mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for computation, comprising: a processor, which is configured to expand input seed values into respective output data values using an approximated expansion process such that the output data values are not guaranteed to satisfy a required output data criterion; and a non-volatile memory, which is programmed to store a seed value, which is selected by a computer so that an output data value generated by the processor by application of the approximated expansion process to the stored seed value yields an output data value that satisfies the required output data criterion, wherein: the approximated expansion process comprises finding a vector basis of a lattice using the seed value, and deriving the output data value from the vector basis; the approximated expansion process finds the vector basis by applying a modified LLL algorithm to the lattice; and the modified LLL algorithm does not use vector swapping. a processor, which is configured to expand input seed values into respective output data values using an approximated expansion process such that the output data values are not guaranteed to satisfy a required output data criterion; and a non-volatile memory, which is programmed to store a seed value, which is selected by a computer so that an output data value generated by the processor by application of the approximated expansion process to the stored seed value yields an output data value that satisfies the required output data criterion, wherein: the approximated expansion process comprises finding a vector basis of a lattice using the seed value, and deriving the output data value from the vector basis; the approximated expansion process finds the vector basis by applying a modified LLL algorithm to the lattice; and the modified LLL algorithm does not use vector swapping.
A method for manufacturing a honeycomb structured body including a porous silicon carbide honeycomb fired body, comprising: a honeycomb molded body preparing step of preparing a honeycomb molded body in which a large number of cells are longitudinally disposed in parallel with one another with a cell wall interposed therebetween; a degreasing step of degreasing the honeycomb molded body into a honeycomb degreased body; and a firing step of firing the honeycomb degreased body into the porous silicon carbide honeycomb fired body, wherein the honeycomb molded body contains silicon carbide particles, pore-forming material particles, and a silicon carbide precursor that is to be converted into silicon carbide at a temperature of higher than a degreasing temperature, wherein the ratio between the average particle diameter of the silicon carbide particles and the average particle diameter of the pore-forming material particles (silicon carbide particle):(pore-forming material particle) is 1:40 to 1:200. a honeycomb molded body preparing step of preparing a honeycomb molded body in which a large number of cells are longitudinally disposed in parallel with one another with a cell wall interposed therebetween; a degreasing step of degreasing the honeycomb molded body into a honeycomb degreased body; and a firing step of firing the honeycomb degreased body into the porous silicon carbide honeycomb fired body, wherein the honeycomb molded body contains silicon carbide particles, pore-forming material particles, and a silicon carbide precursor that is to be converted into silicon carbide at a temperature of higher than a degreasing temperature, wherein the ratio between the average particle diameter of the silicon carbide particles and the average particle diameter of the pore-forming material particles (silicon carbide particle):(pore-forming material particle) is 1:40 to 1:200.
An applicator for high voltage electrical treatment, the applicator comprising: an electrode tip (101, 101'); a handle (103, 103A, 103B); a plurality of handle electrical connectors configured to engage with a plurality of electrode tip electrical connectors on the electrode tip (101, 101') to enable electrical communication with a pulse generator; a plurality of impedance matching circuits (111, 111A, 111B); and an impedance matching selector (113, 113B, 513, 613, 813, 913, 1013) configured to selectively couple the plurality of electrode tip electrical connectors with one or more impedance matching circuit (844, 1144, 1344, 1544, 1844) of the plurality of impedance matching circuits based on an encoding shape connection with the electrode tip. an electrode tip (101, 101'); a handle (103, 103A, 103B); a plurality of handle electrical connectors configured to engage with a plurality of electrode tip electrical connectors on the electrode tip (101, 101') to enable electrical communication with a pulse generator; a plurality of impedance matching circuits (111, 111A, 111B); and an impedance matching selector (113, 113B, 513, 613, 813, 913, 1013) configured to selectively couple the plurality of electrode tip electrical connectors with one or more impedance matching circuit (844, 1144, 1344, 1544, 1844) of the plurality of impedance matching circuits based on an encoding shape connection with the electrode tip.
