CN202386679U - Physiological index data acquisition device and physiological parameter display terminal - Google Patents

Physiological index data acquisition device and physiological parameter display terminal Download PDF

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Publication number
CN202386679U
CN202386679U CN2011204469585U CN201120446958U CN202386679U CN 202386679 U CN202386679 U CN 202386679U CN 2011204469585 U CN2011204469585 U CN 2011204469585U CN 201120446958 U CN201120446958 U CN 201120446958U CN 202386679 U CN202386679 U CN 202386679U
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equipment
physiological
data
display terminal
physiological index
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CN2011204469585U
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黄卫东
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TCL Corp
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TCL Corp
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Abstract

The utility model relates to the technical field of detection, providing a physiological index data acquisition device and a physiological parameter display terminal connected with a display terminal. The physiological index data acquisition device comprises a plurality of sensors that acquire physiological parameters through electrodes arranged in special positions of the device; a plurality of processing chips that process the physiological parameter signals and generate and output corresponding physiological index data; and a data transmission interface that is connected between the processing chips and the display terminal, reads the physiological index data outputted by the processing chips according to a control command from the display terminal, and returns the data to the display terminal to display. The physiological index data acquisition device and the physiological parameter display terminal provided by the utility model reduce the volume and weight of the device, lower the cost of the device, improve convenience of use, and achieve the purpose of multiple functions, miniaturization and portability.

