Air pressure ballistic shock wave therapeutic instrument handle

Abstract

The utility model discloses an air pressure ballistic shock wave therapeutic instrument handle, which comprises a handle body, a quick-wear part connected with the handle body, and an electronic radio frequency identification (RFID) tag reader arranged on the handle body and connected with the quick-wear part. The quick-wear part comprises a threaded seat arranged in the handle body, a pipe body connected to the threaded seat and extending towards the outside of the handle body, a treatment head arranged at one end of the pipe body, a ballistic pipe arranged in the pipe body and a bullet arranged in the ballistic pipe. A buffer spring is arranged between the threaded seat and the interior of the handle body. According to the utility model, the quick-wear parts can be replaced and identified, and the discomfort of an operator caused by long time can be reduced.

Description

Technical Field

[0001] The utility model relates to the field of shock wave therapeutic apparatus, in particular to a handle of a pneumatic ballistic shock wave therapeutic apparatus. Background Art

[0002] The pneumatic ballistic extracorporeal shock wave therapy device uses the high-energy shock wave energy generated by the shock wave generator, which enters a specific part after being gathered, and can produce a good therapeutic effect on painful human tissues. During the treatment process of the shock wave therapy device, after the bullet impacts the treatment head, the energy is transmitted to the human body for treatment. Since shock waves have been used to treat internal stones, shock waves have been used more and more widely in the medical field. Among them, the mechanism of action of the pneumatic ballistic shock wave therapy device is to use compressed gas to drive the impact piece in the ballistic tube of the treatment handle to achieve the impact of the treatment head to instantly convert the compressed gas energy into great kinetic energy to generate shock waves. When the shock wave enters the human tissue through coupling, different mechanical stress effects are generated at the interface of tissues of different properties to achieve the purpose of treatment. In addition, the gas utilization rate of the existing pneumatic ballistic shock wave therapy device is low, which is easy to cause waste. During use, the therapist needs to hold the shock wave treatment handle to perform the treatment operation. During this treatment process, the reverse force of the treatment head will directly act on the handle, and then directly act on the therapist's hand. Therapists who use shock waves for a long time will experience symptoms such as numbness, swelling, pain, sweating of the palms, weakness of the arms and joint pain. At the same time, the vibration of the handle of this shock wave acts reversely on the therapist mainly due to the design of the handle. At present, the shock wave therapy handle on the market includes a handle shell, a ballistic tube inside the handle shell, and a treatment head at the end of the handle shell. The end of the ballistic tube is arranged opposite to the treatment head, and the bullet slides inside the ballistic tube. After the bullet hits the treatment head and the treatment head hits the human body, the force is directly transmitted to the user's hand through the handle shell. There is no buffering and vibration reduction component designed directly between the treatment head and the handle for shock reduction, which is the main reason for the therapist's hand to be easily subjected to shock wave vibration. In addition, the existing consumable parts such as the treatment head for the handle are not easy to replace, and the treatment head and the number of times the treatment head is used cannot be identified, which is not convenient for consumables management. Based on this, consumable parts with identification function are developed. And according to the current market needs for different energy usage, a high-energy treatment head consumable part structure is developed to assist in the treatment of human trigger points. Currently, there is a patent numbered 201720078942.0, entitled "A Utility Model Patent for a Pneumatic Ballistic Extracorporeal Shock Wave Device", which uses a single combined treatment head with the characteristics of high energy density and high penetration depth, but still causes discomfort to the therapist's hands due to shock wave vibration. There is also a patent numbered 201721313528.X, entitled "A Utility Model Patent for a Pneumatic Ballistic Shock Wave Therapeutic Device with an Impact Head Buffer Structure", which changes the buffer structure at the front end of the treatment head to maximize the transmission of the shock wave generated by the bullet during operation to the impact head; and the buffer structure reduces the bullet pressure, greatly improving the bullet life.Although it can meet the needs of shock wave therapy to a certain extent, it cannot achieve the low energy density and shallow surface penetration depth, nor can it solve the problem of discomfort caused by shock wave vibrations in the therapist's hands. Utility Model Content

[0003] In view of the above problems, the purpose of the utility model is to provide a handle for a pneumatic ballistic shock wave therapy device with replaceable wearing parts, the function of identifying wearing parts, and reducing discomfort caused to the operator for a long time.

[0004] To achieve the above-mentioned purpose, the utility model provides a handle of a pneumatic ballistic shock wave therapy instrument, characterized in that it includes a handle body and a consumable part connected to the handle body, and an electronic RFID tag reader connected to the consumable part is provided on the handle body. The consumable part includes a threaded seat provided in the handle body, a tube body extending to the outside of the handle body connected to the threaded seat, a treatment head provided at one end of the tube body, a ballistic tube provided in the tube body, and a bullet provided in the ballistic tube. A buffer spring is provided between the threaded seat and the inside of the handle body.

[0005] In some embodiments, the electronic RFID tag reader includes a conductive ring provided on the consumable part, an electrode sheet provided on the handle body and in contact with the conductive ring, and an RFID tag host provided on the handle body and connected to the conductive ring and the electrode sheet respectively.

[0006] In some embodiments, the host includes an RFID read / write control chip, an RFID tag built-in storage card and a data storage module respectively connected to the RFID read / write control chip, and a front display screen connected to the RFID read / write control chip.

[0007] In some embodiments, a hand-held rubber sleeve is provided on the tube body.

