Abstract: An electric power tool disclosed herein may include a motor; a power transmission mechanism connected to the motor; a housing that houses the motor and the power transmission mechanism; a tip tool holder connected to the power transmission mechanism; a cover covering the tip tool holder partially; a first locking mechanism configured to switch between a first locking state and a first unlocked state; and a second locking mechanism configured to switch between a second locking state and a second unlocked state. In the electric power tool, the cover may become detachable from the housing when the user performs the second unlocking operation on the second locking mechanism and the first unlocking operation on the first locking mechanism.

Abstract: A unit capable of promoting angiogenesis and/or nerve regeneration, including a gel component and proteoglycans, and the like that induces angiogenesis in cells and tissues transplanted into the body, and agents such as scaffolds for neural stem cells to be viable and proliferate after such transplantation.

Abstract: At a camera device for a vehicle, a camera images an obverse side of a glass cover via the glass cover. A water repelling film is formed on an obverse side surface of the glass cover. A transparent conductive film of the glass cover generates heat, and the glass cover is heated. Because the transparent conductive film is electrically conductive, electrical resistance of an obverse side surface of the water repelling film can be lowered by the transparent conductive film, and charging of the obverse side surface of the water repelling film can be suppressed.

Abstract: A culture medium and a method to efficiently grow neuronal stem cells. The culture medium includes FGF-2, EGF, and a proteoglycan, where the proteoglycan is preferably a chondroitin sulfate-type proteoglycan, and more preferably, a salmon nasal cartilage-derived proteoglycan. The culture medium is capable of promoting formation of neurospheres.

Abstract: There is provided a camera apparatus, including: a transparent member that transmits light; a camera, at which a lens is provided, the camera performing imaging via the transparent member and the lens; a closing body that closes off a space between the transparent member and the lens; and a vent hole that vents the space.

Abstract: At a camera device for a vehicle, a camera images an obverse side of a glass cover via the glass cover. A water repelling film is formed on an obverse side surface of the glass cover. A transparent conductive film of the glass cover generates heat, and the glass cover is heated. Because the transparent conductive film is electrically conductive, electrical resistance of an obverse side surface of the water repelling film can be lowered by the transparent conductive film, and charging of the obverse side surface of the water repelling film can be suppressed.

Abstract: There is provided a camera apparatus, including: a transparent member that transmits light; a camera, at which a lens is provided, the camera performing imaging via the transparent member and the lens; a closing body that closes off a space between the transparent member and the lens; and a vent hole that vents the space.

Abstract: In a vehicle door mirror device, by a first fixed-face of a fixed projection of a stay and a first rotating-face of a rotating projection of a drive body contacting, further rotation of a mirror is inhibited when the mirror is disposed in a housed position. A slope-angle of the first fixed-face to the housing direction is smaller than a slope-angle of the first rotating-face to a forward folded direction. Contact between the upper end of the first fixed-face and the first rotating-face can accordingly be restricted, and a distance from the lower end of the first fixed-face to the contact position with the first rotating-face can be made short. So, moment acting on the first fixed-face from the first rotating-face can be made small, enabling damage to the lower end position of the first fixed-face to be suppressed. A reduction in weight and cost can accordingly be achieved.

Abstract: This reagent container comprises a container body for storing a liquid reagent employed for an analyzer and a band-like grasp portion mounted on the container body so that the user grasps the container body in a suspended state, and the grasp portion includes a band-like member whose first and second end sides are mounted on the container body and a protective member provided on the band-like member to project from an edge portion of the band-like member.

Abstract: In a vehicle door mirror device, by a first fixed-face of a fixed projection of a stay and a first rotating-face of a rotating projection of a drive body contacting, further rotation of a mirror is inhibited when the mirror is disposed in a housed position. A slope-angle of the first fixed-face to the housing direction is smaller than a slope-angle of the first rotating-face to a forward folded direction. Contact between the upper end of the first fixed-face and the first rotating-face can accordingly be restricted, and a distance from the lower end of the first fixed-face to the contact position with the first rotating-face can be made short. So, moment acting on the first fixed-face from the first rotating-face can be made small, enabling damage to the lower end position of the first fixed-face to be suppressed. A reduction in weight and cost can accordingly be achieved.

Abstract: A semiconductor integrated circuit according to an aspect of the invention includes scan flip-flops and a scan control unit. The scan flip-flop outputs backup data that is held as an internal state under control of the scan control unit, and the scan flip-flop holds backup data output from the scan flip-flop in the scan flip-flop under control of the scan control unit.

Abstract: The present invention provides a composition for preventing or treating diseases accompanied by a decrease in bone weight, hypertension and diseases resulting from hypertension, the composition containing, as an active component, at least one member selected from the a compound represented by formula (I) wherein A and B are the same or different and are independently selected from the group consisting of halogen, amino, amidino, anilinoamide, mercapto, sulfonic acid, phosphate, carboxy, hydroxy C1–C5 alkyl, sugar residue, —OR1, and —OCOR2; wherein R1 is selected from the group consisting of hydrogen, C1–C5 alkyl, hydroxy C1–C5 alkyl, and C2–C5 alkenyl; and R2 is selected from the group consisting of C1–C5 alkyl, hydroxy C1–C5 alkyl, and C2–C5 alkenyl; n is number of substituents A present and is a number from 0 to 5; and m is number of substituents B present and is a number from 0 to 5.

