CN211124266U - Ward calling device - Google Patents

Abstract

The utility model relates to a ward calling device, which comprises a calling terminal, a feedback terminal and a dispatching terminal; the calling terminal, the feedback terminal and the scheduling terminal exchange information with the central control terminal; the calling terminal includes: the system comprises a caller, a first verifier, an information recorder, a response feedback device and a central control terminal, wherein the caller sends a calling instruction to the central control terminal, the first verifier verifies the calling instruction with the second verifier, and the information recorder is used for setting user information and receiving response feedback information from the central control terminal; the feedback terminal includes: the second verifier acquires the terminal verification information of the first verifier and transmits the terminal verification information to the central control terminal, the responder sends response information to the central control terminal, and the coordinator sends coordination information to the central control terminal; the beneficial effects are that: the problem that a nurse forgets to deal with the response can be effectively avoided; can be conveniently coordinated, so that the patient can be nursed in time.

Description

Ward calling device

Technical Field

The utility model belongs to the technical field of the nursing is supporting, especially, relate to a ward calling device.

Background

The traditional ward calling system has the advantages that the reminding ring tone is large, the rest of patients in the whole ward is affected, and nurses cannot timely judge which patient is called when performing other operations; the ringing sound all the time during the infusion peak, leads to patient and family members to think that the nurse does not respond in time by mistake.

For example, the intelligent hospital nursing call system technology disclosed in CN205608929U, by combining with the information transmission technology, improves the convenience of use of the call system, and realizes an intelligent call management under the condition of a large amount of nursing tasks.

However, the existing calling systems are all provided with fixed reminding devices, the positions of the calling devices and the reminding devices are generally fixed, and when nurses attend other wards, the requirements of the patients cannot be known in time; meanwhile, the patient cannot know the processing progress of the nurse after calling, and the patient is easy to be irritated due to too long time.

Or after receiving the call information, the nurse sometimes makes a switch in the way of going to the ward, and the tube bed nurse easily forgets to go to the patient for treatment, so that the patient is missed; the nurse station cannot perform monitoring adjustment on time.

SUMMERY OF THE UTILITY MODEL

To the above problem, the utility model provides a ward calling device has mainly solved prior art and has appeared forgetting after answering easily and handle, be not convenient for regulate and control the scheduling problem.

In order to solve the problem, the utility model adopts the following technical scheme:

a ward calling device comprises a calling terminal, a feedback terminal and a scheduling terminal; the calling terminal, the feedback terminal and the scheduling terminal exchange information with the central control terminal;

the calling terminal includes:

the caller sends a calling instruction to the central control terminal,

a first verifier for performing verification with a second verifier,

an information recorder for setting user information,

the response feedback device receives response feedback information from the central control terminal;

the feedback terminal includes:

the reactor receives the call information of the central control terminal,

a second verifier for acquiring the terminal verification information of the first verifier and transmitting the terminal verification information to the central control terminal,

the responder sends response information to the central control terminal,

the coordinator sends coordination information to the central control terminal;

the scheduling terminal includes:

and the dispatching controller receives the coordination information from the central control terminal and sends a call instruction to the feedback terminal.

In one mode, the central control terminal comprises:

an information memory for exchanging information with the processor,

a processor for receiving and processing information of the calling terminal, the feedback terminal and the dispatching terminal and sending feedback information,

and the timer receives the processor instruction for timing.

One way, the processor receives the response information of the transponder,

the processor can send a timing instruction to the timer and send response feedback information to the response feedback device.

One way, the call terminal includes a first talker, the feedback terminal includes a second talker, and the dispatch terminal includes a third talker;

the first interphone, the second interphone and the third interphone can achieve information interconnection through the central control terminal.

One way, the feedback terminal includes an information display, the information display including:

a display for displaying user information corresponding to a calling terminal transmitting the call information,

and the touch controller is used for controlling the responder to send response information to the central control terminal.

In one form, the coordinator is communicatively coupled to the reactor.

In one mode, a plurality of feedback terminals are provided;

the scheduling controller includes:

the response information acquirer acquires the call information from the coordinator of one feedback terminal through the central control terminal, processes the call information into coordinated call information,

and the response information transmitter is used for transmitting the coordination call information to the reactor of the other feedback terminal.

In one mode, the scheduling terminal is also provided with a reminder;

and the reminder receives the instruction information of the processor.

