ULTRASONIC ADHESIVE CUPPING CUPS AND THEIR MANUFACTURING METHOD.

Abstract

This invention relates to the cupping cup used in traditional / complementary medicine, which accelerates blood circulation by applying a vacuum effect to specific points on the body, facilitates the removal of toxins, and its feature is that it contains a lower crystal (3) attached to the lower surface of the suction tube (1) to trap the valve (4) (prevent it from coming out) and a spring rubber (2) attached to the lower crystal (3) which is attached to the suction tube (1) by ultrasonic vibration.

Description

1 TARIFF ULTRASONIC ADHESIVE CUPPING CUPS AND THIS CUP PRODUCTION METHOD Technological Field: This invention stimulates blood circulation by applying a vacuum effect to specific points on the body. accelerating, facilitating the elimination of toxins, and in traditional / complementary medicine It is related to the cupping therapy device used. 10 The invention will prevent explosions during treatment through a negative vacuum effect. This is a cupping cup produced by bonding with ultrasonic vibration. State of the Art: 15 Cupping therapy (hijama) has a history of approximately 5000 years and involves drawing blood from the skin. The oldest method of cleansing the body of toxins by pulling them out from underneath It is one of the complementary treatment methods. By creating a vacuum effect in the body, it accelerates blood circulation and removes toxins. dry and wet (bloody cupping) methods to facilitate removal These methods require the creation of a vacuum. Old One of the methods of creating a vacuum by the effect of fire has gradually been replaced by vacuum. They acquired the machines. A suction machine placed on top of the cups, cup 25 It removes the air inside by vacuuming it out, making it suitable for treatment. Cups with valve / needle attachments on top that are compatible with suction systems. It is used. In application number TWM591857, located at the top of the cup. and the valve / needle that ensures controlled and safe pressure release is described. In design application number TR20220098, the cupping cup, vacuum 30 The pump and needle are described. 2 In the utility model application numbered 2022 / 013933, “Both itself and the air The invention, described as a "cupping needle capable of holding," is particularly relevant to cupping cups. both can be integrated and can be produced as a single piece (monolithic). It is a cupping needle that can trap air. Patent application number 2018 / 19810 describes a design for "cupping therapy cups." A "new valve" has been described. This invention allows air to escape from cupping and massage cups. It allows for controlled suction by being drawn from the cup, and this suction... with a valve mechanism designed for cupping cups used for draining. It is related. 10 The valve / needle systems used in the current system cause excessive vacuum buildup. This causes explosions. In the current system, the needle / valve is cylindrical. The suction tube is placed inside the structure. It is enclosed at the bottom with a plug. The vacuum device starts suction from the top of the cup, pushing the valve / needle upwards 15 It moves and allows air to pass through. After the vacuuming process is complete... The valve / needle moves towards the stopper (cup body) by the pulling force of the vacuum. by closing the air passage. If the vacuum is strong. The plug holding the valve / needle detaches from the suction tube to which it is attached, causing an explosion. This is happening. This is an undesirable event. It disrupts the treatment process and 20 This causes the treatment time to be prolonged. Also, the location of the cut area The cup becoming dislodged in the area poses a hygienic risk and affects patient safety. It puts it at risk. In current systems, post-vacuum seal failure or loosening is common in cups. It is observed that, as a result, the aforementioned disadvantages are overcome. capable of leak-proofing, targeted by cupping therapy. a new technology that ensures full physiological benefits It is needed. Description of the invention: 3 This invention is an ultrasonic device that can overcome the disadvantages mentioned above. It is an adhesive cupping cup, its feature is that it is enclosed inside a suction tube. valve / needle dislodgement and vacuum losses referred to as bursting The invention eliminates bonding by ultrasonic sealing. It utilizes high vacuum pressure. It maintains its airtightness by remaining locked even underneath. 5 The invention prevents needle / valve dislodgement through ultrasonic bonding. It prevents this. Ultrasonic bonding has high suction and vacuum force. It provides durability. This eliminates the risk of explosion. In this invention, the lower crystal is fixed to the cup by bonding. Ultrasonic bonding. The process has been automated to enable mass production. This has resulted in lower costs. It has both reduced the pressure and enabled operation under high vacuum. Ultrasonic sealing ensures a complete leak-proof seal. Any 15 Because there is no air / vacuum leakage, the treatment process is completed more efficiently. It ensures that the vacuum created remains constant throughout the process. The condition is the process by which stagnant blood and toxins under the skin are drawn to the surface. without interruption, contributing to the smooth and healthy progress of the treatment process. It provides. 