mhurhangee/patent-ind-claim-en huggingface dataset:
A base station apparatus comprising: a transmitter arranged to transmit, to a remote unit, multiple downlink transmissions in a downlink slot set, wherein the downlink slot set comprises a first number of reference slots and a second number of carriers, wherein the second number of carriers are grouped into a plurality of carrier groups based on a subcarrier spacing value of each carrier, and wherein each carrier in a carrier group has the same subcarrier spacing value; and a receiver arranged to receive a hybrid automatic repeat request acknowledgement, HARQ-ACK, codebook from the remote unit for the downlink slot set, wherein the HARQ-ACK codebook for the downlink slot set corresponds to all downlink transmissions in the downlink slot set. a transmitter arranged to transmit, to a remote unit, multiple downlink transmissions in a downlink slot set, wherein the downlink slot set comprises a first number of reference slots and a second number of carriers, wherein the second number of carriers are grouped into a plurality of carrier groups based on a subcarrier spacing value of each carrier, and wherein each carrier in a carrier group has the same subcarrier spacing value; and a receiver arranged to receive a hybrid automatic repeat request acknowledgement, HARQ-ACK, codebook from the remote unit for the downlink slot set, wherein the HARQ-ACK codebook for the downlink slot set corresponds to all downlink transmissions in the downlink slot set.
A circuit for sensing current, the circuit comprising: - a substrate having a first and a second major surface , the second major surface being opposite to the first major surface , and the substrate comprising a first insulation layer positioned between and away from the first major surface and the second major surface such that it is substantially buried in the substrate ; - at least one magnetic field sensing element arranged on said first major surface of the substrate and suitable for sensing a magnetic field caused by a current flow in a current conductor coupled to the second major surface ; characterized in that the substrate is a semiconductor-insulator-semiconductor substrate, wherein the insulator forms the first insulation layer . - a substrate having a first and a second major surface , the second major surface being opposite to the first major surface , and the substrate comprising a first insulation layer positioned between and away from the first major surface and the second major surface such that it is substantially buried in the substrate ; - at least one magnetic field sensing element arranged on said first major surface of the substrate and suitable for sensing a magnetic field caused by a current flow in a current conductor coupled to the second major surface ;
A binding reagent capable of specifically binding to a marker of CD14 + HLA-DR hi monocytes selected from CCR9 for use in the treatment of inflammatory bowel disease, wherein the binding reagent is immobilized on a solid support contained within an apheresis column, to which is applied peripheral blood from a patient thus removing CD14 + HLA-DR hi monocytes from the peripheral blood of the patient or subject, and wherein the binding agent is an anti-CCR9 antibody.
A mobile device comprising a metal chassis and an antenna system comprising: a first electrically conductive member , the first electrically conductive member comprising a plurality of segments including at least a central segment , a first corner segment and a second corner segment , the first and the second corner segments being disposed adjacent to the central segment , the central segment being disposed between the first and the second corner segments ,wherein a dielectric material is disposed in a gap between the first corner segment and the central segment , and in a gap between the second corner segment and the central segment ; a second electrically conductive member disposed within the mobile device , wherein: a first end of the second electrically conductive member is connected to the first corner segment ; a portion of the second electrically conductive member away from the first end is electrically connected to a first feeding portion ; the central segment is connected to a second feeding portion ; and the second corner segment is connected to a third feeding portion , wherein dielectric material is disposed in a gap between one end of the first corner segment away from the central segment and the metal chassis of the mobile device , and dielectric material is disposed in a gap between one end of the second corner segment away from the central segment and the metal chassis , wherein a second end of the second electrically conductive member is electrically connected to the second corner segment . a first electrically conductive member , the first electrically conductive member comprising a plurality of segments including at least a central segment , a first corner segment and a second corner segment , the first and the second corner segments being disposed adjacent to the central segment , the central segment being disposed between the first and the second corner segments ,wherein a dielectric material is disposed in a gap between the first corner segment and the central segment , and in a gap between the second corner segment and the central segment ; a second electrically conductive member disposed within the mobile device , wherein: a first end of the second electrically conductive member is connected to the first corner segment ; a portion of the second electrically conductive member away from the first end is electrically connected to a first feeding portion ; the central segment is connected to a second feeding portion ; and the second corner segment is connected to a third feeding portion , wherein dielectric material is disposed in a gap between one end of the first corner segment away from the central segment and the metal chassis of the mobile device , and dielectric material is disposed in a gap between one end of the second corner segment away from the central segment and the metal chassis , wherein a second end of the second electrically conductive member is electrically connected to the second corner segment .
