A system for implementing intelligent calling

Abstract

The application provides a system for realizing intelligent calling, which comprises a patient ring worn on the wrist of a patient, and a smart mobile calling device; the patient ring is connected to the smart mobile calling device in communication, and the patient information in the patient ring is acquired; the nurses at the nurse station are called through the smart mobile calling device, and the calling content comprises one or any combination of infusion end, feeling unwell, temperature measurement, and heart rate measurement. The nurses at the nurse station can be called through the smart mobile calling device after unlocking, which is convenient and fast.

Description

Technical Field

[0001] This invention relates to the field of call management technology, and in particular to a system for implementing intelligent calls. Background Technology

[0002] The hospital call system is part of the hospital intercom system. Patent application number 2018102305958, entitled "Hospital Wireless Call Device," discloses a wireless call device body and a hardware control system. The wireless call device body includes a hardware control system, antenna, fixing clip, corrugated conduit, microphone, power port, speaker, display, microcontroller, power supply, call transmitting terminal, call receiving display terminal, microcontroller, signal receiving module, LED module, voltage regulator module, voice acquisition module, overshoot protection module, and power supply control circuit. This invention uses an AT89S52 microcontroller and an nRF905 signal receiving module, effectively reducing the power consumption of the wireless call device body. It does not require wired communication, is easy to carry, and has strong flexibility and practicality. Summary of the Invention

[0003] This invention aims to at least solve the technical problems existing in the prior art, and in particular, innovatively proposes a system for realizing intelligent calling.

[0004] To achieve the above-mentioned objectives of the present invention, the present invention provides a system for realizing intelligent calling, including a patient ring worn on the patient's wrist and an intelligent mobile calling device. The patient ring is communicatively connected to the intelligent mobile calling device to obtain patient information from the patient ring and to call the nurse at the nurses' station through the intelligent mobile calling device.

[0005] In a preferred embodiment of the present invention, the patient ring includes a detachable and wearable patient ring body, an RFID tag is disposed within the patient ring body, and the patient's identity information is stored in the RFID tag.

[0006] In a preferred embodiment of the present invention, the intelligent mobile calling device includes a rectangular housing, and a calling display screen mounting bracket for fixing the calling display screen is provided on the front side of the rectangular housing, and the calling display screen is fixedly mounted on the calling display screen mounting bracket.

[0007] A PCB board mounting bracket is provided inside the rectangular housing for fixing and mounting the PCB board. The PCB board is fixedly mounted on the PCB board mounting bracket.

[0008] The PCB circuit board is equipped with a network communication module, a call controller, a patient identity information storage module, an RFID reader / writer, and a tilt sensing module. The communication connection end of the network communication module is connected to the communication connection end of the call controller, the storage data end of the patient identity information storage module is connected to the storage data end of the call controller, the display data end of the call display screen is connected to the display data end of the call controller, the read / write data end of the RFID reader / writer is connected to the read / write data end of the call controller, and the data end of the tilt sensing module is connected to the sensing data end of the call controller.

[0009] Calls can be made to nurses at the nurses' station by displaying the call content on the call screen.

[0010] In a preferred embodiment of the present invention, the network communication wireless module includes one or any combination of a network communication 2G wireless module, a network communication 3G wireless module, a network communication 4G wireless module, a network communication 5G wireless module, and a network communication WiFi wireless module.

[0011] The communication connection end of the 2G wireless module is connected to the 2G wireless connection end of the call controller; the communication connection end of the 3G wireless module is connected to the 3G wireless connection end of the call controller; the communication connection end of the 4G wireless module is connected to the 4G wireless connection end of the call controller; the communication connection end of the 5G wireless module is connected to the 5G wireless connection end of the call controller; and the communication connection end of the WiFi wireless module is connected to the WiFi wireless connection end of the call controller.

[0012] This invention also discloses a method for implementing intelligent calling, comprising the following steps:

[0013] S1, K call buttons are displayed on the call display screen, from left to right and from top to bottom: call button 1, call button 2, call button 3, ..., call button K. Each call button corresponds to a call content.

