Medical information code, generation method and system, signal wave display method and system

Abstract

The present invention discloses a medical information code, including a first identification code and a second identification code arranged in a redundant area of ​​the first identification code, wherein the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information; the human body signal reference information is used to fit a signal wave, and the signal wave is used to identify a pulse wave signal or a palpation signal; the anchor point information is used to position and display the signal wave based on augmented reality technology. The present invention also discloses a method and system for generating a medical information code, and a method and system for displaying a signal wave based on the medical information code. By adopting the present invention, efficient compression of pulse wave data or palpation data can be achieved to construct a medical information code with a unique structure, and accurate and efficient restoration of signal waves can also be achieved based on augmented reality technology.

Description

Technical Field

[0001] The present invention relates to the field of signal processing technology, and in particular to a medical information code, a method for generating a medical information code, a system for generating a medical information code, a signal wave display method based on the medical information code, and a signal wave display system based on the medical information code. Background Art

[0002] Palpation is a medical examination skill in which doctors use their hands to touch and press the body. This method is often used to diagnose whether the cardiovascular system and body organs have lesions and to feel the size, shape, hardness, location and other information of foreign objects. For institutions and medical staff with sufficient medical equipment, palpation can be used for preliminary medical examinations to accurately guide doctors and patients to the corresponding instrument examination items; for institutions and medical staff in underdeveloped areas or lacking medical equipment, palpation may play a key role in accurately diagnosing patients through the doctor's delicate tactile perception.

[0003] At present, palpation relies on the subjective feelings of doctors, and improving its accuracy requires doctors to undergo rigorous training and a lot of practice. Take cardiovascular examination as an example: palpation of peripheral blood vessels is an important way to check the cardiovascular health of the human body in ancient and modern times, especially in areas with insufficient medical resources and East Asia where wrist palpation is extremely important. Doctors can accurately obtain blood pressure, heart rate, heart rhythm and other indicators of the human body through palpation combined with simple equipment. However, for important indicators such as vascular hardness, doctors can only rely on the text descriptions in medical books or training manuals, and cannot concretize and visualize the wrist tactile sensation corresponding to such indicators. This is a difficulty in the development of palpation technology, that is, the lack of a set of easy-to-promote quantitative palpation training methods.

[0004] In addition, the training and teaching of palpation techniques can often only be done through text descriptions in medical books or training manuals, supplemented by personal teaching and guidance from teaching instructors. For most trainees, since there is no visualization of tactile signals, they can only improve their palpation level through their own feelings and perceptions, and the quality of such learning is not high.

[0005] At the same time, for patients and doctors, there is a lack of an objective description and record of the patient's radial artery pulse wave, so different doctors may have different tactile descriptions and diagnoses of the radial artery pulse wave of the same patient.

[0006] In summary, the current palpation technology still has difficulties in training, teaching and application. Therefore, it is necessary to develop a quantitative training method that is easy to promote. Summary of the invention

[0007] The technical problem to be solved by the present invention is to provide a medical information code that can compress and record medical information for easy transmission.

[0008] The technical problem to be solved by the present invention is also to provide a method and system for generating a medical information code, which can realize efficient compression of pulse wave data or palpation data to construct a medical information code with a unique structure;

[0009] The technical problem to be solved by the present invention is also to provide a signal wave display method and system based on medical information code, which can realize accurate and efficient restoration of signal waves based on augmented reality technology.

[0010] In order to solve the above technical problems, the present invention provides a medical information code, including a first identification code and a second identification code arranged in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information; the human body signal reference information is used to fit a signal wave, and the signal wave is used to identify a pulse wave signal or a palpation signal; the anchor point information is used to position and display the signal wave based on augmented reality technology.

[0011] As an improvement of the above solution, the second identification code is also used to record physiological information and / or measurement information.

[0012] As an improvement of the above solution, the first identification code is also used to record link information.

[0013] Correspondingly, the present invention also provides a method for generating a medical information code, comprising: inputting pulse wave data or palpation data into a preset spatial surface equation for fitting to determine the spatial reference parameters of the spatial surface equation; inputting pulse wave data or palpation data into a preset time curve equation for fitting to determine the time reference parameters of the time curve equation; combining the spatial reference parameters and the time reference parameters into human body signal reference information, and converting the human body signal reference information into a first identification code, the human body signal reference information is used to fit a signal wave, and the signal wave is used to identify a pulse wave signal or a palpation signal; obtaining anchor point information, and converting the anchor point information into a second identification code, the anchor point information is used to position and display the signal wave based on augmented reality technology; setting the second identification code in a redundant area of ​​the first identification code to generate a medical information code.

