Abstract: A programmable security system and method for protecting an item of merchandise includes a programming station, a programmable key and a security system. The programming station generates a security code and communicates the security code to a memory of the programmable key. The programmable key initially communicates the security code to a memory of the security device and subsequently operates the security device upon a matching of the security code in the memory of the security device with the security code in the memory of the programmable key. The programmable key may also transfer power via electrical contacts or inductive transfer from an internal battery to the security device to operate a lock mechanism. The security code may be communicated by wireless infrared (IR) systems, electrical contacts or inductive transfer. A timer inactivates the programmable key and/or the security device after a predetermine period of time.

Abstract: A computer storage medium encoded with a computer program for programming a remote access device with an access system of a plurality of vehicle types. The computer program comprises instructions that, when executed by a handheld device, cause the handheld device to guide the user to program the access system and sends signals to initiate the programming sequence.

Abstract: A monitoring device in accordance with the disclosure stores a serial number list in non-volatile memory, the serial number list including data indicative of at least one valid serial number associated with one or more key fobs permitted to interact with the monitoring device. The monitoring device is configured to receive a wakeup signal via a key fob interface configured to communicate with a key fob. The monitoring device reads a serial number from a key fob via the key fob interface and searches the stored serial number list for data indicative of a valid serial number matching the serial number read via the key fob interface. The monitoring device reads action data from the key fob via the key fob interface, the action data being indicative of an action to be taken by the monitoring device. The monitoring device, in response to the read serial number matching a valid serial number of the stored serial number list, takes an action based on the action data.

Abstract: The present invention relates generally a system and method for providing rolling code remote device functions to provide keyless entry to multiple makes and models of cars. The present invention is adapted to produce the radio signal type and transmitted data of an original manufacturer's keyless entry remote device system by implementing multiple modulation schema and data encoding techniques.

Abstract: Methods, systems, and devices for controlling access within a multi-facility room are provided. More specifically, a guest of the multi-room facility is allowed to remotely confirm reservations to the facility as well as bypass the front desk of the multi-room for check-in purposes. At a location within the facility, the guest is allowed to confirm their arrival, check-in, and have their access credential written with personalized access data that may be useable for the duration of the guest's stay.

Abstract: In an antitheft system for preventing an equipment comprising moving objects such as electric vehicles or operating machine such as lawnmower from theft, an electronic key is prepared to be carried by an operator of the equipment and stores authenticating data for identifying the operator who carries the electronic key. An authenticator is installed at the equipment and performs authentication check as to whether the electronic key is an authorized key using stored key-checking data, when the authenticating data is outputted from the electronic key, whereas an electronic key copier is provided separately from the equipment and copies the electronic key, thereby enabling to make a copy of the electronic key without activating equipment, while ensuring to prevent the equipment from theft.

Abstract: An electronic key for a merchandise security device is provided. The electronic key may include electronic circuitry for providing electrical power to a lock mechanism for locking and unlocking the lock mechanism. The electronic key may also include an audio component configured to indicate a status of the lock mechanism.

Abstract: The invention relates to a machine tool 101 comprising a plurality of operation functions and a selection device 113a-113d for selecting one or more operation functions by a user. The machine tool 101 receives data from a mobile data carrier 311 via a reception device 112, on the basis of which it may be determined which operation functions may be performed by the user. In this process, an access control device 130 grants the user access to only those selected operation functions he or she is authorized to perform.

Abstract: A vehicle function restriction system for installation in a vehicle. The vehicle includes a master key allowed to activate any function of the vehicle. The system includes a valet key mounted in the vehicle and configured to dismountable from the vehicle to be lent to a person to whom the vehicle is lent. A restriction setting unit sets the vehicle in a restriction state when the valet key is dismounted from the vehicle. The restriction setting unit sets at least one restricted vehicle functions which is not activated by the valet key, in accordance with the person to whom the vehicle is lent.

Abstract: A method for configuring a transmitter device to transmit a recognized transmission to a receiving device is provided. The method includes transmitting a first transmission and transmitting a second transmission after the first transmission. The method further includes receiving, during the second transmission, a user input signal from an interface for receiving signals from one or more user interface elements. The method further includes storing an attribute associated with the second transmission in a memory device in response to the user input signal.