[0014] S2, determine whether the patient loop is connected to the intelligent mobile call device;

[0015] If the patient loop communicates with the smart mobile call device, proceed to the next step;

[0016] If the patient loop does not communicate with the smart mobile call device, return to step S2;

[0017] S3, the intelligent mobile calling device obtains the patient's identity information stored in the patient's ring. After obtaining the patient's identity information stored in the patient's ring, the intelligent mobile calling device determines the relationship between the patient's identity information stored in the patient's ring and the information stored in the patient's identity information storage module:

[0018] If ε l ∈H, where ∈ indicates that the logical relation belongs to, ε l This indicates that the intelligent mobile calling device obtains the patient's l-th identity information stored within the patient's ring, where H represents the patient information set stored in the patient identity information storage module, H = {h1, h2, h3, ..., h...}. S}, h1 represents the first patient information stored in the patient identity information storage module, h2 represents the second patient information stored in the patient identity information storage module, h3 represents the third patient information stored in the patient identity information storage module, h S The Sth patient information stored in the patient identity information storage module is represented by S, where S represents the number of information types stored in the patient identity information storage module; then the call display screen of the intelligent mobile call device is unlocked; step S3 is executed;

[0019] like in, The logical relation ε indicates that it does not belong. l This indicates that the intelligent mobile calling device obtains the patient's l-th identity information stored within the patient's ring, where H represents the patient information set stored in the patient identity information storage module, H = {h1, h2, h3, ..., h...}. S}, h1 represents the first patient information stored in the patient identity information storage module, h2 represents the second patient information stored in the patient identity information storage module, h3 represents the third patient information stored in the patient identity information storage module, h S The Sth patient information stored in the patient identity information storage module is represented by S, where S represents the number of information types stored in the patient identity information storage module; therefore, the call display screen of the intelligent mobile call device will not be unlocked; return to step S2;

[0020] S3, after the call display screen is unlocked, the K call buttons on the call display screen change from the locked state to the call state; including one or any combination of the following:

[0021] S31, determine whether the first call trigger signal has been received. If the first call button has been clicked, the first call button will send a first call trigger signal.

[0022] If the first call trigger signal is received, the content of the first call is sent to the nurses' station;

[0023] If the first call trigger signal is not received, the first call content will not be sent to the nurses' station;

[0024] S32, determine whether a second call trigger signal has been received. If the second call button has been clicked, the second call button will send a second call trigger signal.

[0025] If a second call trigger signal is received, the content of the second call is sent to the nurses' station;

[0026] If the second call trigger signal is not received, the content of the second call will not be sent to the nurse station;

[0027] S33, determine whether a third call trigger signal has been received. If the third call button has been clicked, the third call button will send a third call trigger signal.

[0028] If a third call trigger signal is received, the content of the third call is sent to the nurses' station;

[0029] If the third call trigger signal is not received, the third call content will not be sent to the nurses' station;

[0030] ;……;

[0031] S3K: Determine if the Kth call trigger signal has been received. If the Kth call button has been clicked, the Kth call button will send the Kth call trigger signal.

[0032] If the Kth call trigger signal is received, the content of the Kth call is sent to the nurses' station;

[0033] If the Kth call trigger signal is not received, the Kth call content will not be sent to the nurse station.

[0034] In a preferred embodiment of the present invention, before step S1, the method further includes writing the hospitalized patient's identity information into the patient ring before receiving the patient ring at the nurse's station.

[0035] Before step S1, the procedure also includes clearing the patient information set in the patient identity information storage module of the smart mobile call device corresponding to the bed number during hospitalization, and then writing the identity information of the newly hospitalized patient into the patient information set to update the patient information set.