[0014] As an improvement of the above solution, the step of acquiring the anchor point information includes: acquiring physiological information and / or measurement information, and using the physiological information and / or measurement information as the anchor point information.

[0015] As an improvement of the above solution, the step of converting the human body signal reference information into the first identification code includes: acquiring link information, and converting the link information and the human body signal reference information into the first identification code.

[0016] Correspondingly, the present invention also provides a signal wave display method based on a medical information code, wherein the medical information code includes a first identification code and a second identification code arranged in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information, and the signal wave display method includes: obtaining the human body signal reference information and anchor point information of the medical information code; constructing a signal wave according to the human body signal reference information, a preset spatial surface equation and a preset time curve equation, the signal wave is used to identify a pulse wave signal or a palpation signal; and positioning and displaying the signal wave based on augmented reality technology according to the anchor point information.

[0017] Correspondingly, the present invention also provides a medical information code generation system, including: a spatial parameter generation module, used to input pulse wave data or palpation data into a preset spatial surface equation for fitting, so as to determine the spatial reference parameters of the spatial surface equation; a time parameter generation module, used to input pulse wave data or palpation data into a preset time curve equation for fitting, so as to determine the time reference parameters of the time curve equation; a first identification code generation module, used to combine the spatial reference parameters and the time reference parameters into human signal reference information, and convert the human signal reference information into a first identification code, the human signal reference information is used to fit the signal wave, and the signal wave is used to identify the pulse wave signal or the palpation signal; a second identification code generation module, used to obtain anchor point information, and convert the anchor point information into a second identification code, the anchor point information is used to position and display the signal wave based on augmented reality technology; a medical information code generation module, used to set the second identification code in the redundant area of ​​the first identification code to generate a medical information code.

[0018] As an improvement of the above scheme, the second identification code generation module includes: an anchor point information acquisition unit, used to acquire physiological information and / or measurement information, and use the physiological information and / or measurement information as the anchor point information; a second encoding unit, used to convert the anchor point information into a second identification code.

[0019] As an improvement of the above scheme, the first identification code generation module includes: a combination unit, used to combine the spatial reference parameters and the time reference parameters into human body signal reference information; a link acquisition unit, used to acquire link information; and a first encoding unit, used to convert the link information and the human body signal reference information into a first identification code.

[0020] Correspondingly, the present invention also provides a signal wave display system based on a medical information code, wherein the medical information code includes a first identification code and a second identification code arranged in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information, and the signal wave display system includes: an information acquisition unit, used to acquire the human body signal reference information and anchor point information of the medical information code; a signal wave construction unit, used to construct a signal wave according to the human body signal reference information, a preset spatial surface equation and a preset time curve equation, and the signal wave is used to identify a pulse wave signal or a palpation signal; a positioning display unit, used to perform positioning display of the signal wave based on augmented reality technology according to the anchor point information.

[0021] The implementation of the present invention has the following beneficial effects:

[0022] The present invention combines the spatial surface equation, the time curve equation and the coding technology to form a specific generation method for medical information codes, realizes the efficient compression of pulse wave data or palpation data, and constructs a reasonable information carrier - medical information code, which is convenient for subsequent display of medical information codes on various carriers such as research papers, electronic display screens, textbooks, case reports, etc., and is extremely convenient.

[0023] At the same time, the medical information code constructed by the present invention can compress and record human signal reference information, anchor information, link information, physiological information and measurement information, thus realizing effective storage of data;

[0024] In addition, the present invention also adopts a special signal wave display method to extract human signal reference information from the medical information code, and then combines the preset spatial surface equation and the preset time curve equation to construct a signal wave, thereby realizing accurate and efficient restoration of the signal wave; moreover, the present invention also uses the anchor point information extracted from the medical information code to realize the positioning display of the signal wave based on augmented reality technology, providing a good interactive experience for medical research and education; accordingly, the decoding process of the medical information code and the construction process of the signal wave in the present invention can be performed offline, thereby avoiding congestion and potential crash of the server when a large number of users submit website requests, and fundamentally eliminating the occurrence of this situation. Therefore, the present invention can be provided for millions of users to use at the same time. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 is a schematic diagram of the medical information code of the present invention;

