Abstract: An electronic card structure with decorations includes a card body, an electrical control module and a decoration module. The card body includes a panel, a bottom plate and a through hole portion. The electrical control module is disposed in the card body. The electrical control module includes a circuit control carrier plate and a non-contact type radio-frequency antenna or a contact type communication chip. The decoration module is disposed in the card body. The decoration module includes a transparent casing and a decoration. The transparent casing is disposed at the panel through the through hole portion. The decoration is disposed in the transparent casing. Therefore, owing to the decoration module, the electronic card is pleasing in appearance, has high commemorative value, and is worth collection.

Abstract: A light emitting electronic card includes a card body, an electronic control module, a light emitting module and a light guide module. The card body includes a panel, a base plate, a light transmissive portion, a first light shielding portion and a second light shielding portion. The electronic control module is disposed at the card body, and includes a circuit control carrier board and a non-contact type radio-frequency (RF) antenna or a contact type communication chip. The light emitting module is disposed in the card body and is electrically connected to the circuit control carrier board. The light guide module is disposed in the card body and corresponds to the light emitting module, includes a light source focusing portion corresponding to the light transmissive portion, and guides a light source of the light emitting module to the light transmissive portion by the light source focusing portion.

Abstract: A mini smart card and a method of manufacturing the mini smart card are introduced. The method includes disposing bilayered print layers on a top side and a bottom side of a circuit layer, respectively; performing a heat-compression treatment and then a printing treatment on the circuit layer and the bilayered print layers; removing surface layers from the bilayered print layers; and disposing transparent protective layers on the bilayered print layers, respectively. The bilayered print layers are prevented from deforming under the heat generated during the printing treatment. Removal of the surface layers from the bilayered print layers effectively reduces the thickness of the mini smart card.

Abstract: A mini smart card and a method of manufacturing the mini smart card are introduced. The method includes disposing bilayered print layers on a top side and a bottom side of a circuit layer, respectively; performing a heat-compression treatment and then a printing treatment on the circuit layer and the bilayered print layers; removing surface layers from the bilayered print layers; and disposing transparent protective layers on the bilayered print layers, respectively. The bilayered print layers are prevented from deforming under the heat generated during the printing treatment. Removal of the surface layers from the bilayered print layers effectively reduces the thickness of the mini smart card.

Abstract: A fingerprint recognition smart card has a card body, a transaction processing unit, a switch unit, and a fingerprint recognition unit. The transaction processing unit is disposed at the card body. The switch unit is disposed at the card body and circuit-connected to the transaction processing unit. The fingerprint recognition unit is disposed at the card body and circuit-connected to the transaction processing unit and the switch unit. Therefore, after the transaction processing unit has received external power, the fingerprint recognition unit receives and analyzes a cardholder's fingerprint data such that, depending on an analysis result of the fingerprint data, the switch unit starts the transaction processing unit for conducting a transaction with a reading apparatus or shuts down the transaction processing unit to preclude any transaction. Therefore, the fingerprint recognition smart card enhances transaction safety and convenience.

Abstract: A portable card with transaction display function includes a card body; a microprocessor arranged on the card body; a contact communication unit, a transaction display mode control unit and a power supply unit having a contactless RF antenna, all arranged on the card body and electrically connected to the microprocessor; a transaction display unit arranged on the card body and electrically connected to the transaction display mode control unit. When making a contactless transaction, approach the card body to a read module and the contactless RF antenna of the power supply unit reads electromagnetic wave from the read module and gets induced electric current to enable the transaction. When making a contact transaction, insert the card body into a card reader for the latter to read the contact communication unit and enable the transaction. During the transaction, the transaction display unit will output a transaction message as a notice.

Abstract: Provided are an RFID tag movement distinguishing method and an RFID tag movement distinguishing program with which are an RFID tag that has moved in front of an antenna and an RFID tag that is static are identified. Chronological read data of RFID tags including a moving RFID tag and a static RFID tag is acquired by an RFID reader, and the static RFID tag is specified by a static RFID tag filter based on information of read RFID tags. In the RFID tag movement distinguishing method, the static RFID tag filter identifies the moving RFID tag by identifying the static RFID tag and the moving RFID tag using an individual static RFID tag filter among a quick-read filter, an RSSI absolute value filter, an RSSI non-contiguous increase filter, an RSSI valley-shaped filter, an excess read filter, a phase shift reduction filter, and a vertical direction movement filter.

