Pressure Detection Method for PTCA Balloon Catheter and PTCA Balloon Catheter

Abstract

The present invention provides a method for detecting the pressure of a PTCA balloon catheter and a PTCA balloon catheter. First, a test environment for the PTCA balloon catheter is established. Under the test environment, the pressure values and deformation conditions of the balloon catheter are detected and recorded, and the pressure-deformation correspondence relationship is obtained. Based on the pressure-deformation correspondence relationship of the balloon catheter, a critical point warning reminder message is set. Then, based on the actual application, a corresponding detection mode is selected, and the balloon catheter is subjected to real-time pressure detection according to the detection mode to obtain pressure detection data, so as to realize the real-time detection of the pressure of the balloon catheter during the application process. By transmitting the pressure detection data to a monitoring device and combining it with the critical point warning reminder message, a warning reminder is carried out, which provides a basis for maintaining an appropriate pressure of the balloon catheter, facilitates the real-time understanding of the pressure situation in the patient's blood vessel, and ensures the safety of the surgical operation.

Description

Technical Field

[0001] The present invention relates to the technical field of medical devices, and particularly to a method for detecting the pressure of a PTCA balloon catheter and a PTCA balloon catheter. Background Art

[0002] PTCA balloon catheters are medical devices used in the field of interventional cardiology. Their main function is to perform interventional surgeries within the coronary arteries, including percutaneous transluminal coronary angioplasty (PTCA) and percutaneous coronary intervention (PCI). The purpose is to restore smooth blood flow, improve myocardial ischemia symptoms, and prevent the occurrence and progression of cardiovascular diseases such as myocardial infarction by dilating stenosed coronary arteries and removing thrombi or substances adhering to the blood vessel wall. During the surgery, the PTCA balloon catheter is inserted into the body cavity through the radial artery or femoral artery, guided to the stenosed blood vessel site, and then the balloon is expanded to an appropriate size to restore blood vessel patency.

[0003] When the pressure of the PTCA balloon catheter is too small, it cannot effectively seal the blood vessel and is difficult to achieve its function. However, when the pressure of the PTCA balloon catheter is too high, the catheter sleeve compresses the blood vessel wall, causing a series of complications such as coronary artery rupture. Therefore, it is very important to maintain an appropriate pressure for the PTCA balloon catheter. The pressure of the PTCA balloon catheter often changes with factors such as body position, surgical operation, and anesthesia depth. If not detected in time, it may lead to potential safety hazards for blood vessels. Therefore, it is crucial for clinicians or nurses to promptly detect changes in the pressure of the PTCA balloon catheter. Summary of the Invention

[0004] The present invention provides a method for detecting the pressure of a PTCA balloon catheter and a PTCA balloon catheter to solve the problems raised in the background art.

[0005] The method for detecting the pressure of a PTCA balloon catheter includes:

[0006] S1: Establish a test environment for the PTCA balloon catheter, detect and record the pressure value and deformation condition of the PTCA balloon catheter in the test environment, and the pressure-deformation correspondence relationship;

[0007] S2: Based on the pressure-deformation correspondence relationship of the PTCA balloon catheter, set a critical point warning reminder information;

[0008] S3: Based on actual applications, select a corresponding detection mode, and perform real-time pressure detection on the PTCA balloon catheter according to the detection mode to obtain pressure detection data;

[0009] S4: Transmit the pressure detection data to a monitoring device, and combine it with the critical point warning reminder information to perform a warning reminder.

[0010] Preferably, in S1, establishing a test environment for the PTCA balloon catheter includes:

[0011] Collecting the real historical test environment parameters of the PTCA balloon catheter, and classifying the real historical test environment parameters to obtain the real historical test environment types;

[0012] Performing a simulation for each real historical test environment type and setting different parameter values to obtain the test environment corresponding to the real historical test environment parameters.

[0013] Preferably, in S1, detecting and recording the pressure values and deformation conditions of the PTCA balloon catheter under the test environment to obtain the pressure-deformation correspondence, including:

[0014] Based on the pressure threshold range of the test environment, setting the deformation critical level based on the material parameters of the PTCA balloon catheter;

[0015] Based on the pressure threshold range, determining the initial pressure value and initial duration, and locking the target pressure range and target duration range corresponding to the deformation critical level based on the initial pressure value and initial duration;

[0016] Based on the target pressure range and target duration range, further accurately testing the deformation critical level to determine the optimal pressure value and optimal duration corresponding to the deformation critical level;

[0017] Establishing the pressure-deformation correspondence between the optimal pressure value and optimal duration and the deformation conditions corresponding to the deformation critical level.

