Abstract: A moving wiring system transmitting electrical power from a vehicle body of a vehicle to a sliding door includes a wire transmitting the electrical power, a wire housing attached to the sliding door with at least one portion of the wire located therein, and a wire guide assembly attached to the vehicle body and guiding the wire. The wire housing defines a space in which at least one portion of the wire is movably located. The wire guide assembly includes a first guiding portion attached to the vehicle body and guiding the wire, a second guiding portion rotatably and perpendicularly coupled to the first guiding portion, and a third guiding portion attached to an end of the second guiding portion and guiding the wire to the wire housing. The third guiding portion includes an elastic member supporting the wire.

Abstract: A window glass interlock device for a vehicle sliding door adapted to limit the opening of the sliding door when the window glass exceeds a prescribed opening degree, thereby preventing jamming of a passenger's body part between the sliding door and the vehicle body and minimizing injury to the passenger.

Abstract: A method and an apparatus for precisely exposing a predetermined width of a peripheral area of a wafer coated with a layer of photoresist material with light from a light source, wherein the wafer is moved when the light is radiated onto the wafer to expose the photoresist layer at the peripheral area of the wafer, an inspection section inspecting whether the light is radiated onto a precise position of the peripheral area of the wafer, whereby by adjusting the position of the light source if the light is not radiated at the precise position of the peripheral area of the wafer requiring exposure while inspecting the light radiated onto the peripheral area of the wafer, the predetermined width of the peripheral area of the wafer is precisely exposed.

Abstract: A window glass interlock device for a vehicle sliding door adapted to limit the opening of the sliding door when the window glass exceeds a prescribed opening degree, thereby preventing jamming of a passenger's body part between the sliding door and the vehicle body and minimizing injury to the passenger.

Abstract: A method and an apparatus for precisely exposing a predetermined width of a peripheral area of a wafer coated with a layer of photoresist material with light from a light source, wherein the wafer is moved when the light is radiated onto the wafer to expose the photoresist layer at the peripheral area of the wafer, an inspection section inspecting whether the light is radiated onto a precise position of the peripheral area of the wafer, whereby by adjusting the position of the light source if the light is not radiated at the precise position of the peripheral area of the wafer requiring exposure while inspecting the light radiated onto the peripheral area of the wafer, the predetermined width of the peripheral area of the wafer is precisely exposed.

Abstract: A method and an apparatus for precisely exposing a predetermined width of a peripheral area of a wafer coated with a layer of photoresist material with light from a light source, wherein the wafer is moved when the light is radiated onto the wafer to expose the photoresist layer at the peripheral area of the wafer, an inspection section inspecting whether the light is radiated onto a precise position of the peripheral area of the wafer, whereby by adjusting the position of the light source if the light is not radiated at the precise position of the peripheral area of the wafer requiring exposure while inspecting the light radiated onto the peripheral area of the wafer, the predetermined width of the peripheral area of the wafer is precisely exposed.

Abstract: A safety system for a vehicle power sliding door for restricting the operation of a sliding door via an Electronic Control Unit (ECU) when a window glass mounted at the sliding door is opened to a certain degree. The ECU receives an electric signal from a switch means once the window glass is opened to a certain degree, thus effectively reducing injury to a passenger.

Abstract: A safety system for a vehicle power sliding door for restricting the operation of a sliding door via an Electronic Control Unit (ECU) when a window glass mounted at the sliding door is opened to a certain degree. The ECU receives an electric signal from a switch means once the window glass is opened to a certain degree, thus effectively reducing injury to a passenger.

Abstract: A locking controller mounted inside a sliding door. The locking controller is operated in connection with an inner handle resiliently returned to a neutral position when being turned in a door opening direction or in a door closing direction. If the inner handle is pulled or pushed in the door opening direction in the state that the sliding door is closed, the inner handle is turned in the door opening direction from the neutral position to release a door-close maintaining mechanism. If the inner handle is pulled or pushed in the door closing direction in the state that the sliding door is open, the inner handle is turned in the door closing direction from the neutral position to release a door-open maintaining mechanism. Therefore, a simple operation that the inner handle is turned in one direction makes the opening or shutting of the sliding door possible.

Abstract: Disclosed is an inner handle assembly mounted on a sliding door of a car. An inner handle is fixed at a housing to rotate in both directions and always returned to a neutral position by an inner handle operation controlling mechanism. Therefore, if the inner handle is turned in the door opening direction or if the door closing direction from the neutral position, a door-open maintaining mechanism or a door-close maintaining mechanism is released. Therefore, only by applying power in any one direction of the inner handle, the sliding door can be easily opened or shut.

Abstract: The invention provides a door unlocking system with the switch transmitting the signal to the central processing unit (10) according to the rotary direction of the key inserted into the key box to unlock the front and rear doors, wherein the switch is installed at the door latch (30) unlocking the driver door and the switch transmits the signal to the central processing unit according to the signal input in the key rod clip (31) to unlock the other doors, in the inserted status, the key turns to one direction to operate the switch, thereby installing the switch in the driver door regardless of the door chassis and the key rotor.

