A working method, system and medium for remotely evaluating doctor-patient experience index data

Abstract

The present invention proposes a working method, system and medium for remote identification of doctor-patient experience index data, the working method comprising the following steps: S1, the doctor-patient terminal automatically selects network communication; S2, logs in to the doctor-patient platform through the doctor-patient terminal; S31, queries the doctor-patient data on the doctor-patient terminal. The present invention can safely realize remote doctor-patient interaction.

Description

Technical Field

[0001] The present invention relates to the field of data processing technology, and in particular to a working method, system and medium for remotely identifying doctor-patient experience index data. Background Art

[0002] Telemedicine refers to the use of remote communication technology, holographic imaging technology, new electronic technology and computer multimedia technology to provide medical information and services at a distance. At present, the telemedicine service projects realized through telemedicine cover all medical activities such as remote diagnosis, remote consultation and nursing, remote education, and remote medical information services. Doctors and patients can communicate safely and quickly through video, so that doctors can better understand the development of patients' diseases and symptoms when they are ill. Summary of the invention

[0003] The present invention aims to solve the deficiencies in the prior art and innovatively proposes a working method, system and medium for remotely identifying doctor-patient experience index data.

[0004] In order to achieve the above-mentioned object of the present invention, the present invention provides a working method for remotely evaluating doctor-patient experience index data, comprising the following steps:

[0005] S1, the doctor-patient terminal automatically selects network communication;

[0006] S2, log in to the doctor-patient platform through the doctor-patient terminal;

[0007] S3, query the medical data on the medical terminal.

[0008] In a preferred embodiment of the present invention, step S1 includes the following steps:

[0009] S11, determine whether to enable the WiFi data network:

[0010] If the WiFi data network is turned on, proceed to the next step;

[0011] If the WiFi data network is not turned on, execute step S13;

[0012] S12, obtaining the WiFi data network name and using the location module to obtain the current location of the doctor-patient terminal, generating a network location code through an algorithm based on the obtained WiFi data network name and the location of the doctor-patient terminal, and determining whether the obtained network location code is consistent with the network location code stored in the doctor-patient terminal:

[0013] If the obtained network location code is consistent with the network location code stored in the doctor-patient terminal, data communication is performed using the WiFi data network;

[0014] If the obtained network location code is inconsistent with the network location code stored in the doctor-patient terminal, the next step is executed;

[0015] S13, the doctor-patient terminal uses the 5G wireless data network for data communication first. If the 5G network is not available, the 4G and 3G wireless data networks are used in turn. The use of 5G wireless data network communication can achieve faster and more stable data interaction.

[0016] In a preferred embodiment of the present invention, in step S12, the method for generating a network location code by an algorithm according to the acquired WiFi data network name and the location of the doctor-patient terminal is:

[0017] Networkcode=Networknamecodecalculatemethod(WiFilocation),

[0018] Wherein, Networkcode represents the network location code obtained according to the acquired WiFi data network name and the location of the doctor-patient terminal;

[0019] Networknamecodecalculatemethod() indicates the method for generating the network location code, preferably sha-1;

[0020] WiFilocation represents WiFi location information;

[0021] WiFilocation=WiFiname&Devicelocation,

[0022] WiFilocation represents WiFi location information;

[0023] WiFiname indicates the WiFi data network name obtained by the doctor-patient terminal;

[0024] & represents the character segment separator;

[0025] Devicelocation indicates the current location of the doctor-patient terminal.

[0026] In a preferred embodiment of the present invention, step S2 includes the following steps:

[0027] S21, inputting a four-digit or six-digit information code on the login interface of the doctor-patient terminal, the information code being one of the numbers 0 to 9 or any combination thereof;

[0028] S22, after entering a four-digit or six-digit information code on the login interface of the doctor-patient terminal, determine whether the login virtual key is touched:

[0029] If the login virtual key is touched, proceed to the next step;

[0030] If the login virtual key is not touched, wait for the login virtual key to be touched;

[0031] S23, obtaining the WiFi serial number of the doctor-patient terminal, which is the WiFi physical address MAC. After obtaining the WiFi serial number, the WiFi serial number and the information code are combined to obtain the WiFi information code, and the WiFi information code is sent to the doctor-patient platform;

[0032] S24, after receiving the WiFi information code sent by the doctor-patient terminal, the doctor-patient platform performs data splitting on the WiFi information code to obtain the doctor-patient WiFi serial number and the doctor-patient information code;

[0033] S25, query the information code stored in the doctor-patient platform with the doctor-patient WiFi serial number, and determine whether the queried information code is consistent with the doctor-patient information code in step S24:

[0034] If the queried information code is consistent with the doctor-patient information code in step S24, log in to the doctor-patient platform;

[0035] If the queried information code is inconsistent with the doctor-patient information code in step S24, a prompt is sent to the doctor-patient terminal, indicating that the input information code is incorrect and the correct information code is requested.

[0036] In a preferred embodiment of the present invention, the method for obtaining the information code in step S22 includes the following steps:

[0037] S221, determining whether the virtual key for obtaining information code is touched:

[0038] If the Get Information Code virtual key is touched, proceed to the next step;

[0039] If the Get Information Code virtual key is not touched, wait for the Get Information Code virtual key to be touched;

[0040] S222, obtaining the WiFi serial number of the doctor-patient terminal, which is the WiFi physical address MAC. After obtaining the WiFi serial number, taking the current date of the doctor-patient terminal as the information code, combining the WiFi serial number with the information code to obtain the WiFi information code, and sending the WiFi information code to the doctor-patient platform;

[0041] S223, after receiving the WiFi information code sent by the doctor-patient terminal, the doctor-patient platform performs data splitting on the WiFi information code to obtain the doctor-patient WiFi serial number and the doctor-patient information code;

[0042] S224, taking the current date of the doctor-patient platform as information code 1, and determining whether information code 1 is consistent with the doctor-patient information code in step S223:

[0043] If the information code 1 is consistent with the doctor-patient information code in step S223, the next step is executed;

[0044] If the information code 1 is inconsistent with the doctor-patient information code in step S223, a prompt is sent to the doctor-patient terminal, which prompt is the date for calibrating the doctor-patient terminal;

[0045] S225, query the mobile phone number stored in the medical-patient platform with the medical-patient WiFi serial number. After querying the mobile phone number stored in the medical-patient platform with the medical-patient WiFi serial number, the medical-patient platform randomly generates a four-digit or six-digit information code, and sends the four-digit or six-digit information code randomly generated by the medical-patient platform to the mobile phone number.

[0046] In a preferred embodiment of the present invention, the method of combining the WiFi serial number and the information code to obtain the WiFi information code in step S23 includes the following steps:

[0047] S231, number the WiFi serial numbers, respectively A WiFi,1 , A WiFi,2 , A WiFi,3 ,……,A WiFi,ζ , and number the information codes, respectively B Imfo,1 , B Imfo,2 , B Imfo,3 ,……,B Imfo,ψ , where A WiFi,1 Indicates the first character from left to right in the WiFi serial number, A WiFi,2 Indicates the second character from left to right in the WiFi serial number, A WiFi,3 Indicates the third character from left to right in the WiFi serial number, A WiFi,ζ Indicates the ζth character from left to right in the WiFi serial number, ζ indicates the number of characters in the WiFi serial number; B Imfo,1 Indicates the first character from left to right in the information code, B Imfo,2 Indicates the second character from left to right in the information code, B Imfo,3 Indicates the third character from left to right in the information code, B Imfo,ψ Indicates the ψth character from left to right in the information code, where ψ indicates the number of characters in the information code;

[0048] S232, randomly generate a sequence according to the WiFi serial number and the information code, recorded as A WiFi,1 ..., or B Imfo,1 ..., when ζ=9, ψ=4, it can be one of the following or others:

[0049] A WiFi,1 B Imfo,1 A WiFi,2A WiFi,3 B Imfo,2 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 B Imfo,4 ,

[0050] A WiFi,1 A WiFi,2 B Imfo,1 A WiFi,3 B Imfo,2 A WiFi,4 A WiFi,5 B Imfo,3 A WiFi,6 A WiFi,7 A WiFi,8 B Imfo,4 A WiFi,9 ,

[0051] A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 A WiFi,4 A WiFi,5 B Imfo,2 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi,8 A WiFi,9 ,

[0052] A WiFi,1 B Imfo,1 B Imfo,2 A WiFi,2 B Imfo,3 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 ,

[0053] A WiFi,1 A WiFi,2 B Imfo,1 B Imfo,2 A WiFi,3 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 B Imfo,4 ,

[0054] A WiFi,1 B Imfo,1 B Imfo,2 B Imfo,3 A WiFi,2 A WiFi,3 A WiFi,4 B Imfo,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 ,

[0055] B Imfo,1 A WiFi,1 B Imfo,2 B Imfo,3 A WiFi,2 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 ,

[0056] B Imfo,1 A WiFi,1 A WiFi,2 B Imfo,2 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi,8 A WiFi,9 ,

[0057] S233, recording the position of the character in the WiFi serial number in the sequence as 1, and recording the position of the character in the information code in the sequence as 0, to obtain a sequence 1;

[0058] Sequence A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 B Imfo,2 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi, 9B Imfo,4 The corresponding sequence is 1011010111110.

[0059] Sequence A WiFi,1 A WiFi,2 B Imfo,1 AWiFi,3 B Imfo,2 A WiFi,4 A WiFi,5 B Imfo,3 A WiFi,6 A WiFi,7 A WiFi,8 B Imfo, 4A WiFi,9 The corresponding sequence is 1101011011101.

