mhurhangee/patent-ind-claim-en huggingface dataset:
A router in an information-centric network, ICN, the router being connected to a plurality of neighbor routers in the network including a second router and comprising: means for assigning local intervals to each of the plurality of neighbor routers, the local intervals comprising a set of local identifiers; a face for receiving local intervals assigned to the router by each of the plurality of neighbor routers; a Local Interval Set Table, LIST, for storing the local intervals assigned to the plurality of neighbors by the router and the local intervals assigned by each of the plurality of neighbors to the router ; a receiving module configured to receive an interest for a piece of content from a neighbor router , wherein the interest indicates a name associated with the piece of content and an identifier selected from the local interval assigned by the router to the neighbor router ; an interest-processing module configured to: determine whether the interest can be forwarded; in response to determining that the interest can be forwarded to a second router , select an identifier from the local interval assigned to the router by the second router ; and process the interest by inserting the identifier into the interest; and a forwarding module configured to forward the processed interest to the second router . means for assigning local intervals to each of the plurality of neighbor routers, the local intervals comprising a set of local identifiers; a face for receiving local intervals assigned to the router by each of the plurality of neighbor routers; a Local Interval Set Table, LIST, for storing the local intervals assigned to the plurality of neighbors by the router and the local intervals assigned by each of the plurality of neighbors to the router ; a receiving module configured to receive an interest for a piece of content from a neighbor router , wherein the interest indicates a name associated with the piece of content and an identifier selected from the local interval assigned by the router to the neighbor router ; an interest-processing module configured to: determine whether the interest can be forwarded; in response to determining that the interest can be forwarded to a second router , select an identifier from the local interval assigned to the router by the second router ; and process the interest by inserting the identifier into the interest; and determine whether the interest can be forwarded; in response to determining that the interest can be forwarded to a second router , select an identifier from the local interval assigned to the router by the second router ; and process the interest by inserting the identifier into the interest; and a forwarding module configured to forward the processed interest to the second router .
An image processing system for displaying an image of a body volume containing vessels, the system comprising acquisition means for receiving three dimensional image data in respect of said body volume, silhouette rendering means for generating a direct volume silhouette rendering of said three dimensional image data, said silhouette rendering being comprised of values proportional to the translucency of voxels of said three dimensional image data, and means for displaying the resultant silhouette rendering, wherein the silhouette rendering means are configured to visualize voxel translucencies, such that brightness variation is reversed and the vessels have maximum brightness at the contours.
A conical cone sleeve for frozen confections, comprising a bottom tip and an upper rim , and said upper rim forms a circular opening suitable for receiving a lid ; wherein the cone sleeve comprises weakening lines defining a tear strip with a tear tab on its upper part, and the cone sleeve further comprising at least two openings (8a and 8b), at least one on each side of the tear strip , defining the tear tab part of the tear strip is characterised in that the upper edge of said tear tab is connected to the upper rim of the sleeve by two bridges (13a and 13b).
A program for causing a computer to, for a luminance computation performed based on a two-dimensional map indicating a space distribution, of a plurality of virtual lights determined for a global illumination of a scene, and a parameter of each virtual light, the luminance computation being performed to approximate the plurality of virtual lights to a smaller predetermined number of composite virtual lights, perform processing to decide a parameter of each of the predetermined number of composite virtual lights, wherein the program comprises: processing (S202, S203) for obtaining an importance map of the scene that is generated to correspond to the two-dimensional map, the importance map having a data structure from which a summation of importances of a requested region can be obtained; processing (S205) for setting in the importance map a composite region such that the summation of the importances becomes a predetermined value for each of the predetermined number of composite virtual lights; and processing (S206) for deciding, for each of the predetermined number of composite virtual lights, a parameter of the composite virtual light based on a region of the two-dimensional map that corresponds to the set composite region, wherein the summation of the importances for the composite region set for each composite light corresponds to a value obtained by dividing the summation of the importances of the entire region of the importance map by the predetermined number, and a value obtained by totaling, for each of the predetermined number of the composite virtual lights, the summation of the importances for the composite region set for each composite virtual light, corresponds to a summation of the importances of the entire region of the importance map. processing (S202, S203) for obtaining an importance map of the scene that is generated to correspond to the two-dimensional map, the importance map having a data structure from which a summation of importances of a requested region can be obtained; processing (S205) for setting in the importance map a composite region such that the summation of the importances becomes a predetermined value for each of the predetermined number of composite virtual lights; and processing (S206) for deciding, for each of the predetermined number of composite virtual lights, a parameter of the composite virtual light based on a region of the two-dimensional map that corresponds to the set composite region, wherein the summation of the importances for the composite region set for each composite light corresponds to a value obtained by dividing the summation of the importances of the entire region of the importance map by the predetermined number, and a value obtained by totaling, for each of the predetermined number of the composite virtual lights, the summation of the importances for the composite region set for each composite virtual light, corresponds to a summation of the importances of the entire region of the importance map.
