SHOCK WAVE GENERATION SYSTEM FOR CARDIOVASCULAR STENOSIS

Abstract

The invention relates specifically to a shock wave generation system for cardiovascular stenosis, within the technical field of medical devices and particularly for the treatment of cardiovascular stenosis. This system consists of a base plate, a box on top of the base plate, a shock wave generator inside the box, a catheter with a rotatable connection to the shock wave generator, a probe fixed to the top of the catheter, and a fixation device on the circumferential surface of the catheter, enabling the generation of shock waves.

Description

1 TARIFF SHOCK WAVE GENERATION SYSTEM FOR CARDIOVASCULAR STENOSIS Technical Area 5 The invention, in the field of medical device technology, involves generating a shock wave for cardiovascular stenosis. It is related to the system. The invention is particularly relevant to the technical field of medical devices, and especially to the treatment of cardiovascular stenosis. a shock wave from a substrate, from a box on top of the substrate, into the box from the generator, a catheter that is reversibly connected to the shock wave generator, the catheter a probe firmly attached to the top and a fixation on the circumferential surface of the catheter a shock wave breaker for cardiovascular stenosis consisting of a device that generates shock waves It is related to the production system. 15 State of the Art Vascular stenosis affects human blood vessels, including coronary, peripheral, and intracranial vessels. It refers to abnormal lipid metabolism in the arteriovenous vessels of the body. 20 in the blood Lipids accumulate in the initially smooth vascular endothelium and gradually become atherosclerotic lipids. They form plaques. Over time, these plaques increase and even become calcified, affecting blood vessels. narrowing of the lumen, obstruction of blood flow, damage to downstream blood vessels and muscles This leads to ischemia and the corresponding clinical symptoms. The technique is described in a patent document, CN112932609A, as an energy storage device. a high-voltage shock wave for cardiovascular stenosis, containing an energy release control device The system that generates the pulse is described. In this system, the energy release control device delivers a high-voltage pulse. The circuit includes an electrode selection circuit and an oscillation state detection circuit. High A voltage pulse circuit is a topological structure, and in a high-voltage pulse circuit, the positive electrode is the negative electrode, and the negative electrode is 30°. It consists of an electrode, capacitor, diode, and switch. The transformer, capacitor, and switch in the document... By transforming the pulse circuit through the design of the switch, continuous adjustment of the pulse voltage is possible. It provides and releases multiple pulses continuously and independently for a specific area. It releases. In the release state, the sensing circuit detects the release current. and controls the pulse width. The detection circuit detects the overcurrent signal and reduces energy. 35 It interrupts the release in a timely manner. With this system, safe, efficient and effective treatment of lesions is achieved. The aim is to achieve an effective structure. 2 In the system described in the document above, the operational compatibility between the diode and the switching component is crucial. The catheter and probe cannot be secured in place. The probe may move or deviate during treatment. This prevents the shock wave from being properly focused on the lesion area and hinders shock wave transmission. This hinders the process. This negatively affects the effectiveness of the treatment. Therefore, cardiovascular 5 There is a need to develop a system that generates shock waves for stenotic lesions. Purpose of the Invention The present invention meets the aforementioned requirements and eliminates potential disadvantages. It involves a shock wave generation system that lifts and provides some additional advantages. The present invention describes a fixation band, hook-face band, and loop for securing a catheter and probe. surface tape, circular clamping seal, buckle and buffer rubber inside the fastening device They must work together harmoniously, and then the fixation band must be placed first on the catheter 15 placement, preventing the catheter from falling out by pulling the buckle, and then the hook surface The band and loop-faced band are wrapped around the patient's body to secure the catheter. This allows for the catheter to be secured. Once the catheter is secured, the probe is inserted into the part of the patient requiring impact. The probe is positioned and then a circular clamping gasket is fitted to prevent it from slipping. The present invention causes the shaft to rotate when the motor is started and, when the shaft rotates, causes the circumferential surface to rotate. It causes the collision bar to strike the trigger button. The trigger button... When touched, the heating lamp is activated and the inside of the disinfection box is heated. It is disinfected, thus achieving a disinfection effect at high temperatures. The present invention describes a mechanism where, when the motor is started, the rotating shaft inside the storage device, the chain, the