CN102542706A - Sickroom wireless calling system and control method thereof - Google Patents
Sickroom wireless calling system and control method thereof Download PDFInfo
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- CN102542706A CN102542706A CN2012100095106A CN201210009510A CN102542706A CN 102542706 A CN102542706 A CN 102542706A CN 2012100095106 A CN2012100095106 A CN 2012100095106A CN 201210009510 A CN201210009510 A CN 201210009510A CN 102542706 A CN102542706 A CN 102542706A
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Abstract
The invention discloses a sickroom wireless calling system and a control method thereof. The system comprises a response device and a plurality of calling devices and is characterized in that a processor is arranged in the response device, wherein a first wireless receiving and sending module, a first alarming module, a display module and a response button are connected with the processor; a singlechip is arranged in each calling device; and the singlechips are connected with a second wireless receiving and sending module, a second alarming module and a calling button. The sickroom wireless calling system has the beneficial effects that the system has a duplex communication function; a response signal given by the response device can be sent back; a humanized voice response can be provided; the calling status can be divided according to grades; the beds of the calling devices can be arranged according to the specific circumstances; the structure is simple; the mounting is convenient; the cost is low; the medical staff can receive the calling information of patients at any time and can deal with various emergencies in time; and the medical tangle is reduced.
Description
Technical field
The present invention relates to wireless signal transmission techniques, specifically, is a kind of ward wireless calling system and control method thereof.
Background technology
The competition more and more fierce of hospital, it is extremely urgent to promote class and service quality, for making things convenient for patient and medical personnel's timely contact, improves medical service quality, and calling system plays an important role.Yet traditional calling system generally adopts the mode of wire communication, has that construction is loaded down with trivial details, maintenance difficulty, installation cost is high and mobile shortcoming such as dumb, particularly for those additional berths on the corridor, can't realize call function at all.
One Chinese patent application 201020685078.9 has also proposed a kind of ward wireless calling system; Though realized the function of wireless calling, solved the wiring trouble, it adopts the simplex mode; Only has the uni-directional call function; Whether receiving end replys but can not be informed in time to calling terminal that function is perfect inadequately, uses also not enough hommization.
Summary of the invention
One of the object of the invention provides a kind of ward wireless calling system, and calling terminal and responding terminal can realize wireless duplex communication, through changing the state of alerting signal, makes calling terminal can learn in time whether responding terminal replys.
For realizing above-mentioned purpose, the technical scheme that the present invention adopted is following:
A kind of ward wireless calling system; Comprise an answering device and Duo Tai calling device; Its key is: be provided with processor in the said answering device; Be connected with first radio receiving transmitting module, first alarm module, display module and answer button on this processor; Be provided with single-chip microcomputer in the said calling device, be connected with second radio receiving transmitting module, second alarm module and call button on this single-chip microcomputer, realize radio communication through said first radio receiving transmitting module and second radio receiving transmitting module between said answering device and the calling device.
In case patient need call out medical personnel, can press call button, the single-chip microcomputer in the calling device then sends alerting signal to second alarm module; Through second radio receiving transmitting module this alerting signal is sent in the answering device simultaneously; After answering device in the dispensary is received this alerting signal, then send corresponding alerting signal to first alarm module, in display module, show simultaneously and send the sick bed label of calling through processor; Medical personnel in the dispensary learn when the someone calls out; Press answer button, and send medical personnel to go to corresponding sick bed, answering device sends corresponding answer signal in this calling device simultaneously; Calling device changes alarm condition after receiving this answer signal, goes to the expression medical personnel.
In order to make the hommization of response message; Be connected with speech chip on the single-chip microcomputer in the said calling device; On speech chip, be connected with loudspeaker, after calling device is received the answer signal that answering device passes back, then play automatically in the loudspeaker and be pre-stored in the voice messaging in the speech chip.
The installation and debugging of calling device for ease; Be connected with 8 toggle switchs on the single-chip microcomputer in the said calling device; Can let single-chip microcomputer read different values through the state that changes 8 toggle switchs, be used to represent different bed items, 8 toggle switchs are set get final product corresponding 0～255 berth; According to the zone that each nurse room is administered, the basic requirement of satisfying existing hospital.
Said call button comprises emergency call button and ordinary call button.
Said first alarm module and second alarm module are the sound and light alarm module.
When being in an emergency, patient can press emergency call button; First alarm module and second alarm module then send rapid sound and light alarm signal; If patient just needs the nurse needs consultings nurse that changes dressings or have a question; Then can press the ordinary call button, the sound and light alarm signal that first alarm module and second alarm module send is just no longer so rapid.
