mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device comprising: a radio communication unit ; and a processing unit configured to: receive system information including carrier information from a base station via a first downlink component carrier, the carrier information being used for transmission of a discovery signal for device-to-device communication between the terminal device and another terminal device ; and detect, on a carrier indicated by the carrier information, the discovery signal transmitted from said other terminal device, wherein the first downlink component carrier corresponds to a first uplink component carrier, wherein the carrier indicated by the carrier information corresponds to a second uplink component carrier, and wherein at least the first uplink component carrier and the second uplink component carrier are used for carrier aggregation by the terminal device . a radio communication unit ; and a processing unit configured to: receive system information including carrier information from a base station via a first downlink component carrier, the carrier information being used for transmission of a discovery signal for device-to-device communication between the terminal device and another terminal device ; and detect, on a carrier indicated by the carrier information, the discovery signal transmitted from said other terminal device, receive system information including carrier information from a base station via a first downlink component carrier, the carrier information being used for transmission of a discovery signal for device-to-device communication between the terminal device and another terminal device ; and detect, on a carrier indicated by the carrier information, the discovery signal transmitted from said other terminal device, wherein the first downlink component carrier corresponds to a first uplink component carrier, wherein the carrier indicated by the carrier information corresponds to a second uplink component carrier, and wherein at least the first uplink component carrier and the second uplink component carrier are used for carrier aggregation by the terminal device .
A method of analyzing an electrical current over a target surface , comprising: providing a plurality of magnetic field sensors at known locations in an array , wherein the array is sufficiently larger than the target surface that when the array is positioned proximate the target surface, a subset of said plurality of magnetic field sensors is positioned beyond the outer edges of the target surface, each sensor being operatively connected to an integrator ; positioning the plurality of magnetic field sensors proximate the target surface; applying an electrical current to the target surface; sensing a change in magnetic field strength at one or more sensor locations ; integrating the changes in magnetic field strength to derive a magnetic field strength value at each of the one or more sensor locations; inferring a current density over the target surface from the plurality of magnetic field strength values and corresponding sensor locations; interpolating magnetic field strength values between sensor locations; calculating virtual sensor locations corresponding to the interpolated magnetic field strength values; inferring a local virtual current value from each interpolated magnetic field strength value; and mapping the local virtual current values to the target surface using the corresponding virtual sensor locations. providing a plurality of magnetic field sensors at known locations in an array , wherein the array is sufficiently larger than the target surface that when the array is positioned proximate the target surface, a subset of said plurality of magnetic field sensors is positioned beyond the outer edges of the target surface, each sensor being operatively connected to an integrator ; positioning the plurality of magnetic field sensors proximate the target surface; applying an electrical current to the target surface; sensing a change in magnetic field strength at one or more sensor locations ; integrating the changes in magnetic field strength to derive a magnetic field strength value at each of the one or more sensor locations; inferring a current density over the target surface from the plurality of magnetic field strength values and corresponding sensor locations; interpolating magnetic field strength values between sensor locations; calculating virtual sensor locations corresponding to the interpolated magnetic field strength values; inferring a local virtual current value from each interpolated magnetic field strength value; and mapping the local virtual current values to the target surface using the corresponding virtual sensor locations.
A method for preparing a complementary deoxyribonucleic acid (cDNA) molecule comprising: (a) annealing a primer to a template nucleic acid molecule, thereby generating an annealed template nucleic acid molecule; and (b) mixing, in the presence of nucleotides, i. said annealed template nucleic acid molecule; ii. one or more acceptor nucleic acid molecules; and iii. a modified reverse transcriptase, wherein said modified reverse transcriptase comprises the amino acid sequence of SEQ ID NO: 50 and generates a plurality of continuous complementary deoxyribonucleic acid molecules by: i) reverse transcribing a sequence of said annealed template nucleic acid molecule; ii) migrating to an acceptor nucleic acid molecule; and iii) reverse transcribing a sequence of said acceptor nucleic acid molecule. (a) annealing a primer to a template nucleic acid molecule, thereby generating an annealed template nucleic acid molecule; and (b) mixing, in the presence of nucleotides, i. said annealed template nucleic acid molecule; ii. one or more acceptor nucleic acid molecules; and iii. a modified reverse transcriptase, wherein said modified reverse transcriptase comprises the amino acid sequence of SEQ ID NO: 50 and generates a plurality of continuous complementary deoxyribonucleic acid molecules by: i) reverse transcribing a sequence of said annealed template nucleic acid molecule; ii) migrating to an acceptor nucleic acid molecule; and iii) reverse transcribing a sequence of said acceptor nucleic acid molecule. i. said annealed template nucleic acid molecule; ii. one or more acceptor nucleic acid molecules; and iii. a modified reverse transcriptase, wherein said modified reverse transcriptase comprises the amino acid sequence of SEQ ID NO: 50 and generates a plurality of continuous complementary deoxyribonucleic acid molecules by: i) reverse transcribing a sequence of said annealed template nucleic acid molecule; ii) migrating to an acceptor nucleic acid molecule; and iii) reverse transcribing a sequence of said acceptor nucleic acid molecule.
