mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a UPnP terminal device, comprising: obtaining a description file of a UPnP terminal device management data model of a UPnP terminal device in a home network, wherein the UPnP terminal device management data model is organized by the UPnP terminal device according to a data model defined by a remote management protocol (step S10); establishing a data model meeting CWMP requirements, of the UPnP terminal device according to the description file (step S11); sending information about the data model of the UPnP terminal device meeting the CWMP requirements to an ACS (step S12); receiving a management command of the ACS for the data model of the UPnP terminal device (step S13); and converting the management command into a UPnP terminal device management command and sending it to the UPnP terminal device (step S14), wherein the description file is described by using a format defined by the remote management protocol, wherein the step of establishing the data model of the UPnP terminal device according to the description file comprises: parsing the description file according to the format defined by the remote management protocol, and establishing the data model of the UPnP terminal device (step S306). obtaining a description file of a UPnP terminal device management data model of a UPnP terminal device in a home network, wherein the UPnP terminal device management data model is organized by the UPnP terminal device according to a data model defined by a remote management protocol (step S10); establishing a data model meeting CWMP requirements, of the UPnP terminal device according to the description file (step S11); sending information about the data model of the UPnP terminal device meeting the CWMP requirements to an ACS (step S12); receiving a management command of the ACS for the data model of the UPnP terminal device (step S13); and converting the management command into a UPnP terminal device management command and sending it to the UPnP terminal device (step S14), wherein the description file is described by using a format defined by the remote management protocol, wherein the step of establishing the data model of the UPnP terminal device according to the description file comprises: parsing the description file according to the format defined by the remote management protocol, and establishing the data model of the UPnP terminal device (step S306). parsing the description file according to the format defined by the remote management protocol, and establishing the data model of the UPnP terminal device (step S306).
A method performed by a transmitter in a communication system, the method comprising: obtaining, by a medium access control, MAC, entity of the transmitter, at least one MAC service data unit, SDU; generating, by the MAC entity, a MAC protocol data unit, PDU, including at least one MAC subheader and the at least one MAC SDU; and sending, by the MAC entity, the MAC PDU to a lower layer, wherein the at least one MAC subheader corresponds to the at least one MAC SDU, respectively, wherein a MAC subheader to which a MAC SDU corresponds is placed immediately in front of the MAC SDU, wherein the MAC subheader to which the MAC SDU corresponds includes a logical channel identifier, LCID, field and a length field indicating a length of the MAC SDU, and wherein each of the at least one MAC subheader does not include an E field indicating whether another MAC subheader, MAC control element, CE, or MAC SDU follows. obtaining, by a medium access control, MAC, entity of the transmitter, at least one MAC service data unit, SDU; generating, by the MAC entity, a MAC protocol data unit, PDU, including at least one MAC subheader and the at least one MAC SDU; and sending, by the MAC entity, the MAC PDU to a lower layer, wherein the at least one MAC subheader corresponds to the at least one MAC SDU, respectively, wherein a MAC subheader to which a MAC SDU corresponds is placed immediately in front of the MAC SDU, wherein the MAC subheader to which the MAC SDU corresponds includes a logical channel identifier, LCID, field and a length field indicating a length of the MAC SDU, and wherein each of the at least one MAC subheader does not include an E field indicating whether another MAC subheader, MAC control element, CE, or MAC SDU follows.
Drum covering (31, 32) for a drive drum (21, 22) in a corrugating machine, having a textile carrier material that reversibly shrinks when heated up, said carrier material being coated on at least one side with a coating material, wherein the drum covering (31, 32) has two rectangular regions (71, 72) that are each connected to a convexly deltoid-shaped region on a narrow side.
A method for separating an organic zinc catalyst dispersed in a polyalkylene carbonate resin solution, the method comprising: using a composite filtering membrane, wherein the composite filtering membrane is a composite material comprising a hydroxyl group-containing material and polyolefin and has a form in which one or both surfaces of the polyolefin is coated with the hydroxyl group-containing material. using a composite filtering membrane, wherein the composite filtering membrane is a composite material comprising a hydroxyl group-containing material and polyolefin and has a form in which one or both surfaces of the polyolefin is coated with the hydroxyl group-containing material.
