mhurhangee/ep-ind-claims huggingface dataset:
A nursing seat, comprising: a cushion and a backrest and/or an armrest connected to the cushion; wherein the cushion comprises: a seat base; a through hole formed in a middle of the seat base; a supporting structure disposed below the through hole, and an accommodating space being formed between the supporting structure and the seat base; and a collecting box detachably accommodated in the accommodating space; each of the backrest and/or the armrest is detachably connected to the cushion via an connecting structure, the nursing seat is characterized in that: the connecting structure comprises a mounting hole structure disposed on the cushion and a mounting structure disposed on the backrest or the armrest; wherein, the mounting hole structure comprises: a splicing hole formed in the cushion and extending towards an inside of the cushion; a step surface formed on a hole wall of the splicing hole and dividing the hole wall into a first hole wall and a second hole wall; the second hole wall being located on a same side with the step surface and enlarging a size of the splicing hole relative to the first hole wall; and two limiting clamping points formed on two sides of the second hole wall and protruding towards each other in a direction parallel to the step surface, and gaps being formed between the two limiting clamping points and the second hole wall; the mounting structure comprises: a splicing part disposed on the backrest or the armrest and insertable into the splicing hole; and everted protrusions obliquely extending outwards along two sides of a bottom of the splicing part to form a wing-shaped structure; and when the splicing part is inserted into the splicing hole, top ends of the everted protrusions being abutted with the step surface, and sides of the everted protrusions being clamped into the gaps between the two limiting clamping points and the second hole wall to form interference fit. a splicing hole formed in the cushion and extending towards an inside of the cushion; a step surface formed on a hole wall of the splicing hole and dividing the hole wall into a first hole wall and a second hole wall; the second hole wall being located on a same side with the step surface and enlarging a size of the splicing hole relative to the first hole wall; and two limiting clamping points formed on two sides of the second hole wall and protruding towards each other in a direction parallel to the step surface, and gaps being formed between the two limiting clamping points and the second hole wall; the mounting structure comprises: a splicing part disposed on the backrest or the armrest and insertable into the splicing hole; and everted protrusions obliquely extending outwards along two sides of a bottom of the splicing part to form a wing-shaped structure; and when the splicing part is inserted into the splicing hole, top ends of the everted protrusions being abutted with the step surface, and sides of the everted protrusions being clamped into the gaps between the two limiting clamping points and the second hole wall to form interference fit.
A method for producing a ready-to-eat biscuit comprising at least 29 wt% wholegrain cereal flour, 5 wt% to 22 wt% fat, and at most 30 wt% sugar relative to the total weight of the biscuit, wherein the slowly-digestible-starch-over-total-available-starch ratio of the biscuit is at least 31 wt%, the method comprising: mixing a cereal flour comprising the wholegrain cereal flour with fat and sugar and at most 8 wt% added water relative to the total weight of the dough, to form a dough; moulding the dough into the shape of a biscuit; baking the biscuit; wherein the cereal flour comprises refined cereal flour in an amount of at least 14.5 wt% of the dough and wherein the refined cereal flour has a water absorption under 55 % as measured by Brabender® Farinograph® according to NF-ISO-5530-1 norm. mixing a cereal flour comprising the wholegrain cereal flour with fat and sugar and at most 8 wt% added water relative to the total weight of the dough, to form a dough; moulding the dough into the shape of a biscuit; baking the biscuit; wherein the cereal flour comprises refined cereal flour in an amount of at least 14.5 wt% of the dough and wherein the refined cereal flour has a water absorption under 55 % as measured by Brabender® Farinograph® according to NF-ISO-5530-1 norm.
