mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, being in connected mode to report a measurement result, characterized by comprising: determining (S401), by the UE, a moving speed state of the UE, wherein the moving speed is a state among several states and is determined by the UE by the number of switched cells of the UE in a given time period; determining (S401), by the UE, a speed parameter from a speed parameter set according to the moving speed state of the UE, wherein the speed parameter set is either received from a base station or preconfigured in the UE; acquiring (S402), by the UE, a measurement period corresponding to a DRX cycle according to a pre-configured DRX cycle of the UE, wherein the measurement period is relative to the measure of neighbor cells, the neighbor cells being intra-frequency or inter-frequency cell or inter-system cells; obtaining (S403), by the UE, another measurement period of the UE by taking the product of the measurement period corresponding to the DRX cycle and the speed parameter; measuring (S404), by the UE, a cell to obtain a measurement result in the another measurement period of the UE and reporting the measurement result to a serving base station of the UE. determining (S401), by the UE, a moving speed state of the UE, wherein the moving speed is a state among several states and is determined by the UE by the number of switched cells of the UE in a given time period; determining (S401), by the UE, a speed parameter from a speed parameter set according to the moving speed state of the UE, wherein the speed parameter set is either received from a base station or preconfigured in the UE; acquiring (S402), by the UE, a measurement period corresponding to a DRX cycle according to a pre-configured DRX cycle of the UE, wherein the measurement period is relative to the measure of neighbor cells, the neighbor cells being intra-frequency or inter-frequency cell or inter-system cells; obtaining (S403), by the UE, another measurement period of the UE by taking the product of the measurement period corresponding to the DRX cycle and the speed parameter; measuring (S404), by the UE, a cell to obtain a measurement result in the another measurement period of the UE and reporting the measurement result to a serving base station of the UE.
A method for treating valve seat recession (VSR) in a piston aircraft engine using an aviation gasoline the method characterized by : blending with the aviation gasoline the following components sufficient to achieve the indicated concentrations in the aviation gasoline as used: at least 10 ppm of calcium petroleum sulfonates ; 50 to 250 ppm of the detergent polyolefin alkyl phenol alkyl amine; up to 20 mg/L of the antioxidant 2,6-ditertiary butyl-4-methylphenol; and up to 40 mg/L of the anti-microbial agent 4, 4, 6 - trimethyl-1, 3, 2-dioxaborinane. at least 10 ppm of calcium petroleum sulfonates ; 50 to 250 ppm of the detergent polyolefin alkyl phenol alkyl amine; up to 20 mg/L of the antioxidant 2,6-ditertiary butyl-4-methylphenol; and up to 40 mg/L of the anti-microbial agent 4, 4, 6 - trimethyl-1, 3, 2-dioxaborinane.
Room partition made of vertically standing support rods and structural containers connecting these, - wherein, at least in some areas, fastening means for arranging a plurality of structural containers or other attachment or intermediate components are present on the support rods on opposite sides of the rods, - wherein the individual structural container comprises a container centreline , - wherein at least one or a plurality of structural containers placed on top of one another at a distance are arranged between two adjacent support rods , characterized in that at least two intersecting mounting planes (86-89) lie on the container centreline for the arrangement of container-side fastening means. - wherein, at least in some areas, fastening means for arranging a plurality of structural containers or other attachment or intermediate components are present on the support rods on opposite sides of the rods, - wherein the individual structural container comprises a container centreline , - wherein at least one or a plurality of structural containers placed on top of one another at a distance are arranged between two adjacent support rods , characterized in that at least two intersecting mounting planes (86-89) lie on the container centreline for the arrangement of container-side fastening means.
Portable device for collecting filters of used cigarettes, having a first portion and a second portion both movable one with respect to the other, and cutting means , wherein the cutting means are combined with said second portion; the first portion is provided with one or more containing seats to contain a plurality of filters, each having a respective opening for the insertion of a cigarette stub; and said cutting means are arranged transversely to said openings for the interaction with a seat opening so that to cause the filter to be severed from the remaining part of the cigarette stub, after a partial movement of the first portion with respect to the second portion, characterized in that the first portion and the second portion are combined one another so that they are rotatable one with respect to the other on a rotation axis (X), in that each of said seats extends along a longitudinal direction (X') substantially parallel to the rotation axis (X), and in that the cutting means act on a stub placed in a seat after a partial rotation of the first portion with respect to the second portion.
