mhurhangee/patent-ind-claim-en huggingface dataset:
Enhanced umbilical cord-derived adherent stem cells having characteristics the following (a) to (g): a) having a higher expression level of TAGLN, COL1A1, IGFBP4, STC1, LRRC17, and IL33, as compared with bone marrow stem cells; b) having a lower expression level of TPMT, NAGK, ANXA4, CCND1, SERPINE1, PRNP, and CYP1B1, as compared with bone marrow stem cells; c) maintaining the morphology of adherent fibroblasts during subculture; d) having ability to differentiate into adipocytes, osteocytes, or chondrocytes; e) having surface antigen characteristics Oct4-, SSEA4+, Tra-1-60-, CD11c-, CD8a-, CD200+, CD3-, CD1a-, CD16-, CD86-, CD40-, CD141+, CD61+, CD87+ and MIC A/B-; f) having a higher expression level of one or more selected from the group consisting of S100A10, BNIP3, IGFBP5, NDUFA4L2, DPYD, and SCARA3, as compared with those cultured under a normoxia condition; and g) having a lower expression level of one or more selected from the group consisting of IL8, ALDH1A1, DLC1, CTHRC1, and CPA4, as compared with those cultured under a normoxia condition. a) having a higher expression level of TAGLN, COL1A1, IGFBP4, STC1, LRRC17, and IL33, as compared with bone marrow stem cells; b) having a lower expression level of TPMT, NAGK, ANXA4, CCND1, SERPINE1, PRNP, and CYP1B1, as compared with bone marrow stem cells; c) maintaining the morphology of adherent fibroblasts during subculture; d) having ability to differentiate into adipocytes, osteocytes, or chondrocytes; e) having surface antigen characteristics Oct4-, SSEA4+, Tra-1-60-, CD11c-, CD8a-, CD200+, CD3-, CD1a-, CD16-, CD86-, CD40-, CD141+, CD61+, CD87+ and MIC A/B-; f) having a higher expression level of one or more selected from the group consisting of S100A10, BNIP3, IGFBP5, NDUFA4L2, DPYD, and SCARA3, as compared with those cultured under a normoxia condition; and g) having a lower expression level of one or more selected from the group consisting of IL8, ALDH1A1, DLC1, CTHRC1, and CPA4, as compared with those cultured under a normoxia condition.
A method for determining the heat output (Q) of a radiator , in which - a radiator temperature (θ HS ) and an ambient air temperature (θ RS ) are determined, and the heat output (Q) of the radiator is determined - using (a) the determined radiator temperature (θ HS ), (b) the determined ambient air temperature (θ RS ) and (c) one or several of the parameters radiator reference output (Q N ), assessment factor (K Q ), assessment factor (K C ), assessment factor (K T ), and radiator exponent (n), characterized in that - a raw consumption increment (ΔZ raw (Δ EHKV )) is calculated as the functional correlation between the raw consumption increment (ΔZ raw ) and a temperature variable (Δ EHKV ) that considers at least the radiator temperature (θ HS ), - the raw consumption increment (ΔZ raw (Δ EHKV )) is converted by means of a correction variable (k corr ) via computational linkage (f 1 ) into a consumption increment (ΔZ = f 1 (ΔZ raw (Δ EHKV ), k corr (Δ EHKV ))) in such a way that a sensitivity (E) defined as the ratio between the consumption increment (ΔZ) and the actual heat output (Q · Δt = ΔQ) of the radiator follows a targeted progression (E target ), and - the correction variable (k corr (Δ EHKV )) is filed as a characteristic function as a function of the temperature variable (Δ EHKV ). - a radiator temperature (θ HS ) and an ambient air temperature (θ RS ) are determined, and - using (a) the determined radiator temperature (θ HS ), (b) the determined ambient air temperature (θ RS ) and (c) one or several of the parameters radiator reference output (Q N ), assessment factor (K Q ), assessment factor (K C ), assessment factor (K T ), and radiator exponent (n), (a) the determined radiator temperature (θ HS ), (b) the determined ambient air temperature (θ RS ) and (c) one or several of the parameters radiator reference output (Q N ), assessment factor (K Q ), assessment factor (K C ), assessment factor (K T ), and radiator exponent (n), - a raw consumption increment (ΔZ raw (Δ EHKV )) is calculated as the functional correlation between the raw consumption increment (ΔZ raw ) and a temperature variable (Δ EHKV ) that considers at least the radiator temperature (θ HS ), - the raw consumption increment (ΔZ raw (Δ EHKV )) is converted by means of a correction variable (k corr ) via computational linkage (f 1 ) into a consumption increment (ΔZ = f 1 (ΔZ raw (Δ EHKV ), k corr (Δ EHKV ))) in such a way that a sensitivity (E) defined as the ratio between the consumption increment (ΔZ) and the actual heat output (Q · Δt = ΔQ) of the radiator follows a targeted progression (E target ), and - the correction variable (k corr (Δ EHKV )) is filed as a characteristic function as a function of the temperature variable (Δ EHKV ).
