CN103462593A - Body temperature monitoring device with timed awakening, identity recognition and data remote wireless transmission functions - Google Patents
Body temperature monitoring device with timed awakening, identity recognition and data remote wireless transmission functions Download PDFInfo
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- CN103462593A CN103462593A CN2013104043020A CN201310404302A CN103462593A CN 103462593 A CN103462593 A CN 103462593A CN 2013104043020 A CN2013104043020 A CN 2013104043020A CN 201310404302 A CN201310404302 A CN 201310404302A CN 103462593 A CN103462593 A CN 103462593A
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Abstract
The invention relates to a body temperature monitoring device with timed awakening, identity recognition and data remote wireless transmission functions. The device is mainly composed of a body temperature monitoring probe (A), a body temperature monitoring host (B) and a data processing terminal (C) which are independent relatively. By means of the device, self body temperature monitoring at fixed time points in fixed periods of patients or attendants can be achieved according to clinical requirements or physician orders, automatic transmission of body temperature data is achieved, and labor costs of hospitals are greatly saved.
Description
Affiliated technical field
The present invention relates to a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions, belong to the medical apparatus and instruments category that hospital clinical is used.
Background technology
Temperature monitoring is one of important indicator of evaluate patient health status, and the promptness of temperature monitoring, accuracy, reliability directly affect the temperature monitoring of diagnosis, treatment and the nursing efficacy, particularly perioperative of disease, and clinical meaning is particularly important.Many Anesthetists, at perioperative, have often ignored monitoring and the hypothermic prevention of body temperature, thereby have made the incidence rate of " hypothermia " higher.Hypothermia easily causes patient's adverse consequencess such as delay, resistance reduce, wound healing is slow of reviving.In common clinical monitoring and treatment, medical personnel also usually will pay close attention to the time dependent situation of body temperature of some particular patients ' (for example critically ill patient or infant).But clinical while being monitored body temperature both at home and abroad, the nurse need every day to each patient according to the doctor's advice take temperature, record body temperature, draw temperature curve, increase very large workload.
For this reason, the present invention proposes the body-temperature monitoring device with functions such as timing wake-up, identification and the wireless transmission of remote data, can every day the timing wake-up patient monitors body temperature voluntarily, the temperature data long distance wireless that obtains is sent to nurse station data processing terminal, greatly saved the work workload.And the present invention will contact the temperature monitoring probe of human body and the split-type design that body-temperature monitoring device main frame, Remote data processing terminal adopt relatively independent unit, the temperature monitoring probe production cost of contact human body is low, can a set of, the disposable use of a people, be applicable to clinical expansion.
Summary of the invention
The present invention proposes a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions, mainly temperature monitoring probe, body-temperature monitoring device main frame, three relatively independent unit of data processing terminal, consists of.Temperature monitoring probe and the mutual joining FPDP of body-temperature monitoring device main frame can adopt and connect soon mode and connect, the namely data-out port on temperature monitoring probe and the data-in port UNICOM of body-temperature monitoring device main frame, the body-temperature monitoring device main frame can be read the temperature data obtained and temperature data and patient identity information etc. are synchronizeed to long distance wireless and be sent to data processing terminal.Wherein:
Described temperature monitoring probe mainly is comprised of body temperature sensing element, call wire, data processor, data-out port, protecting sheathing, the interior identification electronic chip that can also be provided with the identification electronic chip of the blank that can write identification code (ID) simultaneously or write identification code (ID) of temperature monitoring probe.
The body temperature sensing element is positioned at the front position of temperature monitoring probe, the body temperature sensing element can adopt the universal electric elements such as PN junction, critesistor, integrated digital sensor to make, but because the critesistor cost is low, highly sensitive, the response fast, precision can meet the medical body temperature measurement requirement, therefore can classify preferred material as.Data processor is by call wire and body temperature sensing element UNICOM, data processor is mainly used in the variations in temperature signal that the body temperature sensing element measures and is converted to voltage or current changing signal, realize obtaining of temperature information, 32 models such as arm processor LM3S101 that data processor of the present invention can select Luminary company to produce.Data-out port is the UNICOM with the body-temperature monitoring device main frame for temperature monitoring probe, can adopt the universal electric material such as micro USB plug to make.Protecting sheathing adopts the non-toxic high molecular material injection moldeds such as ABS or PP.
Temperature monitoring probe can't work alone when temperature monitoring, must support the use with the body-temperature monitoring device main frame that can read its output temperature signal, can carry out the functions such as temperature data calculating, demonstration, storage, remote data transmission.
