ATOMIZER CONTAINER AND ELECTRONIC HOOKAH

Abstract

An atomizer container and an electronic hookah are described. The atomizer container consists of a container body and a container lid adapted to the container body; these create a cavity to house the vaping material, and both are equipped with air vents. When the atomizer container is heated, the vaping material is insulated by the container body, and hot air enters the vaping material through the air vents. The atomizer container described in this description solves the problem of "combining a container that heats irregularly and houses the vaping material with a hookah device that is difficult to clean daily," thus facilitating the loading of vaping material and the cleaning of the atomizer container. Furthermore, the atomizer container is heated inverted. The vaping material does not come into direct contact with the high temperature, thus preventing the problem of the vaping material burning.

Description

1 TARIFF ATOMIZER CONTAINER AND ELECTRONIC HOOKAH TECHNICAL FIELD The current explanation relates to the technical field of hookahs, and specifically to an atomizer container and an electronic component. It is related to hookah. 5 BACKGROUND The most common electronic hookah on the market is essentially a cooking-type hookah smoking device. It is a device. A cooking-type hookah smoking device usually has smoking materials such as tobacco in the upper part and in the lower part. This part contains water. When this device is used, heated charcoal is placed on the tobacco, thus burning the tobacco. It is heated directly and smoke is produced; this smoke is then filtered through water and finally drunk through a straw. 10 However, the oven-type hookah device currently on the market heats the tobacco to a certain temperature. He cannot control it. If the coal's temperature is too high, the tobacco will burn; if the coal's temperature is too high... If the level is low, the amount of smoke will be insufficient. On the other hand, a storage unit combined with a hookah device... It has a container, which makes daily cleaning difficult. A BRIEF DESCRIPTION OF THE INVENTION Considering the issues mentioned above, the applications of the current statement are as follows: an atomizer container and an electronic hookah that eliminate or at least partially solve the problems It is recommended to provide this. An atomizer container includes a container body and a container cap adapted to the container body; 20 The body and lid of the cup form a cavity to hold the beverage; the cup Both the body and the lid of the container are fitted with air vents; the body of the container is a heat conductor. It is made of material; and When the atomizer cap is heated, the vaping medium is insulated by the cap body, and the hot air escapes into the air. It enters the drinking liquid through the passageway. 25 Ideally, there is a heat dissipation structure within the cavity. Ideally, the heat distribution structure should have a convex section for heat transfer and a concave section for air intake. It contains a section where the height of the convex section is greater than the height of the concave section; and Convex and concave sections are arranged alternately. Ideally, a heat dissipation layer is placed inside the chamber body; and the heat dissipation layer should be 30 Its shape is adapted to the shape of the reservoir body. Ideally, the atomizer container also includes an air passage tube; where the air passage tube voids the space. It is arranged inside and attached to the top of the pot body. 2 Ideally, a heat dissipation layer is placed around the air passage duct. Ideally, the container body should have a thickness of 0.4-3 mm. Ideally, the pot body has a thermal conductivity between 20-600 W / (mK). Ideally, the vessel body includes a top section and a side wall extending along the edge of the top section; And the side wall and top section form a cavity to hold the stuffing. 5 Ideally, the cover is mounted removable to one end of the side wall, away from the top piece; The lid closes an opening and is located at the bottom of the pot body; and the top part generates heat. It is heated. Ideally, the shape of the heat dissipation layer should be adapted to the shape of the top layer. The current description also includes an electronic hookah; where the electronic hookah is a main unit 10 and includes the atomizer housing, which is located inside the main unit. The current explanation specifically includes the following advantages: In the applications of the current statement, "irregularly heated and drinking material the previous technique involved "integrating a container that houses a hookah device, which is difficult to clean daily" In comparison, the current explanation offers the solution of “designing the atomizer chamber separately”; 15 This solution specifically includes a container body and a container lid adapted to the container body; container body and the lid forms a space to hold the beverage; the body of the vessel and the lid Both are equipped with air vents; the container body is made of a heat-conducting material; And when the atomizer cap is heated, the vaping material is insulated by the cap body, and the hot air escapes into the air. It enters the smoking material through the passageway. A space 20 to hold the smoking material. Depending on the vessel body and lid that make it up, it is "heated irregularly and is a smoking device." "A container housing a hookah smoking device is integrated with it, making daily cleaning difficult." The problem is solved, and this involves loading the smoking materials and cleaning the atomizer container. It makes it easier. Meanwhile, when the atomizer container is heated, the cap is at the bottom and the container body is at the top. The cap Since the body is heated, the atomizer container is heated upside down. The vaping material is heated at a high temperature of 25. It does not come into direct contact, thus preventing the problem of the inner lining burning. BRIEF DESCRIPTION OF THE DRAWINGS To clarify the technical solutions outlined in the current statement, please find below. The attached illustrations are briefly explained to illustrate the current statement. As is clearly seen, 30 The attached illustrations in the explanation below illustrate some applications of the current explanation. And experts in this field could create additional drawings besides these attached ones without any creative effort. It can be derived. Figure 1 is a first-perspective view of an atomizer container according to the current description. Figure 2 is a second perspective view of an atomizer container according to the current description. 