mhurhangee/ep-ind-claims huggingface dataset:
A chopper amplifier comprising: a chopper modulator configured to modulate a certain detection signal and a bias voltage (Vb) by a certain control signal (φ1, φ2) and output a chopper modulation signal (Vha, Vhb); a first differential amplifier configured to differentially amplify the chopper modulation signal from the chopper modulator and output a differential modulation signal (Vda, Vdb); a chopper demodulator configured to demodulate the differential modulation signal from the first differential amplifier by the control signal and output a demodulation signal (Vfa, Vfb); a plurality of filters (50, 51) each of which is configured to filter the demodulation signal and output a filtered demodulation signal (Vfc, Vfd) and having different cutoff frequencies from each other relative to the demodulation signal, and a second differential amplifier configured to extract a detection signal component (Vg) from the filtered demodulation signals, wherein the plurality of filters includes a first highpass filter and a second highpass filter having different cutoff frequencies which satisfy the following relation: F c 1 < F in < F c 2 < < F chop where F c1 is the cutoff frequency of the first highpass filter, F c2 is the cutoff frequency of the second highpass filter, F in is a frequency of the detection signal, and F chop is a frequency of the control signal. a chopper modulator configured to modulate a certain detection signal and a bias voltage (Vb) by a certain control signal (φ1, φ2) and output a chopper modulation signal (Vha, Vhb); a first differential amplifier configured to differentially amplify the chopper modulation signal from the chopper modulator and output a differential modulation signal (Vda, Vdb); a chopper demodulator configured to demodulate the differential modulation signal from the first differential amplifier by the control signal and output a demodulation signal (Vfa, Vfb); a plurality of filters (50, 51) each of which is configured to filter the demodulation signal and output a filtered demodulation signal (Vfc, Vfd) and having different cutoff frequencies from each other relative to the demodulation signal, and a second differential amplifier configured to extract a detection signal component (Vg) from the filtered demodulation signals, wherein the plurality of filters includes a first highpass filter and a second highpass filter having different cutoff frequencies which satisfy the following relation: F c 1 < F in < F c 2 < < F chop where F c1 is the cutoff frequency of the first highpass filter, F c2 is the cutoff frequency of the second highpass filter, F in is a frequency of the detection signal, and F chop is a frequency of the control signal.
A secondary battery, comprising: an electrode assembly including a first electrode plate, a second electrode plate and a separator; a case having an opening and housing the electrode assembly and an electrolytic solution; and a cap assembly including a cap plate, an insulation plate, a terminal plate and an electrode terminal, wherein the cap assembly seals the opening, wherein the electrode terminal is electrically connected to the terminal plate and includes a head part, a first insertion part having a first thickness and a second insertion part having a second thickness less than the first thickness,wherein the second insertion part has upper and lower ends, wherein the upper end has the second thickness and wherein the lower end has a third thickness greater than the second thickness. an electrode assembly including a first electrode plate, a second electrode plate and a separator; a case having an opening and housing the electrode assembly and an electrolytic solution; and a cap assembly including a cap plate, an insulation plate, a terminal plate and an electrode terminal, wherein the cap assembly seals the opening, wherein the electrode terminal is electrically connected to the terminal plate and includes a head part, a first insertion part having a first thickness and a second insertion part having a second thickness less than the first thickness,wherein the second insertion part has upper and lower ends, wherein the upper end has the second thickness and wherein the lower end has a third thickness greater than the second thickness.
A method for wireless communications at a user equipment, UE, comprising: transmitting a signal to a base station indicating a UE capability configuration; receiving, over an unlicensed radio frequency spectrum band, a wakeup signal during a monitoring period, the wakeup signal indicating that wireless communications are to be performed between the UE and the base station during an active time period; identifying a guard time period upon receiving the wakeup signal, wherein the guard time period is based at least in part on the UE capability configuration; and performing, after an expiration of the guard time period, the wireless communications with the base station during the active time period. transmitting a signal to a base station indicating a UE capability configuration; receiving, over an unlicensed radio frequency spectrum band, a wakeup signal during a monitoring period, the wakeup signal indicating that wireless communications are to be performed between the UE and the base station during an active time period; identifying a guard time period upon receiving the wakeup signal, wherein the guard time period is based at least in part on the UE capability configuration; and performing, after an expiration of the guard time period, the wireless communications with the base station during the active time period.
