mhurhangee/patent-ind-claim-en huggingface dataset:
An optical apparatus for depolarizing a laser beam, comprising: a linear polarizer receiving the laser beam and transmitting a portion thereof that is linearly polarized; a polarization-scrambling phase modulator having fast and slow axes; an optical coupler receiving the linearly-polarized laser beam, dividing the linearly-polarized laser beam into two polarization components having equal power, and separately delivering the two polarization components to the fast and slow axes of the polarization-scrambling phase modulator; and charateized by a birefringent element having fast and slow axes, the polarization component in the slow axis of the polarization-scrambling phase modulator coupled into the fast axis of the birefringent element and the polarization component in the fast axis of the polarization-scrambling phase modulator coupled into the slow axis of the birefringent element; wherein, the polarization-scrambling phase modulator produces a differential phase ( φ d ( t )) modulation and a time delay (ΔT 2 ) between the two polarization components therein; wherein the birefringent element has a length selected to compensate for the time delay. a linear polarizer receiving the laser beam and transmitting a portion thereof that is linearly polarized; a polarization-scrambling phase modulator having fast and slow axes; an optical coupler receiving the linearly-polarized laser beam, dividing the linearly-polarized laser beam into two polarization components having equal power, and separately delivering the two polarization components to the fast and slow axes of the polarization-scrambling phase modulator; and charateized by a birefringent element having fast and slow axes, the polarization component in the slow axis of the polarization-scrambling phase modulator coupled into the fast axis of the birefringent element and the polarization component in the fast axis of the polarization-scrambling phase modulator coupled into the slow axis of the birefringent element; wherein, the polarization-scrambling phase modulator produces a differential phase ( φ d ( t )) modulation and a time delay (ΔT 2 ) between the two polarization components therein; wherein the birefringent element has a length selected to compensate for the time delay.
A method for monitoring an abnormality at an air outlet of a dehumidifier, the method comprises following steps: S100, identifying whether there is a blockage abnormality at the air outlet of the dehumidifier, characterised in that the method further comprises the following steps: S200, after a blockage abnormality at the air outlet has been identified, starting a high wind-level operation of the dehumidifier or controlling air deflectors of the dehumidifier to be reset; S300, after the high wind-level operation has run for a set time period, or after the air deflectors are reset, returning to step S100 to identify whether the blockage abnormality has been eliminated or not; S400, after it is identified that the blockage abnormality is not eliminated, controlling the dehumidifier to stop running, and sending out a fault cue. S200, after a blockage abnormality at the air outlet has been identified, starting a high wind-level operation of the dehumidifier or controlling air deflectors of the dehumidifier to be reset; S300, after the high wind-level operation has run for a set time period, or after the air deflectors are reset, returning to step S100 to identify whether the blockage abnormality has been eliminated or not; S400, after it is identified that the blockage abnormality is not eliminated, controlling the dehumidifier to stop running, and sending out a fault cue.
A double-sided milling insert (30;30') for high feed milling of metal workpieces wherein the insert has a trigonal basic shape and comprises upper and lower faces facing in opposite directions and convex clearance surfaces extending between the upper and lower faces, each one of the faces comprising a recessed support surface , said support surface being substantially parallel to the other support surface, and having a cavity therein for receiving a fastening means, intersections of the convex clearance surfaces with the upper and lower faces forming convex cutting edges (37A,37B;37A',37B') when seen in a plan view, a rake face being provided adjacent the convex cutting edges, each convex cutting edge being concave when seen in a side view, and each convex cutting edge comprising a substantially straight cutting edge portion (39A,39B;39A',39B') on each side of a curved cutting edge portion (40A,40B;40A',40B') when seen in a plan view, characterized in that each cutting edge (37A,37B;37A',37B') has a first portion (39A;39A') and a second portion (39B;39B') on each side of the curved cutting edge portion (40A,40B;40A',40B'), wherein the first portion (39A;39A') and the second portion (39B;39B') each follow a straight or convex path in a side view and are both straight in a plan view, and wherein the curved cutting edge portion (40A,40B;40A',40B') has a length that is longer than the length of each of the straight portions. each one of the faces comprising a recessed support surface , said support surface being substantially parallel to the other support surface, and having a cavity therein for receiving a fastening means, intersections of the convex clearance surfaces with the upper and lower faces forming convex cutting edges (37A,37B;37A',37B') when seen in a plan view, a rake face being provided adjacent the convex cutting edges, each convex cutting edge being concave when seen in a side view, and each convex cutting edge comprising a substantially straight cutting edge portion (39A,39B;39A',39B') on each side of a curved cutting edge portion (40A,40B;40A',40B') when seen in a plan view,
A method for performing an instruction on a platform application, comprising the steps of: - preparing a persistent instruction on a user workplace application that is remotely connected to a platform application ; - forwarding the persistent instruction to the platform application ; - setting up a secure connection between the platform application and a user authentication device; - performing an authorization dialog between the platform application and the user authentication device; and - executing the instruction only when the authorization dialog has successfully finished. - preparing a persistent instruction on a user workplace application that is remotely connected to a platform application ; - forwarding the persistent instruction to the platform application ; - setting up a secure connection between the platform application and a user authentication device; - performing an authorization dialog between the platform application and the user authentication device; and - executing the instruction only when the authorization dialog has successfully finished.
