TH70646A - A flame-retarded cigarette - Google Patents

Abstract

DC60 (29/03/60) This invention relates to a smokeless electronic atomizer containing only tobacco alkaloids (nicotine) and no harmful tar. The cigarette consists of a casing, a cell, a high-frequency generator, a tobacco alkaloid reservoir and its container, a control circuit board, a display screen, a body contact sensor, and an atomizer. The atomizer comprises an electrically heated vaporizing nozzle and an ultrasonic piezoid; the electrically heated vaporizing nozzle is connected to the reservoir capsule; the ultrasonic piezoid attached to the outside of the heated vaporizing nozzle is connected to the high-frequency generator; the four outlet ends on the control circuit board are connected to the high-frequency generator; the electrically heated vaporizing nozzle, a pump or valve, and a display screen; a body contact sensor and an air current sensor are connected to the inlet ends of the control circuit. The advantages of this invention include vaping. A tar-free electronic cigarette that significantly reduces the risk of cancer. Furthermore, users experience a sensation similar to smoking a traditional cigarette and the same level of excitement. Without the need to light a cigarette, there is no fire risk. With minor modifications to the solution reservoir, the device and structure as described in this invention can be filled with common medications for intrapulmonary delivery devices. (Revised 29/03/2017) This invention pertains to a smokeless electronic cigarette containing only tobacco alkaloids (nicotine), without the harmful tar. The cigarette consists of a casing, a cell chamber, a high-frequency generator, a tobacco alkaloid solution reservoir and its container, a control circuit board, a display screen, a body contact sensor, and an atomizing device. The atomizing device comprises an electrically heated vaporizing nozzle and an ultrasonic piezoid. The electrically heated vaporizing nozzle is connected to the solution reservoir capsule. The ultrasonic piezoid, attached to the outside of the heated vaporizing nozzle, is connected to the high-frequency generator. The device has four outlet ends. The control circuit board is connected to a high-frequency generator, an electrically heated vaporizing tube, a pump or valve, and a display screen. A body contact sensor and an airflow sensor are connected to the inlet end of the control circuit. Advantages of this invention include tar-free smoking, significantly reducing the risk of cancer. Furthermore, the user experiences a sensation similar to smoking and a similar level of excitement, and there is no need to light a cigarette, thus eliminating the risk of fire. With minor modifications to the solution reservoir, the device and its structure can be filled with common medications for intrapulmonary delivery devices. ----------------------- This invention concerns a flameless aerosol cigarette that contains no harmful tar, but only tobacco alkaloids (nicotine). This cigarette is a single, integrated unit shaped like a cigarette pipe, comprising a casing, battery, high-frequency generator, stored tobacco alkaloid solution and container, control circuitry, display screen, airflow sensor, contact sensor, electrostatic atomizer, high-temperature gas injection tube, and accessories. A pre-arranged electrically heated gas injection tube, with an air-drawing end into the casing, is connected to a high-frequency generator on a control board via an electrically controlled pump or valve. This valve contains a measuring cavity and a liquid collection capsule with a one-way valve for the tobacco alkaloid solution, which is also connected to the electrically controlled pump or valve. Four output terminals on the control board are connected to the high-frequency generator, the electric heater, the pump or valve, and the display screen, respectively. The advantage of this invention is that no tar is inhaled during smoking, thus significantly reducing the risk of cancer while maintaining the sensation and intoxication similar to smoking a real cigarette. Furthermore, ignition is not necessary, thus eliminating combustion.

Claims (18)

Revised 29/03/2017 1. An electronic vaporizer that does not produce smoke is characterized by the following components: a casing, a cell chamber, a high-frequency generator, a tobacco alkaloid solution and its container, a control circuit board, a display screen, an airflow sensor, a body contact sensor, and an atomizer. The atomizer consists of an electrically heated vaporizing tube and a supersonic piezoid. The electrically heated vaporizing tube (17), arranged at the end that draws air into the casing (6), is connected to a solution capsule (13) with a one-way liquid filling valve (12) containing the tobacco alkaloid solution, which is then administered via an electronically controlled pump (11) or a valve connected to the sensing cavity. A supersonic piezoid (20), attached to the outside of the electrically heated vaporizing tube, is connected to the high-frequency generator on the control circuit board (8); The four outlet ends of the control circuit board (8) are connected to the high-frequency generator, the electrically heated vaporizing tube, the pump or valve and the display screen, respectively; the body-sensitive sensor (19), and the airflow sensor (18) are connected to the inlet ends of the control circuit; the front end of the casing (6) shall also include the cell chamber and the red LED which make up the smoking pipe, tube or pen in the same form. 2. The non-smoky electronic vaporizer according to claim 1 is characterized by a high-frequency generator on the control circuit board consisting of a capacitor connected to a three-point vibrator or an inductor connected to a three-point vibrator or a converter-type vibrating circuit with frequencies between 35 KHz and 3.3 MHz, the circuit shall have an automatic fine-tuning circuit that resonates with a supersonic piezoid (20). 