Abstract: An electronic advertisement system including an advertiser-side computer for sending billing tag-attached electronic advertisement data describing a billing condition, a multitude of member-side terminal computers, and an advertisement agency-side administration computer connected via the Internet. Under the control by the advertisement agency-side administration computer, the billing tag-attached electronic advertisement data outputted from the advertiser-side computer is added with the corrected billing tag and the resultant data is sent to the respective member-side terminal computers. The member-side terminal computer determines whether the corrected billing condition of the received electronic advertisement data is achieved or not by analyzing the input data from the electronic device.

Abstract: An electronic advertisement system including an advertiser-side computer for sending billing tag-attached electronic advertisement data describing a billing condition, a multitude of member-side terminal computers, and an advertisement agency-side administration computer connected via the Internet. Under the control by the advertisement agency-side administration computer, the billing tag-attached electronic advertisement data outputted from the advertiser-side computer is added with the corrected billing tag and the resultant data is sent to the respective member-side terminal computers. The member-side terminal computer determines whether the corrected billing condition of the received electronic advertisement data is achieved or not by analyzing the input data from the electronic device.

Abstract: An electronic advertisement system is provided by which, when an advertisement effect that corresponds to billing conditions is not obtained, an advertiser is free from an obligation to pay advertisement fee so that the advertiser can run an advertisement without having an economic risk. An electronic advertisement sending side computer has a billing tag addition means for adding, to electronic advertisement data, a tag composed of information describing billing conditions. A receiving side computer includes: a display unit that outputs, as output data, video and audio of received electronic advertisement data; and an electronic device that acquires the circumstance around the display unit as input data. A program of the receiving side computer has an input video analysis means that determines whether billing conditions for outputted electronic advertisement data are achieved or not by analyzing input data from the electronic device.

Abstract: An electronic advertisement system is provided by which, when an advertisement effect that corresponds to billing conditions is not obtained, an advertiser is free from an obligation to pay advertisement fee so that the advertiser can run an advertisement without having an economic risk. An electronic advertisement sending side computer has a billing tag addition means for adding, to electronic advertisement data, a tag composed of information describing billing conditions. A receiving side computer includes: a display unit that outputs, as output data, video and audio of received electronic advertisement data; and an electronic device that acquires the circumstance around the display unit as input data. A program of the receiving side computer has an input video analysis means that determines whether billing conditions for outputted electronic advertisement data are achieved or not by analyzing input data from the electronic device.

Abstract: It is an object to provide a transmission system that is more suitable for transmission of a large volume of data than a cable or an optical fiber is and capable of coupling a transmission path and an electronic device easily without using a connector. A tape-form communication sheet is configured by a sheet body, plural coupling nodes regularly arranged in line and fitted in the sheet body, and a signal transmission wiring, wherein an interface of a computer having the interface similar to this coupling node is connected to the coupling node of the tape-form communication sheet for transmitting a signal. The coupling nodes are configured by an arrayed antenna and a communication circuit unit including a signal In/Out unit, a memory, a signal reception/output unit, and a CPU connected to the signal In/Out unit, the memory, and the signal reception/output unit, wherein the signal transmission wiring is connected to the signal In/Out unit of the respective coupling nodes.

Abstract: It is an object to provide a transmission system that is more suitable for transmission of a large volume of data than a cable or an optical fiber is and capable of coupling a transmission path and an electronic device easily without using a connector. A tape-form communication sheet is configured by a sheet body, plural coupling nodes regularly arranged in line and fitted in the sheet body, and a signal transmission wiring, wherein an interface of a computer having the interface similar to this coupling node is connected to the coupling node of the tape-form communication sheet for transmitting a signal. The coupling nodes are configured by an arrayed antenna and a communication circuit unit including a signal In/Out unit, a memory, a signal reception/output unit, and a CPU connected to the signal In/Out unit, the memory, and the signal reception/output unit, wherein the signal transmission wiring is connected to the signal In/Out unit of the respective coupling nodes.

Abstract: A communication system and mobile communication station used in a communication system with low installation cost and no base station. The communication system performs radio communication by communicating a packet among numerous mobile communication stations in an expandable way by providing a relay function in a portable mobile communication station. Each mobile communication station comprises a packet reception means, a packet judging means for judging if the received packet is the self relative address or not, a relay means for transmitting the received packet when the received packet is not the self relative address, a means for generating packets, and a means for transmitting the generated packet. The packet relay means transmits the received packet in a random timing.

Abstract: The present invention provides coupled-type computers wherein a computer can be coupled with computers of the same structure easily, and can be coupled with other computers of the same structure in high density. Computer components such as CPUs or memories are built in a holder made of polyhedron cube. A radio propagation bus space formed by a cavity is provided in the inside of the holder, and a plurality of radio-electric signal interconversion elements provided with a signal identification means facing the radio propagation bus space are disposed in the holder. These radio-electric signal interconversion elements are connected to the computer components in the holder. Holes communicating with the radio propagation bus space are bored on the surfaces of the outsides of the holders by means of the radio lines.