The utility model has the advantages that:

1. the problem that a nurse forgets to deal with the response can be effectively avoided;

2. coordination can be conveniently carried out, so that patients can be nursed in time;

3. the nurse can be prevented from forgetting the reset equipment, and repeated shuttling of the nurse in the ward is also avoided.

Drawings

FIG. 1 is a schematic structural view of the present invention;

fig. 2 is a schematic structural diagram of the information display of the present invention;

FIG. 3 is a schematic structural diagram of the dispatch controller of the present invention;

fig. 4 is a schematic view of the working principle of the present invention.

In the figure:

the system comprises a calling terminal 100, a calling device 101, a first verifier 102, an information recorder 103, a first communicator 104, a response feedback device 105, a feedback terminal 200, a reactor 201, a second verifier 202, an information display 203, a second communicator 204, a responder 205, a coordinator 206, a central control terminal 300, an information memory 301, a processor 302, a timer 303, a scheduling terminal 400, a display 401, a third communicator 402, a scheduling controller 403 and a reminder 404.

Detailed Description

The present invention will be further described with reference to the following detailed description:

a ward calling device comprises a calling terminal 100, a feedback terminal 200 and a dispatching terminal 400; the calling terminal 100, the feedback terminal 200 and the dispatching terminal 400 exchange information with the central control terminal 300;

the calling terminal 100 includes:

the caller 101, sends a call instruction to the central control terminal 300,

a first verifier 102 that verifies with a second verifier 202, one way of the first verifier 102 being an RFID identification tag;

an information recorder 103 for setting user information,

a response feedback unit 105 receiving response feedback information from the central control terminal 300;

the feedback terminal 200 includes:

the reactor 201, receiving the call information of the central control terminal,

the second verifier 202 acquires the terminal verification information of the first verifier 102 and transmits the terminal verification information to the central control terminal 300; it may employ an RFID identification tag identifier to identify the acquired data of the RFID identification tag and then acquire the information from the information storage 301 via the processor 302 to verify the identified RFID information with the stored corresponding caller information.

The responder 205, transmitting the response information to the central control terminal 300,

the coordinator 206, which sends coordination information to the central control terminal 300;

the scheduling terminal 400 includes:

the dispatch controller 403 receives the coordination information from the central control terminal 300 and transmits a call instruction to the feedback terminal 200.

The central control terminal 300 includes:

an information memory 301, which exchanges information with the processor 302,

a processor 302 for receiving and processing information of the call terminal 100, the feedback terminal 200, and the scheduling terminal 400, and transmitting the feedback information,

the timer 303 counts the time in response to the instruction from the processor 302.

The processor 302 receives the response information of the transponder 205,

the processor 302 can send timing instructions to the timer 303 and response feedback information to the response feedback unit 105.

Wherein the calling terminal 100 comprises a first talker 104, the feedback terminal 200 comprises a second talker 204, and the dispatch terminal 400 comprises a third talker 402;

the first communicator 104, the second communicator 204 and the third communicator 402 can all realize information interconnection through the central control terminal 300.

The feedback terminal 200 comprises an information display 203, wherein the information display 203 comprises:

a display for displaying user information corresponding to the calling terminal 100 transmitting the call information,

and the touch controller is used for controlling the responder 205 to send response information to the central control terminal 300.

The coordinator 206 is in information communication with the reactor 201.

A plurality of feedback terminals 200 are provided;

the scheduling controller 403 includes:

the answer information obtainer obtains call information from the coordinator 206 of one feedback terminal 200 through the central control terminal 300, processes the call information into coordinated call information,

and an answer information transmitter for transmitting the coordinated call information to the reactor 201 of the other feedback terminal 200.

The scheduling terminal 400 is further provided with a reminder 404;

the reminder 404 receives the processor 302 instruction information.

The utility model discloses a working method does:

referring to fig. 4, the calling terminal 100 is configured for a patient, patient identity information is entered through the information input unit 103 and stored in the information storage 301, and medical staff information of the feedback terminal 200 is also stored in the information storage 301.

The patient sends a calling instruction to the central control terminal 300 through the caller 101, and the processor 302 receives the calling information, processes the calling information and sends the calling information to the reactor 201; the reactor 201 receives the call information and then sends information to the information display 203, displaying user information that alerts the call.