[0018] Preferably, in S2, setting the critical point warning reminder information based on the pressure-deformation correspondence of the PTCA balloon catheter, including:

[0019] Extracting the deformation change sequence from the pressure-deformation correspondence of the PTCA balloon catheter, and obtaining the corresponding blood vessel feature change sequence based on the blood vessel image features;

[0020] Based on the deformation characteristics, obtaining the key deformation points from the deformation change sequence and determining the first reminder level of the key deformation points, obtaining the key blood vessel points from the blood vessel feature change sequence and determining the second reminder level of the key blood vessel points;

[0021] Matching the key deformation points and key blood vessel points, determining that the key points that are both key deformation points and key blood vessel points are the first type of points, and other key points are the second type of points, and setting the first reminder parameter for the first type of points and the second reminder parameter for the second type of points;

[0022] Generate a third reminder parameter based on the pressure change sequence corresponding to the key points, and integrate the first reminder parameter and the second reminder parameter with the third reminder parameter respectively to obtain the target reminder parameter;

[0023] Determine a first warning parameter based on the first reminder level, determine a second warning parameter based on the second reminder level, and determine the target warning parameter based on the first warning parameter and the second warning parameter;

[0024] Match and integrate the target reminder parameter and the target warning parameter based on the pressure-deformation correspondence relationship to obtain the critical point warning reminder information.

[0025] Preferably, the step of matching and integrating the target reminder parameter and the target warning parameter based on the pressure-deformation correspondence relationship to obtain the critical point warning reminder information includes:

[0026] Match the target reminder parameter and the target warning parameter based on the pressure-deformation correspondence relationship to obtain the target reminder-warning parameter;

[0027] Obtain the critical point warning reminder template, and match the target reminder-warning parameter to the corresponding position in the critical point warning reminder template to obtain the critical point warning reminder information.

[0028] Preferably, in step S3, select the corresponding detection mode based on the actual application, including:

[0029] Match the actual application with the test environment, obtain the test environment with the highest matching degree with the actual application as the target test environment, and obtain the initial detection mode corresponding to the target test environment;

[0030] Based on the environmental parameter difference between the actual application and the target test environment, determine the detection mode parameter to be adjusted in the initial detection mode based on the parameter type of the environmental parameter difference;

[0031] Adjust the detection mode parameter to be adjusted based on the environmental parameter difference to obtain the final detection mode.

[0032] Preferably, in step S3, perform real-time pressure detection on the PTCA balloon catheter according to the detection mode to obtain pressure detection data, including:

[0033] Determine the positioning sensor and pressure sensor that need to be turned on selected from the PTCA balloon catheter based on the detection mode;

[0034] Collect the initial position information of the PTCA balloon catheter before pressure application and the current position information after pressure application based on the positioning sensor, and determine the pressure direction based on the initial position information and the current position information;

[0035] Collect the pressure value of the PTCA balloon catheter based on a pressure sensor, and match it with the pressure direction to obtain a pressure magnitude - direction value;

[0036] Based on the positions of the positioning sensor and the pressure sensor on the PTCA balloon catheter, combined with the pressure magnitude - direction value, construct a pressure magnitude - direction distribution map of the PTCA balloon catheter;

[0037] Based on the positions of the positioning sensor and the pressure sensor on the PTCA balloon catheter, determine the influence weight between adjacent positions, and determine the pressure weight of each position on the overall catheter;

[0038] Perform weighted analysis processing on the pressure magnitude - direction distribution map based on the influence weight and pressure weight to obtain a weighted pressure magnitude - direction distribution map;

[0039] Extract a weighted pressure magnitude sequence from the weighted pressure magnitude - direction distribution map, and perform an averaging process on the weighted pressure magnitude sequence to obtain a target pressure value;

[0040] Based on the pressure magnitude - direction distribution map and the target pressure value, obtain pressure detection data.

