A prostate steam ablation system

Abstract

The utility model discloses a kind of prostate steam ablation systems, system includes outer sleeve, heating pipe, steam delivery needle and the electromagnetic coil of driving steam delivery needle;Camera module line sub-tube, flushing sub-tube, delivery needle sub-tube and liquid outlet sub-tube are built-in in outer sleeve, outer sleeve is equipped with module base away from handle end, camera and LED lamp are equipped on module base, the outlet of flushing sub-tube is located above camera and LED lamp, camera and LED lamp are arranged obliquely and are aligned steam delivery needle needle head, steam delivery needle is slidably installed in delivery needle sub-tube;Outer sleeve is equipped with protective head away from handle end, protective head is opened with hollow portion, hollow portion is communicated with module base, delivery needle pipe, the side of protective head and top portion are equipped with respectively with hollow portion communication protective head side liquid outlet, for steam delivery needle needle head to pass through and with hollow portion communication protective head top opening.The system of the utility model, it is convenient to operate, operation efficiency is high, low in cost and easy to install, and application prospect is good.

Description

Technical Field

[0001] This utility model relates to the field of minimally invasive prostate treatment technology, and to a prostate steam ablation system, particularly a prostate steam ablation system that is easy for operators to use, has high operating efficiency, low cost, and is easy to install. Background Technology

[0002] As living and medical conditions continue to improve, people's pursuit of quality of life is also constantly increasing, and age-related diseases are becoming increasingly prominent. Among them, benign prostatic hyperplasia is one of the common diseases in elderly men, which seriously affects their quality of life.

[0003] Benign prostatic hyperplasia (BPH) is an age-related disease, and patients often have complications such as heart, lung, brain, hypertension, renal insufficiency, or diabetes, which places high demands on anesthesia and perioperative management.

[0004] BPH (benign prostatic hyperplasia) is usually diagnosed when a patient complains of troublesome difficulty urinating and seeks medication. The main symptoms of BPH are urinary frequency and urgency, as well as a significant decrease in urination flow rate during urination. BPH can also cause urine to remain in the bladder, which can lead to lower urinary tract infections (LUTIs). In many cases, LUTIs can then ascend to the kidneys and cause chronic pyelonephritis, eventually potentially leading to renal insufficiency. BPH can also cause sexual dysfunction associated with sleep disturbances or anxiety caused by severe difficulty urinating. Therefore, BPH can significantly alter the quality of life of men as they age.

[0005] In the early stages of BPH, medication can alleviate some symptoms. For example, alpha-blockers treat BPH by relaxing the smooth muscle tissue found in the prostate and bladder neck, which also allows urine to flow out of the bladder more easily. These drugs are proven effective before glandular elements cause extreme cell growth in the prostate.

[0006] However, advanced BPH can only be treated with surgery or minimally invasive thermal ablation devices. Various methods have been developed utilizing electrosurgery or mechanical tissue aspiration (removal) and thermal or cryoablation of the prostate tissue within the cyst. In many cases, these interventions provide only temporary relief, and these treatments typically result in significant pre- and post-operative discomfort and morbidity.

[0007] Current thermal steam therapy equipment uses pulsed energy to heat sterile distilled water to 103°C, which is then injected into the hyperplastic prostate tissue via a disposable prostate thermal steam therapy instrument. The thermal steam releases heat energy through convection diffusion in the intercellular spaces, raising the tissue temperature in the treatment area by approximately 70°C within 9 seconds, thereby causing cell membrane denaturation and cell death. The necrotic tissue is absorbed by the body, reducing the volume of the prostate tissue near the urethra and alleviating LUTS. In addition, the heat energy can cause the blood vessels in the treatment area to collapse, ensuring minimal bleeding during the procedure.

