Abstract: A device for dispensing, in particular for vaporizing, volatile substances such as fragrances and/or active agents, includes a container and a capillary element in contact with said substance to be dispensed that conveys said substance to at least one substance dispensing region by a capillary effect. At least one electrical heating element adjoins said at least one capillary element. An electrical connection element supplies said electrical heating element with electrical energy. The heating element is a constituent part of said container and said container can be releasably connected to said electrical connection element. An electrical contact device is provided for electrically connecting said heating element to said electrical connection element in a releasable manner.

Abstract: The invention relates to a device for dispensing and/or diffusing volatile substances, comprising a housing (32), a storage tank (33) and an electrical heating device (30). The device further comprises a capillary element (34) which is coupled to the heating element in a heat-transferring manner, the capillary element (34) having a substance-receiving area (35) which is in contact with a substance received in the storage tank (33) and which substance is conveyable to a substance-discharging area (36) of the capillary element (34) at which the substance is dispensed. Furthermore, an air inlet (50) is provided, by means of which ambient air (53) enters from outside the housing (32) and forms a pure air flow (40) in the housing interior.

Abstract: A device has a container for a substance to be dispensed. A wick as a capillary element in contact with the substance in the container and forms part of the container. The wick has a wick-side substance dispensing area. A heating element produces a substance air flow, which is enriched with substance and flows away from the device, by heating the wick-side substance dispensing area and a substantially substance-free hot air flow that flows away from the device and is warmer than the substance air flow, by heating the air surrounding the heating element. A flow-guiding and/or deflecting apparatus guides and/or deflects at least one of the air flows, preferably the substance-free hot air flow, such that the air flows hit each other, preferably at a defined angle of incidence, and form a common substance-and-hot-air flow flowing away from the device.

Abstract: A device for dispensing, in particular for vaporizing, volatile substances such as fragrances and/or active agents, includes a container and a capillary element in contact with said substance to be dispensed that conveys said substance to at least one substance dispensing region by a capillary effect. At least one electrical heating element adjoins said at least one capillary element. An electrical connection element supplies said electrical heating element with electrical energy. The heating element is a constituent part of said container and said container can be releasably connected to said electrical connection element. An electrical contact device is provided for electrically connecting said heating element to said electrical connection element in a releasable manner.

Abstract: Volatile substances are evaporated from a substance container via wick inserted into the container. A wick end region protrudes from the container. A heating device has a heating body with a wick recess, forming an air flow channel with an inlet and outlet opening. The wick end region can be received under air flow around it with a circumferential gap spacing from the wick recess wall region. A penetration depth of the wick end region into the wick recess is adjustable. The wick recess has a throttling segment with a reduced flow cross section, situated above the wick end region when the wick end region protrudes into the wick recess. The position of a free wick end is adjustable relative to the throttling segment to adjust the air mass flow through the wick recess and/or the flow velocity of the substance-laden substance air flow.

Abstract: The invention relates to a device for dispensing volatile substances, in particular fragrances and/or insecticides, comprising at least one storage medium (34, 35) that contains, in particular temporarily stores, the at least one substance to be dispensed, and at least one means (9) for producing at least one air flow, wherein the at least one air flow (47, 54) is directed toward the at least one storage medium (34, 35) in such a way that the air flow increases the rate of dispensation to the environment of the substance to be dispensed relative to the state in which a flow is not directed at the storage medium.

Abstract: The invention relates to a device for dispensing volatile substances, in particular fragrances and/or insecticides, comprising at least one storage medium (34, 35) that contains, in particular temporarily stores, the at least one substance to be dispensed, and at least one means (9) for producing at least one air flow, wherein the at least one air flow (47, 54) is directed toward the at least one storage medium (34, 35) in such a way that the air flow increases the rate of dispensation to the environment of the substance to be dispensed relative to the state in which a flow is not directed at the storage medium.