[0041] Preferably, in S4, transmit the pressure detection data to a monitoring device, and combine critical point warning reminder information to perform warning reminder, including:

[0042] Transmit the pressure detection data to the monitoring device to analyze the pressure detection data to obtain local pressure information and overall pressure information;

[0043] Select target critical point warning reminder information that meets the size parameters and actual applications of the PTCA balloon catheter from the critical point warning reminder information;

[0044] Based on the target critical point warning reminder information, perform warning judgment and reminder on the local pressure information and the overall pressure information.

[0045] Preferably, the performing warning judgment and reminder on the local pressure information and the overall pressure information based on the target critical point warning reminder information includes:

[0046] Based on the target critical point warning reminder information, judge the local pressure information, determine the local pressure information to be warned that is greater than or equal to the pressure threshold in the target critical point warning reminder information, and obtain the corresponding local warning reminder information for the local pressure information to be warned from the target critical point warning reminder information, and perform warning reminder according to the local warning reminder information;

[0047] Based on the target critical point warning reminder information, judge whether the overall pressure information is greater than or equal to the overall pressure information to be warned that is the pressure threshold in the target critical point warning reminder information;

[0048] If so, give an overall warning reminder.

[0049] Otherwise, do not give an overall warning reminder.

[0050] Preferably, the PTCA balloon catheter includes a distal catheter, a proximal catheter, and a balloon. The proximal catheter is provided at the bottom end of the distal catheter, and the balloon is sleeved outside the proximal catheter.

[0051] Compared with the prior art, the present invention has achieved the following beneficial effects:

[0052] First, by establishing a test environment for the PTCA balloon catheter, detecting and recording the pressure values and deformation conditions of the PTCA balloon catheter in the test environment, and the pressure-deformation correspondence relationship. Based on the pressure-deformation correspondence relationship of the PTCA balloon catheter, set the critical point warning reminder information, and pre-test and understand the PTCA balloon catheter in advance, providing a basis for accurately controlling the pressure detection of the PTCA balloon catheter in subsequent actual applications. Then, based on the actual application, select the corresponding detection mode, perform real-time pressure detection on the PTCA balloon catheter according to the detection mode, obtain the pressure detection data, realize the real-time detection of the pressure of the PTCA balloon catheter during the application process, transmit the pressure detection data to the monitoring device, and combine the critical point warning reminder information to give a warning reminder, providing a basis for maintaining an appropriate pressure of the PTCA balloon catheter, facilitating real-time understanding of the pressure situation in the patient's blood vessel, and ensuring the safety of the PTCA surgical operation.

[0053] Other features and advantages of the present invention will be described in the following specification, and part of them will become obvious from the specification or be understood by implementing the present invention. The objectives and other advantages of the present invention can be achieved and obtained through the structure specifically pointed out in this application document.

[0054] The following will further describe the technical solutions of the present invention in detail through the drawings and embodiments. Description of the Drawings

[0055] The drawings are used to provide a further understanding of the present invention, and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation to the present invention. In the drawings:

[0056] Figure 1 is a flowchart of the pressure detection method for the PTCA balloon catheter in the embodiment of the present invention; Figure 2

[0057] is a flowchart of obtaining the pressure-deformation correspondence relationship in the embodiment of the present invention;

[0058] Figure 3This is the flowchart for early warning and reminder in the embodiments of the present invention. Detailed implementation manners

[0059] The preferred embodiments of the present invention will be described below with reference to the accompanying drawings. It should be understood that the preferred embodiments described herein are only for explaining and illustrating the present invention, and are not used to limit the present invention.

[0060] Embodiment 1:

[0061] The embodiments of the present invention provide a method for detecting the pressure of a PTCA balloon catheter, as Figure 1 shown, including:

[0062] S1: Establish a test environment for the PTCA balloon catheter, and detect and record the pressure value and deformation condition of the PTCA balloon catheter in the test environment, and the pressure-deformation correspondence relationship;

[0063] S2: Set critical point early warning reminder information based on the pressure-deformation correspondence relationship of the PTCA balloon catheter;

[0064] S3: Based on the actual application, select the corresponding detection mode, and perform real-time pressure detection on the PTCA balloon catheter according to the detection mode to obtain pressure detection data;

[0065] S4: Transmit the pressure detection data to the monitoring device, and combine the critical point early warning reminder information to perform early warning and reminder.

[0066] In this embodiment, there are various types of critical points, corresponding to the deformation conditions of the PTCA balloon catheter.

