mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus that supports a peer-to-peer, P2P, connection, the image forming apparatus comprising: a communication interface unit arranged to connect to an external wireless device in a P2P connection method; a profile storage unit arranged to store a profile of the wireless device that is connected to the communication interface unit; a job authority information storage unit arranged to store job authority information corresponding to the profile stored in the profile storage unit; a job execution unit arranged to execute a job requested by the wireless device; and a control unit arranged to set a job authority of the wireless device by using the profile and the job authority information when the wireless device requests to execute the job, check whether the wireless device has authority to execute the requested job based on the set job authority, and allow the job execution unit to execute the requested job when the wireless device has the authority to execute the requested job. a communication interface unit arranged to connect to an external wireless device in a P2P connection method; a profile storage unit arranged to store a profile of the wireless device that is connected to the communication interface unit; a job authority information storage unit arranged to store job authority information corresponding to the profile stored in the profile storage unit; a job execution unit arranged to execute a job requested by the wireless device; and a control unit arranged to set a job authority of the wireless device by using the profile and the job authority information when the wireless device requests to execute the job, check whether the wireless device has authority to execute the requested job based on the set job authority, and allow the job execution unit to execute the requested job when the wireless device has the authority to execute the requested job.
A video encoding method comprising: for at least a current prediction unit in a current picture, encoding a single block-level weight index identifying a first weight and a second weight, wherein at least one of the first and second weights has a value not equal to 0, 0.5 or 1; and for each 4x4 unit in the current prediction unit: obtaining a first sub-block motion vector and a second sub-block motion vector based on an affine motion model of the current prediction unit; and predicting the 4x4 unit as a weighted sum of a first reference block in a first reference picture pointed to by the first sub-block motion vector and a second reference block in a second reference picture pointed to by the second sub-block motion vector, wherein the first reference block is weighted by the first weight and the second reference block is weighted by the second weight; wherein the first weight and the second weight are shared across each of the 4x4 units in the current prediction unit. for at least a current prediction unit in a current picture, encoding a single block-level weight index identifying a first weight and a second weight, wherein at least one of the first and second weights has a value not equal to 0, 0.5 or 1; and for each 4x4 unit in the current prediction unit: obtaining a first sub-block motion vector and a second sub-block motion vector based on an affine motion model of the current prediction unit; and predicting the 4x4 unit as a weighted sum of a first reference block in a first reference picture pointed to by the first sub-block motion vector and a second reference block in a second reference picture pointed to by the second sub-block motion vector, wherein the first reference block is weighted by the first weight and the second reference block is weighted by the second weight; obtaining a first sub-block motion vector and a second sub-block motion vector based on an affine motion model of the current prediction unit; and predicting the 4x4 unit as a weighted sum of a first reference block in a first reference picture pointed to by the first sub-block motion vector and a second reference block in a second reference picture pointed to by the second sub-block motion vector, wherein the first reference block is weighted by the first weight and the second reference block is weighted by the second weight; wherein the first weight and the second weight are shared across each of the 4x4 units in the current prediction unit.
A bispecific antibody for use in a method of treatment of Trop-2 expressing cancer by inducing an immune response to a Trop-2 expressing cancer, wherein the method comprises administering the bispecific antibody and a checkpoint inhibitor antibody to a subject with a Trop-2 expressing cancer, wherein the bispecific antibody comprises a first antibody fragment and a second antibody fragment, wherein both the first antibody fragment and the second antibody fragment are each an scFv and, wherein the bispecific antibody comprises one binding site for Trop-2 and one binding site for CD3, and wherein the bispecific antibody comprises the amino acid sequence of SEQ ID NO: 107 binding to Trop-2.
A secondary battery electrolyte comprising: a lithium salt; a non-aqueous organic solvent; and a cyclophosphate compound represented by the following Chemical Formula 1: in Chemical Formula 1, R 1 to R 6 are each independently hydrogen, C1-C10 alkyl, or C6-C12 aryl C1-C10 alkyl; L is C1-C5 alkylene; R is fluoro or fluoro C1-C10 alkyl; m is an integer of 0 to 2; and n is an integer of 0 to 5. a lithium salt; a non-aqueous organic solvent; and a cyclophosphate compound represented by the following Chemical Formula 1: in Chemical Formula 1, R 1 to R 6 are each independently hydrogen, C1-C10 alkyl, or C6-C12 aryl C1-C10 alkyl; L is C1-C5 alkylene; R is fluoro or fluoro C1-C10 alkyl; m is an integer of 0 to 2; and n is an integer of 0 to 5.