An air core reactor for use in an electric power transmission and distribution system or in an electric power system of an electrical plant, the air core reactor comprising: an electrically insulated support structure ; a coil of windings configured to operate at a potential and isolated to ground or other potentials by the electrically insulated support structure ; and an insulator mounting bracket that attaches directly to the coil , the insulator mounting bracket is configured as an interface between the coil and the electrically insulated support structure , wherein the insulator mounting bracket includes three subcomponents, wherein the three subcomponents include: a mounting flange ; a body ; and a plurality of attachments (20(1-n)), characterized in that attachment of the insulator mounting bracket to the coil itself is via fasteners or via composite bands embedded into the windings of the coil during a construction process. an electrically insulated support structure ; a coil of windings configured to operate at a potential and isolated to ground or other potentials by the electrically insulated support structure ; and an insulator mounting bracket that attaches directly to the coil , the insulator mounting bracket is configured as an interface between the coil and the electrically insulated support structure , wherein the insulator mounting bracket includes three subcomponents, wherein the three subcomponents include: a mounting flange ; a body ; and a plurality of attachments (20(1-n)), a mounting flange ; a body ; and a plurality of attachments (20(1-n)), characterized in that attachment of the insulator mounting bracket to the coil itself is via fasteners or via composite bands embedded into the windings of the coil during a construction process.
An image processing device , comprising: an input interface configured to receive input of a first captured image and a second captured image captured by a plurality of imaging units of a stereo camera; and a controller configured to calculate parallax (d) by performing a one-dimensional matching based on pixel values of the first captured image and pixel values of the second captured image , extract one or more first feature points (P 1 ) from a region in the first captured image that includes continuous pixels having a difference in parallax (d) which is within a predetermined range, extract one or more second feature points (P 2 ) corresponding respectively to the one or more first feature points (P 1 ) by performing a two-dimensional matching between the one or more first feature points (P 1 ) and pixels in the second captured image , and calibrate at least one of the plurality of imaging units based on positions of the one or more first feature points (P 1 ) and positions of the one or more second feature points (P 2 ). an input interface configured to receive input of a first captured image and a second captured image captured by a plurality of imaging units of a stereo camera; and a controller configured to calculate parallax (d) by performing a one-dimensional matching based on pixel values of the first captured image and pixel values of the second captured image , extract one or more first feature points (P 1 ) from a region in the first captured image that includes continuous pixels having a difference in parallax (d) which is within a predetermined range, extract one or more second feature points (P 2 ) corresponding respectively to the one or more first feature points (P 1 ) by performing a two-dimensional matching between the one or more first feature points (P 1 ) and pixels in the second captured image , and calibrate at least one of the plurality of imaging units based on positions of the one or more first feature points (P 1 ) and positions of the one or more second feature points (P 2 ).
Operator control device having an operator control element with haptic feedback, wherein the operator control element can be activated by an operator by means of an input member, having a first and a second planar component which are oriented parallel to one another with their large surfaces and can move relative to one another, wherein the first planar component forms the operator control element or transmits its movement entirely or partially to the operator control element, wherein the planar components are guided between a position of rest and an activation position while maintaining their parallel position with respect to one another, wherein in the activation position the distance between the two planar components is smaller than in the position of rest, and the two planar components are spring loaded in their position of rest, and wherein the planar components can be driven by an actuator counter to the spring force such that they can be moved out of their position of rest into their activation position, wherein the planar components are composed entirely or partially of a ferromagnetic material, characterized in that at least one coil is arranged between the planar components , wherein by energizing the coil the planar components can be moved with relative displacement in their planes with respect to one another such that their distance from one another is reduced, in that the coil is a flat coil which is arranged on a printed circuit board .
The use of compounds of general formula (I), in which A represents -Q-(CH 2 ) n -Q, -(CH 2 ) m -Q-(CH 2 ) p - or , Q represents O, N(R 5 ) or N + H(R 5 ) X - , R 1 , R 2 , R 3 , R 4 and R 5 represent, independently of one another, hydrogen or a straight-chain or branched alkyl group having 1 to 4 C atoms, X - represents a charge-balancing anion, and n represents a number from 1 to 10, and m and p represent, independently of one another, numbers from 0 to 7, in washing or cleaning agents for improving the washing or cleaning performance against bleachable stains.