A method for implementing a PMG "permanent magnet generator" variable speed constant frequency generating system on an aircraft including an aircraft engine, the method comprising: receiving an AC power from the PMG at an AC/DC conversion stage , the received power being proportional to a rate of rotation of the aircraft engine; converting the AC power to DC power in the AC/DC conversion stage ; receiving a sensed DC voltage output by the AC/DC conversion stage ; providing a DC voltage to a DC/AC conversion stage ; and providing, by a control processor , a control signal to the DC/AC conversion stage to control a frequency and a voltage of an output signal of the DC/AC conversion stage , and receiving, at the control processor , a feedback signal to modify the output signal of the DC/AC conversion stage by adjusting the control signal provided to the DC/AC conversion stage , wherein the feedback signal includes voltage and current of the output signal of the DC/AC conversation stage ; the method characterized by comprising: receiving power from the PMG at the control processor to power the control processor ; receiving, at the control processor , a sensed PMG voltage and current signal of the PMG from a PMG voltage and current sensor coupled to the PMG . received power being proportional to a rate of rotation of the aircraft engine; converting the AC power to DC power in the AC/DC conversion stage ; receiving a sensed DC voltage output by the AC/DC conversion stage ; providing a DC voltage to a DC/AC conversion stage ; and providing, by a control processor , a control signal to the DC/AC conversion stage to control a frequency and a voltage of an output signal of the DC/AC conversion stage , and receiving, at the control processor , a feedback signal to modify the output signal of the DC/AC conversion stage by adjusting the control signal provided to the DC/AC conversion stage , wherein the feedback signal includes voltage and current of the output signal of the DC/AC conversation stage ; the method characterized by comprising: receiving power from the PMG at the control processor to power the control processor ; receiving, at the control processor , a sensed PMG voltage and current signal of the PMG from a PMG voltage and current sensor coupled to the PMG .
A handheld tool , comprising: a handle; a motion-generating mechanism disposed within the handle; an attachment arm extending from the handle and coupled with the motion-generating mechanism; an implement attached to a distal end of the attachment arm; a tremor tracking module ("TTM") rigidly attached to the handle to detect motion of the handle and control the motion-generating mechanism to move the attachment arm relative to the handle in a single degree of freedom in a direction of the detected motion of the handle; characterized by an indexer that rotatably attaches the implement to the distal end of the attachment arm to enable the single degree of freedom of movement of the attachment arm relative to the handle to be altered. a handle; a motion-generating mechanism disposed within the handle; an attachment arm extending from the handle and coupled with the motion-generating mechanism; an implement attached to a distal end of the attachment arm; a tremor tracking module ("TTM") rigidly attached to the handle to detect motion of the handle and control the motion-generating mechanism to move the attachment arm relative to the handle in a single degree of freedom in a direction of the detected motion of the handle; characterized by an indexer that rotatably attaches the implement to the distal end of the attachment arm to enable the single degree of freedom of movement of the attachment arm relative to the handle to be altered.
A wireless communication method, comprising the following steps: receiving, by an access network device , a first downlink data flow that comprises first downlink data and that is sent by a core network device, wherein the first downlink data flow further comprises a first flow identifier; and sending, by the access network device , a second downlink data flow that comprises the first downlink data to a terminal , wherein the second downlink data flow further comprises a second flow identifier, wherein a length of the second flow identifier is less than a length of the first flow identifier, and the first flow identifier corresponds to the second flow identifier, wherein the method further comprises: sending, by the access network device , a mapping relationship between the second flow identifier and the first flow identifier to the terminal . receiving, by an access network device , a first downlink data flow that comprises first downlink data and that is sent by a core network device, wherein the first downlink data flow further comprises a first flow identifier; and sending, by the access network device , a second downlink data flow that comprises the first downlink data to a terminal , wherein the second downlink data flow further comprises a second flow identifier, wherein a length of the second flow identifier is less than a length of the first flow identifier, and the first flow identifier corresponds to the second flow identifier, wherein the method further comprises: sending, by the access network device , a mapping relationship between the second flow identifier and the first flow identifier to the terminal .