After the caregiver views the information on the information display 203:

the responder 205 sends response information to the central control terminal 300, the processor 302 processes the response information into response feedback information and sends the response feedback information to the response feedback device 105, and the response feedback device 105 reminds the patient after receiving the response feedback information; at the same time, the processor 302 controls the timer 303 to start timing.

A. The caregiver goes to the patient for processing, and performs identification verification by the second verifier 202 and the first verifier 102, and after the verification is passed, the processor 302 controls the timer 303 to end the timing task.

B. The nursing staff goes to the patient for processing, after the timer 303 reaches the preset time, the timer 303 feeds back information to the processor 302, the processor 302 continuously sends calling information to the reactor 201, the reactor 201 performs reminding reaction, and meanwhile, the information is displayed through the information display 203;

C. executing n circulation times (n is a positive integer) in the step B, and when the circulation times n reach the preset times; the processor 302 sends instruction information to the reminder 404, and the reminder 404 gives an alarm for display; the staff at the nurse station communicates with the patient by communicating with the first communicator 104 while passing through the third communicator 402 and the second communicator 204;

D. when confirming that the previous nursing staff A can not go to the patient, the nurse station sends the call information received by the feedback terminal 200 of the nurse A to the nurse B through the dispatch controller 403, and the nurse station communicates with the second communicator 204 of the nurse B through the third communicator 402 for confirmation.

In addition, the nurse can also request coordination work by the coordinator 206; the coordinator 206 sends coordination information to the central control terminal 300, and the processor 302 sends the processed coordination information to the scheduling controller 403; the scheduling controller 403 acquires call information from the coordinator 206 of nurse c through the answer information acquirer, processes it, and then transmits the coordinated call information to the reactor 201 of another finger-protection feedback terminal 200 through the answer information transmitter.

It will be apparent to those skilled in the art that various modifications may be made to the above embodiments without departing from the general spirit and concept of the invention. Which all fall within the protection scope of the utility model. The protection scheme of the utility model is based on the appended claims.

Claims (8)

1. A ward calling device, characterized by: the system comprises a calling terminal, a feedback terminal and a dispatching terminal; the calling terminal, the feedback terminal and the scheduling terminal exchange information with the central control terminal;

the calling terminal includes:

the caller sends a calling instruction to the central control terminal,

a first verifier for performing verification with a second verifier,

an information recorder for setting user information,

the response feedback device receives response feedback information from the central control terminal;

the feedback terminal includes:

the reactor receives the call information of the central control terminal,

a second verifier for acquiring the terminal verification information of the first verifier and transmitting the terminal verification information to the central control terminal,

the responder sends response information to the central control terminal,

the coordinator sends coordination information to the central control terminal;

the scheduling terminal includes:

and the dispatching controller receives the coordination information from the central control terminal and sends a call instruction to the feedback terminal.

2. The ward calling device of claim 1, wherein: the central control terminal comprises:

an information memory for exchanging information with the processor,

a processor for receiving and processing information of the calling terminal, the feedback terminal and the dispatching terminal and sending feedback information,

and the timer receives the processor instruction for timing.

3. The ward calling device according to claim 2, wherein: the processor receives the response information of the transponder,

the processor can send a timing instruction to the timer and send response feedback information to the response feedback device.

4. The ward calling device of claim 1, wherein: the calling terminal comprises a first communicator, the feedback terminal comprises a second communicator, and the dispatching terminal comprises a third communicator;

the first interphone, the second interphone and the third interphone can achieve information interconnection through the central control terminal.

5. The ward calling device according to claim 2, wherein: the feedback terminal includes an information display, the information display including:

a display for displaying user information corresponding to a calling terminal transmitting the call information,

and the touch controller is used for controlling the responder to send response information to the central control terminal.

6. The ward calling device according to claim 2, wherein: the coordinator is in information interconnection with the reactor.

7. The ward calling device of claim 6, wherein: a plurality of feedback terminals are arranged;

the scheduling controller includes:

the response information acquirer acquires the call information from the coordinator of one feedback terminal through the central control terminal, processes the call information into coordinated call information,

and the response information transmitter is used for transmitting the coordination call information to the reactor of the other feedback terminal.

8. The ward calling device according to claim 2, wherein: the scheduling terminal is also provided with a reminder;

and the reminder receives the instruction information of the processor.

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