A device for measuring a thickness (E) of a contact wire of an overhead catenary extending above a railway, the contact wire being intended to be in contact with a pantograph of a rail vehicle circulating on the railway, the device comprising: - a frame intended to be carried by a pole , the frame having means for suspending the frame over the contact wire, the suspension means forming a passage for engaging (P) the contact wire and defining an axis of displacement (D) of the contact wire in the engagement passage; - means for measuring the thickness of the contact wire inside the engagement passage, characterized in that the means for measuring the thickness comprise: - a light source configured to transversely illuminate the contact wire in the engagement passage and create a projected shadow; - an optical sensor configured to capture the projected shadow of the contact wire; - means for determining a thickness of the contact wire from the projected shadow of the contact wire measured by the optical sensor. - a frame intended to be carried by a pole , the frame having means for suspending the frame over the contact wire, the suspension means forming a passage for engaging (P) the contact wire and defining an axis of displacement (D) of the contact wire in the engagement passage; - means for measuring the thickness of the contact wire inside the engagement passage, - a light source configured to transversely illuminate the contact wire in the engagement passage and create a projected shadow; - an optical sensor configured to capture the projected shadow of the contact wire; - means for determining a thickness of the contact wire from the projected shadow of the contact wire measured by the optical sensor.
A solvent-free process for preparing krill oil comprising: a) mincing or grinding whole raw krill and/or a krill fraction to form minced krill; b) preheating the minced krill to a maximum temperature of 55-63°C for 9 minutes, wherein the preheating is carried out using an indirect steam heating system and at low rotation speed of 3 rpm; c) contacting the preheated minced krill with a direct steam injection at a high pressure of 300-500 kPa and at rotation speed of 12 rpm for 62 seconds until the preheated minced krill reaches a temperature of 97-98°C. thereby transforming the preheated minced krill to melted krill containing a partially de-fatted and de-watered solid and liquid; d) separating the partially de-fatted and de-watered solid and a liquid from the melted krill; e) squeezing the partially de-fatted and de-watered melted solid to provide a press liquid having residual solid particles and a solid fraction; f) separating residual solid particles from the press liquid to obtain a substantially residual solid and particle-free press liquid; and g) phase-separating the substantially residual solid, particle-free press liquid, to provide an emulsion comprising krill oil enriched in phospholipids with Eicosapentaenoic acid (EPA) and Docosahexaenoic acid (DHA), emulsified with water, proteins and astaxanthin, and h) removing the water from the emulsion to obtain a dried krill oil enriched in phospholipids with EPA and DHA in combination with astaxanthin a) mincing or grinding whole raw krill and/or a krill fraction to form minced krill; b) preheating the minced krill to a maximum temperature of 55-63°C for 9 minutes, wherein the preheating is carried out using an indirect steam heating system and at low rotation speed of 3 rpm; c) contacting the preheated minced krill with a direct steam injection at a high pressure of 300-500 kPa and at rotation speed of 12 rpm for 62 seconds until the preheated minced krill reaches a temperature of 97-98°C. thereby transforming the preheated minced krill to melted krill containing a partially de-fatted and de-watered solid and liquid; d) separating the partially de-fatted and de-watered solid and a liquid from the melted krill; e) squeezing the partially de-fatted and de-watered melted solid to provide a press liquid having residual solid particles and a solid fraction; f) separating residual solid particles from the press liquid to obtain a substantially residual solid and particle-free press liquid; and g) phase-separating the substantially residual solid, particle-free press liquid, to provide an emulsion comprising krill oil enriched in phospholipids with Eicosapentaenoic acid (EPA) and Docosahexaenoic acid (DHA), emulsified with water, proteins and astaxanthin, and h) removing the water from the emulsion to obtain a dried krill oil enriched in phospholipids with EPA and DHA in combination with astaxanthin
Magnetic closure having two connection modules for connecting two elements to each of which one of the connection modules can be fastened, wherein at least one permanent magnet (A, B, C, D) is arranged in each of the connection modules, and wherein the magnetic attraction between the connection modules is at least weakened by rotation relative to one another, characterized in that - each connection module has a tubular guide portion, wherein the guide portions are designed such that they can be plugged one inside the other and, with the magnetic closure closed, are situated in an assigned clearance of the respective other connection module, and - the at least one permanent magnet (A, B, C, D) is arranged on the bottom of the guide portion of the respective connection module, wherein the at least one permanent magnet (C, D) is fixedly arranged in the first guide portion and the at least one permanent magnet (A, B) is movably arranged in the second guide portion in such a way that, upon closing, the permanent magnet (A, B) is automatically oriented into an attraction position with respect to the other permanent magnet (C, D). - each connection module has a tubular guide portion, wherein the guide portions are designed such that they can be plugged one inside the other and, with the magnetic closure closed, are situated in an assigned clearance of the respective other connection module, and - the at least one permanent magnet (A, B, C, D) is arranged on the bottom of the guide portion of the respective connection module, wherein the at least one permanent magnet (C, D) is fixedly arranged in the first guide portion and the at least one permanent magnet (A, B) is movably arranged in the second guide portion in such a way that, upon closing, the permanent magnet (A, B) is automatically oriented into an attraction position with respect to the other permanent magnet (C, D).
A shower head for a sanitary apparatus having at least one spray housing with a spray plate , wherein a water-conducting area is formed in the spray housing , in which area a jet former with a plurality of nozzles is arranged, which each extend at least partially through openings of the spray plate , wherein the jet former forms, at least partially, at least one air-filled pressure pad , wherein the at least one pressure pad yields during a use of the shower head and enlarges a volume of the water conducting area and wherein the at least one pressure pad rises back up after the use of the shower head and reduces the volume of the water-conducting area , characterized in that the at least one pressure pad is arranged between the spray plate and the jet former .
An input device comprising: a first input key configured to output a first analog signal as a function of force applied to the first input key ; a second input key configured to output a second analog signal as a function of force applied to the second input key ; a third input key configured to output a third analog signal as a function of force applied to the third input key ; a fourth input key configured to output a fourth analog signal as a function of force applied to the fourth input key ; and a controller configured to calculate a first vector having a first magnitude based on a value of the first analog signal, calculate a second vector having a second magnitude based on a value of the second analog signal, calculate a third vector having a third magnitude based on a value of the third analog signal, calculate a fourth vector having a fourth magnitude based on a value of the fourth analog signal, and output movement data including both direction and magnitude that represent a vector addition of the first, second, third, and fourth vectors. a first input key configured to output a first analog signal as a function of force applied to the first input key ; a second input key configured to output a second analog signal as a function of force applied to the second input key ; a third input key configured to output a third analog signal as a function of force applied to the third input key ; a fourth input key configured to output a fourth analog signal as a function of force applied to the fourth input key ; and a controller configured to calculate a first vector having a first magnitude based on a value of the first analog signal, calculate a second vector having a second magnitude based on a value of the second analog signal, calculate a third vector having a third magnitude based on a value of the third analog signal, calculate a fourth vector having a fourth magnitude based on a value of the fourth analog signal, and output movement data including both direction and magnitude that represent a vector addition of the first, second, third, and fourth vectors.
Use of an interleaving paper for glass plates for TFT liquid crystal displays or organic EL displays, wherein silicone is contained in the interleaving paper and wherein an amount of silicone contained in the paper is 0.5 ppm or less with respect to an absolute dry matter of the paper, and whereby the transfer of silicone to glass plates is controlled or inhibited.
An N-methyl d-aspartate receptor (NMDAR) antagonist that is ketamine for use in treating a condition associated with thalamocortical dysrhythmia in a patient undergoing transcranial low voltage electrical stimulation (TLVES) therapy or transcranial magnetic stimulation (TMS) therapy, wherein the TLVES or the TMS is applied during an administration of ketamine.
A combustion device comprising a plurality of burners arranged on a furnace wall of a furnace , each burner comprising: a cylindrical fuel nozzle that injects a mixture of a fuel and a carrier gas therefor into the furnace ; one or more cylindrical combustion gas nozzles that are provided on the outer circumference of the fuel nozzle and inject a combustion gas into the furnace ; and a wind box that supplies the combustion gas to the combustion gas nozzles , wherein the wind box has a combustion gas inflow opening portion into which the combustion gas flows from one direction vertical to the axial direction of the burner and is partitioned to form a plurality of parallel flow paths through which the combustion gas flows in from the combustion gas inflow opening portion , wherein one duct through which the combustion gas is collectively supplied to the plurality of wind boxes from the outside of the furnace is installed on the outer side of the furnace wall on which the wind boxes are installed, wherein the plurality of wind boxes are aligned and installed entirely inside the one duct such that the combustion gas flows into the combustion gas inflow opening portion from one direction common to all burners , and wherein some of the plurality of flow paths in the wind box are connected to an upper side of the combustion gas nozzles , the other flow paths are connected to a lower side of the combustion gas nozzles , and first flow rate adjusting means for adjusting a flow rate of the combustion gas is independently provided to each of the plurality of flow paths in the wind box .