[0008] The beneficial effects of the utility model are that it has replaceable wearing parts, can identify wearing parts, and reduce the discomfort caused to the operator for a long time. Since the improved threaded seat is threadedly connected to the tube body, the wearing parts can be replaced at any time. In addition, the electronic RFID tag reader is connected to the wearing parts, and the wearing parts information (treatment head model, number of uses, remaining number of uses, etc.) can be timely identified. When the number of uses of the wearing parts reaches the life requirement, the handle body can be prompted to replace the wearing parts in time, which solves the problem that the wearing parts of the prior art are not easy to replace, and the treatment head and the number of uses of the treatment head cannot be identified, which is not convenient for consumables management, and the wearing parts can be replaced, and the wearing parts can be identified. Because the threaded seat is provided in the handle body, and a buffer spring is provided between the threaded seat and the inside of the handle body, and a hand-held rubber sleeve is provided on the tube body, not only can the wearing parts be guaranteed to perform telescopic movement in the handle body, but also the vibration to the operator is reduced. At the same time, the hand-held part is designed to be made of rubber material to reduce the friction to the operator, and the effect of reducing the discomfort caused to the operator for a long time is achieved. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is a structural schematic diagram of the utility model in use state;

[0010] Figure 2 It is a schematic diagram of the top view of the structure of the utility model in use;

[0011] Figure 3 It is a schematic diagram of the internal structure of the utility model;

[0012] Figure 4 It is a structural schematic diagram of the wearing parts in the utility model;

[0013] Figure 5 It is a schematic diagram of the top view of the wearing parts in the utility model;

[0014] Figure 6 for Figure 5 The cross-sectional structural diagram of AA shown;

[0015] Figure 7 This is a block diagram of the RFID tag host and the treatment head in the utility model;

[0016] Figure 8 This is a block diagram of the internal structure of the RFID tag host in the utility model. DETAILED DESCRIPTION

[0017] The utility model is further described in detail below in conjunction with the accompanying drawings.

[0018] like Figure 1-8As shown, a handle of a pneumatic ballistic shock wave therapy instrument comprises a handle body 1 and a consumable part 2 connected to the handle body 1, and an electronic RFID tag reader 3 connected to the consumable part 2 is provided on the handle body 1. The consumable part 2 comprises a threaded seat 21 provided in the handle body 1, a tube 22 extending to the outside of the handle body 1 connected to the threaded seat 21, a treatment head 23 provided at one end of the tube 22, a ballistic tube 24 provided in the tube 22, and a bullet 25 provided in the ballistic tube 24. A buffer spring 26 is provided between the threaded seat 21 and the inside of the handle body 1.

[0019] The electronic RFID tag reader 3 includes a conductive ring 31 provided on the consumable part 2, an electrode sheet 32 ​​provided on the handle body 1 and in contact with the conductive ring 31, and an RFID tag host 33 provided on the handle body 1 and connected to the conductive ring 31 and the electrode sheet 32. The host includes an RFID read-write control chip, an RFID tag 34 with a built-in memory card and a data storage module connected to the RFID read-write control chip, and a front display screen connected to the RFID read-write control chip. A handheld rubber sleeve 35 is provided on the tube body 22.

[0020] When in use, the consumable part 2 is connected to the host through a thread, and the conductive ring 31 installed on the consumable part 2 and the electrode sheet 32 ​​on the host are in contact and connected to identify that the consumable part 2 is installed in place. At the same time, the electronic RFID tag reader 3 installed on the handle body 1 is used for identification, and the consumable part 2 information (treatment head 23 model, number of uses, remaining number of uses, etc.) is timely identified. When the number of uses of the consumable part 2 reaches the life requirement, the handle body 1 can be prompted to replace the consumable part 2 in time. Different types of treatment heads 23 are installed on different consumable parts 2, which can treat different parts of the patient. Shock wave therapy can be used to activate connective tissue, promote collagen production and improve skin elasticity. This treatment stimulates cell metabolism and regeneration by transmitting high-energy sound waves to human tissue, thereby promoting the regeneration and repair of connective tissue. It can also be used in the field of medical beauty. Shock wave therapy is usually used to improve skin sagging, reduce wrinkles, enhance facial contours, and improve orange peel tissue. By stimulating the regeneration of connective tissue and collagen, shock wave therapy helps to make the skin firmer, smoother and more elastic.

[0021] The above are only some embodiments of the present invention. For those skilled in the art, several modifications and improvements can be made without departing from the inventive concept of the present invention, which all belong to the protection scope of the present invention.

Claims

1. A handle of a pneumatic ballistic shock wave therapy instrument, characterized in that , including a handle body and a consumable part connected to the handle body, and an electronic RFID tag reader connected to the consumable part is provided on the handle body; The consumable parts include a threaded seat provided in the handle body, a tube body connected to the threaded seat and extending to the outside of the handle body, a treatment head provided on one end of the tube body, a ballistic tube provided in the tube body, and a bullet provided in the ballistic tube; A buffer spring is arranged between the threaded seat and the inside of the handle body.

2. A handle of a pneumatic ballistic shock wave therapy device according to claim 1, characterized in that The electronic RFID tag reader includes a conductive ring provided on the consumable part, an electrode sheet provided on the handle body and in contact with the conductive ring, and an RFID tag host provided on the handle body and connected to the conductive ring and the electrode sheet respectively.

3. A handle of a pneumatic ballistic shock wave therapy device according to claim 2, characterized in that The host includes an RFID read-write control chip, an RFID tag built-in storage card and a data storage module respectively connected to the RFID read-write control chip, and a front-end display screen connected to the RFID read-write control chip.

4. The handle of the pneumatic ballistic shock wave therapy device according to claim 1, characterized in that , a handheld rubber sleeve is provided on the tube body.

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