A pressure cylinder for a clutch actuation system of a motor vehicle, having a housing and a piston which, together with the housing encloses a pressure chamber , the piston being displaceable along a guide sleeve region of the housing , characterised in that a seal made from a shrinkable material is inserted in a gap between the piston and the guide sleeve region , which seal is designed according to the principle of a shrink hose and can be activated by applying heat.
A toner comprising: a layered inorganic mineral comprising: a surface treated with a fluorine-containing compound, wherein the fluorine-containing compound comprises a fluoroalkyl group. a layered inorganic mineral comprising: a surface treated with a fluorine-containing compound, wherein the fluorine-containing compound comprises a fluoroalkyl group.
An intra-abdominal pressure sensing apparatus, comprising: a flexible substructure having a plurality of openings or pockets; a membrane jointed to the flexible substructure and provided over each opening or pocket to provide a plurality of pressure-responsive chambers provided along a first dimension of the apparatus, such that each chamber comprises at least one pressure-transmitting wall, and the flexible substructure provides a pressure-resistant barrier between adjacent chambers ; a pressure sensor device provided in each chamber ; and a data transfer apparatus configured to provide data from each pressure-sensor device , wherein the sensing apparatus is configured for simultaneous measurement of abdominal pressure and pelvic floor pressure. a flexible substructure having a plurality of openings or pockets; a membrane jointed to the flexible substructure and provided over each opening or pocket to provide a plurality of pressure-responsive chambers provided along a first dimension of the apparatus, such that each chamber comprises at least one pressure-transmitting wall, and the flexible substructure provides a pressure-resistant barrier between adjacent chambers ; a pressure sensor device provided in each chamber ; and a data transfer apparatus configured to provide data from each pressure-sensor device , wherein the sensing apparatus is configured for simultaneous measurement of abdominal pressure and pelvic floor pressure.
A method of wireless communication, comprising: identifying , by a user equipment, UE, a first power state and a second power state, wherein the first power state is associated with a first transmission or reception of one or more first beams, and the second power state is associated with a second transmission or reception of one or more second beams; and switching , by the UE , from the first power state to the second power state, wherein the UE is configured to use at least one intermediate power state between the first power state and the second power state to smooth a transition from the first power state to the second power state, and wherein the UE is configured to transmit an intermediate beam associated with the at least one intermediate power state when switching from the first power state to the at least one intermediate power state, characterized in that the intermediate beam corresponds to a retransmission or a repetition of data associated with the first transmission or the second transmission. identifying , by a user equipment, UE, a first power state and a second power state, wherein the first power state is associated with a first transmission or reception of one or more first beams, and the second power state is associated with a second transmission or reception of one or more second beams; and switching , by the UE , from the first power state to the second power state, wherein the UE is configured to use at least one intermediate power state between the first power state and the second power state to smooth a transition from the first power state to the second power state, and wherein the UE is configured to transmit an intermediate beam associated with the at least one intermediate power state when switching from the first power state to the at least one intermediate power state, characterized in that the intermediate beam corresponds to a retransmission or a repetition of data associated with the first transmission or the second transmission.
A peptide having an amino acid sequence comprising [E/D/N/Q]-[S/T]-[D/E/Q/N]-[V/L] for use in the treatment, optionally wherein the treatment is prophylactic, of the damaging effect of stroke exacerbated by fever in a subject having a fever of at least 38 degrees Celsius on initiating treatment.
