Abstract: A method for operating a storage and retrieval unit (3) is specified, in which a rail line (1)/power-supply rail (6) is set to a risk-operation voltage when a risk posed by the storage and retrieval unit (3) is detected. In the storage and retrieval unit (3) the level of the voltage applied to the rail line (1)/power-supply rail (6) is measured and a current path between the rail line (1)/power-supply rail (6) and a drive motor (5, 5a . . . 5c) of the storage and retrieval unit (3) disconnected when the voltage measured is below a threshold value associated with a risk situation. Furthermore, a storage and retrieval unit (3) as well as an automated rack storage system for performing the proposed method is specified.

Abstract: A method transfers unit loads to storage channels for storage by conveying the unit loads to the storage channels using a unit load receiving device movable along the storage channels in an x-direction and a transporter extendable into the storage channel in a z-direction. The transporter includes outer transport elements in opposite end sections and optionally an in-between inner transport element. The unit load is moved from the unit load receiving device into the storage channel up to an intermediate position using one transport element by moving the transporter in a first direction. The transporter is then moved to a second direction to position the other transport element behind a unit load side wall facing the unit load receiving device. The unit load is finally shifted in the storage channel from the intermediate to the second depth position using the other transport element by moving the transporter.

Abstract: The invention relates to a method for storing hanging goods (2) in an automated storage system (1), comprising a stationary storage rack (5) with storing regions for the hanging goods (2) in storage levels (13) lying one above the other, and at least one goods transport device (7) having a base frame (30), which is displaceable in a first direction in front of the storage rack (5), and at least one storage and removal device (33) having a goods displacement means (42) which is displaceable relative to the base frame in a second direction perpendicular to the first direction. The hanging goods are moved by the goods displacement means between a goods receiving carrier (12) associated with one storage region and a goods receiving carrier (34) associated with the goods transport device, the goods receiving carrier (12) remaining in the storage regions in the storage rack (5). The invention further relates to an automated storage system for carrying out said method.

Abstract: A method for operating a storage-and-retrieval unit (3) is specified, in which a rail line (1)/power-supply rail (6) is set to a hazard-operation voltage when a risk posed by the storage-and-retrieval unit (3) is detected. In the storage-and-retrieval unit (3) the level of the voltage applied to the rail line (1)/power-supply rail (6) is measured and a current path between the rail line (1)/power-supply rail (6) and a drive motor (5, 5a . . . 5c) of the storage-and-retrieval unit (3) disconnected when the voltage measured is below a threshold value associated with a hazardous situation or emergency. Furthermore, a storage-and-retrieval unit (3) as well as an automated rack storage system for performing the proposed method is specified.

Abstract: The invention relates to a transport vehicle (7) for storing unit loads in a storage rack (1) and removing unit loads from a storage rack. The transport vehicle comprises a base frame (27), running wheels (29) which rest on a first guide (36) in a rollable manner, the first guide extending parallel with the longitudinal direction of the storage rack and in a first guide plane extending parallel with a driving plane, and a guide unit (31; 60; 62; 74; 86) which is mounted to the base frame via a bearing device (46; 61; 63; 75; 87) and has guide wheels (49) which rest on a second guide (47; 88) and are rollable in guide sections (48), the second guide extending parallel with the longitudinal direction of the storage rack and in a second guide plane intersecting the driving plane in order to move the transport vehicle in a guided manner.

Abstract: The invention relates to a transport vehicle (7) for storing unit loads in a storage rack (1) and removing unit loads from a storage rack. The transport vehicle comprises a base frame (27), running wheels (29) which rest on a first guide (36) in a rollable manner, the first guide extending parallel with the longitudinal direction of the storage rack and in a first guide plane extending parallel with a driving plane, and a guide unit (31; 60; 62; 74; 86) which is mounted to the base frame via a bearing device (46; 61; 63; 75; 87) and has guide wheels (49) which rest on a second guide (47; 88) and are rollable in guide sections (48), the second guide extending parallel with the longitudinal direction of the storage rack and in a second guide plane intersecting the driving plane in order to move the transport vehicle in a guided manner.

Abstract: The invention relates to a method for storing hanging goods (2) in an automated storage system (1), comprising a stationary storage rack (5) with storing regions for the hanging goods (2) in storage levels (13) lying one above the other, and at least one goods transport device (7) having a base frame (30), which is displaceable in a first direction in front of the storage rack (5), and at least one storage and removal device (33) having a goods displacement means (42) which is displaceable relative to the base frame in a second direction perpendicular to the first direction. The hanging goods are moved by the goods displacement means between a goods receiving carrier (12) associated with one storage region and a goods receiving carrier (34) associated with the goods transport device, the goods receiving carrier (12) remaining in the storage regions in the storage rack (5). The invention further relates to an automated storage system for carrying out said method.