In order to practice thrift equipment cost, said display module is the digital display tubes of 37 sections LED.
Power supply is provided with first power module in the said answering device for ease, is provided with the second source module in the said calling device.
Two of the object of the invention is the control methods that propose a kind of ward wireless calling system, and its controlled step is following:
(S1) system inserts:
According to the sick bed number calling device is provided with, is provided with and accomplishes the back calling device and send access request signal Q1 automatically in answering device;
After answering device is received said access request signal Q1, judge whether the sick bed number is effective, if effectively then send admission confirm signal R1 in said calling device, this calling device inserts successfully; If invalid, then abandon said access request signal Q1 automatically;
(S2) idle condition:
After calling device is received said admission confirm signal R1, then get into idle condition, the Waiting for Call request;
Send calling:
Ordinary call if desired; Then press the ordinary call button in the call button; Single-chip microcomputer in the calling device sends ordinary call request signal Q2 in answering device through second radio receiving transmitting module, exports the first control signal C1 simultaneously in second alarm module;
Receive said ordinary call request signal Q2 when answering device, processor is also exported the first control signal C1 in first alarm module, in display module, shows simultaneously and sends the sick bed number of calling;
Urgent call if desired; Then press the emergency call button in the call button; Single-chip microcomputer in the calling device sends emergency call request signal Q3 in answering device through second radio receiving transmitting module, exports the second control signal C2 simultaneously to second alarm module) in;
Receive said emergency call request signal Q3 when answering device, processor is also exported the second control signal C2 in first alarm module, in display module, shows simultaneously and sends the sick bed number of calling;
(S4) call answering:
If answering device is received ordinary call request signal Q2, press answer button, processor is exported the 3rd control signal C3 in first alarm module, and processor sends answer signal R2 in calling device through first radio receiving transmitting module simultaneously;
After calling device was received said answer signal R2, single-chip microcomputer was also exported the 3rd control signal C3 in second alarm module;
If answering device is received emergency call request signal Q3, press answer button, processor is exported the 4th control signal C4 in first alarm module, and processor sends answer signal R3 in calling device through first radio receiving transmitting module simultaneously;
After calling device was received said answer signal R3, single-chip microcomputer was also exported the 4th control signal C4 in second alarm module;
(S5) return idle condition:
Delay time T returns step S2, gets into idle condition.
As further describing, be connected with 8 toggle switchs on the single-chip microcomputer in the said calling device, among the said step S1, said sick bed number is set through 8 toggle switchs on the calling device, its scope is 0～255.
Further describe again; Be connected with speech chip on the single-chip microcomputer in the said calling device; On speech chip, be connected with loudspeaker, after calling device was received said answer signal R2 or answer signal R3, loudspeaker was play automatically and is pre-stored in the voice messaging in the speech chip.
Remarkable result of the present invention is: system has the duplex communication function, can return the answer signal that answering device provides, and can provide the voice answer-back of hommization; Call case also can be according to grade classification, and berth also can be provided with as the case may be under the calling device, and is simple in structure; Easy for installation, with low cost, medical personnel can receive patient's call information at any time; In time handle various accidents, reduce medical tangle and take place.
Description of drawings
Fig. 1 is an Organization Chart of the present invention;
Fig. 2 is the schematic block circuit diagram of answering device 1 among Fig. 1;
Fig. 3 is the schematic block circuit diagram of calling device 2 among Fig. 1;
Fig. 4 is a control flow chart of the present invention.
Embodiment
Below will carry out detailed description to specific embodiment of the present invention with reference to accompanying drawing.
As shown in Figure 1; A kind of ward wireless calling system comprises an answering device 1 and Duo Tai calling device 2, and answering device 1 can be arranged in dispensary or the nurse station; Calling device 2 can be arranged on by each sick bed, passes through the wireless signal duplex communication between answering device 1 and the calling device 2.
As shown in Figure 2; Be provided with processor 11 in the said answering device 1, be connected with first radio receiving transmitting module 12, first alarm module 13, display module 14, answer button 15 and first power module 16 on this processor 11, processor 11 can adopt little process chip; Answer button 15 can adopt common pushbutton switch; Display module 14 adopts the digital display tube of 37 sections LED, can show the bed label between 000～999, if there are a plurality of sick beds to call out when having little time to reply simultaneously; Program design through processor 11 can realize that the circulation of a plurality of bed labels on the display module 14 shows, just cancellation after replying.
