Abstract: A sealing profile providing dust and water insulation for use in the side glasses of motor vehicles.

Abstract: A sealing profile providing dust and water insulation for use in the side glasses of motor vehicles.

Abstract: An image sensor comprising a substrate including a logic region and a pixel region, wherein the logic region is configured to form at least a portion of an active logic device therein, the pixel region is configured to form a pixel unit therein, the pixel unit including at least a photosensitive element, wherein an upper surface of the logic region is lower than an upper surface of the pixel region.

Abstract: A nailer with an illumination device located adjacent to the muzzle thereof comprises a nailer and an illumination device. The nailer has a muzzle defined at a front end of a housing thererof, between the muzzle and the housing is arranged a panel and a protection hood covered on the panel, and on the protection hood is formed a notch aligned with the muzzle. Beneath the protection hold is disposed a circuit board, on the circuit board is battery. A positioning hole is defined in a side of the protection hood facing the housing. A buffer is disposed in the positioning hole of the protection hood in such a manner that a part of the buffer protrudes out of the positioning hole and is to be pressed against the housing. The illumination device is disposed beneath the protection hood of the nailer and located correspondingly to the notch.

Abstract: The shift lever switching mechanism for a trigger is mounted onto the trigger body of a nailer. The mechanism has a guide groove passing laterally through the trigger, two positioning sections placed at intervals, and a shift lever. A control button is placed at one end of the shift lever with a container. Thus, the first positioning section aligns when the shift lever moves to the first position, and the second positioning section aligns when the shift lever moves to the second position. A flexible locator, mounted onto the shift lever and provided with a flexible snapper, is snapped with the first positioning section when the shift lever moves to the first position, or is snapped with the second positioning section when the shift lever moves to the second position. A motion tab has one end linked to the shift lever and another end extended opposite to form a driving section.

Abstract: The shift lever switching mechanism for a trigger is mounted onto the trigger body of a nailer. The mechanism has a guide groove passing laterally through the trigger, two positioning sections placed at intervals, and a shift lever. A control button is placed at one end of the shift lever with a container. Thus, the first positioning section aligns when the shift lever moves to the first position, and the second positioning section aligns when the shift lever moves to the second position. A flexible locator, mounted onto the shift lever and provided with a flexible snapper, is snapped with the first positioning section when the shift lever moves to the first position, or is snapped with the second positioning section when the shift lever moves to the second position. A motion tab has one end linked to the shift lever and another end extended opposite to form a driving section.

Abstract: The nail tray hoist structure for coil nailer includes: several positioning slots spaced through out the side wall of the central column of the coil nailer base; a positioning through hole, placed on the vertical sleeve of the nail tray; a positioning body, placed in the positioning through hole actively; a braking tube, placed on the outside of the vertical sleeve; and an upper elastic component, having a top blocked by the limit component used by the vertical sleeve. The bottom of the elastic component stops the balance block of the braking tube, so that it can push down the braking tube. By so doing, the hoist structure of the nail tray only needs pushing and pulling movements on the braking tube, which gives the users more convenience and ensures the strength of the structure.

Abstract: The nail tray hoist structure for coil nailer includes: several positioning slots spaced through out the side wall of the central column of the coil nailer base; a positioning through hole, placed on the vertical sleeve of the nail tray; a positioning body, placed in the positioning through hole actively; a braking tube, placed on the outside of the vertical sleeve; and an upper elastic component, having a top blocked by the limit component used by the vertical sleeve. The bottom of the elastic component stops the balance block of the braking tube, so that it can push down the braking tube. By so doing, the hoist structure of the nail tray only needs pushing and pulling movements on the braking tube, which gives the users more convenience and ensures the strength of the structure.

Abstract: A nailer with an illumination device located adjacent to the muzzle thereof comprises a nailer and an illumination device. The nailer has a muzzle defined at a front end of a housing thererof, between the muzzle and the housing is arranged a panel and a protection hood covered on the panel, and on the protection hood is formed a notch aligned with the muzzle. Beneath the protection hold is disposed a circuit board, on the circuit board is battery. A positioning hole is defined in a side of the protection hood facing the housing. A buffer is disposed in the positioning hole of the protection hood in such a manner that a part of the buffer protrudes out of the positioning hole and is to be pressed against the housing. The illumination device is disposed beneath the protection hood of the nailer and located correspondingly to the notch.

Abstract: A nailer with an illumination device comprises a nailer and an illumination device. The nailer having a muzzle defined at a front end of a housing thererof, between the muzzle and the housing is arranged a panel and a protection hood covered on the panel, and on the protection hood being formed a notch aligned with the muzzle. The illumination device is disposed beneath the protection hood of the nailer and located correspondingly to the notch.

Abstract: The nailing machine with safety mechanism is located between fastener and nailing part of nailing machine. The safety mechanism includes an adjustable shelf, which shifts recurrently within a limited range. The first end of adjustable shelf is linked to the fastener, and second end extends towards nailing part. One side of retainer is normally protruded from exterior of nailing part, and the other side extends towards adjustable shelf. The revolving controller is provided with a pin joint and a revolving end. The revolving end will limit and fix simultaneously adjustable shelf and retainer, or, in the case of second swinging angle, the revolving end will release adjustable shelf and retainer. When an idle nailing machine is firstly withheld by a fastener, the adjustable shelf will shift outwards, and then drive revolving end of revolving controller to separate from the adjustable shelf.

Abstract: The nailing machine with safety mechanism is located between fastener and nailing part of nailing machine. The safety mechanism includes an adjustable shelf, which shifts recurrently within a limited range. The first end of adjustable shelf is linked to the fastener, and second end extends towards nailing part. One side of retainer is normally protruded from exterior of nailing part, and the other side extends towards adjustable shelf. The revolving controller is provided with a pin joint and a revolving end. The revolving end will limit and fix simultaneously adjustable shelf and retainer, or, in the case of second swinging angle, the revolving end will release adjustable shelf and retainer. When an idle nailing machine is firstly withheld by a fastener, the adjustable shelf will shift outwards, and then drive revolving end of revolving controller to separate from the adjustable shelf.

Abstract: A process for manufacturing a three-dimensional photograph includes: establishing a three-dimensional coordinate system and subsequently generating a three-dimensional spatial image within the coordinate system; dividing the image into a plurality of pixels and subsequently storing spatial data and color data of the pixels in a memory; dividing the image into a plurality of image layers along a direction corresponding to a coordinate of the coordinate system; providing a plurality of transparent plates and coloring a side surface of each of the plates at positions corresponding to the pixels in a respective one of the image layers, based on the spatial data and the color data in the memory; and combining the transparent plates, thereby forming the photograph.

Abstract: A process for manufacturing a three-dimensional photograph includes: establishing a three-dimensional coordinate system and subsequently generating a three-dimensional spatial image within the coordinate system; dividing the image into a plurality of pixels and subsequently storing spatial data and color data of the pixels in a memory; dividing the image into a plurality of image layers along a direction corresponding to a coordinate of the coordinate system; providing a plurality of transparent plates and coloring a side surface of each of the plates at positions corresponding to the pixels in a respective one of the image layers, based on the spatial data and the color data in the memory; and combining the transparent plates, thereby forming the photograph.

Abstract: A process for manufacturing a three-dimensional photograph includes:

Abstract: A process for manufacturing a three-dimensional photograph includes: