CN208740947U

CN208740947U - Injury state monitoring apparatus and system

Info

Publication number: CN208740947U
Application number: CN201820129565.3U
Authority: CN
Inventors: 徐传毅
Original assignee: Nazhiyuan Technology Tangshan Co Ltd
Current assignee: Nazhiyuan Technology Tangshan Co Ltd
Priority date: 2018-01-25
Filing date: 2018-01-25
Publication date: 2019-04-16
Anticipated expiration: 2028-01-25

Abstract

The utility model discloses a kind of injury state monitoring apparatus and systems, wherein the device includes: monitoring band body, secured adjusted component, at least one pressure monitoring component and main control module；Secured adjusted component is set on monitoring band body, is arranged at injury for that will monitor band body, and adjust the tightness of monitoring band body；At least one pressure monitoring component is set on monitoring band body, for will act on the pressure conversion at least one pressure monitoring component at injury as electric pressure signal output；Main control module is connected at least one pressure monitoring component, the electric pressure signal for being exported according at least one pressure monitoring component, the pressure size at analytical calculation injury, and according to the pressure size, obtains user's injury status information.The injury state monitoring apparatus and system of the utility model realize the accurate monitoring to user's injury status information, and structure and manufacture craft are simple, low in cost.

Description

Injury state monitoring apparatus and system

Technical field

The utility model relates to medical treatment and nursing technical fields, and in particular to a kind of injury state monitoring apparatus and be System.

Background technique

With the development of the society, the development of science and technology, continuous improvement of people's living standards, standard of the people to medical treatment Also in the continuous improvement.Currently, examining for information such as movable amplitudes at the amount of bleeding and/or injury at injury It is disconnected, the injury of patient is typically detected by Medical Instruments expensive, complicated for operation to diagnose, this mode Have the disadvantages that the expensive of the Medical Instruments of (1) due to diagnosing needs, it will increase the diagnosis expense of patient； (2) since Medical Instruments is complicated for operation, therefore, it is necessary to expend patient, care provider and medical staff's a large amount of time to complete Diagnosis process；(3) since Medical Instruments is complicated for operation, it is also necessary to which there is the medical staff for operating Medical Instruments stronger profession to know Know.

Therefore, lack a kind of structure and easy to operate in the prior art, it is cheap, and can accurately judge injury The medical diagnostic equipment of the information such as the movable amplitude at amount of bleeding and/or injury at position.

Utility model content

The goal of the invention of the utility model is in view of the drawbacks of the prior art, to provide a kind of injury status monitoring dress It sets and system, the expensive, complicated for operation of Medical Instruments for solving to be used to diagnose in the prior art injury is asked Topic.

The utility model provides a kind of injury state monitoring apparatus, which includes: monitoring band body, secured adjusted Component, at least one pressure monitoring component and main control module；Wherein,

Secured adjusted component is set on monitoring band body, is arranged at injury for that will monitor band body, and It adjusts monitoring band body and the tightness at injury is set；

At least one pressure monitoring component is set on monitoring band body, for will act at least one at injury Pressure conversion on pressure monitoring component is electric pressure signal output；

Main control module is connected at least one pressure monitoring component, for what is exported according at least one pressure monitoring component Electric pressure signal, the pressure size at analytical calculation injury, and according to the pressure size at injury, obtain user by Traumatic part position status information.

Further, secured adjusted component includes: the first secured adjusted component being used in conjunction with each other and the second fixed tune Save component；Wherein, the first secured adjusted component and the second secured adjusted component are respectively arranged at two surfaces of monitoring band body On.

Further, at least one pressure monitoring component is set to the inside of monitoring band body；

And/or at least one pressure monitoring component is set on the surface of monitoring band body；

And/or at least one pressure monitoring component forms integral structure with monitoring band body in a manner of weaving.

Further, main control module includes: signal pre-processing module, central control module, display module, interactive function mould Block and power module；Wherein,

Signal pre-processing module is connected at least one pressure monitoring component, for defeated at least one pressure monitoring component Electric pressure signal out is pre-processed；

Central control module is connected with signal pre-processing module, the pressure telecommunications for being exported according to signal pre-processing module Number, the pressure size at analytical calculation injury, and according to the pressure size at injury, at analytical calculation injury Amount of bleeding and/or injury at movable amplitude, obtain user's injury status information；

Display module is connected with central control module, for showing user's injury state of central control module output Information；

Interactive function module is connected with central control module, for sending user's interactive instruction, control to central control module The working condition of central control module processed；

Power module is connected with central control module, for providing electric energy for central control module.

Further, injury state monitoring apparatus further include: reference pressure monitoring component；

Reference pressure monitoring component is set on monitoring band body, and reference pressure monitoring component is connected with main control module, is used The pressure conversion on reference pressure monitoring component is acted at by predetermined patterns as the output of reference pressure electric signal；Wherein, in advance If the distance between position and injury are within a preset range；

Main control module is further used for: according to the electric pressure signal of at least one pressure monitoring component output and with reference to pressure The reference pressure electric signal of power monitoring component output, the pressure size at analytical calculation injury, and according to injury at Pressure size, obtain user's injury status information.

Further, main control module include: signal pre-processing module, reference signal preprocessing module, central control module, Display module, interactive function module and power module；Wherein,

Reference signal preprocessing module is connected with reference pressure monitoring component, for what is exported to reference pressure monitoring component Reference pressure electric signal is pre-processed；

Central control module is connected with signal pre-processing module and reference signal preprocessing module respectively, for calculating signal Telecommunications between the electric pressure signal of preprocessing module output and the reference pressure electric signal of reference signal preprocessing module output Number difference, and according to electric signal difference, the pressure size at analytical calculation injury, and according to analytical calculation obtain by Pressure size at the position of traumatic part, the movable amplitude at amount of bleeding and/or injury at analytical calculation injury, is used Family injury status information；

Further, main control module further include: alarm module, radio receiving transmitting module, memory module, and/or interface module；

Central control module is further used for: according to the amount of bleeding at injury, exporting controlling alarm electric signal；Alarm Module is connected with central control module, and the controlling alarm electric signal for being exported according to central control module carries out warning reminding；

Radio receiving transmitting module is connected with central control module, user's injury shape for exporting central control module State information is sent to terminal device and/or large database concept service platform in a manner of wirelessly communicating；

Memory module is connected with central control module, for storing electric pressure signal, the injury of central control module output Pressure size and/or user's injury status information at position；

Interface module is connected with central control module, for transmitting electric energy and/or data for central control module.

Further, at least one pressure monitoring component and reference pressure monitoring component include: friction generator, piezoelectricity hair Motor, pressure sensitive cable, and/or piezoelectricity based on friction generator and/or piezoelectric generator and the electric hybrid generator that rubs.

Further, friction generator is three-decker, four-layer structure, five layers of membrane structure or five layers of intervening electrode between two parties The friction generator of structure, friction generator include at least two opposite surfaces for constituting frictional interface, triboelectricity equipment There is signal output end；

Piezoelectric generator is zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene hair Any one of motor and porous Teflon generator.

The utility model additionally provides a kind of injury condition monitoring system, which includes: above-mentioned injury State monitoring apparatus and terminal device；Wherein,

Terminal device is connected with injury state monitoring apparatus, for receiving and storing injury state monitoring apparatus User's injury status information that analytical calculation obtains is counted according to the user's injury status information received, User's injury situation is obtained, and/or sends the control instruction for controlling injury state monitoring apparatus.