An apparatus comprising: an inflatable packer assembly for use in a wellbore penetrating a subterranean formation, comprising: a first fixed sleeve fixed to a mandrel; a first sliding sleeve moveable along the mandrel; a first inflatable member connected to the first fixed sleeve and the first sliding sleeve; a second sliding sleeve moveable along the mandrel; a second inflatable member connected to the first sliding sleeve and the second sliding sleeve; a second fixed sleeve fixed to the mandrel and slidably engaging the second sliding sleeve; an inflation flowline disposed within the mandrel and in fluid communication with interiors of the first and second inflatable members (308, 312) for inflating the first and second inflatable members (308, 312) to isolate a portion of the wellbore; and an injection flowline disposed within the mandrel for injecting a fluid into the isolated wellbore portion at a high enough pressure to create microfractures in the subterranean formation. a first fixed sleeve fixed to a mandrel; a first sliding sleeve moveable along the mandrel; a first inflatable member connected to the first fixed sleeve and the first sliding sleeve; a second sliding sleeve moveable along the mandrel; a second inflatable member connected to the first sliding sleeve and the second sliding sleeve; a second fixed sleeve fixed to the mandrel and slidably engaging the second sliding sleeve; an inflation flowline disposed within the mandrel and in fluid communication with interiors of the first and second inflatable members (308, 312) for inflating the first and second inflatable members (308, 312) to isolate a portion of the wellbore; and an injection flowline disposed within the mandrel for injecting a fluid into the isolated wellbore portion at a high enough pressure to create microfractures in the subterranean formation.
Identification device for switchgear cabinets and other electrical devices having a carrier profile and at least one identification plate, wherein the carrier profile is suitable and designed for holding the identification plate, and wherein the carrier profile has a rear wall and two lateral retaining walls (5, 15) which extend forward from the rear wall, and wherein at least one support web (6, 16) is provided on the carrier profile, which support web is provided for supporting the identification plate and extends transverse to at least one retaining wall (5, 15), wherein a device (7, 17) for preventing under-insertion is provided in order to prevent the identification plate from being inserted under the support web (6, 16) during assembly, characterized in that the device (7, 17) for preventing under-insertion has, on the support web (6, 16), a web (8, 18) which extends in the direction of the rear wall.
A method of forming an absorbent structure for use in an absorbent article comprising: a. providing an absorbent structure forming surface; b. forming an absorbent composite, wherein the absorbent composite comprises at least about 70% by weight of a superabsorbent material; c. applying an aqueous composite stabilizer to the absorbent composite on a first side to stabilize the absorbent structure, the aqueous composite stabilizer comprising a stabilizing component and water, wherein the stabilizing component is applied to the absorbent composite at an add-on rate of between about 1% and about 4% by weight of the absorbent composite; and d. wherein the absorbent composite absorbs the water from the aqueous composite stabilizer. a. providing an absorbent structure forming surface; b. forming an absorbent composite, wherein the absorbent composite comprises at least about 70% by weight of a superabsorbent material; c. applying an aqueous composite stabilizer to the absorbent composite on a first side to stabilize the absorbent structure, the aqueous composite stabilizer comprising a stabilizing component and water, wherein the stabilizing component is applied to the absorbent composite at an add-on rate of between about 1% and about 4% by weight of the absorbent composite; and d. wherein the absorbent composite absorbs the water from the aqueous composite stabilizer.
An orthodontic bracket comprising a body including a bonding base for attachment to the tooth, a lingual vertical slot, a pair of laterally spaced gingival tie wings and a pair of laterally spaced occlusal tie wings, said gingival and occlusal tie wings projecting from a labial surface of said body; an archwire slot extending mesio-distally across said body and between the gingival and occlusal tie wings at opposed mesial and distal sides of said body to accommodate an archwire; a locking shutter including a pair of resilient arm members (32, 34) and a lingual guide bar between said resilient arm members, said locking shutter being moveable between an open position in which placement and removal of said archwire is facilitated and a closed position in which placement and removal of said archwire is inhibited; first and second tracks (20, 22) formed on each of first and second outer lateral surfaces (28, 30) of said body, extending from said gingival tie wings across said archwire slot and into said occlusal tie wings; said first and second tracks (20, 22) sized and otherwise dimensioned to receive said pair of resilient arm members (32, 34) therein; characterized in that said first and second tracks (20, 22) widen labial-lingually, and extend in a substantially occlusal-gingival direction such that a distance from a base of the archwire slot to a position where the first and second tracks (20, 22) cross the archwire slot is defined by distances d1 and d2 on alternate sides of the archwire slot and said distance is approximately the same as or marginally less than the width or depth of a rectangular archwire.