As shown in Figure 3; Be provided with single-chip microcomputer 21 in the said calling device 2; Be connected with second radio receiving transmitting module 22, second alarm module 23, speech chip 24, toggle switch 26, call button 27 and second source module 28 on this single-chip microcomputer 21, on speech chip 24, be connected with loudspeaker 25.Single-chip microcomputer 21 can adopt 51 common single-chip microcomputers; Toggle switch 26 is provided with 8 and be connected on the P1 mouth of single-chip microcomputer 21, can be through stirring toggle switch 26 so that read 00000000～11111111 totally 256 states on the single-chip microcomputer P1 mouth, be used for corresponding 0～255 sick bed respectively; Calling device 2 can set up on their own in installation process; Particularly, very easy to use for the additional berth on the hospital passageway, but for same set of system; An answering device 1 at most also can only connect 256 calling devices 2; But this does not limit the application places of native system, because the zone of administering according to each nurse room, 256 sick beds have satisfied the requirements of existing hospital basically.
As shown in Figure 4, in conjunction with the foregoing circuit structure, the control method of native system done further describing, concrete controlled step is following:
(S1) system inserts:
Through 8 toggle switchs 26 on the calling device 2 each calling device 2 pairing sick bed number is set, is provided with and accomplishes back calling device 2 and send access request signal Q1 automatically in answering device 1;
Owing to comprised the corresponding message of sick bed number among the request signal Q1; After answering device 1 is received said access request signal Q1; Can judge whether the sick bed number is effective; If sick bed numbers conform established standards, 1 of answering device send admission confirm signal R1 in said calling device 2, this calling device 2 inserts successfully; If the sick bed number that repeats, perhaps the sick bed number is set not symbol standard, and is then invalid, and answering device 1 abandons said access request signal Q1 automatically;
(S2) idle condition:
After calling device 2 is received said admission confirm signal R1, then get into idle condition, the Waiting for Call request.
(S3) send calling:
Ordinary call if desired; Then press the ordinary call button in the call button 27; Single-chip microcomputer 21 in the calling device 2 sends ordinary call request signal Q2 in answering device 1 through second radio receiving transmitting module 22, exports the first control signal C1 simultaneously in second alarm module 23;
Receive said ordinary call request signal Q2 when answering device 1, processor 11 is also exported the first control signal C1 in first alarm module 13, in display module 14, shows simultaneously and sends the sick bed number of calling;
Urgent call if desired; Then press the emergency call button in the call button 27; Single-chip microcomputer 21 in the calling device 2 sends emergency call request signal Q3 in answering device 1 through second radio receiving transmitting module 22, exports the second control signal C2 simultaneously in second alarm module 23;
Receive said emergency call request signal Q3 when answering device 1, processor 11 is also exported the second control signal C2 in first alarm module 13, in display module 14, shows simultaneously and sends the sick bed number of calling;
All comprised the sick bed number that sends calling among ordinary call request signal Q2 and the emergency call request signal Q3, therefore after answering device 1 is received this message, can extract the sick bed number that sends calling, thereby in display module 14, shown.
(S4) call answering:
If answering device 1 is received ordinary call request signal Q2, press answer button 15, the 3rd control signal C3 is in first alarm module 13 in processor 11 outputs, and processor 11 sends answer signal R2 in calling device 2 through first radio receiving transmitting module 12 simultaneously;
After calling device 2 was received said answer signal R2, single-chip microcomputer 21 was also exported the 3rd control signal C3 in second alarm module 23, and loudspeaker 25 is play automatically and is pre-stored in the voice messaging in the speech chip 24 simultaneously.
If answering device 1 is received emergency call request signal Q3, press answer button 15, the 4th control signal C4 is in first alarm module 13 in processor 11 outputs, and processor 11 sends answer signal R3 in calling device 2 through first radio receiving transmitting module 12 simultaneously;
After calling device 2 was received said answer signal R3, single-chip microcomputer 21 was also exported the 4th control signal C4 in second alarm module 23, and loudspeaker 25 is play automatically and is pre-stored in the voice messaging in the speech chip 24 simultaneously.
(S5) return idle condition:
Delay time T returns step S2, gets into idle condition, and as the optimum setting, delay time T is set to 1 minute, and similar paramedic reports to the police when arriving the sick bed side and stops.
