CN206775560U - A kind of mobile phone with multinomial human body physiological parameter detection function - Google Patents

Abstract

The utility model is a mobile phone with multiple detection functions of human physiological parameters, comprising a mobile phone body and standard accessories such as a front and back camera, a volume adjustment key, an on/off key, a charging socket, and a mobile phone screen arranged on the mobile phone body, and the upper end of the back of the mobile phone body A detection pressure plate is hinged, and the detection pressure plate is provided with a camera exposure hole for exposing the rear camera. The detection pressure plate is also provided with an IC card holding clip for containing the IC card; The sensing unit of the human body blood flow detection signal, the sensing unit includes a near-infrared emitting unit respectively arranged on the bottom surface of the detection platen, a photoelectric receiving unit correspondingly arranged at the bottom of the back of the mobile phone body, and a near-infrared emitting unit The photoelectric receiving unit abuts against each other when the detection pressure plate is covered on the mobile phone body. The utility model can simultaneously detect blood oxygen saturation, blood sugar, and blood flow index parameters of a human body.

Description

A mobile phone with multiple human physiological parameter detection functions

technical field

The utility model belongs to the technical field of mobile communication equipment mobile phones, and in particular relates to a mobile phone with multiple human body physiological parameter detection functions.

Background technique

The detection of human physiological parameters includes: the measurement of blood oxygen saturation, blood sugar, blood flow index parameters, sweating, and respiratory signals; among them, through the measurement of blood flow index parameters, it can be obtained Output includes: heart rate, cardiac output, blood viscosity and blood microcirculation status and other parameters; blood oxygen saturation is the capacity of oxygenated hemoglobin (Hb02) in the blood to the total hemoglobin (Hb) capacity that can be combined The percentage of the blood oxygen concentration in the blood is an important physiological parameter of the respiratory cycle. At present, existing mobile phones with intelligent detection functions for detecting human physiological parameters are very common, but they only detect one physiological parameter; if someone needs urgently, multiple physiological parameters of the human body need to be detected Can not meet the requirements when testing, for example: when it is necessary to detect blood oxygen saturation, blood sugar, and blood flow index parameters at the same time, the required purpose cannot be achieved; therefore, there is an urgent need for such a multiple human physiological Parameter detection feature phone.

Contents of the invention

The utility model aims at the above problems, makes up for the deficiencies of the prior art, and provides a mobile phone with multiple detection functions of human physiological parameters; the utility model can simultaneously detect blood oxygen saturation, blood sugar, blood Detection of streaming metrics parameters.

In order to achieve the above object, the utility model adopts the following technical solutions.

The utility model is a mobile phone with multiple detection functions of human body physiological parameters, comprising a mobile phone body and standard accessories such as a front and back camera, a volume adjustment key, an on/off key, a charging socket, a mobile phone screen and the like arranged on the mobile phone body, and is characterized in that: The upper end of the back of the mobile phone body is hinged with a detection pressure plate, and the detection pressure plate is provided with a camera exposure hole for exposing the rear camera, and the detection pressure plate is also provided with an IC card for containing the IC card. folder;

A sensing unit for acquiring human blood flow detection signals is arranged between the detection pressure plate and the back of the mobile phone body, and the sensing unit includes a near-infrared emission unit respectively arranged on the bottom surface of the detection pressure plate, a corresponding The photoelectric receiving unit arranged at the bottom of the back of the mobile phone body, the near-infrared emitting unit and the photoelectric receiving unit abut against each other when the detection pressure plate is closed on the mobile phone body;

The interior of the mobile phone body is provided with a mobile phone main control module, a blood sugar detection module, and a blood oxygen detection module. Electrically connected, the blood glucose detection module is connected with the main control module of the mobile phone; the photoelectric receiving unit is connected with the main control module of the mobile phone and the blood oxygen detection module respectively, and the blood oxygen detection module is connected with the main control module of the mobile phone; The main control module of the mobile phone is also respectively connected with a communication module and a memory, and the main control module of the mobile phone is connected with the screen of the mobile phone.

As a preferred solution of the present utility model, the detection pressure plate is made of hard transparent PVC board, the length and width of the detection pressure plate correspond to the length and width of the mobile phone body, and the thickness of the detection pressure plate is less than The thickness of the phone body.