[0036] In a preferred embodiment of the present invention, the method further includes distinguishing between a locked state and a calling state by differentiating the display intensity. The method for distinguishing between the locked state and the calling state is as follows:

[0037] S51, determine whether the call display is in a locked state or a calling state:

[0038] If the call display is locked, proceed to step S52;

[0039] If the call display is in call status, proceed to step S55;

[0040] S52, obtain the pixel values ​​of each pixel on the call display screen:

[0041]

[0042] in, This indicates that the location on the call display screen is (y m ,x n The pixel values ​​of ); m = 1, 2, 3, ..., M, n = 1, 2, 3, ..., N, where M represents the number of vertical pixels and N represents the number of horizontal pixels;

[0043] S53, obtain the positions of K call buttons to form a call button position set; obtain other position sets based on the call button position set;

[0044] S54, obtain the position pixel value of the call button based on the pixel values ​​corresponding to each element in the other position set;

[0045] Replace the pixel value of the call display screen corresponding to each position in the call button position set with the calculated pixel value; at this time, the display of the call button position is locked.

[0046] S55, obtain the positions of K call buttons to form a call button position set;

[0047] Replace the pixel value of the call display screen corresponding to each location in the call button location set with the display value; at this time, the display of the call button location is in the callable state.

[0048] In summary, by adopting the above technical solution, the present invention enables the user to call nurses at the nurses' station through an unlocked intelligent mobile calling device, which is convenient and quick.

[0049] Additional aspects and advantages of the invention will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. Attached Figure Description

[0050] The above and / or additional aspects and advantages of the present invention will become apparent and readily understood from the description of the embodiments taken in conjunction with the following drawings, in which:

[0051] Figure 1 This is a schematic diagram illustrating the present invention. Detailed Implementation

[0052] Embodiments of the present invention are described in detail below. Examples of these embodiments are shown in the accompanying drawings, wherein the same or similar reference numerals denote the same or similar elements or elements having the same or similar functions throughout. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and should not be construed as limiting the present invention.

[0053] This invention provides a system for realizing intelligent calling, including a patient ring worn on the patient's wrist and an intelligent mobile calling device. The patient ring is connected to the intelligent mobile calling device to obtain patient information in the patient ring and to call the nurse at the nurse station through the intelligent mobile calling device. The call content is not limited to one or any combination of infusion completion, feeling unwell, measuring body temperature, and measuring heart rate, and also includes other call content.

[0054] In a preferred embodiment of the present invention, the patient ring includes a detachable and wearable patient ring body, and an RFID tag is provided in the patient ring body. The RFID tag stores the patient's identity information, which includes one or any combination of name, ID number, and hospital number.

[0055] In a preferred embodiment of the present invention, the intelligent mobile calling device includes a rectangular housing, and a calling display screen mounting bracket for fixing the calling display screen is provided on the front side of the rectangular housing, and the calling display screen is fixedly mounted on the calling display screen mounting bracket.

[0056] A PCB board mounting bracket is provided inside the rectangular housing for fixing and mounting the PCB board. The PCB board is fixedly mounted on the PCB board mounting bracket.

[0057] The PCB circuit board is equipped with a network communication module, a call controller, a patient identity information storage module, an RFID reader / writer, and a tilt sensing module. The communication connection end of the network communication module is connected to the communication connection end of the call controller, the storage data end of the patient identity information storage module is connected to the storage data end of the call controller, the display data end of the call display screen is connected to the display data end of the call controller, the read / write data end of the RFID reader / writer is connected to the read / write data end of the call controller, and the data end of the tilt sensing module is connected to the sensing data end of the call controller.

[0058] Calls can be made to nurses at the nurses' station by displaying the call content on the call screen. The call content can include one or any combination of the following: infusion completed, feeling unwell, temperature measurement, and heart rate measurement.

[0059] In a preferred embodiment of the present invention, the network communication wireless module includes one or any combination of a network communication 2G wireless module, a network communication 3G wireless module, a network communication 4G wireless module, a network communication 5G wireless module, and a network communication WiFi wireless module.

