mhurhangee/patent-ind-claim-en huggingface dataset:
Resistive soft start electromotor comprising a single-phase soft starter circuit which includes: at least a single-phase switch (S1), configured to connecting and disconnecting the main power source (P), and at least a fuse (F1) for circuit protection, at least a timer (KT1) for enforcing basic time for soft start, a contactor (KM1) which plays the main role in series startup which later switches to parallel mode, at least a first main coil of electromotor (L1), and a second main coil of electromotor (L2); wherein the timer (KT1) and contactor (KM1) are arranged to, at the start of the electromotor's movement, enter the second main coil (L2) in series during the start process, then enter the second main coil (L2) in parallel; characterized in that the first and second main coils (L1, L2) have half the wire diameter than a single main coil (M1) thereby increasing coil resistance causing less ampere to pass through the stator during the start process and applying less electrical load on net via electromotor and minimizing probability of stator winding damage during operation due to higher resistance in series coupling. at least a single-phase switch (S1), configured to connecting and disconnecting the main power source (P), and at least a fuse (F1) for circuit protection, at least a timer (KT1) for enforcing basic time for soft start, a contactor (KM1) which plays the main role in series startup which later switches to parallel mode, at least a first main coil of electromotor (L1), and a second main coil of electromotor (L2); wherein the timer (KT1) and contactor (KM1) are arranged to, at the start of the electromotor's movement, enter the second main coil (L2) in series during the start process, then enter the second main coil (L2) in parallel; characterized in that the first and second main coils (L1, L2) have half the wire diameter than a single main coil (M1) thereby increasing coil resistance causing less ampere to pass through the stator during the start process and applying less electrical load on net via electromotor and minimizing probability of stator winding damage during operation due to higher resistance in series coupling.
A speaker device comprising: a loudspeaker including a diaphragm and a field portion comprising a top plate , a magnet and a yoke , and disposed rearwardly of the diaphragm , the field portion being arranged to form a magnetic circuit that vibrates the diaphragm by means of a voice coil body ; and a cabinet accommodating the field portion , wherein the loudspeaker further includes a mounting member with which the loudspeaker is mounted to the cabinet , and a mounting plane of the mounting member includes a center of gravity of the loudspeaker , and characterized in that the cabinet includes a fixed part to which the mounting member is fixed, the fixed part being disposed in the cabinet , the loudspeaker being mounted to the cabinet such that the fixed part and the mounting member are in contact with each other at the mounting plane , the fixed part being fixed to the cabinet while stretching from a ceiling to a bottom face of the cabinet as well as stretching from one side face to an opposite side face of the cabinet , wherein the mounting member is integral with a top plate of the loudspeaker . a loudspeaker including a diaphragm and a field portion comprising a top plate , a magnet and a yoke , and disposed rearwardly of the diaphragm , the field portion being arranged to form a magnetic circuit that vibrates the diaphragm by means of a voice coil body ; and a cabinet accommodating the field portion , wherein the loudspeaker further includes a mounting member with which the loudspeaker is mounted to the cabinet , and a mounting plane of the mounting member includes a center of gravity of the loudspeaker , and characterized in that the cabinet includes a fixed part to which the mounting member is fixed, the fixed part being disposed in the cabinet , the loudspeaker being mounted to the cabinet such that the fixed part and the mounting member are in contact with each other at the mounting plane , the fixed part being fixed to the cabinet while stretching from a ceiling to a bottom face of the cabinet as well as stretching from one side face to an opposite side face of the cabinet , wherein the mounting member is integral with a top plate of the loudspeaker .
A device comprising: a semiconductor light emitting device comprising a stack of semiconductor layers including an active region; an optical element bonded to the semiconductor light emitting device; and a bonding layer disposed between the optical element and the semiconductor light emitting device; characterized in that the bonding layer comprises an oxide of tellurium. a semiconductor light emitting device comprising a stack of semiconductor layers including an active region; an optical element bonded to the semiconductor light emitting device; and a bonding layer disposed between the optical element and the semiconductor light emitting device; characterized in that the bonding layer comprises an oxide of tellurium.
