Ultrasonic bone density detection method and system

Abstract

The present application relates to an ultrasonic bone density detection method and system, wherein the method includes: obtaining characteristic information about a target patient collected by a terminal, the characteristic information including identity identification, gender, age and current occupation; based on a preset mapping relationship table between characteristic information and a detection part list page, sending a detection part list page corresponding to the characteristic information to the terminal, the detection part list page including at least one name of a part to be detected; sequentially controlling the start of the probe corresponding to the name of the part to be detected until all the parts to be detected of the target patient are detected, and recording the detection value of each part to be detected; obtaining the bone detection value of the target patient according to the preset calculation rules and all the detection values, and recording it in a detection report to be generated; sending the detection report to the terminal. The technical effect of the present application is: improving the reference value of the bone density detection results for the target patient.

Description

Technical Field

[0001] The present invention relates to the technical field of bone density detection, and in particular to an ultrasonic bone density detection method and system. Background Art

[0002] At present, bone density testing can help people quickly understand the health of their bones. Since the calcaneus of the human body is the weight-bearing part, the radius is the force-exerting part, and the tibia is the supporting and force-exerting part, the bone condition of the calcaneus, radius and tibia can reflect the bone condition of the human body to a certain extent. Doctors can use ultrasonic bone density detectors to test the patient's calcaneus, radius and tibia.

[0003] In the related art, when doctors detect the bone condition of patients, they use ultrasonic bone density detectors to detect the patient's calcaneus, radius and tibia respectively, and judge the patient's bone condition based on clinical experience and test reports.

[0004] In the process of realizing the present application, the inventors believe that the above technology has at least the following problems: since the age, gender and occupation of different patients are different, the strength of use of the calcaneus, radius and tibia in the body is also inconsistent. If the doctor performs bone density examinations on the same multiple specific parts of all patients, the reference value of the bone density test results for the patients will be reduced. Summary of the invention

[0005] In order to improve the problem of reduced reference value of bone density test results for patients, the present application provides an ultrasonic bone density detection method and system.

[0006] In the first aspect, the present application provides an ultrasonic bone density detection method, which adopts the following technical solution:

[0007] Acquire characteristic information about the target patient collected by the terminal, the characteristic information including identity, gender, age and current occupation;

[0008] Based on a preset mapping relationship table between feature information and detection part list pages, a detection part list page corresponding to the feature information is sent to the terminal, wherein the detection part list page includes at least one name of a part to be detected;

[0009] Controlling the probes corresponding to the names of the parts to be inspected to start in sequence until all the parts to be inspected of the target patient are inspected, and recording the detection value of each part to be inspected;

[0010] According to the preset calculation rules and all the test values, the bone test value of the target patient is obtained and recorded in the test report to be generated;

[0011] The detection report is sent to the terminal.

[0012] By adopting the above technical solution, the system selects the corresponding test part list page according to the gender, age and occupation of the target patient to be tested. The test part list page includes the specific names of the parts to be tested that need to be tested on the target patient, so that the system can start the probes corresponding to the specific names of the parts to be tested in sequence for testing and generate a test report; because the system recommends one or more test parts that meet the target patient's characteristic information based on the target patient to be tested, it ensures that the test report meets the patient's examination needs, thereby improving the reference value of the bone density test results for the target patient.

[0013] Optionally, the sending the detection part list page corresponding to the feature information to the terminal based on a preset mapping relationship table between the feature information and the detection part list page includes:

[0014] Generate a detection part list page to be displayed based on a preset mapping relationship table between feature information and detection part list pages;

[0015] Obtain the medical history information entered by the terminal, determine whether there is a name of the part to be inspected corresponding to the name of the injured part in the medical history information in the list page of the detected parts to be displayed, and if so, delete the name of the part to be inspected corresponding to the medical history in the list page of the detected parts to be displayed, and send the list page of the detected parts to be displayed to the terminal;

[0016] Otherwise, the detection part list page to be displayed corresponding to the characteristic information is sent to the terminal.

[0017] By adopting the above technical solution, taking into account the possibility that one or some parts of the target patient's body may have been injured, the system deletes the names of the injured parts to be inspected in the detection part list page when generating the detection part list page, so that the system can detect the normal parts of the target patient, thereby ensuring the reference value of the bone density test results.

[0018] Optionally, after sending the detection part list page to be displayed to the terminal, the method further includes:

[0019] Controlling the start of the probe corresponding to the name of the injured part, and recording the bone score and examination time of the injured part of the target patient;

[0020] Retrieving a historical record corresponding to the identity identifier of the target patient from a preset patient database, wherein the historical record includes a historical detection value of an injured part;

[0021] The bone score of the injured part is recorded and compared with the historical test value of the injured part closest to the test time in the historical record, and the comparison result is added to the test report to be generated.

[0022] By adopting the above technical solution, although the system has eliminated the injured part in the preliminary bone density test, considering the target patient's need to understand the current bone status of the injured part, the system will test the bones of the injured part after testing the bones of the uninjured part of the target patient, so as to ensure the patient's testing experience.

