CN203388833U - Wireless network-based medical monitor and monitor system - Google Patents
Wireless network-based medical monitor and monitor system Download PDFInfo
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- CN203388833U CN203388833U CN201320393310.5U CN201320393310U CN203388833U CN 203388833 U CN203388833 U CN 203388833U CN 201320393310 U CN201320393310 U CN 201320393310U CN 203388833 U CN203388833 U CN 203388833U
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Abstract
The utility model discloses a wireless network-based medical monitor system. The wireless network-based medical monitor system comprises central monitor equipment and a plurality of medical monitors; wireless receiving equipment is arranged on the central monitor equipment; each of the medical monitors is provided with a wireless communication module and a wireless network card; each wireless network card is arranged in the corresponding wireless communication module; each medical monitor is connected to the corresponding wireless communication module through signal lines, and is connected with the central monitor equipment through signals by the corresponding wireless network card in the corresponding wireless communication module. The medical monitor has the function of acquiring a plurality of vital signs, acquires and monitors life information of a specific object at the same time, and meanwhile, transmits the data information of the medical monitors to the wireless receiving equipment through the corresponding wireless network card by a wireless network communication technology; the network real-time communication between each of the medical monitors and the central monitor equipment is realized; the data information of patients monitored by the monitors can be checked in real time; the situations of information interrupt or loss of the patients to be monitored are avoided.
Description
[technical field]
This utility model relates to armarium technical field, relates in particular to a kind of medical monitoring equipment based on wireless communication.
[background technology]
In clinical medicine and treatment field, often use monitor at present, the sufferer of patient with severe symptoms or nurse is especially used to medical monitor.Medical monitor is connected on human body, directly gathers every physiological parameter and the index of human body, and data cases is monitored, and wait and send alarm where necessary.For understaffed hospital, provide great help, alleviated medical treatment and monitoring personnel's burdens, alleviated the pressure that family members look after sufferer.
This medical monitor, not only every physiological parameter that can direct analysis patient, also can cross network patient's information exchange by monitor and transmit, and upload to central monitoring equipment and monitor in real time, and the data backup of filing.
The network service of existing medical monitor and central monitoring equipment, is realized and being connected by wired networking.Existing monitor system can be patient's information real-time Transmission, store central monitoring equipment into, is conducive to doctor to the inquiry of patient data's information, analysis.Central monitoring equipment can receive a plurality of medical monitors, the monitoring-information of real-time query given patient; When the nursing staff who attends to the patient leaves, if the life parameters of monitor patients has surpassed the alarming value of setting, monitor can immediately be reported to the police, and warning message is delivered to central monitoring equipment in time, central monitoring equipment management personnel is seen after warning message, can notify in time the relevant personnel such as doctor, nurse, process in time patient's patient's condition.
Existing medical monitor is all to adopt netting twine to be connected with central monitoring equipment, when needs transporting patient, when changing the place of examination, the netting twine of medical monitor need to be pulled out, now, interrupted and being connected of central monitoring equipment, cause central monitoring equipment cannot receive patient's monitoring-information, existence cannot be monitored and analyze the situation of patient in postoperative, mobile status.The network that adopts in addition netting twine to connect, need to be wired layout of the enforcement network in each ward, and quantities is large, and takies certain space, ward.Simultaneously, netting twine connects need to use network interface crystal head, the frequent plug of network interface crystal head, may cause that crystal head damages, thereby cause the network service of monitor and central monitoring equipment to be interrupted, or service life is long and need periodic replacement, total system to safeguard that cost is large, needs to drop into larger manpower and materials and carry out periodic inspection and maintenance.
[summary of the invention]
This utility model has proposed a kind of based on wireless network for above problem, communicate the medical monitor of connection, and this medical monitor is by wireless network card and central monitoring equipment connection, inhibit signal transmission.Can incessantly sufferer signal be real-time transmitted to central monitoring equipment.
The medical monitor based on wireless network that this utility model is related, comprises wireless network card and wireless communication module, and this wireless network card is arranged in wireless communication module, and this wireless communication module is connected by holding wire with medical monitor.
