Abstract: Method for thermal insulation of an evacuable container comprising an inner container, an outer container and a cavity disposed between the inner container and the outer container, wherein said method comprises a) using a vacuum pump to reduce a pressure in the cavity and after achieving a first value of the pressure interrupting the connection to the vacuum pump, b) subsequently making a connection from a reservoir container of the thermally insulating particulate material to a filling opening provided in the region of the cavity, c) setting the evacuable container into motion, wherein the thermally insulating particulate material flows into the cavity according to a) and the pressure in the cavity increases due to the air introduced with the thermally insulating particulate material, d) terminating the filling at a second value of the pressure by interrupting the connection from the cavity to the reservoir container, e) repeating step a), wherein the output of the vacuum pump with which the cavity is deaer

Abstract: A method is presented to geographically control the distribution of protected data and ensure that it is not transmitted along any path which would encompass prohibited areas. A user wanting to so protect data can input geographic restrictions which are translated into geodeclaration metadata representing one or more geographic areas in which the data is either permitted or prohibited. The metadata may be in the form of an XML statement, and is sealed with the data using a digital certificate. When the data is received at a network router or at a destination device, the router/device can check its own current location (e.g., via GPS) and determine whether its location is within permissible boundaries. If not, the data is not transmitted or stored, and an error message is returned. If the router/device determines that it is within permissible boundaries, it proceeds to transmit or store the data.

Abstract: A method is presented to geographically control the distribution of protected data and ensure that it is not transmitted along any path which would encompass prohibited areas. A user wanting to so protect data can input geographic restrictions which are translated into geodeclaration metadata representing one or more geographic areas in which the data is either permitted or prohibited. The metadata may be in the form of an XML statement, and is sealed with the data using a digital certificate. When the data is received at a network router or at a destination device, the router/device can check its own current location (e.g., via GPS) and determine whether its location is within permissible boundaries. If not, the data is not transmitted or stored, and an error message is returned. If the router/device determines that it is within permissible boundaries, it proceeds to transmit or store the data.

Abstract: An apparatus that enables real-time processing of mobile based transactions in a three-tier database by employing pending operation/locks databases at each mirror in the three-tier database and generating a token for each proposed transaction that indicates the operations/locks needed to perform the transaction. The token is passed to each mirror database to compare with the corresponding operation/lock database. When a conflict is detected, a flag indicating such is set.

Abstract: A system and method for interfacing a portable electronic device, having a plurality of commands including a plurality of resource commands and a plurality of local commands, with a remote resource over a costed communications channel includes processing the plurality of commands on the device without communicating any of the resource commands over the channel to the remote resource while aggregating the resource commands to produce a set of resource commands; communicating the set of resource commands to the remote resource over the channel to produce a resource output responsive to the set of resource commands; communicating the resource output to the device from the remote resource; and processing the resource output on the device using the set of local commands.

Abstract: An apparatus that enables real-time processing of mobile based transactions in a three-tier database by employing pending operation/locks databases at each mirror in the three-tier database and generating a token for each proposed transaction that indicates the operations/locks needed to perform the transaction. The token is passed to each mirror database to compare with the corresponding operation/lock database. When a conflict is detected, a flag indicating such is set.

Abstract: A method that enables real-time processing of mobile based transactions in a three-tier database by employing pending operation/locks databases at each mirror in the three-tier database and generating a token for each proposed transaction that indicates the operations/locks needed to perform the transaction. The token is passed to each mirror database to compare with the corresponding operation/lock database. When a conflict is detected, a flag indicating such is set.

Abstract: A system and method for interfacing a portable electronic device, having a plurality of commands including a plurality of resource commands and a plurality of local commands, with a remote resource over a costed communications channel includes processing the plurality of commands on the device without communicating any of the resource commands over the channel to the remote resource while aggregating the resource commands to produce a set of resource commands; communicating the set of resource commands to the remote resource over the channel to produce a resource output responsive to the set of resource commands; communicating the resource output to the device from the remote resource; and processing the resource output on the device using the set of local commands.

Abstract: An apparatus and method that enables real-time processing of mobile based transactions in a three-tier database by employing pending operation/locks databases at each mirror in the three-tier database and generating a token for each proposed transaction that indicates the operations/locks needed to perform the transaction. The token is passed to each mirror database to compare with the corresponding operation/lock database. When a conflict is detected, a flag indicating such is set.

Abstract: An apparatus for recycling the exhaust gas of an engine crankcase, including an exhaust gas recycling unit having a filter element with a porous filter core supported on a spring inside a cylindrical shell, a mounting frame for mounting inside a car near the engine crankcase, a piston housing extended into the porous filter core at the center cylindrical shell and having a side hole and a bottom hole, a piston reciprocated in the piston housing to alternatively seal and open the side hole and bottom hole on the piston housing, an intake pipe for guiding exhaust gas from the engine crankcase into the exhaust gas recycling unit for filtration through the filter element and the porous filter core permitting filtrated gas to flow into piston housing through the side hole, and an outlet pipe for guiding filtrated gas out of the piston housing into the engine of the car.