[0060] Sequence A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 A WiFi,4 A WiFi,5 B Imfo,2 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi, 8A WiFi,9 The corresponding sequence is 1011110110011.

[0061] Sequence A WiFi,1 B Imfo,1 B Imfo,2 A WiFi,2 B Imfo,3 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi, 8A WiFi,9 The corresponding sequence is 1001001111111.

[0062] Sequence A WiFi,1 A WiFi,2 B Imfo,1 B Imfo,2 A WiFi,3 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi, 9B Imfo,4 The corresponding sequence is 1100110111110.

[0063] Sequence A WiFi,1 B Imfo,1 B Imfo,2 B Imfo,3 A WiFi,2 A WiFi,3 A WiFi,4B Imfo,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi, 8A WiFi,9 The corresponding sequence is 1000111011111.

[0064] Sequence B Imfo,1 A WiFi,1 B Imfo,2 B Imfo,3 A WiFi,2 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi, 8A WiFi,9 The corresponding sequence is 0100101111111.

[0065] Sequence B Imfo,1 A WiFi,1 A WiFi,2 B Imfo,2 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi, 8A WiFi,9 The corresponding sequence is 0110111110011.

[0066] S234, placing sequence number one at the end of the sequence number to obtain the WiFi information code.

[0067] In a preferred embodiment of the present invention, the method of performing data splitting on the WiFi information code in step S24 to obtain the doctor-patient WiFi serial number and the doctor-patient information code comprises the following steps:

[0068] S241, dividing the WiFi information code into a sequence sequence 1 and a sequence sequence;

[0069] S242, compare sequence sequence 1 and sequence sequence up and down, extract the characters in the sequence sequence at the same position as the position where 1 appears in sequence sequence 1 corresponds in order from left to right, and obtain the doctor-patient WiFi serial number, and extract the characters in the sequence sequence at the same position as the position where 0 appears in sequence sequence 1 corresponds in order from left to right, and obtain the doctor-patient information code.

[0070] The present invention also discloses a computer system, comprising:

[0071] processor;

[0072] a memory for storing processor-executable instructions;

[0073] Wherein, the processor is configured to implement the working method of remotely identifying the doctor-patient experience index data when executing the executable instructions.

[0074] The present invention also discloses a computer-readable storage medium, comprising:

[0075] a memory having a computer program stored thereon;

[0076] A processor is used to execute the program in the memory to implement the working method of remotely evaluating the doctor-patient experience index data.

[0077] In summary, due to the adoption of the above technical solution, the present invention can safely realize remote doctor-patient interaction.

[0078] Additional aspects and advantages of the present invention will be given in part in the following description and in part will be obvious from the following description, or will be learned through practice of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS

[0079] The above and / or additional aspects and advantages of the present invention will become apparent and easily understood from the description of the embodiments in conjunction with the following drawings, in which:

[0080] Figure 1 It is a schematic block diagram of the process of the present invention. DETAILED DESCRIPTION

[0081] Embodiments of the present invention are described in detail below, examples of which are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and cannot be understood as limiting the present invention.

[0082] The present invention discloses a working method for remotely evaluating doctor-patient experience index data, such as Figure 1 As shown, the following steps are included:

[0083] S1, the doctor-patient terminal automatically selects network communication;

[0084] S2, log in to the doctor-patient platform through the doctor-patient terminal;

[0085] S3, query the doctor-patient data on the doctor-patient terminal. The doctor-patient data is to select the doctor you want to talk to.

[0086] In a preferred embodiment of the present invention, step S1 includes the following steps:

[0087] S11, determine whether to enable the WiFi data network:

[0088] If the WiFi data network is turned on, proceed to the next step;

[0089] If the WiFi data network is not turned on, execute step S13;

[0090] S12, obtaining the WiFi data network name and using the location module to obtain the current location of the doctor-patient terminal, generating a network location code through an algorithm based on the obtained WiFi data network name and the location of the doctor-patient terminal, and determining whether the obtained network location code is consistent with the network location code stored in the doctor-patient terminal:

[0091] If the obtained network location code is consistent with the network location code stored in the doctor-patient terminal, data communication is performed using the WiFi data network;

[0092] If the obtained network location code is inconsistent with the network location code stored in the doctor-patient terminal, the next step is executed;

[0093] S13, the doctor-patient terminal uses the 5G wireless data network for data communication first. If the 5G network is not available, the 4G and 3G wireless data networks are used in turn. The use of 5G wireless data network communication can achieve faster and more stable data interaction.

[0094] In a preferred embodiment of the present invention, in step S12, the method for generating a network location code by an algorithm according to the acquired WiFi data network name and the location of the doctor-patient terminal is:

[0095] Networkcode=Networknamecodecalculatemethod(WiFilocation),

[0096] Wherein, Networkcode represents the network location code obtained according to the acquired WiFi data network name and the location of the doctor-patient terminal;

[0097] Networknamecodecalculatemethod() indicates the method for generating the network location code, preferably sha-1;

[0098] WiFilocation represents WiFi location information;

[0099] WiFilocation=WiFiname&Devicelocation,

[0100] WiFilocation represents WiFi location information;

[0101] WiFiname indicates the WiFi data network name obtained by the doctor-patient terminal;

[0102] & represents the character segment separator;

[0103] Devicelocation indicates the current location of the doctor-patient terminal.

[0104] For example, if the acquired WiFi data network name is TP-WiFi2024, and the current location of the doctor-patient terminal (equivalent to the location of WiFi) is (x1°x2′x3″E, y1°y2′y3″N), the location will be rewritten as the location string x1°x2′x3″Ey1°y2′y3″N, and the corresponding WiFi location information is TP-WiFi2024x1°x2′x3″Ey1°y2′y3″N, and its network location code is B192857F0E1CDD26ABDABD00C875B8EB9D56A245. In this way, secure login can be achieved without knowing the real WiFi data network name and / or the location of WiFi.

[0105] In a preferred embodiment of the present invention, step S2 includes the following steps:

[0106] S21, inputting a four-digit or six-digit information code on the login interface of the doctor-patient terminal, the information code being one of the numbers 0 to 9 or any combination thereof;

[0107] S22, after entering a four-digit or six-digit information code on the login interface of the doctor-patient terminal, determine whether the login virtual key is touched:

[0108] If the login virtual key is touched, proceed to the next step;

[0109] If the login virtual key is not touched, wait for the login virtual key to be touched;

[0110] S23, obtain the WiFi serial number of the doctor-patient terminal, which is the WiFi physical address MAC. After obtaining the WiFi serial number, combine the WiFi serial number with the information code to obtain the WiFi information code, and send the WiFi information code to the doctor-patient platform; the general format of the WiFi serial number is X1X2-X3X4-X5X6-X7X8-X9X10-X11X12, and the - will be removed and rewritten as X1X2X3X4X5X6X7X8X9X10X11X12, where X1, X2, X3, X4, X5, X6, X7, X8, X9, X10, X11, and X12 are numbers 0 to 9 and capital letters A to F.

[0111] S24, after receiving the WiFi information code sent by the doctor-patient terminal, the doctor-patient platform performs data splitting on the WiFi information code to obtain the doctor-patient WiFi serial number and the doctor-patient information code;

[0112] S25, query the information code stored in the doctor-patient platform with the doctor-patient WiFi serial number, and determine whether the queried information code is consistent with the doctor-patient information code in step S24:

[0113] If the queried information code is consistent with the doctor-patient information code in step S24, log in to the doctor-patient platform;

[0114] If the queried information code is inconsistent with the doctor-patient information code in step S24, a prompt is sent to the doctor-patient terminal, indicating that the input information code is incorrect and the correct information code should be entered, or the doctor-patient terminal is not a commonly used device and needs to be bound to the doctor-patient terminal if login is required.

[0115] In a preferred embodiment of the present invention, the method for obtaining the information code in step S22 includes the following steps:

[0116] S221, determining whether the virtual key for obtaining information code is touched:

[0117] If the Get Information Code virtual key is touched, proceed to the next step;

[0118] If the Get Information Code virtual key is not touched, wait for the Get Information Code virtual key to be touched;

[0119] S222, obtaining the WiFi serial number of the doctor-patient terminal, which is the WiFi physical address MAC. After obtaining the WiFi serial number, taking the current date of the doctor-patient terminal as the information code, combining the WiFi serial number with the information code to obtain the WiFi information code, and sending the WiFi information code to the doctor-patient platform;

[0120] S223, after receiving the WiFi information code sent by the doctor-patient terminal, the doctor-patient platform performs data splitting on the WiFi information code to obtain the doctor-patient WiFi serial number and the doctor-patient information code;

[0121] S224, taking the current date of the doctor-patient platform as information code 1, and determining whether information code 1 is consistent with the doctor-patient information code in step S223:

[0122] If the information code 1 is consistent with the doctor-patient information code in step S223, the next step is executed;

[0123] If the information code 1 is inconsistent with the doctor-patient information code in step S223, a prompt is sent to the doctor-patient terminal, which prompt is the date for calibrating the doctor-patient terminal;

[0124] S225, query the mobile phone number stored in the medical and patient platform with the medical and patient WiFi serial number, after querying the mobile phone number stored in the medical and patient platform with the medical and patient WiFi serial number, the medical and patient platform randomly generates a four-digit or six-digit information code, and sends the four-digit or six-digit information code randomly generated by the medical and patient platform to the mobile phone number. The information code is valid for less than five minutes.