[0060] The communication connection end of the 2G wireless module is connected to the 2G wireless connection end of the call controller; the communication connection end of the 3G wireless module is connected to the 3G wireless connection end of the call controller; the communication connection end of the 4G wireless module is connected to the 4G wireless connection end of the call controller; the communication connection end of the 5G wireless module is connected to the 5G wireless connection end of the call controller; and the communication connection end of the WiFi wireless module is connected to the WiFi wireless connection end of the call controller.

[0061] This invention also discloses a method for implementing intelligent calling, comprising the following steps:

[0062] S1, K call buttons are displayed on the call display screen, numbered from left to right and top to bottom as call button 1, call button 2, call button 3, ..., call button K. Each call button corresponds to a call message, such as... Figure 1 As shown, for example, the message of the first call button is "infusion ended", the message of the second call button is "feeling unwell", the message of the third call button is "take body temperature", and the message of the fourth call button is "take heart rate". At this time, K call buttons are in a locked state. The call buttons in the locked state will not send a message to the nurse station even if the call button is clicked.

[0063] S2, determine whether the patient loop is connected to the intelligent mobile call device;

[0064] If the patient loop communicates with the smart mobile call device, proceed to the next step;

[0065] If the patient loop does not communicate with the smart mobile call device, return to step S2;

[0066] The method for determining whether the patient's ring is connected to the smart mobile call device is as follows:

[0067] S21, the call controller determines whether the tilt detected by the tilt sensor module is within the preset tilt range:

[0068] If the tilt angle detected by the tilt angle sensing module is within the preset tilt angle range, then return to step S21;

[0069] If the tilt angle detected by the tilt angle sensing module is not within the preset tilt angle range, proceed to the next step;

[0070] S22, the call controller sends a control signal to the RFID reader. Upon receiving the control signal, the RFID reader emits a power electromagnetic wave, and the passive RFID tag begins to function, emitting a response signal. The call controller then determines the distance between the RFID reader and the worn RFID tag.

[0071] If the distance between the smart mobile calling device and the patient ring is greater than or equal to the preset distance threshold, the RFID reader will not emit power electromagnetic waves. At this time, the patient ring and the smart mobile calling device are not communicating, and the process returns to step S21.

[0072] The method for calculating the distance between the intelligent mobile calling device and the patient's ring is as follows:

[0073] L = c(t1-t2)(1-β%),

[0074] Where L represents the distance between the intelligent mobile calling device and the patient's ring;

[0075] c represents the speed of electromagnetic waves;

[0076] β represents the velocity loss rate, β∈(0,5.082];

[0077] t2 represents the time when the RFID tag sends the Info message;

[0078] t1 represents the moment when the RFID reader receives the Info message;

[0079] If the distance between the smart mobile calling device and the patient ring is less than a preset distance threshold, the RFID reader sends a request to retrieve the patient information stored in the RFID tag; this indicates that the patient ring is communicating with the smart mobile calling device.

[0080] S3, the intelligent mobile calling device obtains the patient's identity information stored in the patient's ring. This identity information includes one or any combination of name, ID number, and hospital number. After obtaining the patient's identity information stored in the patient's ring, the intelligent mobile calling device determines the relationship between the patient's identity information obtained by the intelligent mobile calling device and the information stored in the patient's identity information storage module.

[0081] If ε l ∈H, where ∈ indicates that the logical relation belongs to, ε l This indicates that the intelligent mobile calling device obtains the patient's l-th identity information stored within the patient's ring, where H represents the patient information set stored in the patient identity information storage module, H = {h1, h2, h3, ..., h...}. S}, h1 represents the first patient information stored in the patient identity information storage module, h2 represents the second patient information stored in the patient identity information storage module, h3 represents the third patient information stored in the patient identity information storage module, h SThis indicates the Sth patient information stored in the patient identity information storage module, where S represents the number of information types stored in the module. For example, h1 can be the name, h2 can be the ID number, and h3 can be the hospital number. Then, the call display screen of the smart mobile call device unlocks, and step S3 is executed.