Abstract: Disclosed is a system for opening and closing a sliding door. When an inner handle is pivoted in a door opening direction in a state wherein a sliding door is closed, as the inner handle is pivoted from a neutral position in the door opening direction, a door-closed-status holding mechanism is unlocked by a locking controller. Also, when the inner handle is pivoted in a door closing direction in a state wherein the sliding door is opened, as the inner handle is pivoted from the neutral position in the door closing direction, a door-opened-status holding mechanism is unlocked by the locking controller.

Abstract: The invention provides a door unlocking system with the switch transmitting the signal to the central processing unit (10) according to the rotary direction of the key inserted into the key box to unlock the front and rear doors, wherein the switch is installed at the door latch (30) unlocking the driver door and the switch transmits the signal to the central processing unit according to the signal input in the key rod clip (31) to unlock the other doors, in the inserted status, the key turns to one direction to operate the switch, thereby installing the switch in the driver door regardless of the door chassis and the key rotor.

Abstract: Disclosed is an inner handle assembly mounted on a sliding door of a car. An inner handle is fixed at a housing to rotate in both directions and always returned to a neutral position by an inner handle operation controlling mechanism. Therefore, if the inner handle is turned in the door opening direction or if the door closing direction from the neutral position, a door-open maintaining mechanism or a door-close maintaining mechanism is released. Therefore, only by applying power in any one direction of the inner handle, the sliding door can be easily opened or shut.

Abstract: A runner system and runner component particularly adapted for use in multiple cavity injection molding systems is disclosed. The runner system and runner component utilize particular structural features and geometrical configurations that have been found to result in superior molding practices and molded components in multiple cavity injection molding systems. A corresponding multiple cavity injection molding system utilizing the noted runner system is described. And, a related method for promoting uniform filling of multiple mold cavities is also disclosed.

Abstract: A runner system and runner component particularly adapted for use in multiple cavity injection molding systems is disclosed. The runner system and runner component utilize particular structural features and geometrical configurations that have been found to result in superior molding practices and molded components in multiple cavity injection molding systems. A corresponding multiple cavity injection molding system utilizing the noted runner system is described. And, a related method for promoting uniform filling of multiple mold cavities is also disclosed.

Abstract: A method and an apparatus for precisely exposing a predetermined width of a peripheral area of a wafer coated with a layer of photoresist material with light from a light source, wherein the wafer is moved when the light is radiated onto the wafer to expose the photoresist layer at the peripheral area of the wafer, an inspection section inspecting whether the light is radiated onto a precise position of the peripheral area of the wafer, whereby by adjusting the position of the light source if the light is not radiated at the precise position of the peripheral area of the wafer requiring exposure while inspecting the light radiated onto the peripheral area of the wafer, the predetermined width of the peripheral area of the wafer is precisely exposed.

Abstract: Disclosed is a system for opening and closing a sliding door. When an inner handle is pivoted in a door opening direction in a state wherein a sliding door is closed, as the inner handle is pivoted from a neutral position in the door opening direction, a door-closed-status holding mechanism is unlocked by a locking controller. Also, when the inner handle is pivoted in a door closing direction in a state wherein the sliding door is opened, as the inner handle is pivoted from the neutral position in the door closing direction, a door-opened-status holding mechanism is unlocked by the locking controller.

Abstract: Disclosed is a locking controller mounted inside a sliding door. The locking controller is operated in connection with an inner handle resiliently returned to a neutral position when being turned into a door opening direction or into a door closing direction. If the inner handle is pulled or pushed in the door opening direction in the state that the sliding door is closed, the inner handle is turned into the door opening direction from the neutral position to release a door-close maintaining means. If the inner handle is pulled or pushed in the door closing direction in the state that the sliding door is open, the inner handle is turned into the door closing direction from the neutral position to release a door-open maintaining means. Therefore, a simple operation that the inner handle is turned in one direction makes the opening or shutting of the sliding door possible.

Abstract: A method for laser marking one or more colors on a plastic substrate is disclosed. A polymeric blend or mixture comprising two or more polymeric systems is utilized to produce a molded component. The various polymeric systems are heated to form a polymeric blend or mixture that is in a molten flowable state. The polymeric mixture is then shaped into the desired end product, preferably by injection molding. While molding, the polymeric mixture separates according to the different densities of the polymers; with the lightest density polymers migrating toward the inner surface of the mold and the heavier density polymers centralizing within the interior of the mold. The lightest density polymer forms the outer surface of the molded product, which may essentially constitute an outer layer coating disposed around the other polymeric systems. Upon removal of the cured layered product, the skin layer is then preferably ablated using a laser to expose the polymers of desired color beneath the outer layer.