mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor device for use in detecting current in a conductor , said sensor device comprising: a non-magnetic substrate defining an aperture through which a conductor is received; a coil comprising a plurality of turns wound about at least a portion of said substrate ; and a housing enclosing said substrate and said coil , said housing comprising: a dielectric material having a dielectric constant, said dielectric material positioned adjacent said coil and at least partially within said aperture for said dielectric material to be disposed between said coil and said conductor when said conductor is received through said aperture ; and characterized in that the housing further comprises: an offset ring fitting within said aperture with an outer end of the offset ring projecting perpendicular to an outer face of said housing for said ring to be offset from said housing, the offset ring ensuring that said sensor device is spaced a distance away from any object in a meter with which said sensor device is used; and at least one spacer extending between said offset ring and said conductor so to maintain a position of said coil relative to said conductor . a non-magnetic substrate defining an aperture through which a conductor is received; a coil comprising a plurality of turns wound about at least a portion of said substrate ; and a housing enclosing said substrate and said coil , said housing comprising: a dielectric material having a dielectric constant, said dielectric material positioned adjacent said coil and at least partially within said aperture for said dielectric material to be disposed between said coil and said conductor when said conductor is received through said aperture ; and characterized in that the housing further comprises: an offset ring fitting within said aperture with an outer end of the offset ring projecting perpendicular to an outer face of said housing for said ring to be offset from said housing, the offset ring ensuring that said sensor device is spaced a distance away from any object in a meter with which said sensor device is used; and at least one spacer extending between said offset ring and said conductor so to maintain a position of said coil relative to said conductor . an offset ring fitting within said aperture with an outer end of the offset ring projecting perpendicular to an outer face of said housing for said ring to be offset from said housing, the offset ring ensuring that said sensor device is spaced a distance away from any object in a meter with which said sensor device is used; and at least one spacer extending between said offset ring and said conductor so to maintain a position of said coil relative to said conductor .
A time synchronization system comprising: a plurality of master nodes (1A, 1B and 1N); and one or more slave nodes (2A, 2B and 2N) configured to correct a local slave clock thereof by synchronizing time with time in a local master clock of one of the plurality of master nodes (1A, 1B and 1N), wherein a first master node among the plurality of master nodes (1A, 1B and 1N) is configured to correct a first local master clock of the first master node at predetermined periodic intervals by synchronizing with a timing synchronization signal from a source clock node having a source clock specified in a clock domain, and characterized in that if a second local master clock of a second master node among the plurality of master nodes (1A, 1B and 1N) has a greater error from the source clock than an error of the first local master clock from the source clock, the second master node is configured to: perform first correction on the second local master clock by synchronizing time with time in the first local master clock; and perform second correction on the second local master clock by synchronizing with the timing synchronization signal from the source clock node on condition that an error in the second local master clock from the first local master clock after the first correction is within a preset threshold. a plurality of master nodes (1A, 1B and 1N); and one or more slave nodes (2A, 2B and 2N) configured to correct a local slave clock thereof by synchronizing time with time in a local master clock of one of the plurality of master nodes (1A, 1B and 1N), wherein a first master node among the plurality of master nodes (1A, 1B and 1N) is configured to correct a first local master clock of the first master node at predetermined periodic intervals by synchronizing with a timing synchronization signal from a source clock node having a source clock specified in a clock domain, and characterized in that if a second local master clock of a second master node among the plurality of master nodes (1A, 1B and 1N) has a greater error from the source clock than an error of the first local master clock from the source clock, the second master node is configured to: perform first correction on the second local master clock by synchronizing time with time in the first local master clock; and perform second correction on the second local master clock by synchronizing with the timing synchronization signal from the source clock node on condition that an error in the second local master clock from the first local master clock after the first correction is within a preset threshold. perform first correction on the second local master clock by synchronizing time with time in the first local master clock; and perform second correction on the second local master clock by synchronizing with the timing synchronization signal from the source clock node on condition that an error in the second local master clock from the first local master clock after the first correction is within a preset threshold.
A method of controlling an interconnected system that supplies power to a power system , and includes a natural energy power generator that changes in output, an electric power storage-compensation device comprising a sodium-sulfur battery and a bidirectional converter , and a local load , the method comprising setting the interconnected system in a non-power transmission mode in which a planned power generation value of a power generation schedule of the interconnected system is set to the sum of power generated by the natural energy power generator and local load power of the interconnected system , when the planned power generation value is 0 kW or less, and the sum of the power generated by the natural energy power generator and the local load power of the interconnected system has reached a value at which power is supplied to the interconnected system from the power system ; wherein the electric power storage-compensation device charges or discharges the sodium-sulfur battery to absorb a change in output from the natural energy power generator by changing the amount of control of the bidirectional converter based on the output from the natural energy power generator so that power that compensates for a change in output from the natural energy power generator is input or output.