[0082] like in, The logical relation ε indicates that it does not belong. l This indicates that the intelligent mobile calling device obtains the patient's l-th identity information stored within the patient's ring, where H represents the patient information set stored in the patient identity information storage module, H = {h1, h2, h3, ..., h...}. S}, h1 represents the first patient information stored in the patient identity information storage module, h2 represents the second patient information stored in the patient identity information storage module, h3 represents the third patient information stored in the patient identity information storage module, h S This indicates the Sth patient information stored in the patient identity information storage module, where S represents the number of information types stored in the module. For example, h1 can be the name, h2 can be the ID number, and h3 can be the hospital number. Therefore, the call display screen of the smart mobile call device remains unlocked; return to step S2.

[0083] S3, after the call display screen is unlocked, the K call buttons on the call display screen change from the locked state to the call state; including one or any combination of the following:

[0084] S31, determine whether the first call trigger signal has been received. If the first call button has been clicked, the first call button will send a first call trigger signal.

[0085] If the first call trigger signal is received, the content of the first call is sent to the nurses' station;

[0086] If the first call trigger signal is not received, the first call content will not be sent to the nurses' station;

[0087] S32, determine whether a second call trigger signal has been received. If the second call button has been clicked, the second call button will send a second call trigger signal.

[0088] If a second call trigger signal is received, the content of the second call is sent to the nurses' station;

[0089] If the second call trigger signal is not received, the content of the second call will not be sent to the nurse station;

[0090] S33, determine whether a third call trigger signal has been received. If the third call button has been clicked, the third call button will send a third call trigger signal.

[0091] If a third call trigger signal is received, the content of the third call is sent to the nurses' station;

[0092] If the third call trigger signal is not received, the third call content will not be sent to the nurses' station;

[0093] ;……;

[0094] S3K: Determine if the Kth call trigger signal has been received. If the Kth call button has been clicked, the Kth call button will send the Kth call trigger signal.

[0095] If the Kth call trigger signal is received, the content of the Kth call is sent to the nurses' station;

[0096] If the Kth call trigger signal is not received, the Kth call content will not be sent to the nurse station.

[0097] In a preferred embodiment of the present invention, before step S1, the method further includes writing the hospitalized patient's identity information into the patient ring before receiving the patient ring at the nurse's station. The identity information includes one or any combination of the patient's name, ID card number, and hospital number ID.

[0098] Before step S1, the procedure also includes clearing the patient information set in the patient identity information storage module of the smart mobile call device corresponding to the bed number during hospitalization, and then writing the identity information of the newly hospitalized patient into the patient information set to update the patient information set.

[0099] In a preferred embodiment of the present invention, the method further includes distinguishing between a locked state and a calling state by differentiating the display intensity. The method for distinguishing between the locked state and the calling state is as follows:

[0100] S51, determine whether the call display is in a locked state or a calling state:

[0101] If the call display is locked, proceed to step S52;

[0102] If the call display is in call status, proceed to step S55;

[0103] S52, obtain the pixel values ​​of each pixel on the call display screen:

[0104]

[0105] in, This indicates that the location on the call display screen is (y m ,x n The pixel values ​​of ); m = 1, 2, 3, ..., M, n = 1, 2, 3, ..., N, where M represents the number of vertical pixels and N represents the number of horizontal pixels;

[0106] That is, This represents the pixel value at position (y1, x1) on the call display screen.

[0107] This represents the pixel value at position (y1, x2) on the call display screen.

[0108] This represents the pixel value at position (y1, x3) on the call display screen.

[0109] This indicates that the call display screen is located at (y1, x). N The pixel value of );

[0110] This represents the pixel value at position (y2, x1) on the call display screen.

[0111] This represents the pixel value at position (y2, x2) on the call display screen.

[0112] This represents the pixel value at position (y2, x3) on the call display screen.

[0113] This indicates that the location on the call display screen is (y2, x). N The pixel value of );

[0114] This represents the pixel value at the call display position (y3, x1);

[0115] This represents the pixel value at position (y3, x2) on the call display screen.

[0116] This represents the pixel value at position (y3, x3) on the call display screen.

