Abstract: A communication transfer apparatus and a communication transfer method can transfer communications at low cost without the need of requesting a global IP network to switch any port number. The local internet protocol address of the origin terminal of transfer described in a record relating to a transfer out of the records of the masquerade table that is utilized for an internet protocol masquerade is rewritten as the local internal protocol address of the destination terminal of transfer, while maintaining the global port number of the record.

Abstract: The present invention provides a switch device whose assembly is easily performed with a simple structure and that has low manufacturing costs. The switch device comprises a case 6 having a rectangular-shaped long groove 6c, a long operating knob 7 held in a vertically movable manner in the long groove 6c, a plurality of operating bodies 9 provided in the longitudinal direction of the long operating knob 7 and operated with the vertical movement of the long operating knob 7, movable contacts 5 respectively provided below the operating bodies 9, and a base 1 on which the movable contacts 5 and fixed contacts 3 are mounted such that they can come in contact with or separate from each other. When the long operating knob 7 is pressed, at least one of the plurality of operating bodies 9 is pressed, causing the movable contacts 5 provided below the operating bodies 9 to come in contact with the fixed contacts 3.

Abstract: A method of cleaning air, comprising a humidifying step for humidifying the air containing chemical contaminants by a humidifying means and taking a part of the gaseous contaminants in the air into excessive moisture to remove the contaminants from the air and a dehumidifying step for dehumidifying the humidified air by a condensing means and taking the gaseous chemical contaminants remaining, without being removed, in the humidifying step into condensed water for removal, wherein, by using a oblique honeycomb having both front and rear faces and both upper and lower faces disposedin open state, air is led from the front opening part of the oblique honeycomb and water is fed from the upper opening part thereof to one or both of the humidifying and condensing means.

Abstract: A mobile communication terminal device which includes a plurality of different communication interfaces that are automatically switched for making a communication. The stable connection is ensured whether the terminal device remains at rest or is moving by monitoring positional information on the terminal device for a moving situation thereof to control a selection from a plurality of physical interfaces. This selection control involves selecting a connection to a narrow range communication such as wireless LAN which is inexpensive and stable when the terminal device remains at rest, and selecting a connection for a communication through a portable telephone which provides a connection over a wider range when the terminal device is moving. Also, a connection for a communication is automatically selected from the positional information, thereby permitting an automatic selection of a connection intended by the user.

Abstract: An air cooling device includes at least one cooling unit which includes an oblique honeycomb having front, rear, upper, and lower openings and disposed so that air to be cooled is introduced into the front opening and cooled air is discharged from the rear opening, a cooling water supply means which supplies cooling water to the upper opening of the oblique honeycomb, and a water receiving section which receives discharge water discharged from the lower opening of the oblique honeycomb, and a blower means which introduces air to be cooled into the front opening of the oblique honeycomb and allows cooled air to be discharged from the rear opening of the oblique honeycomb, wherein the height of one oblique honeycomb in the cooling unit is 200 to 800 mm. The air cooling device has high thermal efficiency, a small liquid-gas ratio, and a small pressure drop, and is capable of saving space and energy.

Abstract: In the QoS control system of the wireless LAN network including the wireless LAN access points, and the wireless LAN terminals to be connected thereto, the wireless LAN access point authenticates the user on the basis of the recorded user's authentication information when the user carries out the authentication request from the wireless LAN terminal. The wireless LAN access point is connected to the servers to notify the wireless LAN access point of the information for identifying the wireless LAN terminal and the recorded user's QoS service content through the communication network. The wireless LAN access point and the wireless LAN terminal carry out the priority control in accordance with the priority information of the QoS service from the server. Even when the terminal to be used is changed, if the same user logs onto the certificate server by using the same authentication information, the same QoS service can be offered consistently.

Abstract: A portable terminal device suppresses increase in power consumption of a plurality of CPU while keeping favorable usability for the user of the device. The device includes a communication CPU to execute communication processing, an application CPU to execute application processing, a display to display an image according to a signal outputted from the communication CPU and/or application CPU, and a power supply to increase/decrease supply of power to the application CPU according to a periodical update interval of an image displayed on the display.

Abstract: An exhaust-heat utilization system is constructed which can achieve energy saving of semiconductor manufacturing facilities by reusing a warmed cooling-water, as a heating source, exhausted from semiconductor manufacturing apparatuses. Supply a low-temperature cooling-water having a temperature substantially equal to a room temperature to the semiconductor manufacturing apparatuses (2, 4, 6, 8, 10) through a low-temperature cooling-water line (12). Supply a medium-temperature cooling-water to the semiconductor manufacturing apparatus (8) through a medium-temperature cooling-water supply line (30), the medium-temperature cooling-water being exhausted from the semiconductor manufacturing apparatuses and having a temperature higher than the room temperature.

Abstract: An air cooling device includes at least one cooling unit which includes an oblique honeycomb having front, rear, upper, and lower openings and disposed so that air to be cooled is introduced into the front opening and cooled air is discharged from the rear opening, a cooling water supply means which supplies cooling water to the upper opening of the oblique honeycomb, and a water receiving section which receives discharge water discharged from the lower opening of the oblique honeycomb, and a blower means which introduces air to be cooled into the front opening of the oblique honeycomb and allows cooled air to be discharged from the rear opening of the oblique honeycomb, wherein the height of one oblique honeycomb in the cooling unit is 200 to 800 mm. The air cooling device has high thermal efficiency, a small liquid-gas ratio, and a small pressure drop, and is capable of saving space and energy.