A cushion for providing a sealed interface between a face of a person and a frame of a respiratory mask system for delivery of a supply of air at positive pressure to the entrance of the airways of the person, the cushion comprising a sealing portion (SP) including: a nasal bridge (NBR) portion adapted to form a seal on the nasal bridge of the person; a side of nose (SON) region; at least one lateral stabilising portion (LSP) adapted to provide a force in use on a side of the person's nose in the region of the nasal bridge of the person; a corner of mouth (MCR) region; and a lower lip region; the cushion further comprising a retention feature (RF) adapted to interlock with the frame; a wall portion located between the retention feature (RF) of the cushion and the sealing portion (SP), the wall portion having a first cross-sectional profile in the corner of mouth (MCR) region, and a second cross-sectional profile in the side of nose (SON) region, wherein the sealing portion (SP) is supported along the sides of the person's nose, and characterized by that the sealing portion (SP) is substantially unsupported in a lip region of the person. a nasal bridge (NBR) portion adapted to form a seal on the nasal bridge of the person; a side of nose (SON) region; at least one lateral stabilising portion (LSP) adapted to provide a force in use on a side of the person's nose in the region of the nasal bridge of the person; a corner of mouth (MCR) region; and a lower lip region; the cushion further comprising a retention feature (RF) adapted to interlock with the frame; a wall portion located between the retention feature (RF) of the cushion and the sealing portion (SP), the wall portion having a first cross-sectional profile in the corner of mouth (MCR) region, and a second cross-sectional profile in the side of nose (SON) region, wherein the sealing portion (SP) is supported along the sides of the person's nose, and characterized by that the sealing portion (SP) is substantially unsupported in a lip region of the person.
Coil assembly comprising a housing and a magnetic coil arranged therein for generating a magnetic field for transcranial magnetic stimulation, wherein the coil assembly further comprises an electrode arrangement arranged on the housing for deriving an EEG signal, the magnetic coil and the electrode arrangement being arranged on top of each other, characterized in that the electrode arrangement comprises at least one fixed electrode and at least one spring electrode .
A side curtain airbag for a motor vehicle which is deployable from a motor vehicle ceiling or a motor vehicle side window sill, the airbag comprising a first inflatable portion configured when inflated to cover and be in spaced alignment with a side window: characterized in that , when the airbag is deployed, an outboard panel of the first inflatable portion adopts a profile curving into the motor vehicle passenger compartment, wherein the outboard panel comprises one or more horizontal pleats .
Cannabidiol (CBD) for use in the treatment of seizures in Lennox-Gastaut syndrome wherein the CBD is in the form of a highly purified extract of cannabis which comprises at least 98% (w/w) CBD or is present as a synthetic compound and the seizures are atonic seizures.
A slat-based support device for a bed base comprising a bed base frame (L), said slat-based support device comprising two parallel transverse slats , connected at each of their ends by a slat end-piece structure including two slat end-pieces , said slat end-piece structure being supported by two deformable bent levers each consisted of two arms articulated to each other, a lower one (7, 7a; 7', 7'a) and an upper one (8, 8a; 8', 8'a) supporting said slat end-piece structure , said two lower arms (7, 7a; 7', 7'a) being each ended by a gear wheel portion meshing with each other, the pairs of gear wheels of the two slat end-piece structures located opposite to each other at each end of the slats being rotationally coupled to each other by motion transmission rods , said motion transmission rods having a square cross-section, being hollow and each extending along a longitudinal axis, the lower ends of the lower arms (7, 7a; 7', 7'a) of the two bent levers including a fitting recess for the end of said motion transmission rods , of complementary square cross-section, said slat-based support device including means for its fastening to said bed-base frame (L), and said slat-based support device including elastic return means adapted to tend to move said slat end-piece structures apart from said means for the fastening to the bed base frame (L), characterized in that said means for the fastening to the bed base frame (L) consist of a fastening platen , associated with a support base , said fastening platen is provided with means for the fastening to the lower arms (7, 7a; 7', 7'a) of the two bent levers , said fastening platen and said support base comprise means for their removable attachment to each other, and said support base is provided with means for its fastening to said bed base frame (L), said means for fastening said fastening platen to the lower arms (7, 7a; 7', 7'a) of the two bent levers being consisted of two cylindrical articulation axes attached to said fastening platen , each adapted to fit into a fitting hole of circular cross-section, acting as a journal, arranged at the lower end of a lower arm (7, 7a; 7', 7'a) of a bent lever , said fitting recess of said motion transmission rods is located in the continuation of the fitting hole of said articulation axes of said fastening platen , and extends coaxially to the latter, and said articulation axes extend in protrusion from their fitting hole and partially penetrate into said fitting recesses and into said motion transmission rods .