Described body-temperature monitoring device main frame mainly is comprised of data-in port, single-chip microcomputer, timing wake-up module, wireless data communication module, display, control knob, power supply, integrated circuit board, protecting sheathing.The interior identification electronic chip that can also be provided with the identification electronic chip of the blank that can write identification code (ID) simultaneously or write identification code of body-temperature monitoring device main frame.
Body-temperature monitoring device main frame and temperature monitoring probe are two fast relatively independent split type unit of UNICOM, the data-out port coupling of body-temperature monitoring device host data input port and temperature monitoring probe also can quick UNICOM, and quick UNICOM mode generally adopts plug-in, screw socket to spin etc.
The body-temperature monitoring device main frame at least should be built-in with a single-chip microcomputer, preferably adopts two single-chip microcomputer work so that raising speed.Single-chip microcomputer is converted to corresponding temperature value for the computing the resistor value that the temperature monitoring probe is obtained, realize the functions such as temperature data calculates, reads, stores, output, single-chip microcomputer can adopt the AT89, two series of AT90 of 51LPC series, the ATMEl company of PHLIPIS company etc.After body-temperature monitoring device main frame and temperature monitoring probe UNICOM, the built-in single-chip microcomputer of body-temperature monitoring device main frame amplifies the resistance signal of temperature monitoring probe input convert to the body temperature digital signal of circuit identification that can be integrated by inside, then by display (as liquid crystal, charactron, LED matrix etc.), demonstrates the temperature data that monitoring is obtained.
In temperature monitoring probe or body-temperature monitoring device main frame or three unit of data processing terminal, at least should there is a unit to be provided with the timing wake-up module, that is to say, it is upper that the timing wake-up module both can be arranged on the temperature monitoring probe, also can be arranged on the body-temperature monitoring device main frame, also can be arranged on data processing terminal.The timing wake-up module mainly is comprised of timing/intervalometer and autocue two parts, and the wake-up period of timing wake-up module, wakeup time point can independently be set.Timing/intervalometer both can adopt independently real-time timepiece chip (RTC, also referred to as clock chip, generally can adopt as models such as DS1302, DS1307, PCF8485), also can select the single-chip microcomputer that is embedded with timing/timer function, can certainly be the built-in RTC clock of PC or the OS clock of employing or shared data processing terminal.Autocue refers to the electronic component that can send sound, light, electric a kind of cue or sound, light, any one combination cue of electricity, such as adopting any one or more the combination such as buzzer, speaker, electronic vibrator, display, provide the combination of any signals such as auditory tone cues signal, vibration prompting signal or text prompt signal or several signals.The autocue effect is after the body-temperature monitoring device main frame is waken up according to the autonomous time point of setting of medical personnel, send acousto-optic-electric cue (such as voice suggestion, light flash, vibration etc.), remind patient or medical personnel to carry out the temperature monitoring operation.After the temperature monitoring data acquisition, also can send acousto-optic-electric cue (such as voice suggestion, light flash, vibration etc.), remind the monitoring EO.When temperature monitoring probe or body-temperature monitoring device main frame are provided with the timing wake-up module, the timing wake-up module can, according to repetition period and the time point set, regularly regularly initiatively be waken the body-temperature monitoring device host-initiated up and send operational order or the prompting of active monitoring body temperature by autocue to patient or entourage.During timing wake-up module that data processing terminal is provided with, the timing wake-up module can, according to repetition period and the time point set, start and pass through autocue (22) by the regular regularly Remote Wake Up body-temperature monitoring device main frame (B) of wireless data communication module and send operational order or the prompting of active monitoring body temperature to patient or entourage.Below the timing wake-up functions of modules is further illustrated, XX hospital 5 lesiones, doctor's advice requires the nurse to carry out 2 times temperature monitoring every day to Perioperative Patients, and once, at 3 in afternoon, once this stage had Perioperative Patients 21 examples to 8 a.m.; Adopt the present invention to monitor body temperature, require to set wake-up period and wakeup time point on the body-temperature monitoring device main frame according to above doctor's advice: wake up every day 2 times, 8 a.m. once, at 3 in afternoon once; The each patient is equipped with one of temperature monitoring probe, one, body-temperature monitoring device main frame and meets soon UNICOM by medical personnel and completes, when operation is used first, to each patient or entourage, used the explanation of operational approach to demonstrate, so that each patient or entourage know occupation mode and arousal function.So at whole hospitalization in the cycle, 8 of every mornings or afternoons 3 point, timing wake-up module startup work on the body-temperature monitoring device main frame, timing/intervalometer that the body-temperature monitoring device main frame is set wakes up, the autocue of body-temperature monitoring device main frame sends the voice suggestion of modes such as " you should monitor body temperature ", simultaneously all right accompanied by music, buzzing, vibration, the display lamp flicker, display screen provides the various cues such as word prompting, patient or entourage put into appointed part (oral cavity or axillary fossa etc.) according to doctor's advice by the temperature monitoring probe, temperature monitoring starts, after the temperature monitoring data acquisition, the timing wake-up module of body-temperature monitoring device main frame can provide the mode cues such as voice suggestions such as " temperature monitoring complete, and here's to your health " or other acousto-optic-electrics equally.