In the course of the work, realize radio communication through first radio receiving transmitting module 12 and second radio receiving transmitting module 22 between answering device 1 and the calling device 2.First power module 16 is mainly used in power source conversion with second source module 28, makes things convenient for the power supply supply of answering device 1 and calling device 2, and first alarm module 13 and second alarm module 23 are the sound and light alarm module; The alerting signal of different frequency can be set through processor 11 or single-chip microcomputer 21; To report to the police, be divided into emergency call button and ordinary call button to call button 27 accordingly, if patient is in an emergency to different call case; Then press emergency call button; Higher, more rapid alerting signal that first alarm module 13 and second alarm module 23 send frequency is if patient just generally changes dressings or the inquiry problem; Then only need press the ordinary call button; This moment, first alarm module 13 and second alarm module 23 sent the alerting signal that frequency relaxes, and in design, alerting signal is divided into and is following 5 kinds of states: 1. slowly sound and light alarm---patient's ordinary call; 2. rapid sound and light alarm---patient's urgent call; It is 4. rapid that flashing light alarm---urgent call is replied; 3. slowly flashing light alarm---ordinary call is replied; 5. alarm free signal---normal condition.Accordingly; The said first control signal C1 corresponding states 1.; The second control signal C2 corresponding states 2., the 3rd control signal C3 corresponding states 3., the 4th control signal C4 corresponding states is 4.; Thereby under the realization different situations, first alarm module 13 different alarm condition occurs with second alarm module 23.
It is SC8035 one-off programming speech chip that speech chip 24 can adopt model; Maximum can be recorded 35 seconds voice under the 6KHz SF; Have two kinds of control modes; Button pattern maximum can be divided 34 sections voice, and serial pulses control model maximum can be divided 31 sections, can the different voice data be write record and advance among the ROM of chip.Through adopting speech chip 24, after calling device 2 is received the answer signal that answering device 1 passes back, then play automatically in the loudspeaker 25 and be pre-stored in the voice messaging in the speech chip 24, make system design hommization more.
Claims (10)
1. ward wireless calling system; Comprise an answering device (1) and many calling devices (2); It is characterized in that: be provided with processor (11) in the said answering device (1); Be connected with first radio receiving transmitting module (12), first alarm module (13), display module (14) and answer button (15) on this processor (11); Be provided with single-chip microcomputer (21) in the said calling device (2); Be connected with second radio receiving transmitting module (22), second alarm module (23) and call button (27) on this single-chip microcomputer (21), realize radio communication through said first radio receiving transmitting module (12) and second radio receiving transmitting module (22) between said answering device (1) and the calling device (2).
2. a kind of ward according to claim 1 wireless calling system is characterized in that: be connected with speech chip (24) on the single-chip microcomputer (21) in the said calling device (2), on speech chip (24), be connected with loudspeaker (25).
3. a kind of ward according to claim 1 wireless calling system is characterized in that: be connected with 8 toggle switchs (26) on the single-chip microcomputer (21) in the said calling device (2).
4. a kind of ward according to claim 1 wireless calling system is characterized in that: said call button (27) comprises emergency call button and ordinary call button.
5. a kind of ward according to claim 1 wireless calling system is characterized in that: said first alarm module (13) and second alarm module (23) are the sound and light alarm module.
6. a kind of ward according to claim 1 wireless calling system is characterized in that: said display module (14) is the digital display tubes of 37 sections LED.
7. a kind of ward according to claim 1 wireless calling system is characterized in that: be provided with first power module (16) in the said answering device (1), be provided with second source module (28) in the said calling device (2).
8. the control method of a ward wireless calling system is characterized in that carrying out according to following steps:
(S1) system inserts:
According to the sick bed number calling device (2) is provided with, is provided with and accomplishes back calling device (2) and send access request signal Q1 automatically in answering device (1);
After answering device (1) is received said access request signal Q1, judge whether the sick bed number is effective, if effectively then send admission confirm signal R1 in said calling device (2), this calling device (2) inserts successfully; If invalid, then abandon said access request signal Q1 automatically;
(S2) idle condition:
After calling device (2) is received said admission confirm signal R1, then get into idle condition, the Waiting for Call request;
(S3) send calling:
Ordinary call if desired; Then press the ordinary call button in the call button (27); Single-chip microcomputer (21) in the calling device (2) sends ordinary call request signal Q2 in answering device (1) through second radio receiving transmitting module (22), exports the first control signal C1 simultaneously in second alarm module (23);
Receive said ordinary call request signal Q2 when answering device (1), processor (11) is also exported the first control signal C1 in first alarm module (13), in display module (14), shows simultaneously and sends the sick bed number of calling;
Urgent call if desired; Then press the emergency call button in the call button (27); Single-chip microcomputer (21) in the calling device (2) sends emergency call request signal Q3 in answering device (1) through second radio receiving transmitting module (22), exports the second control signal C2 simultaneously in second alarm module (23);
Receive said emergency call request signal Q3 when answering device (1), processor (11) is also exported the second control signal C2 in first alarm module (13), in display module (14), shows simultaneously and sends the sick bed number of calling;
(S4) call answering:
If answering device (1) is received ordinary call request signal Q2; Press answer button (15); The 3rd control signal C3 is in first alarm module (13) in processor (11) output, and processor (11) sends answer signal R2 in calling device (2) through first radio receiving transmitting module (12) simultaneously;
After calling device (2) was received said answer signal R2, single-chip microcomputer (21) was also exported the 3rd control signal C3 in second alarm module (23);
If answering device (1) is received emergency call request signal Q3; Press answer button (15); The 4th control signal C4 is in first alarm module (13) in processor (11) output, and processor (11) sends answer signal R3 in calling device (2) through first radio receiving transmitting module (12) simultaneously;
After calling device (2) was received said answer signal R3, single-chip microcomputer (21) was also exported the 4th control signal C4 in second alarm module (23);
(S5) return idle condition:
Delay time T returns step S2, gets into idle condition.