[0026] Figure 2 is a flow chart of a method for generating a medical information code of the present invention;

[0027] Figure 3is a flow chart of a signal wave display method based on medical information code of the present invention;

[0028] Figure 4 It is a schematic diagram of a signal wave in a signal wave display method based on a medical information code of the present invention;

[0029] Figure 5 It is a structural schematic diagram of a system for generating medical information codes of the present invention;

[0030] Figure 6 It is a structural schematic diagram of a second identification code generation module in the medical information code generation system of the present invention;

[0031] Figure 7 It is a structural schematic diagram of a first identification code generation module in the medical information code generation system of the present invention;

[0032] Figure 8 It is a structural schematic diagram of the signal wave display system based on medical information code of the present invention. DETAILED DESCRIPTION

[0033] In order to make the objectives, technical solutions and advantages of the present invention more clear, the present invention will be further described in detail below with reference to the accompanying drawings.

[0034] like Figure 1 As shown, the medical information code of the present invention includes a first identification code M and a second identification code N set in a redundant area of ​​the first identification code M; generally, the redundant area of ​​the first identification code M is located in the middle of the first identification code M. By placing the second identification code N in the middle of the first identification code M, the first identification code M and the second identification code N can be combined into a medical information code with a strong integrity. Specifically:

[0035] The first identification code M is used to record human body signal reference information; wherein the human body signal reference information is used to fit the signal wave, and the signal wave is used to identify the pulse wave signal or the palpation signal. Preferably, the palpation signal can be venous hemangioma compression information, tumor compression information, etc., but is not limited thereto.

[0036] It should be noted that the relevant parameters of the space surface equation and the time curve equation are recorded in the human body signal reference information. Therefore, by combining the human body signal reference information with the space surface equation and the time curve equation, the signal wave can be fitted.

[0037] The second identification code N is used to record the anchor point information; wherein, the anchor point information is used to locate and display the signal wave based on augmented reality technology.

[0038] In the prior art, two-dimensional barcodes are often used to record data. However, in order to facilitate users to directly distinguish two-dimensional barcodes, icons with different patterns can be set in the middle of the two-dimensional barcode, but the icon is not used to record data, but only for users to intuitively distinguish. Different from the existing two-dimensional barcodes, the present invention classifies and records human signal reference information and anchor point information in different areas of the medical information code. In actual application, users can use the device to identify the human signal reference information in the medical information code, thereby fitting a signal wave for identifying a pulse wave signal or a palpation signal. The device can also identify the anchor point information in the medical information code to position and display the signal wave based on augmented reality technology, thereby realizing the visualization of the pulse wave signal or the palpation signal.

[0039] Correspondingly, the first identification code M and the second identification code N in the present invention are independent of each other and do not affect each other, and respectively record different information, which can realize both the classified recording of information and the classified processing of information, and has strong flexibility.

[0040] Furthermore, the first identification code M is also used to record link information, that is, the first identification code M records both the human body signal reference information and the link information.

[0041] It should be noted that when the first identification code M does not record link information, if the user's mobile device has a pre-stored decoding file, the signal wave can be directly generated according to the medical information code, thereby realizing the offline display of the signal wave. If the decoding file does not exist in the user's mobile device, the user needs to log in to the website or application store to download the decoding file to generate the signal wave; and when the first identification code M records link information, the user can directly locate the website or application store corresponding to the link through the link information, download the decoding file to generate the signal wave, so that the user does not need to know the corresponding link information in advance, nor does he need to manually enter the link information, which is more convenient. Preferably, the decoding file can be in the form of a Web program or an application APP.

[0042] In addition, in order to further enrich the function of the medical information code, the second identification code N is also used to record the physiological information and / or measurement information of the test subject. It should be noted that the basic structure of the second identification code N can be a 4×4 binary matrix, which can be used to effectively store the physiological information and / or measurement information. The specific physiological information and / or measurement information is shown in Table 1 below:

[0043] Table 1

[0044]

[0045] Therefore, if the research institution needs to internally associate the specific physiological information and measurement information of the test subject, the physiological information and measurement information recorded in the second identification code N can be combined to form an index tag.

[0046] In summary, the present invention constructs a unique medical information code, which can compress and record human signal reference information, anchor point information, link information, physiological information and measurement information, so as to facilitate the subsequent display of the medical information code on various carriers such as research papers, electronic display screens, textbooks, case reports, etc., and then realize the visualization of pulse wave signals or palpation signals through equipment recognition and processing, providing medical students and medical researchers with a way to observe and learn digital palpation.