Body-temperature monitoring device main frame and data processing terminal at least should be provided with a wireless data communication module, the wireless data communication module of body-temperature monitoring device main frame can transmit to the data processing terminal long distance wireless information such as patient temperature data or body-temperature monitoring device host work state, wireless data communication module both can be realized the transfer of data unidirectional to data processing terminal by the body-temperature monitoring device main frame, also can realize body-temperature monitoring device main frame and data processing terminal two-way communication.Wireless data communication module can select NRF series to wait the universal electric product.
Display is mainly used in the instant playback of the information such as temperature data, function prompt signal, generally can adopt the liquid crystal micro screen that length and width are 1cm * 3cm equidimension.
Control knob is the button that carries out function realization or conversion while for machine open/close of the present invention, wake-up period and time point setting, temperature data, the operation such as reading; can adopt the macromolecular material injection mo(u)ldings such as conventional PVC, PF, and be fixedly mounted on body-temperature monitoring device Host Protection shell.
Power supply refer to for two unit of body-temperature monitoring device main frame of the present invention and temperature monitoring probe provide the work energy dc-battery, electroplax or alternating current power supply, generally adopt rechargeable battery, charging electroplax.
Integrated circuit board is for carrying each electronic component in the body-temperature monitoring device main frame and realize that according to designing requirement each electronic component UNICOM communicates by letter, the e-platform of collaborative work, can adopting versatile material and fabrication techniques.
The protecting sheathing of body-temperature monitoring device main frame adopts the non-toxic high molecular material injection moldeds such as ABS or PP.
Described data processing terminal mainly adopts the parts such as single-chip microcomputer, display, wireless data communication module, storage module, power supply to form, and data processing terminal also can adopt the plug-in wireless data communication module mode of PC to build and form.Data processing terminal can also external printing device, is mainly used in reception, the storage of body-temperature monitoring device host data, generation or the output print of temperature curve.Data processing terminal also can be by wireless data communication module and the two-way communication of body-temperature monitoring device main frame, human computer conversation, realizes that medical personnel are to body-temperature monitoring device main frame Long-distance Control (as instant on equipment, remind the patient to carry out temperature monitoring etc.).Wireless data communication module on data processing terminal must also can be realized communicating by letter unimpeded with the wireless data communication module coupling on the body-temperature monitoring device main frame.Because wireless data communication module can make, body-temperature monitoring device main frame and data processing terminal are reverse communicates by letter or two-way communication, therefore also the timing wake-up module can be arranged on data processing terminal, by data processing terminal Remote Wake Up body-temperature monitoring device host-initiated and send corresponding operational order or warning by autocue.Certainly, the built-in RTC clock of PC or OS clock be can also adopt, by wireless data communication module Remote Wake Up body-temperature monitoring device host-initiated, and corresponding operational order or warning sent by autocue.