[0023] Optionally, before sending the detection part list page corresponding to the feature information to the terminal based on the preset mapping relationship table between the feature information and the detection part list page, the method further includes:

[0024] Searching a preset patient database based on the target patient's identity identifier, and if the preset patient database stores the target patient's identity identifier, extracting a historical record corresponding to the target patient's identity identifier, wherein the historical record includes the target patient's historical occupation;

[0025] Comparing the historical occupation of the target patient with the current occupation, if the historical occupation of the target patient is consistent with the current occupation, sending a historical detection part list corresponding to the historical occupation of the target patient from the preset patient database to the terminal, wherein the historical detection part list page includes at least one name of a historical part to be detected;

[0026] Controlling the probes corresponding to the names of the historical parts to be examined to start in sequence until all the historical parts to be examined of the target patient are examined, and recording the test value of each of the historical parts to be examined;

[0027] According to the preset calculation rules and all the test values, the historical bone test value of the target patient is obtained and recorded in the test report to be generated;

[0028] The detection report is sent to the terminal.

[0029] By adopting the above technical solution, if the target patient is not being tested for the first time and the current occupation is consistent with the historical occupation, the target patient can directly use the historical test part list corresponding to the target patient's historical occupation for this test; if the target patient is being tested for the first time, the system needs to record the target patient's characteristic information and send the test part list page corresponding to the characteristic information to the terminal, thereby reducing the waste of system resources.

[0030] Optionally, the test report carries the test time of each test of the target patient, and the preset patient data also stores the bone mass standard values ​​of multiple age groups corresponding to different occupations. After obtaining the bone mass test value of the target patient according to the preset calculation rules and all the test values, it also includes:

[0031] Retrieving a historical record corresponding to the identity identifier of the target patient from the preset patient database, wherein the historical record includes the historical test value of each test of the target patient;

[0032] Comparing the target patient's bone mass test value with the bone mass standard value and the most recent historical test value;

[0033] The bone test value and comparison result are added to the test report to be generated.

[0034] By adopting the above technical solution, comparing the target patient's bone mass test value with the bone mass standard value can help the target patient understand how he compares with people of the same age and the same occupation; comparing the target patient's bone mass test value with the historical test value closest to the test time can help the target patient understand how he compares with previous test results.

[0035] Optionally, the preset patient database further stores normal values ​​of bone changes and maintenance suggestions corresponding to the bone test values, and after retrieving the historical records corresponding to the identity identifier of the target patient from the preset patient database, the method further includes:

[0036] Fitting all the historical test values ​​to generate a bone mass change curve for the target patient within a specific time period;

[0037] Compare the absolute value of the slope of each curve in the bone change curve with the normal value of bone change. If there is a target curve in the bone change curve whose absolute value of the slope is greater than the normal value of bone change, mark the target curve, extract the maintenance suggestions corresponding to the target curve, and add the maintenance suggestions to the test report to be generated.

[0038] By adopting the above technical solution, after detecting the bone condition of the target patient, in order to further facilitate the target patient to understand his or her bone changes in a specific time period, all bone test values ​​in the specific time period are fitted. If the absolute value of the slope of the target curve in one or several sections of the bone change curve is greater than the normal value of the bone change, it indicates that the bone condition of the target patient is obviously improving or deteriorating, and the maintenance suggestions corresponding to this section of the target curve with obvious trend changes are extracted and added to the test report to be generated, so as to provide maintenance reference for the target patient.

[0039] Optionally, after obtaining the bone mass test value of the target patient according to the preset calculation rules and all the test values, the method further includes:

[0040] Determine the bone mass reference value corresponding to the current occupation of the target patient according to a preset mapping relationship table between characteristic information and bone mass reference value;

[0041] The target patient's bone mass test value is compared with the corresponding bone mass reference value, and the target patient's bone mass test value and the comparison result are recorded in a test report to be generated.

[0042] By adopting the above technical solution, in order to further improve the reference value of the bone density test results, the bone mass test value of the target patient is compared with the bone mass benchmark value, so that the target patient can understand how his or her bone mass compares with the bone mass benchmark of people of the same age and the same occupation.

[0043] In a second aspect, the present application provides an ultrasonic bone density detection system, which adopts the following technical solution, and the system includes:

[0044] A feature information acquisition module, used to acquire feature information about a target patient collected by a terminal, wherein the feature information includes identity identification, gender, age, and current occupation;

[0045] A to-be-tested part determination module, for sending a detection part list page corresponding to the characteristic information to a terminal based on a preset mapping relationship table between characteristic information and detection part list pages, wherein the detection part list page includes at least one name of the to-be-tested part;

[0046] The part-to-be-tested detection module is used to sequentially control the start of the probes corresponding to the names of the parts to be tested until all the parts to be tested of the target patient are tested, and record the detection value of each part to be tested;

[0047] A test report generation module, used to obtain the bone test value of the target patient according to a preset calculation rule and all the test values, and record it in the test report to be generated;

[0048] The detection report sending module is used to send the detection report to the terminal.