[0047] See also Figure 2 , Figure 2 A flow chart of a method for generating a medical information code according to the present invention is shown, which comprises:

[0048] S101, inputting pulse wave data or palpation data into a preset space surface equation for fitting to determine the space reference parameters of the space surface equation.

[0049] In practical applications, the original pulse wave data or palpation data can be first collected through a sensor, and then the noise in the original pulse wave data or palpation data can be filtered. The filtered pulse wave data or palpation data is then input into a preset spatial surface equation for fitting, and the spatial reference parameters of the spatial surface equation can be obtained.

[0050] S102, inputting the pulse wave data or the palpation data into a preset time curve equation for fitting, so as to determine the time reference parameter of the time curve equation.

[0051] Similarly, the filtered pulse wave data or palpation data is input into the time curve equation for fitting, and the time reference parameter of the time curve equation can be obtained.

[0052] Specifically, taking pulse wave data as an example:

[0053] The spatial surface equation refers to the distribution equation of different pulse wave data sampling points in space, such as: But this is not a limitation, where σ, r, x c ,y c and θ is the spatial reference parameter;

[0054] The time curve equation can be composed of several exponential functions, such as: However, this is not limiting, wherein parameters a1, a1, a2, b1, b2, b3, c1, c2 and c3 are time reference parameters.

[0055] Correspondingly, after the pulse wave data or the palpation data are respectively input into the preset space surface equation and the time curve equation for fitting, the specific values ​​of the space reference parameter and the time reference parameter can be determined.

[0056] S103: Combine the spatial reference parameter and the temporal reference parameter into human body signal reference information, and convert the human body signal reference information into a first identification code.

[0057] The human body signal reference information is used to fit the signal wave, and the signal wave is used to identify the pulse wave signal or the palpation signal. Preferably, the palpation signal can be venous hemangioma compression information, tumor compression information, etc., but is not limited thereto.

[0058] When the first identification code only records the human body signal reference information, the human body signal reference information is encoded and converted into the first identification code; when the first identification code records both the human body signal reference information and the link information, the link information and the human body signal reference information are encoded simultaneously and converted into the first identification code.

[0059] S104: Acquire anchor point information, and convert the anchor point information into a second identification code.

[0060] The anchor point information is used to display the signal wave based on augmented reality technology.

[0061] When the second identification code is only used as a point drawing, the preset anchor point information is encoded and converted into the second identification code; when the second identification code is used both as a point drawing and for recording physiological information and / or measurement information, the physiological information and / or measurement information is encoded and converted into the second identification code.

[0062] S105, setting the second identification code in the redundant area of ​​the first identification code to generate a medical information code.

[0063] Generally, the redundant area of ​​the first identification code is located in the middle of the first identification code. By placing the second identification code in the middle of the first identification code, the first identification code and the second identification code can be combined into a medical information code with strong integrity.

[0064] Therefore, the present invention can use the space surface equation and the time curve equation as compression tools to compress the pulse wave data or palpation data collected by the machine to obtain key human body signal reference information, and then encode the human body signal reference information and convert it into a first identification code, thereby compressing the pulse wave data or palpation data into the medical information code; at the same time, the present invention can also encode the anchor point information and convert it into a second identification code, so as to use the second identification code as the anchor point required for subsequent AR display; further, the present invention can also encode the link information and the human body signal reference information together and convert them into the first identification code, and encode the physiological information and measurement information and convert them into the second identification code, so as to further enrich the function of the medical information code.

[0065] In summary, the present invention uses space surface equations, time curve equations and coding technology to achieve efficient compression of pulse wave data or palpation data, so as to construct a reasonable information carrier - medical information code, which is convenient for the subsequent display of medical information code on various carriers such as research papers, electronic display screens, textbooks, case reports, etc., and then through device recognition to realize the visualization of pulse wave signals or palpation signals, providing medical students and medical researchers with a way to observe and learn digital palpation.

[0066] See also Figure 3 , Figure 3 The flowchart of the signal wave display method based on the medical information code of the present invention is shown, which includes:

[0067] S201, obtaining human body signal reference information and anchor point information of the medical information code.

[0068] The medical information code includes a first identification code and a second identification code set in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information.

[0069] Specifically, the human body signal reference information recorded in the first identification code and the anchor point information recorded in the second identification code can be obtained by decoding the medical information code.

