Abstract: To provide an activated carbon sheet molding that can reduce a leak amount of fuel vapor, realize small ventilation resistance, and is excellent in moldability and strength, and an element for a fuel evaporative emission preventing device for preventing evaporative emission of fuel vapor from a fuel tank system and an intake system by using the activated carbon sheet molding. The object can be achieved by an activated carbon sheet molding made of activated carbon that satisfies b/a=0.3 through 0.55 provided that a 100%-concentration n-butane adsorbing amount per 100 parts by weight of activated carbon at 40° C. is defined as a parts by weight, and a 1%-concentration n-butane adsorbing amount is defined as b parts by weight.

Abstract: A cooling device having a heat receiving portion, a heat radiating portion, a heat pipe, and a fan. The heat receiving portion is held on a wiring board and thermally connected to a heat-generating component. The heat radiating portion radiates the heat generated by the heat-generating component, at a position remote from the heat receiving portion. The heat pipe transfers the heat generated by the heat-generating component, from the heat receiving portion to the heat radiating portion. The heat pipe couples the heat receiving portion and the heat radiating portion. The fan applies cooling air to the heat radiating portion. The fan is coupled to the heat radiating portion.

Abstract: High purity phosphoric acid having an Sb content of 200 ppb or less and a sulfide ion content of 200 ppb or less as impurity contents on a 85 weight percent H3PO4 basis. The high purity phosphoric acid is useful as an etching solution for semiconductor devices having a silicon nitride film, an etching solution for liquid crystal display panels having an alumina film, a metallic aluminum etching solution, an alumina etching solution for ceramics, a raw material of phosphate glass for optical fiber, a food additive, and so forth. A metallic material having low capability of forming a lithium compound penetrates through the whole thickness of the active material layer 5.

Abstract: A wireless repeater on a communication line has a structure that includes a plurality of wireless communication media, and a band control unit that changes the first bandwidth of the communications line according to increase and decrease in the number of wireless communication media by an operation dividing the first bandwidth of the communications line into a plurality of second bandwidths and an operation multiplexing a plurality of second bandwidths adjusting to the first bandwidth, responding to the number of the wireless communication media.

Abstract: An electronic apparatus comprises a housing for accommodating a heat generating component and a display unit supported by the housing. A heat receiving head thermally connected to the heat generating component is accommodated inside the housing. A heat radiator is disposed in the display unit. A heat receiving head and the heat radiator are connected to each other through a circulating path for circulating cooling medium. The circulating path is provided with an intermediate cooling unit. Before cooling medium heated by heat transfer by the heat receiving head reaches the heat radiator, the intermediate cooling unit forces cooling medium to be cooled.

Abstract: An electronic apparatus includes a first housing including a convex portion and housing a heat generating component, a second housing including a leg portion rotatably supported by the convex portion, a heat receiving portion provided in the first housing and thermally connected to the heat generating component, a heat radiating portion provided in the second housing, and a circulation path for circulating a cooling medium between the heat receiving portion and the heat radiating portion. The circulation path extends between the first housing and the second housing through the interior of the convex portion and the interior of the leg portion. The leg portion includes an opening at the part corresponding to the circulation path for exposing the circulation path. The opening is covered with a removable lid.

Abstract: An electronic apparatus is provided with a housing containing a heat generating component, and a blower unit contained in the housing and used to cool the heat generating component. The blower unit includes an impeller, and a casing containing the impeller. The casing has suction ports, a chamber located around the impeller and a discharge port located at the downstream end of the chamber. The chamber has a depth gradually increased radially away from the impeller.

Abstract: A heat dissipating device includes a heat receiving unit having a heat receiving surface thermally connected to a heat generating object and a heat dissipating surface in an opposite to the receiving surface, a heat transferring unit mounted on the dissipating surface, transferring the heat received in the heat receiving surface, and diffusing the transferred heat to the dissipating surface, and a heat dissipating unit mounted on the dissipating surface and dissipating the diffused heat. An electronic apparatus includes a circuit board having an electronic part generating heat, a main body installing the circuit board, and the heat dissipating device described above.

Abstract: A door module for an automobile door with a main body having a housing portion disposed adjacent to a window opening. The door module is housed in the housing portion and attached to the main body. The door module includes a windowpane, door equipment including at least a regulator, and a module frame on which the door equipment is integrally held. The module frame has an annular shape. The regulator is provided with a rail for guiding the windowpane when the windowpane is moved by the motor. The motor is disposed in the annular shape of the module frame, and at least one end of the rail is projects from the annular shape of the module frame and is fixed to the door main body.

Abstract: A cooling unit for cooling a heat generating component includes a heat receiving portion thermally connected to the heat generating component and a heat radiating portion including first and second radiating members having thermal conductivity. The first and second radiating members are overlaid on each other and define a path for allowing a cooling medium heated by the heat generating component to flow through the path. A pump circulates the cooling medium between the heat receiving portion and the heat radiating portion.