[0117] This indicates that the call display screen is located at (y3, x). N The pixel value of );

[0118] This indicates that the location on the call display screen is (y M The pixel value of x1);

[0119] This indicates that the location on the call display screen is (y M The pixel values ​​of (x2);

[0120] This indicates that the location on the call display screen is (y MThe pixel values ​​of (x3);

[0121] This indicates that the location on the call display screen is (y M ,x N The pixel value of );

[0122] S53, obtain the positions of K call buttons to form a call button position set; obtain other position sets based on the call button position set, the method for obtaining other position sets based on the call button position set is as follows:

[0123] O = PU,

[0124] Where O represents the set of other locations;

[0125] P represents the set of locations for the call display screen;

[0126] U represents the set of call button locations;

[0127] - indicates that elements in the next set are removed from the previous set;

[0128] S54, the position pixel value of the call button is obtained based on the pixel values ​​corresponding to each element in the other position set. The method for obtaining the position pixel value of the call button based on the pixel values ​​corresponding to each element in the other position set is as follows:

[0129]

[0130] Where D represents the number of elements in the set at other positions;

[0131] p d,R This represents the R value (red value) corresponding to the d-th element in the set of other positions;

[0132] r represents the scaling factor for the R value;

[0133] p d,G This represents the G value (green value) corresponding to the d-th element in the set of other positions;

[0134] g represents the scaling factor of the G value;

[0135] p d,B This represents the B value (blue value) corresponding to the d-th element in the set of other positions;

[0136] b represents the proportionality coefficient of the value of B; r + g + b = 1;

[0137] ξ represents the calculated pixel value;

[0138] Replace the pixel value of the call display screen corresponding to each position in the call button position set with the calculated pixel value; at this time, the display of the call button position is locked.

[0139] S55, obtain the positions of K call buttons to form a call button position set;

[0140] Replace the pixel value of the call display screen corresponding to each location in the call button location set with the display value; at this time, the display of the call button location is in the callable state;

[0141] The displayed value is:

[0142]

[0143] Where R represents the red value of the three colors;

[0144] G represents the green value of the tri-color value;

[0145] B represents the blue value in the tri-color system.

[0146] Although embodiments of the invention have been shown and described, those skilled in the art will understand that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the claims and their equivalents.

Claims

1. A system for enabling intelligent calling, comprising a patient bracelet worn on the patient's wrist, and an intelligent mobile calling device, characterized in that, The patient ring is connected to the intelligent mobile call device to obtain patient information in the patient ring and call the nurse at the nurse station through the intelligent mobile call device; The intelligent mobile calling device includes a rectangular housing, and a call display screen mounting bracket is provided on the front of the rectangular housing for fixing the call display screen. The call display screen is fixedly mounted on the call display screen mounting bracket. A PCB board mounting bracket is provided inside the rectangular housing for fixing and mounting the PCB board. The PCB board is fixedly mounted on the PCB board mounting bracket. The PCB circuit board is equipped with a network communication module, a call controller, a patient identity information storage module, an RFID reader / writer, and a tilt sensing module. The communication connection end of the network communication module is connected to the communication connection end of the call controller, the storage data end of the patient identity information storage module is connected to the storage data end of the call controller, the display data end of the call display screen is connected to the display data end of the call controller, the read / write data end of the RFID reader / writer is connected to the read / write data end of the call controller, and the data end of the tilt sensing module is connected to the sensing data end of the call controller. The system for implementing intelligent calling performs the following steps: S1, the call display screen shows There are 1 call button, and each call button corresponds to a call message; S2, determine whether the patient loop is connected to the intelligent mobile call device; If the patient loop communicates with the smart mobile call device, proceed to the next step; If the patient loop does not communicate with the smart mobile call device, return to step S2; S3, the intelligent mobile calling device obtains the patient's identity information stored in the patient's ring. After obtaining the patient's identity information stored in the patient's ring, the intelligent mobile calling device determines the relationship between the patient's identity information stored in the patient's ring and the information stored in the patient's identity information storage module: like ,in, The logical relation symbol indicates that it belongs to. This indicates that the intelligent mobile calling device has obtained the patient's number stored in the patient's ring. Identity information The patient information storage module stores the patient information set; then the call display screen of the intelligent mobile call device unlocks; proceed to step S3; like If the call display screen of the smart mobile calling device remains locked, return to step S2. S3, after the call display is unlocked, call the display screen. A call button changes from a locked state to a call state; including one or any combination of the following: S31, determine whether the first call trigger signal has been received. If the first call button has been clicked, the first call button will send a first call trigger signal. If the first call trigger signal is received, the content of the first call is sent to the nurses' station; If the first call trigger signal is not received, the first call content will not be sent to the nurses' station; S32, determine whether a second call trigger signal has been received. If the second call button has been clicked, the second call button will send a second call trigger signal. If a second call trigger signal is received, the content of the second call is sent to the nurses' station; If the second call trigger signal is not received, the content of the second call will not be sent to the nurse station; S33, determine whether a third call trigger signal has been received. If the third call button has been clicked, the third call button will send a third call trigger signal. If a third call trigger signal is received, the content of the third call is sent to the nurses' station; If the third call trigger signal is not received, the third call content will not be sent to the nurses' station; ……； S3K, determine whether the first... Call trigger signal, if the first one is clicked Call button, then the first The call button issued the first Call trigger signal: If the first If a call trigger signal is received, the first call will be sent to the nurses' station. Call content; If the first one is not received If a call trigger signal is received, the first call will not be sent to the nurses' station. Call content.