A method for controlling delivery of packets over a control channel comprised of a plurality of slots (slot 1 to slot 8) having an interlace structure which repeats after a predetermined number of slots (slot 1 to slot 4), characterized by: sending a first packet over a synchronous control channel in a system employing the High Rate Packet Data, HRPD, standard in a first one (slot 1 to slot 4) of the plurality of slots (slot 1 to slot 8) along with an indication of a second one (slot 5 to slot 8) of the plurality of slots (slot 1 to slot 8) in which a second packet will be delivered, an interlace (301 to 304) of the first one (slot 1 to slot 4) of the plurality of slots (slot 1 to slot 8) being specified in the HRPD standard; and sending the second packet over the control channel in the second one (slot 5 to slot 8) of the plurality of slots (slot 1 to slot 8), wherein the second packet is sent in any of the interlaces (301 to 304) of the control channel. sending a first packet over a synchronous control channel in a system employing the High Rate Packet Data, HRPD, standard in a first one (slot 1 to slot 4) of the plurality of slots (slot 1 to slot 8) along with an indication of a second one (slot 5 to slot 8) of the plurality of slots (slot 1 to slot 8) in which a second packet will be delivered, an interlace (301 to 304) of the first one (slot 1 to slot 4) of the plurality of slots (slot 1 to slot 8) being specified in the HRPD standard; and sending the second packet over the control channel in the second one (slot 5 to slot 8) of the plurality of slots (slot 1 to slot 8), wherein the second packet is sent in any of the interlaces (301 to 304) of the control channel.
Device for determining the parameters of a controller (2, 8) for a controlled system, wherein the device is designed to determine, on the basis of detected input and output signals (u, y) of the controlled system, a simulation model (10, 12) for the controlled system and to identify the parameters thereof, characterised in that the controller is designed as a model slave controller, wherein a slave controller for the controlled system is arranged downstream of a pilot control process for the controlled system and the pilot control process has a master controller which is arranged in a feedback loop of a model control loop within the pilot control process and has a simulation model (10, 12) for the controlled system, and in that the device for determining parameters is designed to define on the basis of the previously determined simulation model (10, 12) and its identified parameters, the simulation model (10, 12) in the pilot control process - wherein on the basis of a first model-based design method and the previously determined simulation model (10, 12) parameters of a P or PD controller as a master controller in the pilot control process, and - on the basis of a second model-based design method and the previously determined simulation model (10, 12), parameters of a PI or PID controller as a slave controller for the controlled system. - wherein on the basis of a first model-based design method and the previously determined simulation model (10, 12) parameters of a P or PD controller as a master controller in the pilot control process, and - on the basis of a second model-based design method and the previously determined simulation model (10, 12), parameters of a PI or PID controller as a slave controller for the controlled system.
A method for accessing, by a local machine, a plurality of files comprising an application program, the method comprising: (a) receiving, by a local machine, a file including access information for accessing a plurality of application files and for executing a first client capable of receiving any application stream; (b) retrieving an identification of the plurality of application files, responsive to the file; (c) retrieving at least one characteristic required for execution of the plurality of application files, responsive to the file; (d) determining, whether the local machine includes the at least one characteristic; and (e) executing a second client, the second client requesting execution of the plurality of application files on a remote machine, responsive to a determination that the local machine lacks the at least one characteristic. (a) receiving, by a local machine, a file including access information for accessing a plurality of application files and for executing a first client capable of receiving any application stream; (b) retrieving an identification of the plurality of application files, responsive to the file; (c) retrieving at least one characteristic required for execution of the plurality of application files, responsive to the file; (d) determining, whether the local machine includes the at least one characteristic; and (e) executing a second client, the second client requesting execution of the plurality of application files on a remote machine, responsive to a determination that the local machine lacks the at least one characteristic.
Magnetic field sensor comprising: - a single Hall sensor, which is formed vertically in an electrically insulated trough, with a first terminal contact, a second terminal contact, a third terminal contact, a fourth terminal contact and a fifth terminal contact, all terminal contacts being arranged in a row, wherein the first terminal contact of the Hall sensor is formed as an initial contact and the fifth terminal contact as a final contact of the row, and a first switch with a control input is provided between the first terminal contact and the fifth terminal contact, the first switch connecting the first terminal contact with the fifth terminal contact or separating them from one another, and a control unit, which is connected with the control input of the first switch, is provided, wherein the control unit is arranged, for determination of the offset voltage, in a first state to separate the first terminal contact from the fifth terminal contact by means of the first switch and, for measurement of a Hall voltage which is influenced by the offset voltage, in a second state to connect the first terminal contact with the fifth terminal contact by means of the switch. - a single Hall sensor, which is formed vertically in an electrically insulated trough, with a first terminal contact, a second terminal contact, a third terminal contact, a fourth terminal contact and a fifth terminal contact,
A silicon wafer comprising: a silicon edge portion around a silicon main portion, a crack reducing portion on the silicon edge portion, wherein the crack reducing portion includes a dielectric film on a top surface of the silicon edge portion and a top surface of the silicon main portion is uncovered by the dielectric film, wherein the silicon main portion has a first top surface, the silicon edge portion has a second top surface and the second top surface is separated from the first top surface by a stepped portion, wherein the second top surface is lower in height than the first top surface; wherein the dielectric film extends onto a side portion, a bottom surface and the stepped portion of the silicon wafer; and wherein the silicon wafer further comprises a first single crystal semiconductor nitride thin film on the silicon main portion and a second polycrystalline or amorphous semiconductor nitride thin film on the silicon edge portion. a silicon edge portion around a silicon main portion, a crack reducing portion on the silicon edge portion, wherein the crack reducing portion includes a dielectric film on a top surface of the silicon edge portion and a top surface of the silicon main portion is uncovered by the dielectric film, wherein the silicon main portion has a first top surface, the silicon edge portion has a second top surface and the second top surface is separated from the first top surface by a stepped portion, wherein the second top surface is lower in height than the first top surface; wherein the dielectric film extends onto a side portion, a bottom surface and the stepped portion of the silicon wafer; and wherein the silicon wafer further comprises a first single crystal semiconductor nitride thin film on the silicon main portion and a second polycrystalline or amorphous semiconductor nitride thin film on the silicon edge portion.
An ink jet recording head having a case comprising: a flow path unit forming a plurality of pressure generating chambers communicating with respective nozzle openings, a pressure generating element for pressurizing said pressure generating chambers, and a semiconductor integrated circuit for supplying a driving signal to said pressure generating element, a flexible cable mounted on said semiconductor integrated circuit, characterized by a heat conductive material in the form of a thin bent plate which is made of copper or aluminum and disposed to contact an area where the heat is conducted from the semiconductor integrated circuit. a flow path unit forming a plurality of pressure generating chambers communicating with respective nozzle openings, a pressure generating element for pressurizing said pressure generating chambers, and a semiconductor integrated circuit for supplying a driving signal to said pressure generating element, a flexible cable mounted on said semiconductor integrated circuit, characterized by a heat conductive material in the form of a thin bent plate which is made of copper or aluminum and disposed to contact an area where the heat is conducted from the semiconductor integrated circuit.
Filling machine for filling capsules or similar elements with at least one product, each capsule having a body and a cap, comprising: - a plurality of operative stations for carrying out operations on said capsules; - a movement device provided with a plurality of supports with respective seats (33, 34) for housing and moving said capsules in sequence through said operative stations; and - at least one weighing station (9, 10, 11, 12) to weigh at least bodies of said capsules, comprising a weighing unit and transfer means to transfer at least said bodies from said movement device to said weighing unit and vice versa; characterized in that said weighing unit comprises at least one gripping element connected to a respective weighing cell of said weighing unit and provided with a housing suitable for receiving and holding by force coupling at least one body to be weighed, said transfer means being moveable along a direction of extraction and including a first transfer element arranged to remove said at least one body from a respective first seat of said movement device and insert the body into said housing to allow said weighing cell to measure the weight of said body, and a second transfer element to remove said at least one body from said housing and insert said at least one body into the respective first seat of said movement device, after the weight of said body is measured. - a plurality of operative stations for carrying out operations on said capsules; - a movement device provided with a plurality of supports with respective seats (33, 34) for housing and moving said capsules in sequence through said operative stations; and - at least one weighing station (9, 10, 11, 12) to weigh at least bodies of said capsules, comprising a weighing unit and transfer means to transfer at least said bodies from said movement device to said weighing unit and vice versa;
A gel composition comprising a base oil (a) and a hydrogenated block copolymer (b), wherein the hydrogenated block copolymer (b) is a hydrogenated product of a diblock copolymer composed of a polymer block consisting mainly of a structural unit derived from an aromatic vinyl compound and a polymer block consisting mainly of a structural unit derived from a conjugated diene compound, the content of the polymer block in the hydrogenated block copolymer (b) being from 38.0 to 45.0% by mass, and the content of the hydrogenated block copolymer (b) in the gel composition is from 1 to 20 parts by mass based on 100 parts by mass of the total amount of the base oil (a) and the hydrogenated block copolymer (b).
A wing for a commercial vehicle, which, with a curvature which is matched to the tyre shape, ends in limbs (5; 6) directed downwards towards the carriageway, wherein a storage space which is intended for receiving a shim (11; 15; 16) and has an opening is arranged on the outer side of the curvature, characterized in that, when two wings are arranged one behind the other, the storage space is arranged in the intermediate space between the mutually oppositely directed curvatures of the two wings.
