mhurhangee/ep-ind-claims huggingface dataset:
A heat pump system (10, 11): including indoor units (30A to 30C, 40) conducting heat exchange between indoor air and a refrigerant, and an outdoor unit conducting heat exchange between outdoor air and the refrigerant, wherein the heat pump system further comprises: a first circulating system (50a, 50b) circulating the refrigerant between the indoor units (30A to 30C, 40) and the outdoor unit; adjustment means (32, 42) provided to each of the indoor units (30A to 30C, 40) for adjusting the flow rate of the refrigerant entering the indoor unit (30A to 30C, 40) from the first circulating system (50a, 50b); input means (302, 402) for entering priorities set for the indoor units (30A to 30C, 40); and control means (301, 401), characterized by the control means (301, 401) being configured to acquire priorities set in the indoor units (30A to 30C, 40), to control the adjustment means (32, 42), and to distribute the refrigerant so as to supply the indoor units (30A to 30C, 40) with the refrigerant at the flow rates the indoor units (30A to 30C, 40) need in an order of the indoor units (30A to 30C, 40) from the highest set priority of the acquired priorities when the total of the refrigerant flow rates necessary at the indoor units (30A to 30C, 40), that are obtained from target temperatures of the indoor air of the indoor units (30A 30C, 40) and the current temperatures of the indoor air, surpasses the refrigerant flow rate that can be discharged into the first circulating system (50a, 50b) from the outdoor unit. a first circulating system (50a, 50b) circulating the refrigerant between the indoor units (30A to 30C, 40) and the outdoor unit; adjustment means (32, 42) provided to each of the indoor units (30A to 30C, 40) for adjusting the flow rate of the refrigerant entering the indoor unit (30A to 30C, 40) from the first circulating system (50a, 50b); input means (302, 402) for entering priorities set for the indoor units (30A to 30C, 40); and control means (301, 401), characterized by the control means (301, 401) being configured to acquire priorities set in the indoor units (30A to 30C, 40), to control the adjustment means (32, 42), and to distribute the refrigerant so as to supply the indoor units (30A to 30C, 40) with the refrigerant at the flow rates the indoor units (30A to 30C, 40) need in an order of the indoor units (30A to 30C, 40) from the highest set priority of the acquired priorities when the total of the refrigerant flow rates necessary at the indoor units (30A to 30C, 40), that are obtained from target temperatures of the indoor air of the indoor units (30A 30C, 40) and the current temperatures of the indoor air, surpasses the refrigerant flow rate that can be discharged into the first circulating system (50a, 50b) from the outdoor unit.
An antibody-drug conjugate for use in a method for neoadjuvant treatment of cancer comprising: a) administering the antibody-drug conjugate comprising an antibody moiety conjugated to a drug, to a subject with cancer, wherein the antibody moiety is an anti-Trop-2 hRS7 antibody and the drug is SN-38; and b) treating the subject with a standard anti-cancer therapy selected from the group consisting of surgery, and radiation therapy, and wherein the ADC is administered before the standard anti-cancer therapy. a) administering the antibody-drug conjugate comprising an antibody moiety conjugated to a drug, to a subject with cancer, wherein the antibody moiety is an anti-Trop-2 hRS7 antibody and the drug is SN-38; and b) treating the subject with a standard anti-cancer therapy selected from the group consisting of surgery, and radiation therapy, and
