mhurhangee/ep-ind-claims huggingface dataset:
A multi-level flow table search method, wherein the method comprises: extracting matching information of a data packet when the data packet is received; selecting a keyword from the matching information of the data packet according to flow-table match-field configuration information; searching for a match field of each-level flow table in a multi-level flow table starting from a first-level flow table in the multi-level flow table by using the keyword as a search keyword, and matching the search keyword with the match field; and if matching of a match field of a current-level flow table is completed, executing a corresponding instruction, and if the current-level flow table is not a last-level flow table or there is an instruction for executing an action, executing a corresponding action. extracting matching information of a data packet when the data packet is received; selecting a keyword from the matching information of the data packet according to flow-table match-field configuration information; searching for a match field of each-level flow table in a multi-level flow table starting from a first-level flow table in the multi-level flow table by using the keyword as a search keyword, and matching the search keyword with the match field; and if matching of a match field of a current-level flow table is completed, executing a corresponding instruction, and if the current-level flow table is not a last-level flow table or there is an instruction for executing an action, executing a corresponding action.
A press-fit circuit board connector comprising: a housing having a front and a rear, the housing having a front chamber at the front configured to receive a mating connector, the housing having a rear chamber at the rear; and a contact assembly received in the rear chamber of the housing, the contact assembly having contacts, each contact having a mating terminal and a mounting terminal discrete from the corresponding mating terminal and mechanically and electrically connected to the corresponding mating terminal, the mating terminal extending between a front and a rear with the front extending into the front chamber of the housing for electrical connection with the mating connector in a mating direction along a mating axis, the mounting terminal extending between a front and a rear, the mounting terminal having a connecting pin at the front and having a mounting pin at the rear, the connecting pin of the mounting terminal being compliant and configured for compliant mating with the rear of the mating terminal, the mounting pin of the mounting terminal being compliant and configured for press-fit mechanical and electrical connection to a circuit board in a pressing direction along a pressing axis generally perpendicular to the mating axis, characterized in that the contact assembly has a contact holder including a plurality of contact channels and said contacts are received in corresponding said contact channels. a housing having a front and a rear, the housing having a front chamber at the front configured to receive a mating connector, the housing having a rear chamber at the rear; and a contact assembly received in the rear chamber of the housing, the contact assembly having contacts, each contact having a mating terminal and a mounting terminal discrete from the corresponding mating terminal and mechanically and electrically connected to the corresponding mating terminal, the mating terminal extending between a front and a rear with the front extending into the front chamber of the housing for electrical connection with the mating connector in a mating direction along a mating axis, the mounting terminal extending between a front and a rear, the mounting terminal having a connecting pin at the front and having a mounting pin at the rear, the connecting pin of the mounting terminal being compliant and configured for compliant mating with the rear of the mating terminal, the mounting pin of the mounting terminal being compliant and configured for press-fit mechanical and electrical connection to a circuit board in a pressing direction along a pressing axis generally perpendicular to the mating axis, characterized in that the contact assembly has a contact holder including a plurality of contact channels and said contacts are received in corresponding said contact channels.
A kit of parts comprising: - a corrugated fiber cement sheet having a plurality of undulations; - a thermal insulation panel having a plurality of elongated recesses, the recesses having a shape for engaging with the undulations of the corrugated fiber cement sheet while leaving openings between the thermal insulation panel and the corrugated fiber cement sheet for allowing air flow on both sides of the fiber cement sheet. - a corrugated fiber cement sheet having a plurality of undulations; - a thermal insulation panel having a plurality of elongated recesses, the recesses having a shape for engaging with the undulations of the corrugated fiber cement sheet while leaving openings between the thermal insulation panel and the corrugated fiber cement sheet for allowing air flow on both sides of the fiber cement sheet.