Coordinate measuring machine having an elongated axis element and a belt drive unit for said elongated axis element of the CMM, the belt drive unit comprising • a belt, the ends of which are clamped on the elongated axis element, • a pulley unit, comprising a drive pulley and two idler pulleys (4,4'), wherein the belt entangles the drive pulley and the idle pulleys (4,4') in an omega-shaped manner, and wherein the pulley unit is configured to cause a relative linear movement between the axis element and the pulley unit, characterised in that the belt encompasses at least one end of the elongated axis element. • a belt, the ends of which are clamped on the elongated axis element, • a pulley unit, comprising a drive pulley and two idler pulleys (4,4'),
A polyurethane foam composition, comprising: a reaction product of a first component comprising at least one polyol and one or more cell opening compounds which are present in an amount of less than 1% by weight of the first component and a second component comprising at least one polyisocyanate, wherein the ratio of the number of isocyanate equivalents in the second component to the number of hydroxyl equivalents in the first component is less than 1.0, and the at least one polyol comprises an amine-initiated poly (alkylene oxide) polyol, a polyhydric ether-initiated poly (alkylene oxide) polyol, and a carbohydrate-initiated poly (alkylene oxide) polyol. a reaction product of a first component comprising at least one polyol and one or more cell opening compounds which are present in an amount of less than 1% by weight of the first component and a second component comprising at least one polyisocyanate, wherein the ratio of the number of isocyanate equivalents in the second component to the number of hydroxyl equivalents in the first component is less than 1.0, and the at least one polyol comprises an amine-initiated poly (alkylene oxide) polyol, a polyhydric ether-initiated poly (alkylene oxide) polyol, and a carbohydrate-initiated poly (alkylene oxide) polyol.
A data control apparatus for controlling output of data from a central processing unit that processes data and is connected to a main storage unit (50, 60) that stores therein the data, the data control apparatus, the central processing unit and the main storage unit (50, 60) being part of a cluster including at least another central processing unit, characterised in that the data control apparatus comprises: a data storage unit for storing therein first data output from the central processing unit to the main storage unit (50, 60) and second data output from the central processing unit upon request from another central processing unit of the cluster to the another central processing unit; an information addition unit for querying the main storage unit (50, 60) about whether the first data can be accepted, and adding information indicating an output enabled state to the first data when a permission is granted by the main storage unit (50, 60), and adding the information indicating an output enabled state to the second data upon storage of the second data in the data storage unit; and a data output unit for outputting the first data and the second data with the output enabled state information added thereto by the information addition unit from oldest stored data in order of storage in the data storage unit. a data storage unit for storing therein first data output from the central processing unit to the main storage unit (50, 60) and second data output from the central processing unit upon request from another central processing unit of the cluster to the another central processing unit; an information addition unit for querying the main storage unit (50, 60) about whether the first data can be accepted, and adding information indicating an output enabled state to the first data when a permission is granted by the main storage unit (50, 60), and adding the information indicating an output enabled state to the second data upon storage of the second data in the data storage unit; and a data output unit for outputting the first data and the second data with the output enabled state information added thereto by the information addition unit from oldest stored data in order of storage in the data storage unit.
An ultra-wide band, UWB, ranging apparatus comprising: a ranging module including one or more ranging sensors, the ranging module coupled to a secure processing system through a hardware interface to receive at least one encrypted ranging session key, the ranging module configured to: decrypt the at least one encrypted ranging session key to generate a ranging session key, generate a secure preamble for a ranging frame based on a received anti-replay counter value, generate a sparse ranging input based on the anti-replay counter value and diversification data, derive a message session key based on the ranging session key, derive a derived ranging key via a key derivation cascade applied to the message session key and the sparse ranging input, the derived ranging key configured to be used to encrypt data transmitted within the ranging frame during a ranging session; and determine a time of flight for the data transmitted during the ranging session and determine a range based on the time of flight. decrypt the at least one encrypted ranging session key to generate a ranging session key, generate a secure preamble for a ranging frame based on a received anti-replay counter value, generate a sparse ranging input based on the anti-replay counter value and diversification data, derive a message session key based on the ranging session key, derive a derived ranging key via a key derivation cascade applied to the message session key and the sparse ranging input, the derived ranging key configured to be used to encrypt data transmitted within the ranging frame during a ranging session; and determine a time of flight for the data transmitted during the ranging session and determine a range based on the time of flight.