95results about "Sensing by mechanical means" patented technology

A system generally for personalizing and synchronizing smartcard data in the context of a distributed transaction system is disclosed. A dynamic smartcard synchronization system comprises access points configured to initiate a transaction in conjunction with a smartcard, an enterprise data collection unit, and a card object database update system. An exemplary dynamic synchronization system (DSS) preferably comprises various smartcard access points, a secure support client server, a card object database update system (CODUS), one or more enterprise data synchronization interfaces (EDSI), an update logic system, one or more enterprise data collection units (EDCUs), and one or more smartcard access points configured to interoperably accept and interface with smartcards. In an exemplary embodiment, DSS comprises a personalization system and an account maintenance system configured to communicate with CODUS. Personalization of multi-function smartcards is accomplished using a security server configured to generate and / or retrieve cryptographic key information from multiple enterprise key systems during the final phase of the smartcard issuance process.

A secure smart card reader is disclosed that is enabled to make reader signatures on data representative of events and actions which may be security related and which may include data representative of reader commands received from a host or remote application, smart card commands exchanged with an inserted smart card, data presented to a user for approval, and / or configuration parameters applied when dealing with any of the foregoing. The smart card reader may be adapted to maintain logs of events and actions which may include exchanging reader commands, exchanging smart card commands, and / or interactions with a user. The logs may include data representative of the reader commands received, the smart card commands exchanged, data presented to the user for approval, and / or configuration parameters applied when dealing with any of the foregoing. The secure smart card reader may be adapted to generate a reader signature over the logs.

An electronic communications device 102 can be provided with one or more different electronic connectors 104 and 106 for accepting varying data cards 108 or 110. A slot 138 or 140 in the electronic communications device can receive the data cards. The connector 106 can comprise of a push-push connector 168, a push-pull connector 170 or an elongated card access tray 182. The versatile single connector can have a first data card-receiving cavity 142 for receiving a data card 108, such as a nano-SIM 4th form-factor (4FF) card, and a second data card-receiving cavity 144 for receiving a data card 110, such as a microSD (uSD) card. The versatile single connector can have portions of the cavities 142 and 144 overlapping each other to provide a common minimal connector footprint 150 comprising of a single shared data card opening 138 or 140 for receiving, accepting, connecting and detecting only one of the data cards at a time in the device. Elements in the connector, device, or tray geometry can be of a size and shape to bias the data card and to prevent more than one data card from being inserted at a time into the single connector.

An access control method executed by a computer system, including applying an access rate limit until a user issuing access requests is verified, a first control level involving verifying the user, a second control level applying hack program detection tests to the access requests and verifying the user, a third control level requiring use of predetermined download software for transmitting the access requests and verifying the user, a fourth control level blocking access to the service on the basis of at least one communications address corresponding to the access requests, and invoking the control levels sequentially depending on a number of failed attempts to verify the user.

The invention relates to a method for a more efficient use of an interface between a smart card and a device, the interface comprising contacts and being adapted to allow data transfer between the smart card and the device characterized in that it comprises a step of allocating functions to the contacts within the interface so as to have a more efficient use of the contacts in the interface. The invention also relates to a smart card and a device in which the method is carried out.

Downloadable identification labels which are downloaded from a world wide computer network to a remote computer and printed on paper using a printer. Each label is printed with the contact information of a central lost and found registry and attached to one or more personal possessions. The labels can also be printed with an identification code, notification that a reward will be paid for a possession which is returned to the owner, sponsor advertising and a warning that the possession has been indelibly marked with identification indicia such as the internet address of the lost and found registry. The central lost and found registry stores, on a database, information about lost possessions and owner contact information as well as information about found possessions and finder's contact information. If a match is found between a lost possession and found possession the registry communicates the contact information of the finder to the owner so that the possession may be recovered by the owner. Owners do not preregister their belongings, codes, or contact information with the central registry. They only register with the registry if a possession should be lost or missing and the owner desires assistance in their recovery.

