input of described microcontroller.
4. self power generation human body monitoring device according to claim 1, is characterized in that, described device also comprises: communication apparatus, described microcontroller is connected with described terminal unit with wireless communication mode by described communication apparatus.
5. self power generation human body monitoring device according to claim 1, is characterized in that, also comprises: a kind of equipment in the warning device being connected with described microcontroller, display device, interface circuit, data input circuit or the combination of several equipment.
6. self power generation human body monitoring device according to claim 1, is characterized in that, also comprises: clothing body;
Described power circuit and comprise that the treatment facility of human body physiological parameter Acquisition Circuit, microcontroller, terminal unit is positioned at inside or the surface of described clothing body;
Or described power circuit is positioned at the inside of described clothing body, described treatment facility is positioned at the surface of described clothing body;
Or described power circuit is positioned at the surface of described clothing body, described treatment facility is positioned at the inside of described clothing body.
7. self power generation human body monitoring device according to claim 6, is characterized in that, described clothing body comprise be positioned at outside garment material be positioned at inner garment lining, between described garment material and described garment lining, there is space;
The described power circuit and/or the described treatment facility that are positioned at described clothing body interior are positioned at described space.
8. self power generation human body monitoring device according to claim 6, is characterized in that, described clothing body comprises at outside garment material, at inner garment lining and the inside interlayer between described garment material and described garment lining;
The described power circuit and/or the described treatment facility that are positioned at described clothing body interior are positioned at the surperficial or inner of described inner interlayer.
9. self power generation human body monitoring device according to claim 6, is characterized in that, is positioned at the described power circuit of described clothing body surface and/or outer surface or the inner surface that described treatment facility is positioned at described clothing body.
10. according to the self power generation human body monitoring device described in claim 6-9 any one, it is characterized in that, described power circuit and/or described treatment facility are positioned at the bottom of described clothing body or the position corresponding with human body oxter, arm inner side or front.
11. self power generation human body monitoring devices according to claim 6, is characterized in that, described power circuit and/or described treatment facility are fixedly installed or are movably arranged on inside or the surface of described clothing body.
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| CN201420402606.3U CN204016268U (en) | 2014-07-21 | 2014-07-21 | Self power generation human body monitoring device |
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| CN201420402606.3U CN204016268U (en) | 2014-07-21 | 2014-07-21 | Self power generation human body monitoring device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104856662A (en) * | 2015-06-10 | 2015-08-26 | 京东方科技集团股份有限公司 | Portable physiological parameter detection device and physiological parameter detection method |
| CN105449809A (en) * | 2015-12-29 | 2016-03-30 | 努比亚技术有限公司 | Charging device for mobile terminal, mobile terminal and charging method |
| CN109793291A (en) * | 2019-02-19 | 2019-05-24 | 京东方科技集团股份有限公司 | A kind of clothes |
| CN114098648A (en) * | 2021-11-26 | 2022-03-01 | 江苏科技大学 | Intelligent sleep monitoring system based on piezoelectricity and triboelectricity |
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2014
- 2014-07-21 CN CN201420402606.3U patent/CN204016268U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104856662A (en) * | 2015-06-10 | 2015-08-26 | 京东方科技集团股份有限公司 | Portable physiological parameter detection device and physiological parameter detection method |
| WO2016197684A1 (en) * | 2015-06-10 | 2016-12-15 | 京东方科技集团股份有限公司 | Portable physiological parameter detection device and physiological parameter detection method |
| CN105449809A (en) * | 2015-12-29 | 2016-03-30 | 努比亚技术有限公司 | Charging device for mobile terminal, mobile terminal and charging method |
| CN105449809B (en) * | 2015-12-29 | 2018-07-03 | 努比亚技术有限公司 | mobile terminal charging device, mobile terminal and charging method |
| CN109793291A (en) * | 2019-02-19 | 2019-05-24 | 京东方科技集团股份有限公司 | A kind of clothes |
| CN114098648A (en) * | 2021-11-26 | 2022-03-01 | 江苏科技大学 | Intelligent sleep monitoring system based on piezoelectricity and triboelectricity |
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