Battery charger, comprising: - three inductances (104, 106, 108) each comprising two ends, - three input terminals (BE1, BE2, BE3) connected to an intermediate point respectively of the three inductances (104, 106, 108) and intended to be respectively connected to three phases (P A, P B, P C) of a three-phase network to have respectively three phase voltages (V A, V B, V C) applied, - two output terminals (BS1, BS2) between which a battery is intended to be connected to receive a charge current (i B), - for each of the inductance ends, a switch arm (B A...B F) comprising: - a first switch (I A1...I F1) intended to selectively connect/disconnect the inductance end to/from the first output terminal, - a second switch (I A2...I F2) intended to selectively connect/disconnect the inductance end to/from the second output terminal, - a device for controlling the switches (I A1, I A2...I F1, I F2) to make them go to successive configurations, characterised in that the control device is intended to control the switches (I A1, I A2...I F1, I F2) in such a way that, over a certain charge time interval, exactly three first switches (I A1...I F1) are closed at the same time in at least 90% of successive configurations. - three inductances (104, 106, 108) each comprising two ends, - three input terminals (BE1, BE2, BE3) connected to an intermediate point respectively of the three inductances (104, 106, 108) and intended to be respectively connected to three phases (P A, P B, P C) of a three-phase network to have respectively three phase voltages (V A, V B, V C) applied, - two output terminals (BS1, BS2) between which a battery is intended to be connected to receive a charge current (i B), - for each of the inductance ends, a switch arm (B A...B F) comprising: - a first switch (I A1...I F1) intended to selectively connect/disconnect the inductance end to/from the first output terminal, - a second switch (I A2...I F2) intended to selectively connect/disconnect the inductance end to/from the second output terminal, - a first switch (I A1...I F1) intended to selectively connect/disconnect the inductance end to/from the first output terminal, - a second switch (I A2...I F2) intended to selectively connect/disconnect the inductance end to/from the second output terminal, - a device for controlling the switches (I A1, I A2...I F1, I F2) to make them go to successive configurations,
A mixing unit for supplying foam for cleaning, the mixing unit comprising: a housing having a liquid inlet for receiving pressurized water, a gas inlet for receiving pressurized air, a fluid outlet for delivering said foam, a cleaning agent inlet, and an injector receiving bay for receiving an injector; the mixing unit further comprising an injector, the injector having - an injector body with a first end and a second end opposite to the first end, and a longitudinal axis; - an injector inlet; - an injector outlet formed through the second end; and - an injector liquid inlet; which injector inlet is fluidly connectable to the cleaning agent inlet of the housing, which injector liquid inlet is fluidly connectable to the liquid inlet of the housing, and which injector outlet is fluidly connected to the fluid outlet of the housing, characterised in that the injector liquid inlet is in a direction transverse to the a longitudinal axis of the injector. a housing having a liquid inlet for receiving pressurized water, a gas inlet for receiving pressurized air, a fluid outlet for delivering said foam, a cleaning agent inlet, and an injector receiving bay for receiving an injector; the mixing unit further comprising an injector, the injector having - an injector body with a first end and a second end opposite to the first end, and a longitudinal axis; - an injector inlet; - an injector outlet formed through the second end; and - an injector liquid inlet; - an injector body with a first end and a second end opposite to the first end, and a longitudinal axis; - an injector inlet; - an injector outlet formed through the second end; and - an injector liquid inlet; which injector inlet is fluidly connectable to the cleaning agent inlet of the housing, which injector liquid inlet is fluidly connectable to the liquid inlet of the housing, and which injector outlet is fluidly connected to the fluid outlet of the housing, characterised in that the injector liquid inlet is in a direction transverse to the a longitudinal axis of the injector.
A system for projecting a laser beam onto an audience, comprising: a laser source; a motorized yoke, on which the laser source is mounted, the motorized yoke being configured to change an axis of projection of the laser source and to move the laser source in all directions; a monitoring system configured to observe a plurality of output parameters of the laser source and generate an output signal; a calibration interface, wherein the output parameters of the laser source are pre-calibrated such that the laser beam emitted from the laser source does not exceed a threshold exposure level at a pre-determined distance from the laser source, wherein at least one of the output parameters comprises a laser source power level, which remains at a constant level for any position of the motorized yoke and any region in which the laser source is projecting; and a safety system configured to receive the output signal, detect a state of operation of the laser based on the output signal and attenuate the laser beam in the event that the laser beam exceeds the threshold exposure level. a laser source; a motorized yoke, on which the laser source is mounted, the motorized yoke being configured to change an axis of projection of the laser source and to move the laser source in all directions; a monitoring system configured to observe a plurality of output parameters of the laser source and generate an output signal; a calibration interface, wherein the output parameters of the laser source are pre-calibrated such that the laser beam emitted from the laser source does not exceed a threshold exposure level at a pre-determined distance from the laser source, wherein at least one of the output parameters comprises a laser source power level, which remains at a constant level for any position of the motorized yoke and any region in which the laser source is projecting; and a safety system configured to receive the output signal, detect a state of operation of the laser based on the output signal and attenuate the laser beam in the event that the laser beam exceeds the threshold exposure level.