Stackable foundation spacer adapted for automated distribution using a feeder device, where a body of the feeder device is adapted to fit through a central opening of the spacer and where a release mechanism of the feeder device is adapted to release a spacer, and adapted to support a reinforcement grid , where the foundation spacer comprises a lower bearing surface adapted to be placed on a foundation support surface for the concrete, a first support surface adapted to support the reinforcement grid in a plurality of contact positions, and an outer circumferential side wall connecting the lower bearing surface with the first support surface , where the outer circumferential side wall is inclined outwards from the lower bearing surface to the first support surface with an angle α, and where the shape of the first support surface is larger than a mesh in the reinforcement grid that is to be supported, and where the foundation spacer comprises a central opening which is adapted to be used for the automated distribution of the foundation spacer, wherein the foundation spacer further comprises a second support surface adapted to support the reinforcement grid, and an inner side wall connecting the lower bearing surface with the second support surface , where the inner side wall is inclined inwards from the lower bearing surface to the second support surface with an angle β, where the second support surface comprises an inwardly extending inner rim .
A method in a user equipment, UE of a cellular communications system , the method comprising: - receiving data units from an eNodeB, eNB , each of which data unit is assigned an identifier in the form of a sequence number, and which data units are divided into segments, and - sending status information in data units about partially received or non-received data units to the eNB , characterized in that in the case of one or more non-received or partially received data unit or units the status information is sent as a message comprising - a first extension indicator (E) bit, - Data (NACK) regarding a non-received or partially received data unit in the form of a sequence number for the non-received or partially received data unit, - a second extension indicator (F, RF) bit, indicating an absence or presence of information indicating which parts of a partially received data unit were not received, and - in the case of one or more partially received data units, information which parts of a partially received data unit were not received, wherein said first extension indicator (E) bit indicates the absence or presence of another set comprising another of said first extension indicator (E) bit and another of said second extension indicator (F, RF) bit and data (NACK, SN) regarding a partially or non-received unit in the form of a sequence number (SN) for the non-received or partially received data unit. - receiving data units from an eNodeB, eNB , each of which data unit is assigned an identifier in the form of a sequence number, and which data units are divided into segments, and - sending status information in data units about partially received or non-received data units to the eNB , characterized in that in the case of one or more non-received or partially received data unit or units the status information is sent as a message comprising - a first extension indicator (E) bit, - Data (NACK) regarding a non-received or partially received data unit in the form of a sequence number for the non-received or partially received data unit, - a second extension indicator (F, RF) bit, indicating an absence or presence of information indicating which parts of a partially received data unit were not received, and - in the case of one or more partially received data units, information which parts of a partially received data unit were not received, - a first extension indicator (E) bit, - Data (NACK) regarding a non-received or partially received data unit in the form of a sequence number for the non-received or partially received data unit, - a second extension indicator (F, RF) bit, indicating an absence or presence of information indicating which parts of a partially received data unit were not received, and - in the case of one or more partially received data units, information which parts of a partially received data unit were not received,