3. The non-smoky electronic vaporizer according to claim 1 is characterized by a high-frequency generator on the control circuit board consisting of a capacitor connected to a three-point vibrator or an inductor connected to a three-point vibrator or a converter-type vibrating circuit with frequencies between 35 KHz and 3.3 MHz, the circuit shall have an automatic fine-tuning circuit that resonates with a supersonic piezoid (20). 4. The non-smoke-producing electronic atomizer under Reputation 1 is characterized by a one-way liquid filling valve sealed by a spherical or conical assembly under spring pressure. 5. The non-smoke-producing electronic atomizer under Reputation 1 is characterized by an airflow sensor (18) made up of a single unit of thin-surface thermistor array. 6. The non-smoke-producing electronic atomizer under Reputation 1 is characterized by a body contact sensor of the resistive or capacitive type and its electrodes are made up of an upper and lower metal film and are positioned at the end of the smoking device. 7. The non-smoke-producing electronic atomizer under Reputation 1 is characterized by a body contact sensor of the resistive or capacitive type and its electrodes are made up of an upper and lower metal film and are positioned at the end of the smoking device. Electronically controlled vaporizers (11) are to be of the compression type, piston type, concentric type, or screw type. 8. Electronic vaporizers that do not produce smoke according to Reputation 1, which are characterized by an electrically heated vaporizing tube (17), are to be made of heat-resistant material with low thermal conductivity, a tube with an inner diameter of 0.05-2 mm and an effective working length of 3-20 mm, an electrically heated element is arranged within the tube, the electrically heated vaporizing tube is made of Traditional ceramics, alumina-silicate ceramics, titanium oxide, zirconium oxide, yttrium ceramics, molten silicon, silicon dioxide, molten aluminum oxide, polyfluortetraethylene, carbon fibers or glass fibers and in the shape of a straight tube or a spiral. 9. Electronic vaporizers that do not produce smoke according to claim 8, which are characterized by an electrically heated vaporizing element in an electrically heated vaporizing tube made of a wire made of an alloy of nickel, chromium and iron, aludirome, stainless steel, gold, platinum, or molybdenum-B and in the shape of a straight tube, a spiral, a double spiral, a group or a group of spirals, or the electrically heated element is created by coating the inner wall of the electrically heated vaporizing tube with a heated coating of an electrically heated ceramic material, a semiconductor material, or a corrosion-resistant metal film. Metallized film is a film made of gold, nickel, chromium, platinum, or molybdenum. 10. Electronic spray cigarettes that do not produce smoke according to claim 1 are characterized by a tobacco alkaloid solution consisting of tobacco alkaloids, propylene, glycerin, organic acids, extracts, water, and ethanol, where the amount of tobacco alkaloids is between 0.1% and 6%, and the amount of propylene is 80%-90%, the amount of organic acids is 2%, and the remainder is glycerin, extracts, antioxidants, water, and ethanol. 1. A flameless aerosol cigarette is characterized by a single, integrated body shaped like a smoking pipe, which consists of a housing, battery, high-frequency generator, stored tobacco alkaloid solution and container, control circuitry, display screen, airflow sensor, human body contact sensor, an electrically charged ultrasonic atomizer, a heated gas nozzle, and accessories. The electrically heated gas nozzle (17), arranged at the air intake end of the housing (6), is connected to the high-frequency generator on the control circuitry (8) through an electrically controlled pump (11) or a valve with a measuring cavity and a liquid storage capsule (13) with a one-way fill valve (12) for the tobacco alkaloid solution connected to the electrically controlled pump or valve, and an ultrasonic piezoid (20) attached externally. The gas injection tube (17) has four output terminals on the control circuit board (8) connected to the high-frequency generator on the control circuit, the electric heater, the pump or valve, and the display screen, respectively, while the human body resistance sensor (19) and the airflow sensor (18) are connected to the input terminals of the control circuit. The front end of the enclosure (6) also includes the battery and a red LED, which make up the integrated body in the shape of a smoking pipe, tube, or pen, along with the other components. 2. A flameless aerosol cigarette is characterized by a gas injection tube (117), a heated impeller (111) made of a nickel-titanium alloy, and a liquid capsule (113) connected to the heated impeller, which make up the liquid delivery device. Two output terminals on the control circuit board (108) are connected to an electric heater and a pump or valve, while a human resistance sensor (119) is connected to the input terminals of the control circuit. The front end of the enclosure also includes a battery (105) and a red light-emitting diode (103), which together form a single unit shaped like a pipe, tube, or pen, along with other components. 3. Flameless aerosol cigarettes are characterized by an electrically heated gas injection tube (217) connected to a liquid capsule (213) via an air-pressurized valve; a hyperelastic element (210) is connected to a pressure plate (211) against which the liquid capsule compresses; the air-pressurized valve consists of an air-pressurized membrane (214), a magnetic steel ring (218), a steel valve needle (220), and a return spring (221). 4. Flameless aerosol cigarettes are characterized by an electrically heated gas delivery tube (317), an electrically controlled valve (311) with a measuring cavity (320), and a liquid capsule (313) forming the passage for the liquid, with a gas-filled, high-pressure nitrogen gas casing arranged around the outer rim of the liquid capsule. 