This wireless communication module comprises encoder, decoder, wave filter, emitter, receptor and wireless data transmission interface, wherein the wireless data transmission interface of wireless communication module is connected with medical monitor by holding wire, this wireless data transmission interface comprises transmitting uplink data interface and downlink data transmission interface, this transmitting uplink data interface is connected to the input of encoder, the outfan of encoder is connected to the input of emitter, and the outfan of emitter is connected to the network interface card being arranged in wireless communication module; This downlink data transmission interface is connected to the outfan of decoder, and the input of decoder is connected to the outfan of receptor, and the input of receptor is connected to network interface card.
This medical monitor also comprises main control module, display module, keyboard input module, audio frequency output module, basic vital signs parameter acquisition module, power supply adaptor; Keyboard input module input type is connected to main control module, and display module and audio frequency output module output type are connected to main control module, and basic vital signs parameter acquisition module is connected to main control module, and power supply adaptor provides electric energy for main control module.
This basic vital signs parameter acquisition module comprises electrocardio Breath collection module, blood oxygen pulse frequency acquisition module, non-invasive blood pressure acquisition module, body temperature acquisition module; This electrocardio Breath collection module comprises the first socket, cardiac diagnosis lead-line and the EGC sensor connecting successively, and this first socket is connected in basic vital signs parameter acquisition module; This blood oxygen pulse frequency acquisition module comprises the second socket, blood oxygen wire and the blood oxygen probe connecting successively, and this second socket is connected to basic vital signs parameter acquisition module; This non-invasive blood pressure acquisition module comprises blood pressure data interface, blood pressure wire, pressure transducer and the airway connecting successively, and this blood pressure data interface is connected to basic vital signs parameter acquisition module; This body temperature acquisition module comprises the 3rd socket, body temperature wire and the probe for detecting temperature connecting successively, and the 3rd socket is connected to basic vital signs parameter acquisition module.
A kind of medical monitoring system, comprise central monitoring equipment and Duo Tai medical monitor, on central monitoring equipment, be provided with radio receiver, and on these many medical monitors, be respectively equipped with wireless communication module and wireless network card, this wireless network card is arranged in wireless communication module, and this every medical monitor is connected to wireless communication module by holding wire, by the wireless network card in wireless communication module, is connected with central monitoring device signal.
This wireless communication module comprises encoder, decoder, wave filter, emitter, receptor and wireless data transmission interface, wherein the wireless data transmission interface of wireless communication module is connected with medical monitor by holding wire, this wireless data transmission interface comprises transmitting uplink data interface and downlink data transmission interface, this transmitting uplink data interface is connected to the input of encoder, the outfan of encoder is connected to the input of emitter, and the outfan of emitter is connected to the network interface card being arranged in wireless communication module; This downlink data transmission interface is connected to the outfan of decoder, and the input of decoder is connected to the outfan of receptor, and the input of receptor is connected to network interface card.
This medical monitor transmits a signal to radio receiver by wireless communication module, and radio receiver reception information is delivered to central monitoring equipment.
Medical monitoring system in this utility model, there is multiple vital signs acquisition function, gather simultaneously and monitor the life-information of special object, pass through wireless network communication technique simultaneously, the data message of medical monitor is passed through to wireless network card, send to radio receiver, realize the real-time Communication for Power Network of medical monitor and central monitoring equipment, can check in real time the patient's of monitor data message.Can not cause patient information to be guarded to interrupt or loss situation.
[accompanying drawing explanation]
Fig. 1 is the medical monitoring system topological diagram of this utility model based on wireless network;
Fig. 2 is the medical monitor structure chart of this utility model based on wireless network;
Fig. 3 is the basic vital signs parameter acquisition of this utility model medical monitor modular structure figure;
Wherein: 100, medical monitoring system; 110, central monitoring equipment; 111, radio receiver; 120, medical monitor; 10, wireless communication module; 11, encoder; 12, decoder; 13, emitter; 14, receptor; 15, wireless data transmission interface; 151, upstream data passes interface; 152, downlink data transmission interface; 20, wireless network card; 30, main control module; 40, display module; 50, connect key input module; 60, audio frequency output module; 70, basic vital signs parameter acquisition module; 71, electrocardio Breath collection module; 711, the first socket; 712, cardiac diagnosis lead-line; 713, EGC sensor; 72, blood oxygen pulse frequency acquisition module; 721, the second socket; 722, blood oxygen wire; 723, blood oxygen probe; 73, non-invasive blood pressure acquisition module; 731, blood pressure data interface; 732, blood pressure wire; 733, pressure transducer; 734, airway; 74, body temperature acquisition module; 741, the 3rd socket; 742, body temperature wire; 743, probe for detecting temperature.