A method for wireless communication by a user equipment , comprising: transmitting a capability indicator indicating a number of supported beams, wherein a number of active TCI states is equal to or less than the number of supported beams indicated by the capability indicator; receiving signaling indicating one or more transmission configuration indicator, TCI, states corresponding to a first one or more beams; identifying one or more active quasi co-location, QCL, assumptions corresponding to a second one or more beams that differ from the first one or more beams; and monitoring for a transmission based at least in part on the first one or more beams or the second one or more beams. transmitting a capability indicator indicating a number of supported beams, wherein a number of active TCI states is equal to or less than the number of supported beams indicated by the capability indicator; receiving signaling indicating one or more transmission configuration indicator, TCI, states corresponding to a first one or more beams; identifying one or more active quasi co-location, QCL, assumptions corresponding to a second one or more beams that differ from the first one or more beams; and monitoring for a transmission based at least in part on the first one or more beams or the second one or more beams.
A photon-counting x-ray detector system (20; 200) comprising: - a plurality of detector elements ; - a plurality of photon-counting channels , wherein each detector element is connected to a corresponding photon-counting channel , and - an anti-coincidence circuit , which is connected to at least two neighboring photon-counting channels , defined as channels that are connected to detector elements which are located next to each other, and configured to detect coincident events in the connected neighboring photon-counting channels , wherein the x-ray detector system further comprises an anti-coincidence controller configured to control the operation of said anti-coincidence circuit based on photon count information to provide a rate-adaptive anti-coincidence system configured to be operated differently in dependence on said photon count information, wherein said anti-coincidence controller is configured to control the operation of said anti-coincidence circuit by gradually adapting the operation of and gradually limiting the influence of said anti-coincidence circuit with increasing count rates, starting from a threshold count rate, with a gradual transition from one state of operation to another. - a plurality of detector elements ; - a plurality of photon-counting channels , wherein each detector element is connected to a corresponding photon-counting channel , and - an anti-coincidence circuit , which is connected to at least two neighboring photon-counting channels , defined as channels that are connected to detector elements which are located next to each other, and configured to detect coincident events in the connected neighboring photon-counting channels , wherein the x-ray detector system further comprises an anti-coincidence controller configured to control the operation of said anti-coincidence circuit based on photon count information to provide a rate-adaptive anti-coincidence system configured to be operated differently in dependence on said photon count information, wherein said anti-coincidence controller is configured to control the operation of said anti-coincidence circuit by gradually adapting the operation of and gradually limiting the influence of said anti-coincidence circuit with increasing count rates, starting from a threshold count rate, with a gradual transition from one state of operation to another.
