CN103976730A - Portable physiological parameter measuring instrument and physiological parameter measuring function quick starting method - Google Patents
Portable physiological parameter measuring instrument and physiological parameter measuring function quick starting method Download PDFInfo
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- CN103976730A CN103976730A CN201410220195.0A CN201410220195A CN103976730A CN 103976730 A CN103976730 A CN 103976730A CN 201410220195 A CN201410220195 A CN 201410220195A CN 103976730 A CN103976730 A CN 103976730A
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Abstract
The invention relates to a portable physiological parameter measuring instrument which comprises a human body trigger induction unit, a measuring circuit connected with the human body trigger induction unit, a control module connected with the measuring circuit and an acceleration sensor. The acceleration sensor is used for sending awakening signals to the control module when the acceleration is larger than a preset threshold; the measuring circuit comprises a contact sensing unit, and the control module sends starting signals to the contact sensing unit when receiving the awakening signals. The contact sensing unit starts a human body trigger sensing function after receiving the starting signals, and if the contact sensing unit detects during the preset duration that the human body trigger induction unit senses trigger signals of the human body, the contact sensing unit sends working mode switching signals to the control module to enable the control module to be switched from a standby mode to a working mode and begin to perform physiological parameter measurement. According to the portable physiological parameter measuring instrument, awakening is finished by utilizing the time period from the time when a device is taken up to the time when users adjust the holding postures, and quick starting measurement without key starting and without waiting is achieved.
Description
Technical field
The present invention relates to medical instruments field, particularly relate to a kind of portable physiological parameter measuring device, also relate to a kind of physiological parameter measurement function quick start method.
Background technology
Current portable electrocardiosignal measuring device, measures if need to start electrocardio, conventionally need to do repeatedly button operation and can trigger startup measurement function.User, when being badly in need of surveying record electrocardio, often needs the longer time of wait, and user may miss the best surveying record time like this.
Summary of the invention
Based on this, be necessary to provide a kind of portable physiological parameter measuring device that can start fast measurement function.
A kind of portable physiological parameter measuring device, comprise that human body triggers sensing unit, the measuring circuit being connected with human body triggering sensing unit and the control module being connected with measuring circuit, also comprise acceleration transducer, described acceleration transducer for sending wake-up signal to described control module when acceleration being detected and be greater than predetermined threshold value; Described measuring circuit comprises contact-sensing unit, and described control module sends enabling signal to described contact-sensing unit when receiving described wake-up signal; Described contact-sensing unit starts human body and triggers sensing function after receiving described enabling signal, if described human body detected in default duration, trigger sensing units sense to the triggering signal of human body, to described control module, send mode of operation switching signal, described control module is switched to mode of operation and is started to carry out physiological parameter measurement by standby mode after receiving mode of operation switching signal.
In an embodiment, described portable physiological parameter measuring device also comprises memorizer therein, for storing the physiological parameter measuring.
In an embodiment, described portable physiological parameter measuring device also comprises the display module being connected with described control module therein.
In an embodiment, described portable physiological parameter measuring device also comprises the input module being connected with described control module therein, and described input module comprises button and/or contact panel.
Therein in an embodiment, described portable physiological parameter measuring device is cardiographic detector, it is electrode slice that described human body triggers sensing unit, described contact-sensing unit is the testing circuit that comes off that leads, the described human body that starts after receiving enabling signal triggers sensing function, to start the cardiac diagnosis lead detection that comes off, judgement is led after connecting and is sent mode of operation switching signal to described control module, and described control module is switched to mode of operation and started to carry out ecg wave form measurement by standby mode after receiving mode of operation switching signal.
Therein in an embodiment, also comprise the mike and the speaker that are connected with described control module, whether described control module records by described display module prompting user after described ecg wave form measurement completes, and at input module, get recording and open sound-recording function after enabled instruction, record the voice that mike picks up and bind with current ecg wave form after be stored in described memorizer; Described control module input module get to ecg wave form check instruction time by display module, show selected ecg wave form, and play the voice with ecg wave form binding by described speaker.
Also be necessary to provide a kind of physiological parameter measurement function quick start method.
A physiological parameter measurement function quick start method, comprises the following steps: step 1, and portable physiological parameter measuring device is placed in standby mode; Step 2, detects portable physiological parameter measuring device whether the motion that acceleration is greater than predetermined threshold value occurs, and if so, performs step three; Step 3, starts human body and triggers sensing function; Step 4, if transducing signal detected in default duration, described portable physiological parameter measuring device is switched to mode of operation and is started by standby mode and carries out physiological parameter measurement, otherwise returns to step 1.
Therein in an embodiment, described physiological parameter is ecg wave form, described step 3 is to start the cardiac diagnosis lead detection that comes off, if being the electrode slice that portable physiological parameter measuring device detected in default duration, described step 4 contacted by human body, by standby mode, switch to mode of operation and start and carry out physiological parameter measurement, otherwise return to step 1.