Installation for hot rolling steel strip (S), having a hot rolling relay which comprises a plurality of rolling stands (F1-F7) that are passed through successively in the conveying direction (F) of the steel strip (S) to be hot rolled, and having a cooling section for intensively cooling the hot rolled steel strip (S) exiting the final rolling stand (F7) of the rolling relay , wherein the start of the cooling section is shifted to before the end of the hot rolling relay as seen in the conveying direction (F) of the steel strip (S) to be hot rolled, wherein the cooling section starts after the final rolling stand (F5) that is actively passed through before entry into the cooling section , hot rolling of the respective steel strip (S) to be hot rolled taking place in said rolling stand (F5), wherein the cooling section comprises a plurality of cooling units (K1-Kn), and in that a respective cooling unit (K1, K2, K3) is arranged downstream, in the conveying direction (F), of the last rolling stand (F5) that is passed through before entry into the cooling section and of every further rolling stand (F6, F7) that is passed through thereafter, characterized in that the first cooling unit K1, in the conveying direction F, of the cooling section 5 is arranged between the fifth rolling stand F5 and the sixth rolling stand F6 and the second cooling unit K2 of the cooling section 5 is arranged between the sixth rolling stand F6 and the seventh rolling stand F7 of the rolling relay 2.
A bone fixation plate , comprising: a main body formed of a first material, the main body having a main body first end , a main body second end , a main body first side, a main body second side, a first surface , and a second surface opposite the first surface , the main body defining a first set of openings extending through the main body between the first and second surfaces and the main body further defining a recess for each opening of the first set of openings , the recess having a recess length and extending to a main body circumferential surface for each respective opening of the first set of openings ; and a support member formed of a second, different material and attached to the main body , the support member defining a second set of openings aligned with the first set of openings and a support member circumferential surface for each opening of the second set of openings ; wherein each main body circumferential surface is disposed adjacent and continuous with a support member circumferential surface to define an opening circumferential surface that bounds an opening of the first set of openings and an opening of the second set of openings . a main body formed of a first material, the main body having a main body first end , a main body second end , a main body first side, a main body second side, a first surface , and a second surface opposite the first surface , the main body defining a first set of openings extending through the main body between the first and second surfaces and the main body further defining a recess for each opening of the first set of openings , the recess having a recess length and extending to a main body circumferential surface for each respective opening of the first set of openings ; and a support member formed of a second, different material and attached to the main body , the support member defining a second set of openings aligned with the first set of openings and a support member circumferential surface for each opening of the second set of openings ; wherein each main body circumferential surface is disposed adjacent and continuous with a support member circumferential surface to define an opening circumferential surface that bounds an opening of the first set of openings and an opening of the second set of openings .
Use of a marker for assessing the composition or purity of a cell culture, wherein the marker is at least one marker selected from the group consisting of ACE, MMP1, POSTN, SYNPO, SULF1, ARHGEF28, IGF2BP1, BAIAP2L1, LIMCH1, SCIN, DCLK1, PPL, CRABP2, NES, XPNPEP2 and SLIT3, wherein the expression level of the at least one marker is determined, characterized in that the at least one marker is ACE or a combination of ACE and at least one further marker selected from the group consisting of MMP1, POSTN, SYNPO, SULF1, ARHGEF28, IGF2BP1, BAIAP2L1, LIMCH1, SCIN, DCLK1, PPL, CRABP2, NES, XPNPEP2 and SLIT3, and the cell culture is a chondrocyte culture.
Method for treating kegs in a system in a plurality of treatment steps, wherein, at least in a first treatment step, preferably after filling material residues have been emptied from the respective keg(s) , the keg interior is treated with mixed water, provided in a mixed water tank (4.1), at a first temperature (T1), and, in a further subsequent treatment step, the respective keg interior is treated with hot water, provided in a hot water tank (4.2) and produced by heating fresh water, at a second temperature (T2), wherein the second temperature (T2) is higher than the first temperature (T1), characterised in that at least during the ongoing operation of the system , for the recovery of heat as mixed water, use is made exclusively of a treatment medium, flowing out of the keg interior in a further treatment step, wherein the cooling of the mixed water in the mixed water tank (4.1) from the second temperature (T2) to the first temperature (T1), and the maintaining of the mixed water in the mixed water tank (4.1) at the first temperature (T1) take place by the pre-heating of the fresh water by the cooling of the mixed water in the heat exchanger , without the fresh water being mixed with the mixed water.