[0070] It should be noted that the decoding process does not require communication with the cloud server, that is, the decoding process can be performed offline.

[0071] S202, constructing a signal wave according to human body signal reference information, a preset space surface equation and a preset time curve equation.

[0072] The signal wave is used to identify a pulse wave signal or a palpation signal.

[0073] It should be noted that the spatial surface equation and the time curve equation can be preset in the program, so there is no need to communicate with the cloud server during the signal wave construction process, that is, the signal wave construction process can be performed offline.

[0074] S203, positioning and displaying the signal wave based on the augmented reality technology according to the anchor point information.

[0075] Furthermore, if the first identification code also records link information, when the medical information code is decoded, the link information recorded in the first identification code can be obtained synchronously, so that the website or application store corresponding to the link can be directly located and the decoding file can be downloaded to generate a signal wave, which is more convenient.

[0076] like Figure 4As shown, if the second identification code also records the physiological information and / or measurement information of the test subject, when the medical information code is decoded, the physiological information and / or measurement information recorded in the second identification code can be synchronously obtained, and the physiological information and / or measurement information can be synchronously displayed with the signal wave, so that the user can intuitively know the physiological information and / or measurement information of the test subject corresponding to the signal wave.

[0077] Therefore, the present invention extracts human signal reference information from the medical information code, and then constructs a signal wave in combination with a preset spatial surface equation and a preset time curve equation, thereby realizing accurate and efficient restoration of the signal wave; at the same time, the present invention also uses the anchor point information extracted from the medical information code to realize the positioning display of the signal wave based on augmented reality technology, providing a good interactive experience for medical research and education; in addition, the decoding process of the medical information code and the construction process of the signal wave in the present invention can be performed offline, thereby avoiding congestion and potential crash of the server when a large number of users submit website requests, and fundamentally eliminating the occurrence of this situation. Therefore, the present invention can be provided to millions of users for use at the same time.

[0078] See also Figure 5 , Figure 5 The specific structure of the medical information code generation system 100 of the present invention is shown, which includes a space parameter generation module 1, a time parameter generation module 2, a first identification code generation module 3, a second identification code generation module 4 and a medical information code generation module 5. Specifically:

[0079] The spatial parameter generation module 1 is used to input the pulse wave data or palpation data into a preset spatial surface equation for fitting, so as to determine the spatial reference parameters of the spatial surface equation. In practical applications, the original pulse wave data or palpation data can be first collected by a sensor, and then the noise in the original pulse wave data or palpation data can be filtered, and then the filtered pulse wave data or palpation data can be input into the preset spatial surface equation for fitting through the spatial parameter generation module 1, so as to obtain the spatial reference parameters of the spatial surface equation.

[0080] The time parameter generation module 2 is used to input the pulse wave data or palpation data into a preset time curve equation for fitting, so as to determine the time reference parameter of the time curve equation. In practical applications, the original pulse wave data or palpation data can be first collected by a sensor, and then the noise in the original pulse wave data or palpation data can be filtered, and then the filtered pulse wave data or palpation data can be input into the preset time curve equation for fitting through the time parameter generation module 2, so as to obtain the time reference parameter of the time curve equation.

[0081] The first identification code generation module 3 is used to combine the spatial reference parameter and the time reference parameter into human body signal reference information, and convert the human body signal reference information into a first identification code. The human body signal reference information is used to fit the signal wave, and the signal wave is used to identify the pulse wave signal or the palpation signal; preferably, the palpation signal can be venous hemangioma compression information, tumor compression information, etc., but it is not limited to this.

[0082] The second identification code generation module 4 is used to obtain anchor point information and convert the anchor point information into a second identification code. The anchor point information is used to perform positioning display of the signal wave based on augmented reality technology.

[0083] The medical information code generation module 5 is used to place the second identification code in the redundant area of ​​the first identification code to generate a medical information code. Generally, the redundant area of ​​the first identification code is located in the middle of the first identification code, and the medical information code generation module 5 can place the second identification code in the middle of the first identification code so that the first identification code and the second identification code are combined into a medical information code with strong integrity.

[0084] like Figure 6 As shown, the second identification code generating module 4 includes:

[0085] An anchor point information acquisition unit 41, used to acquire physiological information and / or measurement information, and use the physiological information and / or measurement information as anchor point information;

[0086] The second encoding unit 42 is configured to convert the anchor point information into a second identification code.