interoperability between the storage box, slide, gear, gear rail and protective cotton components Rotation is achieved by means of the gear, and the rotating shaft is driven to rotate via the transmission of the chain. And as the toothed rails interlock, the toothed rails move left and right when the drive shaft rotates. when the rail moves left and right, the slider moves left and right, and the slider moves left and 30 When you move to the right, the storage box moves to the left and right. Thus, the storage The box is being opened or closed. For storage functionality, the storage box must be opened. Devices can be stored in or removed from the storage box. Of course, any product implementing the current invention will have all of the advantages described above. They don't need to arrive at the same time. 3 In its most general form, shock wave therapy for cardiovascular stenosis aims to achieve the above objectives. The generating system must include at least one substrate; at least one box body; at least one shock wave generator; at least one catheter; at least one probe; at least one fixation band, at least one hook-face band, at least one loop The surface-mounted tape includes at least one fastening device, which must contain at least one circular clamping seal. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. It must be done by taking it. Figures that will help understand the invention. To best understand the structure and advantages of the present invention, please see below. It should be evaluated together with the figures that have been explained. Figure 1: A perspective view of the general structure of the system that is the subject of the present invention. Figure 2: A cross-sectional view of the general structure of the system that is the subject of the present invention. Figure 3: Another perspective view of the general structure of the system that is the subject of the present invention. Figure 4: A structure located at point A in Figure 2, belonging to the system that is the subject of the present invention. It is a perspective view. 20 Figure 5: A structure located at point B in Figure 2, belonging to the system subject to the present invention. It is a perspective view. Figure 6: A structure located at point C in Figure 3, belonging to the system subject to the present invention. It is a perspective view. Figure 7: A 25-inch structure located at point D in Figure 3, belonging to the system that is the subject of the present invention. It is a perspective view. Part References 1. Bottom plate 30 2. Box body 3. Shock wave generator 4. Catheter 5. Probe 6. Fixing device 35 61. Fixing tape 62. Hook-faced tape 4 63. Ring-faced tape 64. Circular clamping gasket 65. Buckle 66. Tampon groove 67. Buffer rubber 5 7. Disinfection device 71. Engine 72. Disinfection port 73. Disinfection box 74. Deflector shaft 10 75. Deflector 76. Handle 77. Heating lamp 78. Trigger button 79. Rotary shaft 15 710. Collision bar 711. First magnet slot 712. Second magnet slot 713. The first magnet. 714. The second magnet is 20. 8. Storage device 81. Rotating shaft 82. First gear 83rd second gear 84. Chain 25 85. Storage chute 86. Storage box 87. Bolt 88th Gear 89. Toothed rail 30 810. Protective cotton Detailed Description of the Invention This detailed description explains that the invention concerns a shock wave generation system for cardiovascular stenosis. The preferred structures are solely for the purpose of better understanding the subject and in no way It is explained in a way that will not create a limiting effect. The shock wave generation system developed with the present invention, an example view of which is given in Figure 1, is a sub-system. a plate, a box positioned on top of a lower plate, a shock wave generator inside the box, shock A catheter, which is rotatably connected to the wave generator, is fixed on top of the catheter. It includes an attached probe and a fixation device positioned on the circumferential surface of the catheter. A 5 a base plate, a box body placed on top of the base plate, a shock absorber placed inside the box body a shock wave generator, a catheter that is rotatably connected to the shock wave generator, the catheter a probe that is securely attached to the top and a fixation placed on the circumferential surface of the catheter It includes the device. The fastening band inside the fastening device in the present invention is a hook-face band, a ring-face band. the interoperability and harmony of the band, circular clamping seal, buckle and buffer rubber components Thanks to this, when the catheter and probe need to be secured, the securing band is first placed over the catheter. The catheter is inserted and then the clasp is pulled to prevent it from falling out. Then the hook is used. Surface tape and loop surface tape are wrapped around the patient's body and used together to secure the catheter. 