[specific embodiment]
Below in conjunction with drawings and Examples, to this utility model, the medical monitor based on wireless network and monitor system are elaborated.
Please refer to accompanying drawing 1: there is shown medical monitor 120 and medical monitoring system 100 based on wireless network, this medical monitoring system 100 comprises that central monitoring equipment 110 and many stylobates are in the medical monitor 120 of wireless network, every medical monitor all comprises wireless network card 20 and wireless communication module 10, this wireless network card 20 is arranged in wireless communication module 10, and this wireless communication module 10 is connected by holding wire with medical monitor 120.
This wireless communication module 10 comprises encoder 11, decoder 12, emitter 13, receptor 14 and wireless data transmission interface 15, wherein the wireless data transmission interface 15 of wireless communication module 10 is connected with medical monitor 120 by holding wire, this wireless data transmission interface 15 comprises transmitting uplink data interface 151 and downlink data transmission interface 152, this transmitting uplink data interface 151 is connected to the input of encoder 11, the outfan of encoder 11 is connected to the input of emitter 13, the outfan of emitter 13 is connected to the network interface card 20 being arranged in wireless communication module, this downlink data transmission interface 152 is connected to the outfan of decoder 12, and the input of decoder 12 is connected to the outfan of receptor 14, and the input of receptor 14 is connected to network interface card 20.
Wireless communication module is connected with medical monitor 120 by holding wire, the various data upload of medical monitor 120, to the central monitoring equipment 110 in medical monitoring system 100, and is received to diagnosis and the instruction that central monitoring equipment sends at any time, and show.
This medical monitor 120 also comprises main control module 30, display module 40, keyboard input module 50, audio frequency output module 60, basic vital signs parameter acquisition module 70, power supply adaptor 80; Keyboard input module 50 input types are connected to main control module 30, and display module 40 and audio frequency output module 60 output types are connected to main control module 30, basic vital signs parameter acquisition module 70 is connected to main control module 30, and power supply adaptor 80 provides electric energy for main control module 30.
This main control module 30 is central hubs of medical monitor 120 work, it be mainly responsible for to process that key-press input is processed, the monitoring parameter information of storage vital signs parameter module 70, transmit each monitoring parameter information data to display module 40 show, transmission audio files data are to 60 outputs of audio frequency output module, the data of transmission sending and receiving wireless communication module 10.
The main parameter information of being responsible for receiving and showing the monitoring of main control module 30 of this display module 40, by the duty of the current monitors of demonstration such as word, waveform, color.
This keyboard input module 50 is by the different button of operation, transmit different signals to main control module 30, main control module 30 is according to receiving that specific signal adopts specific processing method, and to be mainly that real function has quiet, stop, freezing, NIBP tests, print, return main button, choice menus.
This audio frequency output module 60 is comprised of audio decoder, wave filter, power amplification circuit, loudspeaker.It is mainly responsible for alarm sound output and keypad tone output, and when monitor generation audible alarm, main control module is just delivered to audio frequency output module 60 the voice data of warning, after filtering, after decoding and power amplification, finally by loudspeaker, send alarm sound.
This basic vital signs parameter acquisition module 70 comprises electrocardio Breath collection module 71, blood oxygen pulse frequency acquisition module 72, non-invasive blood pressure acquisition module 73, body temperature acquisition module 74;
This electrocardio Breath collection module 71 comprises the first socket 711, cardiac diagnosis lead-line 712 and the EGC sensor 713 connecting successively, this first socket 711 is connected in basic vital signs parameter acquisition module 70, realizes the parameter information of monitor heart rate, pulse frequency, breathing rate vital signs.