[0067] In this embodiment, there are various test environments for the PTCA balloon catheter.

[0068] In this embodiment, different detection modes correspond to different detection parameters, such as sensor configuration parameters, etc.

[0069] The beneficial effects of the above design solution are as follows: First, by establishing a test environment for the PTCA balloon catheter, detecting and recording the pressure values and deformation conditions of the PTCA balloon catheter under the test environment, and the pressure-deformation correspondence relationship. Based on the pressure-deformation correspondence relationship of the PTCA balloon catheter, critical point warning reminder information is set, and the PTCA balloon catheter is pre-tested and understood in advance, providing a basis for accurately controlling the pressure detection of the PTCA balloon catheter in subsequent actual applications. Then, based on the actual application, the corresponding detection mode is selected, and the PTCA balloon catheter is subjected to real-time pressure detection according to the detection mode to obtain pressure detection data, realizing the real-time detection of the pressure of the PTCA balloon catheter during the application process. By transmitting the pressure detection data to the monitoring device and combining the critical point warning reminder information, warning reminders are carried out, providing a basis for maintaining an appropriate pressure of the PTCA balloon catheter, facilitating the real-time understanding of the pressure situation in the patient's blood vessel, and ensuring the safety of the PTCA surgical operation.

[0070] Embodiment 2:

[0071] Based on Embodiment 1, the embodiment of the present invention provides a method for detecting the pressure of a PTCA balloon catheter. In S1, establishing a test environment for the PTCA balloon catheter includes:

[0072] Collecting the real historical test environment parameters of the PTCA balloon catheter and classifying the real historical test environment parameters to obtain the real historical test environment types;

[0073] Performing a simulation on each real historical test environment type and setting different parameter values to obtain a test environment corresponding to the real historical test environment parameters.

[0074] In this embodiment, performing a simulation on each real historical test environment type to achieve only one simulation for the same type, reducing configuration and improving simulation efficiency.

[0075] The beneficial effects of the above design solution are as follows: First, by establishing a test environment for the PTCA balloon catheter, pre-testing and understanding the PTCA balloon catheter in advance, providing a basis for accurately controlling the pressure detection of the PTCA balloon catheter in subsequent actual applications.

[0076] Embodiment 3:

[0077] Based on Embodiment 1, the embodiment of the present invention provides a method for detecting the pressure of a PTCA balloon catheter, as Figure 2 shown. In S1, detecting and recording the pressure values and deformation conditions of the PTCA balloon catheter under the test environment to obtain the pressure-deformation correspondence relationship includes:

[0078] Based on the pressure threshold range of the test environment, set the deformation critical level based on the material parameters of the PTCA balloon catheter;

[0079] Based on the pressure threshold range, determine the initial pressure value and the initial duration, and lock the target pressure range and the target duration range corresponding to the deformation critical level based on the initial pressure value and the initial duration;

[0080] Based on the target pressure range and the target duration range, conduct further precise testing on the deformation critical level to determine the optimal pressure value and the optimal duration corresponding to the deformation critical level;

[0081] Establish the pressure-deformation correspondence relationship between the optimal pressure value and the optimal duration and the deformation situation corresponding to the deformation critical level.

[0082] The beneficial effects of the above design scheme are as follows: By setting the deformation critical level based on the pressure threshold range of the test environment and the material parameters of the PTCA balloon catheter, a basis is provided for establishing the pressure-deformation correspondence relationship. Then, based on the pressure threshold range, determine the initial pressure value and the initial duration, and lock the target pressure range and the target duration range corresponding to the deformation critical level based on the initial pressure value and the initial duration;

[0083] Based on the target pressure range and the target duration range, conduct further precise testing on the deformation critical level to determine the optimal pressure value and the optimal duration corresponding to the deformation critical level;

[0084] Establish the pressure-deformation correspondence relationship between the optimal pressure value and the optimal duration and the deformation situation corresponding to the deformation critical level, providing a basis for accurately controlling the pressure detection of the PTCA balloon catheter in subsequent practical applications.

