Abstract: An alert system includes a display device, a display control unit, and a target recognition unit. The display control unit: when the number of targets recognized by the target recognition unit is equal to or more than an upper limit number, sets a display range of a surrounding icon as a whole circular area; and in a state where the number of targets is equal to or more than the upper limit number and the display range of the surrounding icon is set as the whole circular area, when the number of targets increases, reduces the size of the surrounding icon.

Abstract: A transmission apparatus includes a plurality of ports configured to communicate with another transmission apparatus, a storage configured to store a data file, attribute information of the data file, and management information indicating to respond or not to a transfer request for the data file with respect to each of the plurality of ports, respectively, and a processor configured to transmit the attribute information from each of the plurality of ports, and decide whether or not to transmit the data file from a first port of the plurality of ports on the basis of the management information when the first port receives the transfer request from the other transmission apparatus.

Abstract: A shoulder harness for a portable work machine comprises a back member that is to be located on a back of an operator, said back member including a main frame, to which a downward extension frame connected with a waist belt is detachably attached; right and left shoulder belts that respectively extend from right and left upper end portions of said back member; a joint buckle that is to be located on a chest of said operator, distal ends of said right and left shoulder belts being connected to said joint buckle; a hip pad that is to be located on a side of a waist of said operator, and is provided with a locking device, to which a work machine is connected; a relay member that is located above said locking device, and is connected to said locking device by a hanging member; a rear suspension belt that is connected to said relay member and said back member; and a front suspension belt that is connected to said relay member and said joint buckle.

Abstract: A tablet packaging body (100), comprising: a main body sheet (200) and a sealing member (300). The main body sheet (200) has a recessed section (230). The sealing member (300) is sealed to the main body sheet (200) so as to cover an opening in the recessed section (230). The sealing member (300) can be readily peeled from at least one section of the main body sheet (200) such that the recessed section (230) is opened. The recessed section (230) has a size whereby a plurality of medicines (T3) can be housed therein.

Abstract: A shoulder harness for a portable work machine comprises a back member that is to be located on a back of an operator, said back member including a main frame, to which a downward extension frame connected with a waist belt is detachably attached; right and left shoulder belts that respectively extend from right and left upper end portions of said back member; a joint buckle that is to be located on a chest of said operator, distal ends of said right and left shoulder belts being connected to said joint buckle; a hip pad that is to be located on a side of a waist of said operator, and is provided with a locking device, to which a work machine is connected; a relay member that is located above said locking device, and is connected to said locking device by a hanging member; a rear suspension belt that is connected to said relay member and said back member; and a front suspension belt that is connected to said relay member and said joint buckle.

Abstract: To avoid sandwiching of a sucked object in a gap between an inner wall of a fan case and a fan of a hand-held suction apparatus, an entering regulation part is positioned to extend into the air intake opening to return sucked objects back into the air intake opening and prevent sandwiching in the gap.

Abstract: To obtain a hand-held powered suction device, which secures a high suction performance by a lightweight fan while preventing a blade of the fan from being damaged or being broken due to a sucked object. Forming an air intake opening along a driving axis of a fan in a portable-type fan case and providing a fan protection member to be rotated at an upstream side in an air intake direction of the fan within the intake opening being attached so as to be integrally rotated with the driving axis, a shock absorbing surface that is perpendicular in an air intake direction of the intake opening is formed on the fan protection member.

Abstract: To obtain a hand-held powered suction device, which secures a high suction performance by a lightweight fan while preventing a blade of the fan from being damaged or being broken due to a sucked object. Forming an air intake opening along a driving axis of a fan in a portable-type fan case and providing a fan protection member to be rotated at an upstream side in an air intake direction of the fan within the intake opening being attached so as to be integrally rotated with the driving axis, a shock absorbing surface that is perpendicular in an air intake direction of the intake opening is formed on the fan protection member.

Abstract: To avoid the phenomenon such that a sucked object is sandwiched between an inner wall of a fan case and a fan. Forming an entering regulation part for regulating entering of the sucked object into a gap between the inner wall of the fan case and the fan on a part of the periphery of the air intake opening, the entering regulation part returns the sucked object to intend to enter the gap to the air intake opening. Thereby, changing a guide path, the sucked object is returned to the air intake opening to be sucked without being sandwiched in the gap.

Abstract: An engine shut-down device, which protects a portable working machine from static electricity discharge damage, is provided. In the portable working machine, engine operation can be stopped by switching or forcing a short-circuit at a primary coil in the ignition unit of the engine. The engine shut-down device, includes a manually operable ON/OFF switch for switching or forcing the short-circuit, and an conductive ground-mounting plate that is interposed between a switch operating member and a main switch body. The ground-mounting plate is electrically grounded at a designated electric grounding portion of the engine. Static electricity accumulated in the working machine can discharge via a path running directly from the ground-mounting plate to ground avoiding harmful passage through the ignition unit.