Abstract: There is provided an apparatus for displaying two-dimensional image by synthesizing a background and a graphic to each other in translucence, including (a) graphic buffers by the number equal to the number of backgrounds to be displayed, (b) a single display buffer, (c) a first processor which identifies a background on which a graphic is to be displayed, and stores a graphic number of the graphic into a graphic buffer associated with the thus identified background, and (d) a second processor which processes both background data and graphic data associated with each of the backgrounds in translucence in an order where a deeper background as viewed from a display screen is earlier processed, and stores resultant RGB data into a display buffer. The apparatus makes it possible to process all images in translucence without increasing the number of display buffers.

Abstract: An electrochromic anti-glare mirror is provided in which incorrect assembly can be prevented, assemblability can be improved, a number of work processes can be reduced, and costs can be reduced. The electrochromic anti-glare mirror includes an electrochromic layer which is provided at a rear surface side of a substrate glass, and in which an electrochromic film is nipped between a transparent conductive film and a reflective conductive film. By energizing the electrochromic film between the transparent conductive film and reflective conductive film, the electrochromic film is electrically made to color. Wires for electrochromic anti-glare for energizing the electrochromic film between the transparent conductive film and the reflective conductive film are printed on the printed circuit board. As a result, there is no need for complex work for installing and connecting cords as in conventional structures in which wires are cords.

Abstract: In an image processing apparatus, a figure data storage unit stores a figure data for a figure, and pixels of the figure data are allocated with figure data addresses. A display buffer unit stores a display figure data, and an object table unit stores an object table which storing a set of display parameters for a deformed figure of the figure. The object table unit outputs the set of display parameters in response to an object designating instruction. An address generating unit stores at least a form table which stores ones of the figure data addresses for the deformed figure as deformed figure addresses. The address generating unit outputs, as read addresses, addresses including the deformed figure addresses to the figure data storage unit based on the set of display parameters supplied from the object table unit to read out at least a portion of the figure data from the figure data storage unit, and stores the read out figure data portion in the display buffer unit as the display figure data.

Abstract: A graphic processor comprises a timing generator to output the signal for operation timing control according to the clock signal, the vertical sync signal and the horizontal sync signal, a drawing processor to output the graphic data of the object figures, a selection section to output the display buffer address signal under the control of the timing generator, a display buffer to which the graphic data output from the drawing processor is input and which outputs the display data signal under the control of the timing generator, a mask section to mask the display data signal output from the display buffer as required and a status register to control the mask section according to the display buffer address signal.

Abstract: The graphics apparatus of the present invention is comprised of: registers, in which the address of a primitive graphic form stored in a graphic ROM unit and the number of dynamic images for the primitive graphic form are both stored, and an updating register, in which the difference value or the logically calculated value between the address of the primitive graphic form stored in the graphic ROM unit and the address of the dynamic graphic forms stored in a graphic ROM unit for dynamic graphic forms, is stored. Addresses necessary to display dynamic frames in the graphic ROM unit are calculated based upon the previously mentioned values and addresses.

Abstract: In a graphic image display apparatus including a CPU, a line buffer for temporarily storing graphic data for display, and a display control circuit connected between the CPU and the line buffer, the display control circuit is formed by a graphic ROM for storing source data for graphics to be displayed and designed to output graphic data for display in response to an interface signal of said CPU, and an output circuit having at least one of a data dot selecting circuit for changing a dot order of the graphic data for display and a line buffer address changing circuit for changing a line buffer address representing a storage address of the graphic data for display to be supplied to the line buffer.

Abstract: A graphic image display device comprises a display processing section and a line buffer section. The display processing section is provided with a graphics ROM for storing original graphics data of a plurality of graphic images. The display processing section reads original graphics data of a graphic image from the graphics ROM according to a CPU I/F signal supplied from a CPU as graphics processing control information, processes the original graphics data according to the CPU I/F signal, and outputs display graphics data. The line buffer section temporarily stores the display graphics data to be displayed on a line of a display screen. The display processing section includes a mesh pattern generator means and a line buffer write control means. The mesh pattern generator means generates a mesh signal including masking information of a mesh pattern to be given to the display graphics data according to a mesh effect ON/OFF signal.

Abstract: A graphics display device includes a drawing processing unit to output a display pixel data signal, a write enable signal and an address signal sequentially with respect to target graphics, starting with a graphics located in the foreground in a positional relationship in the depth direction on a display screen toward a graphics located at the back, a mask unit, when a predetermined region of a target graphics overlaps with other graphics located in the foreground of the target graphics, to mask and output a write enable signal corresponding to the region, a line buffer unit to accumulate and output one line of display pixel data, an address signal and a write enable signal, and a timing generation unit to control operation timing of the drawing processing unit and the line buffer unit.