35 3 Figure 3 is a schematic structural diagram of the atomizer body according to the current description. Figure 4 is a schematic structural diagram of the top part of an atomizer container according to the current description. Figure 5 shows an atomizer container disassembled according to an implementation of the current description. It is the appearance. Figure 6 shows the schematic structural design of the mesh layer of an atomizer container according to the current description. It is a diagram. Figure 7 shows a schematic structure of the cap portion of an atomizer container according to the current description. It is a diagram. Figure 8 is a schematic diagram of the heating stage of an atomizer container according to the current description. Figure 9 is a schematic diagram of the assembly steps of an atomizer container according to the current description. 10 Figure 10 shows a cross-section of an atomizer container, the liquid container, according to the current description. It is the appearance. Figure 11 shows the main unit of an electronic hookah with an atomizer container, according to the current description. It is a schematic diagram. Figure 12 shows a schematic of an electronic hookah containing an atomizer chamber, according to the current description. It is a diagram. 1000: electronic hookah; 14: cavity; 300: chamber; 121: concave part; 301: mouthpiece; 122: convex Part; 201: electric heating element; 123, 1012: air passage pipe; 202: main unit; 124: rivet; 100: vaping container; 141: opening; 10, 101, 200: atomizer container; 142, 102: vaping container; 1, 1013: reservoir body; 21: clamping piece; 2, 1014: reservoir lid; 31: mesh base; 3, 1011: mesh 20 32: mesh edge; 11: air passage hole; 33: arc-shaped passage hole; 12: top part; 34: mounting hole; 13: side wall; and 20': heating device. DETAILED DESCRIPTION OF THE INVENTION To make the purposes, features and advantages of the current statement clearer and more understandable. 25 To bring this to fruition, the existing description is presented with reference to the illustrations and specific applications attached below. It is explained in detail. The applications described are only some parts of the current description. It is clear that there are applications, but not all of them. This is a creative effort by experts in this field. all other applications obtained by relying on the applications of the current statement without expenditure, The current statement will fall under the scope of protection. 30 By analyzing previous techniques, the inventors determined that the most common electronic hookah on the market is essentially based on... They determined that it is a cooking-type hookah smoking device. The cooking-type hookah smoking device... It typically contains smoking materials, such as tobacco, in the upper part and water in the lower part. This device When used, heated charcoal is placed on top of the tobacco, heating it directly and producing smoke. It is produced; this smoke is then filtered through water and finally inhaled through a straw. However, there are currently 35 on the market. 4 This type of hookah device, used for cooking tobacco, cannot control the heating temperature of the tobacco. The charcoal... If the temperature is too high, the tobacco burns; if the coal temperature is too low, the amount of smoke decreases. It is insufficient. On the other hand, there is a storage container combined with the hookah device, which... It makes daily cleaning more difficult. To solve the technical problems mentioned above, the atomizer container used in this invention is a container body 5 It includes a lid 1 and a cap 2; where the cap body is fitted with numerous air vents 11 and It has a top section 12, a side wall 13 that runs along the edge of the top section, and an opening at the top. Section 12 contains a space 14 surrounded by side wall 13; space 14 contains the drinking material. Used for loading 142; cover 2, to one end of side wall 13, away from top part 12. It is removable; lid 2 closes the opening and is located at the bottom of lid body 1. It is positioned; the top part 12 is heated to generate heat, so that the heat is transferred through the side wall 13. The cover is forwarded to #2. Figure 1 shows a schematic structural diagram of an atomizer container according to the current description. This is shown. An atomizer container may include, in particular, the following structures: a container body and an attachment to that body. an adapted cup lid; cup body and cup lid, with a space to hold the drinking material 15 It consists of; the vessel body and vessel lid, both of which are equipped with air vents; the vessel body, It is made of a heat-conducting material; and when the atomizer cap is heated, the vaping material circulates through the cap body. It is insulated by a wall, and warm air enters the drinking material through an air vent. In the applications of the current statement, "irregularly heated and containing a drinking device" "a container integrated with a hookah smoking device that is difficult to clean daily" compared to the previous technique 20 In comparison, the current description, specifically, refers to a reservoir body and a reservoir adapted to that body. It offers a solution of "designing the atomizer chamber separately" which includes the lid; the chamber body and The tank lid creates a space to hold the vaping material; both the tank body and The tank lid is equipped with air vents; the tank body is made of a heat-conducting material. It is made; and when the atomizer chamber is heated, the vaping material is insulated by the chamber body and 25 Hot air enters the smoking material through the air passage. This is to contain the smoking material. According to the vessel body and lid, which form a void, "it is heated irregularly and a fumigation A case housing the device, integrated with a hookah smoking device that is difficult to clean daily. The problem of "has been solved" is resolved, and this includes loading the smoking materials and the atomizer container. This makes cleaning easier. Meanwhile, when the atomizer container is heated, the cap is at the bottom and the container body