A control apparatus for an electric machine, comprising a terminal that includes a plurality of electrically conductive plate materials, a base member on which the terminal is provided, a first electronic component that includes a plurality of electronic elements which are electrically connected to the terminal , a power device that supplies electric power to a motor and that controls driving of the motor , and a connector used for a control signal that controls driving of the motor , wherein a window part from which part of the terminal is exposed, is formed on the base member so as to penetrate in a thickness direction of the base member , and an extension electronic component arrangement part is provided in the vicinity of the power device and the connector used for a control signal on the base member , wherein the first electronic component is electrically connected to the terminal that is exposed from the window part , and a second electronic component is electrically connectable selectively between terminals of the extension electronic component arrangement part , wherein the control apparatus further comprises: a housing that is attached to the base member and that has a higher thermal conductivity than that of the base member ; and a contact plate that is arranged on a contact plate arrangement part of the housing and that is formed of a conductive and elastically deformable metal material, wherein the contact plate includes an elastically deformable part that is curved to form a convex shape toward the base member and a pair of support pieces that extend inward in a width direction from an outer end in the width direction of the elastically deformable part , and wherein the contact plate is supported such that the elastically deformable part of the contact plate receives a stress and is pressed and deformed by the base member and the housing . a housing that is attached to the base member and that has a higher thermal conductivity than that of the base member ; and a contact plate that is arranged on a contact plate arrangement part of the housing and that is formed of a conductive and elastically deformable metal material, wherein the contact plate includes an elastically deformable part that is curved to form a convex shape toward the base member and a pair of support pieces that extend inward in a width direction from an outer end in the width direction of the elastically deformable part , and wherein the contact plate is supported such that the elastically deformable part of the contact plate receives a stress and is pressed and deformed by the base member and the housing .
A method of identifying a dendritic cell subpopulation associated with an elite controller HIV phenotype, said method comprising: profiling an HIV-infected dendritic cell subpopulation using single cell RNA Seq (scRNA Seq); and evaluating, compared to non-infected cells, the upregulation of the following genes: GZMB, ZBED2, IL2RA, TOP2A, TYMS, MCM2, MKI67, MTHFD1, GZMH, FEN1, TMEM106C, CISH, CDK18, DNAJC9, ZWINT, PSAT1, TK1, CDCA5, TIGIT, ASF1B, DTL, POLD1, NUSAP1, GPR171, ACOT7, CD8B, CCL4, NCAPD3, CDCA7, CCNA2, MSH2, RRP12, CENPF, TBL3, TPX2, SH2D1A, TCF19, PTPN7, PPP5C, CCL3, SCCPDH, NDC80, CDC45, NCAPG, SRM, UBE2C, MCM10, BIRC5, PYCR1, WDHD1, SLC27A2, SLC38A5, RFC40, POLA1, PPAT, LMNB2, SLC29A1, TIMELESS, DHFR, RAD51, GINS23 SLC7A5, UBE2T, BUB1B, VCAM1, CENPU, IFNG, FANCG, BCAT1, KIF21A, RBBP8, TCF19, MAD2L1, CDC6, KIF23, PKMYT1, ASUN, EEF1E1, JAKMIP1, RRS1, PAM, CD320, SLC1A4, CDC20, XCL2, RUSC1, QTRT1, DCAF12, ESCO2, UTP15, MELK, CCNE2, FBXOS, NDFIP2, EXO1, MRPL46, CCNF, RRM2, NCAPG2, ICOS, CENPM, SH2D2A, SPAG5, PSMG1, THEMIS, CHAF1B, CDKN3, EMC8, TTK, POP7, LRR1, RECQL4, ZDHHC13, GMNN, SAYSD1, CEP85, RAD54L, XCL1, TEX30, SDC4, RAD51AP1, PINX1, DSCC1, STARD3NL, POLQ, CCDC51, QDPR and HIST1H1E. profiling an HIV-infected dendritic cell subpopulation using single cell RNA Seq (scRNA Seq); and evaluating, compared to non-infected cells, the upregulation of the following genes: GZMB, ZBED2, IL2RA, TOP2A, TYMS, MCM2, MKI67, MTHFD1, GZMH, FEN1, TMEM106C, CISH, CDK18, DNAJC9, ZWINT, PSAT1, TK1, CDCA5, TIGIT, ASF1B, DTL, POLD1, NUSAP1, GPR171, ACOT7, CD8B, CCL4, NCAPD3, CDCA7, CCNA2, MSH2, RRP12, CENPF, TBL3, TPX2, SH2D1A, TCF19, PTPN7, PPP5C, CCL3, SCCPDH, NDC80, CDC45, NCAPG, SRM, UBE2C, MCM10, BIRC5, PYCR1, WDHD1, SLC27A2, SLC38A5, RFC40, POLA1, PPAT, LMNB2, SLC29A1, TIMELESS, DHFR, RAD51, GINS23 SLC7A5, UBE2T, BUB1B, VCAM1, CENPU, IFNG, FANCG, BCAT1, KIF21A, RBBP8, TCF19, MAD2L1, CDC6, KIF23, PKMYT1, ASUN, EEF1E1, JAKMIP1, RRS1, PAM, CD320, SLC1A4, CDC20, XCL2, RUSC1, QTRT1, DCAF12, ESCO2, UTP15, MELK, CCNE2, FBXOS, NDFIP2, EXO1, MRPL46, CCNF, RRM2, NCAPG2, ICOS, CENPM, SH2D2A, SPAG5, PSMG1, THEMIS, CHAF1B, CDKN3, EMC8, TTK, POP7, LRR1, RECQL4, ZDHHC13, GMNN, SAYSD1, CEP85, RAD54L, XCL1, TEX30, SDC4, RAD51AP1, PINX1, DSCC1, STARD3NL, POLQ, CCDC51, QDPR and HIST1H1E.