Further, injury condition monitoring system further includes large database concept service platform；Wherein,

Terminal device is further used for: user's injury situation that statistics obtains being sent to large database concept service and is put down Platform；

Large database concept service platform is connected with terminal device, for receiving and storing the user of terminal device transmission by traumatic part Position situation, user's injury situation in the user's injury situation received and large database concept service platform is divided Analysis comparison, obtains customer analysis information, and customer analysis information is sent to terminal device.

The utility model additionally provides a kind of injury condition monitoring system, which includes: above-mentioned injury State monitoring apparatus and large database concept service platform；Wherein,

Injury state monitoring apparatus is further used for: the user's injury status information obtained according to analytical calculation It is counted, obtains user's injury situation；

Large database concept service platform is connected with injury state monitoring apparatus, for receiving and storing injury state User's injury situation that monitoring device counts puts down the user's injury situation received with large database concept service User's injury situation in platform carries out analysis comparison, obtains customer analysis information, and by customer analysis information be sent to by Traumatic part position state monitoring apparatus.

Injury state monitoring apparatus provided by the utility model and system are supervised by least one pressure monitoring component The pressure at injury is surveyed, the pressure at least one pressure monitoring component will be directly acted at the injury of user and is turned It is changed to electric pressure signal, is realized injured to users such as movable amplitudes at the amount of bleeding and/or injury at injury The accurate monitoring of position status information, improves the accuracy and reliability of monitoring, makes medical staff, care provider and/or use Family can understand, intuitively understand the injury situation of user.In addition, by least one pressure monitoring component monitoring user by Pressure of the pressure at reference pressure monitoring component monitoring user preset position at the position of traumatic part combines, and can be effectively removed Interference, further increases the accuracy and reliability of monitoring.In addition, injury state monitoring apparatus provided by the utility model And not only accuracy and reliability is high for system, while also having structure and manufacture craft simple, low in cost, is suitble to extensive work The advantages of industry metaplasia produces.

Detailed description of the invention

Fig. 1 a is the main view of injury state monitoring apparatus embodiment one provided by the utility model；

Fig. 1 b is the rearview of injury state monitoring apparatus embodiment one provided by the utility model；

Fig. 1 c is that the wearing of injury state monitoring apparatus embodiment one provided by the utility model uses schematic diagram；

Fig. 1 d is a setting schematic diagram of pressure monitoring component provided by the utility model；

Fig. 1 e is another setting schematic diagram of pressure monitoring component provided by the utility model；

Fig. 2 a is the functional block diagram of injury state monitoring apparatus embodiment one provided by the utility model；

Fig. 2 b is the signal pre-processing module in injury state monitoring apparatus embodiment one provided by the utility model Functional block diagram；

Fig. 3 is the main view of injury state monitoring apparatus embodiment two provided by the utility model；

Fig. 4 a is the functional block diagram of injury state monitoring apparatus embodiment two provided by the utility model；

Fig. 4 b is the reference signal pretreatment in injury state monitoring apparatus embodiment two provided by the utility model The functional block diagram of module；

Fig. 5 is the injury state of injury state monitoring apparatus provided by the utility model shown in application drawing 2a One functional block diagram of monitoring system；

Fig. 6 is the injury state of injury state monitoring apparatus provided by the utility model shown in application drawing 2a Another functional block diagram of monitoring system.

Specific embodiment

It is practical to this by following specific embodiments for the purpose, feature and effect for fully understanding the utility model It is novel to elaborate, but the utility model is not restricted to this.

The utility model provides a kind of injury state monitoring apparatus, which includes: Monitor band body, secured adjusted component, at least one pressure monitoring component and main control module；Wherein, secured adjusted component is arranged In on monitoring band body, it is arranged at injury for band body will to be monitored, and adjusts monitoring band body and be arranged in injury Tightness at position；At least one pressure monitoring component is set on monitoring band body, for will act at injury Pressure conversion at least one pressure monitoring component is electric pressure signal output；Main control module and at least one pressure monitoring Component is connected, the electric pressure signal for being exported according at least one pressure monitoring component, the pressure at analytical calculation injury Power size, and according to the pressure size at injury, obtain user's injury status information.

Fig. 1 a to Fig. 1 c be respectively injury state monitoring apparatus embodiment one provided by the utility model main view, Rearview and wearing use schematic diagram.As shown in Fig. 1 a to Fig. 1 c, injury state monitoring apparatus includes: monitoring band body 110, secured adjusted component (not marked in figure), at least one pressure monitoring component 120 and main control module 130.

Monitoring band in the prior art can be used in monitoring band body 110, and those skilled in the art can be according to actual needs It is selected, is not construed as limiting herein.

Secured adjusted component is set on monitoring band body 110, is arranged for that will monitor band body 110 in injury Place, and adjust monitoring band body 110 and the tightness at injury is set.As shown in Fig. 1 a to Fig. 1 c, in this implementation In example, secured adjusted component includes: the first secured adjusted component 141 and the second secured adjusted component 142 being used in conjunction with each other； Only the first secured adjusted component 141 need to be arranged to the second secured adjusted when wearing injury state monitoring apparatus by user The appropriate position of component 142, injury state monitoring apparatus can be arranged at the injury of user carry out using； When user needs to adjust monitoring band body 110, and the tightness at injury is arranged in, can be adjusted by the way that adjusting first is fixed Section component 141, which is arranged to the position on the second secured adjusted component 142, to be realized to the monitoring setting of band body 110 in injury The control of the tightness at place.

It should be noted that in the present embodiment, the first secured adjusted component 141 and the second secured adjusted component 142 are answered When be respectively arranged at monitoring band body 110 two surfaces on.That is, the corresponding setting of the first secured adjusted component 141 Region and the corresponding setting area of the second secured adjusted component 142 should be located on two surfaces of monitoring band body 110, Specifically, as shown in Fig. 1 a to Fig. 1 c, the first side surface of monitoring band body 110 is arranged in the first secured adjusted component 141 On partial region (the right part region of the first side surface of monitoring band body 110 as shown in Figure 1a), the second secured adjusted portion Part 142 is arranged on the partial region of the second side surface of monitoring band body 110, and user is wearing injury status monitoring dress When setting, by the first secured adjusted component 141 setting to the appropriate position of the second secured adjusted component 142 can carry out using.

Preferably, the first secured adjusted component 141 and the second secured adjusted component 142 use magic tape in the prior art (i.e. velcro), certainly, those skilled in the art can also select the secured adjusted component of other types according to actual needs, this Place is not construed as limiting.

Wherein, at least one pressure monitoring component 120 may be disposed at monitoring band body 110 inside (such as monitoring band this In the interlayer of the inside of body 110) and/or monitoring band body 110 surface on, at least one will to be acted at injury Pressure conversion on pressure monitoring component 120 is electric pressure signal output.Those skilled in the art can select according to actual needs The setting position for selecting at least one pressure monitoring component 120, is not construed as limiting herein.Preferably, at least one pressure monitoring component 120 are removably set to monitoring band body 110 on the side surface at injury, and this setup is not It can only facilitate user that accurately at least one pressure monitoring component 120 is set at injury, and due at least one More closely, making at least one pressure monitoring component 120 and injury at a pressure monitoring component 120 and injury Compactness it is more preferable, so as to preferably monitor at injury the pressure of effect on it, user can also be facilitated to replace Band body 110 is monitored, guarantees the cleaning of monitoring band body 110, brings great convenience for the use of user.Specifically, as schemed Shown in 1a to Fig. 1 c, at least one pressure monitoring component 120 is removably set to monitoring band body 110 close to injured On a side surface at position.