[0049] By adopting the above technical solution, the system selects the corresponding test part list page according to the gender, age and occupation of the target patient to be tested. The test part list page includes the specific names of the parts to be tested that need to be tested on the target patient, so that the system can start the probes corresponding to the specific names of the parts to be tested in sequence for testing and generate a test report; because the system recommends one or more test parts that meet the target patient's characteristic information based on the target patient to be tested, it ensures that the test report meets the patient's examination needs, thereby improving the reference value of the bone density test results for the target patient.

[0050] In a third aspect, the present application provides a computer device, which adopts the following technical solution: it includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute any one of the ultrasonic bone density detection methods described above.

[0051] By adopting the above technical solution, the system selects the corresponding test part list page according to the gender, age and occupation of the target patient to be tested. The test part list page includes the specific names of the parts to be tested that need to be tested on the target patient, so that the system can start the probes corresponding to the specific names of the parts to be tested in sequence for testing and generate a test report; because the system recommends one or more test parts that meet the target patient's characteristic information based on the target patient to be tested, it ensures that the test report meets the patient's examination needs, thereby improving the reference value of the bone density test results for the target patient.

[0052] In a fourth aspect, the present application provides a storage medium, which adopts the following technical solution: storing a computer program that can be loaded by a processor and execute any of the above-mentioned ultrasonic bone density detection methods.

[0053] By adopting the above technical solution, the system selects the corresponding test part list page according to the gender, age and occupation of the target patient to be tested. The test part list page includes the specific names of the parts to be tested that need to be tested on the target patient, so that the system can start the probes corresponding to the specific names of the parts to be tested in sequence for testing and generate a test report; because the system recommends one or more test parts that meet the target patient's characteristic information based on the target patient to be tested, it ensures that the test report meets the patient's examination needs, thereby improving the reference value of the bone density test results for the target patient.

[0054] In summary, the present application includes at least one of the following beneficial technical effects:

[0055] 1. Since the system recommends one or more test sites that meet the target patient’s characteristics based on the target patient’s characteristics, it ensures that the test report meets the patient’s examination needs, which helps to improve the reference value of the test report;

[0056] 2. Considering the possibility that one or some parts of the target patient's body may have been injured, the system will delete the names of the injured parts to be tested in the test part list page when generating the test part list page, so that the system can test the normal parts of the target patient, thereby ensuring the reference value of the bone density test results;

[0057] 3. Although the system has eliminated the injured parts in the preliminary bone density test, considering the target patient's need to understand the current status of the bones in the injured parts, the system will test the bones in the injured parts after testing the bones in the uninjured parts of the target patient, so as to ensure the patient's testing experience;

[0058] 4. Considering that the target patient has a history of bone density examination, when the target patient's identity information is obtained, it is determined whether the identity exists in the preset patient database. If so, it is further determined whether the target patient's current occupation is consistent with the historical occupation. If they are consistent, the latest generated historical test site list corresponding to the identity is extracted from the patient database, and the latest generated historical test site list is sent to the terminal, thereby saving system resources;

[0059] 5. Comparing the target patient's bone mass test value with the bone mass standard value will help the target patient understand how he compares with people of the same age and occupation; comparing the target patient's bone mass test value with the historical test value closest to the test time will help the target patient understand how he compares with previous test results. BRIEF DESCRIPTION OF THE DRAWINGS

[0060] Figure 1 It is a flow chart of an ultrasonic bone density detection method in an embodiment of the present application.

[0061] Figure 2 It is a structural block diagram of an ultrasonic bone density detection system in an embodiment of the present application.

[0062] Explanation of the reference numerals: 201, feature information acquisition module; 202, to-be-inspected part determination module; 203, to-be-inspected part detection module; 204, detection report generation module; 205, detection report sending module. DETAILED DESCRIPTION

[0063] The following is combined with Figure 1-2 This application is described in further detail.

[0064] The embodiment of the present application discloses an ultrasonic bone density detection method, which is based on an ultrasonic bone density detection system. The detection system can recommend corresponding detection sites based on the patient's characteristic information, thereby ensuring the reference value of the bone density detection results for the patient. The detection system includes an ultrasonic bone density detector and a terminal, and the terminal includes but is not limited to one or more of a computer, a tablet, etc. A display screen for interaction can also be added to the ultrasonic bone density detector. The executor of the method is a background control center in the detection system. The ultrasonic bone density detector in the embodiment of the present application integrates the detection functions of the calcaneus, radius and tibia, so that doctors can detect multiple parts through one device, which helps to improve the detection efficiency.

[0065] like Figure 1 As shown, the method comprises the following steps:

[0066] S100, acquiring characteristic information about a target patient collected by a terminal.

[0067] Among them, the target patient is one of many patients to be tested, and the characteristic information includes the target patient's identity, gender, age and current occupation. The identity identifier is a unique identifier used to identify the identity of the target patient and is used to bind to the target patient's test report. The identity identifier in the embodiment of the present application can be an ID number or a unique number set by the system, so as to ensure the uniqueness of the test report.