[0125] In a preferred embodiment of the present invention, the method of combining the WiFi serial number and the information code to obtain the WiFi information code in step S23 includes the following steps:

[0126] S231, number the WiFi serial numbers, respectively A WiFi,1 , A WiFi,2 , A WiFi,3 ,……,A WiFi,ζ , and number the information codes, respectively B Imfo,1 , B Imfo,2 , B Imfo,3 ,……,B Imfo,ψ , where A WiFi,1 Indicates the first character from left to right in the WiFi serial number, A WiFi,2 Indicates the second character from left to right in the WiFi serial number, A WiFi,3 Indicates the third character from left to right in the WiFi serial number, A WiFi,ζ Indicates the ζth character from left to right in the WiFi serial number, ζ indicates the number of characters in the WiFi serial number; B Imfo,1 Indicates the first character from left to right in the information code, B Imfo,2 Indicates the second character from left to right in the information code, B Imfo,3 Indicates the third character from left to right in the information code, B Imfo,ψ Indicates the ψth character from left to right in the information code, where ψ indicates the number of characters in the information code;

[0127] S232, randomly generate a sequence according to the WiFi serial number and the information code, recorded as A WiFi,1 ..., or B Imfo,1 ..., if ζ = 9, ψ = 4, it can be one of the following:

[0128] A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 B Imfo,2 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 B Imfo,4 ,

[0129] A WiFi,1 A WiFi,2 B Imfo,1 A WiFi,3 B Imfo,2 A WiFi,4 A WiFi,5 B Imfo,3 A WiFi,6 A WiFi,7 A WiFi,8 B Imfo,4 A WiFi,9 ,

[0130] A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 A WiFi,4 A WiFi,5 B Imfo,2 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi,8 A WiFi,9 ,

[0131] A WiFi,1 B Imfo,1 B Imfo,2 A WiFi,2 B Imfo,3 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 ,

[0132] A WiFi,1 A WiFi,2 B Imfo,1 B Imfo,2 A WiFi,3 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 B Imfo,4 ,

[0133] A WiFi,1 B Imfo,1 B Imfo,2 B Imfo,3 A WiFi,2 A WiFi,3 A WiFi,4 B Imfo,4 A WiFi,5 A WiFi,6 AWiFi,7 A WiFi,8 A WiFi,9 ,

[0134] B Imfo,1 A WiFi,1 B Imfo,2 B Imfo,3 A WiFi,2 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 ,

[0135] B Imfo,1 A WiFi,1 A WiFi,2 B Imfo,2 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi,8 A WiFi,9 ,

[0136] It can also be others. It should be noted that the arrangement order of the WiFi serial number and the information code should not be changed (after removing the WiFi serial number from the sequential sequence, it is the order of the information code; after removing the information code from the sequential sequence, it is the order of the WiFi serial number), and the number of characters in the sequential sequence is equal to the sum of the number of characters in the WiFi serial number and the number of characters in the information code.

[0137] S233, the position of the characters in the WiFi serial number in the sequence is recorded as 1, and the position of the characters in the information code in the sequence is recorded as 0, to obtain a sequence 1; for example:

[0138] Sequence A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 B Imfo,2 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi, 9B Imfo,4 The corresponding sequence is 1011010111110.

[0139] Sequence A WiFi,1 A WiFi,2 B Imfo,1 AWiFi,3 B Imfo,2 A WiFi,4 A WiFi,5 B Imfo,3 A WiFi,6 A WiFi,7 A WiFi,8 B Imfo, 4A WiFi,9 The corresponding sequence is 1101011011101.

[0140] Sequence A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 A WiFi,4 A WiFi,5 B Imfo,2 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi, 8A WiFi,9 The corresponding sequence is 1011110110011.

[0141] Sequence A WiFi,1 B Imfo,1 B Imfo,2 A WiFi,2 B Imfo,3 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi, 8A WiFi,9 The corresponding sequence is 1001001111111.

[0142] Sequence A WiFi,1 A WiFi,2 B Imfo,1 B Imfo,2 A WiFi,3 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi, 9B Imfo,4 The corresponding sequence is 1100110111110.

[0143] Sequence A WiFi,1 B Imfo,1 B Imfo,2 B Imfo,3 A WiFi,2 A WiFi,3 A WiFi,4B Imfo,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi, 8A WiFi,9 The corresponding sequence is 1000111011111.

[0144] Sequence B Imfo,1 A WiFi,1 B Imfo,2 B Imfo,3 A WiFi,2 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi, 8A WiFi,9 The corresponding sequence is 0100101111111.

[0145] Sequence B Imfo,1 A WiFi,1 A WiFi,2 B Imfo,2 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi, 8A WiFi,9 The corresponding sequence is 0110111110011.

[0146] It should be noted that the first character in the sequence is preferably the first character in the WiFi serial number, i.e. A WiFi,1 .

[0147] S234, placing sequence one at the end of the sequence, to obtain the WiFi information code, for example:

[0148] A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 B Imfo,2 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 B Imfo, 41011010111110,

[0149] A WiFi,1 A WiFi,2 BImfo,1 A WiFi,3 B Imfo,2 A WiFi,4 A WiFi,5 B Imfo,3 A WiFi,6 A WiFi,7 A WiFi,8 B Imfo,4 A WiFi, 91101011011101,

[0150] A WiFi,1 B Imfo,1 A WiFi,2 A WiFi,3 A WiFi,4 A WiFi,5 B Imfo,2 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi,8 A WiFi, 91011110110011,

[0151] A WiFi,1 B Imfo,1 B Imfo,2 A WiFi,2 B Imfo,3 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi, 91001001111111,

[0152] A WiFi,1 A WiFi,2 B Imfo,1 B Imfo,2 A WiFi,3 A WiFi,4 B Imfo,3 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi,9 B Imfo, 41100110111110,

[0153] A WiFi,1 B Imfo,1 B Imfo,2 B Imfo,3 A WiFi,2 A WiFi,3 A WiFi,4 B Imfo,4 A WiFi,5 A WiFi,6A WiFi,7 A WiFi,8 A WiFi, 91000111011111,

[0154] B Imfo,1 A WiFi,1 B Imfo,2 B Imfo,3 A WiFi,2 B Imfo,4 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 A WiFi,8 A WiFi, 90100101111111,

[0155] B Imfo,1 A WiFi,1 A WiFi,2 B Imfo,2 A WiFi,3 A WiFi,4 A WiFi,5 A WiFi,6 A WiFi,7 B Imfo,3 B Imfo,4 A WiFi,8 A WiFi, 90110111110011,

[0156] You can also regard the sequence as hexadecimal, convert the sequence into sixty-binary, regard sequence one as binary, convert sequence one into sixty-binary, and put the sixty-binary sequence one at the end of the decimal sequence to get the WiFi information code.

[0157] In a preferred embodiment of the present invention, the method of performing data splitting on the WiFi information code in step S24 to obtain the doctor-patient WiFi serial number and the doctor-patient information code comprises the following steps:

[0158] S241, dividing the WiFi information code into a sequence sequence 1 and a sequence sequence;

[0159] S242, compare the sequence sequence 1 with the sequence sequence (comparison 1 to 8), extract the characters in the sequence sequence at the same position as the position where 1 appears in the sequence sequence 1, in order from left to right, to obtain the doctor-patient WiFi serial number, and extract the characters in the sequence sequence at the same position as the position where 0 appears in the sequence sequence 1, in order from left to right, to obtain the doctor-patient information code. For example:

[0160] Up and down comparison 1

[0161]

[0162] Up and down comparison 2

[0163]

[0164] Up and down comparison 3

[0165]

[0166] Up and down comparison 4

[0167]

[0168] Up and down comparison 5

[0169]

[0170] Up and down comparison 6

[0171]

[0172] Up and down comparison 7

[0173]

[0174] Up and down comparison 8

[0175]

[0176] Alternatively, S241, dividing the WiFi information code into a sequence sequence 1 and a sequence sequence;

[0177] S242, converting the sequence sequence into a hexadecimal sequence sequence, and converting sequence sequence 1 into a binary sequence sequence;

[0178] S242, compare the binary sequence one and the hexadecimal sequence, extract the characters in the hexadecimal sequence that correspond to the same position as the position where 1 appears in the binary sequence one in order from left to right, and obtain the doctor-patient WiFi serial number, and extract the characters in the hexadecimal sequence that correspond to the same position as the position where 0 appears in the binary sequence one in order from left to right, and obtain the doctor-patient information code.