Wherein, the quantity of pressure monitoring component 120 can be one, or it is multiple, and work as pressure monitoring component When 120 quantity is multiple, multiple pressure monitoring components 120 connect in series and/or in parallel after being stacked, It can also be arranged in array fashion as shown in Figure 1 d.The quantity and/or set-up mode sheet of at least one pressure monitoring component 120 Field technical staff, which can according to need, to be selected, and is not construed as limiting herein.

In addition, in a kind of optional embodiment, at least one pressure monitoring component 120 can also in a manner of braiding with It monitors band body 110 and forms integral structure.Specifically, as shown in fig. le, monitoring band body 110 is by monitoring band body fabric 111 Composition, monitoring band body fabric 111 can be used the method through knitting device at least one pressure monitoring component 120 and woven. Those skilled in the art can according to need selection weaving method, be not construed as limiting herein.In addition, used in braiding at least one The quantity of a pressure monitoring component 120, and the region of monitoring band body 110 and the braiding of at least one pressure monitoring component 120, Those skilled in the art also can according to need and select, and be not construed as limiting herein.

It should be understood that (i.e. at least one pressure monitoring component 120 is set to monitoring band originally to above-mentioned three kinds of set-up modes The inside of body 110, at least one pressure monitoring component 120 are set on the surface of monitoring band body 110 and at least one pressure Monitoring component 120 forms integral structure with monitoring band body 110 in a manner of braiding) not only it can be used alone, it can also adopt It can be selected according to actual needs with two or three of combined use, those skilled in the art in above-mentioned three kinds of set-up modes It selects, is not construed as limiting herein.

Wherein, pressure monitoring component 120 can not only use friction generator in the prior art and/or piezo-electric generating Machine, such as: friction generator can be three-decker, four-layer structure, five layers of membrane structure or five layers of intervening electrode structure between two parties Friction generator, above-mentioned friction generator include at least constitute frictional interface two opposite surfaces, and above-mentioned friction send out Motor has signal output end；Piezoelectric generator can be zinc oxide generator, piezoelectric ceramic generator, Kynoar power generation Any one of machine, porous polypropylene generator and porous Teflon generator；Base in the prior art can also be used In friction generator and/or the pressure sensitive cable of piezoelectric generator；It can also be using piezoelectricity in the prior art and friction electricity Hybrid generator.Those skilled in the art can select the type of pressure monitoring component 120 according to actual needs, not limit herein It is fixed.And in order to increase the compactness at the comfort level of wearing and pressure monitoring component 120 and injury, pressure monitoring portion Part 120 preferably uses friction generator flexible, piezoelectric generator, the pressure based on friction generator and/or piezoelectric generator Induction cable, and/or piezoelectricity and the electric hybrid generator that rubs.

Optionally, in order to avoid the normal work of the electromagnetic interference influence pressure monitoring component 120 in external environment, pressure Monitoring component 120 preferably using outside be provided with the friction generator of shielded layer, piezoelectric generator, based on friction generator and/ Or the pressure sensitive cable, and/or piezoelectricity of piezoelectric generator and the electric hybrid generator that rubs, to guarantee pressure monitoring component 120 normal work.

Optionally, in order to avoid such as outside environmental elements such as temperature, humidity or dust are influencing pressure monitoring component 120 just Often work, pressure monitoring component 120 is preferably using the friction generator of external setting matcoveredn, piezoelectric generator, based on rubbing Wipe the pressure sensitive cable, and/or piezoelectricity of generator and/or piezoelectric generator and rub electric hybrid generator or pressure prison Component 120 is surveyed preferably to be disposed with the friction generator of shielded layer and protective layer using outside, piezoelectric generator, be based on friction The pressure sensitive cable, and/or piezoelectricity of generator and/or piezoelectric generator and the electric hybrid generator that rubs, to guarantee pressure The normal work of monitoring component 120.

In addition, rubbing to enable two opposite surfaces for constituting frictional interface in friction generator to better contact with It wipes, constituting in friction generator may be provided with bulge-structure at least one face in two opposite surfaces of frictional interface, The utility model is not construed as limiting type, the quantity of the recess and protrusion that include in bulge-structure, and those skilled in the art can be with The type and quantity of recess and protrusion included in flexible setting bulge-structure.

Main control module 130 is connected at least one pressure monitoring component 120, for according at least one pressure monitoring component The electric pressure signals of 120 outputs, the pressure size at analytical calculation injury, and according to the pressure size at injury, Obtain user's injury status information.Main control module 130 may be disposed on monitoring band body 110, may also set up in monitoring band The outside of ontology 110.Preferably, main control module 130 is set on monitoring band body 110, specifically, as shown in Figure 1 b, master control Module 130 is arranged on the second side surface of monitoring band body 110.

Fig. 2 a is the functional block diagram of injury state monitoring apparatus embodiment one provided by the utility model.Such as figure Shown in 2a, main control module 130 includes: signal pre-processing module 131, central control module 132, display module 133, interactive function Module 134 and power module 135.Wherein, signal pre-processing module 131 is connected at least one pressure monitoring component 120, is used for The electric pressure signal of at least one pressure monitoring component 120 output is pre-processed；Central control module 132 is located in advance with signal It manages module 131 to be connected, the electric pressure signal for being exported according to signal pre-processing module 131, at analytical calculation injury Pressure size, and the pressure size at the injury obtained according to analytical calculation, the amount of bleeding at analytical calculation injury And/or the movable amplitude at injury, obtain user's injury status information；Display module 133 and central control module 132 are connected, the user's injury status information exported for showing central control module 132, wherein user's injury shape State information may include but be not limited to: at the amount of bleeding, and/or injury at pressure size, injury at injury The information such as movable amplitude；Interactive function module 134 is connected with central control module 132, for sending out to central control module 132 User's interactive instruction is sent, the working condition of central control module 132 is controlled；Power module 135 and 132 phase of central control module Even, for providing electric energy for central control module 132.User can control power module 135 in by interactive function module 134 Centre control module 132 is connected to, so that central control module 132 be made to start to work.Specifically, user's interactive instruction includes opening Open the instructions such as instruction, out code, user information setting instruction.

Wherein, display screen used can be LCD display, OLED display screen etc. in display module 133, and concrete type can To be selected according to the actual needs of those skilled in the art, it is not construed as limiting herein.

In addition, central control module 132 can be further used for: the bleeding at injury obtained according to analytical calculation Amount exports controlling alarm electric signal.Specifically, central control module 132 can determine whether at injury that analytical calculation obtains Whether amount of bleeding meets default amount of bleeding threshold value, and exports controlling alarm electric signal according to judging result.Those skilled in the art Default amount of bleeding threshold value can be set according to actual needs, be not construed as limiting herein.In this case, main control module 130 further include: alarm module 136；Wherein, alarm module 136 is connected with central control module 132, for being controlled according to center The controlling alarm electric signal that module 132 exports carries out warning reminding.

Optionally, central control module 132 may also include that radio receiving transmitting module 137；Wherein, radio receiving transmitting module 137 with Central control module 132 is connected, and user's injury status information for exporting central control module 132 is to wirelessly communicate Mode be sent to terminal device (not shown) and/or large database concept service platform (not shown) so that medical care people The related personnel such as member, care provider and/or user consult.

