mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor unit of an air conditioner, comprising: a housing comprising an upper base plate provided with an air inlet , a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate ; a heat exchanger mounted on the upper base plate ; a fan detachably mounted to the lower base plate ; a mounting member ; and a thrust structure comprising a body , the body being disposed to a rear portion of the indoor unit and having a thrust face abutting against said mounting member, that is a wall-hung plate for mounting on a wall, to limit a degree of freedom of upward movement of the rest of the indoor unit; wherein the rear portion of the indoor unit is provided with a hanging groove with a downward opening, the rest of the indoor unit is hung on the wall-hung plate , an upper end of the wall-hung plate is provided with a turn-up bent forwards, and the thrust face can abut against a bottom of the turn-up ; characterized in that , the indoor unit further comprises a supporting rod , wherein the supporting rod is rotatably mounted to the wall-hung plate or the housing between an unfolded position where a lower portion of the supporting rod supporting the housing is away from the wall-hung plate and a folded position where the supporting rod abuts against the wall-hung plate or the housing . a housing comprising an upper base plate provided with an air inlet , a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate ; a heat exchanger mounted on the upper base plate ; a fan detachably mounted to the lower base plate ; a mounting member ; and a thrust structure comprising a body , the body being disposed to a rear portion of the indoor unit and having a thrust face abutting against said mounting member, that is a wall-hung plate for mounting on a wall, to limit a degree of freedom of upward movement of the rest of the indoor unit; wherein the rear portion of the indoor unit is provided with a hanging groove with a downward opening, the rest of the indoor unit is hung on the wall-hung plate , an upper end of the wall-hung plate is provided with a turn-up bent forwards, and the thrust face can abut against a bottom of the turn-up ; characterized in that , the indoor unit further comprises a supporting rod , wherein the supporting rod is rotatably mounted to the wall-hung plate or the housing between an unfolded position where a lower portion of the supporting rod supporting the housing is away from the wall-hung plate and a folded position where the supporting rod abuts against the wall-hung plate or the housing .
A polymer, comprising ethylene and at least one alpha olefin having from 4 to 20 carbon atoms, wherein the polymer has: a melt index ratio (MIR) greater than 40; a value for Mwl/Mw2 of at least 2.0, wherein Mwl/Mw2 is a ratio of a weight average molecular weight (Mw) for a first half of a temperature rising elution (TREF) curve from a cross-fractionation (CFC) analysis to a Mw for a second half of the TREF curve; and a value for Tw1 - Tw2 of less than -15°C, wherein Tw1 - Tw2 is a difference of a weight average elution temperature (Tw) for the first half of the TREF curve to a Tw for the second half of the TREF curve, wherein the polymer comprises a polymer chain formed by a catalyst system comprising bis(n-butyl, methyl cyclopentadienyl) zirconium (CH 3 ) 2 , bis(1-ethylindenyl) zirconium (CH 3 ) 2 , or any one of the compounds represented by the following formulas: or wherein R 1 and R 2 are each, independently, methyl, chloro, fluoro, or a hydrocarbyl group and wherein the catalyst system comprises two catalysts. a melt index ratio (MIR) greater than 40; a value for Mwl/Mw2 of at least 2.0, wherein Mwl/Mw2 is a ratio of a weight average molecular weight (Mw) for a first half of a temperature rising elution (TREF) curve from a cross-fractionation (CFC) analysis to a Mw for a second half of the TREF curve; and a value for Tw1 - Tw2 of less than -15°C, wherein Tw1 - Tw2 is a difference of a weight average elution temperature (Tw) for the first half of the TREF curve to a Tw for the second half of the TREF curve, wherein the polymer comprises a polymer chain formed by a catalyst system comprising bis(n-butyl, methyl cyclopentadienyl) zirconium (CH 3 ) 2 , bis(1-ethylindenyl) zirconium (CH 3 ) 2 , or any one of the compounds represented by the following formulas: or wherein R 1 and R 2 are each, independently, methyl, chloro, fluoro, or a hydrocarbyl group and wherein the catalyst system comprises two catalysts.
An actuator for adjusting a display terminal , comprising: a mounting unit configured to mount the display terminal ; a clutch unit, wherein a first engaging portion of the clutch unit is connected to the mounting unit , and a second engaging portion of the clutch unit is normally interlocked with the first engaging portion ; and a drive unit , wherein an output end of the drive unit is connected to the second engaging portion , wherein at least a part of the clutch unit is located in the mounting unit . a mounting unit configured to mount the display terminal ; a clutch unit, wherein a first engaging portion of the clutch unit is connected to the mounting unit , and a second engaging portion of the clutch unit is normally interlocked with the first engaging portion ; and a drive unit , wherein an output end of the drive unit is connected to the second engaging portion , wherein at least a part of the clutch unit is located in the mounting unit .