A method of wireless communication, comprising: receiving at a user equipment, UE, a number of allocated interlaces for an uplink transmission over a shared spectrum, wherein each allocated interlace comprises a plurality of non-contiguous resource blocks of the shared spectrum, and wherein the number of allocated interlaces is unsupported by joint interlace precoding hardware of the UE; partitioning the allocated interlaces into at least two subsets of interlaces, wherein a size of each subset of interlaces is supported by the joint interlace precoding hardware of the UE, wherein each subset of interlaces comprises a subset of non-contiguous resource blocks; and performing joint interlace precoding separately on each subset of interlaces which comprises the subset of non-contiguous resource blocks at the UE. receiving at a user equipment, UE, a number of allocated interlaces for an uplink transmission over a shared spectrum, wherein each allocated interlace comprises a plurality of non-contiguous resource blocks of the shared spectrum, and wherein the number of allocated interlaces is unsupported by joint interlace precoding hardware of the UE; partitioning the allocated interlaces into at least two subsets of interlaces, wherein a size of each subset of interlaces is supported by the joint interlace precoding hardware of the UE, wherein each subset of interlaces comprises a subset of non-contiguous resource blocks; and performing joint interlace precoding separately on each subset of interlaces which comprises the subset of non-contiguous resource blocks at the UE.
A windshield wiper system comprising: a pivoting wiper arm ; a wiper blade for wiping a surface ; and a connector assembly coupling the pivoting wiper arm to the wiper blade , the connector assembly comprising a first connecting member directly coupled to the wiper arm and a second connecting member directly coupled to the wiper blade , wherein the first connecting member and the second connecting member are movably coupled to each other, wherein a position of the first connecting member relative to the second connecting member is based on an angular position of the pivoting wiper arm , wherein the first connecting member is substantially U-shaped with an opening , characterised in that the second connecting member is configured such that the second connecting member moves or slides in the opening during a wiper stroke . a pivoting wiper arm ; a wiper blade for wiping a surface ; and a connector assembly coupling the pivoting wiper arm to the wiper blade , the connector assembly comprising a first connecting member directly coupled to the wiper arm and a second connecting member directly coupled to the wiper blade , wherein the first connecting member and the second connecting member are movably coupled to each other, wherein a position of the first connecting member relative to the second connecting member is based on an angular position of the pivoting wiper arm , wherein the first connecting member is substantially U-shaped with an opening , characterised in that the second connecting member is configured such that the second connecting member moves or slides in the opening during a wiper stroke .
A laser processing method comprising: marking multiple concaves on a surface of a preform using a laser before blow molding to form a first mark, characterized by marking multiple concaves on the surface of the molded product using a laser after the blow molding to form a second mark, wherein the second mark formed after the blow molding is smaller than the first mark formed before the blow molding. marking multiple concaves on a surface of a preform using a laser before blow molding to form a first mark, characterized by marking multiple concaves on the surface of the molded product using a laser after the blow molding to form a second mark, wherein the second mark formed after the blow molding is smaller than the first mark formed before the blow molding.
A pulley for a wearable article comprising: a frame defining an aperture and further defining a slot spaced apart from the aperture ; a pulley wheel disposed exterior to the frame ; and a hub extending from the pulley wheel through the aperture ; wherein the hub engages the frame in a locked position, and is disengaged from the frame in an unlocked position; wherein the hub is further from the slot in the locked position than in the unlocked position; and wherein the hub and the pulley wheel are rotatable relative to the frame about a center axis of the hub when in the locked position; the frame includes a first plate and a second plate spaced apart from the first plate , with the first plate nearer to the pulley wheel than the second plate ; the aperture extends through the second plate ; the hub engages the frame at the second plate in the locked position, the first plate has an additional aperture ; the hub also extends through the additional aperture ; the frame has a side wall extending between and connecting the first plate and the second plate ; the frame defines a continuous channel between the first plate and the second plate , inward of the side wall , and extending around the hub ; and the frame defines a side slot between the first plate and the second plate extending to the continuous channel . a frame defining an aperture and further defining a slot spaced apart from the aperture ; a pulley wheel disposed exterior to the frame ; and a hub extending from the pulley wheel through the aperture ; wherein the hub engages the frame in a locked position, and is disengaged from the frame in an unlocked position; wherein the hub is further from the slot in the locked position than in the unlocked position; and wherein the hub and the pulley wheel are rotatable relative to the frame about a center axis of the hub when in the locked position; the frame includes a first plate and a second plate spaced apart from the first plate , with the first plate nearer to the pulley wheel than the second plate ; the aperture extends through the second plate ; the hub engages the frame at the second plate in the locked position, the first plate has an additional aperture ; the hub also extends through the additional aperture ; the frame has a side wall extending between and connecting the first plate and the second plate ; the frame defines a continuous channel between the first plate and the second plate , inward of the side wall , and extending around the hub ; and the frame defines a side slot between the first plate and the second plate extending to the continuous channel .
