Abstract: A system for receiving report from a cellular phone upon arrival at a predetermined destination and at least one passing point, and for displaying the received information on a monitor panel of a monitoring center comprises a cellular phone 2 for receiving and transmitting information via a communication line 4, and a monitoring center 5. The cellular phone 2 is equipped with a function of transmitting a monitoring ID, receiving map information and setting the same, and automatically reporting the arrival at the predetermined passing points A, B, C and the destination D when the arrival is detected by a position detecting unit.

Abstract: The system comprises an authentication recording medium 1 storing a readable identification authentication data for reading and a readable/writable skill authentication data, a mobile terminal 2 having an authentication recording medium read/write device 21, a data management server 3 and a training PC 4 for education, wherein data is sent and received between mobile terminal 2 and data management server 3, and between server 3 and PC 4. Data management server 3 collects and analyzes data related to maintenance operation and education such as self-learning and training sessions that the operator completes, and enables the result to be downloaded to the recording medium 1 and stored therein so that the operator with the qualification required for operation is authenticated to perform management and maintenance of the object system or device 8.

Abstract: A system for receiving report from a cellular phone upon arrival at a predetermined destination and at least one passing point, and for displaying the received information on a monitor panel of a monitoring center comprises a cellular phone 2 for receiving and transmitting information via a communication line 4, and a monitoring center 5. The cellular phone 2 is equipped with a function of transmitting a monitoring ID, receiving map information and setting the same, and automatically reporting the arrival at the predetermined passing points A, B, C and the destination D when the arrival is detected by a position detecting unit.

Abstract: A credit card double authentication system 1 comprises an item checkout gate 2, an ID authentication check/item checkout unit 3, a personal computer 20 of an in-store card management section 4, an item ID assignment unit 5, a card management center 6 and a credit card company 7 which are connected via a communication line 8 so as to send and receive item information. An individual authenticating unit 11 having an identity authenticating function performs identity authentication based on a card ID 9 of a credit card CC being used by a user P when purchasing an item and based on a personal ID 10 of the user P, thereby preventing unauthorized use of the credit card.

Abstract: A mobile phone 1 comprises an overall control unit 11, a transmission/reception unit 12, a display unit 13, an operation unit 14, a voice input/output unit 15, an address unit 16, a call recording unit 17, a unit 18 for forwarding recorded call data, a data editing unit 19, a unit 20 for presetting forwarding telephone number, a database control unit 21, a database 22, and a power unit 23, wherein the mobile phone is further provided with a function of registering the forwarding telephone number, recording the contents of the call in chronological order for each of the designated communication counterpart, and forwarding all or a selected portion of the contents of the recorded call to a designated forwarding destination when needed.

Abstract: A system comprising an actual contracting terminal 13, a contracting network 1, a DNS server 11, a service contractor system 2, and a service provider system 3, connected via a communication network 4 so as to enable transmission/reception of data, the service being provided by the service provider system 2 to the contracting network 1, wherein the service provider system 3 starts providing service after the service contractor system 2 confirms that the domain name input from the actual contracting terminal 13 corresponds with the domain name of the contracting network 1 obtained by the service contractor system 2 when the actual contracting terminal 13 concludes the contract for having the service provided to the contracting network 1.

Abstract: A passport 1 with an anti-counterfeit ID chip that certifies the identity and the nationality of a passport holder entering and departing a country comprises a passport body 3 having printed thereto a photograph 2 for identifying the passport owner. A particle-like micro ID chip storing at least an identification photograph information of the passport owner comparable with the identification photograph 2 printed on the passport body 3 is embedded in the passport body. Whether a passport is counterfeited or not is judged by comparing the identification photograph 2 printed on the passport body 3 with the photograph information of the passport owner read out from the ID chip 4 and displayed on a screen.

Abstract: A cellular phone 1 comprising an overall control unit 10, an operation unit 11, a display 12, a transmission/reception unit 13, an inbox 14 for storing received electronic mail data, an outbox 15 for storing transmitted electronic mail data, and a power source 16, wherein the cellular phone is further provided with a function of displaying electronic mail data transmitted to and/or received from a selected communication counterpart in a mixed state.

Abstract: A mobile telephone with an environment sensor for detecting, analyzing, editing, storing, displaying and transmitting environmental data at necessary locations comprises overall control unit 11, input unit 12, various setup units 121-124, output unit 13, display unit 131, memory unit 14, communication control unit 15, power supply unit 16, environmental data detecting unit 17, environmental data storage unit 18, environmental data analysis unit 19, environmental data abnormality detecting unit 20, environmental data edit/output unit 21, environmental data abnormality warning unit 22, current position acquire unit 23, map data acquire unit 24, environmental data plot unit 25, environmental data transmission control unit 26, and current time acquire unit 27.