[0087] It should be noted that, when the second identification code is only used as a tracing point, a second encoding unit 42 can be set separately, and the preset anchor point information is encoded by the second encoding unit 42 and converted into the second identification code; when the second identification code is used both as a tracing point and for recording physiological information and / or measurement information, an anchor point information acquisition unit 41 and a second encoding unit 42 need to be set at the same time, and the physiological information and / or measurement information is used as anchor point information by the anchor point information acquisition unit 41, and the anchor point information is encoded by the second encoding unit 42 and converted into the second identification code.

[0088] like Figure 7 As shown, the first identification code generating module 3 includes:

[0089] The combining unit 31 is used to combine the space reference parameter and the time reference parameter into human body signal reference information;

[0090] The link acquisition unit 32 is used to acquire link information;

[0091] The first encoding unit 33 is used to convert the link information and the human body signal reference information into a first identification code.

[0092] It should be noted that, when the first identification code only records the human body signal reference information, the human body signal reference information is encoded by the first encoding unit 33 and converted into the first identification code; when the first identification code records both the human body signal reference information and the link information, the link information is first acquired by the link acquisition unit 32, and then the link information and the human body signal reference information are encoded simultaneously by the first encoding unit 33 and converted into the first identification code.

[0093] Therefore, the present invention can quickly generate medical information codes for storing special information based on pulse wave data or palpation data, space surface equations, time curve equations and coding technology, thereby providing accurate and convenient storage carriers for subsequent research by medical students and medical researchers.

[0094] See also Figure 8 , Figure 8 The specific structure of the signal wave display system 200 based on the medical information code of the present invention is shown, which includes an information acquisition unit 6, a signal wave construction unit 7 and a positioning display unit 8.

[0095] It should be noted that the medical information code includes a first identification code and a second identification code set in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information. Based on the special structure of the medical information code, specifically:

[0096] The information acquisition unit 6 is used to acquire the human body signal reference information and anchor point information of the medical information code. The information acquisition unit 6 can acquire the human body signal reference information recorded in the first identification code and the anchor point information recorded in the second identification code by decoding the medical information code; it should be noted that the information acquisition unit 6 can use the two-dimensional code decoding technology to scan and decode the medical information code, so that the decoding process of the information acquisition unit 6 does not need to communicate with the cloud server, that is, the decoding process can be performed offline.

[0097] The signal wave construction unit 7 is used to construct a signal wave according to human body signal reference information, a preset spatial surface equation and a preset time curve equation; wherein the signal wave is used to identify a pulse wave signal or a palpation signal; it should be noted that the spatial surface equation and the time curve equation can be preset in the signal wave construction unit 7, so there is no need to communicate with the cloud server during the signal wave construction process, that is, the signal wave construction process can be performed offline.

[0098] The positioning display unit 8 is used to perform positioning display of the signal wave based on the augmented reality technology according to the anchor point information.

[0099] It should be noted that the positioning display unit 8 can use the three.js technology to achieve 3D display based on augmented reality technology, and also locate the signal wave in combination with the anchor point information.

[0100] Correspondingly, if the first identification code also records link information, when the information acquisition unit 6 decodes the medical information code, it can synchronously obtain the link information recorded in the first identification code, so that it can directly locate the website or application store corresponding to the link and download the decoding file to generate a signal wave, which is more convenient.

[0101] In addition, if the second identification code also records the physiological information and / or measurement information of the test subject, the information acquisition unit 6 can synchronously acquire the physiological information and / or measurement information recorded in the second identification code when decoding the medical information code, and the positioning display unit 8 can synchronously display the physiological information and / or measurement information with the signal wave, so that the user can intuitively know the physiological information and / or measurement information of the test subject corresponding to the signal wave.

[0102] Therefore, the present invention extracts human signal reference information from the medical information code, and then constructs a signal wave in combination with a preset spatial surface equation and a preset time curve equation, thereby realizing efficient restoration of the signal wave; at the same time, the present invention also uses the anchor point information extracted from the medical information code to realize the positioning display of the signal wave based on augmented reality technology, providing a good interactive experience for medical research and education; in addition, the decoding process of the medical information code and the construction process of the signal wave in the present invention can be performed offline, thereby avoiding congestion and potential crash of the server when a large number of users submit website requests, fundamentally eliminating the occurrence of this situation, so the present invention can be provided to millions of users at the same time.