A method for generating in vitro an antibody, or one of its functional fragments directed against a tumoral antigen expressed at the surface of a tumor resistant to at least one anti-tumoral compound, from non-human animals prior immunized directly with a milled homogenate and/or a suspension and/or a cell lysate stemming from said resistant tumor, wherein said method comprises the following steps of: i) fusing cells from the spleen of the immunized animal with myeloma cells in order to obtain hybridomas, ii) recovering antibodies secreted by hybridomas, and iii) selecting by differential immunohistochemistry, the hybridomas secreting antibodies which specifically recognize the resistant tumor and not the native tumor from which stems the resistant tumor, wherein said resistant tumor is chosen from among the following: a) tumor obtained by biopsy and/or surgery on a patient following, or having followed, a therapeutic treatment with said at least one anti-tumoral compound capable of inducing resistance of the tumor, and b) grafting a tumor line and/or all or part of a human tumor on a non-human animal and then treating this animal by administration of at least one anti-tumoral compound for which it is desired to induce a resistance. i) fusing cells from the spleen of the immunized animal with myeloma cells in order to obtain hybridomas, ii) recovering antibodies secreted by hybridomas, and iii) selecting by differential immunohistochemistry, the hybridomas secreting antibodies which specifically recognize the resistant tumor and not the native tumor from which stems the resistant tumor, wherein said resistant tumor is chosen from among the following: a) tumor obtained by biopsy and/or surgery on a patient following, or having followed, a therapeutic treatment with said at least one anti-tumoral compound capable of inducing resistance of the tumor, and b) grafting a tumor line and/or all or part of a human tumor on a non-human animal and then treating this animal by administration of at least one anti-tumoral compound for which it is desired to induce a resistance. a) tumor obtained by biopsy and/or surgery on a patient following, or having followed, a therapeutic treatment with said at least one anti-tumoral compound capable of inducing resistance of the tumor, and b) grafting a tumor line and/or all or part of a human tumor on a non-human animal and then
A method performed by a base station in a wireless communication system, the method comprising: receiving, from an access and mobility management function. AMF, entity, a location reporting request for a terminal while the terminal is in radio resource control, RRC, inactive state; identifying whether to transmit, to the AMF entity, last known location information of the terminal identified by the base station and a time stamp associated with the last known location information of the terminal or to transmit a radio access network, RAN, paging for the terminal, based on the location reporting request for the terminal; and transmitting, to the AMF entity, a location report including the last known location information of the terminal identified by the base station and the time stamp associated with the last known location information of the terminal or transmitting the RAN paging for the terminal, determining a current location of the terminal based on the RAN paging, and transmitting, to the AMF, a location report including information on the current location of the terminal, based on the identification. receiving, from an access and mobility management function. AMF, entity, a location reporting request for a terminal while the terminal is in radio resource control, RRC, inactive state; identifying whether to transmit, to the AMF entity, last known location information of the terminal identified by the base station and a time stamp associated with the last known location information of the terminal or to transmit a radio access network, RAN, paging for the terminal, based on the location reporting request for the terminal; and transmitting, to the AMF entity, a location report including the last known location information of the terminal identified by the base station and the time stamp associated with the last known location information of the terminal or transmitting the RAN paging for the terminal, determining a current location of the terminal based on the RAN paging, and transmitting, to the AMF, a location report including information on the current location of the terminal, based on the identification.
A method implemented by one or more processors and comprising: receiving, at a client device: a stream of image frames that are based on output from one or more cameras of the client device, and audio data detected by one or more microphones of the client device; processing, at the client device and using a locally stored machine learning model trained to distinguish between (i) voice activity that co-occurs with mouth movement and is the result of the mouth movement and (ii) voice activity that is not from the mouth movement but which co-occurs with the mouth movement, the image frames and the audio data to determine co-occurrence of: mouth movement of a user, captured by one or more of the image frames, and voice activity of the user; determining, at the client device and based on determining the co-occurrence of the mouth movement of the user and the voice activity of the user that is the result of the mouth movement, to perform one or both of: certain processing of the audio data, and rendering of at least one human perceptible cue via an output component of the client device; the method further comprising: initiating, at the client device, the certain processing of the audio data and/or the rendering of the at least one human perceptible cue, responsive to determining to perform the certain processing of the audio data and/or the rendering of the at least one human perceptible cue. receiving, at a client device: a stream of image frames that are based on output from one or more cameras of the client device, and audio data detected by one or more microphones of the client device; a stream of image frames that are based on output from one or more cameras of the client device, and audio data detected by one or more microphones of the client device; processing, at the client device and using a locally stored machine learning model trained to distinguish between (i) voice activity that co-occurs with mouth movement and is the result of the mouth movement and (ii) voice activity that is not from the mouth movement but which co-occurs with the mouth movement, the image frames and the audio data to determine co-occurrence of: mouth movement of a user, captured by one or more of the image frames, and voice activity of the user; mouth movement of a user, captured by one or more of the image frames, and voice activity of the user; determining, at the client device and based on determining the co-occurrence of the mouth movement of the user and the voice activity of the user that is the result of the mouth movement, to perform one or both of: certain processing of the audio data, and rendering of at least one human perceptible cue via an output component of the client device; certain processing of the audio data, and rendering of at least one human perceptible cue via an output component of the client device; the method further comprising: initiating, at the client device, the certain processing of the audio data and/or the rendering of the at least one human perceptible cue, responsive to determining to perform the certain processing of the audio data and/or the rendering of the at least one human perceptible cue.