[0008] CN 221786581 U provides a system for prostate steam ablation, which adopts an integrated design, eliminating the need for a separate cystoscope. It features two cameras (a front-facing camera and a rear-facing camera) on the guide sheath. The rear-facing camera, aligned with the steam delivery needle tip, allows observation of the needle's firing and retraction, as well as the treatment site, facilitating surgical procedures. The guide sheath includes a dedicated saline inlet and outlet channel for easy irrigation and cleaning of the surgical field, preventing contamination. Integrating the steam delivery needle, the saline inlet channel, and the saline outlet channel within the guide sheath reduces the diameter of the guide sheath (down to 6mm), thus lessening the patient's surgical burden. However, it still has the following drawbacks: 1) Although the rear-mounted camera of the guide tube sheath aligned with the tip of the steam delivery needle can observe the firing and retraction of the delivery needle, dirt can easily block the camera during operation, which will affect the operator's operation; 2) The unreasonable design of the guide tube sheath end affects the drainage efficiency, and poor drainage will greatly affect the operator's operating efficiency and bring additional burden to the patient; 3) The integrated design of the guide tube sheath end is not only costly, but also brings considerable difficulty to the installation of the sensor; 4) The operator needs to record the rotation angle and the number of treatments, which to some extent increases the operator's burden.

[0009] Therefore, developing a prostate vapor ablation system that is easy for operators to use, has high operating efficiency, low cost, and is easy to install is of great practical significance. Utility Model Content

[0010] Due to the aforementioned defects in the existing technology, this utility model provides a prostate steam ablation system that is convenient for operators, has high operating efficiency, low cost, and is easy to install. It solves the defects of existing steam thermal ablation equipment, such as easy dirt accumulation of the camera, poor drainage, high cost, inconvenient sensor installation, and inconvenience for operators.

[0011] To achieve the above objectives, this utility model provides the following technical solution:

[0012] A prostate steam ablation system includes an outer cannula for insertion into a patient's body via the urethra, a handle connected to the outer cannula, a heating tube disposed in the handle and configured to generate condensable steam (for applying voltage and current to generate high temperature, and using a high-temperature pyrogen to heat sterile water to generate steam), a steam delivery needle communicating with the heating tube and slidably disposed within the outer cannula (for delivering steam to the lesion site, reciprocating within the delivery needle tube, advancing from the starting point inside the protective head to the lesion site, and retracting back to the starting position of the protective head; the front end of the steam delivery needle is machined with 3 rows of 4 steam outlets, totaling 12 (configurable as needed), and the steam outlets are laser-marked, with the markings transmitted to a display screen via a camera for doctors to observe whether the steam needle has reached the lesion site), and an electromagnetic coil attached to the steam delivery needle for driving the steam delivery needle (for generating the power source for the forward and backward movement of the steam delivery needle).

[0013] The outer tube houses a camera module cable conduit (for camera module cable routing and assembly), a flushing conduit (for delivering saline solution), a delivery needle conduit (for limiting the reciprocating motion path of the steam delivery needle), and an outlet conduit (for delivering the flushed saline solution to the patient's body). A module base is mounted on the outer tube away from the handle. The module base is equipped with a camera (for converting images of the lesion into electrical signals and transmitting them to the host for display on the screen) and an LED light (providing a light source for illumination inside the patient's body, facilitating camera imaging). The flushing and outlet conduits are connected to the module base, with the flushing conduit's outlet located above the camera and LED light. The camera and LED light are angled and aligned with the steam delivery needle tip. The steam delivery needle is slidably mounted inside the delivery needle conduit, with the tip located on the side of the camera away from the handle. The camera module cable passes through the camera module cable conduit and enters the handle.

[0014] The outer sleeve is fitted with a protective head at the end away from the handle. The protective head has a hollow section in the middle, which is connected to the module base and the delivery needle tube. The protective head has side drain ports on both sides that are connected to the hollow section. The protective head has a top opening at the top for the steam delivery needle to pass through and which is connected to the hollow section.