As another preferred solution of the present invention, a red SOS button is provided on the top side of the mobile phone body, and the red SOS button is electrically connected to the main control module of the mobile phone.

As another preferred solution of the present utility model, the photoelectric receiving unit is connected to the main control module of the mobile phone through a signal processing module, the signal processing module is composed of an amplifier circuit and a filter shaping circuit, and the signal input terminal of the amplifier circuit is connected to The signal output end of the photoelectric receiving unit, the signal output end of the amplifying circuit is connected to the signal input end of the filter shaping circuit, and the signal output end of the filter shaping circuit is connected to the main control module of the mobile phone.

As another preferred solution of the present utility model, a port power conversion module, a communication level conversion module, and a blood oxygen power conversion module are arranged between the blood oxygen detection module and the main control module of the mobile phone; The modules are respectively connected to the port power conversion module, the communication level conversion module, and the blood oxygen power conversion module, and then connected to the main control module of the mobile phone.

As another preferred solution of the present invention, the blood oxygen detection module adopts a chip of model AFE4403.

As another preferred solution of the present invention, the port power conversion module adopts a chip of model LC1463CB5ATR33.

Further, the communication level shifting module adopts a chip of model SGM4553.

Furthermore, the blood oxygen power conversion module uses a chip modeled as LC1463CB5ATR33.

As another preferred solution of the present utility model, the near-infrared emitting unit is an infrared light-emitting diode, and the photoelectric receiving unit is a photoelectric sensor.

In addition, it should be noted that: the blood sugar test socket is provided with a metal contact point, and the metal contact point is connected to the blood sugar detection module; the blood sugar detection module detects the blood sugar according to the signal obtained from the metal contact point; The detection module is a miniature blood glucose detector, which is placed inside the mobile phone body. At the same time, the corresponding mobile phone APP software that can receive and display human physiological parameters (collecting blood oxygen saturation parameters, blood sugar parameters, and blood flow index parameters) is developed on the mobile phone body. The parameter value signal is transmitted to the mobile phone APP software on the mobile phone body and displayed on the mobile phone screen.

Beneficial effects of the utility model.

1. The utility model provides a mobile phone with multiple human physiological parameter detection functions. A detection pressure plate is hinged on the upper end of the back of the mobile phone body, and a device for obtaining The sensing unit of the human body blood flow detection signal can be detected by placing the fingertip at the position of the sensing unit and closing the detection pressure plate, which is convenient to operate; the mobile phone main control module, blood sugar detection module, blood The oxygen detection module realizes the detection of blood oxygen saturation, blood sugar detection, and blood flow index parameters detection on the human body at the same time.

2. The utility model is also provided with an IC card holding clip for containing IC cards on the detection pressure plate. When the wallet or card bag cannot hold redundant IC cards, the IC card holding clip can be used to store the IC card. Hold redundant IC cards, and put them together with the mobile phone without worrying about degaussing.

3. The top side of the mobile phone body described in the utility model is provided with a red SOS button, and the red SOS button is electrically connected to the main control module of the mobile phone; through the setting of the internal software of the mobile phone, when there is an unexpected need for rescue, as long as the user presses the button lightly Red SOS button, you can easily call for help.

Description of drawings

In order to make the technical problems, technical solutions and beneficial effects solved by the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and specific implementation methods. It should be understood that the specific embodiments described here are only used to explain the present utility model, and are not intended to limit the present utility model.

Fig. 1 is a structural schematic diagram of a mobile phone with multiple human physiological parameter detection functions according to the present invention.

Fig. 2 is a schematic diagram of the back structure of the utility model.

Fig. 3 is a block diagram of the circuit structure of the utility model.

Fig. 4 is a schematic structural diagram of the detection state of the present invention.