[0068] Specifically, the ultrasonic bone density detector can be equipped with ID card recognition technology. After scanning and identifying the target patient's ID card, the detection system can automatically enter the target patient's identity, gender and age. If the ultrasonic bone density detector cannot directly identify the target patient's ID card, the medical staff can manually input the target patient's characteristic information through the terminal. Existing occupational information can also be manually entered by the medical staff through the terminal.

[0069] S200, based on a preset mapping relationship table between feature information and detection part list pages, sending a detection part list page corresponding to the feature information to a terminal.

[0070] Specifically, the characteristic information includes the current occupation of the target patient. Since different occupations have different work contents, people of the same age but different occupations have different frequencies of use of bones in different parts of the body. For example, when the patient is a deliveryman, since deliverymen need to go to many delivery and pickup points every day, for deliverymen, bone density testing mainly tests the calcaneus, and the bone density value requirement of the calcaneus is higher than that of other occupations of the same age and gender. For example, the bone density standard of the calcaneus of a deliveryman is definitely higher than that of a white-collar worker sitting in an office building.

[0071] Among them, the mapping relationship table between the preset feature information and the detection part list page is stored in a preset patient database. The mapping relationship table between the preset feature information and the detection part list page in the embodiment of the present application can be obtained by the system based on the statistical analysis of the bone density detection data of massive patients, and the bone density detection data of massive patients comes from the data storage in the ultrasonic bone density detectors sold.

[0072] The test part list page includes at least one name of the part to be tested. For example, the names of the parts to be tested in the test part list page corresponding to the occupation of deliveryman are "left calcaneus" and "right calcaneus". That is, when the target patient's current occupation is a deliveryman, the bone density test mainly tests the left and right parts of the calcaneus.

[0073] After confirming the detection part list page, the background control center sends the detection part list page to the terminal for display. After the medical staff confirms that it is correct, they manually select or the system selects the name of the part to be inspected in sequence. When the detection of a certain part is completed, the medical staff manually selects the name of the next part to be inspected, or the system automatically selects the name of the next part to be inspected after receiving the message that the detection of the previous part to be inspected is completed.

[0074] It is worth noting that when entering the characteristic information of the target patient, the doctor can also add the disability condition of the target patient to the system according to the actual situation, so that when the system calls up the corresponding detection part list page, the disabled part in the detection part list page can be deleted.

[0075] S300, controlling the probes corresponding to the names of the parts to be inspected to start in sequence until all the parts to be inspected of the target patient are inspected, and recording the detection value of each part to be inspected.

[0076] Specifically, when the system performs bone density testing on specific parts of the target patient according to the test part list page, the system will control the probes corresponding to the names of the parts to be tested to start in sequence, so as to perform ultrasonic testing on the parts to be tested of the target patient. After the test of a certain part name to be tested is completed, the probe will feedback a test completion signal to the system so that the system can continue to select the next part name to be tested for further testing. After each test is completed, the background control center will record the test value of each part to be tested, and store the test values ​​of all the parts to be tested of the target patient in the preset patient database.

[0077] Among them, the detection value of each part to be tested is a Z value or a T value. The Z value is the value obtained by comparing the measured bone density data with the average bone density of normal people of the same gender and age. The T value is the value obtained by comparing the bone density data obtained by the examination with the bone peak value database of healthy young people of the same gender to obtain the standard deviation above or below that of young people. Usually, when the target patient is a minor, the detection value of the part to be tested is a Z value; when the target patient is an adult, there are two detection values ​​for the part to be tested, one is the Z value and the other is the T value. The Z value mainly depends on the comparison of bones with peers of the same gender, and the T value can reflect the degree of osteoporosis.

[0078] S400, according to the preset calculation rules and all the test values, the bone test value of the target patient is obtained and recorded in the test report to be generated.

[0079] Among them, the preset calculation rules are obtained by medical staff based on the massive test data in the preset patient database. The weights are mainly set according to the target patients' left and right hand usage habits, and the frequency and intensity of use of different bone tissues of peers in different occupations.

[0080] For example, if the target patient's test part list page only includes two names of the parts to be tested, "left radius" and "right radius", and the target patient is commonly known as a left-handed person, that is, the patient uses his left hand more frequently and more intensively, the doctor will set the weights of the left radius and the right radius based on clinical experience, and the test value of the left radius can be set to 60% and the test value of the right radius can be set to 40%. After the test values ​​of the left radius and the right radius are obtained respectively, 60% of the test value of the left radius and 40% of the test value of the right radius are added to obtain the bone test value of the target patient, and the bone test value is recorded in the test report to be generated.

[0081] S500: Send the detection report to the terminal.

[0082] Specifically, after testing all the parts to be tested in the test part list page and obtaining the final bone test value, the background control center generates a test report on the target patient and sends the test report to the terminal for the doctor or the target patient to view. In addition, the ultrasonic bone density detector has a printing function, which can print out the test report in full, so that the doctor or the target patient can check the bone condition more conveniently.