Abstract: Provided are an RFID tag movement distinguishing method and an RFID tag movement distinguishing program with which are an RFID tag that has moved in front of an antenna and an RFID tag that is static are identified. Chronological read data of RFID tags including a moving RFID tag and a static RFID tag is acquired by an RFID reader, and the static RFID tag is specified by a static RFID tag filter based on information of read RFID tags. In the RFID tag movement distinguishing method, the static RFID tag filter identifies the moving RFID tag by identifying the static RFID tag and the moving RFID tag using an individual static RFID tag filter among a quick-read filter, an RSSI absolute value filter, an RSSI non-contiguous increase filter, an RSSI valley-shaped filter, an excess read filter, a phase shift reduction filter, and a vertical direction movement filter.

Abstract: Systems, methods and apparatuses for a unique wireless handset are described. One embodiment may be directed to a wireless handset that uses voice recognition to simplify the operation of the handset and therefore allows the handset to include fewer input keys. Using speaker dependent voice recognition (VR) software, the recognition rates for most users can exceed 95%. The reliability of the speaker dependent voice recognition used in the embodiment, allows for a design that eliminates the traditional keypad and creates a large space on the face of the handset for prominent corporate or institutional logos and images. This form factor provides an excellent platform for branding and marketing promotional applications.

Abstract: In a SIM card structure, there are included a carrier substrate and a plurality of chips. The carrier substrate is provided at a central area with at least two parallelly arranged first weakening lines, and at two laterally opposite areas with a group of equally spaced second weakening lines each. The second weakening lines in each group are perpendicularly extended from one of the first weakening line toward one lateral edge of the carrier substrate, such that a plurality of card bodies is defined on the carrier substrate. Each of the card bodies is provided at a predetermined position with a receiving area for one of the chips to attach thereto and thereby forms a SIM card. Less material and storage room are needed for manufacturing and storing the card bodies, respectively. And, each of the SIM cards can be conveniently separated from the carrier substrate for use.

Abstract: An electronic business card device is provided including a memory constructed and adapted to store at least one electronic business card consisting of at least an image of a business card along with associated card information derivable from and associated with the business card, a sending mechanism constructed and adapted to send a stored electronic business card to other devices, a receiving mechanism constructed and adapted to receive an electronic business card and associated card information from another device, and a storing mechanism constructed and adapted to selectively store the received electronic business card in the memory, the storing being based at least in part on at least some of the received associated card information.

Abstract: The present invention aims to provide an emergency, flat pack, glasses kit, which is easily and quickly assemblable into glasses. The kit is compact and typically has the size of a credit card, and may thus be carried in a pocket, wallet or purse. Various types of lenses having a variety of purposes may be fitted or formed in the kit, including prescription lenses to suit the user for general use or for reading, sun-protection or safety lenses.

Abstract: Information about an article to be carried is written into a non-contact type IC card by a reader/writer on the side of a sending trade, and the IC card into which the information has been written is accommodated in a carrying bag to which a tag is provided and a paper-made slip is attached, and the carrying bag is stuck to the article to be carried. A conveying trade collects the article to which the carrying bag is stuck so as to convey it to a desired receiving trade. The information written into the IC card carried together with the received article is read by the reader/writer on the side of the receiving trade.

Abstract: A read/write head is used with high coercivity and low coercivity magnetic stripe in multiple-track applications. The read/write head includes a plurality of inductively wound read/write gapped cores with a recessed core gap structure, and further includes a shield situated between the cores, such that a non-magnetic space is formed between the shield and each adjacent core. The width of the shield is no greater than the width of the non-magnetic spaces.

Abstract: A printer head includes a platen roller, a drive frame movable toward and away from the platen roller, a support block provided on the drive frame, a printing head element secured to the support block to be movable toward and away from the platen roller which it opposes, a pair of freely rotatable guide rollers mounted on the support block and having the printing head element interposed therebetween, a conveying mechanism for conveying a card to be printed on between the printing head element and the platen roller, an ink ribbon which travels while in contact with the pair of guide rollers and the printing head during printing, the ribbon being arranged between the card and the printing head element, a signal source for applying a print signal to the printing head element to cause the element to transfer ink from the ink ribbon to the card, a position adjusting screw provided on the support block to be movable back and forth, the printing head element being positionally adjusted back and forth relative to the

Abstract: An imprinter for imprinting a document with two lines of information forming two rows of alphanumeric characters wherein the two rows of imprinted characters have corresponding characters and corresponding relative character positions such that each line contains the same informational content, one of the lines of rows being substantially tamperproof and the other being machine readable.

Abstract: A system for entering initializing data on an integrated chip card in which a pattern of contacts for transferring data in and out of the integrated chip card are on a face of the card.