Description

A kind of data of physiological index obtains equipment and physiological parameter display terminal
Technical field
This utility model belongs to the detection technique field, relates in particular to a kind of data of physiological index and obtains equipment and physiological parameter display terminal.
Background technology
At present, be applied to the detection that portable type measuring equipment majority in the systems such as remote medical monitor, health-care can only be accomplished a physiological parameter, measure multiple parameters like needs; For example, the electrocardio of old people, cardiovascular patient and Oximetry, the measurement of anemia of pregnant woman's fetal rhythm aspect etc.; Then need be equipped with multiple measurement device, and electrocardio measures the relevant position generally need the probe that have lead on the equipment be placed in health, Oximetry generally will carry out through the finger-clipped pick off that has lead; The measurement of fetal rhythm aspect also need be used the fetal rhythm probe; Therefore, removing has increased equipment volume and weight, makes outside the portable performance reduction; Must change and use multiple probe to carry out the detection of different parameters, use comparatively inconvenience.
On the other hand, in existing physiological parameter checkout equipment, be equipped with the probe and the sensing clip of specialty, though this checkout equipment detects comparatively professional and accurately, cost is high, equipment is armariumization too, causes psychological burden to the user, and uncomfortable livable family uses.
The utility model content
The purpose of this utility model is to provide a kind of data of physiological index to obtain equipment and physiological parameter display terminal, and being intended to solve existing data of physiological index, to obtain the volume and weight of equipment bigger, and portability is lower, inconvenient problem with use.
This utility model is achieved in that a kind of data of physiological index obtains equipment, is connected with display terminal, it is characterized in that said equipment comprises:
Plane contact screen through being arranged on equipment and the electrode of poroid the window's position obtain a plurality of pick offs of corresponding physiological parameter signals;
With the corresponding connection of said a plurality of pick offs, said physiological parameter signals is handled, generate and export a plurality of process chip of corresponding data of physiological index; And
Be connected between said a plurality of process chip and the said display terminal, read the data of physiological index of said a plurality of process chip outputs, and return said data to said display terminal data presented coffret according to control instruction from display terminal.
In the said structure, said equipment is provided with plane contact screen and poroid window, wherein:
Said plane contact screen is provided with fetal rhythm measuring transducer electrode or human body heartbeat sensor electrode, is used to detect user's abdominal part or chest physiological signal;
Said poroid window is provided with electrocardio measuring transducer electrode or Oximetry sensor electrode, is used to detect the physiological signal of user's finger position.
In the said structure, said plane contact screen is arranged on the less end face of equipment, is convenient to operation; Said poroid window is arranged on the both sides of equipment, is convenient to two holds, and puts into poroid window to finger.
In the said structure; Said poroid window comprises at least two poroid windows that are provided with electrocardio measuring transducer electrode; Be used for when user's finger touches, obtaining user's EGC parameter, and at least one is provided with the poroid window of Oximetry sensor electrode; Be used for when user's finger touches, obtain user's blood oxygen parameter;
Said touch screen comprises that at least one is provided with the touch screen of fetal rhythm measuring transducer electrode; Be used for when user's abdominal part is touched; Obtain user's fetal rhythm parameter; And at least one is provided with the touch screen of human body heartbeat sensor electrode, is used for when user's chest is touched, obtaining user's heart beating parameter.
In the said structure, said process chip comprises EGC parameter signal processing chip, blood oxygen parameter signal process chip, fetal rhythm parameter signal process chip, heart beating parameter signal process chip.
In the said structure, said data transmission interface comprises USB, WiFi or blue tooth interface.
In the said structure, it is to comprise comprising of cuboid, cylinder of a plurality of planar solids that said data of physiological index obtains equipment.
A kind of physiological parameter display terminal, said terminal obtain equipment through USB, WiFi or blue tooth interface with above-mentioned data of physiological index and are connected, and are used to show that said data of physiological index obtains the data of physiological index that equipment obtains.
In the said structure, the said data of physiological index of said demonstration obtains the data of physiological index that equipment obtains, and is to comprise that through employing numerical value, curve chart, block diagram, scatterplot mode show said physiological parameter.
In the said structure, described display terminal is smart mobile phone, PC or intelligent television equipment.
In this utility model; This data of physiological index obtains equipment and comprises a plurality of process chip of a plurality of pick offs, corresponding connection with these a plurality of pick offs and be connected the data transmission interface between these a plurality of process chip and this display terminal; Obtain corresponding physiological parameter signals through being arranged on the electrode that device-specific bit puts; And this physiological parameter signals handled, generate and export corresponding data of physiological index, to show at display terminal.In this utility model; All measuring processes all are the direct and Body contact of employing equipment; Do not draw lead and probe, realized the purpose of equipment multifunction, miniaturization, portability, make the volume of equipment and weight obtain reducing; Equipment cost is reduced, and the convenience of use also is improved.
Description of drawings
Fig. 1 is the structure chart that data of physiological index that this utility model embodiment provides obtains equipment;
Fig. 2 is the sketch map that a plurality of pick offs are connected with a plurality of process chip among Fig. 1;
Fig. 3 is first shape assumption diagram that data of physiological index that this utility model embodiment provides obtains equipment;
Fig. 4 is second shape assumption diagram that data of physiological index that this utility model embodiment provides obtains equipment;
Fig. 5 is the structural representation of the physiological parameter display terminal that provides of this utility model embodiment.
The specific embodiment
For the purpose, technical scheme and the advantage that make this utility model is clearer,, this utility model is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation this utility model, and be not used in qualification this utility model.