Optionally, main control module 130 may also include that memory module 138；Wherein, memory module 138 and central control module 132 are connected, for storing the electric pressure signal of the output of central control module 132, pressure size, and/or use at injury Family injury status information.

Optionally, main control module 130 can also further comprise: interface module 139；Wherein, interface module 139 and center are controlled Molding block 132 is connected, for transmitting electric energy and/or data for central control module 132.Specifically, using interface module 139 It charges, interface module 139 can also be used and transmit data.Interface module 139 can select generic USB interface, mini-USB Interface etc., but it is not limited to this, and those skilled in the art can select according to actual needs.

Fig. 2 b is the signal pre-processing module in injury state monitoring apparatus embodiment one provided by the utility model Functional block diagram.As shown in Figure 2 b, signal pre-processing module 131 includes: the first rectification module 1311, the first amplification module 1312, the first filter module 1313 and the first analog-to-digital conversion module 1314.Wherein, the first rectification module 1311 and at least one pressure Power monitoring component 120 is connected, and the electric pressure signal for exporting at least one pressure monitoring component 120 carries out rectification processing； First amplification module 1312 is connected with the first rectification module 1311, the rectified processing for exporting to the first rectification module 1311 Electric pressure signal afterwards amplifies processing；First filter module 1313 is connected with the first amplification module 1312, for filtering out Interference noise in the electric pressure signal of one amplification module 1312 output；First analog-to-digital conversion module 1314 and the first filter module 1313 are connected, and the simulated pressure electric signal for exporting the first filter module 1313 is converted to corresponding digital pressure electric signal It exports to central control module 132.It should be noted that above-mentioned module (that is: the first rectification module 1311, the first amplification module 1312, the first filter module 1313 and the first analog-to-digital conversion module 1314) it can be according to the design needs of those skilled in the art It is selected, is not construed as limiting herein.For example, if the electric pressure signal of at least one pressure monitoring component 120 output is without carrying out Rectification processing, then can save the first rectification module 1311.

In addition, above-mentioned display module 133, interactive function module 134, alarm module 136, radio receiving transmitting module 137, storage The modules such as module 138 and interface module 139 can be selected according to the design of those skilled in the art, not limited herein It is fixed.For example, if display module 133 can be saved when not needing display user's injury status information；If not needing to control manually When injury state monitoring apparatus processed, then interactive function module 134 can be saved；If do not need warning function, it can save Alarm module 136；If do not need to be communicated with terminal device or communicated by the way of wire communication, it can save Radio receiving transmitting module 137；If not needing electric pressure signal, the pressure at injury that storage central control module 132 exports Size, and/or user's injury status information, then can save memory module 138；If not needing as central control module 132 Electric energy and/or data are transmitted, then can save interface module 139.

Fig. 3 is the main view of injury state monitoring apparatus embodiment two provided by the utility model.As shown in figure 3, The difference of the injury state monitoring apparatus of the injury state monitoring apparatus and embodiment one of embodiment two is: implementing The injury state monitoring apparatus of example two further includes reference pressure monitoring component 150.Since user is using injury shape When state monitoring device, may be subjected to such as extraneous vibration, the twitch of human muscle, the trembling of arm interference be therefore Monitoring precision is further increased, obtains more accurate user's injury status information, in embodiment two by traumatic part Reference pressure electric signal is determined using reference pressure monitoring component 150 in the state monitoring apparatus of position.Specifically, reference pressure monitors Component 150 is set on monitoring band body 110, and reference pressure monitoring component 150 is connected with main control module (not shown), is used The pressure conversion on reference pressure monitoring component 150 is acted at by predetermined patterns as the output of reference pressure electric signal, wherein Predetermined patterns can be the position of neighbouring injury, the distance between predetermined patterns and injury within a preset range, ability Field technique personnel can according to actual needs be configured preset range, be not especially limited herein.For example, preset range can It is 2 centimetres, it should be understood, however, that must assure that reference pressure monitoring component 150 and at least one pressure monitoring component Non-overlapping region after 120 settings, to avoid between reference pressure monitoring component 150 and at least one pressure monitoring component 120 Interfere with each other.

Wherein, reference pressure monitoring component 150 may be disposed at monitoring band body 110 inside (such as monitoring band body 110 Inside interlayer in) and/or monitoring band body 110 surface on, specifically, as shown in figure 3, reference pressure monitoring component 150 are set to monitoring band body 110 on the side surface at injury.Those skilled in the art can be according to practical need The setting position for selecting reference pressure monitoring component 150, is not construed as limiting herein.Preferably, reference pressure monitoring component 150 with Dismountable mode is set on the inside and/or surface of monitoring band body 110, and this setup can be convenient user's replacement Band body 110 is monitored, guarantees the cleaning of monitoring band body 110, brings great convenience for the use of user.

Wherein, the quantity of reference pressure monitoring component 150 can be one, or it is multiple, and work as reference pressure The quantity of monitoring component 150 be it is multiple when, multiple reference pressure monitoring components 150 can be stacked after with series connection and/or simultaneously The mode of connection connects.Those skilled in the art can according to need carry out selection reference pressure monitoring component 150 quantity and/or Set-up mode is not construed as limiting herein.

In addition, in a kind of optional embodiment, reference pressure monitoring component 150 can also be in a manner of braiding and monitoring Band body 110 forms integral structure.Specifically, monitoring band body 110 is made of monitoring band body fabric, monitors band body fabric The method through knitting device can be used with reference pressure monitoring component 150 to be woven.Those skilled in the art can according to need Weaving method is selected, is not construed as limiting herein.In addition, the quantity of the reference pressure monitoring component 150 used in braiding, Yi Jijian The region that measuring tape ontology 110 and reference pressure monitoring component 150 weave, those skilled in the art also can according to need and select It selects, is not construed as limiting herein.

It should be understood that (i.e. reference pressure monitoring component 150 is set to monitoring band body to above-mentioned three kinds of set-up modes 110 inside, reference pressure monitoring component 150 is set on the surface of monitoring band body 110 and reference pressure monitoring component 150 Integral structure is formed with monitoring band body 110 in a manner of braiding) not only it can be used alone, it can also be set using above-mentioned three kinds Setting two or three of combined use, those skilled in the art in mode can select according to actual needs, not limit herein It is fixed.

Wherein, reference pressure monitoring component 150 can not only be sent out using friction generator in the prior art and/or piezoelectricity Motor, such as: friction generator can be three-decker, four-layer structure, five layers of membrane structure or five layers of intervening electrode knot between two parties The friction generator of structure, above-mentioned friction generator include at least two opposite surfaces for constituting frictional interface, and above-mentioned friction Generator has signal output end；Piezoelectric generator can be zinc oxide generator, piezoelectric ceramic generator, Kynoar hair Any one of motor, porous polypropylene generator and porous Teflon generator；It can also use in the prior art Pressure sensitive cable based on friction generator and/or piezoelectric generator；It can also be using piezoelectricity in the prior art and friction Electric hybrid generator.Those skilled in the art can according to need the type of selection reference pressure monitoring component 150, not make herein It limits.And in order to increase the compactness at the comfort level of wearing and reference pressure monitoring component 150 and predetermined patterns, reference Pressure monitoring component 150 is preferably sent out using friction generator flexible, piezoelectric generator, based on friction generator and/or piezoelectricity The pressure sensitive cable, and/or piezoelectricity of motor and the electric hybrid generator that rubs.

