Abstract: A button device attached to a touch screen is provided including: a base adhered and fixed to the surface of the touch screen; a push button which overlaps the base and can be raised and lowered relative to the base, and includes a central portion and a flange portion stepped and expanding outward from the outer boundary of the central portion; a bezel which is placed on the push button so as to expose the central portion and cover the flange portion, and is detachably coupled to the base; and a conductive elastomer which is made of an elastic material that can conduct electricity, is disposed between the base and the flange portion of the push button so as to elastically support the push button in the direction wherein the push button rises, and is provided with a downward protrusion that protrudes downward toward the touch screen.

Abstract: A button device attached to a touch screen is provided including: a base adhered and fixed to the surface of the touch screen; a push button which overlaps the base and can be raised and lowered relative to the base, and includes a central portion and a flange portion stepped and expanding outward from the outer boundary of the central portion; a bezel which is placed on the push button so as to expose the central portion and cover the flange portion, and is detachably coupled to the base; and a conductive elastomer which is made of an elastic material that can conduct electricity, is disposed between the base and the flange portion of the push button so as to elastically support the push button in the direction wherein the push button rises, and is provided with a downward protrusion that protrudes downward toward the touch screen.

Abstract: A display module is provided, and the display module includes: a circuit board unit on which a plurality of LED units are arranged; and a plurality of holder units supporting the circuit board unit, and arranged to be spaced apart from each other such that the circuit board unit is curved to be rounded in a first direction and a second direction.

Abstract: Disclosed are an automatic paper feeding sensing device and a paper feeding device for a paper shredder, and a paper shredder including the automatic paper feeding sensing device and the paper feeding device. The automatic paper feeding sensing device of the present invention includes a detection sensor fixed to an end of a sensor bracket disposed at a side of a paper feeding entrance of a paper shredder; and a rotating lever rotatably disposed between the paper feeding entrance and the detection sensor to open or close a front side of the detection sensor by the rotation thereof. The paper feeding device of the present invention includes a paper feeding section, a paper feeding entrance, a paper feeding rollers and a pressurizing portion.

Abstract: Provided is a paper shredder. The paper shredder includes a paper support part including a first paper support part having a first length, a second paper support part having a second length greater than the first length, and a paper feed slot between the first paper support part and the second paper support part, a first roller in which a portion thereof is exposed upward from the second paper support part through an opening defined in the second paper support part, a second roller in which a portion thereof is exposed upward from the first paper support part through an opening defined in the first paper support part, a cutter disposed below the paper feed slot to shred an introduced paper, and a motor operating the first roller, the second roller, and the cutter. The first paper support part and the second paper support part are reduced in height as being adjacent to the paper feed slot.

Abstract: Provided is a paper shredder. The paper shredder includes a paper support part including a first paper support part having a first length, a second paper support part having a second length greater than the first length, and a paper feed slot between the first paper support part and the second paper support part, a first roller in which a portion thereof is exposed upward from the second paper support part through an opening defined in the second paper support part, a second roller in which a portion thereof is exposed upward from the first paper support part through an opening defined in the first paper support part, a cutter disposed below the paper feed slot to shred an introduced paper, and a motor operating the first roller, the second roller, and the cutter. The first paper support part and the second paper support part are reduced in height as being adjacent to the paper feed slot.

Abstract: Disclosed are an automatic paper feeding sensing device and a paper feeding device for a paper shredder, and a paper shredder including the automatic paper feeding sensing device and the paper feeding device. The automatic paper feeding sensing device of the present invention includes a detection sensor fixed to an end of a sensor bracket disposed at a side of a paper feeding entrance of a paper shredder; and a rotating lever rotatably disposed between the paper feeding entrance and the detection sensor to open or close a front side of the detection sensor by the rotation thereof. The paper feeding device of the present invention includes a paper feeding section, a paper feeding entrance, a paper feeding rollers and a pressurizing portion.

Abstract: Disclosed is an automatic paper supply apparatus for a paper shredder which can shred stapled paper sheets regardless of the volume or thickness of the paper sheets to be shredded. The present invention can shred stapled paper sheets without need to previously remove the staples thereof, increases the user's safety, and prevents damage to the apparatus.

Abstract: Provided are an apparatus and method for transferring substrates. The substrate transferring apparatus is provided with a plurality of blades capable of withdrawing wafers from inside a container. Withdrawing members are elevated within coupling holes formed in the blades, and wafers are withdrawn by elevating and protruding the withdrawing members from the coupling holes of the blades. The withdrawing members are formed to be hollow, and are selectively elevated from the blades by supplying gas therein. Alternately, the withdrawing members are rotatably connected to the blades, and wafers are withdrawn when the withdrawing members are pivoted to protrude from the blades. Here, a withdrawing member includes a rotating shaft, and is pivoted when tension is applied to a wire wound around the rotating shaft. The wound wire is rotated by a driver that is selectively operated by a controller.

Abstract: Provided is a paper-feed roller including a rotatable roller shaft, a rotatable roller member coupled to the roller shaft, a friction-feed member on an outer circumference of the roller member, and a feed protrusion coupled to the roller member, the feed protrusion protruding a predetermined amount from the friction-feed member.

Abstract: Disclosed is an automatic paper supply apparatus for a paper shredder, which can shred stapled paper sheets regardless of the volume or thickness of the paper sheets to be shredded.

Abstract: Provided are an apparatus and method for transferring substrates. The substrate transferring apparatus is provided with a plurality of blades capable of withdrawing wafers from inside a container. Withdrawing members are elevated within coupling holes formed in the blades, and wafers are withdrawn by elevating and protruding the withdrawing members from the coupling holes of the blades. The withdrawing members are formed to be hollow, and are selectively elevated from the blades by supplying gas therein. Alternately, the withdrawing members are rotatably connected to the blades, and wafers are withdrawn when the withdrawing members are pivoted to protrude from the blades. Here, a withdrawing member includes a rotating shaft, and is pivoted when tension is applied to a wire wound around the rotating shaft. The wound wire is rotated by a driver that is selectively operated by a controller.