Marks in the figure: 1 is the red SOS button, 2 is the detection pressure plate, 3 is the blood sugar test paper, 4 is the mobile phone body, 5 is the blood sugar detection socket, 6 is the mobile phone screen, 7 is the near-infrared emitting unit, 8 is the photoelectric receiving unit, 9 is the camera exposure hole, 10 is the IC card holder, 11 is the signal processing module, 12 is the blood sugar detection module, 14 is the mobile phone main control module, 15 is the communication module, 16 is the blood oxygen detection module, 17 is the port power conversion Module, 18 is a communication level conversion module, 19 is a blood oxygen power conversion module, 20 is a memory, 21 is a fingertip, and 22 is a sensing unit.

detailed description

Shown in conjunction with accompanying drawing 1 to 3, a kind of mobile phone of the utility model has multiple human body physiological parameter detection functions, comprises mobile phone body 4 and is arranged on the front and back cameras on mobile phone body 4, volume adjustment key, switch key, charging socket . Mobile phone screen 6, characterized in that: the upper end of the back of the mobile phone body 4 is hinged with a detection pressure plate 2, and the detection pressure plate 2 is provided with a camera exposure hole 9 for exposing the rear camera, and the detection pressure plate 2 2 is also provided with the IC card holder 10 for containing the IC card.

Between the detection platen 2 and the back of the mobile phone body 4, a sensing unit 22 for acquiring human blood flow detection signals is arranged, and the sensing unit 22 includes near The infrared emitting unit 7 is correspondingly arranged on the photoelectric receiving unit 8 at the bottom of the back of the mobile phone body 4, and the near-infrared emitting unit 7 and the photoelectric receiving unit 8 abut against each other when the detection pressure plate 2 is covered on the mobile phone body 4 .

The inside of the mobile phone body 4 is provided with a mobile phone main control module 14, a blood glucose detection module 12, and a blood oxygen detection module 16. The side of the mobile phone body 4 is provided with a blood glucose detection socket 5 for inserting blood glucose detection test paper 3. The described The blood glucose detection socket 5 is electrically connected to the blood glucose detection module 12, and the blood glucose detection module 12 is connected to the main control module 14 of the mobile phone; the photoelectric receiving unit 8 is connected to the main control module 14 of the mobile phone and the blood oxygen detection module 16 respectively, so The blood oxygen detection module 16 is connected with the main control module 14 of the mobile phone;

As a preferred solution of the present utility model, the detection pressure plate 2 is made of hard transparent PVC plate, the length and width of the detection pressure plate 2 are set corresponding to the length and width of the mobile phone body 4, and the detection pressure plate The thickness of 2 is less than the thickness of mobile phone body 4.

As another preferred solution of the present invention, the top side of the mobile phone body 4 is provided with a red SOS button 1 , and the red SOS button 1 is electrically connected to the main control module 14 of the mobile phone.

The red SOS button 1 is used to send help information to the set mobile terminal through the communication module 15; specifically, if the user needs to be rescued, he only needs to press the red SOS button 1 on the side of the mobile phone body, and the mobile phone will automatically dial out Your emergency number (Note: The emergency number is set by the user through the internal software of the mobile phone according to personal circumstances, and the phone can be set to a certain relative or several relatives, etc.).

As another preferred solution of the present utility model, the photoelectric receiving unit 8 is connected to the main control module 14 of the mobile phone through a signal processing module 11, and the signal processing module 11 is composed of an amplifier circuit and a filter shaping circuit. The signal input end is connected to the signal output end of the photoelectric receiving unit 8, the signal output end of the amplifying circuit is connected to the signal input end of the filter shaping circuit, and the signal output end of the filter shaping circuit is connected to the main control module 14 of the mobile phone.

As another preferred solution of the present utility model, a port power conversion module 17, a communication level conversion module 18, and a blood oxygen power conversion module 19 are arranged between the blood oxygen detection module 16 and the main control module 14 of the mobile phone; The above blood oxygen detection module 16 is respectively connected with the port power conversion module 17, the communication level conversion module 18, the blood oxygen power conversion module 16 and then connected with the main control module 14 of the mobile phone.

As another preferred solution of the present invention, the blood oxygen detection module 16 adopts a chip of model AFE4403.

As another preferred solution of the present invention, the port power conversion module 17 adopts a chip of model LC1463CB5ATR33.

Further, the communication level conversion module 18 adopts a chip of model SGM4553.

Furthermore, the blood oxygen power conversion module 19 adopts a chip with the model number LC1463CB5ATR33.

As another preferred solution of the present invention, the near-infrared emitting unit 7 is an infrared light-emitting diode, and the photoelectric receiving unit 8 is a photoelectric sensor.