Therein in an embodiment, described physiological parameter is blood oxygen saturation, described step 3 is to start blood oxygen inducing function, if described step 4 is to detect in default duration between the luminous tube and photosensitive tube that detected part stretches into portable physiological parameter measuring device, by standby mode, switch to mode of operation and start and carry out physiological parameter measurement, otherwise return to step 1; Or described physiological parameter is body temperature, described step 3 is to start body temperature inducing function, if being the electrode slice of physiological parameter measuring device in default duration, described step 4 senses that temperature rises, and is switched to mode of operation and is started by standby mode and carry out physiological parameter measurement, otherwise return to step 1.
In an embodiment, after described step 4, also comprise step 5 therein: carry out voice recording, and voice and current ecg wave form are bound.
Above-mentioned portable physiological parameter measuring device wakes contact-sensing unit up after acceleration being detected again, under standby mode without to contact-sensing unit power supply, thereby can guarantee the low power consumption under standby.Utilize acceleration transducer portable physiological parameter measuring device to be detected and picked up to user and adjust and hold appearance and complete and wake up during this period of time, contact-sensing unit detects user and finger is aimed to human body triggers after sensing unit, equipment just can start to have measured immediately automatically.Thereby realized without button, start, without the quick startup of waiting for, measure.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of portable physiological parameter measuring device in an embodiment;
Fig. 2 is the flow chart of physiological parameter measurement function quick start method in an embodiment;
Fig. 3 is the flow chart of physiological parameter measurement function quick start method in another embodiment.
The specific embodiment
For object of the present invention, feature and advantage can more be become apparent, below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
Fig. 1 is the structured flowchart of portable physiological parameter measuring device in an embodiment, comprises that human body triggers sensing unit 10, measuring circuit 20, acceleration transducer 30, control module 40, memorizer 50, display module 60 and input module 70.Control module 40 is connected with acceleration transducer 30, memorizer 50, display module 60 and input module 70, and measuring circuit 20 also triggers sensing unit 10 with human body and is connected.Input module 70 can be button and/or contact panel, and contact panel and display module 60 combinations are as touch screen.Measuring circuit 20 comprises contact-sensing unit.Control module 40 can adopt MCU to carry out computing, detect the man-machine interactions such as control, demonstration, input as main control unit.Portable physiological parameter measuring device is the standby mode in low-power consumption at ordinary times, closes most of circuit but keeps the power supply to acceleration transducer 30.Acceleration transducer 30, when acceleration being detected and be greater than predetermined threshold value (for example, when user is picked up portable physiological parameter measuring device), sends wake-up signals to control module 40.Control module 40 sends enabling signal to the contact-sensing unit in measuring circuit 20 when receiving wake-up signal, contact-sensing unit starts human body sensing contact function after receiving enabling signal, if human body detected in default duration, trigger the triggering signal that sensing unit 10 senses human body, for example by human body, contacted, to control module 40, send mode of operation switching signal, control module 40 is switched to mode of operation and is started to carry out physiological parameter measurement by standby mode after receiving mode of operation switching signal, the physiological parameter measuring shows by display module 60, and be stored in memorizer 50.If human body triggers the triggering signal that sensing unit 10 does not sense human body in default duration always, just false triggering is described, control module 40 is controlled portable physiological parameter measuring device and is returned to standby mode, to save electric power, to extend cruising time.
Above-mentioned portable physiological parameter measuring device, the standby mode in low-power consumption at ordinary times, most of circuit is closed, and display module 60 is closed or in calendar/time showing pattern, but keeps the power supply to acceleration transducer 30.In the time of need to measuring due to user, must pick up this portable physiological parameter measuring device, thereby produce an acceleration, acceleration transducer 30 detects after this acceleration that has surpassed predetermined threshold value, trigger the interrupt output (sending wake-up signal to control module 40) of IO mouth, by system wake-up and start the human body sensing contact function of contact-sensing unit, if contact-sensing unit detects human body triggering sensing unit 10 and is contacted by human body in default duration, start to carry out physiological parameter measurement, thereby realized without button, start, without the quick startup of waiting for, measure.
Above-mentioned portable physiological parameter measuring device wakes contact-sensing unit up after acceleration being detected again, under standby mode without to contact-sensing unit power supply, thereby can guarantee the low power consumption under standby.First sense acceleration, that human body triggers this sequencing of contact of sensing unit 10 is again extremely important, because user can specially not aimed at human body by finger and trigger sensing unit 10 when picking up portable physiological parameter measuring device, but again finger is adjusted to after picking up, aim at the posture that human body triggers sensing unit 10.From portable physiological parameter measuring device being detected, picked up to user and adjust and hold appearance and enough complete and wake up during this period of time, so contact-sensing unit detects user and finger aimed to human body triggers after sensing unit 10, equipment just can start to have measured immediately automatically.With electrocardio, be measured as example, the user cardiopalmus that may happen suddenly, waits for if spend the more time while starting measuring instrument, may just miss valuable optimum measurement writing time, and the diagnosis of the state of an illness is caused to negative effect.