A transportable bottling plant comprising: - a freight container having an internal volume divided into separate rooms, one of which being a bottling room; - a preform feeder, a bottle forming unit and a bottle filling and closing unit mounted in the bottling room; - an air compressor and an air conditioning unit mounted inside the internal volume but outside the bottling room; wherein the preform feeder is provided for feeding preforms to the bottle forming unit; wherein the bottle forming unit comprises a heater or furnace for heating the preforms and a moulder for moulding the preforms into bottles using pressurized air; wherein the filling and closing unit comprises a filling unit for filling the bottles with a liquid or fluent product and a closing unit for closing the bottles with caps; wherein the air compressor is provided for supplying pressurized air to at least the bottle forming unit; and wherein the air conditioning unit is provided for conditioning the air present in the bottling room, characterised in that the internal volume comprises at least a first, a second and a third technical room separated and sealed from each other, the first technical room being adapted for mounting a power generator provided for generating electric power for the units of the transportable bottling plant, the air conditioning unit being mounted in the second technical room and the air compressor being mounted in the third technical room. - a freight container having an internal volume divided into separate rooms, one of which being a bottling room; - a preform feeder, a bottle forming unit and a bottle filling and closing unit mounted in the bottling room; - an air compressor and an air conditioning unit mounted inside the internal volume but outside the bottling room;
Helically wound single spring with support plates, in particular a Bonnell spring, the coil of which transitions at both ends into a circular end ring that forms a support, wherein a cantilever arm is integrally formed on the respective circularly extending end ring and projects beyond the circular profile of the respective end ring, and wherein the single spring can be connected by the cantilever arm to a wire turn, characterized in that the cantilever arm is configured such that it also forms a support, and in that the cantilever arms of the single springs are configured such that the support plates are held thereon with a form fit.
A synchronization method, wherein the method is applied to a first device, and comprises: determining (301, 501) a data signal, wherein a target sequence in the data signal is mapped to at least one symbol that comprises the first symbol within a time unit, data in the data signal is mapped to at least one another symbol within the time unit other than the at least one symbol, the first symbol comprises a cyclic prefix, and the target sequence is used by a second device to synchronize the data signal; and sending (302, 502) the data signal to the second device in the time unit; wherein the target sequence is mapped at an equal spacing to frequency domain corresponding to the at least one symbol; or the target sequence is consecutively mapped to frequency domain corresponding to the at least one symbol; and characterized in that the target sequence is cyclically mapped to a remaining part of the frequency domain corresponding to the at least one symbol. determining (301, 501) a data signal, wherein a target sequence in the data signal is mapped to at least one symbol that comprises the first symbol within a time unit, data in the data signal is mapped to at least one another symbol within the time unit other than the at least one symbol, the first symbol comprises a cyclic prefix, and the target sequence is used by a second device to synchronize the data signal; and sending (302, 502) the data signal to the second device in the time unit; wherein the target sequence is mapped at an equal spacing to frequency domain corresponding to the at least one symbol; or the target sequence is consecutively mapped to frequency domain corresponding to the at least one symbol; and characterized in that the target sequence is cyclically mapped to a remaining part of the frequency domain corresponding to the at least one symbol.
A method for transmitting downlink data to a User Equipment, UE, in a wireless communication system, the method comprising: receiving (1503, 1601), by a Mobility Management Entity, MME, a Downlink Data Notification, DDN, from a Serving Gateway, S-GW; and transmitting(1504, 1602), by the MME, a Downlink Data Notification Ack message in response to the Downlink Data Notification message to the S-GW, wherein the Downlink Data Notification Ack message includes a buffering time indicating the S-GW to buffer the downlink data, when the MME detects that a UE is in a Power Saving Mode, PSM, and cannot be reached by paging, and wherein the buffering time is a duration time until the UE is expected to transition from the PSM to a reachable state by performing a periodic Tracking Area Update, TAU, procedure, characterized in that a user plane setup procedure is initiated by the MME, for delivering the downlink data to the UE when the UE transitions from the PSM to the reachable state by performing the periodic TAU procedure, and the MME setting up a reachable time of the UE with a DDN suppression time value and transmitting the reachable time to the S-GW (1304, 1401), wherein the reachable time is a time period after the PSM, from when the MME receives the DDN message from the S-GW or transmits a DDN reject message to the S-GW until the UE reaches a reachable state, and the DDN suppression time represents a condition for suppressing transmission of DDN from the S-GW to the MME. receiving (1503, 1601), by a Mobility Management Entity, MME, a Downlink Data Notification, DDN, from a Serving Gateway, S-GW; and transmitting(1504, 1602), by the MME, a Downlink Data Notification Ack message in response to the Downlink Data Notification message to the S-GW, wherein the Downlink Data Notification Ack message includes a buffering time indicating the S-GW to buffer the downlink data, when the MME detects that a UE is in a Power Saving Mode, PSM, and cannot be reached by paging, and wherein the buffering time is a duration time until the UE is expected to transition from the PSM to a reachable state by performing a periodic Tracking Area Update, TAU, procedure, characterized in that a user plane setup procedure is initiated by the MME, for delivering the downlink data to the UE when the UE transitions from the PSM to the reachable state by performing the periodic TAU procedure, and the MME setting up a reachable time of the UE with a DDN suppression time value and transmitting the reachable time to the S-GW (1304, 1401), wherein the reachable time is a time period after the PSM, from when the MME receives the DDN message from the S-GW or transmits a DDN reject message to the S-GW until the UE reaches a reachable state, and the DDN suppression time represents a condition for suppressing transmission of DDN from the S-GW to the MME.