A method for reusing a ListCell class defined using JavaScript at a front end layer of a hybrid application, wherein the hybrid application displays content in list form using a ListView comprising multiple ListCells, each ListCell comprising content to be presented in a respective row or sub-cell of the ListView, characterized by the method comprising: defining, at the front end layer of the hybrid application, a prototype of a ListCell, wherein the prototype of the ListCell comprises a structure and class of the ListCell; creating, at a native end layer of the hybrid application, an instance of the ListCell through copying based on the prototype of the ListCell, comprising: creating, by the native end layer, a ListCell template based on the prototype of the ListCell, and copying, by the native layer, the ListCell template, filling, by the native end layer, the created instance of the ListCell with ListCell content received from the front end layer; displaying, by the native layer, the filled ListCell in a display area; and in response to the ListCell content moving out of the display area, reusing, by the native layer, the ListCell. defining, at the front end layer of the hybrid application, a prototype of a ListCell, wherein the prototype of the ListCell comprises a structure and class of the ListCell; creating, at a native end layer of the hybrid application, an instance of the ListCell through copying based on the prototype of the ListCell, comprising: creating, by the native end layer, a ListCell template based on the prototype of the ListCell, and copying, by the native layer, the ListCell template, creating, by the native end layer, a ListCell template based on the prototype of the ListCell, and copying, by the native layer, the ListCell template, filling, by the native end layer, the created instance of the ListCell with ListCell content received from the front end layer; displaying, by the native layer, the filled ListCell in a display area; and in response to the ListCell content moving out of the display area, reusing, by the native layer, the ListCell.
Pivot bearing having an insulating adapter set, which pivot bearing comprises a blind-frame bearing plate, a sash-frame plate and an arm-shaped intermediate part as three bearing parts, which intermediate part is connected as an arm to the one plate via a first pivot axis and to the other plate via a second pivot axis, wherein the adapter set has two plastic molded parts (7, 8) which are each formed angularly in each case with two legs of non-equal length, which extend perpendicularly to a longitudinal extension of the molded parts (7, 8), wherein the angular molded parts (7, 8) surround the pivot bearing laterally and externally and thereby - the respective longer leg (7a, 8a) is assigned to the side of the relevant plate (1, 2) facing the associated frame profile and is formed for adaptation of the pivot bearing to a respective profiling and dimension of an installation space between the frame profiles, and - the respective narrower leg (7b, 8b) engages in each case around one side of the pivot bearing assigned to the outside of a window and the narrower legs (7b, 8b) are formed for insulating engagement around the three bearing parts in the closed position of the bearing or sash on the outside. - the respective longer leg (7a, 8a) is assigned to the side of the relevant plate (1, 2) facing the associated frame profile and is formed for adaptation of the pivot bearing to a respective profiling and dimension of an installation space between the frame profiles, and - the respective narrower leg (7b, 8b) engages in each case around one side of the pivot bearing assigned to the outside of a window and the narrower legs (7b, 8b) are formed for insulating engagement around the three bearing parts in the closed position of the bearing or sash on the outside.
A method for an object sensing system comprising: repeatedly scanning a transmitter antenna array and a receiver antenna array of the object sensing system through a plurality of designated transmitter and receiver channels over a period of time, wherein the designated channels correspond to pairs of individual antenna elements (224, 228) comprising one antenna element (224, 228) from each of the transmitter antenna array and the receiver antenna array; generating a time series of measured channel responses corresponding to each one of the designated channels during said period of time; determining a time series of directional vectors (140, 144) to or from an object, based, at least in part, on the generated time series of measured channel responses, and determining an angular velocity of the object from the determined time series of directional vectors (140, 144); and/or determining a time series of average phase differences, based, at least in part, on the generated time series of measured channel responses; and determining an angular velocity of the object from the determined time series of average phase differences by applying a Fourier transform to the determined time series of average phase differences and identifying a peak in the resulting transformation as the average angular velocity. repeatedly scanning a transmitter antenna array and a receiver antenna array of the object sensing system through a plurality of designated transmitter and receiver channels over a period of time, wherein the designated channels correspond to pairs of individual antenna elements (224, 228) comprising one antenna element (224, 228) from each of the transmitter antenna array and the receiver antenna array; generating a time series of measured channel responses corresponding to each one of the designated channels during said period of time; determining a time series of directional vectors (140, 144) to or from an object, based, at least in part, on the generated time series of measured channel responses, and determining an angular velocity of the object from the determined time series of directional vectors (140, 144); and/or determining a time series of average phase differences, based, at least in part, on the generated time series of measured channel responses; and determining an angular velocity of the object from the determined time series of average phase differences by applying a Fourier transform to the determined time series of average phase differences and identifying a peak in the resulting transformation as the average angular velocity.