In same section office or lesion, when if 2 above patients use the present invention to monitor body temperature simultaneously, because data processing terminal receives that the temperature data obtain can't be identified one by one with patient identity and corresponding, easily cause temperature data disorder or the None-identified of data processing terminal acquisition to record temperature data corresponding to each patient.Therefore, in temperature monitoring probe of the present invention and two unit of body-temperature monitoring device main frame, wherein at least should have in a unit and be provided with identification code (ID), while making the present invention for temperature monitoring, together with the temperature data that identification code (ID) obtains with monitoring, long distance wireless is sent to data processing terminal, has identification code (ID) information on the patient temperature data that data processing terminal is obtained simultaneously.Identification code (ID) generally can adopt any one or several combination in numeral or letter or word or figure or bar code to write the mark that sets formed.Identification code (ID) can be arranged in the temperature monitoring probe, its mode is to arrange one for writing the identification electronic chip of identification code (ID) at temperature monitoring probe, makes each temperature monitoring probe a different identification code (ID) all be arranged, at least be that each temperature monitoring probe of the indoor use of a same section of medical institutions all has a different identification code (ID).When temperature monitoring, temperature data and identification code (ID) synchronously output to the body-temperature monitoring device main frame, after the body-temperature monitoring device main frame carries out the data computing, long distance wireless sends to data processing terminal, the temperature data that data processing terminal receives is attached with and the unique corresponding identification code of patient identity (ID), is convenient to medical personnel's patient identity and temperature data corresponding record one by one.Certainly, identification code (ID) can also be arranged in the body-temperature monitoring device main frame, its mode is that identification code (ID) is write in wireless data communication module or single-chip microcomputer built-in in the body-temperature monitoring device main frame, perhaps be provided for writing the identification electronic chip of identification code (ID) in the body-temperature monitoring device main frame, make each body-temperature monitoring device main frame that a different identification code (ID) all be arranged, each the body-temperature monitoring device main frame that is at least this indoor use of section of medical institutions all has a different identification code (ID).Wireless data communication module is when the teletransmission temperature data, the identification code (ID) of the body-temperature monitoring device main frame that this patient uses and temperature data synchronous driving, the temperature data that data processing terminal receives is attached with and the unique corresponding identification code of patient identity (ID), is convenient to medical personnel's patient identity and temperature data corresponding record one by one.Like this, during monitoring body temperature, each berth patient give respectively with and a corresponding different identification code (ID), and identification code (ID) and patient's correspondence relationship information are filed or set up corresponding relation in case history archive in the data processing terminal typing, illustrate, such as identification code (ID) ABC123, corresponding patient is Zhang San; Identification code (ID) ABC128, corresponding patient is Li Si.So, when adopting the present invention to carry out temperature monitoring, wireless data communication module is by patient's temperature data long-range data processing terminal that is transported to together with identification code (ID), the patient temperature data show that data processing terminal obtains: ABC12336.5 ℃, ABC12837.2 ℃, check identification code (ID) ABC123, the patient of known correspondence is Zhang San, checks identification code (ID) ABC128, the patient of known correspondence is Li Si, by that analogy.Temperature monitoring probe or body-temperature monitoring device main frame also can adopt the identification electronic chip of the blank that can write identification code (ID), when the present invention uses, medical personnel can independently write identification code (ID) information that has various forms corresponding relation, that can identify with the patient in blank identification electronic chip, preferably can repeatedly wipe, repeat typing, reuse.If adopt blank identification electronic chip, so can be by temperature monitoring probe or body-temperature monitoring device main frame and host computer UNICOM, directly by host computer, patient's identification code is write to the identification electronic chip, adopt as " 15 Zhang San, 19 Li Sis ... " etc. method write identification code, during monitoring body temperature, wireless data communication module is by patient's temperature data long-range data processing terminal that is transported to together with identification code, the patient temperature data show that data processing terminal obtains: " 36.5 ℃ of 15 Zhang San, 37.2 ℃ of 19 Li Sis ... ", temperature data and patient information are corresponding one by one, and very directly perceived.
But need configuration host computer equipment in addition owing to adopting blank identification electronic chip to write identification code (ID), and operation also can increase medical personnel's workload like this, preferred mode is, in temperature monitoring probe or two unit of body-temperature monitoring device main frame, at least should have in a unit and be provided with identification code (ID), simultaneously in the outside of temperature monitoring probe or body-temperature monitoring device main frame (such as shell, in outer package) at least should arrange one consistent with the identification code (ID) be provided with in temperature monitoring probe or body-temperature monitoring device main frame, the identification tag that perhaps presents the identity corresponding relation, identification tag generally can adopt new label printing to make.Be printed with identification code (ID) on identification tag, the built-in identification code (ID) of the identification code on identification tag (ID) and temperature monitoring probe or body-temperature monitoring device main frame is consistent or present the corresponding relation that can identify identity.Such as, the identification code (ID) of some temperature monitorings probe or body-temperature monitoring device main frame inner setting is " ABC135 ", so the identification code (ID) on the identification tag of this body temperature monitoring probe or body-temperature monitoring device main frame outer setting be also " ABC135 " or the end number with identification corresponding relation consistent such as " BC135 or C135 or 135..... etc. ".Identification tag can adopt in duplicate, one sticks on temperature monitoring probe or body-temperature monitoring device main frame outside, another connection can stick in patient medical record archives or nursing daily record, and identification tag can also be provided with the patient information record hurdles such as patient's name, bed label.Medical personnel are when showing on the identification tag of temperature monitoring probe or body-temperature monitoring device main frame outside that identification code (ID) is giving patient that name is " king five " and using of " ABC135 ", can be first in data processing terminal or typing set up the identification corresponding relation between " ABC135 " and " king five " in case history archive, make on identification tag the identity information (bed label, name etc.) of writing " king five " at adhesive sticker.While adopting the present invention to carry out temperature monitoring, after Monitoring Data is obtained, the wireless data communication module of body-temperature monitoring device main frame can be by patient's temperature data and the synchronous long-range data processing terminal that is transported to of identification code (ID), the patient temperature data show that data processing terminal obtains: " ABC13536.8 ℃ ", check identification code ABC135, the patient of known correspondence is " king five ", the temperature monitoring data that can obtain and record this patient " king five " are 36.8 ℃, by that analogy.Realization due to timing wake-up module and identification code (ID) function, after Monitoring Data of the present invention is obtained, what the wireless data communication module of body-temperature monitoring device main frame was wirelessly transmitted to data processing terminal is the generated data that monitoring is obtained, the temperature data that described generated data comprises the monitoring acquisition and identification code (ID), this monitoring date and time point much information, adopt blank identification electronic chip to write identification code (ID) temporarily, can also directly be attached to patient's name, berth information in generated data.