[0179] In a preferred embodiment of the present invention, step S3 includes the following steps:

[0180] S31, including selecting a department virtual key on the home page display interface (home page), the department virtual keys including a first department virtual key, a second department virtual key, a third department virtual key, ..., a ξth department virtual key, ξ representing the number of department virtual keys;

[0181] If you touch the Department virtual key; then enter the Department display interface; corresponding execution steps

[0182] No. The department display interface includes Department 1 virtual key, Department 2 virtual key, Department 3 virtual key, ..., Department Virtual keys; Indicates The number of department virtual keys in the department display interface;

[0183] If you do not touch Department 1 virtual key, Department 2 virtual key, Department 3 virtual key, ..., Department One of the virtual keys is touched, then Department 1 virtual key, Department 2 virtual key, Department 3 virtual key, ..., Department One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0184] If you touch the Department Virtual key, corresponding to the Department Display interface; Execution steps

[0185] No. Department The display interface includes Department Physician 1 virtual key, Department Physician 2 virtual key, Department Physician 3 virtual key, ..., Department Physician Virtual keys; Indicates Department Number of physicians;

[0186] If you touch the Department Physician 1 virtual key, Department Physician 2 virtual key, Department Physician 3 virtual key, ..., Department Physician One of the virtual keys corresponds to the Department Physician 1, Department Physician 2, Department Doctor 3, ..., Department Physician Conduct a conversation;

[0187] If you do not touch Department Physician 1 virtual key, Department Physician 2 virtual key, Department Physician 3 virtual key, ..., Department Physician One of the virtual keys is touched, then Department Physician 1 virtual key, Department Physician 2 virtual key, Department Physician 3 virtual key, ..., Department Physician One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0188] in,

[0189] That is: hour,

[0190] hour,

[0191] hour,

[0192] …

[0193] hour,

[0194] In a preferred embodiment of the present invention, step S3 includes the following steps:

[0195] S31, on the homepage display interface (homepage), including selecting department virtual keys, the department virtual keys including the first department virtual key, the second department virtual key, the third department virtual key, ..., the ξth department virtual key, ξ represents the number of department virtual keys; the ξth department virtual keys may be respectively an internal medicine virtual key, a surgical virtual key, an obstetrics and gynecology virtual key, a pediatrics virtual key, an otolaryngology virtual key, and other department virtual keys;

[0196] If the first department virtual key is touched, the first department display interface is entered accordingly; step S31-1 is executed;

[0197] If the second department virtual key is touched, the second department display interface is entered accordingly; step S31-2 is executed;

[0198] If the 3rd department virtual key is touched, the 3rd department display interface is entered accordingly; step S31-3 is executed;

[0199] ……;

[0200] If the virtual key of the ξth department is touched, the display interface of the ξth department is entered accordingly; and steps S31-ξ are executed;

[0201] S31-1, the first department display interface includes the first department 1 virtual key, the first department 2 virtual key, the first department 3 virtual key, ..., the first department τ1 virtual key; τ1 represents the number of department virtual keys in the first department display interface;

[0202] If one of the 1st department 1 virtual key, the 1st department 2 virtual key, the 1st department 3 virtual key, ..., the 1st department τ1 virtual key is not touched, then wait for touching one of the 1st department 1 virtual key, the 1st department 2 virtual key, the 1st department 3 virtual key, ..., the 1st department τ1 virtual key, and / or reach the preset waiting time threshold, then return to the home page;

[0203] If the 1st Department 1 virtual key is touched, the 1st Department 1 display interface is entered accordingly; step S31-1-1 is executed;

[0204] If the 1st Department 2 virtual key is touched, the 1st Department 2 display interface is entered accordingly; step S31-1-2 is executed;

[0205] If the 1st Department 3 virtual key is touched, the 1st Department 3 display interface is entered accordingly; step S31-1-3 is executed;

[0206] ……;

[0207] If the first department τ1 virtual key is touched, the first department τ1 display interface is entered accordingly; step S31-1-τ1 is executed;

[0208] S31-2, the second department display interface includes the second department 1 virtual key, the second department 2 virtual key, the second department 3 virtual key, ..., the second department τ2 virtual key; τ2 represents the number of department virtual keys in the second department display interface;

[0209] If one of the 2nd Department 1 virtual key, the 2nd Department 2 virtual key, the 2nd Department 3 virtual key, ..., the 2nd Department τ2 virtual key is not touched, then wait for touching one of the 2nd Department 1 virtual key, the 2nd Department 2 virtual key, the 2nd Department 3 virtual key, ..., the 2nd Department τ2 virtual key, and / or reach the preset waiting time threshold, then return to the home page;

[0210] If the 2nd Department 1 virtual key is touched, the 2nd Department 1 display interface is entered accordingly; step S31-2-1 is executed;

[0211] If the second department 2 virtual key is touched, the second department 2 display interface is entered accordingly; step S31-2-2 is executed;

[0212] If the 2nd Department 3 virtual key is touched, the 2nd Department 3 display interface is entered accordingly; step S31-2-3 is executed;

[0213] ……;

[0214] If the second department τ2 virtual key is touched, the second department τ2 display interface is entered accordingly; step S31-2-τ2 is executed;

[0215] S31-3, the third department display interface includes the third department 1 virtual key, the third department 2 virtual key, the third department 3 virtual key, ..., the third department τ3 virtual key; τ3 represents the number of department virtual keys in the third department display interface;

[0216] If one of the 3rd Department 1 virtual key, the 3rd Department 2 virtual key, the 3rd Department 3 virtual key, ..., the 3rd Department τ3 virtual key is not touched, then wait for touching one of the 3rd Department 1 virtual key, the 3rd Department 2 virtual key, the 3rd Department 3 virtual key, ..., the 3rd Department τ3 virtual key, and / or reach the preset waiting time threshold, then return to the home page;

[0217] If the 3rd Department 1 virtual key is touched, the 3rd Department 1 display interface is entered accordingly; step S31-3-1 is executed;

[0218] If the 3rd Department 2 virtual key is touched, the 3rd Department 2 display interface is entered accordingly; step S31-3-2 is executed;

[0219] If the 3rd department 3 virtual key is touched, the 3rd department 3 display interface is entered accordingly; step S31-3-3 is executed;

[0220] ……;

[0221] If the 3rd department τ3 virtual key is touched, the 3rd department τ3 display interface is entered accordingly; step S31-3-τ3 is executed;

[0222] ……;

[0223] S31-ξ, the ξth department display interface includes the ξth department 1 virtual key, the ξth department 2 virtual key, the ξth department 3 virtual key, ..., the ξth department τ ξ Virtual key; τ ξ Indicates the number of department virtual keys in the ξth department display interface;

[0224] If the ξth Department 1 virtual key, the ξth Department 2 virtual key, the ξth Department 3 virtual key, ..., the ξth Department τ ξ If one of the virtual keys is touched, the user waits for the virtual key of the first department, the virtual key of the second department, the virtual key of the third department, and so on to be touched. ξ One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0225] If the virtual key of the ξth department 1 is touched, the display interface of the ξth department 1 is entered; step S31-ξ-1 is executed;

[0226] If the virtual key of the ξth department 2 is touched, the display interface of the ξth department 2 is entered; and step S31-ξ-2 is executed;

[0227] If the virtual key of the ξth department 3 is touched, the display interface of the ξth department 3 is entered; and steps S31-ξ-3 are executed;

[0228] ……;

[0229] If you touch the first department ξ Virtual key, corresponding to entering the first department ξ Display interface; execute step S31-ξ-τ ξ ;

[0230] S31-1-1, the display interface of the first department 1 includes the first department 1 doctor 1 virtual key, the first department 1 doctor 2 virtual key, the first department 1 doctor 3 virtual key, ..., the first department 1 doctor Virtual keys; It indicates the number of doctors in department 1;

[0231] If the 1st Department 1 Doctor 1 virtual key, the 1st Department 1 Doctor 2 virtual key, the 1st Department 1 Doctor 3 virtual key, ..., the 1st Department 1 Doctor One of the virtual keys corresponds to the first department 1 doctor 1, the first department 1 doctor 2, the first department 1 doctor 3, ..., the first department 1 doctor Conduct a conversation;

[0232] If the 1st Department 1 Doctor 1 virtual key, the 1st Department 1 Doctor 2 virtual key, the 1st Department 1 Doctor 3 virtual key, ..., the 1st Department 1 Doctor If one of the virtual keys is touched, the first department 1 doctor 1 virtual key, the first department 1 doctor 2 virtual key, the first department 1 doctor 3 virtual key, ..., the first department 1 doctor One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0233] S31-1-2, the display interface of the first department 2 includes the first department 2 physician 1 virtual key, the first department 2 physician 2 virtual key, the first department 2 physician 3 virtual key, ..., the first department 2 physician Virtual keys; It indicates the number of doctors in department 1 and 2;

[0234] If the 1st Department 2 Physician 1 virtual key, the 1st Department 2 Physician 2 virtual key, the 1st Department 2 Physician 3 virtual key, ..., the 1st Department 2 Physician One of the virtual keys corresponds to the first department 2 doctor 1, the first department 2 doctor 2, the first department 2 doctor 3, ..., the first department 2 doctor Conduct a conversation;

[0235] If the 1st Department 2 Physician 1 virtual key, the 1st Department 2 Physician 2 virtual key, the 1st Department 2 Physician 3 virtual key, ..., the 1st Department 2 Physician If one of the virtual keys is pressed, the user waits for the first department 2 doctor 1 virtual key, the first department 2 doctor 2 virtual key, the first department 2 doctor 3 virtual key, ..., the first department 2 doctor One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0236] S31-1-3, the display interface of the first department 3 includes the first department 3 physician 1 virtual key, the first department 3 physician 2 virtual key, the first department 3 physician 3 virtual key, ..., the first department 3 physician Virtual keys; It indicates the number of doctors in department 1.