[0015] Compared with existing technologies, the prostate steam ablation system provided by this utility model has the following advantages:

[0016] (1) The sensor module is installed on the module base, which can effectively solve the problem of difficult assembly process of camera and LED light, and provides a new idea for camera module assembly process;

[0017] (2) The protective head is fitted onto the outer tube, and the protective head is used as the path for the steam delivery needle. The steam delivery needle is turned forward at a 90-degree angle to facilitate the puncture of the urethral wall by the steam delivery needle.

[0018] (3) The module base and the protective head are connected by a plug-in joint, which is convenient for installation. This not only facilitates the installation of the sensor, but also greatly facilitates the assembly, reduces the difficulty of product processing, and reduces equipment costs.

[0019] (4) The structure is optimized by optimizing the arrangement of the flushing sub-tube, camera and LED light. The camera can be flushed at the same time, which can overcome the problem of the camera getting dirty easily and make it convenient for operators to work.

[0020] (5) The protective head is reasonably designed, which greatly improves the drainage efficiency and can improve the operating efficiency of the operator.

[0021] As a preferred technical solution:

[0022] In the prostate vapor ablation system described above, the flushing sub-tube is arranged above the delivery needle sub-tube, and the camera module cable sub-tube and the liquid outlet sub-tube are arranged on both sides of the flushing sub-tube and located between the flushing sub-tube and the delivery needle tube.

[0023] In the prostate vapor ablation system described above, the flushing sub-tube is connected to the saline inlet tube (which delivers saline to the flushing sub-tube). The saline inlet tube extends from the rear of the handle and has a saline Luer connector at its free end for connecting to the saline insertion tube and providing saline for flushing.

[0024] The outlet tube is connected to the outlet tube, which extends from the bottom of the handle, providing a way to drain saline solution from the patient's body and prevent organ damage due to excessive saline solution.

[0025] In the prostate steam ablation system described above, the heating tube is connected to the steam delivery needle via a steam transmission tube, which delivers the steam generated by the heating tube to the steam delivery needle.

[0026] The other end of the heating tube is connected to the sterile water inlet tube, through which sterile water is delivered to the heating tube. The sterile water inlet tube extends from the bottom of the handle and its free end is fitted with a sterile water Luer connector for connecting a sterile water inlet tube, providing sterile water as a source for generating steam.

[0027] As described above, the prostate vapor ablation system has a rounded end on the protective head away from the outer sheath, which facilitates insertion of the urethral tube.

[0028] As described above, in a prostate vapor ablation system, the outer sheath is engraved with scale lines to facilitate observation of the insertion depth into the urethra;

[0029] LED lights are installed on both sides of the camera.

[0030] As described above, in a prostate vapor ablation system, the outer sheath is fixed to the handle by a rotating body and the outer sheath can rotate around the handle. By controlling the angle of the rotating body, the doctor can be effectively prevented from operating the handle to rotate, thus improving the flexibility and operability of the surgery.

[0031] The rotating body has a built-in angle sensor that can transmit the angle status of the steam delivery needle to the host in real time and display it on the screen. This makes it easy for doctors to observe and understand the procedure, and can also effectively record the number of treatments at each angle.

[0032] As described above, the prostate steam ablation system includes a handle housing with a manual top cover for emergency use. If the steam delivery needle cannot return to the starting point when the return button is pressed, the manual top cover can be manually opened to manually pull the steam delivery needle back to the starting point. At the same time, the manual top cover cannot be reassembled after being opened, effectively avoiding the reuse of the device.

[0033] The handle housing contains a retraction board PCBA, a relay board, and a control board PCBA.

[0034] The retraction board PCBA is equipped with a retraction switch button and is electrically connected to the electromagnetic coil. The handle housing is equipped with a retraction button that matches the retraction switch button (used to trigger the steam delivery needle retraction function and retract the steam delivery needle to the starting position).