Abstract: An object of this invention is to construct a radio communication system with low cost of installation which needs no base station, and said system is a communication system for performing a radio communication by a packet 18 among numerous mobile communication stations 2 in an expandable are by providing a relay function in a mobile communication station 2 of portable type, and said each mobile communication station 2 comprises a packet reception means, a packet judging means for judging if the received packet is the self relative address or not, a relay means for transmitting the received packet when the received packet is not the self relative address and also, the received packet is not identical with the packet received in the past, a means for generating packets, and a means for transmitting the generated packet. The packet relay means transmits the received packet in a random timing.

Abstract: A connector is provided that eliminates a conductive portion and is free from mechanical contact at its coupling portion. A pair of holders is provided with an interface unit and cables extending outwardly are connected to one part of the interface unit, and radio wave-electric signal mutual converting elements built in the holders are connected to the other part of the interface unit. The pair of holders is allowed to be coupled in proximity by means of a coupling mechanism made from a flexible electromagnetic field shielding material, and a radio wave propagation space is formed at the coupling proximity portion of a pair of the holders which is shut out from the electromagnetic field of the outside. The radio wave-electric signal mutual converting elements of a pair of the holders conduct the reception and transmission of the radio wave mutually by being opposed in proximity by means of the radio wave propagation space.

Abstract: An associative type computer capable of wirelessly coupling with a high density of computers of the same structure comprising a cube shaped casing surrounding elements such as CPU or memory IC 10 and input/output interface 14. Signal transmission elements 22, 24 for wirelessly coupling the input/output interface of an adjacent computer are disposed on the inside of each face of the casing. The signal transmission elements are connected to the input/output interface 14 of the inside of the casing 4, such that wireless bilateral data transmission can be carried out between the signal transmission elements 22, 24 of the other computerd through the signal transmission elements 22, 24 of the computer. The acceptance and output of the data from the other computer by the signal transmission elements 22, 24 can be carried out through a multiple switch router 16, and the signal transmission path connecting each computer can be optionally set.

Abstract: An object of the present invention is to provide a connector that eliminates a conductive portion that is free from mechanical contact at its coupling portion, and a pair of holders (8) (10) is provided with an interface unit (28) and cables (44) (46) extending outwardly are connected to one part of the interface unit (28), and radio wave-electric signal mutual converting elements (4) (6) built in the holders (8) (10) are connected to the other part of the interface unit. A pair of the holders (8) (10) is allowed to be coupled in proximity by means of a coupling means (12) made from a flexible electromagnetic field shielding material, and a radio wave propagation space (38) is formed at the coupling proximity portion of a pair of the holders (8) (10) which is shut out from the electromagnetic field of the outside.

Abstract: A low cost computer is suitable for small size configuration. Casings 4 and 32 are formed by aluminum, which is a heat radiating material, and CPUs 6 and 36, hard disk devices 8 and 38, control ICs 40 and 42 and a memory IC are mounted on the casing 4 directly or by the heat radiating material. The casings 4 and 32 are utilized as heat radiators, thereby making the entire computer a smaller size.

Abstract: An object of the present invention is to provide a coupled type computers wherein a computer can be coupled with computers of the same structure easily, and moreover, it can be coupled with other computers of the same structure in high density, and wherein computer components such as CPUs (6) or memories (8) and the like are built in a holder (4) made of polyhedron cube. A radio propagation bus space (10) formed by a cavity is provided in the inside of the holder (4), and a plurality of radio.electric signal interconversion elements (12) provided with a signal identification means facing the radio propagation bus space (10) are disposed in the holder (4). These radio. electric signal interconversion elements (12) are connected to the computer components in the holder (4). Holes communicating with the radio propagation bus space (10) are bored on the surfaces of the outsides of the holders (4) by means of the radio lines (16).

Abstract: An object of the present invention is to provide an associative type computer capable of coupling with computers of the same structure simply and also capable of coupling in high density with the other computer of the same structure, and in the casing of cubic shape, computer constituting elements such as CPU or memory IC 10 and input/output interface 14 and the like are built in. Signal transmission elements 22, 24 for coupling the input/output interface of the adjacent computer in cordless mode are disposed on the inside of each of hexahedron of the casing when the computer is adjacent to the other computer of the similar structure. The signal transmission elements are connected to the input/output interface 14 of the inside of the casing 4, and the bilateral data transmission can be carried out in cordless mode between the signal transmission elements 22, 24 of the other computer through the signal transmission elements 22, 24 of the computer.