Method is more efficiently, the identification tag corresponding with the identification code (ID) that temperature monitoring is popped one's head in or the body-temperature monitoring device main frame is built-in adopts bar code, or Quick Response Code, connect a bar code or two-dimensional code scanning device at data processing terminal, while adopting the present invention to carry out temperature monitoring, as long as first scan the bar code on identification tag, or Quick Response Code, the identifying information automatic input data processing terminal of identification tag, then continue patient information (bed label corresponding to typing, name etc.), just can fast set up identification tag and patient's corresponding relation.Used the medical institutions of hospital management system (Hospital Information System is called for short HIS) data processing terminal of the present invention can be accessed to HIS, daily temperature monitoring work will realize intelligent, automatization, greatly save labor cost, strengthen safety, the accuracy of data management.
The invention has the advantages that:
1, the present invention can realize patient or entourage's fixed cycle, fix time and a little monitor voluntarily body temperature, and realize the automatic transmission of temperature data according to clinical needs or doctor's advice, has greatly saved the human cost of hospital.
2, medical personnel can be in same lesion, same section office, same time point realize several patients' temperature monitoring, temperature data remote data together with patient identity information is wirelessly transmitted to data processing terminal, also can directly access the HIS system, can not cause temperature data misregistration or information disorder, realize intellectuality, the electronic management of temperature monitoring.
3, temperature monitoring probe of the present invention is cheap for manufacturing cost, and connect soon design with the temperature monitoring device Host is split type, can accomplish the temperature monitoring probe of a special use of patient one people, and after using, the present invention can independent disinfection, avoids antibacterial to intersect and propagates.
The accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention
Fig. 2 is the structural representation of temperature monitoring probe of the present invention in embodiment 1
Fig. 3 is body-temperature monitoring device main machine structure schematic diagram of the present invention in embodiment 2
Fig. 4 is body-temperature monitoring device host circuit schematic diagram of the present invention in embodiment 2
Fig. 5 is data processing terminal structural representation of the present invention in embodiment 3
Fig. 6 is data processing terminal circuit diagram of the present invention in embodiment 3
Shown in figure:
Temperature monitoring probe (A), body temperature sensing element (1), call wire (2), data processor (3), data-out port (4), the protecting sheathing (5) of A, identification electronic chip (6); The protecting sheathing (15) of body-temperature monitoring device main frame (B), data-in port (7), single-chip microcomputer (8), timing wake-up module (9), wireless data communication module (10), display (11), control knob (12), power supply (13), integrated circuit board (14), B, data processing terminal (C), PC (16), wireless data communication module (17); Data processor and identification chip (18), probe for detecting temperature sucker (19), AC110V external power supply port (20), usb communication interface (21), autocue (22), real-time timepiece chip (23), memory module (24)
The specific embodiment
Specifically describe the present invention below in conjunction with drawings and Examples.
Embodiment 1: the preparation of temperature monitoring probe (A)
Shown in accompanying drawing 2 structures, selecting critesistor is example as body temperature sensing element (1), further illustrates the preparation of temperature monitoring probe of the present invention.
1, select the NTC critesistor of electronic clinical thermometer special use as body temperature sensing element (1), resistance value exchange precision can reach ± 1 ‰, outside is made a probe for detecting temperature sucker (19) with silica gel body temperature sensing element (1) is sealed in to the inside fully, and during use, probe for detecting temperature sucker (19) can easily be adsorbed on body surface.