Abstract: An electronic apparatus comprises a housing for accommodating a heat generating component and a display unit supported by the housing. A heat receiving head thermally connected to the heat generating component is accommodated inside the housing. A heat radiator is disposed in the display unit. A heat receiving head and the heat radiator are connected to each other through a circulating path for circulating cooling medium. The circulating path is provided with an intermediate cooling unit. Before cooling medium heated by heat transfer by the heat receiving head reaches the heat radiator, the intermediate cooling unit forces cooling medium to be cooled.

Abstract: An electronic apparatus includes a heat receiving portion thermally connected to a heat generating component, a heat exchanging portion for radiating heat of the heat generating component, a circulation path for circulating a cooling medium between the heat exchanging portion and the heat receiving portion, and a cooling unit provided separate from the heat exchanging portion. The circulation path transmits heat of the heat generating component which is transmitted to the heat receiving portion to the heat exchanging portion through the cooling medium. The cooling unit is thermally connected to the heat receiving portion, and radiates the heat of the heat generating component.

Abstract: An electronic apparatus comprises a housing for accommodating a heat generating component and a display unit supported by the housing. A heat receiving head thermally connected to the heat generating component is accommodated inside the housing. A heat radiator is disposed in the display unit. A heat receiving head and the heat radiator are connected to each other through a circulating path for circulating cooling medium. The circulating path is provided with an intermediate cooling unit. Before cooling medium heated by heat transfer by the heat receiving head reaches the heat radiator, the intermediate cooling unit forces cooling medium to be cooled.

Abstract: An operator number acquiring code is set in the macro-key data with correspondence to a macro-key. If the macro-key is depressed and there is the operator number acquiring code, the operator (logged on) number is supplied to the following key decode processing. A manager number may be also acquired. If a repetition start and end codes are set, the set data stored between these codes are repeatedly executed the specified number times. If a magnetic card data squiring code is set, data in a magnetic card is read and supplied to the key decode process as input key code.

Abstract: A cooling unit having a heat-receiving section, a heat sink and a cooling fan. The heat-receiving section opposes a printed wiring board across a heat generating component mounted on the board. The section receives heat from the heat generating component. The heat sink is thermally connected to the heat-receiving section. The cooling fan has a fan case. The heat-receiving section and the fan case are arranged, side by side, along the printed wiring board. The fan case protrudes from that side of the printed wiring board which faces away from the heat-receiving section.

Abstract: The present invention provides a frame connector that includes a hollow portion for receiving a projecting block of a mating connector. Recess portions are provided on an inner circumferential surface of the hollow portion of the frame connector for receiving pin terminals of an electronic device, such as a hard disk drive. The present invention also contemplates a connector system wherein the frame connector is connected to a connector portion of an electronic device, such as a hard disk drive, having a plurality of pin terminals. The frame connector receives each pin terminal in a recess portion of the inner circumferential surface of the hollow portion and is mounted on the connector portion of the electronic device to protect the pin terminals from being bent. A mating, or base, connector is mounted to a substrate. The base connector includes a projecting block including base connector termninals.

Abstract: A production planning method and system are provided wherein, in a production planning method for the production of two or more products within the same period, demand fluctuations can be accommodated smoothly, without large modifications of the production plan, and without maintaining excessive inventory. A first production plan is established for a long production plan period which is longer than the longest procurement period, and the long production plan period of the first production plan established above is divided into two or more short production plan periods, which are longer than the shortest procurement period and shorter than the longest procurement period, and second production plans are established for each short production plan period longer than the above shortest procurement period and shorter than the longest procurement period.

Abstract: An electronic apparatus is provided with a housing containing a heat generating component, and a blower unit contained in the housing and used to cool the heat generating component. The blower unit includes an impeller, and a casing containing the impeller. The casing has suction ports, a chamber located around the impeller and a discharge port located at the downstream end of the chamber. The chamber has a depth gradually increased radially away from the impeller.

Abstract: A cooling unit having a heat-receiving section, a heat sink and a cooling fan. The heat-receiving section opposes a printed wiring board across a heat generating component mounted on the board. The section receives heat from the heat generating component. The heat sink is thermally connected to the heat-receiving section. The cooling fan has a fan case. The heat-receiving section and the fan case are arranged, side by side, along the printed wiring board. The fan case protrudes from that side of the printed wiring board which faces away from the heat-receiving section.

Abstract: An electronic apparatus comprises a housing for accommodating a heat generating component and a display unit supported by the housing. A heat receiving head thermally connected to the heat generating component is accommodated inside the housing. A heat radiator is disposed in the display unit. A heat receiving head and the heat radiator are connected to each other through a circulating path for circulating cooling medium. The circulating path is provided with an intermediate cooling unit. Before cooling medium heated by heat transfer by the heat receiving head reaches the heat radiator, the intermediate cooling unit forces cooling medium to be cooled.