mhurhangee/ep-ind-claims huggingface dataset:
A sliding glove box comprising: a glove box including an inner space for accommodating an object; and a case which accommodates the glove box, wherein a plurality of wheels are disposed at each of two sides of the glove box, wherein the plurality of wheels are installed on fixing brackets and are fixed to fixing parts disposed at the two sides of the glove box, wherein the fixing parts protrude from a lower portion of the glove box wherein the plurality of wheels are configured to move on rails disposed in the case, wherein the rails are disposed in seating grooves formed in a lower surface of the case, wherein the seating grooves are provided in a shape recessed downward from the case, and the rails are disposed on side surfaces of the seating grooves, and wherein the rail has a "c" shape, wherein the wheel is disposed in an accommodation space formed in the rail; and wherein at least one of the plurality of wheels has one side that is in contact with the rail. a glove box including an inner space for accommodating an object; and a case which accommodates the glove box, wherein a plurality of wheels are disposed at each of two sides of the glove box, wherein the plurality of wheels are installed on fixing brackets and are fixed to fixing parts disposed at the two sides of the glove box, wherein the fixing parts protrude from a lower portion of the glove box wherein the plurality of wheels are configured to move on rails disposed in the case, wherein the rails are disposed in seating grooves formed in a lower surface of the case, wherein the seating grooves are provided in a shape recessed downward from the case, and the rails are disposed on side surfaces of the seating grooves, and wherein the rail has a "c" shape, wherein the wheel is disposed in an accommodation space formed in the rail; and wherein at least one of the plurality of wheels has one side that is in contact with the rail.
A method for detecting cell congestion in a wireless communication network, the method comprising: selecting, at a wireless transmit/receive unit, WTRU, a Physical Random Access Channel, PRACH, resource set out of a plurality of PRACH resource sets, wherein each PRACH resource set of the plurality of PRACH resource sets comprises one or more physical resource blocks, PRBs, that can be used for a preamble transmission, and each of the plurality of PRACH resource sets is associated with a priority level; sending from the WTRU a preamble transmission to a cell during a random access procedure using one of the selected PRACH resource sets; determining, at the WTRU, whether the WTRU received a Random Access Response, RAR; and determining, at the WTRU, a congestion state of the cell based on the priority level of the selected PRACH resource set utilized for the preamble transmission, and at least one of whether the WTRU received the RAR, or information included in the RAR when the WTRU receives the RAR. selecting, at a wireless transmit/receive unit, WTRU, a Physical Random Access Channel, PRACH, resource set out of a plurality of PRACH resource sets, wherein each PRACH resource set of the plurality of PRACH resource sets comprises one or more physical resource blocks, PRBs, that can be used for a preamble transmission, and each of the plurality of PRACH resource sets is associated with a priority level; sending from the WTRU a preamble transmission to a cell during a random access procedure using one of the selected PRACH resource sets; determining, at the WTRU, whether the WTRU received a Random Access Response, RAR; and determining, at the WTRU, a congestion state of the cell based on the priority level of the selected PRACH resource set utilized for the preamble transmission, and at least one of whether the WTRU received the RAR, or information included in the RAR when the WTRU receives the RAR. the priority level of the selected PRACH resource set utilized for the preamble transmission, and at least one of whether the WTRU received the RAR, or information included in the RAR when the WTRU receives the RAR.
A method for detecting the presence of biofilm-forming microorganisms in a paper or board making process for determining the need of an anti-biofilm agent in the process, characterized by the steps comprising: (a) subjecting a sampler device comprising a plurality of elongated protrusions supported on a support in the process line for a period of time to enable said microorganisms to form a biofilm in situ in said process on the surface of the sampler, (b) treating the surface of the sampler with said formed biofilm thereon in solutions of one or more test anti-biofilm agents at one or more concentrations, for a period of time in a treatment device provided with a plurality of recessions, arranged to receive one protrusion of the sampler device in each recession thereof then (c) contacting the surface of the sampler with said biofilm thereon with a liquid growth medium in recessions of a culturing device provided with a plurality of recessions containing the growth solution, one protrusion in each recession, for a period of time, (d) removing the growth solution and the sampler from the recessions of said culturing device, staining biofilm-forming microorganisms adhered on the walls of the recessions by using a staining agent, and detecting qualitatively and/or quantitatively the presence or absence of biofilm-forming microorganisms adhered on the walls of the recessions. (a) subjecting a sampler device comprising a plurality of elongated protrusions supported on a support in the process line for a period of time to enable said microorganisms to form a biofilm in situ in said process on the surface of the sampler, (b) treating the surface of the sampler with said formed biofilm thereon in solutions of one or more test anti-biofilm agents at one or more concentrations, for a period of time in a treatment device provided with a plurality of recessions, arranged to receive one protrusion of the sampler device in each recession thereof then (c) contacting the surface of the sampler with said biofilm thereon with a liquid growth medium in recessions of a culturing device provided with a plurality of recessions containing the growth solution, one protrusion in each recession, for a period of time, (d) removing the growth solution and the sampler from the recessions of said culturing device, staining biofilm-forming microorganisms adhered on the walls of the recessions by using a staining agent, and detecting qualitatively and/or quantitatively the presence or absence of biofilm-forming microorganisms adhered on the walls of the recessions.