[0085] Embodiment 4:

[0086] Based on Embodiment 1, the embodiment of the present invention provides a pressure detection method for a PTCA balloon catheter. In S2, based on the pressure-deformation correspondence relationship of the PTCA balloon catheter, set the critical point warning reminder information, including:

[0087] Extract the deformation change sequence from the pressure-deformation correspondence relationship of the PTCA balloon catheter, and based on the blood vessel image characteristics, obtain the blood vessel feature change sequence corresponding to the deformation change sequence;

[0088] Based on the deformation characteristics, obtain the key deformation points from the deformation change sequence and determine the first reminder level of the key deformation points. Obtain the key blood vessel points from the blood vessel feature change sequence and determine the second reminder level of the key blood vessel points;

[0089] Match the key deformation points and key blood vessel points, determine the key points that are both key deformation points and key blood vessel points as the first type of points, and other key points as the second type of points. Set the first reminder parameter for the first type of points and the second reminder parameter for the second type of points;

[0090] Generate a third reminder parameter based on the pressure change sequence corresponding to the key points, and integrate the first reminder parameter and the second reminder parameter with the third reminder parameter respectively to obtain the target reminder parameter;

[0091] Determine the first warning parameter based on the first reminder level, determine the second warning parameter based on the second reminder level, and determine the target warning parameter based on the first warning parameter and the second warning parameter;

[0092] Based on the pressure-deformation correspondence, match and integrate the target reminder parameter and the target warning parameter to obtain the critical point warning reminder information.

[0093] The beneficial effects of the above design are as follows: By determining the first warning parameter based on the first reminder level, determining the second warning parameter based on the second reminder level, and determining the target warning parameter based on the first warning parameter and the second warning parameter, the accuracy of the warning threshold is ensured. By generating a third reminder parameter based on the pressure change sequence corresponding to the key points, and integrating the first reminder parameter and the second reminder parameter with the third reminder parameter respectively to obtain the target reminder parameter, the appropriateness of the reminder information is ensured. Finally, based on the pressure-deformation correspondence, match and integrate the target reminder parameter and the target warning parameter to obtain the critical point warning reminder information, which provides a basis for maintaining an appropriate PTCA balloon catheter pressure, facilitating real-time understanding of the pressure situation in the patient's blood vessel, and ensuring the safety of PTCA surgical operations.

[0094] Example 5:

[0095] Based on Example 4, the embodiment of the present invention provides a method for detecting the pressure of a PTCA balloon catheter. The method of matching and integrating the target reminder parameter and the target warning parameter based on the pressure-deformation correspondence to obtain the critical point warning reminder information includes:

[0096] Based on the pressure-deformation correspondence, match the target reminder parameter and the target warning parameter to obtain the target reminder-warning parameter;

[0097] Obtain the critical point warning reminder template, and match the target reminder-warning parameter to the corresponding position in the critical point warning reminder template to obtain the critical point warning reminder information.

[0098] The beneficial effects of the above design solution are as follows: Based on the pressure-deformation correspondence relationship, the target reminder parameter and the target warning parameter are matched to obtain the target reminder-warning parameter; the critical point warning reminder template is obtained, and the target reminder-warning parameter is matched to the corresponding position in the critical point warning reminder template to obtain the critical point warning reminder information, ensuring the accuracy of the obtained critical point warning reminder information, and providing a data reference and warning reminder basis for maintaining an appropriate PTCA balloon catheter pressure.

[0099] Embodiment 6:

[0100] Based on Embodiment 1, an embodiment of the present invention provides a method for detecting the pressure of a PTCA balloon catheter. In S3, based on actual applications, corresponding detection modes are selected, including:

[0101] Match the actual application with the test environment, obtain the test environment with the highest matching degree with the actual application as the target test environment, and obtain the initial detection mode corresponding to the target test environment;

[0102] Based on the environmental parameter differences between the actual application and the target test environment, determine the detection mode parameters to be adjusted in the initial detection mode based on the parameter types of the environmental parameter differences;

[0103] Adjust the detection mode parameters to be adjusted based on the environmental parameter differences to obtain the final detection mode.

[0104] The beneficial effects of the above design solution are as follows: By matching the actual application with the test environment, obtaining the test environment with the highest matching degree with the actual application as the target test environment, obtaining the initial detection mode corresponding to the target test environment, based on the environmental parameter differences between the actual application and the target test environment, determining the detection mode parameters to be adjusted in the initial detection mode based on the parameter types of the environmental parameter differences; adjusting the detection mode parameters to be adjusted based on the environmental parameter differences to obtain the final detection mode, providing an accurate detection parameter basis for the PTCA balloon catheter pressure detection.