Abstract: The invention relates to an evaporation device (4) for the evaporation of volatile active substances, in particular aromatic substances and/or insecticides, including a housing (3) and a heating device (2) within the housing having a heating body (1), capable of being heated to an evaporation temperature for the evaporation of the active substance. According to the invention, the heating body (1) is in formed from a heat-conducting synthetic material encapsulating a heating element (5). Heat from the heating element is transferred through the heat conducting heating body to evaporate the active substance. A heating device (2) of this type can be produced easily and economically with little manufacturing expenditure. The invention furthermore relates to a heating device to be used in a device for the evaporation of volatile active substances as well as to a method for the production of the heating device.

Abstract: A container (1) for volatile substances which can be evaporated by an evaporation device is disclosed having a container body (2) in which the volatile substances are contained. A container neck (3) extends away from the container body (2) in which a container opening (4) is formed. Furthermore, a wick retaining insert (8) in the form of a cylindrical sleeve is provided that can be placed in the container opening (4) of the container neck (3). There is an insert wick passage (9) for the insertion of the wick (10) having an outside wall (13) which presses, at least partially, against an inside container neck wall (15) in a wick clamping connection when inserted. Wick retention is provided by the insert so that wick (10) is secured from being pulled out of the container (1) when inserted. According to the invention wick (10) can be inserted through wick passage (9) of wick retaining insert (8) when the wick retaining insert is not inserted.

Abstract: A container (1) for volatile substances which can be evaporated by an evaporation device is disclosed having a container body (2) in which the volatile substances are contained. A container neck (3) extends away from the container body (2) in which a container opening (4) is formed. Furthermore, a wick retaining insert (8) in the form of a cylindrical sleeve is provided that can be placed in the container opening (4) of the container neck (3). There is an insert wick passage (9) for the insertion of the wick (10) having an outside wall (13) which presses, at least partially, against an inside container neck wall (15) in a wick clamping connection when inserted. Wick retention is provided by the insert so that wick (10) is secured from being pulled out of the container (1) when inserted. According to the invention wick (10) can be inserted through wick passage (9) of wick retaining insert (8) when the wick retaining insert is not inserted.

Abstract: An evaporation device is disclosed for evaporating volatile substances such as insecticides and aromatics of a type having a housing containing a heating block with a heating element, a container for a volatile substance to be evaporated, a wick having a wick end protruding out of the container into a wick opening in the heating block, a switching device for the activation and deactivation of the heating device, and an adjusting device for the adjustment of the degree of evaporation. Preferably, two heating elements with different heating capacity are carried by the heating block. The heating elements are operatively connected to the switching device to adjust the heat output of the heating device and the degree of evaporation of the volatile substance.

Abstract: The present invention relates to an evaporation device 1 for volatile substances, in particular insecticides and/or aromatics, which includes a housing 2 and a heating unit 10 located therein. Heating Unit 10 comprises a heating block 11 in which an electric resistance element 15 is contained for heating. In addition device 1 includes a container 3 that can be connected to housing 2 for a substance to be evaporated. A wick 6 can be inserted into the container with a wick end 8 protruding from the container 3 for the evaporation of the substance contained in the container 3 to be heated by the heating unit. According to the invention, electric resistance element 15 advantageously includes a rod-shaped resistance body 17 coated, at least in some areas, with a resistance layer 16 that is cut to provide a predetermined resistance value according to the composition of the substance to be evaporated.

Abstract: A device for the evaporation of volatile substances, in particular of insecticides and/or aromatics, is disclosed having a housing containing a heating element, with a container for the volatile substance disposed in the housing, a wick which can be heated by the heating element, and a heating block having a wick end protruding from the container along a wick axis. The improved device includes at least one additional wick opening formed within the heating block; at least one additional container for containing an additional volatile substance for evaporation, and the additional wick opening being operatively associated with the additional container. At least one additional wick is carried in the additional container, having a wick end extending through the additional wick opening for evaporation of the additional volatile substance in the additional container.