The use of an amorphous thermoplastic polyester for the production of optical articles, said amorphous thermoplastic polyester comprising: • at least one 1,4:3,6-dianhydrohexitol unit (A); • at least one alicyclic diol unit (B) other than the 1,4:3,6-dianhydrohexitol units (A); • at least one terephthalic acid unit (C); the (A)/[(A)+(B)] molar ratio being at least 0.32 and at most 0.90; said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 1%, and the reduced solution viscosity (25°C; phenol (50%m): orthodichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g said polyester having a glass transition temperature of at least 116°C and of most 200°C. • at least one 1,4:3,6-dianhydrohexitol unit (A); • at least one alicyclic diol unit (B) other than the 1,4:3,6-dianhydrohexitol units (A); • at least one terephthalic acid unit (C);
A compliant optical element mount assembly comprising: an optical element ; a mount , wherein cutout portions , retaining openings and passages connecting the retaining openings to cutout portions are formed in the top surface of the mount ; flexible members connected to the mount , each having a first end and a retainer provided at the first end for connection with the mount , wherein the flexible members are each placed within separate cutout portions , wherein each retaining opening has a shape substantially similar to the outer shape of the retainer and an opening slightly larger than the outer surface of the retainer , wherein the retainer is disposed within the opening with a gap provided therebetween; a bonding agent for binding the optical element to the flexible members , wherein the bonding agent is a polymer free bonding agent forming a hydroxide-catalyzed bond; a gap between the optical element and the one or more flexible members , wherein the bonding agent is applied in the gap ; and a potting compound within the gap between the retainer and the opening to connect the flexible members to the mount . an optical element ; a mount , wherein cutout portions , retaining openings and passages connecting the retaining openings to cutout portions are formed in the top surface of the mount ; flexible members connected to the mount , each having a first end and a retainer provided at the first end for connection with the mount , wherein the flexible members are each placed within separate cutout portions , wherein each retaining opening has a shape substantially similar to the outer shape of the retainer and an opening slightly larger than the outer surface of the retainer , wherein the retainer is disposed within the opening with a gap provided therebetween; a bonding agent for binding the optical element to the flexible members , wherein the bonding agent is a polymer free bonding agent forming a hydroxide-catalyzed bond; a gap between the optical element and the one or more flexible members , wherein the bonding agent is applied in the gap ; and a potting compound within the gap between the retainer and the opening to connect the flexible members to the mount .
An absorber coating for solar heat power generation, the coating having a network structure of composite particles comprising particles of metal oxide comprising mainly two or more metals selected from Mn, Cr, Cu, Zr, Mo, Fe, Co and Bi, and titanium oxide partly or entirely coating on the surface of the particle of metal oxide, wherein the surface roughness of the coating is 1.0 μm or more in arithmetic average roughness (Ra), and a ratio of a network area of the composite particle to a plane area of the coating is 7 or more.
A chip module, comprising a circuit board , a slot disposed on a surface of the circuit board , a lidless packaged chip , a heat radiator , and a substrate fixing assembly , wherein the lidless packaged chip comprises a substrate and a die packaged on the substrate , a connecting part of the lidless packaged chip is connected to an elastic terminal in the slot , the heat radiator is press-fitted on one side of the die facing away from the circuit board , and the substrate fixing assembly is press-fitted at a periphery of one side of the substrate away from the circuit board and avoids the die , wherein the lidless packaged chip comprises a reinforcing rib disposed on the substrate ; the reinforcing rib and the die are located on a same side of the substrate , and the reinforcing rib is disposed around the die ; and the substrate fixing assembly is in contact with one side of the reinforcing rib facing away from the substrate . the lidless packaged chip comprises a substrate and a die packaged on the substrate , a connecting part of the lidless packaged chip is connected to an elastic terminal in the slot , the heat radiator is press-fitted on one side of the die facing away from the circuit board , and the substrate fixing assembly is press-fitted at a periphery of one side of the substrate away from the circuit board and avoids the die , wherein the lidless packaged chip comprises a reinforcing rib disposed on the substrate ; the reinforcing rib and the die are located on a same side of the substrate , and the reinforcing rib is disposed around the die ; and the substrate fixing assembly is in contact with one side of the reinforcing rib facing away from the substrate .