[0035] The control board PCBA is equipped with a flushing switch button, a firing switch button, and a steam switch button. The control board PCBA is electrically connected to the pump, electromagnetic coil, and heating tube that control the supply of physiological saline. The handle housing is equipped with a flushing button that matches the flushing switch button (used to trigger the physiological saline flushing function, lubricate for easy insertion of the protective head, and flush dirt from the camera surface to improve the clarity of the surgical field), a firing button that matches the firing switch button (used to trigger the steam delivery needle advance function, sending the steam delivery needle from the starting point to the lesion point), and a steam button that matches the steam switch button (used to trigger heating to generate steam, used to provide pyrogens for thermal ablation treatment).

[0036] The relay board is electrically connected to the return board PCBA and the control board PCBA, and the relay board is also connected to the camera module cable. The relay board is used to relay image signals and control signals.

[0037] In the prostate vapor ablation system described above, a spring telescopic pin A is fitted onto the flushing button, and the spring telescopic pin A is used to provide a pressing return force for the flushing button;

[0038] The firing button is fitted with a spring telescopic pin B, which is used to provide a pressing return force to the firing button.

[0039] The steam button is fitted with a spring telescopic pin C, which provides a return force to the steam button when pressed.

[0040] In the prostate vapor ablation system described above, the control cable is electrically connected to the relay board, and the camera image signal and control switch signal are transmitted to the host through the control cable;

[0041] The control cable extends from the rear of the handle and has a control cable aviation plug at its free end for signal transmission.

[0042] The power cable provides power to the various components (electromagnetic coil, heating tube, camera, LED light) in the prostate steam ablation system;

[0043] The power cable extends from the bottom of the handle and has an aviation plug at its free end.

[0044] The above technical solution is only one feasible technical solution of this utility model. The protection scope of this utility model is not limited to this. Those skilled in the art can reasonably adjust the specific design according to actual needs.

[0045] The above-mentioned utility model has the following advantages or beneficial effects:

[0046] (1) The prostate vapor ablation system of this utility model has a sensor module installed on the module base, which can effectively solve the problem of difficult assembly process of camera and LED light, and provides a new idea for camera module assembly process;

[0047] (2) The prostate steam ablation system of this utility model uses a protective head fitted on the outer tube and uses the protective head as the travel path of the steam delivery needle. The steam delivery needle is rotated 90 degrees to facilitate the puncture of the urethral wall by the steam delivery needle. At the same time, the arc-shaped head design makes it easy to insert the urethral tube.

[0048] (3) The prostate vapor ablation system of this utility model, with the module base and protective head working together, not only facilitates the installation of the sensor, but also greatly facilitates the assembly, reduces the difficulty of product processing, and reduces equipment costs;

[0049] (4) The prostate steam ablation system of this utility model has an optimized structure and optimized the arrangement of the flushing tube, camera and LED light. It can flush the camera while flushing, which can overcome the problem of the camera being easily dirty and facilitate the operation of the operator.

[0050] (5) The prostate steam ablation system of this utility model has a reasonable protective head design, which greatly improves the drainage efficiency, reduces the surgical burden on patients and improves the operating efficiency of operators, and has good application prospects. Attached Figure Description

[0051] The present invention, its features, shape, and advantages will become more apparent from the following detailed description of non-limiting embodiments with reference to the accompanying drawings. Like reference numerals denote like parts throughout the drawings. The drawings are not drawn to scale; the focus is on illustrating the gist of the invention.

[0052] Figure 1 This is a three-dimensional structural diagram of the prostate vapor ablation system of this utility model;

[0053] Figure 2 This is a three-dimensional perspective view of the prostate vapor ablation system of this utility model;

[0054] Figure 3 This is a three-dimensional structural diagram of the prostate vapor ablation system of this utility model from different perspectives;

[0055] Figure 4 An enlarged cross-sectional view of the steam delivery needle;

[0056] Figure 5 This is a magnified view of the steam delivery needle.