Abstract: An evaporation device is disclosed for evaporating volatile substances such as insecticides and aromatics of a type having a housing containing a heating block with a heating element, a container for a volatile substance to be evaporated, a wick having a wick end protruding out of the container into a wick opening in the heating block, a switching device for the activation and deactivation of the heating device, and an adjusting device for the adjustment of the degree of evaporation. Preferably, two heating elements with different heating capacity are carried by the heating block. The heating elements are operatively connected to the switching device to adjust the heat output of the heating device and the degree of evaporation of the volatile substance.

Abstract: A device for the evaporation of volatile substances, in particular of insecticides and/or aromatics, is disclosed having a housing containing a heating element, with a container for the volatile substance disposed in the housing, a wick which can be heated by the heating element, and a heating block having a wick end protruding from the container along a wick axis. The improved device includes at least one additional wick opening formed within the heating block; at least one additional container for containing an additional volatile substance for evaporation, and the additional wick opening being operatively associated with the additional container. At least one additional wick is carried in the additional container, having a wick end extending through the additional wick opening for evaporation of the additional volatile substance in the additional container.

Abstract: An evaporation device 2 is disclosed for the evaporation of volatile substances, in particular insecticides and aromatics, which includes a housing 13 which contains a heating element and a container 50 for a substance to be evaporated. This container 50 contains a wick which is associated with the heating element with a wick end 30 protruding from container 50. The heating element can be longitudinally displaced near the container 50 in the housing 13 relative to the wick end 30 to adjust the degree of evaporation. According to the invention, the heating element is carried on a movable heater assembly that can be displaced longitudinally in the housing relative to the wick end. The movable heater assembly can be fixed in different positions relative to the wick end 30 and the longitudinal direction of the wick axis for the adjustment of the degree of evaporation.

Abstract: The present invention relates to an evaporation device 1 for volatile substances, in particular insecticides and/or aromatics, which includes a housing 2 and a heating unit 10 located therein. Heating Unit 10 comprises a heating block 11 in which an electric resistance element 15 is contained for heating. In addition device 1 includes a container 3 that can be connected to housing 2 for a substance to be evaporated. A wick 6 can be inserted into the container with a wick end 8 protruding from the container 3 for the evaporation of the substance contained in the container 3 to be heated by the heating unit. According to the invention, electric resistance element 15 advantageously includes a rod-shaped resistance body 17 coated, at least in some areas, with a resistance layer 16 that is cut to provide a predetermined resistance value according to the composition of the substance to be evaporated.

Abstract: An evaporation device 2 is disclosed for the evaporation of volatile substances, in particular insecticides and aromatics, which includes a housing 13 which contains a heating element and a container 50 for a substance to be evaporated. This container 50 contains a wick which is associated with the heating element with a wick end 30 protruding from container 50. The heating element can be longitudinally displaced near the container 50 in the housing 13 relative to the wick end 30 to adjust the degree of evaporation. According to the invention, the heating element is carried on a movable heater assembly that can be displaced longitudinally in the housing relative to the wick end. The movable heater assembly can be fixed in different positions relative to the wick end 30 and the longitudinal direction of the wick axis for the adjustment of the degree of evaporation.

Abstract: An evaporation device is disclosed for evaporating volatile substances such as insecticides and aromatics of a type having a housing containing a heating block with a heating element, a container for a volatile substance to be evaporated, a wick having a wick end protruding out of the container into a wick opening in the heating block, a switching device for the activation and deactivation of the heating device, and an adjusting device for the adjustment of the degree of evaporation. Preferably, two heating elements with different heating capacity are carried by the heating block. The heating elements are operatively connected to the switching device to adjust the heat output of the heating device and the degree of evaporation of the volatile substance.

Abstract: An evaporation device is disclosed for evaporating volatile substances such as insecticides and aromatics of a type having a housing containing a heating block with a heating element, a container for a volatile substance to be evaporated, a wick having a wick end protruding out of the container into a wick opening in the heating block, a switching device for the activation and deactivation of the heating device, and an adjusting device for the adjustment of the degree of evaporation. Preferably, two heating elements with different heating capacity are carried by the heating block. The heating elements are operatively connected to the switching device to adjust the heat output of the heating device and the degree of evaporation of the volatile substance.