[0103] The above is a preferred embodiment of the present invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the principle of the present invention. These improvements and modifications are also considered to be within the scope of protection of the present invention.

Claims

1. A medical information code product, characterized in that: It includes a carrier and a medical information code arranged on the carrier, the medical information code includes a first identification code and a second identification code arranged in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information; The human body signal reference information is used to fit a signal wave, and the signal wave is used to identify a pulse wave signal or a palpation signal; The anchor point information is used to perform positioning display of the signal wave based on augmented reality technology.

2. The medical information code product according to claim 1, characterized in that: The second identification code is also used to record physiological information and / or measurement information.

3. The medical information code product according to claim 1, characterized in that: The first identification code is also used to record link information.

4. A method for generating a medical information code, characterized in that: include: Inputting pulse wave data or palpation data into a preset spatial surface equation for fitting, so as to determine the spatial reference parameters of the spatial surface equation; Inputting pulse wave data or palpation data into a preset time curve equation for fitting to determine a time reference parameter of the time curve equation; Combining the spatial reference parameter and the time reference parameter into human body signal reference information, and converting the human body signal reference information into a first identification code, wherein the human body signal reference information is used to fit a signal wave, and the signal wave is used to identify a pulse wave signal or a palpation signal; Acquire anchor point information, and convert the anchor point information into a second identification code, wherein the anchor point information is used to perform positioning display of the signal wave based on augmented reality technology; The second identification code is set in a redundant area of ​​the first identification code to generate a medical information code.

5. The method for generating a medical information code according to claim 4, wherein: The step of acquiring the anchor point information includes: acquiring physiological information and / or measurement information, and using the physiological information and / or measurement information as the anchor point information.

6. The method for generating a medical information code according to claim 4, wherein: The step of converting the human body signal reference information into the first identification code includes: acquiring link information, and converting the link information and the human body signal reference information into the first identification code.

7. A signal wave display method based on medical information code, characterized in that: The medical information code includes a first identification code and a second identification code set in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information. The signal wave display method includes: Obtain human body signal reference information and anchor point information of medical information code; constructing a signal wave according to the human body signal reference information, a preset space surface equation and a preset time curve equation, wherein the signal wave is used to identify a pulse wave signal or a palpation signal; The signal wave is positioned and displayed based on augmented reality technology according to the anchor point information.

8. A system for generating medical information codes, characterized in that: include: A spatial parameter generation module, used for inputting pulse wave data or palpation data into a preset spatial surface equation for fitting, so as to determine the spatial reference parameters of the spatial surface equation; A time parameter generation module, used for inputting pulse wave data or palpation data into a preset time curve equation for fitting, so as to determine a time reference parameter of the time curve equation; A first identification code generating module, used for combining the spatial reference parameter and the time reference parameter into human body signal reference information, and converting the human body signal reference information into a first identification code, wherein the human body signal reference information is used for fitting a signal wave, and the signal wave is used for identifying a pulse wave signal or a palpation signal; A second identification code generating module, used for acquiring anchor point information and converting the anchor point information into a second identification code, wherein the anchor point information is used for positioning and displaying the signal wave based on augmented reality technology; The medical information code generating module is used to set the second identification code in the redundant area of ​​the first identification code to generate a medical information code.

9. The medical information code generation system according to claim 8, characterized in that: The second identification code generating module comprises: An anchor point information acquisition unit, used to acquire physiological information and / or measurement information, and use the physiological information and / or measurement information as the anchor point information; The second encoding unit is used to convert the anchor point information into a second identification code.

10. The medical information code generation system according to claim 8, characterized in that: The first identification code generating module comprises: A combining unit, used for combining the space reference parameter and the time reference parameter into human body signal reference information; A link acquisition unit, used for acquiring link information; The first encoding unit is used to convert the link information and the human body signal reference information into a first identification code.

11. A signal wave display system based on medical information code, characterized in that: The medical information code includes a first identification code and a second identification code set in a redundant area of ​​the first identification code, the first identification code is used to record human body signal reference information, and the second identification code is used to record anchor point information. The signal wave display system includes: An information acquisition unit, used to acquire human body signal reference information and anchor point information of the medical information code; A signal wave construction unit, used to construct a signal wave according to the human body signal reference information, a preset space surface equation and a preset time curve equation, wherein the signal wave is used to identify a pulse wave signal or a palpation signal; A positioning display unit is used to perform positioning display of the signal wave based on augmented reality technology according to the anchor point information.

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