A process for the removal of carbon dioxide (CO 2 ) from a feed mixture comprising methane and carbon dioxide (CO 2 ), the process comprising: (a) subjecting the feed mixture to a first distillation step in a first distillation column (T-1) or a first section of a distillation column, at a pressure of at least 45 bar, yielding after distillation a first bottom product stream comprising CO 2 and a first top product stream comprising CO 2 and methane, (b) heating (E-1) said first top product stream or a part of said first top product stream to yield a heated first top product stream respectively a heated part of said first top product stream, wherein heating is done to a temperature higher than the dew point of the stream at the pressure of the subsequent second distillation step, (c) subjecting the heated first top product stream or the heated part of said first top product stream, respectively, to a second distillation step in a second distillation column (T-2) or a second section of the distillation column, at a pressure lower than 45 bar, yielding thereby a second top product stream comprising methane and a second bottom product stream, (d) feeding said second bottom product stream to said first distillation column or said first section of the distillation column. (a) subjecting the feed mixture to a first distillation step in a first distillation column (T-1) or a first section of a distillation column, at a pressure of at least 45 bar, yielding after distillation a first bottom product stream comprising CO 2 and a first top product stream comprising CO 2 and methane, (b) heating (E-1) said first top product stream or a part of said first top product stream to yield a heated first top product stream respectively a heated part of said first top product stream, wherein heating is done to a temperature higher than the dew point of the stream at the pressure of the subsequent second distillation step, (c) subjecting the heated first top product stream or the heated part of said first top product stream, respectively, to a second distillation step in a second distillation column (T-2) or a second section of the distillation column, at a pressure lower than 45 bar, yielding thereby a second top product stream comprising methane and a second bottom product stream, (d) feeding said second bottom product stream to said first distillation column or said first section of the distillation column.
Method for automatically detecting a lower-lying loading area of a vehicle with an at least partially lateral side wall , comprising the steps Determining (S101) a side contour of a vehicle ; Determining (S102) a height profile of the vehicle ; Calculating (S103) a deviation between the side contour and the height profile ; and Determining (S104) the loading area on the basis of the deviation and the position and/or extent of the loading area from a course of the deviation . Determining (S101) a side contour of a vehicle ; Determining (S102) a height profile of the vehicle ; Calculating (S103) a deviation between the side contour and the height profile ; and Determining (S104) the loading area on the basis of the deviation and the position and/or extent of the loading area from a course of the deviation .
Dental implant • with a tip area provided with a sharp-edged thread , • with a middle area adjoining the tip area and provided with a trapezoidal thread ; and • with a coronal area adjoining the middle area and provided with a sharp-edged thread , • wherein the tip area , the middle area and the coronal area extend along a longitudinal axis (L) of the implant, characterized in • that a line connecting all the thread bases of the said threads to one another runs curved outward only in the middle area relative to the longitudinal axis (L) of the implant, so that only the middle area , as seen from a direction (R) starting from the longitudinal axis (L) of the implant, is provided with an outwardly directed bulge (A) and the middle area is more massive than the tip area and the coronal area, wherein each thread depth in the tip area and in the coronal area is in each case greater than each thread depth in the middle area . • with a tip area provided with a sharp-edged thread , • with a middle area adjoining the tip area and provided with a trapezoidal thread ; and • with a coronal area adjoining the middle area and provided with a sharp-edged thread , • wherein the tip area , the middle area and the coronal area extend along a longitudinal axis (L) of the implant, characterized in • that a line connecting all the thread bases of the said threads to one another runs curved outward only in the middle area relative to the longitudinal axis (L) of the implant, so that only the middle area , as seen from a direction (R) starting from the longitudinal axis (L) of the implant, is provided with an outwardly directed bulge (A) and the middle area is more massive than the tip area and the coronal area, wherein each thread depth in the tip area and in the coronal area is in each case greater than each thread depth in the middle area .