A protective member for an acoustic component, the protective member comprising a sound-transmissive sheet composed of an elastomer, wherein the elastomer is a rubber-like elastic body having a type A hardness as measured according to JIS K 6253 of 20 to 80, wherein the protective member further comprises an adhesive layer disposed on an edge region of the sound-transmissive sheet.
Driving device for a pulley intended to drive a hauling cable of a cableway, in particular a chair lift or a gondola lift, including a main motor able to rotatingly drive a main shaft provided with a first pinion, a secondary motor able to rotatingly drive a secondary shaft provided with a second pinion, a driving torque transmission means comprising a driving crown mounted on the pulley, the main shaft and the secondary shaft being coaxial with an axis, and the transmission means comprising a third pinion in mesh with the driving crown of the pulley, the third pinion being mobile in translation along the axis between a first position in which the third pinion is in mesh with the first pinion and a second position in which the third pinion is in mesh with the second pinion, characterized in that the transmission means comprises several guiding bars (43, 44) integral with the driving crown and extending along the axis, and the third pinion is integral with an intermediate hollow cylinder comprising a wall provided with several recesses (54, 55) for a sliding of the guiding bars (43, 44) in order to guide the intermediate hollow cylinder in translation along the axis.
A blow-by gas filtration assembly which is fluidically connectable to the crankcase ventilation circuit of an internal combustion engine to receive blow-by gases and filter from them the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a filter group which extends along the axis (X-X), having a hollow cylindrical shape with a central cavity which can be crossed by blow-by gases radially, preferably from the outside to the inside; - a support and control member engageable to the filter group suitable for supporting it in an axial position along the (X-X) axis and suitable for controlling it in rotation around said (X-X) axis to perform the filtration operations; characterized in that the member and the filter group comprise, respectively, a threaded member portion and a threaded filter portion engageable by reciprocal screwing around the axis (X-X); wherein the member and the filter group comprise, respectively, a member abutment and a filter abutment wherein the axial engagement between the member abutment and the filter abutment prevents further screwing of the threaded member portion to a threaded filter portion. - a filter group which extends along the axis (X-X), having a hollow cylindrical shape with a central cavity which can be crossed by blow-by gases radially, preferably from the outside to the inside; - a support and control member engageable to the filter group suitable for supporting it in an axial position along the (X-X) axis and suitable for controlling it in rotation around said (X-X) axis to perform the filtration operations; characterized in that the member and the filter group comprise, respectively, a threaded member portion and a threaded filter portion engageable by reciprocal screwing around the axis (X-X); wherein the member and the filter group comprise, respectively, a member abutment and a filter abutment wherein the axial engagement between the member abutment and the filter abutment prevents further screwing of the threaded member portion to a threaded filter portion.
A method for producing a dental mill blank, wherein the method comprises contacting an inorganic filler molded article produced by subjecting an inorganic filler to press molding and a polymerizable monomer-containing composition, and allowing the polymerizable monomer to polymerize and cure, wherein the polymerizable monomer-containing composition further comprises a photopolymerization initiator and/or a thermal polymerization initiator.
A computer-implemented method for performing decryption comprising: receiving a message including an encrypted data portion, the encrypted data portion formed by performing a symmetric encryption operation using a symmetric key; and decrypting the encrypted data portion using a key-specific decryption engine, wherein the key-specific decryption engine is implemented as a set of boolean or logical functions (304a-304n) generated in order to implement decryption using the symmetric key, wherein the input to the set of boolean or logical functions (304a-304n) is the message including the encrypted data portion and the output from the set of boolean or logical functions (304a-304n) is the decrypted data portion, wherein each of the boolean or logical functions (304a-304n) determines one bit of the output using multiple bits of the input, wherein the boolean or logical functions (304a-304n) are determined by evaluating truth tables for each output bit, the truth tables having values determined using a reference implementation of the key-specific decryption engine, wherein using the reference implementation, the bit values of the output are determined for the symmetric key and different combinations of input bit values. receiving a message including an encrypted data portion, the encrypted data portion formed by performing a symmetric encryption operation using a symmetric key; and decrypting the encrypted data portion using a key-specific decryption engine, wherein the key-specific decryption engine is implemented as a set of boolean or logical functions (304a-304n) generated in order to implement decryption using the symmetric key, wherein the input to the set of boolean or logical functions (304a-304n) is the message including the encrypted data portion and the output from the set of boolean or logical functions (304a-304n) is the decrypted data portion, wherein each of the boolean or logical functions (304a-304n) determines one bit of the output using multiple bits of the input, wherein the boolean or logical functions (304a-304n) are determined by evaluating truth tables for each output bit, the truth tables having values determined using a reference implementation of the key-specific decryption engine, wherein using the reference implementation, the bit values of the output are determined for the symmetric key and different combinations of input bit values.