A process for the production of a grain oriented electrical steel strip comprising the steps of: a) providing a hot rolled strip comprising in weight %: C < 0.006 preferably < 0.003 Si 3.0 - 3.5 preferably 3.1-3.3 Mn 0.4 - 2.0 preferably 0.45 - 0.65 Als 0.005-0.03 preferably 0.01-0.02 N 0.004 - 0.009 preferably 0.005 -0.008 S < 0.008 preferably < 0.005 Ti <0.006 preferably < 0.004 optionally one or more of Cu 0.05 - 0.3 Sn 0.04 - 0.15 Ni < 0.1 preferably < 0.05 Cr < 0.2 preferably < 0.05 P < 0.02 preferably < 0.01 B < 0.01 preferably 0.001 - 0.005 Te < 0.01 preferably < 0.005 Cd < 0.01 preferably < 0.005 Zn < 0.01 preferably < 0.005 As < 0.01 preferably < 0.005 Pb < 0.01 preferably < 0.005 Bi < 0.002 preferably 0.0005 - 0.002 balance Fe apart from impurities, wherein Als is acid soluble aluminium, b) optionally annealing and/or pickling the hot rolled strip, c) cold rolling the hot rolled strip to an intermediate thickness, d) annealing the cold rolled strip in order to recrystallize the cold rolled strip, e) cold rolling the recrystallized strip to a final thickness, f) batch annealing the cold rolled strip having said final thickness, preferably by heating the strip at a rate of ≤ 200°C/h to a holding temperature within the range 860 - 950 °C, and holding the strip at such temperature for 2 - 20 h, g) continuously annealing said batch annealed strip at a temperature of 800 - 1200 °C, for a time of 30 - 600 s. a) providing a hot rolled strip comprising in weight %: C < 0.006 preferably < 0.003 Si 3.0 - 3.5 preferably 3.1-3.3 Mn 0.4 - 2.0 preferably 0.45 - 0.65 Als 0.005-0.03 preferably 0.01-0.02 N 0.004 - 0.009 preferably 0.005 -0.008 S < 0.008 preferably < 0.005 Ti <0.006 preferably < 0.004 optionally one or more of Cu 0.05 - 0.3 Sn 0.04 - 0.15 Ni < 0.1 preferably < 0.05 Cr < 0.2 preferably < 0.05 P < 0.02 preferably < 0.01 B < 0.01 preferably 0.001 - 0.005 Te < 0.01 preferably < 0.005 Cd < 0.01 preferably < 0.005 Zn < 0.01 preferably < 0.005 As < 0.01 preferably < 0.005 Pb < 0.01 preferably < 0.005 Bi < 0.002 preferably 0.0005 - 0.002 balance Fe apart from impurities, wherein Als is acid soluble aluminium, b) optionally annealing and/or pickling the hot rolled strip, c) cold rolling the hot rolled strip to an intermediate thickness, d) annealing the cold rolled strip in order to recrystallize the cold rolled strip, e) cold rolling the recrystallized strip to a final thickness, f) batch annealing the cold rolled strip having said final thickness, preferably by heating the strip at a rate of ≤ 200°C/h to a holding temperature within the range 860 - 950 °C, and holding the strip at such temperature for 2 - 20 h, g) continuously annealing said batch annealed strip at a temperature of 800 - 1200 °C, for a time of 30 - 600 s.
A separator for non-aqueous batteries comprising a laminate comprising: a low melting-point polymer fiber layer comprising a low melting-point polymer having a melting point of 100 to 200 °C, the low melting-point polymer fiber layer comprising nanofibers having a fiber diameter of 1000 nm or smaller and formed from the low melting-point polymer; and a heat-resistant polymer fiber layer positioned on the low melting-point polymer fiber layer and comprising a heat-resistant polymer selected from the group consisting of a high melting-point polymer having a melting point over 200 °C and a heat infusible polymer, the heat-resistant polymer fiber layer comprising a mixture of nanofibers having a fiber diameter of 1000 nm or smaller and non-nanofibers having a fiber diameter over 1000 nm and both formed from a heat-resistant polymer. a low melting-point polymer fiber layer comprising a low melting-point polymer having a melting point of 100 to 200 °C, the low melting-point polymer fiber layer comprising nanofibers having a fiber diameter of 1000 nm or smaller and formed from the low melting-point polymer; and a heat-resistant polymer fiber layer positioned on the low melting-point polymer fiber layer and comprising a heat-resistant polymer selected from the group consisting of a high melting-point polymer having a melting point over 200 °C and a heat infusible polymer, the heat-resistant polymer fiber layer comprising a mixture of nanofibers having a fiber diameter of 1000 nm or smaller and non-nanofibers having a fiber diameter over 1000 nm and both formed from a heat-resistant polymer.