A curable rubber formulation comprising a blend of 45 phr to 75 phr of styrene-butadiene rubber, and 25 phr to 50 phr of an ethylene-propylene-diene monomer rubber; characterised in that the curable rubber formulation further comprises 1.8 phr to 3.6 phr of a sulfur donor/accelerator, and 0.2 phr to 2.0 phr of a peroxide curing agent.
A method for media decoding by a decoder, comprising: decoding a first indication indicative of a first conformance point of a coded video sequence, wherein the first conformance point is a sub-profile; decoding a second indication indicative of a second conformance point of the coded video sequence, wherein the second conformance point is a profile which indicates a set of tools that is present in the coded video sequence; combining the first indication and the second indication; identifying a combined conformance point based on combining the first indication and the second indication; comparing a combined conformance point and capability information of the decoder; determining whether the coded video sequence is decodable by the decoder based on comparing the combined conformance point and capability information of the decoder; and selectively decoding the coded video sequence based on determining whether the coded video sequence is decodable by the decoder, wherein the first indication is present in a first high level syntax structure, the second indication is present in a second high level syntax structure, and the first high level syntax structure is different than the second high level syntax structure. decoding a first indication indicative of a first conformance point of a coded video sequence, wherein the first conformance point is a sub-profile; decoding a second indication indicative of a second conformance point of the coded video sequence, wherein the second conformance point is a profile which indicates a set of tools that is present in the coded video sequence; combining the first indication and the second indication; identifying a combined conformance point based on combining the first indication and the second indication; comparing a combined conformance point and capability information of the decoder; determining whether the coded video sequence is decodable by the decoder based on comparing the combined conformance point and capability information of the decoder; and selectively decoding the coded video sequence based on determining whether the coded video sequence is decodable by the decoder, wherein the first indication is present in a first high level syntax structure, the second indication is present in a second high level syntax structure, and the first high level syntax structure is different than the second high level syntax structure.
A bottle filter system comprising: a filter media having a first end disposed along a proximate end of a filter housing and a second end disposed along a distal end of the filter housing; a support structure disposed along an interior surface of the proximate end of the filter housing, wherein the support structure compresses the first end of the filter media to prevent water housed in a bottle from bypassing a compression seal between the support structure and the filter media; and a secondary support structure disposed along an interior surface of the distal end of the filter housing and configured to cut into a second end of the filter media when the filter media is in an engaged position within the filter housing. a filter media having a first end disposed along a proximate end of a filter housing and a second end disposed along a distal end of the filter housing; a support structure disposed along an interior surface of the proximate end of the filter housing, wherein the support structure compresses the first end of the filter media to prevent water housed in a bottle from bypassing a compression seal between the support structure and the filter media; and a secondary support structure disposed along an interior surface of the distal end of the filter housing and configured to cut into a second end of the filter media when the filter media is in an engaged position within the filter housing.
Cable connection component for electrically connecting a multi-core cable, comprising a union nut having an internal thread and a splicing part made of insulating material having a number of incisions for separating the cores of the cable, wherein when the union nut is screwed onto a connection body, having an external thread corresponding to the internal thread, the core insulation of the core ends inserted into the splice part are severed and the conductors of the cores are contacted by insulation displacement terminations, that are arranged in the connection body and extend into the incisions in the splice part, wherein the splice part has a cable-receiving part and a core-guiding part, wherein the core-guiding part has at least two core receptacles, wherein each core receptacle has at least two retaining elements and at least two clamp elements forming a clamping gap, wherein, in the core insertion direction, first the retaining elements are arranged, and the clamp elements are arranged behind them, wherein the distances between the outer surfaces and the inner surfaces (27, 30) of the clamp elements and the retaining elements relative to the longitudinal axis of the core-guiding part are selected such that in the core insertion direction, the retaining elements and the clamp elements are arranged so as not to overlap, characterized in that the stretch over which a core is at least partially surrounded by the retaining elements or by the clamp elements is extended radially, so that the length of the stretch then corresponds to at least the thickness of the retaining elements plus at least the thickness of the clamp elements.