The data of physiological index that Fig. 1 shows this utility model embodiment to be provided obtains the structure of equipment, for the ease of explanation, only shows the part relevant with this utility model.
In this utility model embodiment, this data of physiological index obtains equipment and need be connected in the display terminal, with according to the detection instruction from display terminal, sends on detected data to this display terminal to check.This display terminal is mass consumption products such as widely used smart mobile phone, portable computer, intelligent television; And this display terminal and this many data of physiological index obtain between the equipment; Can carry out the transmission of data through one or more standard transmission interfaces such as USB, WiFi, bluetooths; And the shape that this data of physiological index obtains equipment is flexible design according to actual needs, for example, and cuboid or cylinder.
This data of physiological index obtains equipment and comprises a plurality of pick offs 11, a plurality of process chip 12 that are connected with these a plurality of pick offs 11, and be connected the data transmission interface 13 between these a plurality of process chip 12 and this display terminal, wherein:
A plurality of pick offs 11 are used for obtaining corresponding physiological parameter signals through being arranged on the electrode that device-specific bit puts.
Wherein, this equipment is provided with plane contact screen and poroid window, wherein:
This plane contact screen is provided with fetal rhythm measuring transducer electrode or human body heartbeat sensor electrode, is used to detect user's abdominal part or chest physiological signal;
This poroid window is provided with electrocardio measuring transducer electrode or Oximetry sensor electrode, is used to detect the physiological signal of user's finger position.
Particularly, this plane contact screen is arranged on the less end face of equipment, is convenient to operation; This poroid window is arranged on the both sides of equipment, is convenient to two holds, and puts into poroid window to finger.
This poroid window comprises at least two poroid windows that are provided with electrocardio measuring transducer electrode, is used for when a plurality of finger touches of user, obtaining user's EGC parameter; And at least one is provided with the poroid window of Oximetry sensor electrode, is used for when user's finger touches, obtains user's blood oxygen parameter; And this touch screen comprises that at least one is provided with the touch screen of fetal rhythm measuring transducer electrode; Be used for when user's abdominal part is touched, obtain user's fetal rhythm parameter, and at least one being provided with the touch screen of human body heartbeat sensor electrode; Be used for when user's chest is touched, obtaining user's heart beating parameter.
Particularly, the ad-hoc location of this poroid window or plane touch screen can wait according to the convenience of actual measurement concrete position is set on the surface that this data of physiological index obtains equipment.
A plurality of process chip 12 are used for this physiological parameter signals is handled, and generate and export corresponding data of physiological index.
With reference to Fig. 2, a plurality of pick offs 11 comprise electrocardio measuring transducer, Oximetry pick off, fetal rhythm measuring transducer, human body heartbeat sensor, and each pick off correspondence is provided with sensing electrode.These a plurality of process chip 12 comprise EGC parameter signal processing chip 221, blood oxygen parameter signal process chip 222, fetal rhythm parameter signal process chip 223, heart beating parameter signal process chip 224.Can predict, these a plurality of process chip functions can be integrated in the same process chip.Process chip respectively with electrocardio measuring transducer electrode 211, Oximetry pick off 212 electrodes, fetal rhythm measuring transducer electrode 213 and the 214 corresponding connections of human body heartbeat sensor electrode.EGC parameter signal to getting access to is handled, and can pass through EGC parameter treatment circuit or chip, to this parameter signal amplify, filtering and A/D conversion etc., it is processed into electrocardio achievement data with medical treatment guidance meaning etc.; When the fetal rhythm parameter signal that gets access to is handled, can be through preceding discharge road, filtering etc., it is processed into fetal rhythm achievement data with clinical treatment meaning etc.Therefore, this data of physiological index obtains the measurement function of equipment and all accomplishes through the measuring circuit and the parameter process chip of special use, does not disturb mutually.
Data transmission interface 13 is connected between these a plurality of process chip 12 and the display terminal, is used for reading according to the control instruction from display terminal the data of physiological index of these a plurality of process chip 12 outputs, and returns these data to this display terminal demonstration.
In this utility model, this data transmission interface 13 comprises USB, WiFi or blue tooth interface etc., utilizes data transmission interface to carry out that data are sent and the mutual interface that adopts is shared; The relevant control that shows realizes through the software that is installed in the own display terminal (mobile phone, PC, TV etc.) of user; This terminal also can or be equipped with suitable power supply through battery powered.In addition,, then obtain and to design the less button of controlling on the equipment, for example have only power knob, thereby simplified design at this data of physiological index because all control is all carried out through the application software that is installed on the display terminal.Such as; The user use smart mobile phone and this many data of physiological index obtain equipment carry out interconnected after, start the application software in the mobile phone, the physiology project of selections needs measurement; For example electrocardio is measured; After then selecting beginning, it is that data transmission interface capable of using obtains relevant control instruction that this data of physiological index obtains equipment, carries out the preparation of the data that read process chip output.
This data of physiological index obtains equipment through being arranged on the electrode that device-specific bit is put, and utilizes a plurality of pick offs 11 to obtain corresponding physiological parameter signals, and 12 pairs of these physiological parameter signals of a plurality of process chip are handled; Generate and export corresponding data of physiological index; By the control instruction of data transmission interface 13 bases, read the data of physiological index of these a plurality of process chip 12 outputs again, and return these data to this display terminal demonstration from display terminal; Solved and utilized existing data of physiological index to obtain equipment when obtaining data of physiological index; Use inconvenience, and existing data of physiological index obtains bigger, the portable lower problem of volume and weight of equipment; Realized only being arranged on the electrode that device-specific bit is put through the body touching; Just can obtain corresponding physiological parameter signals and then obtain corresponding data of physiological index, improve the convenience that detects, and because this equipment comprises the process chip and the data transmission interface of a plurality of measuring transducers, corresponding number; Make and on an equipment, just can detect and obtain multinomial data of physiological index, improved portable devices property, reduced equipment cost.