2. The system for realizing intelligent calling according to claim 1, characterized in that, The patient ring includes a detachable and wearable patient ring body, in which an RFID tag is set, and the RFID tag stores the patient's identity information.

3. The system for realizing intelligent calling according to claim 1, characterized in that, The network communication wireless module includes one or any combination of a 2G wireless module, a 3G wireless module, a 4G wireless module, a 5G wireless module, and a WiFi wireless module. The communication connection end of the 2G wireless module is connected to the 2G wireless connection end of the call controller; the communication connection end of the 3G wireless module is connected to the 3G wireless connection end of the call controller; the communication connection end of the 4G wireless module is connected to the 4G wireless connection end of the call controller; the communication connection end of the 5G wireless module is connected to the 5G wireless connection end of the call controller; and the communication connection end of the WiFi wireless module is connected to the WiFi wireless connection end of the call controller.

4. The system for realizing intelligent calling according to claim 1, characterized in that, Before step S1, the process also includes writing the hospitalized patient's identity information into the patient band before the nurse receives the band at the nurse's station. Before step S1, the procedure also includes clearing the patient information set in the patient identity information storage module of the smart mobile call device corresponding to the bed number during hospitalization, and then writing the identity information of the newly hospitalized patient into the patient information set to update the patient information set.

5. The system for realizing intelligent calling according to claim 1, characterized in that, It also includes distinguishing between a locked and a calling display by differentiating the display intensity. The method for distinguishing between the locked and calling states is as follows: S51, determine whether the call display is in a locked state or a calling state: If the call display is locked, proceed to step S52; If the call display is in call status, proceed to step S55; S52, obtain the pixel values ​​of each pixel on the call display screen: ， in, This indicates that the location is on the call display screen. Pixel values; =1, 2, 3, ... , =1, 2, 3, ... , Indicates the number of vertical pixels. Indicates the number of pixels in the horizontal direction; S53, obtain The locations of the call buttons constitute a set of call button locations; other location sets are obtained based on the set of call button locations. S54, obtain the position pixel value of the call button based on the pixel values ​​corresponding to each element in the other position set; Replace the pixel value of the call display screen corresponding to each position in the call button position set with the calculated pixel value; at this time, the display of the call button position is locked. S55, obtain The locations of the call buttons constitute a set of call button locations; Replace the pixel value of the call display screen corresponding to each location in the call button location set with the display value; at this time, the display of the call button location is in the callable state.

Images