In order to avoid the normal work of the electromagnetic interference influence reference pressure monitoring component 150 in external environment, with reference to pressure Power monitoring component 150 is preferably provided with the friction generator of shielded layer using outside, piezoelectric generator, is based on friction generator And/or the pressure sensitive cable, and/or piezoelectricity of piezoelectric generator and the electric hybrid generator that rubs, to guarantee that reference pressure is supervised Survey the normal work of component 150.

In order to avoid such as the outside environmental elements such as temperature, humidity or dust influence the normal of reference pressure monitoring component 150 Work, reference pressure monitoring component 150 are preferably arranged the friction generator of matcoveredn using outside, piezoelectric generator, are based on The pressure sensitive cable, and/or piezoelectricity of friction generator and/or piezoelectric generator and the electric hybrid generator that rubs, or reference Pressure monitoring component 150 is preferably disposed with friction generator, the piezoelectric generator, base of shielded layer and protective layer using outside In the pressure sensitive cable, and/or piezoelectricity of friction generator and/or piezoelectric generator and the electric hybrid generator that rubs, to protect Demonstrate,prove the normal work of reference pressure monitoring component 150.

Main control module is further used for: the electric pressure signal and ginseng exported according at least one pressure monitoring component 120 The reference pressure electric signal for examining the output of pressure monitoring component 150, the pressure size at analytical calculation injury, and according to injury Pressure size at position obtains user's injury status information.

Fig. 4 a is the functional block diagram of injury state monitoring apparatus embodiment two provided by the utility model.Such as figure Shown in 4a, main control module 230 includes: signal pre-processing module 131, reference signal preprocessing module 231, central control module 132, display module 133, interactive function module 134 and power module 135.Wherein, signal pre-processing module 131 and at least one Pressure monitoring component 120 is connected, and the electric pressure signal for exporting at least one pressure monitoring component 120 pre-processes； Reference signal preprocessing module 231 is connected with reference pressure monitoring component 150, for exporting to reference pressure monitoring component 150 Reference pressure electric signal pre-processed；Central control module 132 is pre- with signal pre-processing module 131 and reference signal respectively Processing module 231 is connected, for calculating the electric pressure signal and reference signal preprocessing module of the output of signal pre-processing module 131 Electric signal difference between the reference pressure electric signals of 231 outputs, and according to electric signal difference, at analytical calculation injury Pressure size at pressure size, and the injury that is obtained according to analytical calculation, the bleeding at analytical calculation injury Movable amplitude at amount and/or injury, obtains user's injury status information；Display module 133 and center control mould Block 132 is connected, the user's injury status information exported for showing central control module 132, wherein user's injury Status information may include but be not limited to: the amount of bleeding, and/or injury at pressure size, injury at injury The information such as the movable amplitude at place；Interactive function module 134 is connected with central control module 132, is used for central control module 132 User's interactive instruction is sent, the working condition of central control module 132 is controlled；Power module 135 and 132 phase of central control module Even, for providing electric energy for central control module 132.User can control power module 135 in by interactive function module 134 Centre control module 132 is connected to, so that central control module 132 be made to start to work.Specifically, user's interactive instruction includes opening Open the instructions such as instruction, out code, user information setting instruction.

Optionally, as shown in Figure 4 b, reference signal preprocessing module 231 includes: the amplification of the second rectification module 2311, second Module 2312, the second filter module 2313 and the second analog-to-digital conversion module 2314.Wherein, the second rectification module 2311 is pressed with reference Power monitoring component 150 is connected, and the reference pressure electric signal for exporting to reference pressure monitoring component 150 carries out rectification processing； Second amplification module 2312 is connected with the second rectification module 2311, the rectified processing for exporting to the second rectification module 2311 Reference pressure electric signal afterwards amplifies processing；Second filter module 2313 is connected with the second amplification module 2312, for filtering Except the interference noise in the reference pressure electric signal of the second amplification module 2312 output；Second analog-to-digital conversion module 2314 and second Filter module 2313 is connected, and the analog references electric pressure signal for exporting the second filter module 2313 is converted to corresponding number Word reference pressure electric signal is exported to central control module 132.It should be noted that above-mentioned module (that is: the second rectification module 2311, the second amplification module 2312, the second filter module 2313 and the second analog-to-digital conversion module 2314) it can be according to this field skill The design of art personnel selects, and is not construed as limiting herein.For example, if the reference pressure that reference pressure monitoring component 150 exports Force electrical signal can then save the second rectification module 2311 without carrying out rectification processing.

At least one pressure monitoring portion in addition to above-mentioned difference, in the injury state monitoring apparatus of embodiment two Part 120, signal pre-processing module 131, display module 133, interactive function module 134, power module 135, alarm module 136, Radio receiving transmitting module 137, memory module 138 and interface module 139 respectively with the injury state monitoring apparatus of embodiment one In at least one pressure monitoring component, signal pre-processing module, display module, interactive function module, power module, wireless receive Hair module, alarm module, memory module and interface module correspond to identical, describe the injury shape that can refer to embodiment one At least one pressure monitoring component, signal pre-processing module, display module, interactive function module, power supply in state monitoring device The description of module, radio receiving transmitting module, alarm module, memory module and interface module, details are not described herein again.

The injury of concrete operating principle to the injury state monitoring apparatus of embodiment one and embodiment two below The concrete operating principle of position state monitoring apparatus is described in detail, specifically, in order to keep those skilled in the art more clear The working principle of the technical program is understood to Chu, separately below to monitor at the amount of bleeding and monitoring injury at injury Movable amplitude for the working principle of the technical program is described in detail.

Example one

1.1, injury state monitoring apparatus is worn at the injury such as wound by user first, and is guaranteed extremely A few pressure monitoring component is corresponding at injury, and then user opens injury state by interactive function module Monitoring device, and user information is inputted, as inputted address name and age, selection monitoring type (at monitoring injury Amount of bleeding), after completing input user information and selection monitoring type, injury status monitoring is made by interactive function module Device, which starts to monitor at injury, acts on the pressure at least one pressure monitoring component.

If 1.2, user uses the injury state monitoring apparatus of embodiment one, bleeding is generated at injury Pressure when acting at least one pressure monitoring component, at least one pressure monitoring component can be converted into pressure telecommunications Number output is pre-processed to signal pre-processing module.

If user uses the injury state monitoring apparatus of embodiment two, the pressure of bleeding generation at injury When power is acted at least one pressure monitoring component, pressure is also had at predetermined patterns and acts on reference pressure monitoring component On, then, the pressure at injury can be acted on and be converted to electric pressure signal output by least one pressure monitoring component at this time It is pre-processed to signal pre-processing module, the pressure at predetermined patterns can be acted on and be converted to reference by reference pressure monitoring component Electric pressure signal is exported to reference signal preprocessing module and is pre-processed.

If 1.3, user uses the injury state monitoring apparatus of embodiment one, central control module is being received After pretreated electric pressure signal, the electric pressure signal is judged first whether in the first preset pressure threshold range It is interior, if in the first preset pressure threshold range, then it is assumed that the electric pressure signal is to act at least one pressure at injury Electric pressure signal on power monitoring component；If the electric pressure signal is not in the first preset pressure threshold range, then it is assumed that the pressure Force electrical signal is external interference signal, can efficiently identify pressure telecommunications using the first set preset pressure threshold range Number whether it is external interference signal, helps to improve the accuracy of monitoring.Judge to obtain the pressure telecommunications in central control module In the case where number to act on the electric pressure signal at least one pressure monitoring component at injury, central control module meeting Pressure size corresponding with the electric pressure signal is found out from the first preset pressure database, so that it is determined that the pressure at injury Power size.