Abstract: A method and an arrangement for operating a storage and retrieval unit (3) are specified. A rail line (1) respectively a power supply rail (6) for the storage and retrieval unit (3) is set to a risk mode voltage, the rectified value/effective value of which lies below a minimum rectified value/minimum effective value necessary to move the storage and retrieval unit (3) but above zero, if a risk posed by the storage and retrieval unit (3) is detected. Alternatively or in addition, the voltage applied to the rail line (1)/power supply rail (6) can also be investigated in the storage and retrieval unit (3) for modulated change signals. The applied voltage is passed on to a traction motor (5) of the storage and retrieval unit (3) only when it has been established that the normal operation-traction voltage and not the risk mode voltage has been applied to the rail line (1)/power supply rail (6).

Abstract: The invention relates to a method for transferring unit loads (6-1, 6-2) to storage channels (15) for storage, the unit loads being conveyed to the storage channels by means of a unit load receiving device (7) which is movable along the storage channels in an x-direction and by means of a transport device (28) which can be extended into the storage channel in a z-direction. The transport device comprises outer transport elements (64, 65) in opposite end sections and optionally an inner transport element (66) in between. The unit load is moved from the unit load receiving device into the storage channel up to an intermediate position (ZP) by means of one of the transport elements (64, 65, 66) by moving the transport device in a first direction of adjustment (68). The transport device is then moved back to a second direction of adjustment (69) such that the other of the transport elements (64, 65, 66) is positioned behind a side wall (70) of the unit load facing the unit load receiving device.

Abstract: The invention relates to a rack storage system comprising a storage rack (1) with storage shelves (12a, 12b) having storage spaces (17) for articles in rack stages (16) lying one above the other with a rack aisle (15) extending in between. Several guide tracks with first and second guide rails run along the rack aisle (15) (27, 28). First and second conveyor vehicles (3a, 3b) can be moved on the guide tracks, each of the conveyor vehicles (3a, 3b) having a drive motor (65a, 65b) and an electronic control unit (66a, 66b) and being controllable independently of one another. The first guide rail (27) is equipped with a first contact line arrangement (67) and the second guide rail (28) is equipped with a second contact line arrangement (68), each of the contact line arrangements (67, 68) comprising dedicated contact lines (69, 70).

Abstract: The invention relates to a rack storage system comprising a storage rack (1) with storage shelves (12a, 12b) having storage spaces (17) for articles in rack stages (16) lying one above the other with a rack aisle (15) extending in between. Several guide tracks with first and second guide rails run along the rack aisle (15) (27, 28). First and second conveyor vehicles (3a, 3b) can be moved on the guide tracks, each of the conveyor vehicles (3a, 3b) having a drive motor (65a, 65b) and an electronic control unit (66a, 66b) and being controllable independently of one another. The first guide rail (27) is equipped with a first contact line arrangement (67) and the second guide rail (28) is equipped with a second contact line arrangement (68), each of the contact line arrangements (67, 68) comprising dedicated contact lines (69, 70).

Abstract: A method and an arrangement for operating a storage and retrieval unit (3) are specified. A rail line (1) respectively a power supply rail (6) for the storage and retrieval unit (3) is set to a risk mode voltage, the rectified value/effective value of which lies below a minimum rectified value/minimum effective value necessary to move the storage and retrieval unit (3) but above zero, if a risk posed by the storage and retrieval unit (3) is detected. Alternatively or in addition, the voltage applied to the rail line (1)/power supply rail (6) can also be investigated in the storage and retrieval unit (3) for modulated change signals. The applied voltage is passed on to a traction motor (5) of the storage and retrieval unit (3) only when it has been established that the normal operation-traction voltage and not the risk mode voltage has been applied to the rail line (1)/power supply rail (6).

Abstract: Methods and apparatus are provided for end-to-end security in heterogeneous networks. Hop-by-hop protection techniques ensure that each hop of a signaling path is satisfying one or more predefined security criteria. An end-to-end path is secured at each node by identifying a next hop in the end-to-end path; determining, in response to a received call setup request, if a vendor associated with the next hop in the end-to-end path has satisfied one or more predefined security criteria; and routing the call to the next hop if the vendor has satisfied the one or more predefined criteria. A look-up table can be used to determine whether a vendor has satisfied the one or more predefined security criteria. The look-up table can identify one or more of: (i) vendors that have achieved a predefined security rating; (ii) members in a predefined consortium or business group; and (iii) signatories to a predefined contract or technical specification.