A wavelength division multiplexed, WDM, passive optical networks, PON, WDM PON comprising: an optical line transmitter, OLT, coupled to a plurality of optical network units, ONU, using an optical fibre network , the OLT having one or more WDM transceivers each arranged to transmit a received multi-cast or point-to-point channels and a multiplexer configured to multiplex together a respective dedicated wavelength (λa, λb) from each of the one or more WDM transceivers , wherein each WDM transceiver is arranged to transmit said multi-cast or point-to-point channel to a respective ONU using the respective dedicated wavelength (λa, λb); the OLT further comprising one or more input channel switches each associated with a respective WDM transceiver and arranged to selectively couple the input of the respective WDM transceiver to the multi-cast channels or to the point-to-point channels, wherein the one or more input channel switches are layer 1 switches; wherein each of the input channel switch is arranged to select between the multi-cast or the point-to-point channels in response to a control signal from the respective ONU (1 10a, 110b) corresponding to the respective WDM transceiver ; and wherein said multi-cast or point-to-point channel is transmitted over the fibre network to a remote node comprising a demultiplexer , wherein the demultiplexer separates the respective dedicated wavelengths (λa, λb) onto respective fibre links to the respective ONU , and wherein the selected multi-cast or point-to-point channels are directly converted to the respective dedicated wavelength. an optical line transmitter, OLT, coupled to a plurality of optical network units, ONU, using an optical fibre network , the OLT having one or more WDM transceivers each arranged to transmit a received multi-cast or point-to-point channels and a multiplexer configured to multiplex together a respective dedicated wavelength (λa, λb) from each of the one or more WDM transceivers , wherein each WDM transceiver is arranged to transmit said multi-cast or point-to-point channel to a respective ONU using the respective dedicated wavelength (λa, λb); the OLT further comprising one or more input channel switches each associated with a respective WDM transceiver and arranged to selectively couple the input of the respective WDM transceiver to the multi-cast channels or to the point-to-point channels, wherein the one or more input channel switches are layer 1 switches; wherein each of the input channel switch is arranged to select between the multi-cast or the point-to-point channels in response to a control signal from the respective ONU (1 10a, 110b) corresponding to the respective WDM transceiver ; and wherein said multi-cast or point-to-point channel is transmitted over the fibre network to a remote node comprising a demultiplexer , wherein the demultiplexer separates the respective dedicated wavelengths (λa, λb) onto respective fibre links to the respective ONU , and wherein the selected multi-cast or point-to-point channels are directly converted to the respective dedicated wavelength.
A device for operation on a pressurized bolt connection between a first flanged tubular and a second flanged tubular , the device comprises: - a first clamping member comprising a first body with a first contact portion adapted to bear against the flange of the first tubular , - a second clamping member comprising a second body with a second contact portion adapted to bear against the flange of the second tubular , and - a connection arrangement for pulling the first clamping member and second clamping member together with a force that is transferred to the flanges of the first tubular and second tubular , wherein the bolt connection comprises a plurality of bolts arranged in the flanges between the first tubular and the second tubular at a distance from the body of the tubular , wherein the first contact portion and the second contact portion are adapted to bear at an inner part of the flanges between the bolts and the body of the first tubular and the second tubular , and wherein each of the first clamping member and the second clamping member are arranged in at least two separate parts, characterised in that the device comprises a further connection arrangement for holding the separate parts of the first clamping member and the second clamping member together. - a first clamping member comprising a first body with a first contact portion adapted to bear against the flange of the first tubular , - a second clamping member comprising a second body with a second contact portion adapted to bear against the flange of the second tubular , and - a connection arrangement for pulling the first clamping member and second clamping member together with a force that is transferred to the flanges of the first tubular and second tubular ,
A mobile terminal device connectable to a network, comprising: a rechargeable battery serving as a power supply of the mobile terminal device; charger identification information reception means adapted to receive, from a charger connected to charge said rechargeable battery, charger identification information to be used to identify the charger; setting information storage means adapted to store setting information associated with the charger identification information; setting information extraction means adapted to extract, from said setting information storage means, the setting information corresponding to the charger identification information received by said charger identification information reception means; and setting means adapted to set, in the mobile terminal device, the setting information extracted by said setting information extraction means, wherein the setting information comprises function restriction setting information that restricts a function of the mobile terminal device, and wherein the charger identification information comprises information to identify an area where the charger is arranged, and wherein the setting is the silent mode. a rechargeable battery serving as a power supply of the mobile terminal device; charger identification information reception means adapted to receive, from a charger connected to charge said rechargeable battery, charger identification information to be used to identify the charger; setting information storage means adapted to store setting information associated with the charger identification information; setting information extraction means adapted to extract, from said setting information storage means, the setting information corresponding to the charger identification information received by said charger identification information reception means; and setting means adapted to set, in the mobile terminal device, the setting information extracted by said setting information extraction means, wherein the setting information comprises function restriction setting information that restricts a function of the mobile terminal device, and wherein the charger identification information comprises information to identify an area where the charger is arranged, and wherein the setting is the silent mode.