Wherein, the first preset pressure threshold range can be a point value, be also possible to a value range, the skill of this field Art personnel can select according to actual needs, be not construed as limiting herein.Specifically, if the first preset pressure threshold range is one When a point value (such as 3V), when the size by pretreated electric pressure signal that central control module receives is greater than or waits When 3V, then it is assumed that the electric pressure signal is to act on the pressure telecommunications at least one pressure monitoring component at injury Number, when the size by pretreated electric pressure signal that central control module receives is less than 3V, then it is assumed that the pressure Electric signal is external interference signal (ignoring the electric pressure signal), and continuation judges next time；If the first preset pressure threshold value model Enclose for a value range (when such as 3V to 10V), when central control module receive by pretreated electric pressure signal Size is when 3V is to 10V range, then it is assumed that the electric pressure signal is to act at least one pressure monitoring component at injury On electric pressure signal, when the size by pretreated electric pressure signal that central control module receives is less than 3V or big When 10V next time, then it is assumed that the electric pressure signal is external interference signal (ignoring the electric pressure signal), and continuation judges.

If user uses the injury state monitoring apparatus of embodiment two, central control module receive by The pretreated electric pressure signal of signal pre-processing module and the process pretreated reference pressure of reference signal preprocessing module After electric signal, central control module is calculated by the electricity between pretreated electric pressure signal and reference pressure electric signal first Signal difference can then find out pressure size corresponding with the electric signal difference, thus really from the second preset pressure database Determine the pressure size at injury.

1.4, after determining the pressure size at injury, central control module can also be from default amount of bleeding database Amount of bleeding corresponding with the pressure size is found out, so that it is determined that the amount of bleeding at injury.

If 1.5, injury state monitoring apparatus is provided with alarm module, the injury that central control module can will also obtain Amount of bleeding at position is compared with default amount of bleeding threshold value.If the amount of bleeding at obtained injury is less than or equal to pre- Blood volume threshold value is set out, then without generating controlling alarm electric signal；If the amount of bleeding at obtained injury is greater than default bleeding Threshold value is measured, then generates controlling alarm electric signal, and the controlling alarm electric signal is sent to alarm module, carries out alarm module Alarm.

If 1.6, injury state monitoring apparatus is provided with radio receiving transmitting module, central control module can also by user by Traumatic part position status information (the amount of bleeding information at pressure size, and/or injury at such as injury) passes through wireless Transceiver module is sent in the equipment such as terminal device and/or large database concept service platform.

Example two

2.1, injury state monitoring apparatus is worn on the injury such as pulling, sprain, fracture first by user Place's (at injured finger), and guarantee that at least one pressure monitoring component is corresponding at injury, then pass through interaction Functional module opens injury state monitoring apparatus, and inputs user information, such as inputs address name and age, selection monitoring Type (such as the movable amplitude at monitoring injury) passes through interaction after completing input user information and selection monitoring type Functional module makes injury state monitoring apparatus start to act at least one pressure monitoring component at monitoring injury Pressure.

If 2.2, user uses the injury state monitoring apparatus of embodiment one, when the injured finger of bending, It has pressure at injury to act at least one pressure monitoring component, at least one pressure monitoring component can be converted It exports for electric pressure signal to signal pre-processing module and is pre-processed.

It is injured when the injured finger of bending if user uses the injury state monitoring apparatus of embodiment two Pressure is had at position to act at least one pressure monitoring component, and pressure is also had at predetermined patterns and acts on reference pressure On monitoring component, then, the pressure at injury can be acted on and be converted to pressure electricity by least one pressure monitoring component at this time Signal is exported to signal pre-processing module and is pre-processed, and reference pressure monitoring component, which can act on the pressure at predetermined patterns, to be turned It is changed to reference pressure electric signal and exports to reference signal preprocessing module and pre-processed.

If 2.3, user uses the injury state monitoring apparatus of embodiment one, central control module is being received After pretreated electric pressure signal, the electric pressure signal is judged first whether in the second preset pressure threshold range It is interior, if in the second preset pressure threshold range, then it is assumed that the electric pressure signal is to act at least one pressure at injury Electric pressure signal on power monitoring component；If the electric pressure signal is not in the second preset pressure threshold range, then it is assumed that the pressure Force electrical signal is external interference signal, can efficiently identify pressure telecommunications using the second set preset pressure threshold range Number whether it is external interference signal, helps to improve the accuracy of monitoring.Judge to obtain the pressure telecommunications in central control module In the case where number to act on the electric pressure signal at least one pressure monitoring component at injury, central control module meeting Pressure size corresponding with the electric pressure signal is found out from third preset pressure database, so that it is determined that the pressure at injury Power size.

Wherein, the second preset pressure threshold range can be a point value, be also possible to a value range, the skill of this field Art personnel can select according to actual needs, be not construed as limiting herein.Specifically, if the second preset pressure threshold range is one When a point value (such as 3V), when the size by pretreated electric pressure signal that central control module receives is greater than or waits When 3V, then it is assumed that the electric pressure signal is to act on the pressure telecommunications at least one pressure monitoring component at injury Number, when the size by pretreated electric pressure signal that central control module receives is less than 3V, then it is assumed that the pressure Electric signal is external interference signal (ignoring the electric pressure signal), and continuation judges next time；If the second preset pressure threshold value model Enclose for a value range (when such as 3V to 10V), when central control module receive by pretreated electric pressure signal Size is when 3V is to 10V range, then it is assumed that the electric pressure signal is to act at least one pressure monitoring component at injury On electric pressure signal, when the size by pretreated electric pressure signal that central control module receives is less than 3V or big When 10V next time, then it is assumed that the electric pressure signal is external interference signal (ignoring the electric pressure signal), and continuation judges.

If user uses the injury state monitoring apparatus of embodiment two, central control module receive by The pretreated electric pressure signal of signal pre-processing module and the process pretreated reference pressure of reference signal preprocessing module After electric signal, central control module is calculated by the electricity between pretreated electric pressure signal and reference pressure electric signal first Signal difference can then find out pressure size corresponding with the electric signal difference, thus really from the 4th preset pressure database Determine the pressure size at injury.

2.4, after determining the pressure size at injury, central control module can also be from default movable amplitude database In find out movable amplitude (i.e. the bending amplitude of finger) corresponding with the pressure size, so that it is determined that the movable width at injury Degree.

If 2.5, injury state monitoring apparatus is provided with radio receiving transmitting module, central control module can also by user by Traumatic part position status information (the movable amplitude information at pressure size, injury at such as injury) passes through wireless receiving and dispatching Module is sent in the equipment such as terminal device and/or large database concept service platform.

It should be noted that injury state monitoring apparatus provided by the utility model can be arranged directly on by traumatic part The external of position uses, and the external of gauze that also can be set in cladding injury uses, but in order to avoid polluting this reality With the injury state monitoring apparatus of novel offer, it is preferably provided at the external of the gauze of cladding injury and uses.

Fig. 5 is the injury state of injury state monitoring apparatus provided by the utility model shown in application drawing 2a One functional block diagram of monitoring system.As shown in figure 5, the injury condition monitoring system includes: injury state prison Survey device 510 and terminal device 520.Wherein, which is injury shape shown in Fig. 2 a State monitoring device；Terminal device 520 is connected with injury state monitoring apparatus 510, for receiving and storing injury shape User's injury status information that 510 analytical calculation of state monitoring device obtains, according to the user's injury state received Information is counted, and obtains user's injury situation, and/or send for controlling injury state monitoring apparatus 510 Control instruction.Wherein, user's injury situation includes the situations such as the condition of the injury degree of injury.