Described near-infrared emitting unit 7 is used to emit infrared rays, and photoelectric receiving unit 8 is used to receive the infrared rays emitted by near-infrared emitting unit 7, and convert the received infrared rays into electrical signals; through signal processing module 11, communicate with mobile phone The main control module 14 is connected with the photoelectric receiving unit 8, and is used to amplify, filter and shape the electrical signal converted by the photoelectric receiving unit and then output it to the main control module 14 of the mobile phone. The main control module 14 of the mobile phone calculates the heart rate, heartbeat output volume, blood viscosity and blood microcirculation status. At the same time, through the blood oxygen detection module 16, the port power conversion module 17, the communication level conversion module 18, and the blood oxygen power conversion module 19, the electrical signal converted by the photoelectric receiving unit 8 is processed and then output to the main control module 14 of the mobile phone. , the blood oxygen saturation is calculated by the main control module 14 of the mobile phone.

In addition, the blood glucose test socket 5 is provided with a metal contact point, and the metal contact point is connected to the blood glucose detection module 12; the blood glucose detection module 12 detects the blood glucose according to the signal obtained from the metal contact point; The blood glucose detection module 12 is a miniature blood glucose detector, which is placed inside the mobile phone body 4; by dropping the blood of the person to be tested on the blood glucose detection test paper 3, and then inserting the blood sugar detection test paper 3 into the blood glucose test socket 5 on the mobile phone body 4, the It can detect the blood sugar content of a person; the blood sugar detection module 12 built in the mobile phone body 4 conducts analysis, and when the blood sugar level exceeds the standard, the detected value will be displayed in red on the mobile phone screen 6 .

At the same time, the mobile phone body 4 is developed with corresponding mobile phone APP software capable of receiving and displaying human physiological parameters (collecting blood oxygen saturation parameters, blood sugar parameters, blood flow index parameters), through the mobile phone main control module 14 The physiological parameter value signal is transmitted to the mobile phone APP software of the mobile phone body 4 and displayed on the mobile phone screen 6 .

Medical research shows that red blood cells in blood have a strong ability to absorb infrared rays; as the heart beats, the volume of blood in human tissues will change accordingly. When the blood is sent to the tissue, its transmittance to infrared light decreases; when the blood flows back to the heart, the transmittance of the tissue to infrared light increases. This phenomenon is most obvious at the fingertips. Therefore, the utility model detects by detecting the pressing plate 2, adopts infrared light-emitting diodes to irradiate the fingertip position, and adopts a photoelectric receiving unit 8, that is, a photoelectric sensor, to receive transmitted light on the other side of the position and convert the optical signal into an electrical signal. After the electrical signal is amplified, filtered, and shaped by the signal processing module 11, a square wave signal corresponding to the heart rate that can be recognized by the main control module 14 of the mobile phone can be obtained; at the same time, this electrical signal is also used to detect blood oxygen saturation. The input signal of the blood oxygen detection module 16.

When measuring, just place the fingertip 21 between the near-infrared emitting unit 7 and the photoelectric receiving unit 8, and under the action of the hinge between the detection pressure plate 2 and the mobile phone body 4, the detection pressure plate 2 and the mobile phone body 4 will pinch the fingertip live. As the heart beats, the concentration of red blood cells in the fingertip 21 also changes periodically, so the photoelectric receiving unit 8 can pick up the periodically changing electrical signal. This electrical signal is extremely weak, and the signal processing module 11 inside the mobile phone body 4 is amplified through a high-gain amplifying circuit, and then can be sent to the main control module 14 of the mobile phone for processing after filtering and shaping. Finally, the detected blood oxygen saturation parameters, blood glucose parameters, and blood flow index parameters are all transmitted to the mobile phone APP software of the mobile phone body 4 through the main control module 14 of the mobile phone and displayed on the mobile phone screen 6 .

It can be understood that the above specific description of the utility model is only used to illustrate the utility model and is not limited to the technical solutions described in the embodiments of the utility model. Those of ordinary skill in the art should understand that the utility model can still be Modifications or equivalent replacements are carried out to achieve the same technical effect; as long as the needs of use are met, they are all within the protection scope of the present utility model.