A ligand binding molecule comprising a ligand binding polypeptide fused to an immunoglobulin constant domain fragment, the ligand binding polypeptide comprising the amino acid sequence defined by positions 25-314 of SEQ ID NO: 2, with the proviso that positions of the polypeptide corresponding to positions 104-106 of SEQ ID NO: 2 are not identical to N-X-S or N-X-T, wherein the ligand binding molecule binds to and inhibits human VEGF-C and human VEGF-D; and wherein the ligand binding polypeptide retains four N-glycosylation sequon sites corresponding to positions 33-35 of SEQ ID NO: 2, positions 166-168 of SEQ ID NO: 2, positions 251 -253 of SEQ ID NO: 2, and positions 299-301 of SEQ ID NO: 2 and is glycosylated at said four N-glycosylation sequon sites; and wherein the ligand binding molecule is soluble.
A method of controlling a power system, said power system comprising: an engine; an exhaust conduit; and a back pressure valve disposed in the exhaust conduit; said method comprising the steps of operating the power system under a first operation mode; detecting an amount of soot in a particulate filter; detecting a change in load on the engine; waiting a threshold amount of time greater than zero after detecting a change in load on the power system; operating the power system under a second operation mode to assist regeneration of the particulate filter after waiting the threshold amount of time, wherein said second operation mode includes operation of the back pressure valve; and decreasing the threshold amount of time as an amount of soot in the particulate filter rises. an engine; an exhaust conduit; and a back pressure valve disposed in the exhaust conduit; said method comprising the steps of operating the power system under a first operation mode; detecting an amount of soot in a particulate filter; detecting a change in load on the engine; waiting a threshold amount of time greater than zero after detecting a change in load on the power system; operating the power system under a second operation mode to assist regeneration of the particulate filter after waiting the threshold amount of time, wherein said second operation mode includes operation of the back pressure valve; and decreasing the threshold amount of time as an amount of soot in the particulate filter rises.
A nanoscale pigment particle composition, comprising: a quinacridone pigment including at least one functional moiety, wherein the quinacridone pigment is formed from a quinacridone precursor selected from the group consisting of compounds of the following formula: wherein the hydrocarbon chain is straight or branched alkyl group with 1 to 20 carbon atoms wherein the functional moiety of the pigment is derived from at least one of a carboxylic acid group, ester group or substituted amino group of the precursor; and a sterically bulky stabilizer compound selected from the group consisting of mono and triesters of sorbitol with palmitic acid, stearic acid, or oleic acid, wherein the aliphatic chain of the mono or triester of sorbitol associates non-covalently with the functional group; and wherein the nanoscale-sized particles have an average particle diameter as derived from Transmission Electron Microscopy of less than 150 nm.
A method for cryptographically secure storing of a file using a web application executed by a web browser on a user computer system (104, 162, 168) of a user (102, 160), the method comprising - invoking the web application from a web server computer system over a network by the web browser on the user computer system (104, 162, 168), - encrypting the file with a cryptographic key locally on the user computer system (104, 162, 168) using the web application, - providing a distribution plan (177, 416) by the web application, wherein the distribution plan (177, 416) comprises instructions for fragmenting the file into a plurality of file fragments (F1-F4) by means of an error correction method and identifiers of a plurality of mutually independent storage services (SS1-SS6) in whose non-volatile storage media (SM1-SM6) the generated file fragments (F1-F4) are to be stored, characterized in that - the encrypted file is fragmented on the user computer system (104, 162, 168) by the web application into a plurality of file fragments (F1-F4) by the error correction method according to the distribution plan (177, 416), wherein at least one of the file fragments (F1-F4) includes error correction bits, - the resulting file fragments (F1-F4) are sent by the web application over the network to the storage services (SS1-SS6) identified by the distribution plan (177, 416), wherein an authorization token is provided by the web server computer system for each of the storage services (SS1-SS6) as proof of authorization to store the corresponding file fragment (F1-F4). - invoking the web application from a web server computer system over a network by the web browser on the user computer system (104, 162, 168), - encrypting the file with a cryptographic key locally on the user computer system (104, 162, 168) using the web application, - providing a distribution plan (177, 416) by the web application, wherein the distribution plan (177, 416) comprises instructions for fragmenting the file into a plurality of file fragments (F1-F4) by means of an error correction method and identifiers of a plurality of mutually independent storage services (SS1-SS6) in whose non-volatile storage media (SM1-SM6) the generated file fragments (F1-F4) are to be stored, characterized in that - the encrypted file is fragmented on the user computer system (104, 162, 168) by the web application into a plurality of file fragments (F1-F4) by the error correction method according to the distribution plan (177, 416), wherein at least one of the file fragments (F1-F4) includes error correction bits, - the resulting file fragments (F1-F4) are sent by the web application over the network to the storage services (SS1-SS6) identified by the distribution plan (177, 416), wherein an authorization token is provided by the web server computer system for each of the storage services (SS1-SS6) as proof of authorization to store the corresponding file fragment (F1-F4).