[0083] It is worth noting that in the test report, the corresponding score can be set according to the range of bone test values. According to the specific score, the target patient can understand his or her bone condition more intuitively. When the T value is between [-2, -1), it means that the bone density of the subject is lower than the normal standard value. The normal standard value is the bone density value of normal peers, and the corresponding score fluctuates between [50, 75). When the T value is equal to -2, the corresponding score is 50 points, and when the T value is equal to -1, the corresponding score is 75 points; when the T value is between [-1, 0], it means that the bone density of the subject is normal, and the corresponding score fluctuates between [75, 100]. When the T value is greater than or equal to 0, the corresponding score is 100 points; when the T value is less than -2, it means that there is a risk of severe osteoporosis, and the corresponding score is 0 points.

[0084] When the Z value is between [-2, -1), it means that the subject's bone density is lower than the normal standard value. The normal standard value is the bone density value of normal peers, and the corresponding score fluctuates between [50, 75). When the Z value is equal to -2, the corresponding score is 50 points, and when the Z value is equal to -1, the corresponding score is 75 points; when the Z value is between [-1, 0], it means that the subject's bone density is normal, and the corresponding score fluctuates between [75, 100]. When the Z value is greater than or equal to 0, the corresponding score is 100 points; when the Z value is less than -2, the corresponding score is 0 points.

[0085] Furthermore, since the scoring standards for the test site are inconsistent for patients of different ages, genders, and occupations, the system can determine the score of the bone tissue corresponding to the test site based on the detected Z value, that is, the bone score of the target site. Based on the bone score, the backend control center retrieves the maintenance suggestions corresponding to the bone score from the preset health advice database. The maintenance suggestions also correspond to the aforementioned bone evaluation results. For example, the maintenance suggestions corresponding to a bone score of 60 are to eat high-calcium and high-protein foods and exercise every day. It is worth noting that the names of the corresponding high-calcium and high-protein foods can be listed according to gender and age. The exercise site depends on the test site. For example, if the test site is the calcaneus, more exercises are performed on the calcaneus, and the exercise method is mainly running. The maintenance suggestions are added to the test report to be generated to facilitate patients to know how to recuperate or maintain themselves, thereby improving the reference value of the test report.

[0086] Optionally, in the same embodiment, considering that one or several to-be-tested parts involved in the detection part list page are injured parts of the target patient, in order to ensure the reference value of the bone test result, based on the preset mapping relationship table between the feature information and the detection part list page, when the detection part list page corresponding to the feature information is sent to the terminal, the following specific processing process may exist:

[0087] The system first generates a detection part list page to be displayed about the target patient's characteristic information based on the preset mapping relationship table between the characteristic information and the detection part list page, and then obtains the medical history information entered by the terminal. The medical history information can be manually entered into the system by medical staff.

[0088] Specifically, the medical history information carries the name of the injured part of the target patient. When the system enters the characteristic information of the target patient, the medical staff will ask the target patient whether he has a history of bone tissue injury before this test. If so, the medical staff will enter the name of the injured bone tissue of the target patient into the system; otherwise, no action will be taken.

[0089] Taking into account that although there is injured bone tissue in the target patient's body, there is a possibility that the injured part does not exist in the detection part list page, so after entering the target patient's medical history information, it is necessary to determine whether there is a name of the part to be inspected that is consistent with the name of the injured part in the detection part list page to be displayed. If so, delete the name of the part to be inspected corresponding to the medical history information in the detection part list page to be displayed, and finally send the final detection part list page to be displayed to the terminal; otherwise, send the detection part list page to be displayed corresponding to the characteristic information of the target patient to the terminal.

[0090] Optionally, in the same embodiment, after the system deletes the name of the part to be inspected in the inspection part list page that is consistent with the name of the injured part of the target patient, considering that the target patient has a need to understand the recovery status of the injured part, the following processing may also exist after the system sends the inspection part list page to be displayed to the terminal:

[0091] The background control center first controls the start-up of the probe corresponding to the name of the injured part, and records the bone score and examination time of the injured part of the target patient.

[0092] Specifically, if the target patient has more than one injured part, the background control center will control the probes corresponding to the names of the injured parts to start in sequence and perform ultrasonic testing. After the test is completed, the background control center will record the bone score and inspection time of the target patient's injured part.

[0093] The backend control center then retrieves the historical records corresponding to the identity of the target patient from the preset patient database.

[0094] Specifically, the historical records include the historical test values ​​of the target patient's injured part and the corresponding historical test time. After each test is completed, the background control center will store the historical test time and the historical test values ​​of the injured part in a preset patient database.

[0095] The background control center then records and compares the bone score of the injured part with the historical test value of the injured part closest to the time of examination in the historical records, and adds the comparison result to the test report to be generated.

