Lg Electronics Inc.

Zkw Group Gmbh

Sunjung Park

Hophil Lee

Daekee Shin

Byungju Lee

Junghan Ryu

Hyunbyung Cha

Seungil Lee

Bonghui Kang

Seunghee Ha

Dongwon Kim

Hyunhee You

Yoonyoung Cho

Kyoungtae Kim

Ilsoo Yeom

Yunhee Ku

Jeongrok Lee

Kyungmin Kim

Chulmin Lim

Yuonui Chong

Byunglok Jeon

Hongyoul Choi

Hankyu Cho

Bernhard Mandl

Yongseock Kim

Sungsoo Jun

Nina Brauner

Andreas Hölzl

Taeuk Kim

Jakob Pühringer

Johann Steinkellner

Jakob PÜHRINGER

Junwon Lee

Jihyeock Kim

Dominic Gottsmann

Kristijan Velebit

Benedikt Krist

Chunji Hong

Youwon Park

Namseok Oh

Dominic Gottsman

Illumination device () for a motor vehicle headlamp for generating a low beam, wherein a vertical extension of the low beam extends along a VV-line from at least 0° down to at least −10° on the VV-line, said illumination device () comprises: —an optic body () comprising a common light input section (), a light output section () and a shell surface () limiting the optic body (), —a projection lens system () configured to project the light-rays in front of the illumination device (), wherein the projection lens system () in combination with the optic body () are configured to generate the low beam illuminated by the projection lens system (), wherein the optic body () comprises a first set of optically operative surfaces for guiding light-rays along a first light-ray path (LR), wherein the first set of operative surfaces comprises a first and second light deflection surface (), and a first light exit surface (), wherein the first and second light deflection surfaces () are arranged on the shell surface (), and wherein the first light exit surface () is arranged on the light output section (), wherein light rays following the first light-ray path (LR) are incident on the first deflection surface () and are deflected to the second deflection surface (), and wherein light-rays incident on the second deflection surface () are deflected to the first light exit surface (), and wherein light-rays emitted by the first light exit surface () contribute to generate a first part of the low beam, and wherein the optic body () comprises a second set of optically operative surfaces for guiding light-rays along a second and a third light-ray path (LR, LR), wherein the second set of optically operative surfaces comprises a third deflection surface () and a second light exit surface (), wherein the third deflection surface () is arranged on the shell surface () and the second light exit surface () is arranged on the light output section () separate from the first light exit surface (), wherein light-rays following the second light-ray path (LR) are incident on the third deflection surface () and are deflected to the second light exit surface () for coupling out of the optic body (), and wherein light rays following the third light-ray path (LR) are incident on the second light exit surface () directly from the common light input section (), wherein light-rays emitted by the second light exit surface () contribute to generate a second part of the low beam.

Illumination device for a vehicle headlamp

Disclosed is a method for controlling a hair dryer, the method for controlling a hair dryer, which comprises a main body part, a handle part, an operation part, a heating unit and a fan unit, according to one embodiment of the present invention comprising: an auto mode selection step in which a user operates the operation part so as to select, among a plurality of operation modes, an auto mode including a plurality of individual modes; and an auto mode performance step in which the plurality of individual modes are consecutively performed, wherein at least one among the temperature and speed of discharged gas is set to be different for each of the plurality of individual modes, and in the auto mode performance step, the heating unit and the fan unit control the temperature and speed of the discharged gas according to the respective settings of the plurality of individual modes.

Method for controlling hair dryer

A hair dryer is disclosed. The hair dryer according to an embodiment of the present invention comprises: a main body unit comprising a gas outlet part through which gas is discharged; a grip unit extending from the main body unit; a gas inlet part which is positioned in the main body unit or the grip unit, through which gas is introduced from the outside, and which is in communication with the gas outlet part; a gas flow path which allows the gas inlet part and the gas outlet part to be in communication with each other in the main body unit; and a fan unit provided on the gas flow path to flow the gas, wherein the gas outlet part comprises a center hole and a ring-shaped side hole that surrounds the center hole, the center hole and the side hole being in communication with the gas flow path to allow the gas to be discharged through each hole.

Hair dryer

A hair dryer is disclosed. The hair dryer according to an embodiment of the present invention comprises: a main body unit comprising a gas outlet part through which gas is discharged; a grip unit extending from the main body unit; a gas inlet part which is positioned in the main body unit or the grip unit, through which gas is introduced from the outside, and which is in communication with the gas outlet part; a fan unit provided in the main body unit or the grip unit to flow the gas; and an illumination unit provided in the main body unit to emit light, wherein the luminous characteristics of the illumination unit vary with the properties of the gas discharged from the gas outlet part.

Disclosed is a hair dryer. The hair dryer includes a main body including a gas outlet portion disposed thereon, a handle extending from the main body and including a gas inlet portion disposed on a circumferential surface of the handle in communication with the gas outlet portion, a fan disposed inside the main body or the handle to flow gas, and a filter inserted into the handle through an insertion hole defined in a bottom face of the handle to filter gas introduced through the gas inlet portion.

Hair care device

An illumination device () for a motor vehicle headlight, including illumination units arranged next to one another, which respectively have a light source, primary optical device, and a secondary optical device. The primary optical devices are held in a common holding element formed by a transparent body. In the body, an overcoupling protective device in the form of a through hole in the body is provided between two adjacent receiving through holes in which a primary optical device is respectively held. The through hole of the overcoupling protective device is delimited by two side faces, which face the receiving through holes of the primary optical devices. Light deflection means are designed to deflect at least part of the rays of light entering the body such that part of the rays of light does not enter the adjacent illumination unit or strike the secondary optical device of the adjacent illumination unit.

Illumination device for motor vehicle headlight with illumination units arranged next to one another

Illumination device () for a motor vehicle headlight, which comprises the following:

Illumination device for a motor vehicle headlight

A diffuser for a hair dryer includes a diffusing case having a rear side removably coupled to a main body of the hair dryer. Air or fluid discharged from the main body is introduced into the diffusing case through an inlet hole defined at the rear side. A n open surface is defined at a front side of the diffusing case such that the air introduced into the diffusing case is discharged to an outside through the open surface. The diffusing case includes a front circumferential portion surrounding the open surface. The front circumferential portion includes a first portion and a second portion. The first portion is at least partially located further forward of the second portion.

Diffuser and hair dryer having a diffuser

A hair dryer includes a main body, a handle, and a diffuser. The diffuser includes a diffusing case having a rear side coupled to the main body. The main body is provided such that a front end of an outer wall surrounds a gas or air outlet, and a first coupling portion coupled with the diffuser is provided at the front end. The diffusing case includes a second coupling portion coupled to the first coupling portion while surrounding a gas or air inlet hole defined at the rear side. The first coupling portion includes a power transmitter to supply power to the diffuser, and the second coupling portion includes a power receiver to receive the power from the power transmitter.

Growing community of inventors

Seoul, South Korea

Sunjung Park