A cellulose ester-based resin composition, characterized by comprising; 1 to 50 parts by mass of a phosphate represented by the following Formula with respect to 100 parts by mass of a cellulose ester-based resin: wherein, R 1 and R 2 each independently represent a hydrogen atom or a methyl group; and n represents an integer of 1 to 5; at least one selected from the group consisting of a phenol compound represented by the following Formula, a triaryl phosphite compound represented by the following Formula and a diaryl pentaerythritol diphosphite compound represented by the following Formula, each in an amount of 0.01 to 10 parts by mass with respect to 100 parts by mass of said cellulose ester-based resin: wherein, R 3 represents an alkyl group having 1 to 4 carbon atoms; m represents an integer of 1 to 4; and A represents a residue of a mono- to tetra-hydric alcohol from which m hydroxyl groups are removed; wherein, R 4 and R 5 each independently represent a hydrogen atom or an alkyl group having 1 to 4 carbon atoms; and wherein, R 6 and R 7 each independently represent a hydrogen atom or an alkyl group having 1 to 4 carbon atoms; and further comprising 0.05 to 5 parts by mass of a polytetrafluoroethylene with respect to 100 parts by mass of said cellulose ester-based resin.
A charging connector (100; 200) for charging an electric vehicle with direct and/or alternating current comprising: a cylindrical contact portion (102; 202; 302; 402), wherein the cylindrical contact portion (102; 202; 302; 402) has at least one alternating current contact (110, 112, 114; 210, 212, 214) and a neutral conductor contact (116; 216), and a first (120, 122; 220, 222; 320, 322; 420, 422) and a second direct current contact (122, 120; 222, 220; 322, 320; 422, 420), wherein the first (120, 122; 220, 222; 320, 322; 420, 422) and second direct current contact (122, 120; 222, 220; 322, 320; 422, 420) are embodied as contact surfaces (120, 122; 220, 222; 320, 322; 420, 422), characterized in that the contact surfaces (120, 122; 220, 222; 320, 322; 420, 422) are curved and arranged flush on the lateral surface of the cylindrical contact portion (102; 202; 302; 402). a cylindrical contact portion (102; 202; 302; 402), wherein the cylindrical contact portion (102; 202; 302; 402) has at least one alternating current contact (110, 112, 114; 210, 212, 214) and a neutral conductor contact (116; 216), and a first (120, 122; 220, 222; 320, 322; 420, 422) and a second direct current contact (122, 120; 222, 220; 322, 320; 422, 420), wherein the first (120, 122; 220, 222; 320, 322; 420, 422) and second direct current contact (122, 120; 222, 220; 322, 320; 422, 420) are embodied as contact surfaces (120, 122; 220, 222; 320, 322; 420, 422), characterized in that the contact surfaces (120, 122; 220, 222; 320, 322; 420, 422) are curved and arranged flush on the lateral surface of the cylindrical contact portion (102; 202; 302; 402).
Perineal probe comprising a main axis coinciding with the direction of insertion of said probe and a main body, said main body comprising: a continuous lower surface, an upper surface, opposite said lower surface, a lateral surface, extending between said lower surface and said upper surface and comprising two opposite main portions substantially parallel to said main axis (1 a), said perineal probe also comprising two lateral saddle-shaped electrodes arranged along said main portions of said lateral surface characterised in that said lower surface is substantially flat and in that it comprises two lower electrodes, having an average diameter comprised between 5 mm and 2 cm, arranged on said lower surface, reciprocally separated along said main axis and aligned in parallel with said main axis and centred on said main axis.
A method for the purification of a divalent cation binding protein comprising the steps of: a) loading an anion exchange resin material with the divalent cation binding protein in a loading buffer in the absence of divalent cations, and optionally washing the loaded anion exchange resin material with a washing buffer in the absence of divalent cations; and b) eluting the divalent cation binding protein with an eluant comprising at least one divalent cation to form an eluate containing the divalent cation binding protein; wherein the eluant in step (b) has a pH higher than the pH of the washing buffer in step (a), or, in case no washing step is carried out, of the loading buffer in step (a), wherein the pH of the eluant in step (b) is at least 0.5 pH units higher than the pH of the washing buffer in step (a), or, in case no washing step is carried out, of the loading buffer in step (a). a) loading an anion exchange resin material with the divalent cation binding protein in a loading buffer in the absence of divalent cations, and optionally washing the loaded anion exchange resin material with a washing buffer in the absence of divalent cations; and b) eluting the divalent cation binding protein with an eluant comprising at least one divalent cation to form an eluate containing the divalent cation binding protein;
An appliance which can be docked onto a drinks preparation machine and is for preparing frothed milk, comprising a connection for steam produced by the drinks preparation machine, and a milk frothing unit with a gear pump which at an inlet side is connected to a milk feed conduit and to an air feed, characterised by an interface for electrical current delivered from the drinks preparation machine, for operating the gear pump and characterised in that the milk frothing unit is designed such that an operating parameter is adjustable in a manner depending on a measured value and/or on a user input.
