Abstract:
A motion determining apparatus for detecting a motion of a partial picture of an input picture signal is disclosed, that comprises a first detecting means for detecting a frame difference of the partial picture, a second detecting means for detecting a spatial activity of the partial picture, a threshold value generating means for generating a first threshold value, a second threshold value, and a third threshold value, a comparing means having at least a first comparing portion for comparing the frame difference detected by said first detecting means with the first threshold value and a second comparing portion for comparing the frame difference detected by said first detecting means with the second threshold value, a third comparing means for comparing the spatial activity detected by said second detecting means with the third threshold value, and a motion class determining means for receiving the compared results of said first comparing portion, said second comparing portion, and said third comparing means and determining the motion of the partial picture in at least three levels.
Abstract:
An electrode assembly including a first cathode member provided with a hole enclosed by a frame portion. The frame portion surrounding the hole has a contact surface that comes into contact with an object to be plated at one of its surfaces, and an insulating member is provided with holes and enclosed by a frame portion, with one surface of the frame portion placed on top of another surface of the frame portion of the first cathode member. A second cathode member also provided with a hole enclosed by a frame portion, with one surface of the frame portion placed on top of one surface of the other frame portion of the insulating member. The smallest bore diameter at the hole of the second cathode member is larger than the smallest bore diameter at the holes and of the insulating member.
Abstract:
A method of manufacturing an active matrix substrate is provided that uses a technique of transferring a thin film device. In forming thin film transistors and pixel electrodes on an original substrate before transfer, an insulator film such as an interlayer insulation film or the like, is previously removed before the pixel electrodes are formed. Further, the original substrate is separated by exfoliation to transfer the device to a transfer material to cause the pixel electrodes to partially appear in the surface or the vicinity of the surface of the device. This portion permits application of a voltage to a liquid crystal through the pixel electrode.
Abstract:
A multi-tier winding coil 1 of a welding wire in a hollow cylindrical configuration having a beginning wire end which is located in the innermost tier and at one of cylinder end faces, a combination of such coil with a shipment packaging box 21, and a combination of the coil 1 and a wire feed adapter 5 which is used to mount the coil on a welding machine are disclosed. The coil 1 includes bundling wires 3a-3d. The beginning wire end of the coil is bent to extend in a radial direction of the coil loop, and is then bent in a direction to extend parallel to the center axis of the coil, thus defining an L-configuration 1sr+1sa. A wire feed adapter 5 includes a barrel 5b formed with notches 5br-5br4 and 5ar-5a4 for receiving beginning ends 1s.
Abstract:
A weather strip to be attached to sides of a foldable, detachable, movable roof of a vehicle, the weather strip composed of an extrusion portion and a mold portion. The extrusion portion has a base, a hollow seal, the hollow seal having an upper portion directing toward an outside of a vehicle so as to form a convex portion for contacting an upper portion of a door glass, a bridge portion provided in the hollow seal by halving hollow portion of the hollow seal vertically, the bridge portion being constricted at an inner intermediate portion thereof, a seal lip projecting from a lower portion of the hollow seal for elastically contacting the door glass, the seal lip directing outward of the vehicle. The mold portion has the bridge portion and the seal lip which are the same as those of the extrusion portion. Accordingly, the sealing property and external appearance of the transfer portion and the mold portion can be improved. Further, there are provided engaging portions and having first and second confronted surfaces, wherein the confronted surfaces have non-seal portions on which tapered convex and convex portions are formed, and wherein the tapered convex portion engage with the tapered concave portion. With the arrangement of the present invention, even if there is uneven fitting in the weather strip, such uneven fitting can be sufficiently absorbed, so as to maintain an excellent sealing property and sound insulation property.
Abstract:
Described is a process for producing an N-biphenyl-methylthiadiazoline derivative (7) in accordance with the reaction formula described below. According to the process of the present invention, it is possible to produce a compound (7) advantageously from the industrial viewpoint. ##STR1##
Abstract:
A rotary elastic component with a push switch comprises a bearing having a through hole and a collar portion provided at the end to close a part of the through hole, a rotary electrical component having a rotating body with a hole, a push switch disposed at the rear of the rotary electrical component and having a moving contact and a stationary contact, and an operating shaft inserted into the through hole of the bearing and the hole of the rotating body and having a collar portion. The collar portion of the operating shaft is positioned within the through hole of the bearing, to thereby retain, by the collar portion of the bearing, the operating shaft from accidentally loosening from position. When the operating shaft is rotating, the rotating body is rotated to operate the rotary electrical component; the operating shaft being axially moved to actuate the push switch. Furthermore, an elastic member is mounted, within the through hole of the bearing, between the collar portion of the bearing and the collar portion of the operating shaft.
Abstract:
The present invention provides a carrier for developer of an electrostatic latent image and related technologies. The carrier is excellent in the ability to impart charge suitably and stably to toner and has a structure durable enough to maintain the ability for a long period of time such that the structure can prevent the toner from being adhered onto the carrier surface for a long period of time. The carrier comprises a core covered with a resin coating layer containing resin particles and an electroconductive fine powder in the form of a dispersion in a matrix resin. The carrier can be produced by a method comprising the steps of preparing a coating solution by placing materials in a solvent which can dissolve the matrix resin, but cannot dissolve the resin particles, dispersing the particles of the resin, applying the solution to a core and removing the solvent. A high-quality image can be formed by use of the developer comprising the carrier and the toner.
Abstract:
The present invention relates to a non-volatile semiconductor memory having non-volatile memory cells capable of electrically erasing and writing data. Each memory cell has a floating gate formed on the surface of the semiconductor substrate above the channel region, and a control gate. The floating gate partially covers the channel region. Each memory cell is thereby constructed of a parallel connection of a floating gate transistor and an enhancement type transistor. The floating gate transistor is displaced in one of the widthwise directions of the channel region, or partially covers only the central portion of the channel region in the widthwise direction thereof. A plurality of memory cells are connected in series to constitute a basic block. Adjacent basic blocks are separated by an enhancement type MOS transistor. In this memory, a memory cell (floating gate) and an enhancement type MOS transistor (gate) are formed in self alignment with each other using the same mask. In addition, in this memory, a control gate and a floating gate are formed in self alignment with each other using the same mask.
Abstract:
The present invention provides a long-life carrier for developing an electrostatic latent image to be used in such field of applications as electrostatic photography and electrostatic recording, a developer of an electrostatic latent image utilizing said carrier, a method for forming an image and an image forming apparatus by using said developer. By use of the foregoing qualities, a high-quality image can be obtained.