Abstract: An RFID reader control system and method is provided. A protocol for controlling an RFID reader and an RFID reader control unit of a mobile phone is defined. Messages, information, commands, responses, and notification are constructed and transmitted between the RFID reader and the RFID reader control unit.

Abstract: A check-in method for airlines allows passengers to use Short Message Service (SMS) to check-in themselves and baggage. A passenger requests to check-in via SMS from practically anywhere and not limited to the airport. After receipt of the request, a confirmation message is sent back to the passenger's registered mobile phone number by SMS. The system will ask the passenger for, and receive from the passenger, the number of bags they intend to check-in for the flight. The passengers can in some embodiments drop the baggage off without any required further action. The system issues an SMS-based cryptographically secure code, such as a bar-code boarding pass to the passenger once the baggage (if any) is successfully transferred and registered to existing baggage management systems through the process above. This code, when scanned, recognized and authenticated provides identification and security clearance for the passenger to board the aircraft.

Abstract: Provided is a method and apparatus for managing a product distribution. The product distribution management method may include: reading a security key of a product from a security tag attached to the product; transferring the read security key to a security server; receiving, from the security server, first authentication information that is encrypted using the security key; receiving, from the security tag, second authentication information that is encrypted using the security key; and determining whether the security tag is duplicated, based on the first authentication information and the second authentication information.

Abstract: In at least one embodiment, a method for programming keys to a vehicle to establish primary keys and secondary keys to control vehicle functionality is disclosed. The method comprises receiving a key identification signal from a first key. The method further comprises generating a key status signal indicative of whether the first key is one of a primary key and a secondary key in response to the key identification signal. The method further comprises transmitting the key status signal to a vehicle interface display. The method further comprises allowing a user to change a status of at least one of the first key and an additional key with the vehicle interface display in response to determining that the key status signal corresponds to the primary key.

Abstract: A remote controller for controlling a selected electric appliance includes a code input interface for inputting an control identification code of the selected electric appliance, a instruction input interface for inputting a function instruction for controlling the operation of the electric appliance, a wireless transmission module for outputting wireless signals, and a control module for controlling the wireless transmission module to output a corresponding control identification code signal after the code input interface receives the control identification code of the electric appliance, and the control module also for controlling the wireless transmission module to output a corresponding function instruction signal after the instruction input interface receives the function instruction.

Abstract: An authenticating method includes enabling a transponder to receive a read request that contains an authentication code, enabling the transponder to extract the authentication code from the read request, enabling the transponder to generate and wirelessly transmit a reply signal that contains the authentication code, and enabling a reader to authenticate the transponder based on the authentication code contained in the reply signal. An identification system, which includes the transponder and the reader is also disclosed.

Abstract: An embodiment of an electronic access control system includes an electronic key, an electronic lock, and an access control administration program. The electronic key can include program code for switching between a lock mode and a computer mode. In some embodiments, the lock mode and computer mode allow for simplified administration and operation of the access control system. Some embodiments of the electronic key include a rechargeable battery. In some embodiments, the access control system includes a hybrid power supply system having a rechargeable battery and a generator. In some embodiments, the electronic lock includes a piezoelectric latch. In some embodiments, the electronic key is configured to act as a storage device for a computer system. Some embodiments provide an electronic access control system with a streamlined user interface.

Abstract: In one embodiment, a method of providing security operations in a secured facility in which access control operations are performed, wherein the secured facility includes a plurality of access control units physically distributed at different physical locations within the secured facility, comprises: processing the first data, by software executed on one or more processor based systems, against the defined topology to define second data that is reflective of role-based user norms within the secured facility across respective event sequences within the secured facility, wherein at least some of the event sequences include at least three event nodes; and processing substantially real-time event data, by software executed on one or more processor based systems, against the second data to identify current activity of users within the secured facility as anomalous user activity for increased security inspection.