[0057] Among them, 1 is the steam delivery needle, 2 is the protective head, 3 is the outer sheath, 4 is the rotating body, 5 is the retraction button, 6 is the flushing button, 7 is the firing button, 8 is the steam button, 9 is the manual top cover, 10 is the handle housing, 11 is the saline Luer connector, 12 is the saline inlet tube, 13 is the sterile water inlet tube, 14 is the sterile water Luer connector, 15 is the outlet tube, 16 is the control cable, 17 is the power cable, 18 is the control cable aviation plug, 19 is the power cable aviation plug, 20 is the module base, and 21 is the... 21 is the angle sensor, 22 is the retraction board PCBA, 23 is the electromagnetic coil, 24 is the spring telescopic pin A, 25 is the spring telescopic pin B, 26 is the spring telescopic pin C, 27 is the relay board, 28 is the heating tube, 29 is the camera, 30 is the LED light, 31 is the camera module cable, 32 is the camera module cable conduit, 33 is the rinsing conduit, 34 is the delivery needle conduit, 35 is the liquid outlet conduit, 36 is the steam transmission pipe, 37 is the control board PCBA, 38 is the drain port on the side of the protective head, and 39 is the opening on the top of the protective head. Detailed Implementation

[0058] The structure of this utility model will be further described below with reference to the accompanying drawings and specific embodiments, but this is not intended to limit the utility model.

[0059] Example 1

[0060] A prostate vapor ablation system, such as Figures 1-5 As shown, it includes an outer cannula 3 for entering the patient's body through the urethra, a handle connected to the outer cannula 3, a heating tube 28 disposed in the handle and configured to generate condensable steam, a steam delivery needle 1 communicating with the heating tube 28 and slidably disposed in the outer cannula 3, and an electromagnetic coil 23 attached to the steam delivery needle 1 and used to drive the steam delivery needle 1.

[0061] The outer tube 3 is fixed to the handle by a rotating body 4 and can rotate around the handle. The rotating body 4 has an angle sensor 21 built in. The surface of the outer tube 3 is engraved with scale lines. The outer tube 3 contains a camera module cable tube 32, a rinsing cable tube 33, a delivery needle tube 34, and an outlet cable tube 35. The rinsing cable tube 33 is arranged above the delivery needle tube 34. The camera module cable tube 32 and the outlet cable tube 35 are arranged on both sides of the rinsing cable tube 33 and between the rinsing cable tube 33 and the delivery needle tube 34. A module base 20 is mounted on the end of the outer tube 3 away from the handle. A camera 29 and an LED light 30 are mounted on the module base 20. The rinsing cable tube 33 and the outlet cable tube 35 are connected to the module base 20, and the outlet of the rinsing cable tube 33 is located above the camera 29 and the LED light 30. LED lights are mounted on both sides of the camera 29. The LED light 30, camera 29 and LED light 30 are arranged at an angle and aligned with the tip of the steam delivery needle 1. The steam delivery needle 1 is slidably installed in the delivery needle tube 34 and the tip of the steam delivery needle 1 is located on the side of the camera 29 away from the handle. The camera module cable 31 of the camera 29 passes through the camera module cable tube 32 and enters the handle. The flushing tube 33 is connected to the saline inlet tube 12. The saline inlet tube 12 passes out from the rear of the handle and its free end is equipped with a saline Luer connector 11. The outlet tube 35 is connected to the outlet tube 15. The outlet tube 15 passes out from the bottom of the handle. The heating tube 28 is connected to the steam delivery needle 1 through the steam transmission tube 36. The other end of the heating tube 28 is connected to the sterile water inlet tube 13. The sterile water inlet tube 13 passes out from the bottom of the handle and its free end is equipped with a sterile water Luer connector 14.

