Abstract: An apparatus and a method for aligning a substrate are disclosed. In one aspect, the substrate aligning apparatus includes a stage configured to support a plurality of substrates, a supporting pin placed in the stage to support the substrates and an alignment clamp configured to respectively move each of the substrates to align the substrates. The alignment clamp can respectively align at least two of the substrates with reference, to an alignment reference position as a two-dimensional coordinate system which includes a first axis and a second axis crossing the first axis and is set on an imaginary plane by the first and second axes.

Abstract: A flat wiper blade may be provided that includes: a wiper strip 10 which wipes a wiping surface; a guide spring 30 which supports the wiper strip 10; a first spoiler 41 and a second spoiler 42 which are coupled to the guide spring 30 and include at least one catching part 45; and a seating part 100 which is coupled to the guide spring 30 in an attachable and removable manner. The seating part 100 includes at least one catching recess 145 which corresponds to the catching part 45. The catching recess 145 is coupled to the catching part 45. When a curvature is formed in the flat wiper blade, the first and second spoilers 41 and 42 become farther away from the seating part 100 in the longitudinal direction thereof.

Abstract: A wiper blade with integral washer nozzles including a blade rubber for wiping a glass of a vehicle, a spoiler combined with a retainer of a wiper arm, secondary levers combined with the spoiler, and yokes combined with the secondary levers, respectively, and supporting the blade rubber, may have a washer nozzle module integrally combined with the spoiler and spraying washer fluid supplied through washer fluid hoses in two directions with respect to the spoiler, wherein the washer nozzle module has washer fluid channels formed therein in a longitudinal direction of the spoiler to spray the washer fluid in two directions, nozzles formed along the washer fluid channels and spraying the washer fluid supplied through the washer fluid channels, and inlets communicating with the washer fluid channels, respectively, and connected with the washer fluid hoses for supplying the washer fluid.

Abstract: A wiper apparatus having an integrally formed washer nozzle may include a retainer connected to a driving motor to be rotated, a wiper blade having a center spoiler and side spoilers, a washer module coupled to an upper surface of the center spoiler, a rubber coupled to a lower surface of the wiper blade, and a connector for detachably fastening the wiper blade and the retainer, wherein the connector may be inserted into a connector hole formed on an upper surface of the washer module and may be coupled into recesses of the center spoiler using bosses formed at an inner side thereof, and the retainer may be inserted into opposite insertion holes of the connector through a tip end thereof to be laid on an upper surface of the connector and to be caught by opposite hook coupling parts of the connector through hooks at lower portions thereof.

Abstract: Disclosed are a connecting device and a wiper blade for connecting a wiper arm to a wiper blade having a connection holder formed therein. The connecting device and wiper blade include: an adaptor which is assembled to the wiper blade and is coupled to the wiper arm; and a covering member which covers a portion of an opening formed in the connection holder. The covering member is rotatable between a fixing position and a release position about a rotation axis. A top surface of the covering member formed between the rotation axis and a longitudinal end of the connection holder is pressed, so that the covering member is rotated from the fixing position to the release position.

Abstract: Disclosed are a flat wiper blade 2 and a flat wiper blade assembly. The flat wiper blade according to an embodiment of the present invention includes: a wiper strip 10 which wipes a wiping surface; a frame 30 which supports the wiper strip 10; a first and a second spoilers 41 and 42 which are coupled to the frame 30; and a seating part 100 to which adaptor parts 3 and 4 coupled to a wiper arm are coupled and which is coupled to the frame 30 in an attachable and removable manner.

Abstract: A flat wiper blade assembly may be provided that includes: a wiper strip 10 which wipes a wiping surface; a guide spring 30 which supports the wiper strip 10; a first spoiler 41 and a second spoiler 42 which are coupled to the guide spring 30; a seating part 100 which is coupled to the guide spring 30 in an attachable and removable manner; and an adaptor 200 and 200? which is coupled to the seating part 100. The seating part 100 includes a first fitting portion 110 formed on one end thereof and a first catching portion 120 formed on the other end thereof. The adaptor 200 and 200? includes a second fitting portion 210 and 210? which is formed on one end thereof and coupled to the first fitting portion 110 and includes a second catching portion 220 and 220? which is formed on the other end thereof and coupled to the first catching portion 120.

Abstract: A flat wiper blade may be provided that includes: a wiper strip 10 which wipes the wiping surface; a seating part 100 including a first fitting protrusion 134 and a catching portion 135; a guide spring 30 which supports the wiper strip 10, to which the seating part 100 is coupled in an attachable and removable manner and which includes a first fitting recess 34 allowing the first fitting protrusion 134 to be inserted into a central portion 32 of the guide spring 30; and a first and a second spoiler 41 and 42 which are coupled to the guide spring 300. The catching portion 135 is caught by the first fitting recess 34.