The data of physiological index that Fig. 3, Fig. 4 show this utility model embodiment respectively to be provided obtains first contour structures and second contour structures of equipment, for the ease of explanation, only shows the part relevant with this utility model.
In this utility model, this data of physiological index obtains equipment because integrated level is high, and volume is little (can make the volume of mobile phone size; Be easy to carry); Can adopt flexile structure, for example, comprise comprising of cuboid, cylinder of a plurality of planar solids.In the arrangement of the ad-hoc location of a plurality of sensor electrodes and equipment surface to this, take into full account the human physiological structure, obtain the shape assumption diagram of equipment like Fig. 3 or many data of physiological index shown in Figure 4; Corresponding shape is cuboid and cylinder respectively; Can certainly be set to other shapes, for example, with fetal rhythm measuring transducer arrangement of electrodes at the less end face of equipment; Be convenient to operation, corresponding circular hole position shown in 42 among 32 among Fig. 3 or Fig. 4; Simultaneously electrocardio measuring transducer electrode is arranged in the both sides of this equipment, is convenient to two holds, correspondence is the position shown in 43 among 33 among Fig. 3 or Fig. 4; Among among Fig. 3 31 or Fig. 4 41 is depicted as the corresponding ad-hoc location of Oximetry sensor electrode; Among among Fig. 3 34 or Fig. 4 44 is depicted as this data transmission interface position.
Particularly, because all control is all carried out through the application software that is installed on the display terminal, then obtain and to design the less button of controlling on the equipment, thereby simplified design at this data of physiological index.Such as, user use smart mobile phone and this many data of physiological index obtain equipment carry out interconnected after, the application software in the startup mobile phone; Selection needs the physiology project of measurement; For example, electrocardio is measured, after then selecting to begin; It is that data transmission interface 44 capable of using or 34 obtains the coherent detection instruction that this data of physiological index obtains equipment, carries out the preparation of the data that read process chip output.
The ad-hoc location that when measuring, only leans on the body touching to be arranged on equipment surface just can obtain relevant physiological parameter signals, needn't be clamped on the health.For example; Existing measuring technique is measured at electrocardio generally to be needed the relevant position of the probe clip that has lead at health; And only need any three fingers with two handss be placed on respectively among Fig. 3 on 3 poroid the window's positions shown in 33 in the present embodiment, can obtain relevant EGC parameter signal through sensor electrode, and as far as the electrocardio measuring transducer; Can adopt the conductivity material area certain preferably, guarantee correctly obtaining of signal with reservation; Existing measuring technique generally will be carried out through the finger-clipped pick off that has lead at Oximetry; Get final product on the poroid the window's position shown among Fig. 3 31 and only need 1 finger be placed in the present embodiment; Need not wiring; And concerning the Oximetry pick off, better see through, will obtain blood oxygen parameter signal more accurately easily if material can guarantee the light of specific wavelength.After measurement finishes, after treated chip is handled this physiological parameter signals, can relevant data of physiological index be sent to demonstration and preservation in the display terminal; So that reference later on; If under the condition that connects remote platform, can data be sent to remote server, realize the long distance monitoring function.
Fig. 5 shows the structural representation of a kind of physiological parameter display terminal that this utility model embodiment provides, and for the ease of explanation, only shows the part relevant with this utility model.
This physiological parameter display terminal 51 obtains equipment 52 through USB, WiFi or blue tooth interface and above-mentioned data of physiological index and is connected; Be used to show that this data of physiological index obtains the data of physiological index that equipment 52 obtains; Can be for being mass consumption products such as smart mobile phone, PC or intelligent television equipment; Wherein, this physiological parameter display terminal 51 also comprises the structure and all functions of the described display terminal in the foregoing description.Particularly, this data of physiological index of this demonstration obtains the data of physiological index that equipment 52 obtains and is to comprise that through employing numerical value, curve chart, block diagram, scatterplot mode show said physiological parameter.
In this utility model; This data of physiological index obtains equipment and has realized that only device-specific bit is put or the electrode of contact just can obtain corresponding physiological parameter signals through being arranged on; And then pass through data transmission interface; Exporting data of physiological index to the display terminal corresponding with this parameter signal shows; Improved physiological parameter signals and detected the purpose of convenience, and, made and on an equipment, just can detect multinomial physiological parameter or physical signs because this equipment comprises a plurality of pick offs, a plurality of process chip and data transmission interface; And this equipment can adopt flexile shape and structure, makes that equipment multifunction, equipment cost, volume and weight etc. are reduced, the raising of portable devices property.
In this utility model; Through being arranged on the electrode that device-specific bit is put; Utilize a plurality of pick offs to obtain the corresponding physiological parameter signals of being gathered; A plurality of process chip are handled this physiological parameter signals, generate and export corresponding data of physiological index, and are sent to the display terminal demonstration through data transmission interface.In this utility model, all measuring processes all are the direct and Body contact of employing equipment, do not draw lead and probe; Having solved existing data of physiological index, to obtain the volume and weight of equipment bigger, and portability is not good, inconvenient problem with use; Thereby the volume and the weight of equipment have been reduced; Reduce equipment cost, improved the convenience that uses, reached the purpose of multifunction, miniaturization, portability.
The above is merely the preferred embodiment of this utility model; Not in order to restriction this utility model; Any modification of being done within all spirit and principles at this utility model, be equal to replacement and improvement etc., all should be included within the protection domain of this utility model.