20 The invention, produced by ultrasonic bonding, is pulled out by a vacuum pump. It traps the air completely inside the cup. This ensures that the cup stays cool during application. This prevents the cup from falling off spontaneously. Because the cup doesn't fall off during the procedure. The practitioner does not have to interrupt the procedure. Also, in wet treatment, infection and 25 It minimizes the risk of cross-contamination. This invention, produced using ultrasonic bonding, applies a strong adhesive to the skin in a single application. it holds on, so the practitioner can constantly check or re-apply the cups. The need for vacuuming is eliminated. The practitioner removes the cups from their position 30 Because he was sure he wouldn't interfere, the process was faster, more focused, and smoother. It completes in this way. 4 The invention reduces operating costs because the gluing process is performed in an automated environment. It is low. It is efficient because there is no pressure leakage. Both the manufacturer and the installer. It is an economical product in terms of value. Explaining the Figures: The invention will be described by reference to the attached figures, so that the invention Its features will be understood and appreciated more clearly, but the purpose of this is... The aim is not to limit the invention to these specific regulations. On the contrary, the invention 10 all that can be included within the area defined by the attached claims The aim is to cover alternatives, modifications, and equivalencies. The details shown represent only the preferred arrangements of the present invention. It was shown for the purpose of explanation and both shaping the methods, The 15 most useful and easily understandable rules and conceptual features of the invention It should be understood that they are presented to provide a definition. In these drawings; Figure 1 Perspective of subcrystalline structure fixed by ultrasonic bonding. It is appearance. Figure 2 shows the ultrasonic bonding method. 20 Figure 3 shows the assembly of the valve system. Figure 4 is another image illustrating the ultrasonic bonding method. Figure 5 shows how the valve system works. Figure 6 shows the operation of the valve system (valve closed). Figure 7 shows the operation of the valve system (valve open). 25 Illustrations that will help understand this invention are shown in the attached image. They are numbered and their names are given below. References Explanation: 30 1. Suction tube 1.1. Valve contact surface 1.2. Tube throat 1.3. Vacuum area 1.4. Upper air vent 1.5. Bottom crystal contact surface 5 2. Suspension rubber 2.1. Air passage duct 3. Subcrystal 3.1. Tire locking tab 3.2. Air passage hole 10 3.3. Tire contact surface 3.4. Bonding surface 4. Valve 4.1. Nail top contact surface K. Cupping therapy 15 Description of the Invention: The invention is a suction tube (1) bottom that will trap the valve (4) (prevent it from coming out). Ultrasonic vibration of the bottom crystal (3) and suction tube (1) attached to its surface 20 spring rubber (2) associated with glued bottom crystal (3) includes (Figure-1). Lower crystal (3), spring rubber (2) and valve (4) located inside the suction tube (1) It keeps (imprisons). In accordance with this purpose, the lower crystal (3), 25 to the lower crystal contact surface (1.5) located on the lower surface of the suction tube (1) It is glued (Figure-2). The lower crystal (3) enables it to be fixed to the suction tube (1). bonding surface (3.4), rubber contact surface bearing the spring rubber (2) (3.3) and the tire locking tab with an air passage hole in the middle (3.2) (3.1) consists of (Figure-3, Figure-4). 30 6 The lower crystal (3) is attached to the cupping cup (K) by automatic machines. The cupping cup (K) is automatically applied using an application machine. For this purpose, the valve (4) and spring rubber (2) are inserted into the suction tube (1). After placement, the bottom crystal (3) is bonded by ultrasonic vibration. Detailed Description of the Invention: The valve (4) is placed in the upper air passage hole (1.4), the spring rubber (2), air passage channel (2.1) on it and on the lower crystal (3) It is associated with the tire locking tab (3.1). The spring tire (2) lower 10 After being associated with the crystal (3), the lower crystal (3) is attached to the lower surface of the suction tube (1). It is attached. The lower crystal (3) is attached to the suction tube (1) by ultrasonic vibration. It is glued. Thus, the bottom crystal (3) glued from below, the valve (4) suction It traps the tube (1) inside (Figure-6, Figure-7). During the use of the device, the cup is placed on the area to be treated and The device that will create the vacuum is placed on the upper part of the suction tube (1). The device creates negative pressure by drawing suction. With this suction power... Vacuuming is starting. During vacuuming, the valve (4) is inside the upper air passage hole (1.4) and at its tip The nail located is free (Figure-2). With vacuuming, the valve (4), upper It escapes from the spring rubber (2) by moving towards the point (Figure-7). At this time, the upper contact surface (4.1) of the nail located at the end of the valve (4) is on the tube neck. (1.2) rests on the valve contact surface (1.1). As a result of these processes, the cup 25 negative pressure force inside, air passage channel (2.1) and air passage hole (3.2) passes through and creates a vacuum inside the cup (Figure-2, Figure-7) After the vacuuming process is complete, the vacuum effect inside the cupping cup (K) The nail located at the end of the valve (4) opens the air passage channel (2.1) of the spring rubber (2) 30 It closes (Figure-1). The negative pressure created inside the cup (K) separates it from the external environment. While drawing air through the upper air passage hole (1.4) that will want to draw air inside 7 It also pulls the valve (4) located at the end of the valve (4) (Figure-5). Thus, the valve (4) located at the end of the valve (4) nail, air passage channel (2.1) of the spring rubber (2) and lower crystal (3) on by closing the air passage hole (3.2) the vacuum remains inside the cup (K) will provide (Figure-6). 10 20 30