[0237] If the 1st Department 3 Physician 1 virtual key, the 1st Department 3 Physician 2 virtual key, the 1st Department 3 Physician 3 virtual key, ..., the 1st Department 3 Physician One of the virtual keys corresponds to the first department 3 doctor 1, the first department 3 doctor 2, the first department 3 doctor 3, ..., the first department 3 doctor Conduct a conversation;

[0238] If the 1st Department 3 Doctor 1 virtual key, the 1st Department 3 Doctor 2 virtual key, the 1st Department 3 Doctor 3 virtual key, ..., the 1st Department 3 Doctor If one of the virtual keys is pressed, the user waits for the user to touch the virtual key 1 of the first department, the virtual key 2 of the first department, the virtual key 3 of the first department, the virtual key 3 of the first department, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0239] S31-1-τ1, the display interface of the first department τ1 includes the first department τ1 doctor 1 virtual key, the first department τ1 doctor 2 virtual key, the first department τ1 doctor 3 virtual key, ..., the first department τ1 doctor Virtual keys; represents the number of physicians in department 1 τ1;

[0240] If the 1st department τ1 doctor 1 virtual key, the 1st department τ1 doctor 2 virtual key, the 1st department τ1 doctor 3 virtual key, ..., the 1st department τ1 doctor One of the virtual keys corresponds to the first department τ1 doctor 1, the first department τ1 doctor 2, the first department τ1 doctor 3, ..., the first department τ1 doctor Conduct a conversation;

[0241] If the 1st department τ1 doctor 1 virtual key, the 1st department τ1 doctor 2 virtual key, the 1st department τ1 doctor 3 virtual key, ..., the 1st department τ1 doctor If one of the virtual keys is pressed, the user waits for the first department τ1 doctor 1 virtual key, the first department τ1 doctor 2 virtual key, the first department τ1 doctor 3 virtual key, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0242] S31-2-1, the display interface of the second department 1 includes the second department 1 physician 1 virtual key, the second department 1 physician 2 virtual key, the second department 1 physician 3 virtual key, ..., the second department 1 physician Virtual keys; It indicates the number of doctors in the second department;

[0243] If the 2nd Department 1 Doctor 1 virtual key, the 2nd Department 1 Doctor 2 virtual key, the 2nd Department 1 Doctor 3 virtual key, ..., the 2nd Department 1 Doctor One of the virtual keys corresponds to the second department 1 doctor 1, the second department 1 doctor 2, the second department 1 doctor 3, ..., the second department 1 doctor Conduct a conversation;

[0244] If the 2nd Department 1 Doctor 1 virtual key, the 2nd Department 1 Doctor 2 virtual key, the 2nd Department 1 Doctor 3 virtual key, ..., the 2nd Department 1 Doctor If one of the virtual keys is pressed, the user waits for the second department 1 doctor 1 virtual key, the second department 1 doctor 2 virtual key, the second department 1 doctor 3 virtual key, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0245] S31-2-2, the display interface of the second department 2 includes the second department 2 physician 1 virtual key, the second department 2 physician 2 virtual key, the second department 2 physician 3 virtual key, ..., the second department 2 physician Virtual keys; It indicates the number of doctors in department 2;

[0246] If the 2nd Department 2 Physician 1 virtual key, the 2nd Department 2 Physician 2 virtual key, the 2nd Department 2 Physician 3 virtual key, ..., the 2nd Department 2 Physician One of the virtual keys corresponds to the second department 2 doctor 1, the second department 2 doctor 2, the second department 2 doctor 3, ..., the second department 2 doctor Conduct a conversation;

[0247] If the 2nd Department 2 Physician 1 virtual key, the 2nd Department 2 Physician 2 virtual key, the 2nd Department 2 Physician 3 virtual key, ..., the 2nd Department 2 Physician If one of the virtual keys is pressed, the user waits for the second department 2 doctor 1 virtual key, the second department 2 doctor 2 virtual key, the second department 2 doctor 3 virtual key, ..., the second department 2 doctor One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0248] S31-2-3, the display interface of the second department 3 includes the second department 3 physician 1 virtual key, the second department 3 physician 2 virtual key, the second department 3 physician 3 virtual key, ..., the second department 3 physician Virtual keys; It indicates the number of doctors in the second department 3;

[0249] If you touch the 2nd Department 3 Physician 1 virtual key, the 2nd Department 3 Physician 2 virtual key, the 2nd Department 3 Physician 3 virtual key, ..., the 2nd Department 3 Physician One of the virtual keys corresponds to the second department 3 physician 1, the second department 3 physician 2, the second department 3 physician 3, ..., the second department 3 physician Conduct a conversation;

[0250] If the 2nd Department 3 Physician 1 virtual key, the 2nd Department 3 Physician 2 virtual key, the 2nd Department 3 Physician 3 virtual key, ..., the 2nd Department 3 Physician If one of the virtual keys is pressed, the user waits for the second department 3 doctor 1 virtual key, the second department 3 doctor 2 virtual key, the second department 3 doctor 3 virtual key, ..., the second department 3 doctor One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0251] S31-2-τ2, the display interface of the second department τ2 includes the second department τ2 physician 1 virtual key, the second department τ2 physician 2 virtual key, the second department τ2 physician 3 virtual key, ..., the second department τ2 physician Virtual keys; represents the number of τ2 physicians in the second department;

[0252] If the 2nd Department τ2 Doctor 1 virtual key, the 2nd Department τ2 Doctor 2 virtual key, the 2nd Department τ2 Doctor 3 virtual key, ..., the 2nd Department τ2 Doctor One of the virtual keys corresponds to the second department τ2 doctor 1, the second department τ2 doctor 2, the second department τ2 doctor 3, ..., the second department τ2 doctor Conduct a conversation;

[0253] If the 2nd Department τ2 Doctor 1 virtual key, the 2nd Department τ2 Doctor 2 virtual key, the 2nd Department τ2 Doctor 3 virtual key, ..., the 2nd Department τ2 Doctor If one of the virtual keys is pressed, the user waits for the second department τ2 doctor 1 virtual key, the second department τ2 doctor 2 virtual key, the second department τ2 doctor 3 virtual key, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0254] S31-3-1, the display interface of the third department 1 includes the third department 1 physician 1 virtual key, the third department 1 physician 2 virtual key, the third department 1 physician 3 virtual key, ..., the third department 1 physician Virtual keys; It indicates the number of doctors in the third department;

[0255] If the 3rd Department 1 Doctor 1 virtual key, the 3rd Department 1 Doctor 2 virtual key, the 3rd Department 1 Doctor 3 virtual key, ..., the 3rd Department 1 Doctor One of the virtual keys corresponds to the 3rd department 1 doctor 1, the 3rd department 1 doctor 2, the 3rd department 1 doctor 3, ..., the 3rd department 1 doctor Conduct a conversation;

[0256] If the 3rd Department 1 Doctor 1 virtual key, the 3rd Department 1 Doctor 2 virtual key, the 3rd Department 1 Doctor 3 virtual key, ..., the 3rd Department 1 Doctor If one of the virtual keys is pressed, the user waits for the user to touch the 3rd Department 1 Doctor 1 virtual key, the 3rd Department 1 Doctor 2 virtual key, the 3rd Department 1 Doctor 3 virtual key, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0257] S31-3-2, the display interface of the 3rd department 2 includes the 3rd department 2 physician 1 virtual key, the 3rd department 2 physician 2 virtual key, the 3rd department 2 physician 3 virtual key, ..., the 3rd department 2 physician Virtual keys; It indicates the number of doctors in department 3 and 2;

[0258] If you touch the 3rd Department 2 Physician 1 virtual key, the 3rd Department 2 Physician 2 virtual key, the 3rd Department 2 Physician 3 virtual key, ..., the 3rd Department 2 Physician One of the virtual keys corresponds to the 3rd department 2 physician 1, the 3rd department 2 physician 2, the 3rd department 2 physician 3, ..., the 3rd department 2 physician Conduct a conversation;

[0259] If the 3rd Department 2 Physician 1 virtual key, the 3rd Department 2 Physician 2 virtual key, the 3rd Department 2 Physician 3 virtual key, ..., the 3rd Department 2 Physician If one of the virtual keys is pressed, the user waits for the user to touch the 3rd Department 2 Physician 1 virtual key, the 3rd Department 2 Physician 2 virtual key, the 3rd Department 2 Physician 3 virtual key, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0260] S31-3-3, the display interface of the third department 3 includes the virtual key of the third department 3 physician 1, the virtual key of the third department 3 physician 2, the virtual key of the third department 3 physician 3, ..., the virtual key of the third department 3 physician Virtual keys; It indicates the number of doctors in department 3;

[0261] If you touch the 3rd Department 3 Doctor 1 virtual key, the 3rd Department 3 Doctor 2 virtual key, the 3rd Department 3 Doctor 3 virtual key, ..., the 3rd Department 3 Doctor One of the virtual keys corresponds to the third department, the third doctor 1, the third department, the third doctor 2, the third department, the third doctor 3, ..., the third department, the third doctor Conduct a conversation;

[0262] If the 3rd Department 3 Doctor 1 virtual key, the 3rd Department 3 Doctor 2 virtual key, the 3rd Department 3 Doctor 3 virtual key, ..., the 3rd Department 3 Doctor If one of the virtual keys is pressed, the user waits for the user to touch the 3rd Department 3 Doctor 1 virtual key, the 3rd Department 3 Doctor 2 virtual key, the 3rd Department 3 Doctor 3 virtual key, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0263] S31-3-τ3, the display interface of the third department τ3 includes the third department τ3 physician 1 virtual key, the third department τ3 physician 2 virtual key, the third department τ3 physician 3 virtual key, ..., the third department τ3 physician Virtual keys; represents the number of τ3 physicians in the third department;

[0264] If the 3rd Department τ3 Doctor 1 virtual key, the 3rd Department τ3 Doctor 2 virtual key, the 3rd Department τ3 Doctor 3 virtual key, ..., the 3rd Department τ3 Doctor One of the virtual keys corresponds to the third department τ3 doctor 1, the third department τ3 doctor 2, the third department τ3 doctor 3, ..., the third department τ3 doctor Conduct a conversation;