A washing machine comprising: a cabinet; a tub provided in the cabinet; an elastic member and a damping member to elastically support the tub at the cabinet; and a laundry amount detection device to detect an amount of laundry placed in the tub, characterized in that the laundry amount detection device comprises a deformation amount measurement unit to measure the deformation amount of the elastic member, and a controller to receive a value measured by the deformation amount measurement unit, and wherein the deformation amount measurement unit comprises a load cell having an elastically deformable body and a strain gauge, wherein further a position fixing member (60, 61, 62) is adapted to fix the load cell to both ends of the elastic member. a cabinet; a tub provided in the cabinet; an elastic member and a damping member to elastically support the tub at the cabinet; and a laundry amount detection device to detect an amount of laundry placed in the tub, characterized in that the laundry amount detection device comprises a deformation amount measurement unit to measure the deformation amount of the elastic member, and a controller to receive a value measured by the deformation amount measurement unit, and wherein the deformation amount measurement unit comprises a load cell having an elastically deformable body and a strain gauge, wherein further a position fixing member (60, 61, 62) is adapted to fix the load cell to both ends of the elastic member.
A tissue compression device comprising: a pressure apparatus attached to a base (20, 120, 220, 420, 520, 720, 820, 920), the pressure apparatus configured to apply pressure to selected tissue at a selected location located beneath the compression device (10, 400, 410, 810); a strap comprising a first end attached to a first side of the base and a free end distal from the first end; a strap retainer (801, 901) attached to a second side of the base opposite from the first side of the base, wherein the strap retainer is attached to the second side of the base by an elastic member (802, 902) that is configured to draw the strap retainer towards the second side of the base, and wherein the strap retainer is configured to retain the second end of the strap such that the strap and strap retainer retain the base and the pressure apparatus over the selected location when the second end of the strap is retained by the strap retainer; a tension indicator (803, 903) extending between the base and the strap retainer, wherein the tension indicator is configured to provide visual indication of a tension force supplied between the strap retainer and the base by the elastic member. a pressure apparatus attached to a base (20, 120, 220, 420, 520, 720, 820, 920), the pressure apparatus configured to apply pressure to selected tissue at a selected location located beneath the compression device (10, 400, 410, 810); a strap comprising a first end attached to a first side of the base and a free end distal from the first end; a strap retainer (801, 901) attached to a second side of the base opposite from the first side of the base, wherein the strap retainer is attached to the second side of the base by an elastic member (802, 902) that is configured to draw the strap retainer towards the second side of the base, and wherein the strap retainer is configured to retain the second end of the strap such that the strap and strap retainer retain the base and the pressure apparatus over the selected location when the second end of the strap is retained by the strap retainer; a tension indicator (803, 903) extending between the base and the strap retainer, wherein the tension indicator is configured to provide visual indication of a tension force supplied between the strap retainer and the base by the elastic member.
A method for providing connectivity to a foreign network for a device configured to use a proxy service for communication over a home network while maintaining the configuration of the device, the method comprising: receiving packets transmitted by the device; and selectively providing a proxy service for the device corresponding to the proxy service available on the home network by: identifying, from the received packets, packets with a proxy request that are incompatible with network settings of the foreign network by examining contents of the received packets; modifying the identified packets to be compatible with the network settings of the foreign network by changing the proxy request to a direct request that includes a destination address; and communicating the received packets to the destination address while maintaining the configuration of the device. receiving packets transmitted by the device; and selectively providing a proxy service for the device corresponding to the proxy service available on the home network by: identifying, from the received packets, packets with a proxy request that are incompatible with network settings of the foreign network by examining contents of the received packets; modifying the identified packets to be compatible with the network settings of the foreign network by changing the proxy request to a direct request that includes a destination address; and communicating the received packets to the destination address while maintaining the configuration of the device. identifying, from the received packets, packets with a proxy request that are incompatible with network settings of the foreign network by examining contents of the received packets; modifying the identified packets to be compatible with the network settings of the foreign network by changing the proxy request to a direct request that includes a destination address; and communicating the received packets to the destination address while maintaining the configuration of the device.