Abstract: A massage machine includes a main body, a first and a second gas transmission structures. The main body includes a casing and a panel. The first gas transmission structure includes a first outlet tube, a gas suction tank, a vacuum pump and a first connecting tube. The first outlet tube is disposed on the panel and communicates with the gas suction tank. The vacuum pump communicates with the gas suction tank through the first connecting tube. The second gas transmission structure includes a second outlet tube, a gas intake tank, an electromagnetic valve, a second connecting tube and a third connecting tube. The second outlet tube is disposed on the panel. The gas intake tank communicates with the second outlet tube through the second connecting tube. The electromagnetic valve communicates with the gas intake tank and communicates with the gas suction tank through the third connecting tube.

Abstract: A negative pressure massage apparatus includes a vacuum pump, two solenoid valves and a control board. The vacuum pump is used to generate a negative pressure outside the negative pressure massage apparatus. Two solenoid valves are used to control a gas flow input into the negative pressure massage apparatus. The control board is used to activate or stop at least one of the vacuum pumps, and the two solenoid valves. The present disclosure further includes a method of using the negative pressure massage apparatus.

Abstract: A negative pressure massage apparatus includes a vacuum pump, two solenoid valves and a control board. The vacuum pump is used to generate a negative pressure outside the negative pressure massage apparatus. Two solenoid valves are used to control a gas flow input into the negative pressure massage apparatus. The control board is used to activate or stop at least one of the vacuum pumps, and the two solenoid valves. The present disclosure further includes a method of using the negative pressure massage apparatus.

Abstract: A negative-pressure massage machine includes a main body and an embedded filter. The main body has a panel with an installing hole. The embedded filter includes a hollow cylinder and a filter element disposed in the hollow cylinder. The hollow cylinder is assembled or removed corresponding to the installing hole from the outside of the panel. Therefore, the ventilation may be performed with a filter assuredly when a user is operating, and the degree of dirtiness of the filter may be easily viewed and the filter may be replaced conveniently.

Abstract: The disclosure provides a massage apparatus including a main massage device and an auxiliary massage device. The auxiliary massage device is electrically connected to the main massage device after passing an authentication procedure. The authentication procedure includes following steps. The main massage device is connected to an Internet. The main massage device is registered on a cloud data base. The main massage device transmits an authentication signal to the auxiliary massage device. The main massage device determines whether the auxiliary massage device is being unlocked according to an authentication information transmitted by the auxiliary massage device.

Abstract: A vibration box on a negative pressure cup capable of strengthening airtightness for achieving waterproof, anti-collision and noise reduction functions, comprising a vibration box installed on a negative pressure cup; a vibration motor disposed inside the vibration box; a vibration box back cover disposed on a back of the vibration box for sealing; a waterproof rubber element disposed on the vibration box back cover and a contact surface of the vibration box, the vibration box back cover and the contact surface of the vibration box being reciprocally disposed with flanges and grooves, a surface of the waterproof rubber element being disposed with recesses with a concave cross section, each of the recesses being sleeved to one of the flanges and embedded in the groove to be sealed; a noise reduction cover hooded outside the vibration motor; and a buffer cushion disposed between the vibration motor and the noise reduction cover.

Abstract: A pressure regulating valve for a cupping negative pressure apparatus is provided with an upper pressure regulating valve screw cap and a lower pressure regulating valve body having a metal nut structure inside, and the metal nut structure is provided with a plurality of nut pressure relief holes. The pressure regulating valve screw cap can be tightened to block circulation of the nut pressure relief holes. A muffler cover assembly seat is disposed on an outermost side of a metal nut structure assembly seat for assembling a muffler cover, small holes for circulating air are disposed between the muffler cover and the metal nut structure assembly seat. The pressure regulating valve body has negative pressure communication holes for sucking and discharging air and the negative pressure communication holes are communicated or plugged by quick-plug screw caps. A filter cotton is disposed in the pressure regulating valve body.

Abstract: The head cap for the use of head physical therapy in the present invention is related that the head cap is covered the head when using the vacuum device to generate a negative pressure for treating the head by massaging the user's head and improving a blood circulation. The head cap in the present invention includes a head housing with an opening and a hole, an auxiliary unit connected with the opening and having an air vent, a vacuum device connected with the air vent, and a cushion ring connected with the head housing, wherein the cushion ring and the head housing form a sealed space when a user inserts its head in the cushion ring and the vacuum device is configured to provide the negative pressure for the physical therapy.

Abstract: An exercising apparatus is provided. The apparatus includes a cup having a lateral side for being adhered to a join section between a leg and a body of the user, an upper side for being adhered to an abdomen of the user, a lower side for being adhered to an anal area of the user, a tube connected to the cup and an air pump for sucking an air inside the cup out through the tube. When the air is exhausted out from the cup, the hypogastrium is bulged, and then when the air gets into the cup, the hypogastrium is restored, such that, the hypogastrium is exercised by being released and contracted.

Abstract: An illumination device for coupling with a cup structure is disclosed. The illumination device comprises a plurality of light sources disposed therein so as to provide the cup structure with illumination effect. The light sources are such as LED lamps for generating light beams of proper wavelengths so as to produce different medical purposes including eliminating wrinkles, enhancing elasticity, sterilization, relieving itching, and reducing inflammation. The illumination device can be attached to or detached from the connection part of the cup structure or the outer lateral of the cup structure easily. The cup structure is a breast-enhancing cup or a cupping cup. In addition, the heaters, the far infrared emitters, or the magnets are mounted on the inside of the illumination device so as to provide with more effects.

Abstract: There is disclosed an apparatus for exercising a hypogastrium of a user. The apparatus includes a cup having a lateral side for being adhered to a join section between a leg and a body of the user, an upper side for being adhered to an abdomen of the user, a lower side for being adhered to an anal area of the user, a tube connected to the cup and an air pump for sucking an air inside the cup out through the tube. When the air is exhausted out from the cup, the hypogastrium is bulged, and then when the air gets into said cup, the hypogastrium is restored, such that, the hypogastrium is exercised by being released and contracted.

Abstract: A method for sucking a body through a sucking device, in which the sucking device includes a vacuum generator, a reservoir, a shield having at least one opening, a first tube and a second tube. The first tube communicates the shield with the vacuum generator and the second tube communicates the shield with the reservoir. The method comprising steps of: covering the shield on an area of the body; generating a negative pressure in the shield by the vacuum generator so as to gradually bulge the body area; and filling a filling medium into the shield from the reservoir for decreasing the negative pressure so as to restore the body area.

Abstract: A device for performing a can sucking therapy is provided. The device includes a can body having a first opening, a second opening and a third opening defined therein, an automatic sucking device connected to the can body and communicating with the first opening for drawing air from an interior of the can body to form a negative pressure state within the can body when the second opening is sealed against a portion of a body, a vibrator mounted on the can body for vibrating the can body, and a valve arranged in the third opening for preventing air from entering the interior of the can body when the valve is turned off and allowing air to enter the can body when the valve is turned on.

Abstract: A can sucker mechanism includes a can body, a connecting hose and a sucking pump. The can body is fitted with a connecting tube, and in the connecting tube is a check valve. The connecting hose is connected to the connecting tube on the can body, and the sucking pump is connected to the other end of the connecting hose. The sucking pump is used to withdraw air from inside the can body, to produce a negative-pressure status. The can body also is fitted with a vibrator to produce a vibrating and massaging function on the can body, to enhance the curative effects of traditional Chinese can sucking therapy.