Abstract: A flat wiper blade may be provided that includes: a wiper strip 10 which wipes a wiping surface; a guide spring 30 which supports the wiper strip 10; a first spoiler 41 and a second spoiler 42 which are coupled to the guide spring 30 and include at least one catching part 45; and a seating part 100 which is coupled to the guide spring 30 in an attachable and removable manner. The seating part 100 includes at least one catching recess 145 which corresponds to the catching part 45. The catching recess 145 is coupled to the catching part 45. When a curvature is formed in the flat wiper blade, the first and second spoilers 41 and 42 become farther away from the seating part 100 in the longitudinal direction thereof.

Abstract: In one aspect, the invention can be a wiper blade including a wiper strip which wipes a wiping surface; at least one pair of yoke levers which supports the wiper strip; a pair of auxiliary lever which is relatively rotatably coupled to the at least one pair of the yoke levers respectively; and a main lever which is relatively rotatably coupled to a pair of the auxiliary levers and is connected to a wiper arm, wherein, for the purpose of preventing interference caused at the time of pivoting with a U-hook type wiper arm “Ha,” the main lever includes a first concave portion which is formed toward the wiper strip in a portion of the top surface of the main lever.

Abstract: Disclosed is a wiper blade which includes a wiper strip 10 which wipes a wiping surface; and a lever unit 20 which supports the wiper strip 10. The lever unit 20 includes: a main lever 30 which is connected to a wiper arm; at least one pair of yoke levers 50 which supports wiper strip 10; and a pair of first auxiliary levers 40 which is relatively rotatably coupled to the yoke levers 50 respectively and is coupled to the main lever 30. Both ends of the main lever 30 include a coupling portion 33 in which a hinge recess 34 is formed. The first auxiliary lever 40 includes a hinge shaft 41 which is inserted and fixed to the hinge recess 34. The hinge shaft 41 has a tapered cross section in a longitudinal direction of the wiper blade 1.

Abstract: An anti-opening apparatus locks a tray so as to prevent the tray from opening when impact such as head impact is applied to a crash pad. In the tray anti-opening apparatus, the tray is mounted so as to be pulled into or out of a housing fixedly coupled to a crash pad. A rotary bar is hinged to the housing at an intermediate portion thereof, extends toward the tray on one side thereof, extends in a direction which crosses the extension direction of one side thereof on the other side thereof, and is rotated such that one side thereof approaches one surface of the tray when impact is applied to the crash pad. A pin is coupled on one side of the rotary bar, and a free end of the pin is inserted into an insertion hole formed in the tray when the rotary bar is rotated.

Abstract: A localized over-molding die structure may include a core die, a cavity die having an inner space therein and placed onto an upper surface of the core die, and a slide die including a step portion on a lower surface thereof and slidably engaged with the cavity die in the inner space thereof to move upward and downward, wherein, the step portion includes an undercut formed at a lateral side thereof such that when at least two materials are successively injected into the cavity die, a corresponding part to the undercut is formed to at least one of the at least two materials.

Abstract: A tray apparatus may include a housing, a tray slidably accommodated in the housing to be opened or closed, a rotary lock pivotally coupled to the housing at a hinge portion of the rotary lock and locking the tray to the housing when external shock is applied to the tray beyond a predetermined value, wherein a center of gravity of the rotary lock is positioned above the hinge portion, and a holding unit for holding the rotary lock in a normal state so that the rotary lock maintains an original position thereof.

Abstract: A localized over-molding die structure may include a core die, a cavity die having an inner space therein and placed onto an upper surface of the core die, and a slide die including a step portion on a lower surface thereof and slidably engaged with the cavity die in the inner space thereof to move upward and downward, wherein, the step portion includes an undercut formed at a lateral side thereof such that when at least two materials are successively injected into the cavity die, a corresponding part to the undercut is formed to at least one of the at least two materials.

Abstract: An anti-opening apparatus locks a tray so as to prevent the tray from opening when impact such as head impact is applied to a crash pad. In the tray anti-opening apparatus, the tray is mounted so as to be pulled into or out of a housing fixedly coupled to a crash pad. A rotary bar is hinged to the housing at an intermediate portion thereof, extends toward the tray on one side thereof, extends in a direction which crosses the extension direction of one side thereof on the other side thereof, and is rotated such that one side thereof approaches one surface of the tray when impact is applied to the crash pad. A pin is coupled on one side of the rotary bar, and a free end of the pin is inserted into an insertion hole formed in the tray when the rotary bar is rotated.

Abstract: A tray apparatus may include a housing, a tray slidably accommodated in the housing to be opened or closed, a rotary lock pivotally coupled to the housing at a hinge portion of the rotary lock and locking the tray to the housing when external shock is applied to the tray beyond a predetermined value, wherein a center of gravity of the rotary lock is positioned above the hinge portion, and a holding unit for holding the rotary lock in a normal state so that the rotary lock maintains an original position thereof.