2, with soft call wire (2), critesistor is connected with data processor and identification chip (18), the scheme of selecting in the present embodiment is that data processor (3) and identification electronic chip (6) are made to one, makes it become data processor and identification chip (18);
3, data processor and identification chip (18) are connected with data-out port (4).
4, adopt silica gel material to make protecting sheathing (5); by body temperature sensing element (1), call wire (2), data processor and the whole enclose of identification chip (18), and make it monolithic molding for the soft bar-shaped object with data-out port (4) 10cm left and right.
5, check circuit, proofread and correct, check, obtain temperature monitoring probe (A).
Embodiment 2: the preparation of body-temperature monitoring device main frame (B)
According to shown in accompanying drawing 3 structures, with reference to the circuit design of accompanying drawing 4, further illustrate the preparation of body-temperature monitoring device main frame of the present invention (B).
Shown in the circuit design of accompanying drawing 4, each parts corresponding code name in the circuit design schematic diagram is respectively: CPU-single-chip microcomputer (8), USB-USB communication interface (21), RF-wireless communication module (10), LCD-display (11), SB-control knob (12), BP-autocue (22), PW-power supply (13).
Wherein: single-chip microcomputer (8) adopts AT89C51, wireless communication module (10) adopts nRF401, and power supply (13) adopts the 6V chargeable lithium cell, and miscellaneous part adopts the conventional electrical element, circuit design according to accompanying drawing 4 requires assembling, detects and gets final product.
Working method is: cycle and time point that real-time timepiece chip (23) is set according to medical personnel, wake body-temperature monitoring device main frame (B) up, the autocue (22) on body-temperature monitoring device main frame (B) sends the voice suggestion of " you should monitor body temperature " and provides vibration prompting simultaneously.The patient requires to be placed into the axillary fossa position by temperature monitoring probe (A) according to doctor's advice.Temperature monitoring completes, autocue (22) sends voice and the vibration prompting of " monitoring body temperature finishes ", body-temperature monitoring device main frame (B) will receive temperature data and the identification code (ID) that temperature monitoring probe (A) sends by data-in port (7), undertaken above showing in real time the body temperature value at display (11) after calculation process by single-chip microcomputer (8), and temperature data and identification code (ID) are sent to data processing terminal (C) immediately by wireless communication module (10).Main frame relies on lithium battery power supply, and can be connected and be charged with receiver by magnetic plug.Body-temperature monitoring device main frame (B) can also connect printing device by usb communication interface (21), also can directly use data conductor connection data processing terminal (C).
Body-temperature monitoring device main frame (B) relies on built-in power supply (13) power supply, and can be charged by AC110V external power supply port (20).
Embodiment 3: real-time timepiece chip (23) is arranged on preparation method and the working method on data processing terminal (C)
According to shown in accompanying drawing 5 structures, with reference to the circuit design of accompanying drawing 6, further illustrate the preparation of data processing terminal of the present invention (C).
Shown in the circuit design of accompanying drawing 6, each parts corresponding code name in the circuit design schematic diagram is respectively: CPU-single-chip microcomputer (8), EEPROM-memory module (24), RTCC-real-time timepiece chip (23), USB-USB communication interface (21), RF-wireless communication module (10), LED-display (11), SB-control knob (12), BP-autocue (22), PW-power supply (13), BT-AC110V external power supply port (20).
Wherein: single-chip microcomputer (8) adopts AT89C51, real-time timepiece chip adopts RTC-4574SA, wireless communication module (10) adopts nRF401, power supply (13) adopts the 6V chargeable lithium cell, miscellaneous part adopts the conventional electrical element, circuit design according to accompanying drawing 6 requires assembling, detects and gets final product.
Cycle and time point that real-time timepiece chip (23) on data processing terminal (C) is set according to medical personnel, wake body-temperature monitoring device main frame (B) up by wireless communication module (10), the autocue (22) on body-temperature monitoring device main frame (B) sends the voice suggestion of " you should monitor body temperature " and provides vibration prompting simultaneously.The patient requires to be placed into the axillary fossa position by temperature monitoring probe (A) according to doctor's advice.Temperature monitoring completes, autocue (22) sends voice and the vibration prompting of " monitoring body temperature finishes ", body-temperature monitoring device main frame (B) will receive temperature data and the identification code (ID) that temperature monitoring probe (A) sends by data-in port (7), undertaken above showing in real time the body temperature value at display (11) after calculation process by single-chip microcomputer (8), and temperature data and identification code (ID) are sent to data processing terminal (C) immediately by wireless communication module (10).