15 is inserted. Once the catheter is secured, the probe is placed on the part of the patient that needs to receive the impact. The probe is positioned and then a circular clamping gasket is fitted to prevent it from slipping. The fixation device includes a fixation band, and the inner lateral surface of the fixation band secures the catheter. It is located on the circumferential surface. One end of the fixing band is secured with a hook strap 20 It is connected. The other end of the fixing tape is securely attached with a ring-shaped surface tape. The side surface of the hook-faced belt sits on the side surface of the ring-faced belt, and circular clamping occurs. The seal adheres firmly to the circumferential surface of the probe. The fixing tape has a hook surface. tape, ring-faced tape, circular connection seal, buckle and buffer inside the fastening device Thanks to the harmonious functioning of the rubber and other components, the catheter and probe are 25 When securing the catheter, the securing band is first placed over the catheter and then buckled. The catheter is pulled to prevent it from falling out. Afterwards, a hook-face bandage and a loop-face bandage are applied. It is wrapped around the patient's body and secured with interlocking straps to hold the catheter in place. After the catheter is secured, the probe is placed in the affected area of ​​the patient, and then... The circular clamping seal is installed to prevent the probe from slipping. The fixing band is 30 A buckle is attached to the circumferential surface in a sliding manner, and this design allows the fastening strap to connect to the buckle. This allows it to be secured onto the catheter. A buffer groove is installed on the side of the box body, a buffer rubber buffer. It is securely attached to the inner wall of the trough. The side of the shock wave generator is buffer 35 It is securely attached to the side of the rubber. This design buffers the shock wave generator. It allows for cushioning through its rubber. The buckle is a hook under the catheter. 6 It is located on the surface band and the ring surface band. This allows the buckle to... The strap can be removed or fastened by sliding it. Inside the box body is a disinfection device, and the disinfection device is powered by a motor. It includes. One side of the motor is securely attached to the side of the box body, box 5 A disinfection nozzle is placed on the side of its body. The disinfection nozzle... It is securely attached to the disinfection box, which has a deflector inside. It is attached to the shaft in a rotatable manner. A deflector is attached to the circumferential surface of the deflector shaft. It is fixed in place and a handle is securely attached to the side of the deflector. A heating element. The lamp is fixed to the inner wall of the disinfection box, and a trigger button activates the heating element. It is located on the side of the lamp. A rotating shaft is fixed to the motor's output shaft. It is connected and a collision bar is fixed to the circumferential surface of the rotating shaft. It is connected. This design allows the collision bar to be triggered by the rotation of the rotating shaft. It allows for a shock. When the trigger button is pressed, the heating lamp turns on. The disinfection box is operated to heat and disinfect. 15 The first magnetic groove is at the top of the deflector and the second is on the inner wall of the disinfection box. A magnetic groove is located. The first magnet is fixed inside the first magnetic groove. and the second magnet is securely attached to the inside of the second magnet slot. The top of the first magnet and the bottom of the second magnet attract each other. In this way, the first 20 The deflector's disinfection box is activated by the upper part of the magnet attracting the second magnet. It allows for closure. The number of heating lamps is adjusted to be a few, and the disinfection box... It is located along a linear series on the inner wall. The trigger button is located at 25° on the collision bar. It is located on the changeover rail. This design utilizes multiple heating lamps. This allows for an increased disinfection effect. Inside the disinfection device... The components included are the motor, disinfection box, deflector shaft, deflector, handle, heating lamp, and trigger. The button, shaft, and impact bar work together to rotate the shaft when the motor is running. It connects to rotation, and when the shaft rotates, the impact bar on the circumferential surface triggers the button 30°. It activates. When the trigger button is pressed, the heating lamp starts working, and disinfection begins. The box is disinfected by heating, and a disinfection effect is achieved at high temperatures. is being done. Inside the box body is a storage device, and the storage device is connected by a rotating shaft 35 It includes a rotating shaft with a circumferential surface that rotates inside the box body. It is connected. The first sprocket is securely passed through the circumferential surface of the rotating shaft, 7 The second sprocket is securely passed through the circumferential surface of the rotating shaft and the lower plate. A chain is placed on it. The inner lateral surface of the chain is on the circumferential surface of the first sprocket. It is located. The inner lateral surface of the chain is positioned on the circumferential surface of the second sprocket. Box A storage trough is located on the side surface of its body. A storage box, storage It is attached by sliding it into the groove, a slider, 5 to the side surface of the storage box. It is securely attached. The first gear is securely attached to the circumferential surface of the rotating shaft. It is passed