A method in a microphone unit of a voice processing system comprising P microphone units and a central unit, the method comprising: - retrieving from N input units Mic_i, i=1, 2, ...N, N≥2, N microphone signals having a sampling frequency SF1, each microphone signal comprising a target signal component and a noise signal component; - determining from the N microphone signals a source localisation signal having a sampling frequency SF3, wherein SF1≥SF3; - deriving from a group of Y consecutive samples of the source localisation signal a beam form control signal; - generating under control of the beam form control signal a group of Y consecutive samples of a beam formed audio signal having a sampling frequency SF2 from the N microphone signals, wherein SF1≥SF2≥SF3; - deriving a set of metadata for the group of Y consecutive samples of the beam formed audio signal from corresponding samples of the N microphone signals from which the group of Y consecutive samples of the beam formed audio signal has been obtained; - generating data packages, a data package comprising Q groups of Y consecutive samples of the beam formed audio signal and Q sets of metadata, wherein Q≥1; - streaming wirelessly the data packages to the central unit, characterized in that the metadata comprises for each of the Y consecutive samples of the beam formed audio signal a third field having a value derived from the corresponding samples of the source localisation signal. - retrieving from N input units Mic_i, i=1, 2, ...N, N≥2, N microphone signals having a sampling frequency SF1, each microphone signal comprising a target signal component and a noise signal component; - determining from the N microphone signals a source localisation signal having a sampling frequency SF3, wherein SF1≥SF3; - deriving from a group of Y consecutive samples of the source localisation signal a beam form control signal; - generating under control of the beam form control signal a group of Y consecutive samples of a beam formed audio signal having a sampling frequency SF2 from the N microphone signals, wherein SF1≥SF2≥SF3; - deriving a set of metadata for the group of Y consecutive samples of the beam formed audio signal from corresponding samples of the N microphone signals from which the group of Y consecutive samples of the beam formed audio signal has been obtained; - generating data packages, a data package comprising Q groups of Y consecutive samples of the beam formed audio signal and Q sets of metadata, wherein Q≥1; - streaming wirelessly the data packages to the central unit,
A service providing system comprising: an information collection means for receiving a service information acquisition request needed for providing a service from a service providing server located in an external communication network and, in response to the request, collecting node holding information held by each node device in a mobile communication network, the node holding information comprising information about data traffic held by each node device; an information generation means for generating mobile communication network information including information about a degree of congestion in the mobile communication network, based on the information about data traffic of each node device; and a communication means for transmitting the mobile communication network information to the service providing server . an information collection means for receiving a service information acquisition request needed for providing a service from a service providing server located in an external communication network and, in response to the request, collecting node holding information held by each node device in a mobile communication network, the node holding information comprising information about data traffic held by each node device; an information generation means for generating mobile communication network information including information about a degree of congestion in the mobile communication network, based on the information about data traffic of each node device; and a communication means for transmitting the mobile communication network information to the service providing server .
A method of sample collection comprising: collecting a sample comprising a biological or environmental substance to provide a collected sample, contacting the collected sample with a swab, placing the swab with the collected sample in a sample buffer, thereby transferring at least a portion of the collected sample comprising an organism into the sample buffer to provide a sample buffer comprising the organism, and filtering the sample buffer comprising the organism; wherein the method does not comprise a pre-treatment step lasting for more than 2 minutes, and wherein the sample buffer comprises a detergent in an amount of at least 10% by volume of the sample buffer. collecting a sample comprising a biological or environmental substance to provide a collected sample, contacting the collected sample with a swab, placing the swab with the collected sample in a sample buffer, thereby transferring at least a portion of the collected sample comprising an organism into the sample buffer to provide a sample buffer comprising the organism, and filtering the sample buffer comprising the organism; wherein the method does not comprise a pre-treatment step lasting for more than 2 minutes, and wherein the sample buffer comprises a detergent in an amount of at least 10% by volume of the sample buffer. wherein the method does not comprise a pre-treatment step lasting for more than 2 minutes, and wherein the sample buffer comprises a detergent in an amount of at least 10% by volume of the sample buffer.
Vegetable oil, in particular a lubricating vegetable oil, treated, for example, by electrical discharges, characterised in that is has a dynamic viscosity of between 700mPa.s and 1400mPa.s and a relaxation time of less than or equal to 200s, measured at 40°C by a cone and plate viscometer, according to standard ISO 2884-1, the relaxation time being measured by successively applying a constant shear rate of 1s -1 for 600s, then a constant shear rate of 1000s -1 for 180s to the vegetable oil.