A process of producing a dental milling block layer-by-layer, the dental milling block having the shape of a cube, cuboid or cylinder and comprising a dental article having an outer surface, the dental article being based on personalized data, the personalized data comprising colour data, wherein the outer surface of the dental article is at least partially covered or surrounded with a surrounding material, the surrounding material not being part of the dental article , the surrounding material comprising the same material the dental article is made of but having a different colour, the process comprising the steps of: a) providing a personalized Data Set C containing geometry data of the dental article and colour data related to said geometry data, b) generating a layer of hardenable material on a surface, c) applying a colour agent to the layer of hardenable material of step b), wherein the colour agent is applied to at least some regions of those areas of the layer of hardenable material which are related to the geometry data of the dental article, d) consolidating the result obtained in step c) thereby obtaining an at least partially hardened layer of material. a) providing a personalized Data Set C containing geometry data of the dental article and colour data related to said geometry data, b) generating a layer of hardenable material on a surface, c) applying a colour agent to the layer of hardenable material of step b), wherein the colour agent is applied to at least some regions of those areas of the layer of hardenable material which are related to the geometry data of the dental article, d) consolidating the result obtained in step c) thereby obtaining an at least partially hardened layer of material.
A system for monitoring and detecting fluid invasion of an annular space between inner and outer sheaths of a flexible pipe , the system comprising; a thermal element that is placed in the annular space of the pipe structure and configured to generate a thermal signal within the annular space ; a temperature sensing element that is placed in the annular space of the pipe structure and configured to sense a thermal variation in the thermal signal in the annular space ; and a monitoring system configured to process the thermal variation sensed by the temperature sensing element , when connected thereto, to determine the presence of a fluid in the annular space ; wherein the thermal element and the thermal sensing element are configured to be positioned, in use, in the annular space of the pipe structure within the vicinity of one another.
A method for improving a surface finish of an additively manufactured AM part , comprising: fluidly communicating at least one internal channel of an additively manufactured AM part to an abrasive fluid media source ; and rotating the additively manufactured AM part to induce abrasive fluid media to flow through the AM part to smooth a surface of the AM part , further comprising rotating the AM part about an axis that the AM part is configured to rotate during operation of the AM part , wherein the AM part is configured to generate flow in use through rotating around a central axis of the AM part , wherein rotating includes rotating the AM part about a central axis of the AM part , characterised in that fluidly communicating the at least one internal channel of the AM part includes connecting the internal channel of the AM part to a conduit connected to the abrasive fluid media source . fluidly communicating at least one internal channel of an additively manufactured AM part to an abrasive fluid media source ; and rotating the additively manufactured AM part to induce abrasive fluid media to flow through the AM part to smooth a surface of the AM part , further comprising rotating the AM part about an axis that the AM part is configured to rotate during operation of the AM part , wherein the AM part is configured to generate flow in use through rotating around a central axis of the AM part , wherein rotating includes rotating the AM part about a central axis of the AM part , characterised in that fluidly communicating the at least one internal channel of the AM part includes connecting the internal channel of the AM part to a conduit connected to the abrasive fluid media source .
A method for generating an image of microvasculature in a subject from ultrasound data, the method comprising: (a) accessing ultrasound data acquired from a subject with a computer system; (b) generating microbubble signal data by extracting microbubble signals from the ultrasound data using the computer system; (c) generating a plurality of subsets of microbubble signal data from the microbubble signal data using the computer system, wherein the plurality of subsets of microbubble signal data are generated by separating the microbubble signal data into subsets of microbubble signals based on acoustic properties of individual microbubbles; (d) generating a microvessel image for each subset of microbubble signal data using the computer system, wherein each microvessel image represents a sparse subset of microbubble signals; and (e) generating a combined microvessel image based on a combination of the microvessel image for each of the plurality of subsets of microbubble signal data. (a) accessing ultrasound data acquired from a subject with a computer system; (b) generating microbubble signal data by extracting microbubble signals from the ultrasound data using the computer system; (c) generating a plurality of subsets of microbubble signal data from the microbubble signal data using the computer system, wherein the plurality of subsets of microbubble signal data are generated by separating the microbubble signal data into subsets of microbubble signals based on acoustic properties of individual microbubbles; (d) generating a microvessel image for each subset of microbubble signal data using the computer system, wherein each microvessel image represents a sparse subset of microbubble signals; and (e) generating a combined microvessel image based on a combination of the microvessel image for each of the plurality of subsets of microbubble signal data.