Data processing terminal (C) can receive one or many stage body temperature monitoring device main frames (B) temperature data and identification code (ID) signal that transmit, the clock signal mark monitoring date of then affix the machine, time point, be stored in the memory module (24) of the machine.And show temperature curve, print record by usb communication interface (21) on PC.When exceeding warning value, body temperature can also send the sound and light alarm signal by autocue (22).
Embodiment 3: the identification tag applicating example
One day 8 a.m., certain section office need to carry out temperature monitoring to 9 patients, select the present invention as the monitoring material and facility.
9 patient's names be respectively N1, N2, N3 ... ..N8, N9, get at random cover body temperature monitoring probe (A), body-temperature monitoring device main frame (B) 9 covers, the a set of random assortment of one people, register the identification code (ID) that the identification tag on every patient's temperature monitoring probe (A) indicates, patient and identification code (ID) corresponding relation is as shown in the table:
| The patient's name | N1 | N2 | N3 | N4 | N5 | N6 | N7 | N8 | N9 |
| ID | T0085 | T0082 | T0103 | T0908 | T0116 | T0092 | T0101 | T0903 | T0089 |
1, this body temperature monitoring probe (A) fast is connected with the FPDP that passes through of temperature monitoring device Host (B), opens temperature monitoring device Host (B) power supply;
2, the front end position of temperature monitoring probe (A) is inserted respectively in monitored patient oral cavity successively, kept tens of seconds, until the autocue (22) of temperature monitoring device Host (B) takes out after sending " dripping " prompt tone;
3, temperature monitoring device Host (B) is transferred to data processing terminal (C) by the generated data monitored by wireless communication module (10) long distance wireless, the temperature data that generated data comprises the monitoring acquisition and identification code (ID), this monitoring date and time point.
4, data processing terminal (C) wireless communication module (10) with memory module (24) automatic reception, record corresponding body temperature generated data, and read in display (11):
| The patient's name | N1 | N2 | N3 | N4 | N5 | N6 | N7 | N8 | N9 |
| ID | T0085 | T0082 | T0103 | T0908 | T0116 | T0092 | T0101 | T0903 | T0089 |
| Monitoring result | 37.5 | 37.2 | 38.3 | 37.1 | 37.9 | 36.2 | 37.1 | 38.7 | 37.6 |
| Monitoring time | 08:03 | 08:05 | 08:03 | 08:04 | 08:06 | 08:05 | 08:03 | 08:05 | 08:06 |
4, according to above operating procedure, after each temperature monitoring, data processing terminal (C) but body temperature generated data that all identification tag and corresponding relation between identification code (ID), patient identity three record every day, monitor each time, and can be stored as required, analyze, draw body temperature change curve or printing, there have been the medical institutions of HIS management system directly generated data to be accessed in the patient medical record archives, managed very convenient.
Above-mentioned drawings and Examples only, for the present invention is described, do not constitute any limitation protection scope of the present invention.
Claims (14)
1. the body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions, mainly by temperature monitoring probe (A), body-temperature monitoring device main frame (B), three relatively independent unit of data processing terminal (C), formed, wherein:
Described temperature monitoring probe (A) mainly is comprised of the protecting sheathing (5) of body temperature sensing element (1), call wire (2), data processor (3), data-out port (4), A, the interior identification electronic chip (6) that can also be provided with the identification electronic chip (6) of the blank that can write identification code (ID) simultaneously or write identification code (ID) of temperature monitoring probe (A);
Described body-temperature monitoring device main frame (B) mainly is comprised of the protecting sheathing (15) of data-in port (7), single-chip microcomputer (8), timing wake-up module (9), wireless data communication module (10), display (11), control knob (12), power supply (13), integrated circuit board (14), B, the interior identification electronic chip (6) that can also be provided with the identification electronic chip (6) of the blank that can write identification code (ID) simultaneously or write identification code (ID) of body-temperature monitoring device main frame (B);
Described data processing terminal mainly adopts the parts such as single-chip microcomputer (8), display (11), wireless data communication module (10), storage module (24), power supply (13) to form, and data processing terminal also can adopt the plug-in wireless data communication module of PC (10) mode to build and form.
2. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: body-temperature monitoring device main frame (B) and temperature monitoring probe (A) are two fast relatively independent split type unit of UNICOM, and body-temperature monitoring device main frame (B) data-in port (7) also can quick UNICOM with data-out port (4) coupling of temperature monitoring probe (A).
3. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: in temperature monitoring probe (A) or body-temperature monitoring device main frame (B) or three unit of data processing terminal (C), at least should have a unit to be provided with timing wake-up module (9), that is to say, timing wake-up module (9) both can be arranged on temperature monitoring probe (A), also can be arranged on body-temperature monitoring device main frame (B), also can be arranged on data processing terminal (C).
4. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: the timing wake-up module (9) that body-temperature monitoring device main frame (B) or data processing terminal (C) are provided with mainly is comprised of timing/intervalometer and autocue (22) two parts.
5. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: timing/intervalometer both can adopt independently real-time timepiece chip (23), can be also the single-chip microcomputer (8) that is embedded with timing/timer function, can certainly be the built-in RTC clock of PC or the OS clock of employing or shared data processing terminal (C).
6. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: when temperature monitoring probe (A) or body-temperature monitoring device main frame (B) are provided with timing wake-up module (9), timing wake-up module (9) can be according to repetition period and the time point set, regularly regularly initiatively wakes body-temperature monitoring device main frame (B) up and starts and pass through autocue (22) and send operational order or the prompting of active monitoring body temperature to patient or entourage.
7. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: when data processing terminal (C) is provided with timing wake-up module (9), timing wake-up module (9) can, according to repetition period and the time point set, start and pass through autocue (22) by the regular regularly Remote Wake Up body-temperature monitoring device main frame (B) of wireless data communication module (10) and send operational order or the prompting of active monitoring body temperature to patient or entourage.
8. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: body-temperature monitoring device main frame (B) and data processing terminal (C) at least should be provided with a wireless data communication module (10), wireless data communication module (10) both can have been realized by body-temperature monitoring device main frame (B) to the unidirectional transfer of data of data processing terminal (C), also can realize body-temperature monitoring device main frame (B) and data processing terminal (C) two-way communication.
9. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: in temperature monitoring probe (A) and two unit of body-temperature monitoring device main frame (B), wherein at least should have in a unit and be provided with identification code (ID).
10. a kind of timing wake-up that has according to claim 1, the body-temperature monitoring device of identification and remote data wireless communication functions, be further characterized in that: identification code (ID) can be arranged in temperature monitoring probe (A), its mode is to arrange one for writing the identification electronic chip (6) of identification code (ID) at temperature monitoring probe (A), make each temperature monitoring probe (A) that a different identification code (ID) all be arranged, each the temperature monitoring probe (A) that is at least the indoor use of a same section of medical institutions all has a different identification code (ID).
11. a kind of timing wake-up that has according to claim 1, the body-temperature monitoring device of identification and remote data wireless communication functions, be further characterized in that: identification code (ID) can also be arranged in body-temperature monitoring device main frame (B), its mode is that identification code (ID) is write in wireless data communication module (10) or single-chip microcomputer (8) built-in in body-temperature monitoring device main frame (B), perhaps be provided for writing the identification electronic chip (6) of identification code (ID) in body-temperature monitoring device main frame (B), make each body-temperature monitoring device main frame (B) that a different identification code (ID) all be arranged, each the body-temperature monitoring device main frame (B) that is at least this indoor use of section of medical institutions all has a different identification code (ID).
12. a kind of body-temperature monitoring device with timing wake-up, identification and remote data wireless communication functions according to claim 1, be further characterized in that: temperature monitoring probe (A) or body-temperature monitoring device main frame (B) also can adopt the identification electronic chip (6) of the blank that can write identification code (ID), and during use, medical personnel can independently write identification code (ID) information that has various forms corresponding relation, that can identify with the patient in blank identification electronic chip (6).
13. a kind of timing wake-up that has according to claim 1, the body-temperature monitoring device of identification and remote data wireless communication functions, be further characterized in that: in temperature monitoring probe (A) or two unit of body-temperature monitoring device main frame (B), at least should have in a unit and be provided with identification code (ID), while is at the outside (shell of temperature monitoring probe (A) or body-temperature monitoring device main frame (B), in outer package) at least should arrange one consistent with the identification code (ID) be provided with in temperature monitoring probe (A) or body-temperature monitoring device main frame (B), the identification tag that perhaps presents the identity corresponding relation.
14. a kind of timing wake-up that has according to claim 1, the body-temperature monitoring device of identification and remote data wireless communication functions, be further characterized in that: after Monitoring Data is obtained, what the wireless data communication module (10) of body-temperature monitoring device main frame (B) was wirelessly transmitted to data processing terminal (C) is the generated data that monitoring is obtained, described generated data comprises temperature data and the identification code (ID) that monitoring obtains, this monitoring date and time point much information, adopt blank identification electronic chip (6) to write identification code (ID) temporarily, can also be directly the patient's name, berth information is attached in generated data.
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