[0096] Specifically, after the background control center has inspected the target patient's injured part to be inspected, in order to more intuitively compare the recovery of the target patient's injured part, the current bone score is compared with the historical detection value of the injured part closest to the inspection time. If the current bone score is not lower than the historical detection value of the injured part closest to the inspection time, the comparison result is that the bone recovery is good, and it indicates that the injured part of the target patient has recovered well; if the current bone score is lower than the historical detection value of the injured part closest to the inspection time, the comparison result is that the bone recovery is poor, and it indicates that the injured part of the target patient has not recovered very well, and it is necessary to choose other maintenance methods or increase the maintenance efforts.

[0097] Optionally, in the same embodiment, considering that it is not the first time for the target patient to be tested and the occupation information has not changed, in order to further save system resources, the system can directly retrieve the historical detection part list information in the historical record according to the target patient's identity identifier before sending the detection part list page corresponding to the feature information to the terminal based on the preset mapping relationship table between the feature information and the detection part list page. The specific processing process is as follows:

[0098] The backend control center first searches the preset patient database based on the identity of the target patient.

[0099] Specifically, the preset patient database stores historical records of tests corresponding to the target patient's identity. After the target patient's characteristic information is entered into the system, the background control center searches the preset patient data. If the target patient's identity is stored in the preset patient database, the historical records corresponding to the target patient's identity are extracted, and the historical records include the target patient's historical occupation.

[0100] The background control center then compares the historical occupation of the target patient with the current occupation. If the historical occupation is consistent with the current occupation, the historical detection part list page corresponding to the historical occupation of the target patient will be sent to the terminal from the preset patient database. The historical detection part list page includes at least one name of the historical part to be inspected.

[0101] Specifically, each time the target patient has his / her bone density tested, the medical staff will ask the target patient whether he / she has changed his / her occupation. If not, the system will directly retrieve the historical test site list page from the preset patient database; if so, the system will match the corresponding test site list page based on the target patient's characteristic information.

[0102] The background control center then controls the start of the probes corresponding to the names of the historical parts to be inspected in turn until the detection of all the historical parts to be inspected of the target patient is completed, and the detection value of each historical part to be inspected is recorded, and then the historical bone detection value of the target patient is obtained according to the preset calculation rules and all the detection values, and recorded in the detection report to be generated, and then the detection report is sent to the terminal. It is worth noting that the preset calculation rules here are consistent with the aforementioned preset calculation rules and will not be elaborated.

[0103] Optionally, in the same embodiment, considering that the patient has the need to compare his current bone condition with the previous bone condition and people of the same age group and the same occupation, after the bone test value of the target patient is obtained according to the preset calculation rules and all the test values, there is also the following processing process:

[0104] The background control center retrieves the historical records corresponding to the identity of the target patient from the preset patient database, and compares the bone test value of the target patient with the bone standard value and the historical test value closest to the test time.

[0105] Specifically, the historical records include the historical test values ​​of each test of the target patient, and each test report carries the test time. The preset patient database also stores the standard bone values ​​for multiple age groups corresponding to different occupations. Among them, the standard bone values ​​can also be distinguished by gender. The standard bone values ​​can be obtained by the system based on the statistical analysis of the massive bone density test data of patients of different genders and age groups. The massive patient bone density test data comes from the data storage in the ultrasonic bone density detectors sold.

[0106] The backend control center adds the bone test value and comparison result to the test report to be generated.

[0107] Specifically, if the target patient's bone mass test value is not lower than the bone mass standard value, it indicates that the target patient's bone mass is relatively healthy, and the comparison result is healthy bone mass; otherwise, it indicates that the target patient's bone mass is poor, and the comparison result is poor bone mass. If the target patient's bone mass test value is not lower than the historical test value closest to the test time, it indicates that the target patient's bone mass condition has an improving trend, and the comparison result is that the bone mass has an improving trend; otherwise, it indicates that the target patient's bone mass condition has a deteriorating trend, and the comparison result is that the bone mass has a deteriorating trend. After obtaining the comparison result, the background control center will add the comparison result to the test report to be generated.

[0108] Optionally, in the same embodiment, considering that the target patient may need to know his / her bone changes in a specific time period, after retrieving the historical records corresponding to the identity of the target patient from the preset patient database, the following processing may also be performed:

[0109] The background control center fits all historical test values ​​to generate a bone change curve for the target patient within a specific time period.

[0110] Specifically, the system stores all historical test values ​​of the target patient. In the test report to be displayed, the relationship between all historical test values ​​can be displayed through a chart. The horizontal axis of the chart is marked with age groups and test times, and the vertical axis of the chart represents the bone test value of the target patient. All historical test values ​​are marked in the chart as marked points, and all marked points are connected in sequence to form a bone change curve.

[0111] The background control center then compares the absolute value of the slope of each curve in the bone change curve with the normal value of bone change.

[0112] Specifically, if there is a certain section or several sections of the target curve in the bone change curve whose absolute value of the slope is greater than the normal value of bone change, the target curve is marked, wherein the target curve is the curve with abnormal slope in the bone change curve. When the slope of the target curve is positive and not lower than the normal value of bone change, it indicates that the target patient is well maintained during this period; when the slope of the target curve is negative and the absolute value is greater than the normal value of bone change, it indicates that the target patient is poorly maintained during this period.