Method for treatment of a carbon dioxide-containing waste gas from an electric smelting process, wherein a hydrocarbon-containing gas is fed to the waste gas and the carbon dioxide of the waste gas is converted in a reaction at least partly into carbon monoxide and hydrogen and the carbon monoxide-hydrogen mixture is used for a further combustion process and comprising the following steps: - A re-combustion process using a combustion gas, - Adding the hydrocarbon-containing gas and reaction of the same with carbon dioxide present in the waste gas, - Intermediate storage of the waste gas with the carbon monoxide-hydrogen mixture in a gas holder, - Further cooling of the waste gas in a heat exchange process, - Thermal use of the cooled waste gas together with the carbon monoxide and hydrogen formed. - A re-combustion process using a combustion gas, - Adding the hydrocarbon-containing gas and reaction of the same with carbon dioxide present in the waste gas, - Intermediate storage of the waste gas with the carbon monoxide-hydrogen mixture in a gas holder, - Further cooling of the waste gas in a heat exchange process, - Thermal use of the cooled waste gas together with the carbon monoxide and hydrogen formed.
A software upgrade method, wherein the method comprises: receiving, by an access device, software information sent by a plurality of terminal devices in a local area network in which the access device is located (Step 201); wherein the terminal devices are mobile terminal devices; performing, by the access device, a comparison between the software information sent by a terminal device of the plurality of terminal devices and software information stored in the access device, to determine whether to-be-updated target software exists (Step 202); if it is determined that to-be-updated target software exists in the access device, obtaining update information of the target software of a target terminal device and updating the target software of the access device according to the update information, wherein the target terminal device is a device of the plurality of terminal devices that stores the update information of the target software (Step 204); characterized in that if it is determined that to-be-updated target software exists in the terminal device, transmitting, by the access device, update information of the target software to an other terminal device of the plurality of terminal devices, so that the other terminal device updates the target software of the terminal device according to the update information of the target software (Step 203). receiving, by an access device, software information sent by a plurality of terminal devices in a local area network in which the access device is located (Step 201); wherein the terminal devices are mobile terminal devices; performing, by the access device, a comparison between the software information sent by a terminal device of the plurality of terminal devices and software information stored in the access device, to determine whether to-be-updated target software exists (Step 202); if it is determined that to-be-updated target software exists in the access device, obtaining update information of the target software of a target terminal device and updating the target software of the access device according to the update information, wherein the target terminal device is a device of the plurality of terminal devices that stores the update information of the target software (Step 204); characterized in that if it is determined that to-be-updated target software exists in the terminal device, transmitting, by the access device, update information of the target software to an other terminal device of the plurality of terminal devices, so that the other terminal device updates the target software of the terminal device according to the update information of the target software (Step 203).
A crystalline nucleating agent composition for polyolefin resin comprising, per 100 parts by mass of 1,3:2,4-bis(3',4'-dimethylbenzylidene)sorbitol, 3 to 20 parts by mass of a phosphoric acid ester metal salt compound represented by the following general formula, (wherein R 1 to R 4 each independently represents a hydrogen atom or an alkyl group having 1 to 9 carbon atoms; R 5 represents a hydrogen atom or a methyl group; n represents 1 or 2; when n is 1, M represents an alkali metal; and when n is 2, M represents AI), and 0.5 to 10 parts by mass of a compound which is a monovalent metal salt of fatty acid having 12 to 22 carbon atoms, optionally substituted by hydroxy group, and wherein /, the mass ratio between the phosphoric acid ester metal salt compound and the compound, is within a range from 90/10 to 50/50.
A silicone-polyacrylate copolymer having the formula X g [Z j Y o] c, wherein each X is independently a silicone moiety having one of formulas or: each Y comprises an independently selected polyacrylate moiety, and each Z is an independently selected siloxane moiety having the formula [R 1 h SiO (4-h)/2] d, where each R 1 is an independently selected substituted or unsubstituted hydrocarbyl group having from 1 to 18 carbon atoms; each R 2 is an independently selected substituted or unsubstituted hydrocarbyl group having from 1 to 18 carbon atoms; each D 1 is an independently selected divalent hydrocarbon group having from 2 to 18 carbon atoms; each subscript a is independently selected from 0 to 2; each subscript b is independently 0 or 1; subscript c is from 1 to 150; each subscript d is from 1 to 1000; each subscript e is independently 1 or 2; each subscript f is independently 0 or 1, with the proviso that within each X, when f is 1, b is 1; subscript g is >1; subscript h is independently selected from 0 to 2 in each moiety indicated by subscript d; each subscript j is independently >0 and <2; each subscript o is independently >0 and <2, with the proviso that j+o=2 in each moiety indicated by subscript c; subscript t is ≥0; and subscript u is >0.