[0062] The protective head 2 is fixedly fitted to the end of the outer tube 3 away from the handle. The protective head 2 has a hollow part in the middle, which is connected to the module base and the delivery needle tube. The protective head 2 has protective head side drain ports 38 on both sides that are connected to the hollow part. The protective head 2 has a protective head top opening 39 on the top for the needle tip of the steam delivery needle 1 to pass through and which is connected to the hollow part. The end of the protective head 2 away from the outer tube 3 has an arc-shaped structure.

[0063] The handle includes a handle housing 10, and a manual top cover 9 is mounted on the handle housing 10;

[0064] The handle housing 10 contains a retraction board PCBA 22, a relay board 27, and a control board PCBA 37.

[0065] The retraction board PCBA 22 is equipped with a retraction switch button and the retraction board PCBA 22 is electrically connected to the electromagnetic coil 23. The handle housing 10 is equipped with a retraction button 5 that matches the retraction switch button.

[0066] The control board PCBA 37 is equipped with a flushing switch button, a firing switch button, and a steam switch button. The control board PCBA is electrically connected to the pump, electromagnetic coil 23, and heating tube 28 that control the supply of saline solution. The handle housing is equipped with a flushing button 6 that matches the flushing switch button, a firing button 7 that matches the firing switch button, and a steam button 8 that matches the steam switch button. The flushing button 6 is fitted with a spring telescopic pin A 24, which provides a pressing return force for the flushing button 6. The firing button 7 is fitted with a spring telescopic pin B 25, which provides a pressing return force for the firing button 7. The steam button 8 is fitted with a spring telescopic pin C 26, which provides a pressing return force for the steam button 8.

[0067] The relay board 27 is electrically connected to the return board PCBA 22 and the control board PCBA 37, and the relay board 27 is connected to the camera module cable 31. The control cable 16 is electrically connected to the relay board 27. The control cable 16 passes out from the rear of the handle and its free end is equipped with a control line aviation plug 18.

[0068] The power cable 17 provides power to the components in the prostate vapor ablation system. The power cable 17 extends from the bottom of the handle and has a power cord aviation plug 19 at its free end.

[0069] Verification has shown that this novel prostate steam ablation system, with its sensor module mounted on a module base, effectively solves the assembly difficulties of the camera and LED lights, providing a novel approach to camera module assembly. The protective head is fitted onto the outer tube, using it as the path for the steam delivery needle, which is rotated 90 degrees to facilitate urethral wall penetration. The rounded head design also facilitates insertion into the urethral tube. The module base and protective head are easily connected, simplifying installation and significantly reducing both sensor installation and assembly complexity, thus lowering product processing difficulty and equipment costs. The optimized structure, with improved placement of the flushing tube, camera, and LED lights, allows for simultaneous flushing of the camera, overcoming the problem of camera contamination and facilitating operator work. The well-designed protective head greatly improves drainage efficiency, reducing the surgical burden on patients and increasing operator efficiency, demonstrating promising application prospects.

[0070] Those skilled in the art should understand that variations can be implemented by combining existing technology with the above embodiments, which will not be elaborated here. Such variations do not affect the substantive content of this utility model, and will not be elaborated here.

[0071] The preferred embodiments of this utility model have been described above. It should be understood that this utility model is not limited to the specific embodiments described above. Devices and structures not described in detail herein should be understood as being implemented in a conventional manner within the art. Any person skilled in the art can make many possible variations and modifications to the technical solutions of this utility model using the disclosed methods and techniques, or modify them into equivalent embodiments with equivalent changes, without departing from the scope of the technical solution of this utility model. This does not affect the essential content of this utility model. Therefore, any simple modifications, equivalent changes, and modifications made to the above embodiments based on the technical essence of this utility model, without departing from the content of the technical solution of this utility model, still fall within the protection scope of the technical solution of this utility model.

