CN203424290U - Non-combustion-type tobacco smoking device based on far infrared heating - Google Patents

Abstract

A non-combustion tobacco smoking device based on far-infrared heating, comprising a housing, a far-infrared emitter arranged along the side wall of the housing, a far-infrared absorber arranged corresponding to the emitter, and a power control component, in the center of the far-infrared absorber There is a tobacco heating chamber for containing tobacco, the power supply and the filter are arranged at both ends of the casing, and a mesh plate is arranged between the filter and the tobacco heating chamber. When in use, put the tobacco product into the tobacco heating chamber, so that the emitter emits rays, and the absorber absorbs the rays to generate heat, thereby heating the smoke sample, and the generated volatiles enter the oral cavity through the filter tip, so that the smoker can obtain satisfaction. The biggest features of the utility model are: energy saving, fast heating, no pollution, high thermal efficiency, suitable for indoor use, and convenient for going out and outdoor use. It not only conforms to people's consumption habit of smoking, but also avoids burning tobacco, and can reduce the harm of "second-hand smoke", so it has potential market competitiveness.

Description

A non-combustion tobacco smoking device based on far-infrared heating

technical field

The utility model relates to an appliance used in the field of smokeless tobacco, in particular to a non-combustion tobacco suction device based on far-infrared heating.

Background technique

Far-infrared heating technology emerged in the early 1970s, and it is an energy-saving technology that has been promoted. Far-infrared heaters have various forms such as plate shape, tube shape, lamp shape and lamp socket shape, and have been widely used in people's daily life, such as infrared ovens, infrared heaters, infrared foot therapy basins and so on. The use of infrared heating technology can improve the heating efficiency. The important thing is to improve the absorption ability of the heated material to the radiation, so that the molecular vibration wavelength matches the wavelength of the far infrared spectrum. Therefore, the appropriate radiation element must be selected according to the requirements of the heated object, and different selective radiation coating materials should be used at the same time, and the surface condition of the heating body should be improved. the

With the continuous deepening of the global tobacco control campaign, the research and development of new tobacco products has been paid more and more attention. Various new tobacco products, such as bagged mouth tobacco products, chewing tobacco, and snuff, have been launched and have occupied a certain market share. The biggest advantage of the product is that there is no smoke formed by combustion during use, and there will be no "second-hand smoke" hazards, and there will be no hidden dangers such as fire. However, based on the long-term consumption habits of smokers, they still have a soft spot for the conventional smoking methods of tobacco. Therefore, they have developed a product that can not only meet people's smoking consumption habits, but also avoid open flames caused by tobacco burning, and reduce the harm of "second-hand smoke" as much as possible. Tobacco smoking devices have attracted the attention of researchers in the industry. A Chinese patent discloses a "blending additive for atomizing smoke after heating tobacco, its use method and tobacco composition", the patent application number is 201210267881.4, which discloses a tobacco heater, which is placed in an oven The electric heating sheet heats the tobacco and blends additives, and then smokes and enjoys the tobacco. Its tobacco heating method is electric heating sheet heating, and no other heating methods are mentioned. The patents "Electric Smoking System and Cigarettes for Delivering Cigarettes and Cigarettes" (Patent No. 94102530.6) and "Heater Used in Electric Smoking Appliances and Its Manufacturing Method" (Patent No. 95190277.6) applied by Philip Morris in China also use electric heating Way.

Contents of the invention

The purpose of this utility model is a non-combustion tobacco suction device based on far-infrared heating designed based on the above-mentioned existing technical conditions. A non-burning smoking appliance that meets market demand.

The purpose of this utility model is to adopt the following technical solutions: a non-combustion tobacco suction device based on far-infrared heating, including a shell, a far-infrared emitter arranged along the side wall of the shell, and a far-infrared absorber arranged corresponding to the emitter As well as the power control part, a tobacco heating chamber for containing tobacco is arranged at the center of the far-infrared absorber, the power control part is arranged at the end of the casing, the filter part is arranged at the front end of the casing, and between the filter and the tobacco heating chamber There is a mesh plate in between.

In the invention, the power control component is a battery or a converter connected with external electricity. A filter piece is added in the filter tip, and the filter tip and the casing are connected by threads or plugged in, so the combination is very convenient.

The heating temperature of the tobacco heating cavity can be 100-500°C.

The tobacco is different forms of tobacco materials such as tobacco leaves, tobacco flakes, and tobacco extracts.

When the utility model is in use, different forms of tobacco materials such as tobacco leaves, tobacco flakes, and tobacco extracts are put into the tobacco heating chamber, the power switch is turned on, and the far-infrared emitter emits rays, and the far-infrared absorber absorbs rays to generate heat. In this way, the smoke sample is heated, and the volatile matter produced enters the oral cavity through the filter tip and the filter sheet, so that the smoker can obtain a sense of satisfaction.

The biggest features of the utility model are: energy saving, fast heating, no pollution, high thermal efficiency, suitable for indoor use, and convenient for going out and outdoor use. It not only conforms to people's smoking consumption habits, but also avoids open flames caused by tobacco burning, is environmentally friendly and pollution-free, and can reduce the harm of "second-hand smoke", so it has potential market competitiveness.

Description of drawings

Fig. 1 is the structural representation of the utility model.

In the figure: 1. Filter, 2. Filter, 3. Mesh plate, 4. Far-infrared emitter, 5. Tobacco heating chamber, 6. Far-infrared absorber, 7. Shell, 8. Battery, 9. Switch , 10. Air intake mesh.

Detailed ways

The utility model is further described below in conjunction with accompanying drawing:

As shown in Figure 1: a non-combustion tobacco smoking device based on far-infrared heating, including a housing 7, a far-infrared emitter 4 arranged along the side wall of the housing, a far-infrared absorber 6 arranged corresponding to the emitter, and a battery 8. A tobacco heating chamber 5 for containing tobacco is arranged in the center of the far-infrared absorber, a battery 8 is arranged at the end of the casing 7 and a switch 9 is arranged, the filter tip 1 is arranged at the front end of the casing, and between the filter tip and the tobacco A mesh plate 3 is arranged between the heating chambers, an air intake mesh 10 is arranged at the bottom of the device, and a filter sheet 2 is added in the filter tip 1 .

The filter tip 1 and the shell 7 can be threaded or inserted.

The cross section of the device is rectangular or circular.

Claims (5)

1. A non-combustible tobacco suction device based on far-infrared heating, characterized in that: it comprises a shell, a far-infrared emitter arranged along the side wall of the shell, a far-infrared absorber and a power control component arranged corresponding to the emitter, In the center of the far-infrared absorber, there is a tobacco heating chamber for containing tobacco, the power control part is arranged at the end of the casing, the filter part is arranged at the front end of the casing, and a mesh is arranged between the filter and the tobacco heating chamber plate. 2. The non-combustion tobacco smoking device based on far-infrared heating according to claim 1, wherein the power control component is a battery or a converter connected to an external power supply. 3. The non-combustion tobacco smoking device based on far-infrared heating according to claim 1, characterized in that a filter is added to the filter tip. 4. The non-combustion tobacco smoking device based on far-infrared heating according to claim 1, characterized in that: the filter tip and the shell are connected by thread or inserted. 5. The non-combustion tobacco smoking device based on far-infrared heating according to claim 1, characterized in that: the heating temperature of the tobacco heating chamber is 100-500 °C.

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