1. A battery fixing device comprising: a frame comprising a cavity and a plurality of openings (111,112) in a bottom wall of the frame; a driver attached to the frame; a carriage arranged in the cavity and attached to the driver via a connecting rod, wherein the carriage comprises a plurality of snap-fitting portions (141,142), and the driver is capable of driving the carriage to move such that the snap-fitting portions (141,142) and hooks (201,202) on a battery pack are engaged with each other; and an elastic component attached at one end to the carriage and at the other end to the frame; wherein the hooks (201,202) and the plurality of openings (111,112) are dimensioned so as to enable the plurality of hooks (201,202) to enter the cavity through the plurality of openings (111,112). a frame comprising a cavity and a plurality of openings (111,112) in a bottom wall of the frame; a driver attached to the frame; a carriage arranged in the cavity and attached to the driver via a connecting rod, wherein the carriage comprises a plurality of snap-fitting portions (141,142), and the driver is capable of driving the carriage to move such that the snap-fitting portions (141,142) and hooks (201,202) on a battery pack are engaged with each other; and an elastic component attached at one end to the carriage and at the other end to the frame; wherein the hooks (201,202) and the plurality of openings (111,112) are dimensioned so as to enable the plurality of hooks (201,202) to enter the cavity through the plurality of openings (111,112).
A data modulation method, wherein the method comprises: dividing, by a terminal device, to-be-sent data into N bit groups, wherein N≥2 and N is an integer; generating, by the terminal device, N complex symbol groups, wherein an i th complex symbol group is obtained by processing an i th bit group by using a mapping rule corresponding to the i th bit group, the mapping rule corresponding to the i th bit group is determined based on a group identity of the i th bit group and a first parameter, the first parameter comprises at least one of a pilot parameter, a hopping identity, a terminal device identity, a layer index of a non-orthogonal layer, and a hopping offset, the mapping rule corresponding to at least one bit group of the N bit groups being different from the mapping rule corresponding to at least one other bit group of the N bit groups, 0≤i≤N-1, and i is an integer; and sending, by the terminal device, the N complex symbol groups; wherein the mapping rule corresponding to the i th bit group is determined based on the group identity of the i th bit group, the first parameter, and a second parameter, and the second parameter comprises at least one of a cell identity, a time domain resource sequence number, and a periodicity P. dividing, by a terminal device, to-be-sent data into N bit groups, wherein N≥2 and N is an integer; generating, by the terminal device, N complex symbol groups, wherein an i th complex symbol group is obtained by processing an i th bit group by using a mapping rule corresponding to the i th bit group, the mapping rule corresponding to the i th bit group is determined based on a group identity of the i th bit group and a first parameter, the first parameter comprises at least one of a pilot parameter, a hopping identity, a terminal device identity, a layer index of a non-orthogonal layer, and a hopping offset, the mapping rule corresponding to at least one bit group of the N bit groups being different from the mapping rule corresponding to at least one other bit group of the N bit groups, 0≤i≤N-1, and i is an integer; and sending, by the terminal device, the N complex symbol groups; wherein the mapping rule corresponding to the i th bit group is determined based on the group identity of the i th bit group, the first parameter, and a second parameter, and the second parameter comprises at least one of a cell identity, a time domain resource sequence number, and a periodicity P.
A method for assisting the initialization of a radio base station, the method being performed in a user equipment and comprising the steps of: reading an optical representation of data associated with the radio base station, the optical representation of data being an identifier of the radio base station; obtaining a string of characters based on the read optical representation of data associated with the radio base station; generating an encryption key based on the obtained string of characters; establishing an encrypted wireless communication link with the radio base station using the generated encryption key; and communicating configuration data to the radio base station over the established encrypted wireless communication link, wherein the configuration data comprises location data of the user equipment, where the location data of the user equipment is a coarse indication of location or position of the radio base station. reading an optical representation of data associated with the radio base station, the optical representation of data being an identifier of the radio base station; obtaining a string of characters based on the read optical representation of data associated with the radio base station; generating an encryption key based on the obtained string of characters; establishing an encrypted wireless communication link with the radio base station using the generated encryption key; and communicating configuration data to the radio base station over the established encrypted wireless communication link, wherein the configuration data comprises location data of the user equipment, where the location data of the user equipment is a coarse indication of location or position of the radio base station.