[0105] Embodiment 7:

[0106] Based on Embodiment 1, an embodiment of the present invention provides a method for detecting the pressure of a PTCA balloon catheter. In S3, the PTCA balloon catheter is subjected to real-time pressure detection according to the detection mode to obtain pressure detection data, including:

[0107] Based on the detection mode, determine the positioning sensor and pressure sensor that need to be turned on on the PTCA balloon catheter;

[0108] Based on the positioning sensor, the initial position information of the PTCA balloon catheter before pressure application and the current position information after pressure application are collected. Based on the initial position information and the current position information, the pressure direction is determined. Based on the pressure sensor, the pressure value of the PTCA balloon catheter is collected and matched with the pressure direction to obtain the pressure magnitude - direction value;

[0109] Based on the positions of the positioning sensor and the pressure sensor on the PTCA balloon catheter, combined with the pressure magnitude - direction value, a pressure magnitude - direction distribution map of the PTCA balloon catheter is constructed;

[0110] Based on the positions of the positioning sensor and the pressure sensor on the PTCA balloon catheter, the influence weight between adjacent positions is determined, and the pressure weight of each position on the overall catheter is determined;

[0111] Based on the influence weight and the pressure weight, weighted analysis processing is performed on the pressure magnitude - direction distribution map to obtain a weighted pressure magnitude - direction distribution map;

[0112] A weighted pressure magnitude sequence is extracted from the weighted pressure magnitude - direction distribution map, and the weighted pressure magnitude sequence is averaged to obtain the target pressure value;

[0113] Based on the pressure magnitude - direction distribution map and the target pressure value, pressure detection data is obtained.

[0114] The beneficial effects of the above design scheme are as follows: By extracting a weighted pressure magnitude sequence from the weighted pressure magnitude - direction distribution map and averaging the weighted pressure magnitude sequence to obtain the target pressure value, the locality and integrity of the obtained pressure detection data are ensured. By collecting the initial position information of the PTCA balloon catheter before pressure application and the current position information after pressure application based on the positioning sensor, and determining the pressure direction based on the initial position information and the current position information; by collecting the pressure value of the PTCA balloon catheter based on the pressure sensor and matching it with the pressure direction to obtain the pressure magnitude - direction value, the comprehensiveness of the obtained pressure detection data is ensured. Finally, the real - time detection of the pressure of the PTCA balloon catheter is realized, providing a data basis for early warning reminders.

[0115] Example 8:

[0116] Based on Example 1, an embodiment of the present invention provides a pressure detection method for a PTCA balloon catheter. As Figure 3 shown, in S4, the pressure detection data is transmitted to a monitoring device, and combined with the critical point early warning reminder information, early warning reminder is performed, including:

[0117] The pressure detection data is transmitted to the monitoring device, and the pressure detection data is analyzed to obtain local pressure information and overall pressure information;

[0118] Select the target critical point warning reminder information that meets the size parameters of the PTCA balloon catheter and the actual application from the critical point warning reminder information;

[0119] Based on the target critical point warning reminder information, perform warning judgment and reminder on the local pressure information and the overall pressure information.

[0120] The beneficial effects of the above design are as follows: By transmitting the pressure detection data to the monitoring device to analyze the pressure detection data, local pressure information and overall pressure information are obtained; Select the target critical point warning reminder information that meets the size parameters of the PTCA balloon catheter and the actual application from the critical point warning reminder information; Based on the target critical point warning reminder information, perform warning judgment and reminder on the local pressure information and the overall pressure information, so as to realize the real-time pressure warning reminder of the PTCA balloon catheter in actual application, ensure the appropriateness of the PTCA balloon catheter pressure, and ensure the safety of the PTCA operation.

[0121] Embodiment 9:

[0122] Based on Embodiment 8, the embodiment of the present invention provides a pressure detection method for a PTCA balloon catheter. The performing warning judgment and reminder on the local pressure information and the overall pressure information based on the target critical point warning reminder information includes:

[0123] Based on the target critical point warning reminder information, judge the local pressure information, determine the local pressure information to be warned that is greater than or equal to the pressure threshold in the target critical point warning reminder information, obtain the local warning reminder information corresponding to the local pressure information to be warned from the target critical point warning reminder information, and perform warning reminder according to the local warning reminder information;

[0124] Based on the target critical point warning reminder information, judge whether the overall pressure information is the overall pressure information to be warned that is greater than or equal to the pressure threshold in the target critical point warning reminder information;

[0125] If so, perform an overall warning reminder;

[0126] Otherwise, do not perform an overall warning reminder.