Above-mentioned portable physiological parameter measuring device can be cardiographic detector, blood oxygen measuring device, body temperature measuring instrument etc., can be also the polymeter that can measure multiple physiological parameter.
At portable physiological parameter measuring device, be in the embodiment of cardiographic detector, it is electrode slice that human body triggers sensing unit, and contact-sensing unit is the testing circuit that comes off that leads.In different embodiment, can adopt the direct current dropping detection method that leads, also can adopt to exchange the dropping detection method human body of leading and whether contact with electrode slice.
At portable physiological parameter measuring device, be in the embodiment of blood oxygen measuring device, human body triggers sensing unit and comprises luminous tube and photosensitive tube, when stretching into finger between luminous tube and photosensitive tube, contact-sensing unit can sense the triggering signal of human body, i.e. the Sensor On of blood oxygen.
At portable physiological parameter measuring device, be in the embodiment of body temperature measuring instrument, it is electrode slice that human body triggers sensing unit, whether contact-sensing unit, for detection of having temperature to rise, can be specifically to detect the amplitude that in default duration, temperature rises whether to be greater than preset temperature threshold value.
In an embodiment, portable physiological parameter measuring device also comprises mike and the speaker being connected with control module 40 therein.Whether control module 40 records by display module 60 prompting user after ecg wave form measurement completes, and user is selected to start after sound-recording function, and input module 70 gets recording enabled instruction and opens sound-recording function.User can be given an oral account the background that the ecg wave form just surveyed produces, such as physiological situation at that time, disease, impression etc.The voice that pick up by mike and this ecg wave form are stored in memorizer 50 with the form of voice label after binding.User is follow-up can choose the ecg wave form recording by input module 70, and check by display module 60, equipment plays by speaker the voice of binding with this section of ecg wave form simultaneously, medical worker is known residing situation when sufferer produces this ecg wave form accordingly, as the reference of diagnosis.
Acceleration transducer 30 can adopt 3-axis acceleration sensor, LIS3DH, the MPU-6000 of Direct Digital output, ADXL362 etc.According to staff, pick up the common acceleration of article, the predetermined threshold value of acceleration is traditionally arranged to be 1g～3g.Measuring circuit 20 can adopt discrete circuit, also can adopt special IC.
The present invention provides a kind of physiological parameter measurement function quick start method simultaneously, as shown in Figure 2, comprises the following steps:
S110, portable physiological parameter measuring device is placed in standby mode.
Portable physiological parameter measuring device is the standby mode in low-power consumption at ordinary times.
S120, detects whether the motion that acceleration is greater than predetermined threshold value occurs.
If portable physiological parameter measuring device generation acceleration is greater than the motion of predetermined threshold value, triggers and enter step S130, otherwise maintain standby mode always.In an embodiment, the predetermined threshold value of acceleration is picked up the common acceleration of article according to staff, is set to 1g～3g therein.Can adopt 3-axis acceleration sensor, LIS3DH, the MPU-6000 of Direct Digital output, ADXL362 etc. carry out acceleration detection.
S130, starts human body and triggers sensing function.
In the present embodiment, what portable physiological parameter measuring device was measured is EGC parameter, and this step is to start corresponding circuit module, detects on the electrode slice of portable physiological parameter measuring device whether have body surface contact.Can be specifically to start the testing circuit that comes off of leading to carry out the cardiac diagnosis lead detection that comes off.Can adopt the direct current dropping detection method that leads, also can adopt to exchange the dropping detection method that leads and detect.
S140, if transducing signal detected in default duration, performs step S150, otherwise returns to step S110.
In the present embodiment, if electrode slice detected in default duration, by human body, do not contacted, the wish that just false triggering, user are not now measured is described, therefore return to step S110 standby to save electric power.
S150, is switched to mode of operation and is started to carry out physiological parameter measurement by standby mode.
In other embodiments, the physiological parameter measurement of measurement can be also blood oxygen saturation, body temperature etc.The direct object that it is emphasized that measurement is not to obtain diagnostic result or health status, and just obtains the physiological parameter as intermediate object program.In measuring the embodiment of blood oxygen saturation, step S130 starts blood oxygen inducing function, between luminous tube and photosensitive tube that if detect in default duration in step S140, detected part stretches into portable physiological parameter measuring device, by standby mode, switch to mode of operation and start and carry out physiological parameter measurement, otherwise return to step S110.In the embodiment of take temperature, S130 starts body temperature inducing function, if being the electrode slice of physiological parameter measuring device in default duration, step S140 senses temperature rising (can be specifically to detect the amplitude that in default duration, temperature rises whether to be greater than preset temperature threshold value), by standby mode, switch to mode of operation and start and carry out physiological parameter measurement, otherwise return to step S110.