Claims

8 REQUESTS 1- The invention is in the cupping cup (K) and suction tube (1) in which dirty blood is collected. Ultrasonic adhesive cupping developed using a valve (4) It is a cup, and its feature is; 5 - the bottom of the suction tube (1) will trap the valve (4) (prevent it from coming out) The bottom crystal (3) glued to its surface and - on the bottom crystal (3) attached to the suction tube (1) by ultrasonic vibration It contains associated spring rubber (2). 2- The ultrasonic adhesive cupping cup mentioned in Claim 1 has the following features: bonded to the lower crystal contact surface (1.5) located on the lower surface of the suction tube (1). It is characterized by containing a subcrystal (3). 3- The sub-crystal (3) conforming to Claim 1 or Claim 2, its characteristic is; 15 in the suction tube (1). The adhesive surface (3.4) which enables fixation, the bearing of the spring rubber (2) tire with a rubber contact surface (3.3) and an air passage hole in the middle (3.2) It is characterized by having a locking tab (3.1). 4- The ultrasonic adhesive cupping cup mentioned in Claim 1 has the following feature: 20 Air passage created to be associated with the tire locking lug (3.1) It is characterized by having a spring rubber (2) containing a channel (2.1). It is done. 5- The sub-crystal mentioned in Claim 1 is (3), and its characteristic is that it is 25 inside the suction tube (1). Characterized by its housing (confining) the spring rubber (2) and valve (4). It is done. 6- The invention is a method for producing ultrasonically bonded cupping cups, Feature; 30 - Place the valve (4) into the upper air passage hole (1.4), - association of the spring rubber (2) to the lower crystal (3) and 9 - the process of attaching the lower crystalline (3) to the lower surface of the suction tube (1) It includes the steps. 7- Production of the ultrasonic adhesive cupping cup mentioned in Claim 6. The method is characterized by ultrasonic vibration of the lower crystalline (3) suction tube (1) 5 It is the process of gluing. 8- Production of the ultrasonic adhesive cupping cup mentioned in Claim 6. The method is characterized by the suction tube of the valve (4) by the glued bottom crystal (3). (1) is to keep it inside. 10 20 30

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