[0127] The beneficial effects of the above design solution are as follows: Based on the target critical point warning reminder information, the local pressure information is judged to determine the local pressure information to be warned that is greater than or equal to the pressure threshold value in the target critical point warning reminder information. The local warning reminder information corresponding to the local pressure information to be warned is obtained from the target critical point warning reminder information, and warning reminder is carried out according to the local warning reminder information. Based on the target critical point warning reminder information, it is judged whether the overall pressure information is greater than or equal to the overall pressure information to be warned that is the pressure threshold value in the target critical point warning reminder information; if so, overall warning reminder is carried out; otherwise, overall warning reminder is not carried out, so as to realize real-time pressure warning reminder of the PTCA balloon catheter in actual application, ensure the appropriateness of the PTCA balloon catheter pressure, and ensure the safety of the PTCA operation.

[0128] Embodiment 10:

[0129] Based on Embodiment 1, the embodiment of the present invention provides a PTCA balloon catheter, including: a distal catheter, a proximal catheter and a balloon. The proximal catheter is provided at the bottom end of the distal catheter, and the balloon is sleeved outside the proximal catheter.

[0130] The beneficial effects of the above design solution are as follows: By the PTCA balloon catheter, including: a distal catheter, a proximal catheter and a balloon, the proximal catheter is provided at the bottom end of the distal catheter, and the balloon is sleeved outside the proximal catheter, which provides a basis for pressure detection.

[0131] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. In this way, if these modifications and variations of the present invention fall within the scope of this application document and its equivalent technologies, the present invention also intends to include these modifications and variations.

Claims

1. A pressure detection method for a PTCA balloon catheter, characterized in that, Including: S1: Establish a test environment for the PTCA balloon catheter, and detect and record the pressure values and deformation conditions of the PTCA balloon catheter in the test environment, as well as the pressure-deformation correspondence; S2: Set critical point warning reminder information based on the pressure-deformation correspondence of the PTCA balloon catheter; S3: Based on the actual application, select the corresponding detection mode, and perform real-time pressure detection on the PTCA balloon catheter according to the detection mode to obtain pressure detection data, including: Determine the positioning sensor and pressure sensor that need to be activated on the PTCA balloon catheter based on the detection mode; Collect the initial position information of the PTCA balloon catheter before pressure application and the current position information after pressure application based on the positioning sensor, and determine the pressure direction based on the initial position information and the current position information; Collect the pressure value of the PTCA balloon catheter based on the pressure sensor and match it with the pressure direction to obtain the pressure magnitude-direction value; Based on the positions of the positioning sensor and the pressure sensor on the PTCA balloon catheter, and in combination with the pressure magnitude-direction value, construct a pressure magnitude-direction distribution map of the PTCA balloon catheter; Based on the positions of the positioning sensor and the pressure sensor on the PTCA balloon catheter, determine the influence weights between adjacent positions, and determine the pressure weights of each position on the overall catheter; Perform weighted analysis processing on the pressure magnitude-direction distribution map based on the influence weights and pressure weights to obtain a weighted pressure magnitude-direction distribution map; Extract a weighted pressure magnitude sequence from the weighted pressure magnitude-direction distribution map, and perform an averaging process on the weighted pressure magnitude sequence to obtain a target pressure value; Obtain pressure detection data based on the pressure magnitude-direction distribution map and the target pressure value; S4: Transmit the pressure detection data to the monitoring device, and perform a warning reminder in combination with the critical point warning reminder information; In S2, setting critical point warning reminder information based on the pressure-deformation correspondence of the PTCA balloon catheter includes: Extract a deformation change sequence from the pressure-deformation correspondence of the PTCA balloon catheter, and based on the blood vessel image characteristics, obtain a blood vessel feature change sequence corresponding to the deformation change sequence; Based on the deformation characteristics, obtain key deformation points from the deformation change sequence, and determine the first reminder level of the key deformation points, obtain key blood vessel points from the blood vessel feature change sequence, and determine the second reminder level of the key blood vessel points; Match the key deformation points and the key blood vessel points, determine that the key points that are both key deformation points and key blood vessel points are the first type of points, and other key points are the second type of points, and set the first reminder parameter for the first type of points and the second reminder parameter for the second type of points; Generate a third reminder parameter based on the pressure change sequence corresponding to the key points, and integrate the first reminder parameter and the second reminder parameter with the third reminder parameter respectively to obtain a target reminder parameter; Determine the first warning parameter based on the first reminder level, determine the second warning parameter based on the second reminder level, and determine the target warning parameter based on the first warning parameter and the second warning parameter; Based on the pressure-deformation correspondence relationship, match and integrate the target reminder parameter and the target warning parameter to obtain the critical point warning reminder information.