Abstract: A management system manages use of management object provided in facilities by using an information storage medium of a user. An entrance management apparatus, provided in the vicinity of an entrance of the facilities, stores use permission information for permitting the use of the management object on an information storage medium when the user enters the facilities. In the facilities, a use management apparatus, provided for each management object, controls availability or unavailability of the management object based on the use permission information stored on the information storage medium. Additionally, the use management apparatus stores, in the information storage medium, use information showing that the management object is used. Further, a room leaving management apparatus, provided in the vicinity of an exit of the facilities, manages leaving of the user based on the use information stored on the information storage medium.

Abstract: A portable electronic device includes a first body, a second body and a sliding positioning device. The first body includes a first operation area and a second operation area. The second body is slidable relative to the first body. The sliding positioning device is connected to the first body and the second body to position the second body at a plurality of locations relative to the first body. The second body hides the second operation area and exposes the first operation area when the second body is located at one of the locations.

Abstract: A check-in method for airlines allows passengers to use Short Message Service (SMS) to check-in themselves and baggage. A passenger requests to check-in via SMS from practically anywhere and not limited to the airport. After receipt of the request, a confirmation message is sent back to the passenger's registered mobile phone number by SMS. The system will ask the passenger for, and receive from the passenger, the number of bags they intend to check-in for the flight. The passengers can in some embodiments drop the baggage off without any required further action. The system issues an SMS-based cryptographically secure code, such as a bar-code boarding pass to the passenger once the baggage (if any) is successfully transferred and registered to existing baggage management systems through the process above. This code, when scanned, recognized and authenticated provides identification and security clearance for the passenger to board the aircraft.

Abstract: A security system and method for protecting an item of merchandise includes a programming station including a logic control circuit having a controller, a communication circuit operably coupled to the controller, and a memory operably coupled to the controller for initially providing a security disarm code (SDC) to a programmable key including a logic control circuit having a controller, a communication circuit operably coupled to the controller and a memory operably coupled to the controller. The programmable key subsequently provides the SDC to a security device configured for attachment to the merchandise and including a logic control circuit having a controller, a communication circuit operably coupled to the controller, and a memory operably coupled to the controller. Thereafter, the security device is disarmed by using the programmable key to verify the SDC in the memory of the key with the SDC in the memory of the security device.

Abstract: An apparatus and method for a universal wireless security device that provides multiple access control functions in one device without subjecting an owner to increased risk arising from unauthorized use. Authorization is established via one or more biometric characteristics of a user attempting to operate the device.

Abstract: A method for training a trainable transmitter in a vehicle that includes receiving a request to enter a training mode of the trainable transmitter from a user, beginning a training mode of the trainable transmitter, receiving a control signal from an original transmitter associated with a remote control system, detecting a frequency and control data of the control signal. The method further includes determining if the control signal is a fixed code signal or a rolling code signal. If the control signal is a fixed code signal, storing the detected frequency and control data. If the control signal is a rolling code signal, comparing the detected control signal frequency to a plurality of predetermined frequencies and based on the comparison, shifting the detected frequency to match one of the predetermined frequencies.

Abstract: RFID tag circuits, tags, and methods are provided for using alternative memory lock bits. A pointer in tag memory is configured to point to one or the other of the alternative lock bits associated with a section of the memory for performing a function in response to a reader command. Upon receiving the reader command, the tag first checks the pointer and performs the function based on which lock bit(s) is selected.

Abstract: A method for training a trainable transmitter in a vehicle includes receiving a request to enter a training mode of the trainable transmitter from a user. In response to the request, default mode data is retrieved from a memory and transmitted for a predetermined time. Upon expiration of the predetermined time, the trainable transmitter begins a training mode.

Abstract: Various embodiments and methods relating to a radio frequency (RF) tag storing custom settings of an electronic device are disclosed.

Abstract: A portable electronic device having a sliding keyboard includes a first body, a second body and a sliding positioning device. The first body includes a keyboard area and a plurality of hot keys. The second body is slidingly disposed on the first body. The sliding positioning device is connected to the first body and the second body to position the second body at a plurality of locations relative to the first body. The second body hides the hot keys and exposes the keyboard area when the second body is located at one of the locations.