Manual washing system comprising a bucket provided with a base and a lateral wall having an upper rigid edge, and a mop comprising a handle associated to a head, said bucket comprising said lateral wall made of preformed plastic material which comprises two or more successively foldable wall sections, characterized in that said head comprises a substantially plate-shaped body, said body being associated to said handle by a joint, said two or more wall sections being folded concentrically on said base, said upper edge being provided with a perimetrical recess and a locking element, said perimetrical recess being made towards the inner part of said bucket to define a housing seat, said locking element being adapted to lock said mop when the perimetrical edge of said body is housed in said housing seat defined by said perimetrical recess and said handle is coupled to said locking element.
Ring (10, 10') for a wheel rim (20, 20') of a wheel, particularly for a wheel rim of an alloy wheel for motor vehicles, wherein the wheel rim (20, 20') has an inner rim well (21, 21') and an outer rim well, which in each case merge into an inner rim flange (23, 23') arranged facing a motor vehicle in a mounted state or, respectively, into an outer rim flange, so that the wheel rim (20, 20') has a circumferential contour (25, 25') on the axially inner side, wherein - the ring (10, 10') has a well lip (11, 11') which extends up to the inner rim well (21, 21') or is designed to partially overlap the inner rim well (21, 21'), and wherein - the ring (10, 10') has, facing away from the lip (11, 11'), a flange lip (13, 13') which is adapted to the shape of the radially inner radial surface of the inner rim flange (23, 23'), and wherein - the ring (10, 10') is designed to be at least partially double-walled (16, 17) in a hollow chamber region (15, 15') between the well lip (11, 11') and the flange lip (13, 13') and/or is designed to be radially spaced apart from the wheel rim, characterised in that in the hollow chamber region an inner wall on the radially inner side and an outer wall on the radially outer side extend substantially parallel, and radial walls aligned in the radial direction are arranged between the outer wall and the inner wall, so that a hollow chamber having a substantially rectangular cross-section is formed. - the ring (10, 10') has a well lip (11, 11') which extends up to the inner rim well (21, 21') or is designed to partially overlap the inner rim well (21, 21'), and wherein - the ring (10, 10') has, facing away from the lip (11, 11'), a flange lip (13, 13') which is adapted to the shape of the radially inner radial surface of the inner rim flange (23, 23'), and wherein - the ring (10, 10') is designed to be at least partially double-walled (16, 17) in a hollow chamber region (15, 15') between the well lip (11, 11') and the flange lip (13, 13') and/or is designed to be radially spaced apart from the wheel rim,
Audio encoder for receiving an audio input signal and for generating a bit stream to be transmitted to a decoder, comprising: a warp parameter extractor for estimating a warp parameter sequence of the audio input signal; a warp transformer for receiving the warp parameter sequence and for deriving a time warped spectral representation of the audio input signal; a perceptual model calculator for receiving the audio input signal; a warp coder for encoding the warp parameter sequence to reduce its size during transmission within the bit stream; an encoder for receiving the time-warped spectral representation for quantization to obtain an encoded time-warped spectral representation of the audio input signal, wherein the encoder is controlled by the perceptual model calculator; and a multiplexer for receiving and multiplexing the encoded warp parameter sequence and the encoded time-warped spectral representation of the audio input signal. a warp parameter extractor for estimating a warp parameter sequence of the audio input signal; a warp transformer for receiving the warp parameter sequence and for deriving a time warped spectral representation of the audio input signal; a perceptual model calculator for receiving the audio input signal; a warp coder for encoding the warp parameter sequence to reduce its size during transmission within the bit stream; an encoder for receiving the time-warped spectral representation for quantization to obtain an encoded time-warped spectral representation of the audio input signal, wherein the encoder is controlled by the perceptual model calculator; and a multiplexer for receiving and multiplexing the encoded warp parameter sequence and the encoded time-warped spectral representation of the audio input signal.