A thermodynamic valve for retaining vapours and gases and relieving pressure and vacuum, wherein the valve comprises: a) an upper diaphragm ring and a lower diaphragm ring automatically modulated by the thermodynamic action of pressures in the interior of a positive pressure chamber and a negative pressure chamber ; b) threaded on the body of said positive pressure chamber , a cap with lateral openings directed upwards; c) fitted on the upper part of said cap , a non-metallic rupture seal ; d) in the lower inner section of negative pressure chamber , a base (5.1), fixable to a fuel tank vent pipe, the interior of said base (5.1) being provided with a stainless steel fire-break fabric fixed by an O-ring ; and e) the fire-break fabric (4.1) positioned between said positive pressure chamber and said negative pressure chamber . a) an upper diaphragm ring and a lower diaphragm ring automatically modulated by the thermodynamic action of pressures in the interior of a positive pressure chamber and a negative pressure chamber ; b) threaded on the body of said positive pressure chamber , a cap with lateral openings directed upwards; c) fitted on the upper part of said cap , a non-metallic rupture seal ; d) in the lower inner section of negative pressure chamber , a base (5.1), fixable to a fuel tank vent pipe, the interior of said base (5.1) being provided with a stainless steel fire-break fabric fixed by an O-ring ; and e) the fire-break fabric (4.1) positioned between said positive pressure chamber and said negative pressure chamber .
A user guidance method, comprising: reading destination information for a destination from a tag at a starting area using a portable electronic device ; reading, from the portable electronic device and using a computer-based reader , the destination information; sending, by the reader , a command to a guidance computer coupled to the reader , wherein sending the command is based on the received destination information; determining, using the guidance computer , a route for the destination from a location of the computer-based reader ; and providing directions to a user using a display or a speaker connected to the guidance computer , the guidance computer being separate from the portable electronic device , wherein providing the directions to the user is based on the determined route. reading destination information for a destination from a tag at a starting area using a portable electronic device ; reading, from the portable electronic device and using a computer-based reader , the destination information; sending, by the reader , a command to a guidance computer coupled to the reader , wherein sending the command is based on the received destination information; determining, using the guidance computer , a route for the destination from a location of the computer-based reader ; and providing directions to a user using a display or a speaker connected to the guidance computer , the guidance computer being separate from the portable electronic device , wherein providing the directions to the user is based on the determined route.
An optical transmitter , comprising: a directly modulated laser, DML, configured to generate a modulated optical signal in response to a modulation signal, the modulated optical signal comprising a first frequency corresponding to a logical one value in the modulation signal and a second frequency corresponding to a logical zero value in the modulation signal, with the modulated optical signal having a modulation symbol rate of "R"; a controller configured to control the DML to establish a target frequency gap between the first frequency and the second frequency; and an optical band pass filter, OBPF , coupled to the DML to receive the modulated optical signal and output a filtered optical signal, wherein the controller is characterized in that it is further configured to tune the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF , or wherein the controller is further configured to adjust a peak transmission frequency of the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF . a directly modulated laser, DML, configured to generate a modulated optical signal in response to a modulation signal, the modulated optical signal comprising a first frequency corresponding to a logical one value in the modulation signal and a second frequency corresponding to a logical zero value in the modulation signal, with the modulated optical signal having a modulation symbol rate of "R"; a controller configured to control the DML to establish a target frequency gap between the first frequency and the second frequency; and an optical band pass filter, OBPF , coupled to the DML to receive the modulated optical signal and output a filtered optical signal, wherein the controller is characterized in that it is further configured to tune the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF , or wherein the controller is further configured to adjust a peak transmission frequency of the OBPF to maximize power of the filtered optical signal output from the OBPF to lock the DML with the OBPF .