is at the top. It is located. Since the container body is heated, the atomizer container is heated upside down. Vaping material It does not come into direct contact with high temperatures, thus preventing the problem of the beverage burning. Below, the atomizer container used in this example application is described in more detail. In one application of the current description, the atomizer container is a container body 1 and the container body 1 It includes an adapted lid; where lid 2 can have the same shape as lid body 1, lid 35 The area of ​​lid 2 may also be larger than the opening of lid body 1, lid 2 to lid body 1. It can be attached in a removable manner, and lid 2 can be securely attached to lid body 1. In a specific application, the heat of pot body 1 is primarily used to heat the drinking material 142. It plays a role in holding or maintaining a constant temperature; pot body 1, drinking material 142. To achieve the atomization effect, the temperature of the vaping material 142 is kept within a relatively constant range of 5. It can hold, the upper part of the pot body 12, the heat of the heating element is transferred to the entire surface via planar contact. The pot body effectively transfers heat to 1; this is based specifically on the principle of heat conduction. The heating component, The top of pot body 1 is mounted on 12; heat is transferred to the entire pot via planar contact. The heat is effectively transferred to the body of the pot, and this method of heat transfer ensures that all parts of the pot body are evenly distributed. It can provide heating in this way. 10 For example, two areas of the pot lid are larger than one opening in the pot body. When this happens, the pot lid has a buckle on one side facing the 2 pot bodies and the pot The lid (2) is attached to the pot body (1) by means of a buckle. The material of the pot lid (2) is the same as the pot body (1). The material of the pot body may be the same as 1, or it may be different from 1. In a particular application, the pot lid is 2 circular and the area of ​​pot lid 2 is pot 15 The opening of pot body 1 is slightly larger than the area of ​​the opening of pot body 1, so that it will cover body 1. In one application, the current description refers to the pot body 1 and the pot lid 2, and the drinking material. It creates a space to accommodate 142; the pot body can be 1 square or circular and It can be customized according to the user's needs; the shape of the pot body is not limited to model 1. In one application of the current description, both the pot body 1 and the pot lid 2 are 20 The pot lid is equipped with 11 air vents; the 11 air vents on the lid are circular, very There are 11 air vents, and these 11 air vents are arranged at equal intervals. For example, the pot body is 1, the top is 12, and a side extends along the 12 edges of the top. wall 13 and an opening 141, with a space 14 surrounded by upper part 12 and side wall 13. It includes; 1 air vent in the pot body, 11 air vents arranged on the top of the pot body. 25 Space 14 is used to store smoking material 102. Air vents 11 allow hot air to escape. It is used to let people in. In a particular application, the pot body is made of a heat-conducting material; the pot The material for body 1 could be a material that easily conducts and stores heat, such as stainless steel. There are many metal materials that easily conduct and store heat. Below are some common 30. Materials are given; for example, copper is a very good heat conductor and is used in electronic radiators. and is widely used in heat sinks. Alternatively, aluminum is the best after copper. It has good thermal conductivity, is lighter, and has a lower cost; therefore, it is used in heat sinks and for efficient applications. It is commonly used in other applications where heat dissipation is required. Titanium, copper, and aluminum. It doesn't exhibit as good thermal conductivity, but it is lightweight, robust, and corrosion-resistant; therefore, 35 6 in the aerospace industry and other applications where high strength and lightness are required. It is widely used. When the atomizer container is heated, the heat passes through the container body to the vaping medium, which is equal to 142. It is transmitted in this way and the inhaled material produces 142 gases, which are expelled through air passage holes 11. In one application of the current description, a heat distribution structure is provided in space; heat distribution 5 Its structure includes a convex section for heat transfer and a concave section for air intake, and the convex section... The height of section 122 is greater than that of concave section 121; also, convex sections 122 and The concave sections are arranged in a 121-part alternating pattern. In a specific application, the convex section 122 and the concave section 121 form a heat distribution structure. It creates. The material inside the gap 14 ensures that 142 is heated more homogeneously. for, convex section 122 and concave section 121, arranged to be heated homogeneously, The upper part, which is able to receive heat homogeneously in all its parts during the heating process, is directed towards section 12; This ensures homogeneous heating of the material, improving processing quality and efficiency. A properly heated top section (12) provides better heat transfer to the material, reducing heat loss and It increases heating efficiency. Thanks to even heating, the temperature gradient within the material is reduced; this results in 15 By reducing the possibility of thermal stress and uneven shrinkage, the quality and homogeneity of the material are improved. It improves. Even heating prevents material deformation due to localized overheating; this is beneficial for the interior. Material 142 is important for improving its quality. It is designed to be heated evenly. The modified convex section 122 and the concave section 121 are important in the application of the present explanation. It plays a role and can significantly improve the quality of the beverage ingredient 142, thus making the taste better 20 becomes. The current description suggests that in one application, a heat diffuser layer is placed inside the pot body 1. It is positioned; and the shape of the heat distribution layer 1 is adapted to the shape of the pot body. Air passage A heat dissipating layer is placed around tube 123. In a particular application, the heat