A humanized, chimeric or human anti-CD74 antibody or fragment thereof that blocks the binding to CD74 of or that competes for binding to CD74 with an antibody comprising CDRs of a light chain variable region of an anti-CD74 mAb, that comprises CDR1 comprising an amino acid sequence RSSQSLVHRNGNTYLH, CDR2 comprising an amino acid sequence TVSNRFS, and CDR3 comprising an amino acid sequence SQSSHVPPT; and comprising CDRs of a heavy chain variable region of an anti-CD74 mAb, that comprises CDR1 comprising an amino acid sequence NYGVN, CDR2 comprising an amino acid sequence WINPNTGEPTFDDDFKG, and CDR3 comprising an amino acid sequence SRGKNEAWFAY.
A bioadhesive bi-layered hot-melt co-extruded laminate comprising a bioadhesive reservoir layer and a backing layer, wherein a) the reservoir layer comprises an active agent; b) each of the reservoir layer and the backing layer comprises poly(ethylene) oxide comprising at least two different grades of PEO independently selected at each oc-curence; c) the laminate has a uniform transverse cross-section throughout a majority of its length along its linear axis; and d) the melt flow index of the reservoir layer is within 50% of the melt flow index of the backing layer as measured by ASTM Method D1238 using the same instrumental parameters to measure both layers; wherein both the PEO in the reservoir layer and the PEO in the backing layer is selected from the group consisting of PEO Grade 1, PEO Grade 2, and PEO Grade 3; wherein: PEO Grade 1 is polyethylene oxide with (i) a solution viscosity in the range of 12 - 8800 mPa•s at 25°C in a 5% solution or (ii) an approximate molecular weight range from 100,000 - 600,000; PEO Grade 2 is polyethylene oxide with (i) a solution viscosity in the range of 8800 mPa•s at 25°C in a 5% solution to 4000 mPa•s at 25°C in a 2% solution or (ii) an approximate molecular weight range from 900,000 - 2,000,000; and PEO Grade 3 is polyethylene oxide with (i) a solution viscosity in the range of 1650 - 15,000 mPa•s at 25°C in a 1 % solution or (ii) an approximate molecular weight range from 4,000,000 - 8,000,000. a) the reservoir layer comprises an active agent; b) each of the reservoir layer and the backing layer comprises poly(ethylene) oxide comprising at least two different grades of PEO independently selected at each oc-curence; c) the laminate has a uniform transverse cross-section throughout a majority of its length along its linear axis; and d) the melt flow index of the reservoir layer is within 50% of the melt flow index of the backing layer as measured by ASTM Method D1238 using the same instrumental parameters to measure both layers;
Cookware comprising a composite of at least two layers (2, 4, 6) of materials, wherein a first layer of the at least two layers (2, 4, 6) of materials has a plurality of spaced-apart raised bubbles formed on its surface, defining a cooking surface of the cookware, and wherein a second layer of the at least two layers (2, 4, 6) of materials is bonded to the first layer, characterized in that the composite is a selectively bonded composite, wherein the cooking surface has flat surfaces between adjacent raised bubbles and wherein a very strong bond is achieved in the areas of the flat surfaces between the adjacent raised bubbles, while the bonding between the first layer and the second layer in the areas of the said bubbles is minimal or absent, whereby a coefficient of heat conductivity is greater in said areas intermediate said bubbles than in said bubbles.
Wiper device for a motor vehicle window, with a wiper arm adapter unit and a wiper blade adapter unit which form a positive connection in a mounted state, and with a housing means, which is fixedly arranged on the wiper blade adapter unit and which is provided for receiving the wiper arm adapter unit in a linear push-in movement, wherein the wiper blade adapter unit has a locking means which is designed as latching means and which is provided for avoiding a push-out movement of the wiper arm adapter unit in the mounted state, characterized in that the locking means terminates flush with rear stops of the wiper arm adapter unit, and the latching means is arranged at an opening of the housing means and, during an insertion of the wiper arm adapter unit into the housing means, is deflected from a starting position in a transverse direction which is perpendicular to the longitudinal direction and perpendicular to a vertical direction and runs parallel to a wiping plane, wherein the latching means is formed in one piece with a basic body of the wiper blade adapter unit, and wherein the basic body of the wiper blade adapter unit is formed in one piece with the housing means.