[0265] If the 3rd Department τ3 Doctor 1 virtual key, the 3rd Department τ3 Doctor 2 virtual key, the 3rd Department τ3 Doctor 3 virtual key, ..., the 3rd Department τ3 Doctor If one of the virtual keys is pressed, the user waits for the user to touch the virtual key 1 of the third department τ3 doctor, the virtual key 2 of the third department τ3 doctor, the virtual key 3 of the third department τ3 doctor, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0266] S31-ξ-1, the display interface of the ξth department 1 includes the ξth department 1 physician 1 virtual key, the ξth department 1 physician 2 virtual key, the ξth department 1 physician 3 virtual key, ..., the ξth department 1 physician Virtual keys; Indicates the number of doctors in department ξ1;

[0267] If you touch the virtual key of Doctor 1 in Department 1, the virtual key of Doctor 2 in Department 1, the virtual key of Doctor 3 in Department 1, and so on, the virtual key of Doctor 1 in Department 1 One of the virtual keys corresponds to the ξth department 1 doctor 1, the ξth department 1 doctor 2, the ξth department 1 doctor 3, ..., the ξth department 1 doctor Conduct a conversation;

[0268] If the ξth Department 1 Doctor 1 virtual key, the ξth Department 1 Doctor 2 virtual key, the ξth Department 1 Doctor 3 virtual key, ..., the ξth Department 1 Doctor If one of the virtual keys is touched, the user waits for the user to touch the virtual key of the ξth department 1 doctor 1, the virtual key of the ξth department 1 doctor 2, the virtual key of the ξth department 1 doctor 3, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0269] S31-ξ-2, the display interface of the ξth Department 2 includes the ξth Department 2 Physician 1 virtual key, the ξth Department 2 Physician 2 virtual key, the ξth Department 2 Physician 3 virtual key, ..., the ξth Department 2 Physician Virtual keys; Indicates the number of doctors in department ξ2;

[0270] If you touch the ξth Department 2 Physician 1 virtual key, the ξth Department 2 Physician 2 virtual key, the ξth Department 2 Physician 3 virtual key, ..., the ξth Department 2 Physician One of the virtual keys corresponds to the ξth department 2 physician 1, the ξth department 2 physician 2, the ξth department 2 physician 3, ..., the ξth department 2 physician Conduct a conversation;

[0271] If the ξth Department 2 Physician 1 virtual key, the ξth Department 2 Physician 2 virtual key, the ξth Department 2 Physician 3 virtual key, ..., the ξth Department 2 Physician If one of the virtual keys is touched, the user waits for the user to touch the virtual key of the ξth Department 2 Doctor 1, the virtual key of the ξth Department 2 Doctor 2, the virtual key of the ξth Department 2 Doctor 3, and so on. One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0272] S31-ξ-3, the display interface of the ξth department 3 includes the ξth department 3 physician 1 virtual key, the ξth department 3 physician 2 virtual key, the ξth department 3 physician 3 virtual key, ..., the ξth department 3 physician Virtual keys; Indicates the number of doctors in department ξ3;

[0273] If you touch the virtual key "Doctor 1 in Department 3", the virtual key "Doctor 2 in Department 3", the virtual key "Doctor 3 in Department 3", ..., the virtual key "Doctor 3 in Department 3" One of the virtual keys corresponds to the ξth department 3 physician 1, the ξth department 3 physician 2, the ξth department 3 physician 3, ..., the ξth department 3 physician Conduct a conversation;

[0274] If the ξth Department 3 Physician 1 virtual key, the ξth Department 3 Physician 2 virtual key, the ξth Department 3 Physician 3 virtual key, ..., the ξth Department 3 Physician If one of the virtual keys is touched, the user waits for the user to touch the virtual key of the ξth department 3 doctor 1, the virtual key of the ξth department 3 doctor 2, the virtual key of the ξth department 3 doctor 3, ..., the virtual key of the ξth department 3 doctor One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0275] S31-ξ-τ ξ , Department ξ ξ The display interface includes the first department ξ Physician 1 virtual key, Department ξ ξ Physician 2 virtual key, first department τ ξ Physician 3 virtual key, ..., the first department τ ξ Physician Virtual keys; Represents the first department τ ξ Number of physicians;

[0276] If you touch the first department ξ Physician 1 virtual key, Department ξ ξ Physician 2 virtual key, first department τ ξ Physician 3 virtual key, ..., the first department τ ξ Physician One of the virtual keys corresponds to the first department τ ξ Physician 1, Department ξ ξ Physician 2, Department ξ ξ Doctor 3, ..., Department ξτ ξ Physician Conduct a conversation;

[0277] If you do not touch the first department τ ξ Physician 1 virtual key, Department ξ ξ Physician 2 virtual key, first department τ ξ Physician 3 virtual key, ..., the first department τ ξ Physician One of the virtual keys, then wait for the first room to be touched ξ Physician 1 virtual key, Department ξ ξPhysician 2 virtual key, first department τ ξ Physician 3 virtual key, ..., the first department τ ξ Physician One of the virtual keys, and / or reaching the preset waiting time threshold, returns to the home page;

[0278] For example, the display interfaces of Department 1, Department 2, Department 3, Department 4, and Department 5 are respectively the display interfaces of Internal Medicine, Surgery, Obstetrics and Gynecology, Pediatrics, Otorhinolaryngology, and Other Departments;

[0279] The first department display interface (internal medicine display interface) includes the first department 1 virtual key, the first department 2 virtual key, the first department 3 virtual key, the first department 4 virtual key, the first department 5 virtual key, the first department 6 virtual key, and the first department 7 virtual key, which respectively correspond to the respiratory department virtual key, the cardiovascular department virtual key, the gastroenterology department virtual key, the neurology department virtual key, the endocrinology department virtual key, the nephrology department virtual key, and the rheumatology department virtual key;

[0280] The second department display interface (surgery display interface) includes the second department 1 virtual key, the second department 2 virtual key, the second department 3 virtual key, the second department 4 virtual key, the second department 5 virtual key, the second department 6 virtual key, the second department 7 virtual key, the second department 8 virtual key, and the second department 9 virtual key, which respectively correspond to the gastroenterology virtual key, the hepatobiliary virtual key, the urology virtual key, the neurosurgery virtual key, the cardiothoracic virtual key, the orthopedics virtual key, the burns and plastic surgery virtual key, the thyroid virtual key, and the breast virtual key;

[0281] The third department display interface (obstetrics and gynecology display interface) includes the third department 1 virtual key and the third department 2 virtual key, which correspond to the gynecology virtual key and the obstetrics virtual key respectively;

[0282] The fourth department display interface (pediatric display interface) includes the fourth department 1 virtual key and the fourth department 2 virtual key corresponding to the pediatric internal medicine virtual key and the pediatric surgery virtual key respectively;

[0283] The fifth department display interface (ENT department display interface) includes the fifth department 1 virtual key, the fifth department 2 virtual key, and the fifth department 3 virtual key, which correspond to the ENT department virtual key, the ophthalmology department virtual key, and the stomatology department virtual key respectively;

[0284] The sixth department display interface (other department display interface) includes the sixth department 1 virtual key, the sixth department 2 virtual key, the sixth department 3 virtual key, and the sixth department 4 virtual key, which correspond to the virtual key of the rehabilitation medicine department, the virtual key of the traditional Chinese medicine department, the virtual key of the dermatology department, and the virtual key of the venereal disease department respectively;

[0285] Click on the virtual key of respiratory department, the virtual key of cardiovascular department, the virtual key of digestive department, the virtual key of neurology department, the virtual key of endocrinology department, the virtual key of nephrology department, the virtual key of rheumatology and immunology department, the virtual key of gastroenterology department, the virtual key of hepatobiliary department, the virtual key of urology department, the virtual key of neurosurgery department, the virtual key of cardiothoracic department, the virtual key of orthopedics department, the virtual key of burn and plastic surgery department, the virtual key of thyroid department, the virtual key of breast department, the virtual key of gynecology department, the virtual key of obstetrics department, the virtual key of pediatrics department, the virtual key of pediatric surgery department, the virtual key of otolaryngology department, the virtual key of ophthalmology department, the virtual key of stomatology department, the virtual key of rehabilitation medicine department, the virtual key of traditional Chinese medicine department, the virtual key of dermatology department, the virtual key of venereal disease department to enter the display interface of respiratory department, the display interface of cardiovascular department, the display interface of digestive department, the display interface of neurology department, the virtual key of endocrinology department The display interface of the Department of Endocrinology, the Department of Nephrology, the Department of Rheumatology and Immunology, the Department of Gastroenterology, the Department of Hepatobiliary Medicine, the Department of Urology, the Department of Neurosurgery, the Department of Cardiothoracic Surgery, the Department of Orthopedics, the Department of Burns and Plastic Surgery, the Department of Thyroid Medicine, the Department of Breast Surgery, the Department of Gynecology, the Department of Obstetrics, the Department of Pediatrics, the Department of Pediatric Surgery, the Department of Otolaryngology, the Department of Ophthalmology, the Department of Stomatology, the Department of Rehabilitation Medicine, the Department of Traditional Chinese Medicine, the Department of Dermatology, and the Department of Venereology; these display interfaces all have the same, different, or non-identical number of physician virtual keys, and conversations with corresponding physicians are achieved by touching the physician virtual keys.

[0286] For example, S31 includes selecting a virtual key for internal medicine, a virtual key for surgery, a virtual key for obstetrics and gynecology, a virtual key for pediatrics, a virtual key for otolaryngology, and other virtual keys for other departments on the home page display interface;

[0287] If you touch the Internal Medicine virtual key, you will enter the Internal Medicine display interface;

[0288] S31-1, the internal medicine display interface includes a virtual key for respiratory department, a virtual key for cardiovascular department, a virtual key for gastroenterology department, a virtual key for neurology department, a virtual key for endocrinology department, a virtual key for nephrology department, and a virtual key for rheumatology department;

[0289] If you touch the respiratory department virtual key, you will enter the respiratory department display interface;

[0290] S31-1-1, the respiratory department display interface includes a respiratory physician 1 virtual key, a respiratory physician 2 virtual key, a respiratory physician 3 virtual key, a respiratory physician 4 virtual key, and a respiratory physician 5 virtual key; this indicates that there are five physicians to choose from in the respiratory department display interface.