Drying and/or cleaning cloth , with a quadrilateral surface with two sides, which in each case are delimited by two longitudinal edges and two transverse edges , characterised in that the drying and/or cleaning cloth has an opening for reaching through in the region of at least one transverse edge or a longitudinal edge respectively, that at least one opening is configured as a slot, which is aligned parallel to the transverse edge or longitudinal edge respectively in the region of which it is provided, that the slot is provided at a distance interval of approximately 5 cm to 15 cm, preferably 8 cm to 12 cm, and particularly preferably approximately 10 cm, from the corresponding transverse edge or longitudinal edge respectively, that the slot has a length of approximately 5 cm to 15 cm, preferably 8 cm to 12 cm, and particularly preferably approximately 10 cm, that the slot is arranged approximately in the middle in relation to the length of the corresponding transverse edge or longitudinal edge respectively, and that the drying and/or cleaning cloth is quadratic or quadrilateral, with a ratio of the longitudinal edge to the transverse edge of approximately 1.5 to 1.7, preferably 1,6.
An apparatus for controlling a circuit breaker for a static synchronous compensator (STATCOM) installed in a STATCOM-dedicated branch line branched from a main bus of a power system and configured to provide the power system with reactive power via the main bus , the apparatus comprising: a transformer protector for detecting a differential current between primary current and secondary current of a transformer connected in series to the circuit breaker in the branch line , and controlling opening/closing of the circuit breaker ; and a STATCOM controller for controlling an operation of the STATCOM , wherein the STATCOM controller , in operation, outputs, to the transformer protector , an opening suspension signal for suspending the opening of the circuit breaker when overvoltage occurring in the STATCOM is detected, and the transformer protector , in operation, suspends, output of a circuit breaker opening signal to the circuit breaker according to the received opening suspension signal, wherein when the opening suspension signal is received from the STATCOM controller , the transformer protector does not output the circuit breaker opening signal to the circuit breaker so that the circuit breaker is not opened, and wherein the transformer protector , in operation, checks whether a fault occurs in the power system from the detected differential current in the transformer , and when it is determined that the fault has occurred in the power system, outputs the circuit breaker opening signal to the circuit breaker so that the circuit breaker is opened, regardless of whether or not the opening suspension signal is received from the STATCOM controller . a transformer protector for detecting a differential current between primary current and secondary current of a transformer connected in series to the circuit breaker in the branch line , and controlling opening/closing of the circuit breaker ; and a STATCOM controller for controlling an operation of the STATCOM , wherein the STATCOM controller , in operation, outputs, to the transformer protector , an opening suspension signal for suspending the opening of the circuit breaker when overvoltage occurring in the STATCOM is detected, and the transformer protector , in operation, suspends, output of a circuit breaker opening signal to the circuit breaker according to the received opening suspension signal, wherein when the opening suspension signal is received from the STATCOM controller , the transformer protector does not output the circuit breaker opening signal to the circuit breaker so that the circuit breaker is not opened, and wherein the transformer protector , in operation, checks whether a fault occurs in the power system from the detected differential current in the transformer , and when it is determined that the fault has occurred in the power system, outputs the circuit breaker opening signal to the circuit breaker so that the circuit breaker is opened, regardless of whether or not the opening suspension signal is received from the STATCOM controller .
An electronically-implemented method of analyzing a signal in a blocker detector to locate at least one comparatively significant frequency component therein which acts as an unwanted interfering signal, the blocker detector configured to receive the signal from an analog-to-digital converter of a radio receiver , the method comprising: analyzing, using the blocker detector, a test range of frequencies of the signal received from the analog-to-digital converter of the radio receiver to identify a potentially significant interfering component within the test range and identify a reduced test range that includes the potentially significant interfering component within the test range; characterised in iteratively performing the analyzing step on the reduced test range identified in the previous analyzing step, until a dominant interfering signal has been identified to a predetermined accuracy or an iteration limit has been reached.