Abstract: A nonvolatile semiconductor memory device includes a memory cell array and a check memory cell array. Each check memory cell is connected to a cell block including a plurality of memory cells and has about the same characteristic as the memory cell. A predetermined value is written to the check memory cell each time data is written to the corresponding cell block. By comparing a value stored in the check memory element to the predetermined value, the deterioration state of the memory cells is detected.

Abstract: A character screen information generating unit (34) has a function also serving as a spotlight information generating unit and outputs spotlight information for brightness toward a brightness information converting unit (30). The brightness information converting unit (30) uses this spotlight information for brightness to convert brightness information. A shading computation unit (24) uses the converted brightness information and color information of an object to determine color information to be displayed on a display at each pixel. A depth cueing computation unit (26) uses depth information to make a depth cueing computation relative to the determined color information. Thus, a pattern such as headlight can be displayed in the form of spotlight. Further, such a spotlight display can reflect by the depth information. There may further be provided a depth information converting unit for converting the depth information by the use of spotlight information for depth.

Abstract: Drawing processing uses a main Z-buffer in which is stored depth information that expresses distance from a viewpoint, corresponding to each of pixels on a display screen. The main Z-buffer is divided into M.times.N regions, each formed of K.times.L pixels. A ZR-buffer stores a minimum value ZMINR and a maximum value ZMAXR of the depth information for the pixels within each of the regions. The minimum value of depth information for a polygon is ZMIN, and the maximum value thereof is ZMAX. The process of referencing depth information stored in the main Z-buffer and the process of drawing the polygon are omitted when ZMIN.gtoreq.ZMAXR, and the process of drawing is performed for the polygon without referencing depth information stored in the main Z-buffer when ZMAX.ltoreq.ZMINR.

Abstract: An image synthesizing apparatus, an image synthesizing method and an information storage medium which can realize the representation of the front and back sides of a primitive surface while decreasing processing load. Whether the front or back side of a polygon (primitive surface) is to be displayed on a screen is judged. When the front side of the polygon is to be displayed, a first texture is mapped (on the polygon). On the other hand, if the back side of the polygon is to be displayed, a second texture is mapped (on the polygon). Thus, a realistic representation can be accomplished without increasing processing load. Depending on whether the front or back side of the polygon is to be displayed, various image information such as color palette, vertex brightness information, normal vector information lighting model parameter information and transparency information may be varied.

Abstract: The present invention is geared to provide a polygon data conversion device and three-dimensional simulator apparatus capable of efficiently using hardware that cannot form backface polygons. A coordinate inversion section (410) performs horizontally and vertically inverts the vertex coordinates of an input polygon based on horizontal and vertical inversion flags. A back-and-front determination section (408) determines whether the input polygon is a backface or frontface polygon, by checking the sequence of numbers allocated to the vertices. An allocation sequence switching section (420) switches this allocation sequence based on an exclusive OR of the back determination flag, horizontal inversion flag, and vertical inversion flag. A vertex number assignment section (422) assigns the vertex numbers of the original input polygon to polygonal segments of that polygon.

Abstract: An objective of this invention is to provide a pipeline processing device that enables the implementation of optimized pipeline processing and moreover has a simple configuration and control method, and a clipping processing device that uses this pipeline processing device. Data is sequentially transferred to pipeline register sections (500 to 506), but only when there is processing data in each previous stage, and given data processing is performed in data processing sections (520 to 524). After the end of input of processing data in which a plurality of data items is formed into one string D?0:3!, this data is automatically extracted from the pipeline register sections (500 to 506). These transfer and automatic extraction operations in the pipeline control sections (530 to 536) are controlled by an LD signal. This LD signal is formed by ENIN and FLASHIN signals.

Abstract: An optimized, fast clipping processing device for a 3D simulator device performs real-time image processing. An initial value is set in a priority register (170) by an initial-value setting section (152) and clipping surface index data is stored from an uppermost register toward lower registers. Clipping calculation for a polygon is performed by a clipping calculation section (200), using a clipping surface from index data read out sequentially by a reading section (190). If clip-out occurs with a certain clipping surface, index data for that clipping surface is written to an uppermost register of the priority register (170), and index data stored in lower registers is written sequentially downward. As a result, the priorities stored in the priority register (170) can be optimized, enabling the implementation of a faster clipping processing device.

Abstract: A sorting processing system most suitable for use in an image synthesizing system processing images in real time is provided. A Z-representative value computing unit computes a Z-representative value from the Z-coordinate values of the respective vertices in a polygon which are inputted from a 3-D computing unit. The Z-representative value is inputted into a polygon shift value adder unit or polygon fixed Z-value setting unit to perform the addition of shift value or the setting of fixed Z-value for every polygon. An object shift value adder unit and object fixed Z-value setting unit perform the addition of shift value and the setting of fixed Z-value for every 3-D object. On the other hand, an absolute priority setting unit sets an absolute priority bit to which a shift value is added by polygon and object absolute priority shifting units for every polygon and 3-D object. A sorting Z-value is formed from the above computation results and then inputted into a sorting unit.