[0291] If the respiratory physician 1 virtual key is touched, a conversation will be conducted with the respiratory physician 1.

[0292] Alternatively, S31, selecting a virtual key for internal medicine, a virtual key for surgery, a virtual key for obstetrics and gynecology, a virtual key for pediatrics, a virtual key for otolaryngology, and other virtual keys for other departments on the home page display interface;

[0293] If the surgical virtual key is touched, the surgical display interface will be entered;

[0294] S31-2, the surgical display interface includes a virtual key for gastroenterology, a virtual key for hepatobiliary surgery, a virtual key for urology, a virtual key for neurosurgery, a virtual key for cardiothoracic surgery, a virtual key for orthopedics, a virtual key for burns and plastic surgery, a virtual key for thyroid surgery, and a virtual key for breast surgery;

[0295] If you touch the cardiothoracic virtual key, you will enter the cardiothoracic display interface;

[0296] S31-2-5, the cardiothoracic department display interface includes cardiothoracic physician 1 virtual key, cardiothoracic physician 2 virtual key, cardiothoracic physician 3 virtual key, cardiothoracic physician 4 virtual key, cardiothoracic physician 5 virtual key, and cardiothoracic physician 6 virtual key; this indicates that there are six physicians to choose from in the respiratory department display interface.

[0297] If the cardiothoracic physician 5 virtual key is touched, a conversation with the cardiothoracic physician 5 will be conducted.

[0298] Alternatively, S31, selecting a virtual key for internal medicine, a virtual key for surgery, a virtual key for obstetrics and gynecology, a virtual key for pediatrics, a virtual key for otolaryngology, and other virtual keys for other departments on the home page display interface;

[0299] If you touch the Internal Medicine virtual key, you will enter the Internal Medicine display interface;

[0300] S31-1, the internal medicine display interface includes a virtual key for respiratory department, a virtual key for cardiovascular department, a virtual key for gastroenterology department, a virtual key for neurology department, a virtual key for endocrinology department, a virtual key for nephrology department, and a virtual key for rheumatology department;

[0301] If you touch the virtual key of gastroenterology, you will enter the gastroenterology display interface;

[0302] S31-1-3, the gastroenterology display interface includes a gastroenterology physician 1 virtual key, a gastroenterology physician 2 virtual key, a gastroenterology physician 3 virtual key, and a gastroenterology physician 4 virtual key; this indicates that there are four physicians to choose from in the gastroenterology display interface.

[0303] If the gastroenterologist 4 virtual key is touched, a conversation will be conducted with the gastroenterologist 4.

[0304] Alternatively, S31, selecting a virtual key for internal medicine, a virtual key for surgery, a virtual key for obstetrics and gynecology, a virtual key for pediatrics, a virtual key for otolaryngology, and other virtual keys for other departments on the home page display interface;

[0305] If you touch the ENT virtual key, you will enter the ENT display interface.

[0306] S31-5, the ENT display interface includes virtual keys for ENT, ophthalmology and stomatology;

[0307] If the ophthalmology virtual key is touched, the ophthalmology display interface will be entered;

[0308] S31-5-2, the ophthalmology display interface includes an ophthalmologist 1 virtual key, an ophthalmologist 2 virtual key, an ophthalmologist 3 virtual key, an ophthalmologist 4 virtual key, and an ophthalmologist 5 virtual key; this indicates that there are five doctors to choose from in the ophthalmology display interface.

[0309] If the ophthalmologist 2 virtual key is touched, a conversation with ophthalmologist 2 will be conducted.

[0310] Before the conversation, the process also includes bringing the ID card or medical insurance card close to the ID card recognition module or the medical insurance card recognition module to obtain the identity information of the conversation person. The ID card or the medical insurance card stores the identity information, and the identity information includes one or any combination of name, ID card number, and home address. If the ID card recognition module and / or the medical insurance card recognition module cannot read the identity information in the ID card or the medical insurance card, the front camera can be used to capture the identity information displayed on the ID card or the medical insurance card to obtain the identity information of the conversation person. This eliminates the need to manually enter the identity information and can better verify the identity information of the conversation person.

[0311] Through conversations between patients and doctors, doctors can judge the patient's condition based on the patient's description, reduce hospital congestion, and enable medical treatment at home.

[0312] After the conversation is completed, the video data taken by the front camera and the voice module are uploaded to the doctor-patient platform. The method of uploading the video data to the doctor-patient platform includes the following steps:

[0313] S3-1, dividing the video data into N segments, which are respectively the first segmented video data, the second segmented video data, the third segmented video data, ..., the Nth segmented video data in chronological order, where N is a positive integer greater than or equal to 2, and N is calculated as follows:

[0314]

[0315] Wherein, N represents the number of video data segments;

[0316] Size(Videodata) indicates the size of the video data;

[0317] Videodata0 indicates the size of each segmented video data;

[0318] represents the floor function;

[0319] [] means to remove the decimal part and keep the integer part;

[0320] It should be noted that Size(Videodata j′ )=Size(Videodata j″ )≥Size(Videodata N ), j′=1, 2, 3,..., N-1, j″=1, 2, 3,..., N-1, j′≠j″, Size(Videodata j′ ) represents the size of the j′th video data; Size(Videodata j″ ) indicates the size of the j″th video data; Size(Videodata N ) represents the size of the Nth video data;

[0321] S3-2, calculating the session code of each video data segment, the session code is calculated as follows:

[0322] Sessioncode j =Sessioncodeproductway(Videodata j ),

[0323] Among them, Sessioncode j represents the jth session code;

[0324] Sessioncodeproductway() indicates the method of generating session codes, using MD5 or other similar secure hash algorithms;

[0325] Videodata j represents the j-th segmented video data, j=1, 2, 3, ..., N; N represents the number of segmented video data;

[0326] S3-3, the jth session code Sessioncode j Together with the jth segmented video data sort number j, it forms the jth session sort code Sessioncode j j, sort the jth session by Sessioncode j j as the name of the corresponding segmented video data and then upload the segmented video. When the jth segmented video data sequence number j is 1, 2, 3, ..., 9, Sessioncode jThe big j in j should be 01, 02, 03, ..., 09, so that the number of digits is unified to two. Similarly, when the j in the j-th segmented video data sequence number j is 1, 2, 3, ..., 9, 10, 11, 12, ..., 99, Sessioncode j The big j in j should be 001, 002, 003, ..., 009, 010, 011, 012, ..., 099, so that the number of digits is unified to three, so as to unify the number of digits of all session sorting codes and facilitate subsequent extraction.

[0327] After the medical platform receives N segments of segmented videos, which are the first received video data, the second received video data, the third received video data, ..., the Nth received video data, the N segments of received videos will be combined into continuous video data. The specific operation steps are as follows:

[0328] S3-4, set the receiving sequence number η = 1,

[0329] S3-5, extracting the session code in the name of the nth received video data, and deleting the session code in the name of the nth received video data; at this time, only the sequence number remains in the name of the nth received video data;

[0330] S3-6, calculating the session code of the nth receiving video data, the method for calculating the session code of the nth receiving video data is:

[0331] Session code η =Sessioncodeproductway(VideoRXdata η ),

[0332] Among them, Sessioncode′ η A session code representing the nth receiving video data;

[0333] Sessioncodeproductway() indicates the method of generating session codes, using MD5 or other similar secure hash algorithms;

[0334] VideoRXdata η Indicates that the nth video data is received;

[0335] S3-7, determining the session code Sessioncode′ of the nth received video data in step S3-6 η Is the session code in the name of the nth received video data extracted in step S3-5 consistent?

[0336] If the session code Sessioncode′ of the nth received video data in step S3-6 ηIf the session code in the name of the nth received video data extracted in step S3-5 is consistent, then n=n+1; proceed to the next step;

[0337] If the session code Sessioncode′ of the nth received video data in step S3-6 η If the session code extracted from the name of the nth received video data in step S3-5 is inconsistent, the sequence number in the name of the nth received video data is extracted, and the nth received video data is deleted;

[0338] Request the medical terminal to send the video data corresponding to the session code in the name of the nth received video data extracted in step S3-5; after receiving the video data corresponding to the session code in the name of the nth received video data, modify the name in the received video data to the sorting number; n=n+1; execute the next step;

[0339] S3-8, determine the relationship between η and N+1:

[0340] If η≥N+1, proceed to the next step;

[0341] If η≤N, execute step S3-5;

[0342] S3-9, the N received videos are arranged in ascending order according to the sequence numbers in the names, and after arrangement, they are synthesized into continuous video data; the synthesized continuous video data is stored in the doctor-patient platform for subsequent reference.

[0343] The present invention also discloses a computer system, comprising:

[0344] processor;

[0345] a memory for storing processor-executable instructions;

[0346] Wherein, the processor is configured to implement the working method of remotely identifying the doctor-patient experience index data when executing the executable instructions.

[0347] The present invention also discloses a computer-readable storage medium, comprising:

[0348] a memory having a computer program stored thereon;

[0349] A processor is used to execute the program in the memory to implement the working method of remotely evaluating the doctor-patient experience index data.