An apparatus of a User Equipment (UE), the apparatus comprising: memory; and processing circuitry, configured to: encode, for a sidelink transmission to another UE in frequency resources allocated for sidelink operation, a physical sidelink control channel (PSCCH) or a physical sidelink shared channel (PSSCH); generate demodulation reference signals (DM-RSs) for the PSCCH or PSSCH, wherein the processing circuitry is configured to: generate an initialization value based on one or more parameters, wherein at least one of the parameters depends on location information of the UE; generate a pseudo-random sequence based on a pseudo-random sequence generator that uses the initialization value; generate a DM-RS sequence based on the pseudo-random sequence; and map at least a portion of the DM-RS sequence to a plurality of resource elements (REs) of the frequency resources allocated for sidelink operation, wherein the memory is configured to store at least a portion of the pseudo-random sequence. encode, for a sidelink transmission to another UE in frequency resources allocated for sidelink operation, a physical sidelink control channel (PSCCH) or a physical sidelink shared channel (PSSCH); generate demodulation reference signals (DM-RSs) for the PSCCH or PSSCH, wherein the processing circuitry is configured to: generate an initialization value based on one or more parameters, wherein at least one of the parameters depends on location information of the UE; generate a pseudo-random sequence based on a pseudo-random sequence generator that uses the initialization value; generate a DM-RS sequence based on the pseudo-random sequence; and map at least a portion of the DM-RS sequence to a plurality of resource elements (REs) of the frequency resources allocated for sidelink operation, generate an initialization value based on one or more parameters, wherein at least one of the parameters depends on location information of the UE; generate a pseudo-random sequence based on a pseudo-random sequence generator that uses the initialization value; generate a DM-RS sequence based on the pseudo-random sequence; and map at least a portion of the DM-RS sequence to a plurality of resource elements (REs) of the frequency resources allocated for sidelink operation, wherein the memory is configured to store at least a portion of the pseudo-random sequence.
An axle assembly comprising: a differential carrier ; a motor comprising a stator and a rotor , wherein the rotor is rotatable about an axis ; a motor cover ; a motor housing that extends between the differential carrier and the motor cover ; a rotor output flange that is fixedly mounted to the rotor ; a first rotor bearing assembly and a second rotor bearing assembly that are disposed on the differential carrier and rotatably support the rotor ; and characterized in that the axle assembly further comprises a spigot bearing assembly that extends between the motor cover and the rotor output flange and that is configured to rotatably support the rotor output flange to inhibit deflection of the rotor . a differential carrier ; a motor comprising a stator and a rotor , wherein the rotor is rotatable about an axis ; a motor cover ; a motor housing that extends between the differential carrier and the motor cover ; a rotor output flange that is fixedly mounted to the rotor ; a first rotor bearing assembly and a second rotor bearing assembly that are disposed on the differential carrier and rotatably support the rotor ; and characterized in that the axle assembly further comprises a spigot bearing assembly that extends between the motor cover and the rotor output flange and that is configured to rotatably support the rotor output flange to inhibit deflection of the rotor .
Drive for a belt conveyor system , comprising a permanently excited synchronous motor having a stator and a rotor , wherein a gap size (S) is formed between the rotor and the stator , wherein a holding device is provided which is secured to the stator by way of first securing means and to the rotor by way of second securing means , wherein the first securing means and/or the second securing means are designed to be releasable, wherein the holding device is designed in such a manner that an air gap (L) is created between the holding device and the stator or rotor when the first or second securing means are released, characterised in that the holding device is designed in the form of an angled flange ring which in particular has a continuous circumference.
A hypericin synthesized and purified by a process comprising the following steps: (a) photoconverting protohypericin to crude hypericin using a micro-reactor comprising a LED light source either as batch or continuous mode; (b) treating crude hypericin with at least one salt forming reagent in a solvent at a pre-precipitation temperature, filtering the treated hypericin while providing at least one cooling ramp to reach a post-precipitation temperature, wherein a precipitate is formed and washing and filtering the precipitate in a washing solvent, and (c) drying of the purified hypericin product with nitrogen, water vapor or air under vacuum, wherein the purified hypericin product is a mono-sodium salt in the form of a trihydrate having the following structure (a) photoconverting protohypericin to crude hypericin using a micro-reactor comprising a LED light source either as batch or continuous mode; (b) treating crude hypericin with at least one salt forming reagent in a solvent at a pre-precipitation temperature, filtering the treated hypericin while providing at least one cooling ramp to reach a post-precipitation temperature, wherein a precipitate is formed and washing and filtering the precipitate in a washing solvent, and (c) drying of the purified hypericin product with nitrogen, water vapor or air under vacuum,