through and a toothed rail is securely attached to the top of the slide. The circumferential part of the tooth Its surface interlocks with the side surface of the toothed rail. This design facilitates the transmission of chain motion. This allows the rotating shaft to rotate when the rotating shaft moves. This is ensured by the interlocking of the gear and the gear rail, so when the rotating shaft rotates, the gear 10 The storage box is opened or closed by moving the rail to the left or right. The inner wall of the storage trough is secured with protective cotton, and thus, the protective cotton This allows the storage box to be protected. Protective cotton, It is located on the repositioning rail of the storage box. This allows the protective cotton 15 through which the storage box is directly hit inside the box and damages the storage box This allows for preventing leakage. The rotating shaft, chain, inside the storage device, Thanks to the communication between the storage box, slide, gear, gear rail and protective cotton, the motor When activated, the rotating shaft and pivot shaft rotate. The chain provides motion transmission and The drive shaft begins to rotate. As the gear and gear rail engage, the drive shaft rotates 20 degrees. As it rotates, the toothed rail moves to the left and right, and when the toothed rail moves to the left and right, the slider... It moves left and right, and when the slider moves left and right, the storage box moves left and right. It moves to the right. This opens or closes the storage box. Storage When the box is opened, the equipment inside the storage box can be stored or removed in a good way. A storage effect is achieved. 25 The technical plans in the application examples of the present invention are related to the application examples of the present invention. Together, these will be explained clearly and completely below. As is clearly evident, the explained Application examples are not all application examples of the present invention, only some applications. These are examples. Based on application examples of the present invention, 30 ordinary people working in this field... all other obtained by technicians without any creative work Application examples fall within the scope of protection of the existing invention. Example 1 35 Generating a shock wave to treat cardiovascular stenosis, developed with the current invention. In an example application of the system, as shown in Figure 1-7, the system consists of a bottom plate (1), bottom 8 a box body (2) placed on top of the plate (1), a shock placed inside the box body (2) wave generator (3), a catheter (4) connected to the shock wave generator (3) in a rotatable manner, The probe (5) is fixed to the top of the catheter (4) and placed on the circumferential surface of the catheter (4). It includes a fixing device (6). The aforementioned fixing device (6) is a fixing band (61) It includes. The inner lateral surface of the fixation band (61) is located on the circumferential surface of the catheter (4) 5 and one end of the fixing band (61) is securely attached to a hook-faced band (62). The other end of the fixing tape (61) is securely attached to a ring-faced tape (63) and The side surface of the hook-face band (62) is attached to the side surface of the ring-face band (63). The circular clamping seal (64) is securely attached to the circumferential surface of the probe (5). A buckle (65) is attached to the circumferential surface of the fixing tape (61) by sliding it. Box 10 A bumper groove (66) is opened on the side of the body (2) and a bumper rubber (67) It is fixed to the inner wall of the buffer chute (66). The shock wave generator (3) side The side is securely attached to the side surface of the bumper rubber (67). The aforementioned buckle (65) It is located under the catheter (4) and also under the hook surface band (629 and ring surface band It is located above the belt (63). Box (2) is a disinfection device (7) containing a motor (71) 15 It includes. The side of the motor (71) is fixed to the side of the box (2) and The side of the box (2) contains a disinfection nozzle (72). A disinfection box (73), A deflector shaft (74) is fixed to the inside of the disinfection nozzle (72). A deflector (75) is attached to the inside of the disinfection box (73) in a rotatable manner. It is fixed to the circumferential surface of the deflector shaft (74) and a handle (76), 20 It is fixed next to the deflector (75). A heating lamp (77) is used for disinfection. It is fixed to the inner wall of the box (73) and a trigger button (78) is used to heat It is placed next to the lamp (77). A rotating shaft (79) is fixed to the output shaft of the motor (71). It is connected in such a way that a collision bar (710) is fixed to the circumferential surface of the rotating shaft (79). It is connected in this way. The first magnet slot (711) is placed on top of the deflector (75) and 25 A second magnet slot (712) is placed on the inner wall of the disinfection box (73). The magnet (713) is fixed into the first magnet slot (711) and the second magnet (714) is fixed into the second magnet slot (712). The first magnet (713) They attract each other with the top of the first magnet (714) coming under the second magnet. Heating lamps (77) is set to have more than one disinfection box (73) inside 30 It is located along a linear sequence on the wall. The trigger button (78) is the collision It is located on the displacement trajectory of the rod (710). In this application example, when the probe (5) needs to be fixed during use, first The fixation band (61) is placed on the catheter (4) and then the buckle (65) is pulled to fix it. 35 The band (61) is fixed onto the catheter (4). Then, the hook-face band (62) and fixation are applied. The ring-faced band (63) on the band (61) is wrapped around the patient and secures the catheter (4). 