[0350] The present invention also discloses a working system for remotely identifying doctor-patient experience index data, including a doctor-patient terminal, the doctor-patient terminal including a device housing, a touch screen fixed mounting seat for fixedly mounting a touch screen is arranged on the device housing, the touch screen is fixedly mounted on the touch screen fixed mounting seat, a printed circuit board PCB fixed mounting seat for fixedly mounting a printed circuit board PCB is arranged in the device housing, and the printed circuit board PCB is fixedly mounted on the printed circuit board PCB fixed mounting seat;

[0351] A microcontroller MCU, an identity recognition ID module and a wireless data transmission module are arranged on a printed circuit board PCB, the ID recognition data end of the microcontroller MCU is connected to the data end of the identity recognition ID module, and the wireless transmission data end of the microcontroller MCU is connected to the data end of the wireless data transmission module;

[0352] The ID information obtained by the identity recognition ID module can be queried on the platform.

[0353] In a preferred embodiment of the present invention, the identity recognition ID module is an identity card recognition module and / or a medical insurance card recognition module;

[0354] When the identity recognition ID module is an ID card recognition module, the ID recognition data ID card terminal of the microcontroller MCU is connected to the data terminal of the ID card recognition module;

[0355] When the identity recognition ID module is a medical insurance card recognition module, the ID recognition data medical insurance card end of the microcontroller MCU is connected to the data end of the medical insurance card recognition module.

[0356] In a preferred embodiment of the present invention, the wireless data transmission module is one of a 3G wireless data transmission module, a 4G wireless data transmission module, a 5G wireless data transmission module, and a WiFi wireless data transmission module, or any combination thereof;

[0357] When the wireless data transmission module is a 3G wireless data transmission module, the wireless data transmission 3G end of the microcontroller MCU is connected to the data end of the wireless data transmission module;

[0358] When the wireless data transmission module is a 4G wireless data transmission module, the wireless data transmission 4G end of the microcontroller MCU is connected to the data end of the wireless data transmission module;

[0359] When the wireless data transmission module is a 5G wireless data transmission module, the wireless transmission data 5G end of the microcontroller MCU is connected to the data end of the wireless data transmission module;

[0360] When the wireless data transmission module is a WiFi wireless data transmission module, the wireless data transmission WiFi end of the microcontroller MCU is connected to the data end of the wireless data transmission module.

[0361] In a preferred embodiment of the present invention, a front camera fixed mounting seat for fixedly mounting a front camera, a rear camera fixed mounting seat for fixedly mounting a rear camera, and a voice module fixed mounting seat for fixedly mounting a voice module are also provided on the device housing, the front camera is fixedly mounted on the front camera fixed mounting seat, the rear camera is fixedly mounted on the rear camera fixed mounting seat; the voice module is fixedly mounted on the voice module fixed mounting seat;

[0362] The image data end of the front camera is connected to the front image data end of the microcontroller MCU, the image data end of the rear camera is connected to the rear image data end of the microcontroller MCU, and the voice data end of the voice module is connected to the voice data end of the microcontroller MCU.

[0363] In a preferred embodiment of the present invention, a position module fixed mounting seat for fixedly mounting the position module is further provided on the printed circuit board PCB, and the position module is fixedly mounted on the position module fixed mounting seat;

[0364] The data terminal of the position module is connected to the position data terminal of the microcontroller MCU.

[0365] Although the embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the claims and their equivalents.

Claims

1. A working method for remotely evaluating doctor-patient experience index data, characterized in that: The following steps are involved: S1, the doctor-patient terminal automatically selects network communication; step S1 includes the following steps: S11, determine whether to enable the WiFi data network: If the WiFi data network is turned on, proceed to the next step; If the WiFi data network is not turned on, execute step S13; S12, obtaining the WiFi data network name and using the location module to obtain the current location of the doctor-patient terminal, generating a network location code through an algorithm based on the obtained WiFi data network name and the location of the doctor-patient terminal, and determining whether the obtained network location code is consistent with the network location code stored in the doctor-patient terminal: If the obtained network location code is consistent with the network location code stored in the doctor-patient terminal, data communication is performed using the WiFi data network; If the obtained network location code is inconsistent with the network location code stored in the doctor-patient terminal, the next step is executed; S13, the medical terminal and the patient terminal communicate data via one of the 3G wireless data network, the 4G wireless data network, and the 5G wireless data network; S2, log in to the doctor-patient platform through the doctor-patient terminal; S3, query the medical data on the medical terminal.

2. The working method for remotely evaluating doctor-patient experience index data according to claim 1, characterized in that: In step S12, the method for generating a network location code through an algorithm according to the acquired WiFi data network name and the location of the doctor-patient terminal is: ， in, Indicates the network location code obtained based on the acquired WiFi data network name and the location of the doctor-patient terminal; Indicates the method for generating the network location code; Indicates WiFi location information; ， Indicates WiFi location information; Indicates the name of the WiFi data network obtained by the doctor-patient terminal; Indicates the character segment separator; Indicates the current location of the doctor-patient terminal.

3. The working method for remotely evaluating doctor-patient experience index data according to claim 1, characterized in that: Step S2 includes the following steps: S21, inputting a four-digit or six-digit information code on the login interface of the doctor-patient terminal, the information code being one of the numbers 0 to 9 or any combination thereof; S22, after entering a four-digit or six-digit information code on the login interface of the doctor-patient terminal, determine whether the login virtual key is touched: If the login virtual key is touched, proceed to the next step; If the login virtual key is not touched, wait for the login virtual key to be touched; S23, obtaining the WiFi serial number of the doctor-patient terminal, which is the WiFi physical address MAC. After obtaining the WiFi serial number, the WiFi serial number and the information code are combined to obtain the WiFi information code, and the WiFi information code is sent to the doctor-patient platform; S24, after receiving the WiFi information code sent by the doctor-patient terminal, the doctor-patient platform performs data splitting on the WiFi information code to obtain the doctor-patient WiFi serial number and the doctor-patient information code; S25, query the information code stored in the doctor-patient platform with the doctor-patient WiFi serial number, and determine whether the queried information code is consistent with the doctor-patient information code in step S24: If the queried information code is consistent with the doctor-patient information code in step S24, log in to the doctor-patient platform; If the queried information code is inconsistent with the doctor-patient information code in step S24, a prompt is sent to the doctor-patient terminal, indicating that the input information code is incorrect and the correct information code is requested.

4. The working method for remotely evaluating doctor-patient experience index data according to claim 3 is characterized in that: The method for obtaining the information code in step S22 includes the following steps: S221, determining whether the virtual key for obtaining information code is touched: If the Get Information Code virtual key is touched, proceed to the next step; If the Get Information Code virtual key is not touched, wait for the Get Information Code virtual key to be touched; S222, obtaining the WiFi serial number of the doctor-patient terminal, which is the WiFi physical address MAC. After obtaining the WiFi serial number, take the current date of the doctor-patient terminal as information code 1, combine the WiFi serial number with information code 1 to obtain a WiFi information code, and send the WiFi information code to the doctor-patient platform; S223, after receiving the WiFi information code sent by the doctor-patient terminal, the doctor-patient platform performs data splitting on the WiFi information code to obtain the doctor-patient WiFi serial number and the doctor-patient information code; S224, taking the current date of the doctor-patient platform as information code 1, and determining whether information code 1 is consistent with the doctor-patient information code in step S223: If the information code 1 is consistent with the doctor-patient information code in step S223, the next step is executed; If the information code 1 is inconsistent with the doctor-patient information code in step S223, a prompt is sent to the doctor-patient terminal, which prompt is the date for calibrating the doctor-patient terminal; S225, query the mobile phone number stored in the medical-patient platform with the medical-patient WiFi serial number. After querying the mobile phone number stored in the medical-patient platform with the medical-patient WiFi serial number, the medical-patient platform randomly generates a four-digit or six-digit information code, and sends the four-digit or six-digit information code randomly generated by the medical-patient platform to the mobile phone number.

5. The working method for remotely evaluating doctor-patient experience index data according to claim 3, characterized in that: In step S23, the method of combining the WiFi serial number and the information code to obtain the WiFi information code includes the following steps: S231, numbering the WiFi serial number and the information code; S232, randomly generating a sequence according to the WiFi serial number and the information code; S233, recording the position of the character in the WiFi serial number in the sequence as 1, and recording the position of the character in the information code in the sequence as 0, to obtain a sequence 1; S234, placing sequence number one at the end of the sequence number to obtain the WiFi information code.

6. The working method for remotely evaluating doctor-patient experience index data according to claim 3, characterized in that: The method for performing data splitting on the WiFi information code in step S24 to obtain the doctor-patient WiFi serial number and the doctor-patient information code includes the following steps: S241, dividing the WiFi information code into a sequence sequence 1 and a sequence sequence; S242, compare sequence sequence 1 and sequence sequence up and down, extract the characters in the sequence sequence at the same position as the position where 1 appears in sequence sequence 1 corresponds in order from left to right, and obtain the doctor-patient WiFi serial number, and extract the characters in the sequence sequence at the same position as the position where 0 appears in sequence sequence 1 corresponds in order from left to right, and obtain the doctor-patient information code.

7. A computer system, characterized in that: include: processor; a memory for storing processor-executable instructions; Wherein, the processor is configured to implement the working method of remotely identifying the medical experience index data according to any one of claims 1 to 6 when executing the executable instructions.

8. A computer-readable storage medium, characterized in that: include: a memory having a computer program stored thereon; A processor is used to execute the program in the memory to implement the working method of remotely evaluating the doctor-patient experience index data according to any one of claims 1 to 6.

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