A system and method are provided for sensing an image of an object and an optical code associated with the object and generating respective object image data and optical code image data. A database stores a plurality of digital codes and an object image data entry associated with each respective digital code of the plurality of digital codes. A processing unit generates at least one digital code; accesses at least one object image data entry associated with at least one respective stored digital code that substantially matches the respective at least one generated digital code; and compares the object image data with the at least one accessed object image data entry and determines if the comparison results are within a predetermined image recognition certainty threshold.

A card connection adaptor is provided which is used for connecting, to a connector of a card slot compliant with a first standard, a card compliant with a second standard. The adaptor includes: a first connector compliant with the first standard and adapted to be electrically connected to the connector of the card slot; a second connector compliant with the second standard; and signal conversion circuitry for performing signal conversion between a first-standard-compliant signal and a second-standard-compliant signal. A card retaining space for retaining the second-standard-compliant card inserted therein is formed in a housing which holds the first connector, the second connector and the signal conversion circuit. The card retaining space has a card insertion port which opens generally perpendicularly to an insertion direction in which the card connection adaptor is inserted into the card slot.

A card reader includes a hollow base provided with a USB standard metal casing at one side, and an electric module mounted in the USB standard metal casing and the hollow base and defining with the USB standard metal casing an electronic card receiving space for accommodating an electric card such that the accommodated electronic card is insertable with the USB standard metal casing into a USB port of an electronic apparatus for two-way data transfer (reading or storing) between the electronic card and the electronic apparatus.

The present invention relates to a contact card recognition system and a recognition method using a touch screen, and to a contact card used in a contact card recognition system. More particularly, a contact card recognition system using a contact card includes: a contact card having a rear surface with at least one protrusion for representing characteristics of the contact card related to the information printed on a front surface of the contact card and identifying characteristics of the contact card; a touch screen for sensing the protrusion of the contact card, and generating position information for the zone corresponding to the protrusion; a reading unit for searching a code database on the basis of the position information, and generating code information in accordance with the position information; and a control unit for searching a characteristic database of the contact card in accordance with the code information, and extracting characteristic information in accordance with the code information. The characteristic information is output to the touch screen.

A system determines athletic performance. A pressure sensor senses change in elevation. A microprocessor processes signals from the pressure sensor to determine speed corresponding to the change in elevation. A display reports the speed to a user.

A frequency division multiplexed bar code scanner system includes a plurality of radiation sources for simultaneously providing a plurality of source beams, and a modulator circuit for modulating the intensity of each source beam at a different frequency. The source beams are combined and directed along a path to a bar code to be read; the return combined reflected light patterns are amplitude modulated by the bar code and are detected and the amplitude modulation of at least one of these patterns is detected to obtain a representation of the bar code read. The phase shift between the source beam and at least one of the reflected light patterns is used to determine the distance to the barcode bearing object. Distance information may be used to improve barcode reading performance.

A laser scanning unit to form an electrostatic latent image according to an image signal by projecting a light onto a photosensitive medium. The laser scanning unit has a light source having a cylindrical shape of a predetermined length; a reflective member surrounding the light source to focus the light from the light source; a micro-mirror array to reflect the light focused by the reflective member toward the photosensitive medium; a driving control unit to drive the micro-mirror array according to the image signal; and a micro-lens array disposed in an optical path between the micro-mirror array and the photosensitive medium, to focus the light reflected from the micro-mirror array onto the surface of the photosensitive medium.

A SIM card attachment / detachment guiding apparatus for a portable terminal, which can guide insertion and withdrawal of a SIM card so the SIM card is easily and detachably assembled with the portable terminal. The apparatus includes a lower casing frame of a body having an opening defined therein; a sliding guide interconnected with and sliding in the opening, being stacked on the SIM card, and contacting and sliding along with the SIM card to insert and withdraw the SIM card from the opening when the sliding guide is pushed; and guide means provided in the opening, for guiding a sliding movement of the sliding guide.