A cartridge for an aerosol generating device, wherein the cartridge has a distal end and a proximal end , comprising: a reservoir configured to store aerosolisable liquid therein; a capillary transport element arranged to receive aerosolisable liquid from the reservoir ; an air inlet configured to supply air to the capillary transport element , wherein the air inlet is disposed in the distal end of the cartridge ; an air outlet disposed in the proximal end of the cartridge ; an airflow passage that connects the air inlet to the air outlet via the capillary transport element ; and one or more thermally conductive elements , wherein the one or more thermally conductive elements are arranged around an exterior of the cartridge between the distal end and the proximal end and are configured to conduct heat into the cartridge towards the capillary transport element when the cartridge is heated within a heating chamber of an aerosol generating device such that, in use, aerosolisable liquid transported by the capillary transport element is heated and an aerosol is generated, characterised in that the capillary transport element is formed as an annular cylinder that is in contact with the one or more thermally conductive elements , and wherein the airflow passage extends along the central axis of the capillary transport element . a reservoir configured to store aerosolisable liquid therein; a capillary transport element arranged to receive aerosolisable liquid from the reservoir ; an air inlet configured to supply air to the capillary transport element , wherein the air inlet is disposed in the distal end of the cartridge ; an air outlet disposed in the proximal end of the cartridge ; an airflow passage that connects the air inlet to the air outlet via the capillary transport element ; and one or more thermally conductive elements , wherein the one or more thermally conductive elements are arranged around an exterior of the cartridge between the distal end and the proximal end and are configured to conduct heat into the cartridge towards the capillary transport element when the cartridge is heated within a heating chamber of an aerosol generating device such that, in use, aerosolisable liquid transported by the capillary transport element is heated and an aerosol is generated, characterised in that the capillary transport element is formed as an annular cylinder that is in contact with the one or more thermally conductive elements , and wherein the airflow passage extends along the central axis of the capillary transport element .
A method comprising, at a network device: receiving a request originating from a remote host , wherein the request includes a domain name of a mobile node ; querying a database using the domain name for a first address of the mobile node as designated according to a first internet layer protocol; if a data bearer according to a second internet layer protocol has not been established, transmitting a wake up message to the mobile node using the first address as designated according to the first internet layer protocol, wherein the wake up message includes an identity of the remote host ; receiving a second address of the mobile node as designated according to the second internet layer protocol, wherein the second address is assigned to the mobile node in response to the wake up message, wherein the mobile node is a cellular router configurable or manageable by the remote host; and forwarding the second address to the remote host , wherein the first internet layer protocol is IPv6 and the second internet layer protocol is IPv4. receiving a request originating from a remote host , wherein the request includes a domain name of a mobile node ; querying a database using the domain name for a first address of the mobile node as designated according to a first internet layer protocol; if a data bearer according to a second internet layer protocol has not been established, transmitting a wake up message to the mobile node using the first address as designated according to the first internet layer protocol, wherein the wake up message includes an identity of the remote host ; receiving a second address of the mobile node as designated according to the second internet layer protocol, wherein the second address is assigned to the mobile node in response to the wake up message, wherein the mobile node is a cellular router configurable or manageable by the remote host; and forwarding the second address to the remote host , wherein the first internet layer protocol is IPv6 and the second internet layer protocol is IPv4.
A method of providing configuration information of a frequency converter, comprising: storing configuration information of the frequency converter, wherein the configuration information comprises operational parameters and an address of a database of configured frequency converters; encoding the operational parameters and the address of the database of configured frequency converters into an optical code; displaying the optical code of the frequency converter on a display; reading the optical code from the frequency converter; deriving from the optical code configuration information of the frequency converter; and sending , using the address derived from the optical code, the configuration information to the database of configured frequency converters that have been installed. storing configuration information of the frequency converter, wherein the configuration information comprises operational parameters and an address of a database of configured frequency converters; encoding the operational parameters and the address of the database of configured frequency converters into an optical code; displaying the optical code of the frequency converter on a display; reading the optical code from the frequency converter; deriving from the optical code configuration information of the frequency converter; and sending , using the address derived from the optical code, the configuration information to the database of configured frequency converters that have been installed.