Method for producing a seam end bottom thread with a target seam protrusion of at most 10 mm, comprising the following steps - sewing a seam; - prior to cutting off a bottom thread at one end of the seam: repositioning a lower feed plate from a sewing operation position into a cut-off position displaced relative to the sewing operation along a sewing direction (x); - cutting off the bottom thread at the end of the seam, - wherein prior to cut-off during sewing a stitch with a shortened stitch length is realised, - wherein the lower feed plate is a component which transports the sewing material by frictional contact from below in the sewing direction, wherein the lower feed plate engages the sewing material during a stitching period for one time period and is out of engagement with the sewing material during another time period. - sewing a seam; - prior to cutting off a bottom thread at one end of the seam: repositioning a lower feed plate from a sewing operation position into a cut-off position displaced relative to the sewing operation along a sewing direction (x); - cutting off the bottom thread at the end of the seam, - wherein prior to cut-off during sewing a stitch with a shortened stitch length is realised, - wherein the lower feed plate is a component which transports the sewing material by frictional contact from below in the sewing direction, wherein the lower feed plate engages the sewing material during a stitching period for one time period and is out of engagement with the sewing material during another time period.
A method for protecting an EC motor from overloads with a circuit assembly which is designed to be controlled by commutation electronics operated on an intermediate circuit with an intermediate circuit voltage U ZK via an output stage , comprising a signal processing device , which is designed to process a detected signal (S END ) representing the output stage current I END of the output stage , a current motor phase voltage of the EC motor and the current intermediate circuit voltage U ZK , wherein the signal processing device has a comparator which is designed to compare the signal (S END ) corresponding to the output stage current I END with a reference signal (S REF ) and a switch-off device which is designed to interrupt the power supply to the EC motor as a function of a switch-off condition, comprising at least the comparison result of the comparator , with the following steps: a. Detecting the output stage current I END of the output stage , a motor phase voltage of the EC motor and the intermediate circuit voltage U ZK , b. Supplying the measurement variables detected in step a) to the signal processing device ; c. Generating a dynamic reference signal (S REF ) from at least one of the two measured variables: current motor phase voltage of the EC motor and/or current intermediate circuit voltage U ZK ; d. Continuously or discontinuously comparing signals (S END ) corresponding to the current output stage current I END with the current reference signal (S REF ) by means of the comparator and determining therefrom whether there is a switch-off condition due to excessive motor temperature and e. Generating a switch-off signal for the switch-off device for interrupting the power supply to the EC motor when the switch-off condition is met. a. Detecting the output stage current I END of the output stage , a motor phase voltage of the EC motor and the intermediate circuit voltage U ZK , b. Supplying the measurement variables detected in step a) to the signal processing device ; c. Generating a dynamic reference signal (S REF ) from at least one of the two measured variables: current motor phase voltage of the EC motor and/or current intermediate circuit voltage U ZK ; d. Continuously or discontinuously comparing signals (S END ) corresponding to the current output stage current I END with the current reference signal (S REF ) by means of the comparator and determining therefrom whether there is a switch-off condition due to excessive motor temperature and e. Generating a switch-off signal for the switch-off device for interrupting the power supply to the EC motor when the switch-off condition is met.
Method for covering inner walls of a cavity of a vehicle body or of an add-on part for vehicle bodies, with a protective layer made of anti-corrosion wax or a wax-based anti-corrosion agent, characterized by the following features: a. anti-corrosion wax or a wax-based anti-corrosion agent is brought by means of a mist generator into an atomized form as a protective agent mist and is supplied through an outlet opening to the cavity to be preserved of the vehicle body or of the add-on part, wherein the protective agent mist consists of air and droplets of the anti-corrosion wax or anti-corrosion agent, wherein the average diameter of the droplets of the supplied mist is < 60 μm, wherein the droplets of the protective agent mist emerge from the outlet opening at a speed of < 10 m/s, and b. the protective agent mist is deposited on inner walls of the cavity of the vehicle body or of the add-on part and forms an anti-corrosion agent layer here. a. anti-corrosion wax or a wax-based anti-corrosion agent is brought by means of a mist generator into an atomized form as a protective agent mist and is supplied through an outlet opening to the cavity to be preserved of the vehicle body or of the add-on part, wherein the protective agent mist consists of air and droplets of the anti-corrosion wax or anti-corrosion agent, wherein the average diameter of the droplets of the supplied mist is < 60 μm, wherein the droplets of the protective agent mist emerge from the outlet opening at a speed of < 10 m/s, and b. the protective agent mist is deposited on inner walls of the cavity of the vehicle body or of the add-on part and forms an anti-corrosion agent layer here.