Improved card reader systems and methods are provided which are capable of processing miniature cards as well as larger cards. In one embodiment, the card reader system includes a means for sensing the presence of a scoring of a card at a specified card location. The system includes a read head adapted to read a magnetic stripe disposed on the card, and a circuit coupled to both the sensing means and the read head. The circuit is adapted to receive input from the sensing means, to determine whether the card is a first size or a second size based on the received input, and to enable the read head to read the entire magstripe when the card is the first size and to read a portion of the magstripe when the card is the second size. In this manner, by providing an improved sensing device with card reader systems, the operation of the read head may be controlled so that it is not fooled into believing more cards exist than are truly passing by the read heads. The first card size may be a CR80 card, and the second card size may be a scored CR80 card containing a mini card.

A portable electronic device includes a housing and a chip card holding mechanism assembled within the housing. The housing defines a mounting slot and an unlocking hole adjacent to the mounting slot. The chip card holding mechanism includes a support base assembled adjacent to the mounting slot, a receiving tray and an unlocking assembly. The receiving tray is slidably mounted on the support base and includes a tray body and an operating portion formed at one end of the tray body. The operating portion has a resisting surface. The unlocking assembly includes a cam body rotatably assembled to the housing and a driving member. The cam body forms a cam resisting portion resisting against the resisting surface of the receiving tray. The driving portion is inserted into the unlocking hole for driving the cam body to rotate thereby ejecting the receiving tray.

A card adapter is disclosed to include a connector electrically connected to a circuit board, a locating frame fixedly fastened to the circuit board, and a sliding cardholder, which has a holder base pivotally coupled to the locating frame through a sliding joint and defining two vertically spaced accommodating chambers for receiving different electronic cards, and terminals mounted in a partition board between the accommodating chambers, and the terminals each having a front contact portion respectively suspending in the first or second accommodating chamber for the contact of the inserted electronic cards and a rear connecting portion positioned in a respective terminal groove at a plug plate at the rear side of the partition board for insertion with the plug plate into the connector to contact a respective terminal in the connector.

A method and apparatus to evaluate transportation of a recording medium based on a detection signal from a magnetic head, and based on the result of this evaluation to efficiently execute a post-processing operation such as sorting the recording media after passing the magnetic head reading position. Using this method the transportation path can be shortened in a recording media processing apparatus such as a check reading device. The check reading device 1 reads a check 4 traveling on a transportation path 5 by means of a magnetic head 54, and makes an evaluation to determine (ST21, 25) that the top and bottom of the check are inverted or the medium is paper on which magnetic ink characters are not printed if there is no change in the detection signal. If magnetic ink characters cannot be recognized from the detection signal, a magnetic ink character recognition process is used to evaluate the detection signal patterns that are output when the magnetic ink characters are read from the back side (ST23, 26), whereupon the front and back of the check 4 are determined to be reversed if recognition is possible (ST27, 28), and the top and bottom of the check 4 are determined to be inverted if recognition is not possible (ST27, 29). Transportation is paused (ST6) so that the check 4 does not reach the first and second check discharge units 7 and 8 or the printing mechanism 56 until this determination can be completed. Transportation of the check 4 resumes when the determination is completed (ST9, ST13), and the check 4 is routed to the first check discharge unit 7 or second check discharge unit 8 or is printed by the printing mechanism 56. The transportation path 5 can therefore be shortened and the check reading device 1 can be rendered small.

A barcode scanner assembly for capturing at least one object appearing in a field of view (FOV) is provided that includes a base defining a curved base surface and a scanner enclosure being mechanically coupled to the base. The scanner enclosure includes a top portion and a bottom portion opposite the top portion. The bottom portion of the scanner enclosure is positioned proximate to the base. The bottom portion of the scanner enclosure includes a curved scanner enclosure surface. The curved base surface and the curved scanner enclosure surface are nested such that a clearance of less than approximately 5 mm is formed between the curved base surface and the curved scanner enclosure surface.