Abstract: The game apparatus (1) has a fixed main unit (100) and a movable operating device (8) that is held by a player and is capable of detecting the body motion of the player and of transmitting a signal to, receiving from, the main unit (100). The operating device (8) has an acceleration sensor (86) for detecting acceleration, a light source (85), and a transmitter (87) for transmitting a value detected by the acceleration sensor (86) to the main unit (100). The main unit (100) has light receiving units (9L,9R) that receive the light emitted from the light source (85) to detect the intensity of the received light, a RAM (14), and a processor (16).

Abstract: A game machine is comprised of means for producing a field having two or more stages which are connected with each other on world coordinates, means for respectively locating two or more characters appearing in a game in the stage, means for locating an operation character, means for computing a character density in the stage where the operation character is located, means for judging as to whether or not the character density is lower than a predetermined character density, means for computing a number of short characters, and means for extracting the short characters from the stages other than the stage where the operation character is located and relocating the short characters.

Abstract: A light emitting element driving circuit, which can achieve accurate/high-speed operation even at low voltage supply voltage, comprises: driving current supply, connected to light emitting element in series between first and second power supplies, to supply driving current to the light emitting element according to the voltage of control terminal; current determiner to determine and output the current according to an output light amount of the light emitting element; current/voltage converter to convert the determined current into voltage and output it to the control terminal of the driving current supply if control signal is in a first state, and to electrically shield its output voltage terminal from the control terminal of the driving current supply if the control signal is in a second state; and resetter to connect the control terminal of the driving current supply to the second power supply if the control signal is in the second state.

Abstract: In order to transfer data at high speed over a long distance, a current mode logic output circuit (CML) having a large number of taps, high accuracy, and a wide switchable range of the amount of pre-emphasis is needed. However, when the amount of emphasis is set by adding unit source-coupled pair circuits, a problem will arise that the output capacitance of the current mode logic output circuit would increase, thus hampering high-speed transmission. An output circuit of the invention is constructed from unit source-coupled pair circuits 501, which are obtained by dividing a current mode logic output circuit (CML) into m groups, terminal resistors 502, and a data selector 504. The amount of emphasis of each tap is determined by the ratio of the number of unit source-coupled pair circuits, which have been obtained by dividing the CML into m groups, allocated to each tap. Thus, the amount of emphasis can be set to be any arbitrary amount without a change in the output amplitude of 1.

Abstract: A mobile terminal acquires an advertising display program with advertising information from an advertising agency server by issuing an advertising display program acquisition request and displays the advertising information on its rear display by executing the acquired advertising display program. The mobile terminal executes the advertising display program at the time of voice conversation or mail creation.

Abstract: A light emitting element driving circuit, which can achieve accurate/high-speed operation even at low voltage supply voltage, comprises: driving current supply, connected to light emitting element in series between first and second power supplies, to supply driving current to the light emitting element according to the voltage of control terminal; current determiner to determine and output the current according to an output light amount of the light emitting element; current/voltage converter to convert the determined current into voltage and output it to the control terminal of the driving current supply if control signal is in a first state, and to electrically shield its output voltage terminal from the control terminal of the driving current supply if the control signal is in a second state; and resetter to connect the control terminal of the driving current supply to the second power supply if the control signal is in the second state.

Abstract: In a data transfer device which cancels an offset of a differential amplifier for amplifying a received signal and an offset caused by characteristics of a differential transmission line and selects optimum conditions such as pre-emphasis amount of an output pre-emphasis circuit, a first chip (transmission side LSI=transfer engine 210) and a second chip (reception side LSI=multiplexing engine 330) are connected to each other through differential transmission line 430 and a SerDes (serializer) 401 and a SerDes (deserializer) 402 are used to make signal transmission, so that optimum setting conditions of an offset amount of an offset cancellation circuit included in an input buffer amplifier and a pre-emphasis amount of pre-emphasis circuit included in an output buffer are decided in training using a training PRBS generator 560 and a training PRBS comparator 570.

Abstract: A control device for a sanitary device for a toilet assembly which reduces the size of a control case and increases the damp-proof characteristics of an electrically conductive member by restricting the invasion of water, urine, and moisture content. The control device includes a shower portion for washing the anus or genitals of an individual that includes a control case made of resin and having an accommodation chamber therein. The control device includes mounted devices having an electric part and an electronic part accommodated in the accommodation chamber of the control case, and an electrically conductive member made of electrically conductive material and embedded in a wall portion of the control case and having a first end portion electrically connected to a part of the mounted devices and a second end portion electrically connected to another part of the mounted devices in the accommodation chamber.

Abstract: Disclosed herewith is a semiconductor integrated circuit provided with a differential input circuit that can transmit data signals fast to an internal circuit free from distortion of their waveforms without increasing the subject chip in size. The differential input circuit is provided with a pair of first differential input transistors used to amplify mainly the low frequency components of those input signals and having gate terminals connected to a pair of input terminals that receive inputs of differential signals respectively, as well as a pair of second differential input transistors used mainly to amplify high frequency components of those input signals and having control terminals connected to a pair of input terminals that receive inputs of differential signals respectively through capacitance elements. The pairs of first and second differential transistors are connected to each other through a differential connection point (common source).

Abstract: A game machine is comprised of means for producing a field having two or more stages which are connected with each other on world coordinates, means for respectively locating two or more characters appearing in a game in the stage, means for locating an operation character, means for computing a character density in the stage where the operation character is located, means for judging as to whether or not the character density is lower than a predetermined character density, means for computing a number of short characters, and means for extracting the short characters from the stages other than the stage where the operation character is located and relocating the short characters.