dissipative layer is specifically a network layer (3) and the network layer (3) 25 It is circular. The atomizer container also contains an air passage tube (123); where the air passage tube (123), It is located in the cavity (14) and is connected to the upper part (12) of the container body (1). Air passage pipe 123 preferably the upper part is located in the middle of 12 and multiple air passage tubes 123 may be found; One end of air passage tube 123 is connected to the upper part 12. Air passage tube 123 is a hollow tube. It is a cylinder and there is an air vent 11 on the air passage pipe 123. Air passage 30 Multiple heat dissipation layers or a single heat dissipation layer around pipe 123 It has been placed. In one application of the current description, the thickness of pot body 1 is 0.4-3 mm; pot The thickness of pot body 1 can be 0.4 mm, the thickness of pot body 1 can be 0.6 mm, pot body The thickness of pot 1 can be 0.8 mm, the thickness of pot 1 can be 1 mm, the thickness of pot 1 can be 35 7 The thickness can be 1.3 mm, the thickness of pot body 1 can be 1.4 mm, the thickness of lid body 1 can be 1.5 mm The thickness of the container body 1 can be 1.8 mm, the thickness of the container body 1 can be 2 mm, container The thickness of body 1 can be 2.5 mm and the thickness of container body 1 can be 3 mm. In one application of the current description, the cup body can load 1.5-25 grams of paste. It has a capacity of 5 grams, 10 grams, 15 grams, 20 grams, or 25 grams. In one application of the current description, the pot body has a thermal rating between 1, 20-600 W / (mK). It has conductivity. The heat conductivity of pot body 1 can be 20 W / (mK), the heat of pot body 1 The conductivity of the pot body can be 50 W / (mK), the heat conductivity of the pot can be 100 W / (mK), The thermal conductivity of pot body 1 can be 200 W / (mK), the thermal conductivity of pot body 1 can be 300 W / (mK) It is possible that the thermal conductivity of pot body 1 is 400 W / (mK), or the thermal conductivity of pot body 1 is 10 It can be 500 W / (mK) and the heat conductivity of the pot body 1 can be 600 W / (mK). Specifically, the pot Body made of 1 stainless steel, aluminum alloy, brass, copper, alumina ceramic, silicon carbide, Stainless steel can be made from materials such as zirconium oxide, silicon nitride, sapphire, and similar materials. Heat treatment of stainless steel... conductivity 16-25 W / (mK), thermal conductivity of aluminum alloy 237 W / (mK), brass 70-183 W / (mK), copper 400 W / (mK), alumina ceramic 30 W / (mK), silicon carbide 120-490 W / (mK) 15 It varies between; the thermal conductivity of zirconium oxide is 2 W / (mK), and the thermal conductivity of silicon nitride is... The thermal conductivity of sapphire is between 17-25 W / (mK) and 132-200 W / (mK). One application of the current description offers an electronic hookah; where electronic The hookah 1000 includes a main unit 202 and an atomizer chamber 10, and the atomizer chamber 10 is the main unit. It is located within unit 202. Specifically, the electronic hookah includes a main unit 202. 20 Main unit 202 is equipped with an air vent; main unit 202 can receive external air through the air vent. It can be attached to a container, and the container is filled with edible filtrate and a pipette is used for suction. The Electronic Hookah 1000 is also equipped with an electric heater located on the main unit 202. The component includes atomizer container 10, which is detachably mounted to the main unit 202; atomizer 10, The atomizer is used to hold the 142 vaping material. Atomizer 10 is powered by an electric heating component 25. It is heated; in this way the smoking material is heated and smoke is produced; the smoke exits the air outlet through a coarse opening. It is administered and inhaled by the user via a pipette. Looking at Figures 1 and 2, Figures 1 and 2 show an application of the current explanation. This shows the structure of an atomizer container from different angles. The current description shows that an atomizer container has 10 It offers. The atomizer container 10 is mounted on a smoking device such as an electronic hookah. 30 The atomizer container 10 is used to store vaping material and produce vapor for the user to inhale. It is used for this purpose. The atomizer container 10 provided by the current description is for vaping under heated conditions. It can completely atomize the material; meanwhile, the vaping material will not burn due to overheating. This improves smoke quality. The current description also states that the atomizer container is located in 10 main units and that the atomizer container is 10 main 35 8 It also includes an electronic hookah that can be securely placed in the unit. Preferably, The atomizer container can also be attached to 10 main units in a detachable manner. As seen in Figure 3, atomizer container 10 includes a container body 1 and a container cap 2. Container body 1. It can be made from a material that easily conducts and stores heat, such as stainless steel. The container body 1, It is equipped with numerous air vents 11. The container body 1, a top section 12, 12 sides of the top section 5 It has a side wall 13 that extends along its length and an opening 141, with the top part 12 and side wall 13. It contains a space surrounded by 14 air passage holes 11, outside of the atomizer cup 10. directing air into gap 14 and directing the air in gap 14 out of atomizer cup 10 It is used for. The upper part, section 12, is heated by a heating device to generate heat. The heating device, The atomizer container is located outside the 10 and a cigarette where the atomizer container 10 is mounted 10 It is attached to a drinking appliance; this appliance may have a heating device, such as an electric heating element. Available. The description includes the smoking material using space 14. Lid 2 covers space 14, so the smoking material... The material is enclosed inside the atomizer container 10. The side wall 13 is around one edge of the top part 12. Because it is formed by lying down, once the top part 12 is heated, it transfers the heat to the side wall 13; thus the side The smoking material in contact with wall 13 is heated and smoke is produced. This situation loads 15 into space 14. Not only does it increase the heating area of ​​the beverage container, but it also prevents overheating. It also prevents partial burning of the material. In a specific application, the reservoir lid 2 is attached to one end of side wall 13, which is furthest from the top piece 12. It is removable and the reservoir lid 2 closes the opening 141. When the top part 12 is heated And when it transmits heat to the side wall 13, the side wall 13 can partially transmit heat to the pot lid 2; this creates a gap 20 This makes the heating of the beverage located in different positions within the 14 more even. Referring to Figure 7, in a particular application, the pot lid 2 is in the opposite direction of opening 141. It is equipped with multiple air passage holes 11; thus, the vapor comes from the air in the atomizer pot 10. Air can flow out through 11 passage holes. The shape, number, and spacing of the 11 air passage holes affect the air flow. The passageways are merely an example for 11 and are not intended to limit the number of air passageways in 11. 