A method for reconfiguring a wireless sensor network organised in a tree architecture, said network comprising nodes of a first type, called coordinating anchors, capable of receiving and emitting a beacon signal and nodes of a second type, called subordinate anchors, capable of receiving a beacon signal for synchronising with the network, the nodes being additionally connected by an auxiliary channel to a central server, characterised in that , when a node loses its synchronisation with the network, it informs the central server about it and the latter infers , from the network topology, the coordinating anchor originating the synchronisation loss and the network sub-tree ( ST ) affected by the synchronisation loss, the central server selects a couple of nodes consisting of a first node belonging to said sub-tree and a second node belonging to the rest of the network ( S\ST ), and if the second node is a subordinate anchor, transmits a transformation command to it in order to transform it into a coordinating anchor, the first node synchronising with the network by means of the beacon signal emitted by the second node thus transformed.
A method of decoding video data, the method comprising: receiving a run-length sequence indicative of a binary vector, the binary vector indicating the positions of escape samples in a block of video data encoded using a palette-based coding mode; decoding the run-length sequence to obtain the binary vector; and decoding the block of video data using the binary vector, characterized in that the run-length sequence is received and decoded before syntax elements indicating one or more palette-based coding modes and run values associated with the one or more palette-based coding modes are received and decoded. receiving a run-length sequence indicative of a binary vector, the binary vector indicating the positions of escape samples in a block of video data encoded using a palette-based coding mode; decoding the run-length sequence to obtain the binary vector; and decoding the block of video data using the binary vector, characterized in that the run-length sequence is received and decoded before syntax elements indicating one or more palette-based coding modes and run values associated with the one or more palette-based coding modes are received and decoded.
A one-piece handle for a container that includes a collar (40, 140, 240, 340, 440, 540, 640, 740, 840a-b, 940a-b) including axially spaced apart container retention features (54a-b, 358, 854a-b, 954a-b and 56a-b, 360, 854a-b, 954a-b) having axially lower and upper container retention surfaces that face one another to retain therebetween a corresponding handle retention feature of a container to prevent axial movement of the collar with respect to the container, wherein (a) the collar includes first and second semi-circular portions (40a-b, 840a-b, 940a-b) connected by a living hinge and the handle also includes first and second handle arms (42a-b) respectively extending from the first and second semi-circular portions (40a-b, 840a-b, 940a-b), and characterized in that the first and second semi-circular portions of the collar each include semi-conical walls and the spaced apart container retention features (54a-b, 854a-b, 954a-b and 56a-b, 854a-b, 954a-b) include axially spaced apart features extending inwardly from the semi-conical walls and having the axially lower and upper container retention surfaces or wherein (b) the handle collar includes a frustoconical wall and characterized in that the spaced apart container retention features include circumferentially spaced apertures in the circular wall to accept the corresponding handle retention feature of the container.
A loading and unloading elevator for an autoclave sterilizer in a radioactive environment, the loading and unloading elevator comprising: a table top separating a processing space from a maintenance space ; an elevation system positioned within the maintenance space ; at least two elevator cart rails configured to support a cart , the elevator cart rails positioned within the processing space ; and a plurality of elevator guide rails coupled to the elevator cart rails , the elevator guide rails extend from the elevation system within the maintenance space through the table top to the processing space , wherein the elevator guide rails are configured to adjust the height of the elevator cart rails . a table top separating a processing space from a maintenance space ; an elevation system positioned within the maintenance space ; at least two elevator cart rails configured to support a cart , the elevator cart rails positioned within the processing space ; and a plurality of elevator guide rails coupled to the elevator cart rails , the elevator guide rails extend from the elevation system within the maintenance space through the table top to the processing space , wherein the elevator guide rails are configured to adjust the height of the elevator cart rails .
A method of enzymatic hydrolysis for converting algal carbohydrates into monomeric sugars comprising: digesting microalgae with a mixture of enzymes to produce enzymatically treated biomass, wherein the enzyme mixture comprises a mixture of at least one protease and at least one glucoamylase; wherein a protease loading of at least 0.25 kU protease per gram of biomass is present and 1 protease unit is defined as the amount of enzyme which hydrolyzes 1 μmol of L-leucine-p-nitroanilide per min; wherein the microalgae are digested at a pH from 3.0 to 5.5; and separating the enzymatically treated biomass into a solid phase and a supernatant, wherein the solid phase contains lipids and the supernatant contains carbohydrates and nutrients. digesting microalgae with a mixture of enzymes to produce enzymatically treated biomass, wherein the enzyme mixture comprises a mixture of at least one protease and at least one glucoamylase; wherein a protease loading of at least 0.25 kU protease per gram of biomass is present and 1 protease unit is defined as the amount of enzyme which hydrolyzes 1 μmol of L-leucine-p-nitroanilide per min; wherein the microalgae are digested at a pH from 3.0 to 5.5; and separating the enzymatically treated biomass into a solid phase and a supernatant, wherein the solid phase contains lipids and the supernatant contains carbohydrates and nutrients.