[0113] The backend control center then extracts the maintenance suggestions corresponding to the target curve and adds the maintenance suggestions to the inspection report to be generated.

[0114] Specifically, the maintenance suggestions corresponding to the target curve are added to the test report to be generated, so that the target patients can refer to the maintenance suggestions for the better maintenance stage and the maintenance suggestions for the worse maintenance stage, and make corrections and improvements to the current maintenance suggestions.

[0115] Optionally, considering that the target patient has a need to compare his or her bone condition with that of people of the same age and occupation, after obtaining the bone test value of the target patient according to the preset calculation rules and all test values, the following processing process may also be performed:

[0116] The system determines the bone mass baseline value corresponding to the target patient's current occupation based on a mapping relationship table of preset characteristic information and bone mass baseline values.

[0117] Specifically, the preset patient database also stores normal values ​​of bone changes and maintenance recommendations corresponding to the bone test values. The mapping relationship table between the preset characteristic information and the bone reference value in the embodiment of the present application can be obtained by the system based on the statistical analysis of the bone density data of a large number of patients. The system searches the mapping relationship table between the preset characteristic information and the bone reference value based on the characteristic information of the target patient, mainly the age, gender and current occupation information of the target patient, to determine the bone reference value corresponding to the current occupation of the target patient.

[0118] The system then compares the target patient's bone mass test value with the corresponding bone mass baseline value, and records the target patient's bone mass test value and the comparison result in the test report to be generated.

[0119] Specifically, if the target patient's bone mass test value is not lower than the corresponding bone mass benchmark value, the comparison result is that the target patient's bone mass is better than that of people of the same age and occupation; otherwise, the comparison result is that the target patient's bone mass is worse than that of people of the same age and occupation. The system records the target patient's bone mass test value and the corresponding bone mass benchmark value in the test report to be generated, further improving the reference value of the bone density test results.

[0120] The implementation principle of the embodiment of the present application is: the detection system first obtains the gender, age and current occupation of the target patient, selects the corresponding detection part list page, and then starts the corresponding probes in sequence according to the names of the body parts that need to be inspected in the detection part list page, performs ultrasonic detection, and then generates a detection report; because the system recommends one or more detection parts that meet the target patient based on the characteristic information of the target patient to be detected, it ensures that the detection report meets the patient's examination needs, thereby improving the reference value of the bone density detection results for the target patient.

[0121] Based on the above method, an embodiment of the present application also discloses an ultrasonic bone density detection system.

[0122] Combination Figure 2 The system includes the following modules:

[0123] The characteristic information acquisition module 201 is used to acquire characteristic information about the target patient collected by the terminal, wherein the characteristic information includes identity identification, gender, age and current occupation;

[0124] The to-be-tested part determination module 202 is used to send the detection part list page corresponding to the characteristic information to the terminal based on the preset mapping relationship table between the characteristic information and the detection part list page, wherein the detection part list page includes at least one name of the to-be-tested part;

[0125] The part-to-be-tested detection module 203 is used to sequentially control the start of the probes corresponding to the names of the parts to be tested until all the parts to be tested of the target patient are tested, and record the detection value of each part to be tested;

[0126] A test report generating module 204 is used to obtain the bone test value of the target patient according to a preset calculation rule and all the test values, and record it in the test report to be generated;

[0127] The detection report sending module 205 is used to send the detection report to the terminal.

[0128] The embodiment of the present application also discloses a computer device.

[0129] Specifically, the device includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute the above-mentioned ultrasonic bone density detection method.

[0130] The embodiment of the present application also discloses a computer-readable storage medium.

[0131] Specifically, the computer-readable storage medium stores a computer program that can be loaded by a processor and execute the above-mentioned ultrasonic bone density detection method. The computer-readable storage medium includes, for example: a USB flash drive, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk or an optical disk, and other media that can store program codes.

[0132] The embodiments of this specific implementation method are all preferred embodiments of the present application, and are not intended to limit the protection scope of the present application. Therefore, all equivalent changes made based on the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. An ultrasonic bone density detection method, characterized in that: include: Acquire characteristic information about the target patient collected by the terminal, the characteristic information including identity, gender, age and current occupation; Based on a preset mapping relationship table between feature information and detection part list pages, a detection part list page corresponding to the feature information is sent to the terminal, wherein the detection part list page includes at least one name of a part to be detected; Controlling the probes corresponding to the names of the parts to be inspected to start in sequence until all the parts to be inspected of the target patient are inspected, and recording the detection value of each part to be inspected; According to the preset calculation rules and all the test values, the bone test value of the target patient is obtained and recorded in the test report to be generated; The detection report is sent to the terminal.