25 The shape, number, and spacing of the 11 air vents are determined according to the 10 requirements of the atomizer container. adjustable. In addition, to ensure that lid 2 can securely close opening 141, lid 2 must... It has multiple interlocking pieces 21 placed at intervals along one edge. Cover 2, opening When closing 141, multiple interlocking parts 21, the top part 12, and the lid body 1, 30, are located away from each other. It passes to the bottom edge. Preferably, numerous interlocking pieces 21, the bottom of cover 2 facing gap 14. They are distributed symmetrically along the edge. In a specific application, after the top of the atomizer container (10) is heated (12), the heat of the heating device... The top section is transferred to 12, the side wall to 13, and the lid to 2; thus, the space is filled with the drink placed in 14. This ensures that the material is heated evenly. According to the current description, the upper part is heated by 1 heating device at 35°C. 9 When heated, the beverage is placed on top of lid 2 and the lid body 1 holds the beverage. It is placed on top. So, when the heating device heats the atomizer container by 10, the heating device heats the container body by 1, The drinking container and cap are arranged in order from top to bottom. How to prevent the beverage container from overheating when it is near a heating device. To illustrate this, specific features of the upper part are described in more detail below. 5 Looking at Figure 4, since the top part 12 is in direct contact with a heat source, the top part 12... To prevent overheating of the smoking material, the top section has numerous circular sections (12 in total). It has convex section 122 and numerous circular concave sections 121, as well as upper section 12, numerous It is equipped with 11 air passage holes. Specifically, concave sections 121 and convex sections 122. They are arranged alternately. The convex part is 122, the upper part of the atomizer cup is 10, 10 from the gap. 14 is a section that protrudes outwards and is in direct contact with the heating device. The convex part. Since part 122 is in direct contact with the heating device, the air passage hole is located in part 11, which is concave, on section 121. It is located in the upper part of the concave part 121, which is equipped with 11 air passage holes. Heating to distribute evenly across 12 and to allow sufficient air to enter the space 14. It maintains a certain distance from the device. This allows for a smoother taste due to the irregular contact with the air. The situation of local overheating of the material can be prevented. The convex shape mentioned in the current description. Section 122 and concave section 121 can be adjusted according to the shape of pot body 1. For example, pot If the body 1 generally has the shape of a circular truncated cone, then the convex part is 122 and the concave part is 121. They can be arranged in a circular shape. In a specific application, the convex part 122 is used for heat transfer, while the concave part 121 20 It is used for air intake. The convex part 122 is for heat transfer, and the concave part 121 is for air intake. It is used and air can be drawn through the concave section 121. For example, the top section has more than one convex segment (122) and more than one concave segment (122). 121 is added and the top part has multiple air passage holes 11 on 12; thus the air atomizer 10 can fit perfectly into the container and the beverage can be heated completely. 25 presented in the current description. Atomizer container size 10 can also increase the contact area between the inside of the vaping device and the outside air, and This way, it can homogenize the heating inside the drinking container. 10 specific features of an atomizer container, ensuring contact between the inside of the vaping device and the outside air. The following explains in more detail how the area can be further expanded. As seen in Figure 5, atomizer container 10 is also equipped with an air passage tube 123. Air passage 30 Tube 123 is a hollow cylinder. Air passage tube 123 is the outer part that comes into contact with the drinking material. It is used to direct air into space 14; so that the inhaled material is not sufficiently absorbed. It can be heated. One end of air passage pipe 123 is connected to the top part 12 and the other end is connected to the top part 12. It extends far away. In the current description, the air passage pipe is 123 and the drinking material is in space 14. It is located in between and the air passage tube 123 is in full contact with the drinking material. Air passage tube 35 The 123 is equipped with numerous air vents (11) to allow outside air to come into contact with the inner lining. When the cigarette material is heated and atomized to produce smoke, the air passage hole of the top part 12... Air entering from 11 passes through air passage hole 11 of air passage pipe 123 into the inside of the cigarette material. it can make full contact with the outside air; thus, the gap between the inside of the cigarette material and the outside air. The contact area is increased and the heating effect of the cigarette material is improved. 