In another embodiment, further comprising the steps of after step S150:
S160, carries out voice recording, and voice and current ecg wave form are bound.
User can be given an oral account the background of the ecg wave form generation of just having surveyed in step S150, such as physiological situation, disease, impression etc.After voice are recorded, bind with corresponding ecg wave form, with the form of voice label, store.
S170, checks and shows ecg wave form, plays the voice with ecg wave form binding simultaneously.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a portable physiological parameter measuring device, comprise that human body triggers sensing unit, the measuring circuit being connected with human body triggering sensing unit and the control module being connected with measuring circuit, it is characterized in that, also comprise acceleration transducer, described acceleration transducer for sending wake-up signal to described control module when acceleration being detected and be greater than predetermined threshold value; Described measuring circuit comprises contact-sensing unit, and described control module sends enabling signal to described contact-sensing unit when receiving described wake-up signal; Described contact-sensing unit starts human body and triggers sensing function after receiving described enabling signal, if described human body detected in default duration, trigger sensing units sense to the triggering signal of human body, to described control module, send mode of operation switching signal, described control module is switched to mode of operation and is started to carry out physiological parameter measurement by standby mode after receiving mode of operation switching signal.
2. portable physiological parameter measuring device according to claim 1, is characterized in that, described portable physiological parameter measuring device also comprises memorizer, for storing the physiological parameter measuring.
3. portable physiological parameter measuring device according to claim 2, is characterized in that, described portable physiological parameter measuring device also comprises the display module being connected with described control module.
4. portable physiological parameter measuring device according to claim 3, is characterized in that, described portable physiological parameter measuring device also comprises the input module being connected with described control module, and described input module comprises button and/or contact panel.
5. portable physiological parameter measuring device according to claim 4, it is characterized in that, described portable physiological parameter measuring device is cardiographic detector, it is electrode slice that described human body triggers sensing unit, described contact-sensing unit is the testing circuit that comes off that leads, the described human body that starts after receiving enabling signal triggers sensing function, to start the cardiac diagnosis lead detection that comes off, judgement is led after connecting and is sent mode of operation switching signal to described control module, described control module is switched to mode of operation and is started to carry out ecg wave form measurement by standby mode after receiving mode of operation switching signal.
6. portable physiological parameter measuring device according to claim 5, it is characterized in that, also comprise the mike and the speaker that are connected with described control module, whether described control module records by described display module prompting user after described ecg wave form measurement completes, and at input module, get recording and open sound-recording function after enabled instruction, record the voice that mike picks up and bind with current ecg wave form after be stored in described memorizer; Described control module input module get to ecg wave form check instruction time by display module, show selected ecg wave form, and play the voice with ecg wave form binding by described speaker.
7. a physiological parameter measurement function quick start method, comprises the following steps:
Step 1, portable physiological parameter measuring device is placed in standby mode;
Step 2, detects portable physiological parameter measuring device whether the motion that acceleration is greater than predetermined threshold value occurs, and if so, performs step three;
Step 3, starts human body and triggers sensing function;
Step 4, if transducing signal detected in default duration, described portable physiological parameter measuring device is switched to mode of operation and is started by standby mode and carries out physiological parameter measurement, otherwise returns to step 1.
8. physiological parameter measurement function quick start method according to claim 7, it is characterized in that, described physiological parameter is ecg wave form, described step 3 is to start the cardiac diagnosis lead detection that comes off, if being the electrode slice that portable physiological parameter measuring device detected in default duration, described step 4 contacted by human body, by standby mode, switch to mode of operation and start and carry out physiological parameter measurement, otherwise return to step 1.
9. physiological parameter measurement function quick start method according to claim 7, it is characterized in that, described physiological parameter is blood oxygen saturation, described step 3 is to start blood oxygen inducing function, if described step 4 is to detect in default duration between the luminous tube and photosensitive tube that detected part stretches into portable physiological parameter measuring device, by standby mode, switch to mode of operation and start and carry out physiological parameter measurement, otherwise return to step 1; Or
Described physiological parameter is body temperature, described step 3 is to start body temperature inducing function, if being the electrode slice of physiological parameter measuring device in default duration, described step 4 senses that temperature rises, and is switched to mode of operation and is started by standby mode and carry out physiological parameter measurement, otherwise return to step 1.
10. physiological parameter measurement function quick start method according to claim 8, is characterized in that, also comprises step 5 after described step 4: carry out voice recording, and voice and current ecg wave form are bound.
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