A marine cable comprising magnetic field sensors and a first jacket covering an exterior of the cable ; characterised in that each magnetic field sensor comprises: a first wire loop disposed on the exterior of the first jacket , the wire loop shaped to have a magnetic dipole moment along a selected direction; and a second wire loop disposed on the exterior of the first jacket , the second wire loop shaped to have a magnetic dipole moment orthogonal to the selected direction; a conductor ring disposed inside the first jacket to make electrical connection between the first wire loop and an associated signal processing circuit disposed inside the first jacket ; and a second conductor ring disposed inside the first jacket to make electrical connection between the second wire loop and the associated signal processing circuit , wherein each magnetic field sensor is responsive to electromagnetic fields emanating from subsurface rock formations in response to an electromagnetic field imparted thereto by a transmitter. a first wire loop disposed on the exterior of the first jacket , the wire loop shaped to have a magnetic dipole moment along a selected direction; and a second wire loop disposed on the exterior of the first jacket , the second wire loop shaped to have a magnetic dipole moment orthogonal to the selected direction; a conductor ring disposed inside the first jacket to make electrical connection between the first wire loop and an associated signal processing circuit disposed inside the first jacket ; and a second conductor ring disposed inside the first jacket to make electrical connection between the second wire loop and the associated signal processing circuit , wherein each magnetic field sensor is responsive to electromagnetic fields emanating from subsurface rock formations in response to an electromagnetic field imparted thereto by a transmitter.
An in vitro method of identifying an epitope on a protein that can be bound by an antibody, said method comprising: (i) performing limited or restricted proteolysis on said protein using a single first protease or a combination of first proteases; (ii) performing non-limited proteolysis or performing limited or restricted proteolysis on said protein using a single second protease or a combination of second proteases, wherein the specificity(ies) of said second protease(s) are all different from the specificity(ies) of the protease(s) used in step (i); (iii) analysing peptides which are released from said protein in step (ii) to identify peptides in which one end has been cut by a said first protease and the other end has been cut by a said second protease; (iv) probing one or more epitopes in a region of the protein containing or flanking a cut site for a said first protease as identified in step (iii) with one or more antibodies directed to said epitopes, thereby identifying one or more epitopes on the protein that can be bound by an antibody; wherein said method further comprises a step prior to step (iv) of generating one or more isolated epitopes having sequences that correspond to one or more epitopes on said protein that are in a region of the protein containing or flanking a cut site for a said first protease as identified in step (iii), and generating antibodies that are directed to said isolated epitopes, and using said antibodies in step (iv) for probing one or more epitopes on said protein. (i) performing limited or restricted proteolysis on said protein using a single first protease or a combination of first proteases; (ii) performing non-limited proteolysis or performing limited or restricted proteolysis on said protein using a single second protease or a combination of second proteases, wherein the specificity(ies) of said second protease(s) are all different from the specificity(ies) of the protease(s) used in step (i); (iii) analysing peptides which are released from said protein in step (ii) to identify peptides in which one end has been cut by a said first protease and the other end has been cut by a said second protease; (iv) probing one or more epitopes in a region of the protein containing or flanking a cut site for a said first protease as identified in step (iii) with one or more antibodies directed to said epitopes, thereby identifying one or more epitopes on the protein that can be bound by an antibody; wherein said method further comprises a step prior to step (iv) of generating one or more isolated epitopes having sequences that correspond to one or more epitopes on said protein that are in a region of the protein containing or flanking a cut site for a said first protease as identified in step (iii), and generating antibodies that are directed to said isolated epitopes, and using said antibodies in step (iv) for probing one or more epitopes on said protein.
A combination for use in treating an EV71 infection, which comprises two or more compounds at each's non-effective level and provides a synergistic activity against EV71 replication, wherein the compounds are selected from the group consisting of auranofin, ouabain, emetine, niclosamide, and S-(+)-fluoxetine.
Bi-directional automatic winding mechanism for a timepiece movement comprising an oscillating weight , a mobile with a wolf tooth gear to drive a winding ratchet of the movement, two pawls co-operating with the teeth of the wolf tooth gear to alternately advance said mobile under the effect of the oscillations of the oscillating weight and a disengaging device to decouple the wolf tooth gear from the winding ratchet during manual winding of the movement, characterised in that the disengaging device is integrated into the mobile with the wolf tooth gear .