A method for enhancing microwave imaging of an object using an array of antennas having transmit-receive, the method comprising: collecting microwave responses for multiple combinations of transmit antennas and receive antennas of the array; determining a plurality of reference pairs for at least one pair of transmit antenna and receive antennas, wherein a reference pair is selected from a group consisting of: a set of pairs which are rotations of each other; and a set of neighboring pairs; performing, by a data processing unit, an estimation of skin reflection; performing, by the data processing unit, a cancellation of the skin reflection based on the estimation; and generating by the data processing unit an image from the corrected signals after the cancellation; characterized in that the estimation of skin reflection for an antenna pair is based on weighted signals received from another antenna pair during a measurement, wherein the other antenna pair is selected from the plurality of reference pairs for the antenna pair, and wherein a weight for the weighted signals includes a frequency domain response unique to the antenna pair, to account for antenna pairs and respective transmit-receive paths thereof which are not identical. collecting microwave responses for multiple combinations of transmit antennas and receive antennas of the array; determining a plurality of reference pairs for at least one pair of transmit antenna and receive antennas, wherein a reference pair is selected from a group consisting of: a set of pairs which are rotations of each other; and a set of neighboring pairs; a set of pairs which are rotations of each other; and a set of neighboring pairs; performing, by a data processing unit, an estimation of skin reflection; performing, by the data processing unit, a cancellation of the skin reflection based on the estimation; and generating by the data processing unit an image from the corrected signals after the cancellation; characterized in that the estimation of skin reflection for an antenna pair is based on weighted signals received from another antenna pair during a measurement, wherein the other antenna pair is selected from the plurality of reference pairs for the antenna pair, and wherein a weight for the weighted signals includes a frequency domain response unique to the antenna pair, to account for antenna pairs and respective transmit-receive paths thereof which are not identical.
A method for producing a bis (fluorosulfonyl) imide alkali metal salt by a reaction of a mixture containing bis (fluorosulfonyl) imide and an alkali metal compound, wherein, after said reaction, a total of weight ratios of said bis (fluorosulfonyl) imide, said alkali metal compound and said bis (fluorosulfonyl) imide alkali metal salt to an entire reacted mixture is not less than 0.8.
A method of forming a composite expandable medical balloon, the method comprising: forming a base balloon comprising at least one layer of an elastomeric polymer, the base balloon comprising a distal waist portion, a distal cone portion, a body portion, a proximal cone portion, and a proximal waist portion; heat setting the base balloon at a temperature of 145° C to 160°C; disposing at least one first layer comprising a polymer material on the base balloon; disposing a fiber braid comprising at least one polymeric fiber along the base balloon and the at least one first layer to form the composite expandable medical balloon; and sterilizing the composite expandable medical balloon at a temperature of at least about 40° C or greater; wherein the polymer material of the at least one first layer promotes adhesion between the base balloon and the fiber braid; and wherein the base balloon has a first length prior to sterilizing the composite expandable medical balloon, the first length being defined between a distal end of the distal waist portion and a proximal end of the proximal waist portion; wherein the base balloon has a second length after sterilizing the composite expandable medical balloon, the second length being defined between the distal end of the distal waist portion and the proximal end of the proximal waist portion; and wherein the second length is at least about 95% of the first length. forming a base balloon comprising at least one layer of an elastomeric polymer, the base balloon comprising a distal waist portion, a distal cone portion, a body portion, a proximal cone portion, and a proximal waist portion; heat setting the base balloon at a temperature of 145° C to 160°C; disposing at least one first layer comprising a polymer material on the base balloon; disposing a fiber braid comprising at least one polymeric fiber along the base balloon and the at least one first layer to form the composite expandable medical balloon; and sterilizing the composite expandable medical balloon at a temperature of at least about 40° C or greater; wherein the polymer material of the at least one first layer promotes adhesion between the base balloon and the fiber braid; and wherein the base balloon has a first length prior to sterilizing the composite expandable medical balloon, the first length being defined between a distal end of the distal waist portion and a proximal end of the proximal waist portion; wherein the base balloon has a second length after sterilizing the composite expandable medical balloon, the second length being defined between the distal end of the distal waist portion and the proximal end of the proximal waist portion; and wherein the second length is at least about 95% of the first length.