Abstract: A system for managing security keys in a wireless network includes a manufacturer certification authority (MCA) for providing a signed digital MCA certificate for installation into a new network element (NE) at the manufacturer's facility prior to the new NE being installed and initialized in the network. The MCA also provides a source of trusted authority for authenticating legacy NEs in the network. The system includes a service provider certification authority for managing certificates and files used by the NEs to communicate securely within the network, a signing server for providing signing services to NEs for authentication, an element manager for providing security key and digital certificate management, and a management agent (MA) for providing proxy functionality of the EM security key services to NEs not directly connected to the EM.

Abstract: A wireless communication system (20) includes a capacity allocation module (35) that adjusts an allocation of an authorized total capacity among a plurality of base stations (22, 24, 26). A disclosed example includes determining a peak capacity requirement for a plurality of base stations at any given time. An authorized capacity corresponds to the peak requirement for the plurality of base stations. The disclosed example includes adjusting an allocation of the authorized total capacity among the plurality of base stations to meet different traffic requirements at each of the base stations at different times.

Abstract: A method and apparatus for defending against a Denial of Service attack wherein a target victim of an attack has recognized the existence of an attack and identified its source. The carrier network which provides service to the victim automatically receives one or more IP (Internet Protocol) source/destination IP address pairs from the victim, and then limits (e.g., blocks) the transmission of packets from the identified source address to the identified destination address. The carrier may implement this filtering capability as a stand-alone box included in the network, or as a line card incorporated into otherwise conventional network elements already present in the network. The source/destination address pairs to be blocked may be advantageously communicated from the victim with use of security signatures and with use of redundant connections from the victim to the carrier network to ensure receipt even under congested network conditions.

Abstract: A method and apparatus for defending against a Denial of Service attack wherein a target victim of an attack recognizes the existence of an attack, identifies the source of the attack, and automatically instructs its carrier network to limit (e.g., block) transmission of packets from the identified source to the victim. The victim may identify the existence of an attack based on various criteria determined within the victim's site's infrastructure, and may employ event correlation techniques to make the determination. The victim then communicates one or more source/destination IP (Internet Protocol) address pairs to the carrier, which will then limit the transmission of packets from a specified destination IP address to a corresponding source IP address. The victim may advantageously communicate the source/destination IP address pairs with use of security signatures and by using redundant connections to the carrier network to ensure delivery even under congested network conditions.

Abstract: Methods and apparatus are provided for authenticating a remote service to another service on behalf of a user. A user client authorizes a remote application client to perform one or more actions on behalf of the user client. The user client provides one or more keys to a remote authentication service; receives an identifier of the remote application client; and notifies the remote authentication service that the remote application client is authorized to obtain a response based on at least one of the one or more keys using the identifier. The remote application client provides a challenge that is received from a server that the remote application client is attempting to access for the user client and an identifier of the user client to a remote authentication service; and receives a response to the challenge from the remote authentication service that is based on one or more keys stored by the remote authentication service on behalf of the user client.

Abstract: A method and apparatus for the early detection of machines infected by e-mail based computer viruses advantageously employs a network behavioral analysis rather than a direct technical analysis of attached executable code. Specifically, an SMTP (Simple Mail Transfer Protocol) log associated with a mail gateway system interconnected to a plurality of machines is examined, and based on an analysis of information comprised in a plurality of log entries thereof, it may be determined that one of these machines has a possible infection by an e-mail based computer virus. Illustratively, information extracted from each entry in the SMTP log (i.e., for each incoming e-mail message) of the mail gateway includes (i) the unique identity of the sending machine; (ii) the “hello” name that the sending machine calls itself, (iii) the e-mail “From:” address; and (iv) whether the message contains a potentially virus-like (e.g., executable) attachment.

Abstract: Secure communication protocols are disclosed in which two parties generate a shared secret which may be used as a secure session key for communication between the parties. The protocols are based on Diffie-Hellman type key exchange in which a Diffie-Hellman value is combined with a function of at least a password using the group operation such that the Diffie-Hellman value may be extracted by the other party using the inverse group operation and knowledge of the password. In one embodiment, each of the parties explicitly authenticates the other party, while in another embodiment, the parties utilize implicit authentication relying on the generation of an appropriate secret session key to provide the implicit authentication. Typically, the parties will be a client computer and a server computer.