Abstract: A delivery system capable of sending mail for free to alleviate the burden of a connecting fee on the mail receiver.

Abstract: A heat exchange section (72) is provided in the middle of a circulation water path (58, 59) connecting between a temperature-controlled water tank (71) and a semiconductor manufacturing apparatus body (4) so as to perform a heat exchange with air of a clean room (3). The heat exchange section (72) is installed near an exit of an air circulation path (32) above a fan-filter unit (34) of the clean room as a temperature stabilized area off an atmosphere of the clean room (3). Additionally, as another method, a temperature of a chemical fluid from a chemical fluid tank (6) is controlled to be a temperature of the air in the clean room by a heat exchange section (61) provided in a location the same as above without using the temperature-controlled water so as to supply the chemical fluid to the semiconductor manufacturing apparatus body (4).

Abstract: When an application for start of an insurance contract having the contents agreed in advance between a user and an insurance company is made from a portable telephone of the user to an insurance contract computer, the insurance contract computer starts an insurance period and when an application for stop is sent, the insurance period is stopped. An insurance premium is figured out in accordance with a time count of the insurance period. Various kinds of input-troublesome information to be presented to the insurance company at the time of insurance contract are registered in advance in a memory device connected in advance to the insurance contract computer. The portable telephone has the position measuring function and can periodically notify the insurance contract computer of the present position of the portable telephone. The insurance contract computer calculates a moving distance of the user from that position and adjusts the insurance premium.

Abstract: A heat exchange section (72) is provided in the middle of a circulation water path (58, 59) connecting between a temperature-controlled water tank (71) and a semiconductor manufacturing apparatus body (4) so as to perform a heat exchange with air of a clean room (3). The heat exchange section (72) is installed near an exit of an air circulation path (32) above a fan-filter unit (34) of the clean room as a temperature stabilized area off an atmosphere of the clean room (3). Additionally, as another method, a temperature of a chemical fluid from a chemical fluid tank (6) is controlled to be a temperature of the air in the clean room by a heat exchange section (61) provided in a location the same as above without using the temperature-controlled water so as to supply the chemical fluid to the semiconductor manufacturing apparatus body (4).

Abstract: An object of the present invention is to provide a data supplying method that can simply arrange photographing data together with supplementary information and a portable terminal unit used in the method and a data supplying apparatus.

Abstract: An air conditioning control system for vehicles for common use, includes: a reservation unit for reserving a rentals of the vehicles for common use with corresponding delivery times therefor; and an activating unit for activating an air conditioner of each of the vehicles so reserved when the corresponding delivery time therefor approaches so that a comfortable condition is produced in the passenger compartment of the vehicle when it is rented out a user who has reserved it.

Abstract: An information offering method including: disclosing summary information about a designated product via a designated communication line; judging whether or not the user reading said summary information disclosed by said summary information disclosing step and desiring to read detailed product information about the product about which said summary information is disclosed is a user who is permitted to read detailed information; and disclosing detailed information about the product about which said summary information is disclosed, to the user who is judged to be permitted to read detailed information by said judgment step.

Abstract: A power supply section includes a capacity detector capable of detecting the remaining capacity in a battery and a controller issuing power consumption reduction instructions to independently operable function devices based on usage priorities thereof. This allows power consumption operations to be performed such as stopping function devices with low priorities first based on the remaining battery capacity. As a result, power to function devices with higher priorities can be maintained. Based on the remaining battery capacity, the controller controls the operations of the function devices and uses a display to show information allowing the operator to identify operable and inoperable function devices as the battery capacity drops.

Abstract: A vibration isolator includes an upper coupling member to be mounted on a vibrating body, a cup-shaped holder to be mounted on a car body, and a rubber-like insulator which is located between the upper coupling member and the cup-shaped holder to isolate vibrations from the vibrating body. The vibration isolator further includes a main chamber and a subchamber, which are arranged in series with the insulator and in which a liquid, an incompressive fluid, is enclosed, an annular orifice interconnecting the main chamber and the subchamber, a partition member dividing the main chamber and the subchamber, a diaphragm which is made of a rubber membrane-like member and defines a part of the subchamber, and an air chamber formed below the diaphragm. Both the partition member and the diaphragm are entirely formed of rubber-like elastic bodies. This provides a large area for the central flexible portion of the partition member, reducing the manufacturing costs of the parts including the diaphragm.

Abstract: In a communication system, a source node responds to a packet by transmitting a signaling message to an ATM network, containing source and destination network-layer addresses and source and destination transport-layer addresses of the packet. The ATM network includes a filtering table having a plurality of entries each storing source and destination network-layer addresses and source and destination transport-layer addresses. Upon receipt of the signaling message, the ATM network returns a grant indication message to the source node if contents of the received signaling message are identical to contents of one of the entries of the filtering table, and establishes a virtual connection between the source node and a destination node.

Abstract: A communication channel establishing method by which point-to-multipoint or multipoint-to-point connections by a communication network which includes exchanges (switches) can be established at a high speed. When a connection establishment request designating called users 11, 12 and 13 is received from calling user 10, switch 100 retrieves routes to the individual called users and selects switch 102 in the next stage and sends out a connection establishment request to switch 102 designating called users 11, 12 and 13. Switch 102 further retrieves routes to the individual called users and selects switch 103 for called users 11 and 12, but selects switch 104 for called user 13. Then, switch 102 sends out connection establishment requests to switches 103 and 104 individually designating the relevant called users. Any connection establishment request received from a switch of the preceding stage is successively repeated to a selected switch in the next stage until each called user is reached.