Abstract: A passport counterfeit detection system comprises an ID chip reader 5 for reading the personal identification data stored in an ID chip 4 embedded in a passport body 2 of a passport 1, and a display 7 of a personal computer 6 for displaying the personal identification data stored in the ID chip 4. The ID chip reader 5 is used to read out the personal identification data stored in the ID chip 4. The personal identification data read out from the ID chip 4 is displayed on a screen 7a of the display 7.

Abstract: A passport 1 with an anti-counterfeit ID chip that certifies the identity and the nationality of a passport holder entering and departing a country comprises a passport body 3 having printed thereto a photograph 2 for identifying the passport owner. A particle-like micro ID chip storing at least an identification photograph information of the passport owner comparable with the identification photograph 2 printed on the passport body 3 is embedded in the passport body. Whether a passport is counterfeited or not is judged by comparing the identification photograph 2 printed on the passport body 3 with the photograph information of the passport owner read out from the ID chip 4 and displayed on a screen.

Abstract: An identification photograph with an ID chip 1 used for identification means is composed of a photographic printing paper 3 on which is printed a facial photograph image 2 of the individual to be identified. A particle-like micro ID chip 4 storing various personal identification data for identifying the individual is embedded in the photographic printing paper 3. The personal identification data stored in the ID chip 4 can be read out using a dedicated ID chip reader and displayed on a screen. A security guard and the like can check the ID of an individual using the personal identification data stored in the ID chip 4 and displayed on the screen.

Abstract: A passport 1 with an anti-counterfeit ID chip comprises a passport body 2 that certifies the identity and nationality of the passport holder traveling to a foreign country. The passport body 2 has embedded therein a micro ID chip 3 that records passport ID data. The ID chip 3 has stored therein various passport ID data. The ID chip 3 will not be damaged even if the chip embedded in the passport body 2 is bent. The memory capacity of the ID chip 3 is large, enabling much passport ID data to be stored therein. The ID chip 3 effectively prevents passport counterfeit.

Abstract: A credit card double authentication system 1 comprises an item checkout gate 2, an ID authentication check/item checkout unit 3, a personal computer 20 of an in-store card management section 4, an item ID assignment unit 5, a card management center 6 and a credit card company 7 which are connected via a communication line 8 so as to send and receive item information. An individual authenticating unit 11 having an identity authenticating function performs identity authentication based on a card ID 9 of a credit card CC being used by a user P when purchasing an item and based on a personal ID 10 of the user P, thereby preventing unauthorized use of the credit card.

Abstract: A system 1 for providing an authentication service of a brand-name product having a micro ID chip comprises an authenticating device 2 and an ID chip management center 3 that are connected via a communication circuit 4. The authenticating device 2 reads the ID information recorded in the ID chip 6 embedded in the brand-name product. The ID chip management center 3 registers the ID number according to each brand-name product 5, and judges whether the ID number being registered matches the ID information read from the ID chip 6 of the brand-name product 5. This system enables to provide a service for authenticating the brand-name product 5 having the ID chip 6 embedded thereto.

Abstract: A drive control unit comprises an IPv6 input unit 14 that reads the IPv6 ID of a key 4 inserted to start said control unit and inputs said ID, an authorization control unit 15 for authorizing the input ID, a basic control unit 12 comprising a ROM storing the drive control function, an engine control unit 16 that ignites and controls the engine when the authorization is normal, a drive control unit 17 that controls the drive of said unit, an interior control unit 18 that controls the interior of the unit chamber, an exterior communication control unit 19 that controls the communication with the exterior, and a LAN control unit 13 that connects and controls each unit via a LAN.

Abstract: A product label 1 with an ID chip comprises a sheet-like label body 10 to be adhered to a product, and a particle-like micro ID chip 2 embedded to the label body 10 that records as product information the name of the product, the manufacturer, the price, the manufactured date, or the expiration date. Said label body 10 having the ID chip 2 embedded thereto is adhered to a product. The ID chip 2 embedded to the label body 10 will not break even when the label is bent. Due to its large memory capacity, the ID chip 2 is capable of storing a greater amount of product information.

Abstract: Sheets of laminated paper are stacked and made into air-tight flat bags with air inlets. After air is supplied into the bags, the air inlets are air-tightly closed to form shock absorbers 50 encapsulating the air. The laminated paper is made by stacking on a paper base a water-soluble polyvinyl alcoholic layer, having a saponification of 80 to 90 mol % and a degree of polymerization of 500 to 2500, to a total thickness of 90 .mu.m or less and a gas permeability of 800 thousand seconds per 100 ml or more. The air is introduced into flat bags 51 to 50 to 80% of maximum inflation to ensure their shock absorbing function. A package 100 is made by putting an appropriate number of discrete shock absorbers 50, or a continuous series of shock absorbers 50, in gaps between a casing 10 and the package content 70. The shock absorbers 50 need not be spread all over the entire surface of the package, so long as they are sufficient to provide the needed contact area to ensure a maximum static load of 0.07 kgf/cm.sup.