Specifically, as shown in figure 5, terminal device 520 in a manner of wireless communication with injury state monitoring apparatus 510 In radio receiving transmitting module 137 be connected, for receive radio receiving transmitting module 137 transmission obtained by central control module 132 User's injury status information, counted according to the user's injury status information received, obtain user injury Position situation, and/or send the control instruction for controlling injury state monitoring apparatus 510.Wherein, control instruction can wrap Include: the termination for opening the open command of the work of central control module 132 and for terminating the work of central control module 132 refers to It enables.

Wherein, terminal device 520 can be mobile phone, apparatus such as computer, and can specifically be answered by designing wherein The work of counting user injury situation is completed with program, those skilled in the art, which can according to need, to be selected, this Place is not construed as limiting.

Fig. 6 is the injury state of injury state monitoring apparatus provided by the utility model shown in application drawing 2a Another functional block diagram of monitoring system.As shown in fig. 6, injury condition monitoring system shown in fig. 6 with it is shown in fig. 5 The difference of injury condition monitoring system is: injury condition monitoring system shown in fig. 6 further includes large database concept clothes Business platform 630.Wherein, terminal device 520 is further used for: user's injury situation that statistics obtains is sent to big data Library service platform 630；Large database concept service platform 630 is connected with terminal device 520, specifically, large database concept service platform 630 It is connected in a manner of wireless communication with terminal device 520, for receiving and storing user's injury of the transmission of terminal device 520 Situation carries out user's injury situation in the user's injury situation received and large database concept service platform 630 Analysis comparison, obtains customer analysis information, and customer analysis information is sent to terminal device, for 520 side of terminal device Medical staff, care provider and/or user check or refer to, and medical staff, care provider and/or user are more deepened Understand the injury situation of user with entering.The system is realized to the user's with the injury state monitoring apparatus The real-time accurate monitoring of injury status information, and make the care provider for being in strange land also can be to the injury of user Situation is accurate, timely grasps, and care provider is enable more securely to work, learn.

In addition, injury condition monitoring system provided by the utility model can not also include terminal device 520, and It only include large database concept service platform 630, then, pass through the center control mould in injury state monitoring apparatus 510 first User's injury status information that block 132 is obtained according to analytical calculation counts, and obtains user's injury situation, then User's injury situation is sent to by large database concept service platform 630, large database concept service by radio receiving transmitting module 137 again Platform 630 by user's injury situation in the user's injury situation received and large database concept service platform 630 into Row analysis comparison, obtains customer analysis information, and customer analysis information is finally sent to central control by radio receiving transmitting module 137 Molding block 132, thus make central control module 132 control display module 133 show customer analysis information, for medical staff, Care provider and/or user check or refer to, and medical staff, care provider and/or user are more in depth understood User's injury situation.

In addition, injury state monitoring apparatus 510 is set with terminal in above-mentioned all injury condition monitoring systems Not only can through wireless communication it be connected for 520 or with the connection type of large database concept service platform 630, it can also be straight The mode for connecting wire communication is connected, and when being connected using the mode of wire communication, can save corresponding wireless communication and set It is standby, for example, the radio receiving transmitting module 137 in injury state monitoring apparatus 510.

It should be understood that Fig. 5 and injury condition monitoring system shown in fig. 6 not only can be using embodiments one Injury state monitoring apparatus can also use the injury state monitoring apparatus of embodiment two, those skilled in the art It can according to need and selected, is not construed as limiting herein.

Injury state monitoring apparatus provided by the utility model and system are supervised by least one pressure monitoring component The pressure at injury is surveyed, the pressure at least one pressure monitoring component will be directly acted at the injury of user and is turned It is changed to electric pressure signal, is realized injured to users such as movable amplitudes at the amount of bleeding and/or injury at injury The accurate monitoring of position status information, improves the accuracy and reliability of monitoring, makes medical staff, care provider and/or use Family can understand, intuitively understand the injury situation of user.In addition, by least one pressure monitoring component monitoring user by Pressure of the pressure at reference pressure monitoring component monitoring user preset position at the position of traumatic part combines, and can be effectively removed Interference, further increases the accuracy and reliability of monitoring.In addition, injury state monitoring apparatus provided by the utility model And not only accuracy and reliability is high for system, while also having structure and manufacture craft simple, low in cost, is suitble to extensive work The advantages of industry metaplasia produces.In addition, using friction generator, piezoelectric generator, based on friction generator and/or piezoelectric generator Pressure sensitive cable, and/or piezoelectricity and the electric hybrid generator that rubs are as pressure monitoring component and reference pressure monitoring component, no It needs external power supply to be powered to pressure monitoring component and reference pressure monitoring component, has greatly saved the energy, protect Environment；And the matter such as friction generator are soft, light-weight, and user is facilitated to wear, and improve comfort level when user wears, convenient for using Family uses.

The various modules that are previously mentioned in the utility model, circuit are by hard-wired circuit, for example, center control mould Block may include microcontroller or microcontroller chip, and the first rectification module and the second rectification module may include rectification circuit, and first Amplification module and the second amplification module may include amplifying circuit etc., and the first filter module and the second filter module may include that comparison is electric Road, the first analog-to-digital conversion module and the second analog-to-digital conversion module may include analog-digital converter etc..Although some of them module, circuit Be integrated with software, but the utility model it is claimed be the corresponding function of integrated software hardware circuit, rather than just soft Part itself.

It should be appreciated by those skilled in the art that apparatus structure shown in attached drawing or embodiment is only schematical, table Show logical construction.The module wherein shown as separation unit may be or may not be to be physically separated, as module The component of display may be or may not be physical module.

Finally it should be noted that: listed above is only specific embodiment of the utility model, certain this field Technical staff can be modified to the utility model and modification, if these modifications and variations belong to the utility model right and want Ask and its equivalent technologies within the scope of, be considered as the protection scope of the utility model.

Claims

1. a kind of injury state monitoring apparatus characterized by comprising monitoring band body, secured adjusted component, at least one A pressure monitoring component and main control module；Wherein,

The secured adjusted component is set on the monitoring band body, for being arranged the monitoring band body in injury Place, and adjust the monitoring band body and the tightness at injury is set；

At least one described pressure monitoring component is set on the monitoring band body, described for will act at injury Pressure conversion at least one pressure monitoring component is electric pressure signal output；

The main control module is connected at least one described pressure monitoring component, for according at least one described pressure monitoring portion The electric pressure signal of part output, the pressure size at analytical calculation injury, and it is big according to the pressure at the injury It is small, obtain user's injury status information.

2. injury state monitoring apparatus according to claim 1, which is characterized in that the secured adjusted component packet It includes: the first secured adjusted component and the second secured adjusted component being used in conjunction with each other；Wherein, the first secured adjusted component It is respectively arranged at the second secured adjusted component on two surfaces of the monitoring band body.

3. injury state monitoring apparatus according to claim 1, which is characterized in that at least one described pressure monitoring Component is set to the inside of the monitoring band body；

And/or at least one described pressure monitoring component is set on the surface of the monitoring band body；

And/or at least one described pressure monitoring component forms integral structure with the monitoring band body in a manner of weaving.