Abstract: A method for training a receiver of a remote control system to a trainable transmitter includes receiving a control signal from an original transmitter associated with the remote control system. A first period of time is started in response to receipt of the control signal. During the first period of time, a learn message is received from a trainable transmitter. In response to the learn message, the receiver begins a receiver training mode. During the training mode, a rolling code control signal is received from the trainable transmitter and the trainable transmitter is enrolled by storing an identifier of the trainable transmitter.

Abstract: A barrier movement operator system having a receiver for receiving, learning and responding to transmitted rolling code type access codes; at least one trained transmitter for operating the system by transmitting a rolling code type access code to the receiver; at least one learning transmitter for learning the rolling code type access code from said trained transmitter in order to operate the system; a controller for evaluating the relationship between the learning transmitter rolling type access code and the trained transmitter rolling type access code; and a device for providing a barrier movement in response to access codes received by the receiver.

Abstract: A programmable key for use in a security system for protecting items of merchandise has a housing, a power supply mounted in the housing, a logic control circuit which includes a controller, a wireless communication circuit and a security disarm code (SDC) memory. The key has visual indicators such as an LED which is operatively connected to the logic control circuit and pulsed to indicate the state of the SDC. The control circuit includes a timer which has a preset time limit programmed therein, which invalidates the stored SDC if not refreshed by a remote programming source within a certain time period. The logic circuit further includes a counter which counts the number of activations of a control switch, and which permanently deactivates the control circuit upon reaching a certain count value to ensure that the internal battery has sufficient power to maintain the key operational. The wireless communication circuit preferably is infrared (IR) or radio frequency (RF) controlled.

Abstract: A programming apparatus for generating and retaining a security disarm code (SDC) for use in a security system for protecting items of merchandise has a housing and a logic control circuit located within the housing. The control circuit includes a controller for generating the SDC, a memory for storing the generated SDC and a wireless communication system for interfacing with a programmable key used for operating a security device attached to an item of merchandise. A visual display includes a plurality of LEDs which indicate the status of the logic control circuit. The SDC is generated initially as a random SDC by the programming apparatus, which SDC is retained in the controller of the apparatus for the life of the programming apparatus.

Abstract: A security system for protecting items of merchandise includes a programmable key, a programming station for generating a security disarm code (SDC) into the key, and a security device attached to the item of merchandise. The security device is initially programmed with the SDC from the key and is subsequently disarmed by the key upon matching the SDC of the key with the SDC stored in the security device. A wireless interface is provided in the programming station, programmable key and security device for programming the SDC into the key and for matching the SDC of the key with the SDC of the alarm module. An internal timer in the key invalidates the SDC in the key after a predetermined time period to prevent use of the key for disarming a security device after the time period has expired. The programming station initially generates a unique SDC which remains in the programming station for use with the programmable keys and alarm modules.

Abstract: In at least one embodiment, a method for programming keys to a vehicle to establish primary keys and secondary keys to control vehicle functionality is disclosed. The method comprises receiving a key identification signal from a first key. The method further comprises generating a key status signal indicative of whether the first key is one of a primary key and a secondary key in response to the key identification signal. The method further comprises transmitting the key status signal to a vehicle interface display. The method further comprises allowing a user to change a status of at least one of the first key and an additional key with the vehicle interface display in response to determining that the key status signal corresponds to the primary key.

Abstract: A method is provided for configuring an operation mode of a passive entry system of a vehicle. A configuration mode of a vehicle based communication module is enabled by depressing a predetermined combination of actuation buttons on a portable communication device to broadcast a configuration mode command signal. A passive entry configuration is selected by depressing a respective actuation button on the portable communication device when in the configuration mode. The portable communication device broadcasts a corresponding command signal to the vehicle based communication module identifying the selection. The corresponding command signal is received from the portable communication device and the selected passive entry configuration is adopted in response thereto.

Abstract: Methods are described for securing access to an electronic annotation provided on an object. The methods include the steps of providing the object with a plurality of memory tags, providing an electronic annotation on at least one of the memory tags, and defining a sequence in which the memory tags must be accessed in order to access the annotation. A corresponding object is also described.

