TH145694A - Lighting equipment for vehicles - Google Patents

Abstract

DC60 (27/09/56) In the present invention, the inner lens (128) of the turn signal lamp (10) is provided with: a lens section (162) that will inhibit the transmission of light travel, when viewed in a straight line from the substrate (126) to the outer lens (122); a projection (164) that will extend to the LED (124); and a roof section (166) that will extend inward from the base end of the projection (164) in a direction along the width of the vehicle. The wiring harness (130) to be electrically connected to the LED (124) is connected to the substrate (126) through a partially vacant area (172) to be enclosed by the substrate (126), a projection (164), and a roof section (166). In the invention, the inner lens (128) of the turn signal lamp (10) is provided with: a lens section (126) to inhibit the transmission of light travel, when viewed in a straight line from the substrate (126) to the outer lens (122); a projection (164) to the LED (124), and a roof section (166) to extend inward from the base end of the projection (164) in a direction along the width of the vehicle. The wiring harness (130) to be electrically connected to the LED (124) is connected to the substrate (126) through a partially vacant area (172) to be enclosed. By substrate (126), overhang (164) and roof (166)

Claims (1)

Disclaimer (all) which will not appear on the advertisement page: EDIT 4/7/2016 1. Vehicle lighting equipment (10) that includes the base part (120), external lens (122) that It is attached to the front part of the base (120), panel (126) with light emitting diodes (124) mounted on it. And where it is positioned inside the inner space (125) formed by the base part (120) and the external lens (122) and the internal lens (128) placed between the external lens (122). And panel (126), where: the internal lens (128) consists of the lens cut-off area (162) that diffuses light from the panel (126) to the external lens (122) when viewed from the front, characterized by The lens inside is also It is further assembled with an overhang (164) positioned facing the light emitting diode (124) and protruding to Light-emitting diodes (124) and roof sections (166) extending from the base end of the overhang (164) in the vehicle's transverse inward direction, where a partially free area (172) is formed. It is formed in the interior space (125) and is enclosed by panels (126), overhangs (164), and roof sections (166) and a bundle of wires (130), which are electrically connected to the The light-emitting diode (124) is connected to the panel (126) through a partially vacant area (172), 2. Lighting device (10) according to claim 1, where the roof part (166) is formed. up It is identical to the overhang (164) and is formed in a flat shape with a thin wall thickness. (164) 3. Lighting device (10) according to claim 1, where: the base part (120), including the holes (146), is in the base part that contacts from the external surface of the section. The base reaches a part of the free space (172); The retaining assembly (150), which holds the harness (130), is installed in the hole (146), and the roof part (166) extends to the end of the retaining assembly (150), which is overhang. (172) 4. Lighting (10) according to claim 1, where at least part of the The connection area between the panel (126) and the harness (130) is overlapped with the overhang (164) when viewed from the front. 5. Lighting devices (10) according to claim 1, where the internal lens ( 128) will be installed on the base section (120) and if the imaginary line (Li) is set to extend in the transverse direction of Vehicles through the mounting part of the base section (120) and the internal lens (128) The internal lens (128) is arranged so that the base end of the protrusion (164) is positioned closer to the external lens (122). ) Relative to the imaginary line (Li), and the vertex side of the overhang (164) is positioned closer to the panel (126) as compared to the genogram (Li) .6.Lighting devices (10 ) According to claim 5, where the base (120) includes a flat surface (134a) that is significantly matched with direction The imaginary protrusion (Li) and the external lens (122) and the internal lens (128) are mounted by welding on that flat surface (134a) and the wall assembly (176) is Mounted on a flat surface (134a) between the welded part of the external lens (122) and the welded part of the internal lens (128) 7. Lighting device (10) in accordance with claim 6, where The support assembly (174) is formed on a surface along the outer circumference of the base part (120) that serves to support the base (120) when the external lens (122) and the internal lens (128) are welded on it. Section 8. Lighting device (10) According to claim 1, where a number of panel connectors (158), welded onto the base section (120), are placed on the panel (126) and diodes. Light (124) is included A number of light-emitting diodes (124), provided by panels (126), are installed so that a predetermined distance is set between the connectors (124a) of each diode of the light-emitting diode (124 ) That number With a number of (158) panel connections ----------------------------------------- -------------------------------------------------- ----- 1.Vehicle lighting devices (10) consisting of base parts (120), optics External (122) fixed to the front of the base part (120), panel (126) with light emitting diodes. (124) that are mounted on the panels and which are arranged within the internal space (125) formed by The base (120) and the external lens (122) and the internal lens (128) are positioned between the external lens 122 and the panel (126), where: the internal lens (128) is made up of the lens cut zone (126) To spread the light from Panel (126) to the external lens (122). When viewed from the front, the protrusion (164) has been positioned at the Turned to the light-emitting diode (124) and where it extends to the light-emitting diode (124) and the roof section (166), where Extend from the base end of the overhang (164) in the vehicle's transverse inward direction. Some of the vacant areas (172) will be formed in the interior spaces (125) and that are closed. Surrounded by panels (126), overhangs (164), and roof sections (166) and The bundle of wires (130), where it is electrically connected to the light-emitting diode (124), is connected to the panel (126) through a partially vacant area (172).