Wood screw provided to be screwed into an object, wherein the screw comprises a screw head , a cylindrical shank around which a primary thread helically extends and a conical end part ending in a tip , wherein said wood screw has three separate threads , specifically the primary thread , a first auxiliary thread and a second auxiliary thread which are not connected to one another in any location, wherein the primary thread comprises an initial part extending in the direction of the tip of the screw , which initial part starts in the conical end part , wherein the inclination of the first and second auxiliary threads and the primary thread , with the exclusion of the initial part , is the same, wherein the inclination of the initial part differs from the inclination of the rest of the primary thread , wherein the first and second auxiliary threads extend over at least a first and a second partial length, respectively, of the conical end part , and wherein the initial part of the primary thread extends at least partially into the zone delimited by the end of the first auxiliary thread and the start of the second auxiliary thread such that a channel is formed in each case between the end of the first auxiliary thread and the initial part , on the one hand, and between the initial part and the start of the second auxiliary thread , on the other hand, via which channel the material which is scraped away from the object in which the screw is screwed, by the initial part of the screw during the screwing process can be removed.
A method for connecting a first electronic device to internet through a second electronic device , comprising: the first electronic device broadcasting an acoustic signal which carries configuration information for configuring an access point for accessing internet, where the configuration information comprises an access point identifier, where the configuration information is adapted to be extracted from the acoustic signal by the second electronic device that receives the acoustic signal and is adapted to be used to configure the second electronic device itself as the access point for accessing internet; searching by the first electronic device an access point for accessing internet having the identifier; when the access point having the identifier is detected by the first electronic device: the first electronic device sending to the access point a request for connecting to it to access an internet service and the first electronic device connecting to internet through the access point after a notice of permission is received from the access point. the first electronic device broadcasting an acoustic signal which carries configuration information for configuring an access point for accessing internet, where the configuration information comprises an access point identifier, where the configuration information is adapted to be extracted from the acoustic signal by the second electronic device that receives the acoustic signal and is adapted to be used to configure the second electronic device itself as the access point for accessing internet; searching by the first electronic device an access point for accessing internet having the identifier; when the access point having the identifier is detected by the first electronic device: the first electronic device sending to the access point a request for connecting to it to access an internet service and the first electronic device connecting to internet through the access point after a notice of permission is received from the access point.
A method of acquiring seismic data comprising the steps of: a. deploying receivers in a survey area; b. identifying seismic source points within the survey area; c. directing seismic energy into the ground at the source points and recording reflected and/or refracted seismic data with the deployed seismic receivers; d. recovering the measured data from the deployed seismic receivers; and e. reconstructing the wavefield from the recovered data; characterised in that each receiver is laterally spaced from adjacent receivers in two horizontal directions wherein the lateral spacing in the two horizontal directions is deliberately non-uniform, wherein the receivers do not line up in the two horizonal directions, and wherein the spacing between any two seismic receivers in the deliberately non-uniform direction varies by a distance of at least five percent between the largest spacing and smallest spacing. a. deploying receivers in a survey area; b. identifying seismic source points within the survey area; c. directing seismic energy into the ground at the source points and recording reflected and/or refracted seismic data with the deployed seismic receivers; d. recovering the measured data from the deployed seismic receivers; and e. reconstructing the wavefield from the recovered data; characterised in that each receiver is laterally spaced from adjacent receivers in two horizontal directions wherein the lateral spacing in the two horizontal directions is deliberately non-uniform, wherein the receivers do not line up in the two horizonal directions, and wherein the spacing between any two seismic receivers in the deliberately non-uniform direction varies by a distance of at least five percent between the largest spacing and smallest spacing.
A method of analyzing power events in an electrical power system using at least one processor and sensor, the method comprising: monitoring at least one of a voltage and current signal in the electrical power system; identifying a power event in the electrical power system from the monitored at least one of the voltage and current signal; in response to identifying the power event, capturing waveforms of the monitored at least one of the voltage and current signal; determining energy-related information from pre-event measurements using the captured waveforms; determining energy-related information from post-event measurements using the captured waveforms; and identifying and/or deriving and/or calculating additional information associated with the power event by comparing (a) the determined energy-related information from pre-event measurements, with (b) the determined energy-related information from post-event measurements, characterized in that , the energy-related information comprises energy-related signals, and the additional information includes identification of one or more duration variations in the energy-related signals by determining a duration of each half-cycle of a waveform from the captured waveforms. monitoring at least one of a voltage and current signal in the electrical power system; identifying a power event in the electrical power system from the monitored at least one of the voltage and current signal; in response to identifying the power event, capturing waveforms of the monitored at least one of the voltage and current signal; determining energy-related information from pre-event measurements using the captured waveforms; determining energy-related information from post-event measurements using the captured waveforms; and identifying and/or deriving and/or calculating additional information associated with the power event by comparing (a) the determined energy-related information from pre-event measurements, with (b) the determined energy-related information from post-event measurements, characterized in that , the energy-related information comprises energy-related signals, and the additional information includes identification of one or more duration variations in the energy-related signals by determining a duration of each half-cycle of a waveform from the captured waveforms.