A bispecific antibody or antigen-binding fragment thereof comprising a first antigen-binding domain that specifically binds human CD3, and a second antigen-binding domain that specifically binds human MUC16, wherein the second antigen-binding domain comprises HCDRI-HCDR2-HCDR3-LCDRI-LCDR2-LCDR3 domains, respectively, comprising the amino acid sequences of SEQ ID NOs: 20-22-24-28-30-32.
A load detection sensor unit disposable under a seat cushion, the load detection sensor unit comprising: a load detection sensor having a sheet-like shape, the load detection sensor including a pressure sensitive element and a terminal (56c, 57c) electrically connected to the pressure sensitive element; a support plate on which the pressure sensitive element is mounted; and a protective resin that covers the terminal (56c, 57c), wherein the protective resin is fixed to the support plate, characterized in that the protective resin is fixed to the support plate by a self-adhesive strength. a load detection sensor having a sheet-like shape, the load detection sensor including a pressure sensitive element and a terminal (56c, 57c) electrically connected to the pressure sensitive element; a support plate on which the pressure sensitive element is mounted; and a protective resin that covers the terminal (56c, 57c), wherein the protective resin is fixed to the support plate, characterized in that the protective resin is fixed to the support plate by a self-adhesive strength.
A method for equalising a signal comprising a plurality of modulated symbols, said signal being transmitted by a sender, through a transmission channel, to a receiver, said method comprising the following steps applied to a block of N received symbols: - a first step of equalising said block comprising: i. demultiplexing the N received symbols by a factor L so as to generate a predetermined number L of sub-blocks of symbols each comprising a version of said block of N received symbols that is sub-sampled by a factor L; ii. independently equalising (12 1, 12 2,...12 L) each sub-block using an identical equalisation algorithm; iii. multiplexing the equalised symbols of each sub-block in order to obtain a block of N equalised symbols; - a step of removing interference linked to paths other than the two highest power paths comprising: i. generating an interference term resulting from the influence, on said equalised symbols, of all the paths of the channel of the pulse response of the transmission channel, except the two highest power paths; ii. subtracting said interference term from the symbols of the block of N received symbols; - a second equalising step equal to a second iteration of the first equalising step. - a first step of equalising said block comprising: i. demultiplexing the N received symbols by a factor L so as to generate a predetermined number L of sub-blocks of symbols each comprising a version of said block of N received symbols that is sub-sampled by a factor L; ii. independently equalising (12 1, 12 2,...12 L) each sub-block using an identical equalisation algorithm; iii. multiplexing the equalised symbols of each sub-block in order to obtain a block of N equalised symbols; i. demultiplexing the N received symbols by a factor L so as to generate a predetermined number L of sub-blocks of symbols each comprising a version of said block of N received symbols that is sub-sampled by a factor L; ii. independently equalising (12 1, 12 2,...12 L) each sub-block using an identical equalisation algorithm; iii. multiplexing the equalised symbols of each sub-block in order to obtain a block of N equalised symbols; - a step of removing interference linked to paths other than the two highest power paths comprising: i. generating an interference term resulting from the influence, on said equalised symbols, of all the paths of the channel of the pulse response of the transmission channel, except the two highest power paths; ii. subtracting said interference term from the symbols of the block of N received symbols; i. generating an interference term resulting from the influence, on said equalised symbols, of all the paths of the channel of the pulse response of the transmission channel, except the two highest power paths; ii. subtracting said interference term from the symbols of the block of N received symbols; - a second equalising step equal to a second iteration of the first equalising step.
A sliding seismic isolation device comprising: an upper shoe and a lower shoe, the upper and lower shoes each having a sliding surface with a curvature (1a, 2a); and a columnar steel slider disposed between the upper and lower shoes, the slider having an upper surface and a lower surface that are in contact with the upper and lower shoes, respectively, and have curvatures, characterised in that each of the upper and lower surfaces of the slider has a double-woven fabric layer (5, 6), the double-woven fabric layers containing PTFE fibers (8a-b) and fibers with higher tensile strength than that of the PTFE fibers (9a-b), and the PTFE fibers being arranged on the sides of the double-woven fabric layers that face the sliding surfaces of the upper and lower shoes. an upper shoe and a lower shoe, the upper and lower shoes each having a sliding surface with a curvature (1a, 2a); and a columnar steel slider disposed between the upper and lower shoes, the slider having an upper surface and a lower surface that are in contact with the upper and lower shoes, respectively, and have curvatures, characterised in that each of the upper and lower surfaces of the slider has a double-woven fabric layer (5, 6), the double-woven fabric layers containing PTFE fibers (8a-b) and fibers with higher tensile strength than that of the PTFE fibers (9a-b), and the PTFE fibers being arranged on the sides of the double-woven fabric layers that face the sliding surfaces of the upper and lower shoes.