9. the control method of a kind of ward according to claim 8 wireless calling system; It is characterized in that: be connected with 8 toggle switchs (26) on the single-chip microcomputer (21) in the said calling device (2); Among the said step S1; 8 toggle switchs (26) through on the calling device (2) are provided with said sick bed number, and its scope is 0～255.
10. the control method of a kind of ward according to claim 8 wireless calling system; It is characterized in that: be connected with speech chip (24) on the single-chip microcomputer (21) in the said calling device (2); On speech chip (24), be connected with loudspeaker (25); After calling device (2) was received said answer signal R2 or answer signal R3, loudspeaker (25) was play automatically and is pre-stored in the voice messaging in the speech chip (24).
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| CN 201210009510 CN102542706B (en) | 2012-01-13 | 2012-01-13 | Control method of sickroom wireless calling system |
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| CN 201210009510 CN102542706B (en) | 2012-01-13 | 2012-01-13 | Control method of sickroom wireless calling system |
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103987021A (en) * | 2014-05-30 | 2014-08-13 | 北京鑫丰南格科技有限责任公司 | Emergency call method and system |
| CN104134302A (en) * | 2014-08-07 | 2014-11-05 | 成都信鑫信息技术有限公司 | Wireless ward call system |
| CN104183067A (en) * | 2014-08-29 | 2014-12-03 | 钟卫 | Wireless calling system and control method |
| CN105303730A (en) * | 2015-09-21 | 2016-02-03 | 青岛四方庞巴迪铁路运输设备有限公司 | Train calling system and train calling processing method |
| CN105788114A (en) * | 2014-12-17 | 2016-07-20 | 南通市第人民医院 | System for ward on-demand calling |
| CN106251526A (en) * | 2016-09-27 | 2016-12-21 | 柳州市人民医院 | Sick room calling system |
| CN106372447A (en) * | 2016-10-30 | 2017-02-01 | 苏州市克拉思科文化传播有限公司 | Intelligent medical sickbed management system |
| CN106652274A (en) * | 2016-12-31 | 2017-05-10 | 佛山市幻云科技有限公司 | Hospital calling control method, hospital calling control device, and hospital calling control system |
| CN106693116A (en) * | 2016-12-29 | 2017-05-24 | 徐州医科大学 | Intelligent transfusion alarming device |
| CN107919890A (en) * | 2017-12-17 | 2018-04-17 | 南京佳普科技有限公司 | One kind is based on Internet of Things long-distance intelligent hilllock system |
| CN112637702A (en) * | 2020-12-17 | 2021-04-09 | 广西水利电力职业技术学院 | Special wireless calling system for medical treatment |
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| CN103987021A (en) * | 2014-05-30 | 2014-08-13 | 北京鑫丰南格科技有限责任公司 | Emergency call method and system |
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| CN106372447B (en) * | 2016-10-30 | 2020-04-07 | 佛山市飞星视听设备厂 | Working method of intelligent medical sickbed management system |
| CN106693116A (en) * | 2016-12-29 | 2017-05-24 | 徐州医科大学 | Intelligent transfusion alarming device |
| CN106652274A (en) * | 2016-12-31 | 2017-05-10 | 佛山市幻云科技有限公司 | Hospital calling control method, hospital calling control device, and hospital calling control system |
| CN107919890A (en) * | 2017-12-17 | 2018-04-17 | 南京佳普科技有限公司 | One kind is based on Internet of Things long-distance intelligent hilllock system |
| CN112637702A (en) * | 2020-12-17 | 2021-04-09 | 广西水利电力职业技术学院 | Special wireless calling system for medical treatment |
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