A pattern forming method of forming a plurality of pattern layers on a substrate by using a plurality of lithography apparatuses including a first lithography apparatus and a second lithography apparatus, the method comprising: a first step of forming a first pattern layer by the first lithography apparatus which adopts a die-by-die alignment method, based on alignment information obtained by using the die-by-die alignment method for a plurality of marks (rx1, ry1) formed on the substrate by a lithography apparatus which adopts a global alignment method; and a second step of forming a second pattern layer so as to overlap with the first pattern layer by the second lithography apparatus, based on alignment information obtained by using the global alignment method for a plurality of shot regions (mp) formed on the substrate by the first lithography apparatus in the first step. a first step of forming a first pattern layer by the first lithography apparatus which adopts a die-by-die alignment method, based on alignment information obtained by using the die-by-die alignment method for a plurality of marks (rx1, ry1) formed on the substrate by a lithography apparatus which adopts a global alignment method; and a second step of forming a second pattern layer so as to overlap with the first pattern layer by the second lithography apparatus, based on alignment information obtained by using the global alignment method for a plurality of shot regions (mp) formed on the substrate by the first lithography apparatus in the first step.
Acoustic transducer for generating or receiving an acoustic wave, the transducer comprising: a first membrane having a first piezoelectric transducer; a second membrane having a second piezoelectric transducer, wherein the first membrane and the second membrane are vibratable and separated from each other by a cavity to generate or receive the acoustic wave by excitations of the first piezoelectric transducer and/or the second piezoelectric transducer, and a control unit which is configured to apply or tap the following AC voltage signals (AC1, AC2, AC3) for generating/receiving the acoustic wave(s): a first AC voltage signal to/from the first piezoelectric transducer, and a third alternating voltage signal to/from the second piezoelectric transducer, characterised in that the control unit is designed to apply or tap a second AC voltage signal between the first membrane and the second membrane for generating/receiving the acoustic wave(s) in order to form an additional capacitive transducer. a first membrane having a first piezoelectric transducer; a second membrane having a second piezoelectric transducer, wherein the first membrane and the second membrane are vibratable and separated from each other by a cavity to generate or receive the acoustic wave by excitations of the first piezoelectric transducer and/or the second piezoelectric transducer, and a control unit which is configured to apply or tap the following AC voltage signals (AC1, AC2, AC3) for generating/receiving the acoustic wave(s): a first AC voltage signal to/from the first piezoelectric transducer, and a third alternating voltage signal to/from the second piezoelectric transducer, characterised in that the control unit is designed to apply or tap a second AC voltage signal between the first membrane and the second membrane for generating/receiving the acoustic wave(s) in order to form an additional capacitive transducer. a first AC voltage signal to/from the first piezoelectric transducer, and a third alternating voltage signal to/from the second piezoelectric transducer, characterised in that the control unit is designed to apply or tap a second AC voltage signal between the first membrane and the second membrane for generating/receiving the acoustic wave(s) in order to form an additional capacitive transducer.
A headlight for a two-wheeled motor vehicle, comprising a single housing to be supported on a front part of a vehicle body frame, in the single housing are disposed: a high beam headlamp light source, low beam headlamp light sources that are disposed on left and right of the high beam headlamp light source, a high beam headlamp reflector that reflects forward light from the high beam headlamp light source, and low beam headlamp reflectors that are disposed on left and right sides of the high beam headlamp reflector so as to reflect forward light from the low beam headlamp light source and that are formed integrally with the high beam headlamp reflector, characterized in that a rear end face of the high beam headlamp reflector is arranged forwardly of a rear end face of the low beam headlamp reflector, the high beam headlamp reflector and the low beam headlamp reflectors are each formed from an upper reflector (24a, 26a), which is flat-shaped, and a lower reflector (24b, 26b), and the high beam headlamp light source and the low beam headlamp light sources are disposed so as to be arranged side by side in the left-and right direction on a common board secured to the flat-shaped upper reflector (24a, 26a). a high beam headlamp light source, low beam headlamp light sources that are disposed on left and right of the high beam headlamp light source, a high beam headlamp reflector that reflects forward light from the high beam headlamp light source, and low beam headlamp reflectors that are disposed on left and right sides of the high beam headlamp reflector so as to reflect forward light from the low beam headlamp light source and that are formed integrally with the high beam headlamp reflector, characterized in that a rear end face of the high beam headlamp reflector is arranged forwardly of a rear end face of the low beam headlamp reflector, the high beam headlamp reflector and the low beam headlamp reflectors are each formed from an upper reflector (24a, 26a), which is flat-shaped, and a lower reflector (24b, 26b), and the high beam headlamp light source and the low beam headlamp light sources are disposed so as to be arranged side by side in the left-and right direction on a common board secured to the flat-shaped upper reflector (24a, 26a).