5 In a specific application, to facilitate the disassembly and cleaning of the atomizer container, The rear end of the air passage pipe (123) does not protrude from the side wall (13). Preferably, the air passage One end of pipe 123 is riveted to the center of the upper part 12 by means of a rivet 124; thus the air The contact area between the passage tube 123 and the drinking material is further increased. For example, the contact area between the inhalation material inside cavity 14 and the outside air is greater than that of inhalation 10. The effect of increasing the heating of the material is achieved by means of air passage pipe 123. It is explained that, in order to prevent the vaping material from overheating, the current description refers to the atomizer container. 10, the upper part 12 which is in direct contact with the heat source, also provides insulation between the material and the smoking surface. It provides insulation between the top part (10) of the atomizer container and the vaping material (12). To explain further, 10 specific features of the atomizer container are described in more detail below. 15 Looking at Figure 6, atomizer container 10 also contains a mesh layer 3. Mesh layer 3, the gap Layer 14 is located inside and near the top layer 12. Layer 3 is formed by heating the top layer 12. It is made of stainless steel to transfer the heat generated to the drinking material. In particular, the mesh layer. 3 edges are in contact with the top 12 and there is a gap between the remaining 3 parts of the network layer and the top 12. It creates a gap; the heat received by the upper part 12 is transferred from the 3 edges of the network layer to the network layer 3 20 It is transferred and then conveyed to the drinking material, which is near the top 12. Network layer 3, top part To prevent direct contact between the 12 and the drinking material, the top part only makes partial contact with the 12; This is convenient in terms of cleaning the pot body 1, and the top part 12 is excessively high. Due to uneven heating caused by the temperature, the upper part of the drinking material is close to 12% local. This can eliminate the possibility of burning. 25 Additionally, mesh layer 3 has a grid-like, arc-shaped structure. Mesh layer 3, assembly a mounting hole 34 through which the air passage pipe 123 will be passed. It is equipped with a wicker layer 3, a wicker base 31 placed opposite the top part 12, and a wicker base. The top section of 31 includes a mesh edge 32 that extends diagonally towards 12. The base of the mesh 31 contains numerous It is equipped with 33 arc-shaped holes. Numerous arc-shaped holes 33 allow air to pass through with the smoking material 30 to increase the contact area between them and thus improve the heating efficiency of the inner material It is used. The 3 sides of the cage layer are the 32 sides of the cage edge. The air passage pipe has 123 sides. Since the end is riveted to the 12 centers of the upper part with rivet 124, 3 of the upper part in the cage layer There are 34 mounting holes, each corresponding to a center of 12. In the above application, the top part 12, the network layer 35 is located within the space 14 near the top part 12. 11 It is isolated from the smoking material by means of 3; this way, the smoking material is less likely to overheat. Heating conditions for different loading amounts of the beverage material have also been reduced. This is explained with concrete examples. Figure 8 shows the heating stage of an atomizer container according to an implementation of the current description. This is a schematic diagram, and the body of the container is 1, generally in the shape of a circular truncated cone. The side wall is 5. The size of the number 13 gradually increases from the top (12) towards the base. It is parallel to the top (12). Along the axial direction, the cross-sectional area of ​​the upper part 12 is smaller than that of the cover 2. Heating device 20' During the heating of atomizer container 10, the top part 12 is opposite the heating device 20. Heating device 20" and atomizer container 10", from top to bottom, heating device 20", top part The structure is 12, with the cup body 1 and cup lid 2. According to the current description, the drinking material is 142, 10. The paste-like substance is loaded into space 14. The substance 142 is precisely in space 142. When not loaded, the vertical height of the inner material 142 from the top 12, top part The height from 12 to 2 is less than the height of the lid; that is, the drinking material 142 is only the top part. 12 can come into contact with one of the lids (2) and the drinking material (142) fits the shape of the gap (14) on the side wall. It comes into contact with 13. When the upper part 12 is heated by the heating device 20', the drinking material 142 15 It adapts to the shape of the 14 voids and is directly connected to the mesh layer 3 and side wall 13 to be fully heated. It makes contact. When smoking device 142 is fully inserted into space 14 and top part 12, When heated by heating device 20', smoking material 142, mesh layer 3, side wall 13 and The lid receives heat from 2 and heats up sufficiently; the local smoking material near the top part 12 The heating is slowed down before combustion occurs. 20 In the above application, the atomizer of the vaping material 142 is used under different loading conditions. The heating of the atomizer container (10) is explained. How to assemble the atomizer container (10) is below. It is explained. Figure 9 shows a schematic of the assembly steps for an atomizer container according to the current description. This is a diagram. The 10 assembly steps for the atomizer container are as follows: first, a rivet 124 25 using air passage pipe 123 riveted to the center of the upper part 12; during this process, the air passage Pipe 123 is designed so that it does not protrude from side wall 13 and numerous air passage holes 11 The grid plate is positioned within gap 14; then, the grid plate is placed in mounting hole 34. Pass the heat-conducting air tube 134 over it; so that the grill edge 32 contacts the top part 12. while doing so, the grid base 31 remains further away from the top 12 relative to the top 12; the mesh layer 3, top 30 Drinking material 142, adapted to the shapes of section 12 and space 14, on network base 31. Insert it so that the mesh layer 3 supports the internal material 142, which will be held within space 14; side Place pot lid 2 onto wall 13, with fitting 21 facing gap 14; and Finally, attach the atomizer pot 10 to the mounting bracket 21 on the base of wall 13. locking. Similarly, the 10 steps for disassembling the atomizer container, and the 10 steps for assembling the atomizer container are shown below. 