A method for creating object-based audio content from a text input for use in audio books and/or audio play, the method including the steps of: a) receiving the text input; b) performing a semantic analysis of the received text input; bi) determining spatial information as one or more results of the semantic analysis; c) synthesizing speech and effects based the one or more results of the semantic analysis to generate one or more audio objects; d) generating metadata for the one or more audio objects; and e) creating the object-based audio content including the one or more audio objects and the metadata. a) receiving the text input; b) performing a semantic analysis of the received text input; bi) determining spatial information as one or more results of the semantic analysis; c) synthesizing speech and effects based the one or more results of the semantic analysis to generate one or more audio objects; d) generating metadata for the one or more audio objects; and e) creating the object-based audio content including the one or more audio objects and the metadata.
A wireless communication method, the method comprising receiving, by a terminal, a first message, the first message being used to instruct the terminal to stop Uplink, UL, transmission, wherein the first message is a group common Downlink Control Information, DCI; determining, by the terminal, a sequence of a priority of the LTL transmission in multiple LTL transmissions; and determining, by the terminal, whether to stop the UL transmission or not based on the sequence of the priority of the LTL transmission; stopping, by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is lowest in the multiple UL transmissions; and not stopping, by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is not lowest in the multiple UL transmissions. receiving, by a terminal, a first message, the first message being used to instruct the terminal to stop Uplink, UL, transmission, wherein the first message is a group common Downlink Control Information, DCI; determining, by the terminal, a sequence of a priority of the LTL transmission in multiple LTL transmissions; and determining, by the terminal, whether to stop the UL transmission or not based on the sequence of the priority of the LTL transmission; stopping, by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is lowest in the multiple UL transmissions; and not stopping, by the terminal, the UL transmission responsive to the first message when the priority of the UL transmission is not lowest in the multiple UL transmissions.
Radiation field generating system comprising a radiation field providing device and a radiation field amplifying device, said radiation field providing device is configured to provide and introduce a radiation field into said radiation field amplifying device, said radiation field amplifying device comprises at least one laser active medium which is configured to exhibit a population inversion and said radiation field amplifying device is configured to amplify the introduced radiation field to an amplified radiation field wherein the radiation field providing device is configured to provide said introduced radiation field with a first contribution and a second contribution and said first contribution and said second contribution differ in at least one characteristic property, wherein one of said first and said second contributions (92, 94) has a radial polarization and the other of said first and said second contribution (92, 94) has an azimuthal polarization, in particular with said radial polarization and said azimuthal polarization being radial and azimuthal, respectively, with respect to an axis along which said contributions propagate, characterized in that the radiation field generating system is configured so that each of said contributions (92, 94) is switchable between different operational modes by said radiation field providing device, wherein said different operational modes of said contributions (92, 94) comprise at least a high mode and a low mode with an intensity of the respective contribution in said high mode being larger than in said low mode, and wherein said radiation field providing device is configured to provide said second contribution in the low mode when it provides said first contribution in the high mode, and/or wherein said radiation field providing device is configured to provide said second contribution in the high mode when it provides said first contribution in the low mode. one of said first and said second contributions (92, 94) has a radial polarization and the other of said first and said second contribution (92, 94) has an azimuthal polarization, in particular with said radial polarization and said azimuthal polarization being radial and azimuthal, respectively, with respect to an axis along which said contributions propagate, characterized in that the radiation field generating system is configured so that each of said contributions (92, 94) is switchable between different operational modes by said radiation field providing device, wherein said different operational modes of said contributions (92, 94) comprise at least a high mode and a low mode with an intensity of the respective contribution in said high mode being larger than in said low mode, and wherein said radiation field providing device is configured to provide said second contribution in the low mode when it provides said first contribution in the high mode, and/or wherein said radiation field providing device is configured to provide said second contribution in the high mode when it provides said first contribution in the low mode.