Abstract: A check-in method for airlines allows passengers to use Short Message Service (SMS) to check-in themselves and baggage. A passenger requests to check-in via SMS from practically anywhere and not limited to the airport. After receipt of the request, a confirmation message is sent back to the passenger's registered mobile phone number by SMS. The system will ask the passenger for, and receive from the passenger, the number of bags they intend to check-in for the flight. The passengers can in some embodiments drop the baggage off without any required further action. The system issues an SMS-based cryptographically secure code, such as a bar-code boarding pass to the passenger once the baggage (if any) is successfully transferred and registered to existing baggage management systems through the process above. This code, when scanned, recognized and authenticated provides identification and security clearance for the passenger to board the aircraft.

Abstract: A mobile electronic control device, such as an electronic key, is used to access or otherwise control the operations of a field device, such as an appliance, power tool, shipping container, etc. In a control event in which the mobile control device interacts with the field device via wired or wireless communications, the control device obtains the current location and the field device ID. The communications between the mobile control device and the field device may be secured with encryption. The location information is used by the mobile control device to determine whether the field device should be accessed or enabled. Alternatively, the location information may be stored separately in a location sensing device, and the control event data recorded by the key and the location information recorded by the location sensing device are later combined when they are downloaded into a management system for auditing.

Abstract: A wireless module security system and method is provided which includes, in one embodiment providing security data to a wireless module. The security data including a security code provided to the wireless module after the wireless module has been activated. The method for providing the security code. includes encrypting the security code after establishing a wireless module account, issuing the security code through wireless transmission to the wireless module, and decrypting and storing the security code inside the wireless module. The security system and method also utilizes user authorized associated peripheral devices which may be connected to the wireless module to provide further combinations of security data. In one embodiment, the wireless module is provided with an electronic serial number and that electronic serial number is stored to the peripheral device for a security measure.

Abstract: The present invention provides a device, system, and method for identifying interconnect cables used in a network and the locations in the network where the interconnect cables are deployed. The identification information may be used to audit, for example, patch panel connections in a computer or communications network. The preferred embodiments include RFID transponders incorporated at the cable ends. An RFID scanner is used to interrogate the transponders, and the retrieved information is stored and acted on as appropriate. In a first embodiment, secondary contacts are used on the network components for mating with primary contacts on the cable ends in order to generate information as to the location where the cable ends are connected. In a second embodiment, memory modules are incorporated in the components for providing information reflective of connection locations.

Abstract: Memory contents in an electronic key are re-programmed using a base station from a multi-byte pre-existing or default value. If writing the new secret code value is interrupted and results in a partially-written value then a first recovery code is formed comprising a leading portion having values matching a corresponding portion of the pre-existing secret code and a trailing portion having values matching a corresponding portion of the new secret code. The first recovery code is transmitted to the electronic key for comparison with the stored secret code value. The electronic key compares a received secret code value in response to the first recovery code with the stored secret code value. If the comparison detects a non-match, then interaction with the base station is suspended. If the comparison detects a match, then interaction with the base station is continued in order to accept the new secret code value after re-transmission in full from the base station.

Abstract: Cars of a car rental system are made operable by having a renter present a digital key issued from the car rental system. The digital key specifies the starting date and time of a given rental transaction, and the identification of the car the key is for. The digital key is further signed by the car rental system for authenticity. A prospective renter makes online reservation over the Web and downloads into a portable storage device a digital key which can be used to operate the reserved car on the day the reservation is made for. On the pickup day, the renter goes to the car and inserts the portable storage device into a slot on the car. Upon successful verification of the digital key, the car is enabled and the renter can keep the car until he or she wants to return the car. The return process starts by having the renter obtain a invalidated digital key from the car. Once the rental car invalidates the digital key provided by the renter, the renter can no longer operate the rental car.

Abstract: A method for training a trainable transmitter in a vehicle that includes receiving a request to enter a training mode of the trainable transmitter from a user, beginning a training mode of the trainable transmitter, receiving a control signal from an original transmitter associated with a remote control system, detecting a frequency and control data of the control signal. The method further includes determining if the control signal is a fixed code signal or a rolling code signal. If the control signal is a fixed code signal, storing the detected frequency and control data. If the control signal is a rolling code signal, comparing the detected control signal frequency to a plurality of predetermined frequencies and based on the comparison, shifting the detected frequency to match one of the predetermined frequencies.