Claims

1. A prostate vapor ablation system, characterized in that: It includes an outer cannula for entering a patient's body via the urethra, a handle connected to the outer cannula, a heating tube disposed in the handle and configured to generate condensable steam, a steam delivery needle communicating with the heating tube and slidably disposed within the outer cannula, and an electromagnetic coil attached to the steam delivery needle for driving the steam delivery needle. The outer tube houses a camera module cable tube, a rinsing tube, a delivery needle tube, and a liquid outlet tube. A module base is mounted on the outer tube away from the handle. A camera and an LED light are installed on the module base. The rinsing tube and the liquid outlet tube are connected to the module base, and the outlet of the rinsing tube is located above the camera and the LED light. The camera and the LED light are arranged at an angle and aligned with the tip of the steam delivery needle. The steam delivery needle is slidably installed inside the delivery needle tube, and the tip of the steam delivery needle is located on the side of the camera away from the handle. The camera module cable passes through the camera module cable tube and enters the handle. The outer sleeve is fitted with a protective head at the end away from the handle. The protective head has a hollow section in the middle, which is connected to the module base and the delivery needle tube. The protective head has side drain ports on both sides that are connected to the hollow section. The protective head has a top opening at the top for the steam delivery needle to pass through and which is connected to the hollow section.

2. The prostate vapor ablation system according to claim 1, characterized in that, The flushing sub-tube is arranged above the delivery needle sub-tube, and the camera module cable sub-tube and the liquid outlet sub-tube are arranged on both sides of the flushing sub-tube and located between the flushing sub-tube and the delivery needle tube.

3. The prostate vapor ablation system according to claim 1, characterized in that, The flushing tube is connected to the saline inlet tube, which extends from the rear of the handle and has a saline Luer connector at its free end. The liquid outlet tube is connected to the liquid outlet tube, and the liquid outlet tube extends out from the bottom of the handle.

4. The prostate vapor ablation system according to claim 1, characterized in that, The heating tube is connected to the steam delivery needle via a steam transmission tube; The other end of the heating tube is connected to a sterile water inlet tube, which extends from the bottom of the handle and has a sterile water Luer connector at its free end.

5. The prostate vapor ablation system according to claim 1, characterized in that, The protective head has an arc-shaped structure at the end away from the outer tube.

6. The prostate vapor ablation system according to claim 1, characterized in that, The outer tube has graduation lines printed on its surface; LED lights are installed on both sides of the camera.

7. The prostate vapor ablation system according to claim 1, characterized in that, The outer tube is fixed to the handle by a rotating body and the outer tube can rotate around the handle; The rotating body has an angle sensor built in.

8. The prostate vapor ablation system according to claim 1, characterized in that, The handle includes a handle housing, and a manual top cover is mounted on the handle housing; The handle housing contains a retraction board PCBA, a relay board, and a control board PCBA. The retraction board PCBA is equipped with a retraction switch button and is electrically connected to the electromagnetic coil. The handle housing is equipped with a retraction button that matches the retraction switch button. The control board PCBA is equipped with a flushing switch button, a firing switch button and a steam switch button, and the control board PCBA is electrically connected to the pump, electromagnetic coil and heating tube that control the supply of physiological saline. The handle shell is equipped with a flushing button that matches the flushing switch button, a firing button that matches the firing switch button and a steam button that matches the steam switch button. The relay board is electrically connected to the return board PCBA and the control board PCBA, and the relay board is also connected to the camera module cable.

9. A prostate vapor ablation system according to claim 8, characterized in that, The flush button is fitted with a spring telescopic pin A, which provides a pressing return force to the flush button. The firing button is fitted with a spring telescopic pin B, which is used to provide a pressing return force to the firing button. The steam button is fitted with a spring telescopic pin C, which provides a return force to the steam button when pressed.

10. A prostate vapor ablation system according to claim 8, characterized in that, The control cable is electrically connected to the relay board; The control cable extends from the rear of the handle and has an aviation connector at its free end. The power cables provide power to the various components of the prostate vapor ablation system; The power cable extends from the bottom of the handle and has an aviation plug at its free end.

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