9 They are interlocked for this purpose. After the catheter (4) is fixed, the probe (5) is placed against the patient's skin. It is placed in the position it should be placed in and then the circular clamping gasket (64) is fitted The movement of the probe (5) is prevented. Before using the probe (5), to prevent infection It must be disinfected. First, the deflector (75) is opened by pulling the handle (76), probe (5) and The catheter (4) is placed in the disinfection box (73) and the deflector (75) is closed and then the motor 5 (71) is started. When the motor (71) is started, the rotating shaft (79) on the output shaft of the motor (71) clockwise It rotates in the direction of the shaft (79). When the shaft (79) rotates clockwise, the collision bar (710) on the shaft (79) The trigger button (78) is struck. When the trigger button (78) is touched, the heating lamp (77) working and the probe (59) and catheter (4) in the disinfection box (73) at high temperature It is disinfected. When the rotating shaft (79) rotates counterclockwise, the 10 on the rotating shaft (79) The collision bar (710) collides with the trigger button (78). The trigger button is 78. When touched, the heating lamp (77) is activated and the probe (5) in the disinfection box (73) and The catheter (4) is disinfected at high temperature. Example 2 15 As shown in Figures 1-7, based on the same concept as application example 1 mentioned above, This application example also rotates the circumferential surface into the interior of the box body (2) It includes a storage device (8) containing a connected rotating shaft (81). The first gear (82), The second gear (83) passes through the circumferential surface of the rotating shaft (79) and the rotating shaft 20 (81) passes through the circumferential surface in a fixed manner. A chain (84) is placed on the bottom plate (1). is placed and the inner lateral surface of the chain (84) is on the circumferential surface of the first gear (82). It is located on the inner other side surface of the chain (84) and on the circumferential surface of the second gear (83). It is located. A storage groove 85 is located on the side surface of the box body (2). The storage box (86) slides into the storage chute (85) and 25 A slide (87) is fixed to the side surface of the storage box (86). A gear (88), A toothed rail (89) is fixedly passed through the circumferential surface of the rotating shaft (81). It is fixed to the top of the slide (87). The circumferential surface of the gear (88) is attached to the gear rail. (89) interlocks with the edge and a protective cotton (810) on the inner wall of the storage chute (85). It is securely attached. Protective cotton (810), storage box (86) displacement 30 It is located on its orbit. In this example, emergency prevention and rescue time when accidents occur. Emergency equipment must be on hand to avoid delays. First of all... The motor (71) is started and the rotating shaft (79) on the output shaft of the motor (71) rotates counterclockwise 35 It rotates. When the rotating shaft (79) rotates counterclockwise, the chain (84) rotates the rotating shaft (81) It ensures that it rotates counterclockwise. The rotating shaft (81) rotates counterclockwise. When it rotates, the gear (88) and the gear rail (89) interlock. Thus, the rotating shaft (81) reverses. When the gear rail (89) rotates in this direction, it slides to the right. When the gear rail (89) slides to the right The slider (87) slides to the right, and when the slider (87) slides to the right, the storage box (86) It opens by sliding to the right. During this time, the equipment is in the storage box (86) It can be stored or removed. When not in use, the rotating shaft (79) is turned clockwise 5 rotating and when the rotating shaft (79) rotates clockwise with the movement of the chain (84) It ensures that the (81) rotating shaft rotates clockwise. When the rotating shaft (81) rotates clockwise The gear (88) and the gear rail (89) are interlocked. Thus the rotating shaft (81) rotates clockwise. When it rotates, the gear rail (89) slides to the left and when the gear rail (899) slides to the left, the slider (87) slides to the left It slides. When the slider (87) slides to the left, the storage box (86) slides to the left and 10 It is closing. During this time, equipment cannot be stored in the storage box (86) or taken out of the box. (86) cannot be removed. The fore are only preferred examples of the present invention and do not constitute a limitation of the present invention. It does not aim to achieve this. Any modification made within the spirit and principles of the present invention, 15 Equivalent substitutes, improvements, etc., must be included within the scope of protection of the existing invention.