2. The ultrasonic bone density detection method according to claim 1, characterized in that: The sending the detection part list page corresponding to the feature information to the terminal based on the preset mapping relationship table between the feature information and the detection part list page comprises: Generate a detection part list page to be displayed based on a mapping relationship table between preset feature information and detection part list pages; Obtain the medical history information entered by the terminal, determine whether there is a name of the part to be inspected corresponding to the name of the injured part in the medical history information in the list page of the detected parts to be displayed, and if so, delete the name of the part to be inspected corresponding to the medical history in the list page of the detected parts to be displayed, and send the list page of the detected parts to be displayed to the terminal; Otherwise, the detection part list page to be displayed corresponding to the characteristic information is sent to the terminal.

3. The ultrasonic bone density detection method according to claim 2, characterized in that: After sending the detection part list page to be displayed to the terminal, the method further includes: Controlling the start of the probe corresponding to the name of the injured part, and recording the bone score and examination time of the injured part of the target patient; Retrieving a historical record corresponding to the identity identifier of the target patient from a preset patient database, wherein the historical record includes a historical detection value of an injured part; The bone score of the injured part is recorded and compared with the historical test value of the injured part closest to the test time in the historical record, and the comparison result is added to the test report to be generated.

4. The ultrasonic bone density detection method according to claim 1, characterized in that: Before sending the detection part list page corresponding to the feature information to the terminal based on the preset mapping relationship table between the feature information and the detection part list page, the method further includes: Searching a preset patient database based on the target patient's identity identifier, and if the preset patient database stores the target patient's identity identifier, extracting a historical record corresponding to the target patient's identity identifier, wherein the historical record includes the target patient's historical occupation; Comparing the historical occupation of the target patient with the current occupation, if the historical occupation of the target patient is consistent with the current occupation, sending a historical detection part list page corresponding to the historical occupation of the target patient from the preset patient database to the terminal, the historical detection part list page including at least one name of a historical part to be detected; Controlling the probes corresponding to the names of the historical parts to be examined to start in sequence until all the historical parts to be examined of the target patient are examined, and recording the test value of each of the historical parts to be examined; According to the preset calculation rules and all the test values, the historical bone test value of the target patient is obtained and recorded in the test report to be generated; The detection report is sent to the terminal.

5. The method for detecting bone density by ultrasonic wave according to claim 1, characterized in that: The test report carries the test time of each test of the target patient, and the preset patient data also stores the bone mass standard values ​​of multiple age groups corresponding to different occupations. After obtaining the bone mass test value of the target patient according to the preset calculation rules and all the test values, it also includes: Retrieving a historical record corresponding to the identity identifier of the target patient from the preset patient database, wherein the historical record includes the historical test value of each test of the target patient; Compare the target patient's bone mass test value with the bone mass standard value and the most recent historical test value; The bone test value and comparison result are added to the test report to be generated.

6. The ultrasonic bone density detection method according to claim 5, characterized in that: The preset patient database also stores normal values ​​of bone changes and maintenance suggestions corresponding to the bone test values. After retrieving the historical records corresponding to the identity identifier of the target patient from the preset patient database, it also includes: Fitting all the historical test values ​​to generate a bone mass change curve for the target patient within a specific time period; Compare the absolute value of the slope of each curve in the bone change curve with the normal value of bone change. If there is a target curve in the bone change curve whose absolute value of the slope is greater than the normal value of bone change, mark the target curve, extract the maintenance suggestions corresponding to the target curve, and add the maintenance suggestions to the test report to be generated.

7. The method for detecting bone density by ultrasonic wave according to claim 1, characterized in that: After obtaining the bone mass test value of the target patient according to the preset calculation rules and all the test values, the method further includes: Determine the bone mass reference value corresponding to the current occupation of the target patient according to a preset mapping relationship table between characteristic information and bone mass reference value; The target patient's bone mass test value is compared with the corresponding bone mass reference value, and the target patient's bone mass test value and the comparison result are recorded in a test report to be generated.

8. An ultrasonic bone density detection system, characterized in that: The system comprises: A characteristic information acquisition module (201) is used to acquire characteristic information about a target patient collected by a terminal, wherein the characteristic information includes identity identification, gender, age and current occupation; A to-be-tested part determination module (202), configured to send a detection part list page corresponding to the characteristic information to a terminal based on a preset mapping relationship table between characteristic information and detection part list pages, wherein the detection part list page includes at least one name of the to-be-tested part; The part to be inspected detection module (203) is used to control the start of the probes corresponding to the names of the parts to be inspected in sequence until the detection of all the parts to be inspected of the target patient is completed, and the detection value of each part to be inspected is recorded; A test report generating module (204), used to obtain the bone test value of the target patient according to a preset calculation rule and all the test values, and record it in the test report to be generated; The detection report sending module (205) is used to send the detection report to the terminal.

9. A computer device, characterized in that: The method comprises a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute the ultrasonic bone density detection method according to any one of claims 1 to 7.

10. A computer-readable storage medium, characterized in that: The computer program is stored which can be loaded by a processor and execute the ultrasonic bone density detection method according to any one of claims 1 to 7.

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