107results about How to "Improve design" patented technology

A drying device comprises a roller dryer which has a warm air supply channel, a warm air supply section inside the channel to generate warm air and an air condensation section, and a cupboard dryer which has a receiving section inside to join the upper side of the roller dryer with a warm air intake channel and a warm air exhaust channel. It can make the circulation of air inside the drying device for any kind of internal installation to avoid its effect to the indoor environment.

[Problem] To provide, in a cosmetic device furnished with a light-irradiating depilatory mechanism configured such that the cosmetic device is equipped with a cooling means for cooling the skin surface, a technology for continuously performing cooling and light irradiation during use and efficiently cooling the cooling means and the light-emitting unit. [Solution] Provided is a cosmetic device (1) furnished with a light-irradiating depilatory mechanism for performing hair removal treatment on a skin surface by irradiating light from a light-emitting unit (15) on the skin surface, the cosmetic device: having a grip section (2) that the user grasps and a skin guiding surface (12) to be brought into contact with the area to be treated while the device is grasped; and, in a configuration in which the irradiation window (14) through which light from the light-emitting unit (13) is irradiated and the cooling means (13) for cooling the skin surface are disposed on the same surface on said skin guiding surface (12), being provided with a fan (16) for simultaneously generating an air stream for heat dissipation from the cooling means (13) and an air stream for air-cooling the light-emitting unit (15).

The invention relates to an air intake apparatus for a vehicle motor which having a structure of loading an engine and a transmission in an engine chamber in the front of the vehicle along a horizontal direction thereof. A fan baffle has a cylinder portion surrounding the out circumference of a radiator fan. The axis centre of the cylinder portion relatively passes a horzontal line of the center of the radiator core, while side deflecting a core upwards and downwards along a vertical direction, simultaneously, a concave for housing the fan baffle is provided on the bottom of an air filter housing configured as an air filter, which overlaps with the upper of the cylinder portion along a vertical direction and provided inside corresponding to a side member on a horizontal direction of the vehicle. Thereby, air intake system members are provided efficiently, while degree of freedom of a headlamp modelling is increased and originality is improved.

The invention relates to an electrooptical distance measuring device comprising a transmitter that emits optical radiation for lighting an object to be measured, an optical transmitting system which is rigidly mounted in relation to the transmitter and a light collector. A support element is positioned with a measurement receiver and a receiving electronics in relation to the light collector. The support element is rigidly linked with the measurement receiver with regard to at least two directions of movement.

The invention is to provide a riding type vehicle, wherein the legibility of an outline marking light bulb is guaranteed, and a head light unit is small. In a light unit (50), a bulb (65L) is provided under the bulb (63L), a bulb (65R) is arranged under the bulb (63R), and a reflector (66) is near to a reflector (64). A space portion (106L) is arranged at the left of a lens portion (72L), and a space portion (106R) is arranged at the right of a lens portion (72R). Thereby compared to the mode that the bulbs (65L, R) are arranged at side of the bulbs (63L, R), the light unit (50) is smaller. Once the reflector (66) is near to the reflector (64), the height of the light unit (50) is smaller. Once the space portions (106L, R) are provided, extension portions (73L, R) are exposed, although the bulbs (65L, R) are lower than the bulbs (63L, R), the light of the bulbs (65L, R) can be identified above the vehicle.

The invention provides a preparation method of a display substrate and a display device, and relates to the technical field of display, and oxidization of a conductive structure prepared from copper by an oxide insulating layer can be lowered or avoided. The preparation method comprises the following steps that a conductive structure is formed above a substrate, wherein the conductive structure comprises at least one layer in the thickness direction, wherein a layer of the conductive structure which is farthest from the substrate is made of copper; the substrate with the conductive structure is not preheated, or, the time for carrying out pre-heating treatment on the substrate with the conductive structure is 5 seconds or less; and the oxygen-containing reaction gas and the reaction gas containing a preset element are subjected to a chemical vapor deposition reaction, and an oxide insulating layer for covering the conductive structure is formed, wherein the reaction temperature of thechemical vapor deposition reaction is 200-280 DEG C, and the ratio of oxygen atoms to atoms of the preset element in the oxygen-containing reaction gas and the reaction gas containing the preset element is 40:1 to 60:1.

To enhance flexibility in design of door panel and door grip, and to enhance external appearance around a door. In this door structure, a surface on a cabin side in the door panel 70 of the door 10 for a vehicle is covered with a door lining 20, and the door lining 20 is provided with an inside handle unit 40 for opening/closing the door and a door grip 30. The door lining 20 includes an opening part 21 for a handle to mount the inside handle unit 40. The door grip is mounted on the door panel via a grip mounting bracket 100. The grip mounting bracket 100 is arranged between the door panel and the door lining 20. A mounting position of the grip mounting bracket 100 on the door panel is arranged at a position mountable through the opening part for the handle.

A slider for a slide fastener, provided with a slider body, a clamper, a lock pin, and a cover. The slider is configured so as to be able to be assembled automatically in order that the slider can be mass produced, and the slider is configured in such a manner that a pull tab can be removably mounted to the slider. A slider (10) for a slide fastener is provided mainly with a slider body (11), a clamper (20), and a pull tab (40). A link section (21) of the clamper (20) is mounted to the slider body (11), and the pull tab (40) is mounted to a mounting section (22) of the clamper (20). A projection (25) projecting in the plate thickness direction is formed between the link section (21) and the mounting section (22). When the pull tab (40) is mounted to the clamper (20), the projection (25) is contained in a projection containing section (46) of the pull tab (40).