Abstract: A thermoformed container is provided for evaporating volatile substances, which is provided with means enabling such container to withstand high temperatures without experiencing deformations which deteriorate its functionality or appearance. The container has a reinforcing film having a deformation temperature exceeding the plastic material sheet with which the container is obtained. Also disclosed is a method for manufacturing said container.

Abstract: The present invention generally relates to manufacturing electric volatile substance evaporators for evaporating aromatic substances and/or insecticides for example and the invention more specifically allows the modular construction of these types of devices such that based on a basic evaporator, a manufacturer of electric evaporators can incorporate additional elements to the device in order to produce different types of evaporators without altering the basic evaporator design, where the module comprises a casing having a first surface configured to be assembled with a volatile substance evaporator and internally carries an electric device intended to cooperate in the operation of the evaporator.

Abstract: The device comprises an applicator (2) and a cover (5) configured to be adaptable on the applicator (2), the external face (3) of which is impregnated with conditioning substance for shoes by rolling dispenser means (10) incorporated in the internal face (9) of the cover (5), which includes a reservoir (4) with such substance. The substance dosing is produced on opening the device, the applicator (2) sliding, via some guides (8) arranged on the lateral face (7) of the cover (5), over the dispenser means (10) which apply an optimum quantity of substance to the external face (3) of the applicator (2), with which the footwear is subsequently rubbed to clean it. When used, the device is closed by transversely coupling the applicator (2) inside the cover (5), preferably of plastic with transparent reservoir (4). For convenience, the device can incorporate an ergonomic handle (1) joined to the applicator (2).

Abstract: The device comprises a laminar element (1) made of a flexible material adapted to be folded along a folding line (26), comprising at least a first part (2) and a second part (4). Said first part (2) has a deposit (3) containing a product (30) origin of volatile substances. The second part (4) has a hook configuration (5) with a lateral opening (12) and a central groove (24) that can be occupied by removable adhesive means. Both parts (2, 4) are manufactured in a single industrial process, without additional parts but incorporating various attachment means and even other parts for functions of regulation or protection of the diffusion means, or which replicate the diffusion functionality allowing the user to combine effects. They also allow selecting the form of application in any location: hanging, adhered, joined to another identical device or folded and supporting itself on a horizontal surface.

Abstract: An evaporator device for active substances is designed for using active substances established in a paper tablet or the like, or in a tray with a semipermeable membrane, in gel form, comprising a base body with a U-shaped profile inside coupled by insertion to a support provided with two housings and, the former adapted in size and shape to receive within it a tray and the second to receive a tablet, so that both the tray and tablet can be placed in the same support opposite the heating surface of the device. This allows using the device equally with either format of the active substance. The device also includes a safety mechanism comprising teeth that lock in the closed position, preventing or making it difficult for children to displace or extract the support from the casing, that requires pressing inwards on two lateral opposing areas of the casing to open.

Abstract: Incorporates a device for active substances (3) which has a wick (6) and a first heating resistor (8) for operating the diffuser on normal system. It also has a single button (12) connected through an electronic circuit (10) to an additional second heating resistor (9) located in the same channel and after the first heating resistor (8) in the vicinity of the wick (6). Activation of the button (12) determines the switching on of the second heating resistor (9) and can also activate at the same time a fan (4) or even based on a fan speed (4) increase the same, moving from normal operating mode to boost mode in which a substantial and instant increase in evaporation and diffusion of the active substances is produced.

Abstract: The device for diffusing volatile substances comprises two containers (1, 2) to hold respective liquids with respective volatile substances. Each container has at least one aperture closed by a cap (12, 22). The device is configured so that it can be located on a supporting surface with the containers (1, 2) vertically confronting, so that one of the containers is selectively in an upper position or in a lower position with respect to the other container. The container which is in the upper position emanates the volatile substance which it contains, and the other one does not emanate the volatile substance which it contains.

Abstract: The device forms a single unit that includes the way by which the evaporation of active substances is achieved, as well the way that allows automatically lighting a small lamp or LED that emits a small light illuminating the container of the active substance to be evaporated. This allows one to see the contents in the dark and, in addition, constituting a light in the dark for the area surrounding the device, with the particularity that the volume of this device does not increase with respect to the devices meant to individually evaporate active substances and emit a light. The design of the device includes a general casing comprising a pinholder body for a plug and the container itself for the active substance, in such a way that the body incorporates a sensor that emits a signal for the automatic activation of the lamp or illumination LED when the light intensity is below a pre-established threshold.