This blood oxygen pulse frequency acquisition module 72 comprises the second socket 721, blood oxygen wire 722 and the blood oxygen probe 723 connecting successively, and this second socket 721 is connected to basic vital signs parameter acquisition module 70, realizes monitoring blood oxygen life parameters.
This non-invasive blood pressure acquisition module 73 comprises blood pressure data interface 731, blood pressure wire 732, pressure transducer 733 and the airway 734 connecting successively, this blood pressure data interface 731 is connected to basic vital signs parameter acquisition module 70, realizes Monitoring of blood pressure life parameters.
This body temperature acquisition module 74 comprises the 3rd socket 741, body temperature wire and the probe for detecting temperature connecting successively, and the 3rd socket 741 is connected to basic vital signs parameter acquisition module 70, realizes monitor temperature life parameters
If while comprising the medical monitor 120 that central monitoring equipment 110 and Duo Tai mate with central monitoring equipment 110 in this medical monitoring system 100, these many medical monitors are connected on central monitoring equipment 110 by signal simultaneously.On central monitoring equipment 110, be provided with radio receiver 111, and on these many medical monitors 120, be respectively equipped with wireless communication module 10 and wireless network card 20, this wireless network card 20 is arranged in wireless communication module 10, this every medical monitor 120 is connected to wireless communication module 10 by holding wire, by the wireless network card 20 in wireless communication module 10, is connected with central monitoring equipment 110 signals.Many medical monitors 120 side by side send data message separately to central monitoring equipment 110, also receive feedback and instruction that central monitoring equipment 110 sends simultaneously, whole system keeps in touch closely, without any confusion, process orderly organic whole state.
Medical monitoring system in this utility model, there is multiple vital signs acquisition function, gather simultaneously and monitor the life-information of special object, pass through wireless network communication technique simultaneously, the data message of medical monitor is passed through to wireless network card, send to radio receiver, realize the real-time Communication for Power Network of medical monitor and central monitoring equipment, can check in real time the patient's of monitor data message.Can not cause patient information to be guarded to interrupt or loss situation.
The above, it is only this utility model preferred embodiment, not this utility model is done to any pro forma restriction, although this utility model discloses as above with preferred embodiment, yet not in order to limit this utility model, any those skilled in the art, do not departing within the scope of technical solutions of the utility model, when can utilizing the technology contents of above-mentioned announcement to make a little change or being modified to the equivalent embodiment of equivalent variations, in every case be not depart from technical solutions of the utility model content, according to this utility model technology, refer to any simple modification that above embodiment is done, equivalent variations and modification, all belong in the scope of technical solutions of the utility model.
Claims (7)
1. the medical monitor based on wireless network, comprises wireless network card and wireless communication module, and this wireless network card is arranged in wireless communication module, and this wireless communication module is connected by holding wire with medical monitor.
2. the medical monitor based on wireless network according to claim 1, it is characterized in that, this wireless communication module comprises encoder, decoder, wave filter, emitter, receptor and wireless data transmission interface, wherein the wireless data transmission interface of wireless communication module is connected with medical monitor by holding wire, this wireless data transmission interface comprises transmitting uplink data interface and downlink data transmission interface, this transmitting uplink data interface is connected to the input of encoder, the outfan of encoder is connected to the input of emitter, the outfan of emitter is connected to the network interface card being arranged in wireless communication module, this downlink data transmission interface is connected to the outfan of decoder, and the input of decoder is connected to the outfan of receptor, and the input of receptor is connected to network interface card.
3. the medical monitor based on wireless network according to claim 2, is characterized in that, this medical monitor also comprises main control module, display module, keyboard input module, audio frequency output module, basic vital signs parameter acquisition module, power supply adaptor; Keyboard input module input type is connected to main control module, and display module and audio frequency output module output type are connected to main control module, and basic vital signs parameter acquisition module is connected to main control module, and power supply adaptor provides electric energy for main control module.