A polymer thick film copper conductor composition comprising: (a) 60 to 95 wt% copper powder possessing particles with an average particle size of 0.2 to 10 μm and a surface area/mass ratio in the range of 0.2 to 3.0 m 2 /g; dispersed in (b) 4 to 35 wt% organic medium comprising 2-7 wt% resin at least half of which, by weight, is polyimide resin, dissolved in an organic solvent; (c) 0.25 to 2 wt% reducing agent selected from the group consisting of glycerol, ethylene glycol, diethylene glycol and mixtures thereof; and (d) 0.0 to 2 wt% viscosity stabilizing agent comprising a carboxylic acid containing compound; wherein the wt% are based on the total weight of the polymer thick film copper conductor composition. (a) 60 to 95 wt% copper powder possessing particles with an average particle size of 0.2 to 10 μm and a surface area/mass ratio in the range of 0.2 to 3.0 m 2 /g; dispersed in (b) 4 to 35 wt% organic medium comprising 2-7 wt% resin at least half of which, by weight, is polyimide resin, dissolved in an organic solvent; 2-7 wt% resin at least half of which, by weight, is polyimide resin, dissolved in an organic solvent; (c) 0.25 to 2 wt% reducing agent selected from the group consisting of glycerol, ethylene glycol, diethylene glycol and mixtures thereof; and (d) 0.0 to 2 wt% viscosity stabilizing agent comprising a carboxylic acid containing compound;
Valve control apparatus for a vehicle, in particular an agricultural utility vehicle, having a control unit for actuating an electromagnetically actuable valve , the control unit retrieving an identification feature which is assigned to the electromagnetically actuable valve in the case of activation of a self-calibration mode, determining a valve type which corresponds to the retrieved identification feature, and selecting a control algorithm which is assigned to the determined valve type in order to actuate the electromagnetically actuable valve , characterized in that the identification feature is a characteristic actuating travel of an actuating unit which is provided for electromagnetically actuating the valve .
An optical stack comprising: a first substrate ; a nanostructure layer having a plurality of silver nanostructures on the first substrate , wherein the nanostructure layer has a thickness from 100 nm to 200 nm; an optically clear adhesive (OCA) layer deposited on the nanostructure layer ; wherein the silver nanostructures are in contact with the OCA layer , and wherein the OCA layer comprises one or more photo-stabilizers; characterised in that the OCA layer has a thickness from 25 μm to 250 μm. a first substrate ; a nanostructure layer having a plurality of silver nanostructures on the first substrate , wherein the nanostructure layer has a thickness from 100 nm to 200 nm; an optically clear adhesive (OCA) layer deposited on the nanostructure layer ; wherein the silver nanostructures are in contact with the OCA layer , and wherein the OCA layer comprises one or more photo-stabilizers; characterised in that the OCA layer has a thickness from 25 μm to 250 μm.
A building comprising a structural frame of the building, at least one window or door supported by and substantially aligned to the frame, and an external wall formed from insulated sandwich panels each comprising two skins and a continuous insulation layer sandwiched in between the skins, wherein the external wall further comprises insulating sealing means at a junction or space between sandwich panels or between sandwich panels and other building components such as windows, doors, roof, floor and frame so as to substantially reduce or eliminate the flow of heat through that junction or space, wherein the frame is exposed in at least part of the interior of the finished building and wherein at least part of the internal wiring of the building traverses the interior of the building on and/or in the frame, and wherein a surface of the at least one panel is metal characterised in that the panels in the external wall are supported by the frame and are offset externally from the frame; and a portion of a metal surface of the at least one panel adjoining another component of the building, comprises at least one channel configured to break thermal conduction along said portion of the panel in a direction transverse to the at least one channel.
A paging processing method, comprising: receiving , by a user equipment, a paging message from a mobility management entity, MME; in response to the paging message, sending , by the user equipment, a tracking area update, TAU, message to the MME when a mobility management back-off timer of the user equipment is under a running state and the value of a temporary identity used in next update, TIN, of the user equipment is a packet temporary mobile subscriber identity, P-TMSI; and receiving , by the MME, the TAU message, and acquiring a bearer context of the user equipment from a serving general packet radio service support node, SGSN. receiving , by a user equipment, a paging message from a mobility management entity, MME; in response to the paging message, sending , by the user equipment, a tracking area update, TAU, message to the MME when a mobility management back-off timer of the user equipment is under a running state and the value of a temporary identity used in next update, TIN, of the user equipment is a packet temporary mobile subscriber identity, P-TMSI; and receiving , by the MME, the TAU message, and acquiring a bearer context of the user equipment from a serving general packet radio service support node, SGSN.
An antibody or antigen-binding fragment thereof comprising a binding domain that specifically binds in a glycosylation-dependent manner to a polypeptide sequence in transmembrane-4 L six family member-1 (TM4SF1) that comprises an amino acid sequence NYTFASTEGQYLLDTSTWSECTEPKHIVEWNVS (SEQ ID NO: 1), wherein the amino acid residues of SEQ ID NO: 1 correspond to amino acid residues 129-161 of TM4SF1, wherein TM4SF1 is glycosylated at residue N129, residue N159, or both residues N129 and N159, and wherein said binding domain comprises the CDR sequences comprised in SEQ ID NO: 8 and SEQ ID NO: 9, as defined by Kabat.