2. The pressure detection method of the PTCA balloon catheter according to claim 1, wherein In the S1, establish a test environment for the PTCA balloon catheter, including: Collect the real historical test environment parameters of the PTCA balloon catheter, classify the real historical test environment parameters, and obtain the real historical test environment type; Perform a simulation for each real historical test environment type and set different parameter values to obtain the test environment corresponding to the real historical test environment parameters.

3. The pressure detection method of the PTCA balloon catheter according to claim 1, characterized in that In the S1, detect and record the pressure value and deformation condition of the PTCA balloon catheter in the test environment to obtain the pressure-deformation correspondence relationship, including: Based on the pressure threshold range of the test environment, set the deformation critical level based on the material parameters of the PTCA balloon catheter; Based on the pressure threshold range, determine the initial pressure value and the initial duration, and lock the target pressure range and the target duration range corresponding to the deformation critical level based on the initial pressure value and the initial duration; Based on the target pressure range and the target duration range, conduct further precise tests on the deformation critical level to determine the optimal pressure value and the optimal duration corresponding to the deformation critical level; Establish the pressure-deformation correspondence relationship between the optimal pressure value and the optimal duration and the deformation condition corresponding to the deformation critical level.

4. The pressure detection method of the PTCA balloon catheter according to claim 1, characterized in that, The above-mentioned based on the pressure-deformation correspondence relationship, match and integrate the target reminder parameter and the target warning parameter to obtain the critical point warning reminder information, including: Based on the pressure-deformation correspondence relationship, match the target reminder parameter and the target warning parameter to obtain the target reminder-warning parameter; Obtain the critical point warning reminder template, and match the target reminder-warning parameter to the corresponding position in the critical point warning reminder template to obtain the critical point warning reminder information.

5. The pressure detection method of the PTCA balloon catheter according to claim 1, characterized in that, In the S3, based on the actual application, select the corresponding detection mode, including: Match the actual application with the test environment, obtain the test environment with the highest matching degree with the actual application as the target test environment, and obtain the initial detection mode corresponding to the target test environment; Based on the environmental parameter difference between the actual application and the target test environment, determine the detection mode parameter to be adjusted in the initial detection mode based on the parameter type of the environmental parameter difference; Adjust the detection mode parameter to be adjusted based on the environmental parameter difference to obtain the final detection mode.

6. The pressure detection method of the PTCA balloon catheter according to claim 1, characterized in that, In the S4, transmit the pressure detection data to the monitoring device, and combine the critical point warning reminder information to perform warning reminders, including: Transmit the pressure detection data to the monitoring device to analyze the pressure detection data to obtain the local pressure information and the overall pressure information; Select the target critical point warning reminder information that meets the size parameters of the PTCA balloon catheter and the actual application from the critical point warning reminder information; Based on the target critical point warning reminder information, perform warning judgment and reminder on the local pressure information and the overall pressure information.

7. The pressure detection method of the PTCA balloon catheter according to claim 6, characterized in that, The above-mentioned based on the target critical point warning reminder information, perform warning judgment and reminder on the local pressure information and the overall pressure information, including: Based on the target critical point warning reminder information, judge the local pressure information, determine the local pressure information to be warned that is greater than or equal to the pressure threshold in the target critical point warning reminder information, obtain the local warning reminder information corresponding to the local pressure information to be warned from the target critical point warning reminder information, and give a warning reminder according to the local warning reminder information; Based on the target critical point warning reminder information, judge whether the overall pressure information is greater than or equal to the overall pressure information to be warned with the pressure threshold in the target critical point warning reminder information; If so, give an overall warning reminder; Otherwise, do not give an overall warning reminder.

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