Abstract: A secret key is programmed into a key transponder from a base station wherein the key transponder stores a fixed ID, a first default key segment stored in a first memory page, and a second default key segment stored in a second memory page. The secret key comprises a first new secret key segment to be stored in the first memory page of the key transponder and a second new secret key segment to be stored in the second memory page of the key transponder. A mutual authentication process is initially conducted using the default key. Write commands are sent to the key transponder in transferring each key segment. Write acknowledgement signals and confirmatory reading back of the data are employed for ensuring proper storage of the secret key. Recovery from the most probable types of errors enables successful programming of key transponders in an efficient manner with a low loss rate.

Abstract: A programmable key for use in a security system for protecting items of merchandise has a housing, a power supply mounted in the housing, a logic control circuit which includes a controller, a wireless communication circuit and a security disarm code (SDC) memory. The key has visual indicators such as an LED which is operatively connected to the logic control circuit and pulsed to indicate the state of the SDC. The control circuit includes a timer which has a preset time limit programmed therein, which invalidates the stored SDC if not refreshed by a remote programming source within a certain time period. The logic circuit further includes a counter which counts the number of activations of a control switch, and which permanently deactivates the control circuit upon reaching a certain count value to ensure that the internal battery has sufficient power to maintain the key operational. The wireless communication circuit preferably is infrared (IR) or radio frequency (RF) controlled.

Abstract: A method for specifying access authorization to at least one memory area of a transponder is provided, in which the memory area is assigned access control information, whereby the access control information comprises at least one configurable master access control information, and write access to the memory area is released at least by a first configuration of the master access control information and write access to the memory area is blocked by a second configuration of the master access control information, whereby in the method the access control information is stored further in the transponder, the access control information is assigned at least one first settable sub-access control information, and the information is scaled by the assignment of the first sub-access control information to the master access control information, so that access authorization specified by the configuration of the master access control information is adapted to at least one additional requirement.

Abstract: An access device is provided for a system that has a plurality of locks that are each configured to receive instructions and to energize a lock mechanism to unlock the lock and a computer that is disposed at a remote location from the locks and that is connected to a primary wireless communication path. The access device includes at least one key configured for communicating with the computer via the primary wireless communication path and to communicate with the locks over a secondary wireless path. The at least one key is also configured to send a predefined text message for receipt by the computer and wherein the predefined text message provides an indication to the computer as to at least one other key whereto the predefined text message is to be sent.

Abstract: At a transmitter being used in a moveable barrier operator system, a Liquid Crystal Display (LCD) is provided. The LCD is configured with a first visual display and the first visual display providing first information to a user. The LCD is selectively reconfigured with a second visual display and the second visual display providing second information to the user.

Abstract: A system and method for providing pharmaceutical information to a patient is disclosed. The invention includes electronically identifying the pharmaceutical product dispensed to the patient with an identification device and electronically prompting the patient with a message using a first output. The message provides the patient with the opportunity to accept or decline the pharmaceutical information by interacting with an input device. If the patient decides to accept the pharmaceutical information, the pharmaceutical information is provided to the patient through a second output. A computer-based apparatus is also disclosed for providing pharmaceutical information to the patient. The computer-based apparatus includes a central processing unit configured to run an executable software program configured to control the functions of peripheral devices operatively connected to the computer-based apparatus.

Abstract: The present invention comprises a radio frequency identification device that utilizes multiple operating frequencies. In one embodiment of the present invention, one frequency (e.g., an ultra-high frequency such as 915 MHz, 800 MHz, 915 MHz, or microwave frequency such as 2.45 GHz) is used for data transmission, and another frequency (e.g., a low or high frequency such as 13.56 MHz) is used for field penetration. In another embodiment, one frequency is used for reading information received from the multi-frequency identification device, and another frequency is used for writing to the multi-frequency identification device. In an additional embodiment, the multi-frequency identification device utilizes one antenna for all frequencies. In another embodiment, the multi-frequency identification device utilizes two or more antennas for different frequencies, and one common memory. In other embodiments, one or two digital parts, analog parts, antennas, and memories can be used.