12 It can be removed according to the steps; thus, all components inside the atomizer container 10 can be cleaned. It is made easier. Figure 10 shows a cross-section of a drinking vessel according to an application of the current description. This is the appearance. The current description also offers a drinking material container of 100. Drinking material The set includes container 100, an atomizer container 101, and a vaping accessory 102. Vaping accessory 102 is included in atomizer container 5. 101 is placed inside. Cigarette material compartment 100, by the user's cigarette material 102. It is mounted on an electronic hookah for inhaling the produced smoke. The atomizer in the current description. The structure of the 101 atomizer chamber is the same as that of the 10 atomizer chamber. Details are not explained again here. Cigarette material 102, atomizer chamber via automatic filling device (not shown). It can be automatically loaded to 101. Specifically, firstly, an automatic filling device, grid layer 10 The drinking material 102 is placed inside the reservoir body 1013, which is fitted with 1011 and air passage tube 1012. fills it; then, after the filling of drinking material 102 is complete, the reservoir cap 1014, The filling is done automatically or manually into the bottom of the hopper body 1013. It is placed in position. In this case, the preparation of the drinking material container 100 is complete. That is, it is removable. Atomizer container 101 with cap 1014 ensures standardization of vaping material and vaping 15 It greatly increases the filling efficiency of the material. When the user uses the electronic hookah, When the smoking aid 102 runs out, the smoking aid container 100 can be directly replaced; this allows the user It is more useful for this. Looking at Figures 11 and 12, Figures 11 and 12 respectively show the main unit of an electronic hookah. and schematic diagrams of an electronic hookah. The current description also includes an electronic hookah 20 It offers 1000. The electronic hookah 1000 includes a main unit 202. Main unit 202 has an air outlet. It is equipped with a ventilation hole. The main unit 202 can be externally connected to a container 300 via the air outlet hole. It is connectable. Container 300 is filled with edible filtrate and equipped with a pipette for suction. The pipette, The electronic hookah 1000 is equipped with a mouthpiece 301 for the user to inhale the smoke. an electric heating component 201 located on main unit 202 and removable 25 on main unit 202 The set includes an atomizer container 200 assembled. The atomizer container 200 contains 142 vaping materials. It is used for inserting. The atomizer container 200 heats the vaping material to create vapor. As a heating device, it is heated by electric heating component 201. Smoke exits through the air outlet. It is delivered into container 300 and inhaled by the user through mouthpiece 301. In the current description The atomizer container 200 has the same structure as the atomizer container 10. Details are again here 30 Not specified. Electric heating element 201, a heating element for mounting atomizer container 200. It has a reservoir and when the atomizer container is mounted on the 200 heating chamber, the electronic hookah becomes 1000. From top to bottom, in order: electric heating element 201, cup body, drinking material and cup. It is equipped with a lid. The top part of the atomizer container is 200, and the electric heating component is 201. To ensure it is heated, the beverage is placed on top of the 142 lid 2 and the lid body 1, beverage 35 13 The material is placed on top of 142; that is, the arrangement in Figure 9 is reversed. In the above application, lid 2 can be mounted removable onto lid body 1; This is useful for loading the vaping material and cleaning the atomizer container. This Meanwhile, when the atomizer container is heated to 10°C, the cap 2 is at the bottom and the container body 1 is at the top; the container body 1 It is heated, the atomizer container is heated upside down, and the vaping material 142 is directly heated at high 5. It doesn't need to be exposed to high temperatures and it's not easily flammable. Although the preferred practices of the current statement have been explained, experts in this field... After understanding the fundamental invention concepts, additional changes and modifications can be made to these applications. This is possible. Therefore, the attached requests, the preferred practice, and the current explanation... 10 to include all changes and modifications falling within the scope of its applications The aim is to interpret it. Finally, in this explanation, relational terms such as "first" and "second" refer to the entities in question. or an entity without requiring or implying any actual relationship or sequence between processes. or note that it is used to distinguish the transaction from another entity or transaction. is withdrawn. Furthermore, the terms "contains", "consists of" or other variants thereof are not exclusive. 15 It is used to refer to a scope; thus, a scope containing a list of elements. The process, method, product, or terminal device includes these elements, and also those not explicitly listed. This includes other elements, or elements specific to this process, method, product, or terminal device. It includes. An element preceded by the phrase "contains a..." is considered, unless otherwise restricted, a word. The presence of additional identical elements in the process, method, product or terminal device containing the subject matter element 20 It does not exclude. Above, the description provides an atomizer container, a vaping material container, and a This includes a detailed introduction to electronic hookahs. The principle behind the current explanation and... Its application is explained here using specific examples. The concrete nature of the current explanation... Explanations regarding the examples only help to understand the method and basic ideas of the current explanation. 25 This has been provided to assist. Furthermore, technical experts have reviewed the current explanation. According to their ideas, the current statement has specific applications and scope of application. They may make changes and modifications. Therefore, the content of the specification may differ from the current description. It should not be interpreted as a limitation.