A composite comprising: a substrate comprising a reinforced organic polymer matrix, the substrate having a substrate surface; at least one interlayer on the substrate surface, the interlayer having a thickness extending vertical from the substrate, and a compositional gradient of at least one chemical element within at least a portion of the thickness extending vertical, wherein the interlayer consists essentially of silicon oxycarbide and is deposited by a vapor phase deposition technique, a sputtering technique, or plasma deposition technique, or combinations thereof; and at least one inorganic coating deposited on at least a portion of the interlayer by a cold spray or a thermal spray technique. a substrate comprising a reinforced organic polymer matrix, the substrate having a substrate surface; at least one interlayer on the substrate surface, the interlayer having a thickness extending vertical from the substrate, and a compositional gradient of at least one chemical element within at least a portion of the thickness extending vertical, wherein the interlayer consists essentially of silicon oxycarbide and is deposited by a vapor phase deposition technique, a sputtering technique, or plasma deposition technique, or combinations thereof; and at least one inorganic coating deposited on at least a portion of the interlayer by a cold spray or a thermal spray technique.
A process for the head-to-head dimerization of conjugated diene compounds comprising contacting, in a reaction medium said conjugated diene compounds with a catalyst in the presence of a phenol compound selected from: - phenol or, - a phenol-containing compound substituted by one or more substituents that are chosen from methyl, ethyl, propyl, tertiobutyl or mesityl groups, or; - dichlorophenol, 2-hydroxybenzotrifluoride, o-methoxyphenol, diphenylphenol, hydroquinone, diisopropylphenol; and wherein the conjugated diene compounds are asymmetric conjugated diene compounds. - phenol or, - a phenol-containing compound substituted by one or more substituents that are chosen from methyl, ethyl, propyl, tertiobutyl or mesityl groups, or; - dichlorophenol, 2-hydroxybenzotrifluoride, o-methoxyphenol, diphenylphenol, hydroquinone, diisopropylphenol;
A power supply module, comprising a lead frame, an integrated circuit, passive devices, and two semiconductor bare chips, wherein: at least one magnetic device in the passive devices is a discrete magnetic device obtained by assembling a magnetic core and an electrical winding; and one end of the electrical winding is electrically connected to the lead frame, so that the one end of the electrical winding is electrically connected to the integrated circuit and the passive devices except all magnetic devices by means of the lead frame; characterized in that a source of one of the two semiconductor bare chips is electrically connected to a gate of the other semiconductor bare chip; and the other end of the electrical winding is electrically connected to the source of the one semiconductor bare chip directly, and the other end of the electrical winding is further electrically connected to the gate of the other semiconductor bare chip directly. wherein the electrical winding is an aluminum strip, the one end of the electrical winding is electrically connected to the lead frame in a bonding manner or an adhering manner, and the other end of the electrical winding is electrically connected to the semiconductor bare chip in a bonding manner or an adhering manner directly. at least one magnetic device in the passive devices is a discrete magnetic device obtained by assembling a magnetic core and an electrical winding; and one end of the electrical winding is electrically connected to the lead frame, so that the one end of the electrical winding is electrically connected to the integrated circuit and the passive devices except all magnetic devices by means of the lead frame; characterized in that a source of one of the two semiconductor bare chips is electrically connected to a gate of the other semiconductor bare chip; and the other end of the electrical winding is electrically connected to the source of the one semiconductor bare chip directly, and the other end of the electrical winding is further electrically connected to the gate of the other semiconductor bare chip directly. wherein the electrical winding is an aluminum strip, the one end of the electrical winding is electrically connected to the lead frame in a bonding manner or an adhering manner, and the other end of the electrical winding is electrically connected to the semiconductor bare chip in a bonding manner or an adhering manner directly.
A method performed by a wireless device (10, 300, 400) for avoiding failure in calculating a subscription identifier identifying a subscription of the wireless device (10, 300, 400), the method comprising: obtaining a priority list of one or more parameter sets from a network node (500, 600) in a home network, HN, of the wireless device (10, 300, 400), said priority list defining a different priority for each of the one or more parameter sets, wherein each parameter set comprises one or more parameters used for calculating the subscription identifier; calculating the subscription identifier using a null parameter set or one of the one or more parameter sets in the priority list selected responsive to the defined priorities; and informing the HN of the subscription of the wireless device (10, 300, 400) by sending the calculated subscription identifier to the network node (500, 600) in the HN. obtaining a priority list of one or more parameter sets from a network node (500, 600) in a home network, HN, of the wireless device (10, 300, 400), said priority list defining a different priority for each of the one or more parameter sets, wherein each parameter set comprises one or more parameters used for calculating the subscription identifier; calculating the subscription identifier using a null parameter set or one of the one or more parameter sets in the priority list selected responsive to the defined priorities; and informing the HN of the subscription of the wireless device (10, 300, 400) by sending the calculated subscription identifier to the network node (500, 600) in the HN.