4. injury state monitoring apparatus according to claim 1-3, which is characterized in that the main control module It include: signal pre-processing module, central control module, display module, interactive function module and power module；Wherein,

The signal pre-processing module is connected at least one described pressure monitoring component, for supervising at least one described pressure The electric pressure signal for surveying component output is pre-processed；

The central control module is connected with the signal pre-processing module, for what is exported according to the signal pre-processing module Electric pressure signal, the pressure size at injury described in analytical calculation, and according to the pressure size at the injury, point Analysis calculates the movable amplitude at amount of bleeding and/or the injury at the injury, obtains the user by traumatic part Position status information；

The display module is connected with the central control module, for showing that the user of the central control module output is injured Position status information；

The interactive function module is connected with the central control module, for sending user's interaction to the central control module Instruction, controls the working condition of the central control module；

The power module is connected with the central control module, for providing electric energy for the central control module.

5. injury state monitoring apparatus according to claim 1-3, which is characterized in that the injury State monitoring apparatus further include: reference pressure monitoring component；

The reference pressure monitoring component is set on the monitoring band body, the reference pressure monitoring component and the master control Module is connected, and is reference pressure telecommunications for will act on the pressure conversion on the reference pressure monitoring component at predetermined patterns Number output；Wherein, the distance between the predetermined patterns and the injury are within a preset range；

The main control module is further used for: according to the electric pressure signal of at least one described pressure monitoring component output and institute State the reference pressure electric signal of reference pressure monitoring component output, the pressure size at injury described in analytical calculation, and root According to the pressure size at the injury, user's injury status information is obtained.

6. injury state monitoring apparatus according to claim 5, which is characterized in that the main control module includes: letter Number preprocessing module, reference signal preprocessing module, central control module, display module, interactive function module and power module； Wherein,

The reference signal preprocessing module is connected with the reference pressure monitoring component, for the reference pressure monitoring portion The reference pressure electric signal of part output is pre-processed；

The central control module is connected with the signal pre-processing module and the reference signal preprocessing module respectively, is used for Calculate the electric pressure signal of the signal pre-processing module output and the reference pressure of reference signal preprocessing module output Electric signal difference between electric signal, and difference according to the electric signal, the pressure size at injury described in analytical calculation, And the pressure size at the injury obtained according to analytical calculation, the amount of bleeding at injury described in analytical calculation And/or the movable amplitude at the injury, obtain user's injury status information；

7. injury state monitoring apparatus according to claim 4, which is characterized in that the main control module further include: Alarm module, radio receiving transmitting module, memory module, and/or interface module；

The central control module is further used for: according to the amount of bleeding at the injury, exporting controlling alarm electric signal； The alarm module is connected with the central control module, the controlling alarm telecommunications for being exported according to the central control module Number carry out warning reminding；

The radio receiving transmitting module is connected with the central control module, the user for exporting the central control module by Traumatic part position status information is sent to terminal device and/or large database concept service platform in a manner of wirelessly communicating；

The memory module is connected with the central control module, for storing the pressure telecommunications of the central control module output Number, pressure size and/or user's injury status information at injury；

The interface module is connected with the central control module, for transmitting electric energy and/or number for the central control module According to.

8. injury state monitoring apparatus according to claim 6, which is characterized in that the main control module further include: Alarm module, radio receiving transmitting module, memory module, and/or interface module；

9. injury state monitoring apparatus according to claim 1, which is characterized in that at least one described pressure monitoring Component include: friction generator, piezoelectric generator, the pressure sensitive cable based on friction generator and/or piezoelectric generator, And/or piezoelectricity and the electric hybrid generator that rubs.

10. injury state monitoring apparatus according to claim 2, which is characterized in that at least one pressure prison Survey component include: friction generator, piezoelectric generator, the pressure sensitive cable based on friction generator and/or piezoelectric generator, And/or piezoelectricity and the electric hybrid generator that rubs.

11. injury state monitoring apparatus according to claim 3, which is characterized in that at least one pressure prison Survey component include: friction generator, piezoelectric generator, the pressure sensitive cable based on friction generator and/or piezoelectric generator, And/or piezoelectricity and the electric hybrid generator that rubs.

12. injury state monitoring apparatus according to claim 4, which is characterized in that at least one pressure prison Survey component include: friction generator, piezoelectric generator, the pressure sensitive cable based on friction generator and/or piezoelectric generator, And/or piezoelectricity and the electric hybrid generator that rubs.

13. injury state monitoring apparatus according to claim 7, which is characterized in that at least one pressure prison Survey component include: friction generator, piezoelectric generator, the pressure sensitive cable based on friction generator and/or piezoelectric generator, And/or piezoelectricity and the electric hybrid generator that rubs.

14. injury state monitoring apparatus according to claim 5, which is characterized in that at least one pressure prison It surveys component and the reference pressure monitoring component includes: friction generator, piezoelectric generator, based on friction generator and/or pressure The pressure sensitive cable, and/or piezoelectricity of electric generator and the electric hybrid generator that rubs.

15. injury state monitoring apparatus according to claim 6, which is characterized in that at least one pressure prison It surveys component and the reference pressure monitoring component includes: friction generator, piezoelectric generator, based on friction generator and/or pressure The pressure sensitive cable, and/or piezoelectricity of electric generator and the electric hybrid generator that rubs.

16. injury state monitoring apparatus according to claim 8, which is characterized in that at least one pressure prison It surveys component and the reference pressure monitoring component includes: friction generator, piezoelectric generator, based on friction generator and/or pressure The pressure sensitive cable, and/or piezoelectricity of electric generator and the electric hybrid generator that rubs.

17. according to the described in any item injury state monitoring apparatus of claim 9-16, which is characterized in that the friction hair Motor is three-decker, four-layer structure, five layers of friction generator of membrane structure or five layers of intervening electrode structure between two parties, described to rub It wipes generator and includes at least two opposite surfaces for constituting frictional interface, the friction generator has signal output end；

The piezoelectric generator is zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene hair Any one of motor and porous Teflon generator.

18. a kind of injury condition monitoring system characterized by comprising as claim 1-17 it is described in any item by Traumatic part position state monitoring apparatus and terminal device；Wherein,

The terminal device is connected with the injury state monitoring apparatus, for receiving and storing the injury state User's injury status information that monitoring device analytical calculation obtains is believed according to the user's injury state received Breath is counted, and obtains user's injury situation, and/or send the control for controlling the injury state monitoring apparatus System instruction.

19. injury condition monitoring system according to claim 18, which is characterized in that the injury state prison Examining system further includes large database concept service platform；Wherein,

The terminal device is further used for: user's injury situation that statistics obtains is sent to the large database concept Service platform；

The large database concept service platform is connected with the terminal device, the use sent for receiving and storing the terminal device Family injury situation, by the user in the user's injury situation received and the large database concept service platform by Traumatic part position situation carries out analysis comparison, obtains customer analysis information, and the customer analysis information is sent to the terminal and is set It is standby.

20. a kind of injury condition monitoring system characterized by comprising as claim 1-17 it is described in any item by Traumatic part position state monitoring apparatus and large database concept service platform；Wherein,

The injury state monitoring apparatus is further used for: the user's injury status information obtained according to analytical calculation It is counted, obtains user's injury situation；

The large database concept service platform is connected with the injury state monitoring apparatus, for receiving and storing the injury User's injury situation that position state monitoring apparatus counts, by the user's injury situation received and institute The user's injury situation stated in large database concept service platform carries out analysis comparison, obtains customer analysis information, and will be described Customer analysis information is sent to the injury state monitoring apparatus.