Method for obtaining a concrete starting material containing sand with a sand processing system, wherein the concrete starting material has a predetermined target composition, the method comprising: - supplying sand of a first composition to a mixer using first supply means, wherein the sand of the first composition has a first grain size distribution, the sand comprises one or more different fractions, and wherein a sand fraction has a pre-known sand grain size range from a plurality of sand grain size ranges; - supplying sand of a second composition to a mixer using second supply means, wherein the second composition is defined by a second grain size distribution which is unknown at the start; - mixing the supplied sand of the first composition with the supplied sand of the second composition in the mixer for the purpose of obtaining a sand mixture; - performing at least one measurement on at least one of the sand of the second composition and the sand mixture for the purpose of determining the sand grain size distribution of this sand; - determining on the basis of the measurement whether the sand mixture has said target composition; and - controlling the first and/or second supply means on the basis of the measurement for the purpose of giving the sand mixture the target composition when the sand mixture does not have the target composition, wherein the target composition comprises a desired sand grain size distribution and wherein the method comprises giving the sand mixture the desired sand grain size distribution. - supplying sand of a first composition to a mixer using first supply means, wherein the sand of the first composition has a first grain size distribution, the sand comprises one or more different fractions, and wherein a sand fraction has a pre-known sand grain size range from a plurality of sand grain size ranges; - supplying sand of a second composition to a mixer using second supply means, wherein the second composition is defined by a second grain size distribution which is unknown at the start; - mixing the supplied sand of the first composition with the supplied sand of the second composition in the mixer for the purpose of obtaining a sand mixture; - performing at least one measurement on at least one of the sand of the second composition and the sand mixture for the purpose of determining the sand grain size distribution of this sand; - determining on the basis of the measurement whether the sand mixture has said target composition; and - controlling the first and/or second supply means on the basis of the measurement for the purpose of giving the sand mixture the target composition when the sand mixture does not have the target composition, wherein the target composition comprises a desired sand grain size distribution and wherein the method comprises giving the sand mixture the desired sand grain size distribution.
Hearing aid , in particular ITE hearing aid, which has - a housing , - at least one electrical component , in particular a receiver, which is arranged in the housing and extends in a longitudinal direction , - an antenna arrangement , which has a winding wound in a coil-like manner around the electrical component , a magnetic layer being arranged between the winding and the electrical component , characterized in that the magnetic layer has a partial section arranged on the electrical component and at least one tab , which adjoins said partial section in the longitudinal direction and projects beyond the component in the longitudinal direction , the tab delimiting an intermediate space , which intermediate space adjoins the electrical component in the longitudinal direction . - a housing , - at least one electrical component , in particular a receiver, which is arranged in the housing and extends in a longitudinal direction , - an antenna arrangement , which has a winding wound in a coil-like manner around the electrical component , a magnetic layer being arranged between the winding and the electrical component , characterized in that the magnetic layer has a partial section arranged on the electrical component and at least one tab , which adjoins said partial section in the longitudinal direction and projects beyond the component in the longitudinal direction , the tab delimiting an intermediate space , which intermediate space adjoins the electrical component in the longitudinal direction .
A method of controlling media delivery performed by a content server providing a Moving Picture Experts Group Media Transport, MMT, package in a multimedia transport network, the method comprising: transmitting composition information, CI, on media assets within the MMT package to be transmitted, to an electronic device, wherein each of the media assets comprises at least one media processing unit, MPU, being independently decodable and fragmented into a plurality of media fragment units, MFUs; receiving a feedback message including information on the network condition of the electronic device; identifying one or more MFUs from the media package to be dropped based on the network condition, on priority information indicating a relative priority of an MFU against other MFUs within one MPU and on a dependency counter indicating a number of other MFUs which should be decoded dependently on a specific MFU; and packetizing the remaining MFUs except for the one or more dropped MFUs to MMT packets for transmitting and transmitting them. transmitting composition information, CI, on media assets within the MMT package to be transmitted, to an electronic device, wherein each of the media assets comprises at least one media processing unit, MPU, being independently decodable and fragmented into a plurality of media fragment units, MFUs; receiving a feedback message including information on the network condition of the electronic device; identifying one or more MFUs from the media package to be dropped based on the network condition, on priority information indicating a relative priority of an MFU against other MFUs within one MPU and on a dependency counter indicating a number of other MFUs which should be decoded dependently on a specific MFU; and packetizing the remaining MFUs except for the one or more dropped MFUs to MMT packets for transmitting and transmitting them.