A printed product comprising a latex ink printed on a print media, wherein the print media comprises a media substrate that is at least partially coated on at least one surface with an image receiving layer, and wherein the image receiving layer comprises inorganic pigments, polymeric binder, and at least one latex ink film-forming aid; wherein the at least one latex ink film-forming aid comprises a cyclic amide and, wherein the amount of latex ink film-forming aid is from 0.01 to 5.0 parts by weight per 100 parts by weight of the inorganic pigments.
An uncoupling pulley (100, 100', 100") provided with a longitudinal axis, said pulley including: - a wheel rim comprising a first area, intended for receiving a belt connecting the wheel rim to a first power-transmission element, and a second area located in the axial extension, namely in the direction defined by the longitudinal axis of the pulley, of the first area; - a hub rigidly connected to a second power-transmission element; one of the power-transmission elements being driving and the other being driven; characterized in that: - a ring gear (3, 3') including a first portion located under the second area of the wheel rim and a second portion presented in the shape of at least one cylindrical skirt (35, 36), resilient, extending, from the first portion, along said longitudinal axis and including a plurality of longitudinal slots (F1, F2, F3) and consequently a plurality of portions (P1, P2, P3) separated from each other by one of the slots, said ring gear being capable of rotating relative to the wheel rim and the hub about said longitudinal axis; - means (5; 50; 13, 14, 33, 34) for driving the ring gear relative to the wheel rim; - a resiliently deformable element, a first end of which is fixed to the hub and a second end of which is fixed to the ring gear; said at least one cylindrical skirt (35, 36) being moreover located opposite the resiliently deformable element, so that the resiliently deformable element can contact said at least one cylindrical skirt (35, 36). - a wheel rim comprising a first area, intended for receiving a belt connecting the wheel rim to a first power-transmission element, and a second area located in the axial extension, namely in the direction defined by the longitudinal axis of the pulley, of the first area; - a hub rigidly connected to a second power-transmission element; one of the power-transmission elements being driving and the other being driven; - a ring gear (3, 3') including a first portion located under the second area of the wheel rim and a second portion presented in the shape of at least one cylindrical skirt (35, 36), resilient, extending, from the first portion, along said longitudinal axis and including a plurality of longitudinal slots (F1, F2, F3) and consequently a plurality of portions (P1, P2, P3) separated from each other by one of the slots, said ring gear being capable of rotating relative to the wheel rim and the hub about said longitudinal axis; - means (5; 50; 13, 14, 33, 34) for driving the ring gear relative to the wheel rim; - a resiliently deformable element, a first end of which is fixed to the hub and a second end of which is fixed to the ring gear;
A platform, comprising: a receiver configured to receive a signal that includes an error, said error being caused in the received signal due to a noise signal generated from a source in the platform and propagating in the platform as radio-frequency, RF, noise; a processor configured to calculate a noise vector from the source of the noise signal and to send the noise vector to the receiver via a data link external to the processor; and a digital signal processor comprised in the receiver, separate from the processor, and configured to estimate an error vector based at least in part on the noise vector received from the processor and to subtract the estimated error vector from in-phase and quadrature components of a baseband version of the received signal to cancel the noise signal from the received signal. a receiver configured to receive a signal that includes an error, said error being caused in the received signal due to a noise signal generated from a source in the platform and propagating in the platform as radio-frequency, RF, noise; a processor configured to calculate a noise vector from the source of the noise signal and to send the noise vector to the receiver via a data link external to the processor; and a digital signal processor comprised in the receiver, separate from the processor, and configured to estimate an error vector based at least in part on the noise vector received from the processor and to subtract the estimated error vector from in-phase and quadrature components of a baseband version of the received signal to cancel the noise signal from the received signal.