Claims

11 REQUESTS 1. It is a shock wave generation system for cardiovascular stenosis, and its feature is; - at least one bottom plate (1); - at least one box body (2) located on the aforementioned bottom plate (1); 5 - at least one shock wave generator located inside the mentioned box body (2) (3); - connected in such a way as to be rotated into the mentioned shock wave generator (3). at least one catheter (4); - at least one probe (5) fixed to the aforementioned catheter (4); 10 - at least one surface connected to the circumferential surface of the aforementioned catheter (4) fixing band (61) fixed to one end of the aforementioned fixing band (61) At least one hook surface tape (62) connected to the aforementioned fixing tape (61) one of the hook-faced bands (62) that is fixed to the other end. At least one ring-faced tape (63) that is firmly attached to the surface of the mentioned probe (5) 15 at least one circular clamping gasket (64) which is firmly connected to the circumferential surface containing at least one fixation located on the circumferential surface of the aforementioned catheter (4). device (6) It includes.

2. A shock wave generation system conforming to Claim 1, characterized by the aforementioned fixing band. (61) It must contain at least one buckle (65) that is attached to its circumferential surface in a sliding manner.

3. A shock wave generating system in accordance with claim 2, the feature of which is; the box body mentioned (2) at least one buffer chute (66) located on one side, inside the aforementioned buffer chute (66) 25 at least one buffer fixed to the wall and one side of the shock wave generator (3) It contains rubber (67).

4. A shock wave generating system in accordance with claim 3, the feature of which is; with the mentioned catheter (4) and hook At least one buckle (65) located between the surface band (62) and the ring surface band (63) 30 It includes. 12 5. A shock wave generating system in accordance with claim 4, the feature of which is; the box body mentioned (2) At least one motor (71) fixed to one side of the box body (2) At least one disinfection nozzle (72) located in the position of the disinfection nozzle (72) is fixed inside the disinfection nozzle (72) At least one connected disinfection box (73), inside the disinfection box (73) At least one deflector shaft (74) that is rotatably connected, 5 of the deflector shaft (74) At least one deflector (75) fixed to the circumferential surface, one of the deflectors (75) At least one handle (76) fixed to the side of the disinfection box (73) At least one heating lamp (77) fixed to the wall, to the heating lamp (77) At least one trigger button (78) located close to the output shaft of the motor (71) is fixed at least one rotating shaft (79) connected in the figure and fixed to the circumferential surface of the rotating shaft (79) 10 The aforementioned box body (2) which includes at least one collision bar (710) connected in the manner shown. It must contain at least one disinfection device (7) located inside.

6. A shock wave generating system in accordance with claim 5, the feature of which is; the aforementioned deflector (75) at least one first magnet slot (711) located on it and the aforementioned disinfection 15 At least one second magnet slot (712) located on the inner wall of the box (73), the first magnet At least one first magnet (713) is fixed inside the groove (711), second the first magnet mentioned above is fixed inside the magnet slot (712) (713) is that it contains at least one second magnet (714) which causes it to be attracted.

7. A shock wave generation system conforming to claim 5, characterized by the use of multiple heating lamps. (77) is located along a linear series on the inner wall of the disinfection box (73) and displacement of the mentioned trigger button (78), the mentioned collision bar (710) It is positioned on its axis.

8. A shock wave generation system conforming to Claim 7, characterized by its box-like circumferential surface. At least one rotating shaft (81) connected to the inside of its body (2) rotates At least one first sprocket (82) fixed to the circumferential surface of the shaft (79), at least one second chain fixed to the circumferential surface of the rotating shaft (81) The gear (83) is positioned on the lower plate (1), its inner surface is on the first sprocket (82) and the second 30 At least one chain (84) connected to the circumferential surface of the sprocket (83); box housing (2) At least one storage chute (85) located on one of its surfaces, into the storage chute (85) At least one storage box (86) that is connected in a sliding manner, storage box (86) At least one slide (87) fixed to one of its surfaces, rotating shaft (81) circumferential At least one gear (88) fixed to the surface, fixed to the slide (87) 35 connected and positioned so that one surface interlocks with the circumferential surface of the gear (88) 13 at least one toothed rail (89) located inside the aforementioned box body (2) It includes a storage device (8).

9. A shock wave generation system in accordance with Claim 8, characterized by its function as the storage trough mentioned above. (85) It must contain at least one protective cotton (810) fixed on its inner wall. 5 10. A shock wave generating system in accordance with claim 9, the feature of which is; protective cotton (810), The storage box (86) is positioned on the displacement axis.

Images