A battery module (102, 200, 300, 400, 520, 620, 700, 720, 820, 920, 1020), comprising: a carrier frame (202, 302, 402) having a pair of opposing cavities (204, 206) to house batteries (210, 212, 310, 312, 410, 412, 522, 622, 710, 712, 722, 724, 822); a central separator (208, 320, 420, 521, 621, 711, 721, 821) region between the pair of opposing cavities (204, 206); and a thermal insulation layer (322, 422, 728, 825) included within the central separator (208, 320) region. a carrier frame (202, 302, 402) having a pair of opposing cavities (204, 206) to house batteries (210, 212, 310, 312, 410, 412, 522, 622, 710, 712, 722, 724, 822); a central separator (208, 320, 420, 521, 621, 711, 721, 821) region between the pair of opposing cavities (204, 206); and a thermal insulation layer (322, 422, 728, 825) included within the central separator (208, 320) region.
Residual-current circuit breaker having a sensor assembly for detecting a residual current independently of the mains voltage, and a trip circuit independent of the mains voltage, wherein the sensor assembly has a core-balance current transformer with a secondary winding, which secondary winding is connected by circuitry to the trip circuit, wherein the residual-current circuit breaker further comprises: - an electrical mains voltage output, - an electrical circuit breaker interface which is connected by circuitry to a tertiary winding arranged on the core-balance current transformer, characterised in that the residual-current circuit breaker has an electrical input, which is connected to the trip circuit by circuitry, has a mounting receptacle on a rear side, and in that the mains voltage output, the input and the circuit breaker interface are arranged on a residual-current circuit breaker side surface of the residual-current circuit breaker. - an electrical mains voltage output, - an electrical circuit breaker interface which is connected by circuitry to a tertiary winding arranged on the core-balance current transformer, characterised in that the residual-current circuit breaker has an electrical input, which is connected to the trip circuit by circuitry, has a mounting receptacle on a rear side, and in that the mains voltage output, the input and the circuit breaker interface are arranged on a residual-current circuit breaker side surface of the residual-current circuit breaker.
A moving picture decoding method for realizing motion compensated prediction using a motion vector with sub-pixel accuracy, said method comprising steps of: reading pixels of integer pixel positions, of an integer pixel block, from a reconstructed image, by using a corresponding motion vector that is received as input; selecting filter coefficients based on filter coefficient information that is received as input; causing a filter to use the selected filter coefficients, to perform a sub-pixel interpolation by applying a filtering to pixel values of the read pixels of integer pixel positions of the integer pixel block, thereby generating interpolated pixels comprising pixel values of sub-pixel positions; and reading, as prediction values, the pixel values of sub-pixel positions from the interpolated pixels, by using the motion vector that is received as input, characterized in that: the selected filter coefficients with respect to a 1/2 sub-pixel motion vector position are phase-shifted by -1/4 or +1/4 pixel from filter coefficients that interpolate a 1/2 sub-pixel at the 1/2 sub-pixel motion vector position. reading pixels of integer pixel positions, of an integer pixel block, from a reconstructed image, by using a corresponding motion vector that is received as input; selecting filter coefficients based on filter coefficient information that is received as input; causing a filter to use the selected filter coefficients, to perform a sub-pixel interpolation by applying a filtering to pixel values of the read pixels of integer pixel positions of the integer pixel block, thereby generating interpolated pixels comprising pixel values of sub-pixel positions; and reading, as prediction values, the pixel values of sub-pixel positions from the interpolated pixels, by using the motion vector that is received as input, characterized in that: the selected filter coefficients with respect to a 1/2 sub-pixel motion vector position are phase-shifted by -1/4 or +1/4 pixel from filter coefficients that interpolate a 1/2 sub-pixel at the 1/2 sub-pixel motion vector position. the selected filter coefficients with respect to a 1/2 sub-pixel motion vector position are phase-shifted by -1/4 or +1/4 pixel from filter coefficients that interpolate a 1/2 sub-pixel at the 1/2 sub-pixel motion vector position.
An information processing apparatus comprising a data processing unit configured to control updating of a revocation list to be stored into a data storage unit attached to the information processing apparatus, wherein the data processing unit performs a process to acquire access information about the revocation list from a data recording server performing data recording on the data storage unit, acquire the revocation list from a revocation list providing server, using the acquired access information, and record the acquired revocation list into the data storage unit, wherein the data processing unit performs a process to input a data writing process command not including a revocation list from the data recording server, insert the acquired revocation list into the command, perform a process based on the command, and record the revocation list into the data storage unit, the data writing process command being a command to write data into the data storage unit.