4. the medical monitor based on wireless network according to claim 3, is characterized in that, this basic vital signs parameter acquisition module comprises electrocardio Breath collection module, blood oxygen pulse frequency acquisition module, non-invasive blood pressure acquisition module, body temperature acquisition module; This electrocardio Breath collection module comprises the first socket, the electrocardio connecting successively
leadwire and EGC sensor, this first socket is connected in basic vital signs parameter acquisition module; This blood oxygen pulse frequency acquisition module comprises the second socket, blood oxygen wire and the blood oxygen probe connecting successively, and this second socket is connected to basic vital signs parameter acquisition module; This non-invasive blood pressure acquisition module comprises blood pressure data interface, blood pressure wire, pressure transducer and the airway connecting successively, and this blood pressure data interface is connected to basic vital signs parameter acquisition module; This body temperature acquisition module comprises the 3rd socket, body temperature wire and the probe for detecting temperature connecting successively, and the 3rd socket is connected to basic vital signs parameter acquisition module.
5. the medical monitoring system based on wireless network, comprise central monitoring equipment and Duo Tai medical monitor, it is characterized in that, on central monitoring equipment, be provided with radio receiver, and on these many medical monitors, being respectively equipped with wireless communication module and wireless network card, this wireless network card is arranged in wireless communication module, this every medical monitor is connected to wireless communication module by holding wire, by the wireless network card in wireless communication module, is connected with central monitoring device signal.
6. the medical monitoring system based on wireless network according to claim 5, it is characterized in that, this wireless communication module comprises encoder, decoder, wave filter, emitter, receptor and wireless data transmission interface, wherein the wireless data transmission interface of wireless communication module is connected with medical monitor by holding wire, this wireless data transmission interface comprises transmitting uplink data interface and downlink data transmission interface, this transmitting uplink data interface is connected to the input of encoder, the outfan of encoder is connected to the input of emitter, the outfan of emitter is connected to the network interface card being arranged in wireless communication module, this downlink data transmission interface is connected to the outfan of decoder, and the input of decoder is connected to the outfan of receptor, and the input of receptor is connected to network interface card.
7. the medical monitoring system based on wireless network according to claim 6, is characterized in that, this medical monitor transmits a signal to radio receiver by wireless communication module, and radio receiver reception information is delivered to central monitoring equipment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320393310.5U CN203388833U (en) | 2013-06-27 | 2013-06-27 | Wireless network-based medical monitor and monitor system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320393310.5U CN203388833U (en) | 2013-06-27 | 2013-06-27 | Wireless network-based medical monitor and monitor system |
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| CN203388833U true CN203388833U (en) | 2014-01-15 |
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| CN201320393310.5U Expired - Fee Related CN203388833U (en) | 2013-06-27 | 2013-06-27 | Wireless network-based medical monitor and monitor system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104116502A (en) * | 2014-07-04 | 2014-10-29 | 深圳市凯沃尔电子有限公司 | Multi-parameter monitor and implementation method thereof |
| CN108234965A (en) * | 2018-02-12 | 2018-06-29 | 浙江大学医学院附属儿童医院、浙江省儿童医院、浙江省儿童保健院 | A kind of device and method that centralized watch is carried out to patient and medical apparatus |
| CN110742594A (en) * | 2019-11-20 | 2020-02-04 | 苏州市立医院 | Wireless monitor |
-
2013
- 2013-06-27 CN CN201320393310.5U patent/CN203388833U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104116502A (en) * | 2014-07-04 | 2014-10-29 | 深圳市凯沃尔电子有限公司 | Multi-parameter monitor and implementation method thereof |
| CN108234965A (en) * | 2018-02-12 | 2018-06-29 | 浙江大学医学院附属儿童医院、浙江省儿童医院、浙江省儿童保健院 | A kind of device and method that centralized watch is carried out to patient and medical apparatus |
| CN110742594A (en) * | 2019-11-20 | 2020-02-04 | 苏州市立医院 | Wireless monitor |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140115 Termination date: 20180627 |
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| CF01 | Termination of patent right due to non-payment of annual fee |