Claims (10)

1. a data of physiological index obtains equipment, is connected with display terminal, it is characterized in that, said equipment comprises:
The electrode that is arranged on plane contact screen and poroid the window's position of equipment obtains a plurality of pick offs of corresponding physiological parameter signals;
With the corresponding connection of said a plurality of pick offs, said physiological parameter signals is handled, generate and export a plurality of process chip of corresponding data of physiological index; And
Be connected between said a plurality of process chip and the said display terminal, read the data of physiological index of said a plurality of process chip outputs, and return said data to said display terminal data presented coffret according to control instruction from display terminal.
2. equipment as claimed in claim 1 is characterized in that, said equipment is provided with plane contact screen and poroid window, wherein:
Said plane contact screen is provided with fetal rhythm measuring transducer electrode or human body heartbeat sensor electrode, is used to detect user's abdominal part or chest physiological signal;
Said poroid window is provided with electrocardio measuring transducer electrode or Oximetry sensor electrode, is used to detect the physiological signal of user's finger position.
3. equipment as claimed in claim 2 is characterized in that,
Said plane contact screen is arranged on the less end face of equipment, is convenient to operation;
Said poroid window is arranged on the both sides of equipment, is convenient to two holds, and puts into poroid window to finger.
4. like claim 2 or 3 described equipment, it is characterized in that,
Said poroid window comprises at least two poroid windows that are provided with electrocardio measuring transducer electrode; Be used for when user's finger touches; Obtain user's EGC parameter; And at least one is provided with the poroid window of Oximetry sensor electrode, is used for when user's finger touches, obtains user's blood oxygen parameter;
Said touch screen comprises that at least one is provided with the touch screen of fetal rhythm measuring transducer electrode; Be used for when user's abdominal part is touched; Obtain user's fetal rhythm parameter; And at least one is provided with the touch screen of human body heartbeat sensor electrode, is used for when user's chest is touched, obtaining user's heart beating parameter.
5. equipment as claimed in claim 4 is characterized in that, said process chip comprises EGC parameter signal processing chip, blood oxygen parameter signal process chip, fetal rhythm parameter signal process chip, heart beating parameter signal process chip.
6. equipment as claimed in claim 1 is characterized in that said data transmission interface comprises USB, WiFi or blue tooth interface.
7. equipment as claimed in claim 1 is characterized in that, it is to comprise comprising of cuboid, cylinder of a plurality of planar solids that said data of physiological index obtains equipment.
8. physiological parameter display terminal; It is characterized in that; Said terminal through USB, WiFi or blue tooth interface with obtain equipment like the described data of physiological index of claim 1 to 7 and be connected, be used to show that said data of physiological index obtains the data of physiological index that equipment obtains.
9. display terminal as claimed in claim 8 is characterized in that, the said data of physiological index of said demonstration obtains the data of physiological index that equipment obtains, and is to comprise that through employing numerical value, curve chart, block diagram, scatterplot mode show physiological parameter.
10. the described display terminal of claim 8 is characterized in that, described display terminal is smart mobile phone, PC or intelligent television equipment.
CN2011204469585U 2011-11-11 2011-11-11 Physiological index data acquisition device and physiological parameter display terminal Expired - Lifetime CN202386679U (en)

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Application Number Priority Date Filing Date Title
CN2011204469585U CN202386679U (en) 2011-11-11 2011-11-11 Physiological index data acquisition device and physiological parameter display terminal

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Application Number Priority Date Filing Date Title
CN2011204469585U CN202386679U (en) 2011-11-11 2011-11-11 Physiological index data acquisition device and physiological parameter display terminal

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102920463A (en) * 2012-11-06 2013-02-13 深圳创维-Rgb电子有限公司 Human body health parameter monitoring method and system based on smart television
CN107743267A (en) * 2017-11-01 2018-02-27 成都吱吖科技有限公司 A kind of intelligent television health control peripheral hardware maintenance device

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102920463A (en) * 2012-11-06 2013-02-13 深圳创维-Rgb电子有限公司 Human body health parameter monitoring method and system based on smart television
CN107743267A (en) * 2017-11-01 2018-02-27 成都吱吖科技有限公司 A kind of intelligent television health control peripheral hardware maintenance device
CN107743267B (en) * 2017-11-01 2021-06-29 临沂边锋自动化设备有限公司 Health management peripheral supervision device for smart television

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Granted publication date: 20120822