5. The cigarettes under claim 1, which are characterized by the high-frequency generator on the control circuit (8) shall consist of a capacitive-linked three-point vibrator, or an inductor-linked three-point vibrator, or a transformer-type vibrator circuit with frequencies ranging from 35 KHz to 3.3 MHz, in which the circuit shall have an automatic frequency cutoff circuit that reflects a piezoid (20). 6. Cigarettes under claim 1, which have the special characteristic that the capsule containing the tobacco alkaloid solution (13) is made of silicone rubber or other polymer compounds that prevent the tobacco alkaloids from permeating through. 7. Cigarettes under claim 1 which have the special characteristic that the one-way filling valve (12) is sealed by a ball or cone under spring pressure. 8. Cigarettes under claim 1, which have the special characteristic that the airflow sensor (18) is made of a thermistor array with a thin membrane that is integrated into a single unit. 9. The cigarette under claim 1, which has the special characteristic that the electrode of the resistance-capacitance sensor (19) consists of two thin metal membranes, one on top and the other on the bottom, where a change in the resistance-capacitance parameter after contact with the human body is fed into the control circuit to create a human body contact switch. 10. The cigarettes under Requisition 1, which is characterized by the fact that the electrically controlled pumps (11) shall be driven by an electric motor or a linear motor, where a speed reducer of a high speed ratio shall be driven through the shaft to enable the pump to operate at low speeds and high torques, where the pumps shall be creep pumps, piston pumps, concentric pumps or screw pumps, where the impulse pumps, special magnetic deformation pumps, thermal expansion pumps, thermal contraction pumps and hot air lift pumps shall also be used as liquid pumps. 11. The cigarettes under claim 1, which are characterized by the electric heated gas injection tube (17), are fine tubes made of a material of low thermal conductivity and high temperature resistance, having an inner diameter of 0.05-2 mm and an effective working length of 3-20 mm, in which an electric heating element is arranged within the tube, in which the shape of the electric heating element and the tube cavity is designed to facilitate the gasification of the liquid and the injection or spraying of the liquid, in which the gas injection tube (17) is straight or helical, in which it may be made of common ceramics, or it may also be made of aluminum silicate ceramics, titanium oxide ceramics, zirconium oxide ceramics, yttrium oxide ceramics, molten silicon, silicon dioxide or molten aluminum silicate, in which it may also be made of polytetrafluoroethylene, carbon fiber, glass fiber or other similar materials. 12. The cigarettes under Reservience 1, which is characterized by the fact that the electrically heated element inside the gas injection tube (17) may be made of nickel-chromium alloy wire, alutyrome wire, stainless steel wire, gold wire, platinum wire or tungsten-molybdenum alloy wire, where the electrically heated element may be linear, single helical, double helical, combined or helical in shape, with linear or helical being the most common choice, where the electrically heated element may be in the form of a hot coating applied to the inner wall of the tube, where the coating may consist of electrically heated ceramic material, semiconductor material, or a thin membrane of corrosion-resistant metal such as gold, nickel, chromium and platinum, where the coating may be applied by stucco, chemical plating or ion spraying, where the heating mechanism of the high-temperature gas injection tube may be arranged within the tube wall using the above materials and forms, where the high-resistance metal injection tube may not have a heating wire and instead, the current applied Heating can be provided for direct injection of the pipe, where the heating mechanism can also be arranged externally within the injection pipe using the materials and designs mentioned above, where an optimal response time can be achieved in a power-supplied mode that provides a short preheating period. 13. Cigarettes under Patent 1, which are characterized as an alkaloid solution of tobacco leaves used for spraying, consisting of tobacco alkaloids, propylene glycol, glycerin, organic acids, antioxidants, extracts, water, and ethanol, with the content of tobacco alkaloids 0.1%-6%, propylene glycol 80%-90%, organic acids 0.2%-20%, and the remainder being glycerin, extracts, antioxidants, water, and ethanol. 14. The cigarettes under claim 10, which are characterized by a heat-propelled smoking device, are ejectable devices in which a heat-shrinkable rubber tube made of nickel-titanium alloy wire or acid bronze alloy wire is heat-shrinkable, and during the heat-shrinking process, three points on the rubber tube are compressed to create a pressure cavity from which the liquid is pumped out. 15. Cigarettes under claim 10, which are characterized by the fact that in a heated expansion device, a small hydrogen capsule containing an electrically heated element is sealed on the liquid inlet port and opens the liquid outlet port to create a pressure cavity that pumps the liquid out. 16. Cigarettes under claim 10, which are characterized by the fact that in a lift-type device, with hot air, the liquid on an electrically heated thin membrane is rapidly gasified to create a pressurized cavity that pumps the liquid out. 17. The cigarettes under Requisition 1, which are characterized by the fact that such electrically controlled smoking devices or valves may be heat-shrink valves constructed by the electrically heated shrinkage and compression of a nickel-titanium memory alloy wire or acid bronze memory alloy wire onto a silicone rubber tube. 18. The cigarette under claim 1, which is characterized by the valve's measuring cavity, which contains a cylinder with a fluid inlet and outlet ports, a piston with an opening and a return spring connected to pistons arranged within the cylinder.