Abstract: A portable telephone apparatus including a battery alarm function wherein consumption of a battery apparatus through use of an additional function other than a talking function can be prevented to assure a lowest operation voltage for the talking function. The portable telephone apparatus includes a rechargeable battery, and a battery supervision section. The battery supervision section includes a voltage detection section for supervising and detecting a voltage of the battery controlled by a control section, and an alarming section for issuing a lowest operation voltage level alarm under the control of the control section when the detected voltage drops to a lowest operation voltage level that a talking function of the portable telephone apparatus can operate. The alarming section issues a supervision voltage level alarm when the detected voltage of the battery drops to a supervision voltage level different from the lowest operation voltage level.

Abstract: A sanitary washing toilet device which includes a toilet seat, a toilet seat cover, and a case fixed to a rear top periphery portion of a toilet bowl. The case rotatably connected with the toilet seat and the toilet seat cover. The sanitary washing toilet device further includes an optical sensor device provided on a front surface of the case for detecting an open and closed state of at least the toilet seat cover.

Abstract: A mobile terminal acquires an advertising display program with advertising information from an advertising agency server by issuing an advertising display program acquisition request and displays the advertising information on its rear display by executing the acquired advertising display program. The mobile terminal executes the advertising display program at the time of voice conversation or mail creation.

Abstract: Disclosed herewith is a semiconductor integrated circuit provided with a differential input circuit that can transmit data signals fast to an internal circuit free from distortion of their waveforms without increasing the subject chip in size. The differential input circuit is provided with a pair of first differential input transistors used to amplify mainly the low frequency components of those input signals and having gate terminals connected to a pair of input terminals that receive inputs of differential signals respectively, as well as a pair of second differential input transistors used mainly to amplify high frequency components of those input signals and having control terminals connected to a pair of input terminals that receive inputs of differential signals respectively through capacitance elements. The pairs of first and second differential transistors are connected to each other through a differential connection point (common source).

Abstract: A sanitary washing toilet device which includes a toilet seat, a toilet seat cover, and a case fixed to a rear top periphery portion of a toilet bowl. The case rotatably connected with the toilet seat and the toilet seat cover. The sanitary washing toilet device further includes an optical sensor device provided on a front surface of the case for detecting an open and closed state of at least the toilet seat cover.

Abstract: An electronic mail communication system comprises a base station 1 and at least one portable terminal 2. A mail server 3 of the base station 1 transmits only the header portion of the electronic mail to the portable terminal 2. The portable terminal 2 receiving the header portion compares the transmitter mail address extracted from the header portion with reception target mail addresses registered in the portable terminal 2 in advance by the user. If the transmitter mail address is coincident with one of the registered reception target mail addresses, the portable terminal 2 requests the mail server 3 to transmit the mail body of the electronic mail, and if the transmitter mail address is not coincident with any registered reception target mail address, the portable terminal 2 requests the mail server 3 to delete the mail body.

Abstract: A control device for a sanitary device for a toilet assembly which reduces the size of a control case and increases the damp-proof characteristics of an electrically conductive member by restricting the invasion of water, urine, and moisture content. The control device includes a shower portion for washing the anus or genitals of an individual that includes a control case made of resin and having an accommodation chamber therein. The control device includes mounted devices having an electric part and an electronic part accommodated in the accommodation chamber of the control case, and an electrically conductive member made of electrically conductive material and embedded in a wall portion of the control case and having a first end portion electrically connected to a part of the mounted devices and a second end portion electrically connected to another part of the mounted devices in the accommodation chamber.

Abstract: A portable telephone apparatus with a battery alarm function is disclosed wherein consumption of a battery apparatus through use of an additional function other than a talking function can be prevented with certainty to assure a lowest operation voltage for the talking function and multiple functions are available. The portable telephone apparatus includes a rechargeable battery, and a battery supervision section. The battery supervision section includes a voltage detection section for supervising and detecting a voltage of the battery under the control of a control section, and an alarming section for issuing a lowest operation voltage level alarm under the control of the control section when the detected voltage drops to a lowest operation voltage level with which a talking function of the portable telephone apparatus can operate.

Abstract: A bush bearing of male and female clinch type which has at least two joints.

Abstract: A composite sliding structure has a surface layer, a bond layer bonded to the surface layer, an intermediate layer bonded to the bond layer and a backing layer bonded to the intermediate layer. The surface layer is an alloy consisting essentially of 0.1-6.0% Cu and the balance Pb, an alloy consisting essentially of 0.1-6.0% Cu, 0.5-16.0% In and the balance Pb, an alloy consisting essentially of 0.5-16% In and the balance Pb, or any one of these alloys also containing 4% or less Sn. The bond layer is Cu, an alloy consisting essentially of 0.5-20.0% Zn and the balance Cu, an alloy consisting essentially of 0.1-4.0% Sn and the balance Cu, Ni, an alloy consisting essentially of 0.5-20.0% Zn and the balance Ni, or an alloy consisting essentially of 0.1-4% Sn and the balance Ni. The intermediate layer is Al, an alloy consisting essentially of 1.0-13.0% Si, 1.5-6.0% Zn and the balance Al, an alloy consisting essentially of 1.5-13.0% Si and the balance Al, an alloy consisting essentially of 0.1-4.