Claims (10)

1. A mobile phone with multiple human physiological parameter detection functions, including a mobile phone body (4) and front and rear cameras, volume adjustment keys, power on and off keys, charging sockets, and a mobile phone screen (6) arranged on the mobile phone body (4) and other standard accessories, characterized in that: the upper end of the back of the mobile phone body (4) is hinged with a detection pressure plate (2), and the detection pressure plate (2) is provided with a camera exposure hole (9) for exposing the rear camera ), the detection pressure plate (2) is also provided with an IC card holding clip (10) for containing the IC card; the detection pressure plate (2) and the back of the mobile phone body (4) are provided with a device for obtaining human body A sensing unit (22) for blood flow detection signals, the sensing unit (22) includes near-infrared emitting units (7) respectively disposed on the bottom surface of the detection platen (2), correspondingly disposed on the The photoelectric receiving unit (8) at the bottom of the back of the mobile phone body (4), the near-infrared emitting unit (7) and the photoelectric receiving unit (8) interact with each other when the detection pressure plate (2) is covered on the mobile phone body (4) abutment; the mobile phone body (4) is internally provided with a mobile phone main control module (14), a blood sugar detection module (12), and a blood oxygen detection module (16), and the side of the mobile phone body (4) is provided with a The blood glucose detection socket (5) where the detection test strip (3) is inserted, the blood glucose detection socket (5) is electrically connected to the blood glucose detection module (12), and the blood glucose detection module (12) is connected to the main control module (14) of the mobile phone connected; the photoelectric receiving unit (8) is respectively connected with the main control module (14) and the blood oxygen detection module (16) of the mobile phone, and the blood oxygen detection module (16) is connected with the main control module (14) of the mobile phone; The mobile phone main control module (14) is also respectively connected with a communication module (15) and a memory (20), and the mobile phone main control module (14) is connected with the mobile phone screen (6). 2. A mobile phone with multiple human physiological parameter detection functions according to claim 1, characterized in that: the detection pressure plate (2) is made of hard transparent PVC plate, and the detection pressure plate (2 ) length and width are set corresponding to the length and width of the mobile phone body (4), and the thickness of the detection pressure plate (2) is smaller than the thickness of the mobile phone body (4). 3. A mobile phone with multiple human physiological parameter detection functions according to claim 1, characterized in that: the top side of the mobile phone body (4) is provided with a red SOS button (1), and the red SOS The button (1) is electrically connected with the main control module (14) of the mobile phone. 4. A mobile phone with multiple human physiological parameter detection functions according to claim 1, characterized in that: the photoelectric receiving unit (8) communicates with the main control module (14) of the mobile phone through the signal processing module (11) The signal processing module (11) is composed of an amplifier circuit and a filter shaping circuit. The signal input end of the amplifier circuit is connected to the signal output end of the photoelectric receiving unit (8), and the signal output end of the amplifier circuit is connected to the filter shaping circuit. The signal input end of the circuit and the signal output end of the filtering and shaping circuit are connected to the main control module (14) of the mobile phone. 5. A mobile phone with multiple human physiological parameter detection functions according to claim 1, characterized in that: a port power supply is set between the blood oxygen detection module (16) and the main control module (14) of the mobile phone Conversion module (17), communication level conversion module (18), blood oxygen power conversion module (19); the blood oxygen detection module (16) is connected with port power conversion module (17), communication level conversion module ( 18). The blood oxygen power conversion module (19) is connected to the main control module (14) of the mobile phone. 6. A mobile phone with multiple human physiological parameter detection functions according to claim 1, characterized in that: said blood oxygen detection module (16) adopts a chip of model AFE4403. 7. A mobile phone with multiple human physiological parameter detection functions according to claim 5, characterized in that: said port power conversion module (17) adopts a chip of model LC1463CB5ATR33. 8. A mobile phone with multiple human physiological parameter detection functions according to claim 5, characterized in that: said communication level conversion module (18) adopts a chip of model SGM4553. 9. A mobile phone with multiple human physiological parameter detection functions according to claim 5, characterized in that: the blood oxygen power conversion module (19) adopts a chip of model LC1463CB5ATR33. 10. A mobile phone with multiple human physiological parameter detection functions according to claim 1, characterized in that: the near-infrared emitting unit (7) is an infrared light-emitting diode, and the photoelectric receiving unit (8) For the photoelectric sensor.