Claims

14 REQUESTS 1. An atomizer container, and the atomizer container in question consists of a container body and a part attached to the container body. It includes a customized lid; The body and lid of the vessel form a cavity to hold a drinking beverage; Both the vessel body and the vessel lid are equipped with air vents; the vessel body, 5 It is made of a heat conductive material; and When the atomizer cap is heated, the vaping medium is insulated by the cap body, and the hot air... It enters the drinking liquid through the air passage.

2. According to claim 1, it is an atomizer container, characterized by having a heat dissipation structure within the cavity.

3. According to claim 2, the atomizer container has the characteristic of a heat distribution structure with a convex 10 for heat transfer. It includes a section for air intake and a concave section, and the height of the convex section is equal to the height of the concave section. the part being greater than the height; and It is characterized by the alternating arrangement of convex and concave sections.

4. It is an atomizer container according to claim 1; its characteristic is that it has a heat dissipation layer inside the body of the container. 15 It is the fact that.

5. According to Claim 1, it is an atomizer container, and its feature is that it includes an air passage tube; air The passage tube is arranged within the cavity and connected to the top of the vessel body.

6. According to claim 5, it is an atomizer container; its characteristic is that it has a heat dissipation tube around the air passage. It is the placement of the layer. 20 7. It is an atomizer container according to Claim 1, and its characteristic feature is that the container body has a thickness of 0.4-3 mm.

8. Atomizer container according to Claim 1, with the characteristic of having a thermal conductivity of 20-600 W / (mK) of the container body. It is having.

9. It is an atomizer container according to Claim 1; its characteristic is that the container body consists of a top part and the edge of the top part. It consists of a side wall extending along its length; and the side wall and the top part contain the inner material 25 It is about creating a space to accommodate something.

10. According to claim 9, the atomizer container is characterized by the fact that the side wall furthest from the top part is a cap. the fact that it is removable and mounted on the end, the lid covers an opening and the lid body It is positioned at the bottom, and the top part is heated to generate heat.

11. It is an atomizer container according to claim 9, and its characteristic is that the shape of the heat dissipating layer matches the shape of the top part by 30° It is adapted.

12. An electronic hookah comprising a main unit and an atomizer container according to requirements 1-11, and the atomizer The container is arranged inside the main unit.

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