A telecommunication method for the protected transmission of a message from a message client of a mobile radio device , wherein a message server is assigned to the message client and implements a protocol for receiving the message from the message client and for sending the message to a further message server , to which the message recipient specified in the message is assigned, wherein the message is transmitted from the message client to the message server via a network node , wherein the network node emulates the message server with respect to the message client , and wherein the network node emulates the message client with respect to the message server , said method comprising the following steps: a) receiving the message from the message client by the network node , b) checking by the network node whether the content of the message to be transmitted is encrypted, and, c) if this is the case, sending the message from the network node via the message server to the message recipient specified in the message , and, d) if this is not the case, protecting the message by the network node and sending the protected message to the message recipient, wherein the network node is a node of a mobile radio network. a) receiving the message from the message client by the network node , b) checking by the network node whether the content of the message to be transmitted is encrypted, and, c) if this is the case, sending the message from the network node via the message server to the message recipient specified in the message , and, d) if this is not the case, protecting the message by the network node and sending the protected message to the message recipient,
A computer-implemented method for reconstructing a compressed arithmetic circuit from instructions, the compressed arithmetic circuit and the instructions provided in a serialised bit stream, wherein the compressed arithmetic circuit has been compressed by: creating a serialised circuit from an arithmetic circuit having a plurality of data fields, by applying a simplification rule comprising removing a first subset of said data fields, wherein the arithmetic circuit includes information comprising a total number of wire identifiers, wire identifiers for inputs and outputs of the arithmetic circuit, gates, and wire identifiers of inputs and outputs of the gates, and wherein the first subset of data fields comprises a first subset of wire identifiers from the decompressed arithmetic circuit, wherein the first subset of wire identifiers are derivable from one of: the remaining wire identifiers, and the total number of wire identifiers; and encoding the serialised circuit by an entropy coding scheme; the method of reconstructing the arithmetic circuit comprising: de-compressing the compressed arithmetic circuit according to the instructions to determine the serialised circuit; and de-serialising the serialised circuit according to the instructions to determine the arithmetic circuit. the remaining wire identifiers, and the total number of wire identifiers; and encoding the serialised circuit by an entropy coding scheme; the method of reconstructing the arithmetic circuit comprising: de-compressing the compressed arithmetic circuit according to the instructions to determine the serialised circuit; and de-serialising the serialised circuit according to the instructions to determine the arithmetic circuit. de-compressing the compressed arithmetic circuit according to the instructions to determine the serialised circuit; and de-serialising the serialised circuit according to the instructions to determine the arithmetic circuit.
A method of decoding downlink control information, DCI, by a user equipment , UE, in a wireless communication system, the method comprising: receiving the DCI from a base station; and decoding the DCI, wherein based on the DCI activating or releasing a sidelink semi-persistent scheduling, SPS, between the UE and another UE for a Vehicle-to-Everything, V2X, communication, the DCI comprises (i) a sidelink SPS activation/release field and (ii) a sidelink SPS configuration index field, wherein the sidelink SPS configuration index field informs a specific sidelink SPS configuration and the sidelink SPS activation/release field informs an activation or release for the specific sidelink SPS configuration, the method being characterized in that a plurality of sidelink SPS configurations is configured to the UE, and wherein the sidelink SPS configuration index field informs the specific sidelink SPS configuration among the plurality of sidelink SPS configurations. receiving the DCI from a base station; and decoding the DCI, wherein based on the DCI activating or releasing a sidelink semi-persistent scheduling, SPS, between the UE and another UE for a Vehicle-to-Everything, V2X, communication, the DCI comprises (i) a sidelink SPS activation/release field and (ii) a sidelink SPS configuration index field, wherein the sidelink SPS configuration index field informs a specific sidelink SPS configuration and the sidelink SPS activation/release field informs an activation or release for the specific sidelink SPS configuration, the method being characterized in that a plurality of sidelink SPS configurations is configured to the UE, and wherein the sidelink SPS configuration index field informs the specific sidelink SPS configuration among the plurality of sidelink SPS configurations.
Tool receptacle comprising a receptacle body with a receptacle opening for a tool shank of a tool , and a stop part which is arranged in the receptacle opening and serves for abutment against the end face of the tool shank , wherein the tool receptacle has multiple fluid feed lines (9; 10; 10a; 10b; 10c), running through the receptacle body and the stop part , for feeding of a working fluid to the tool , wherein, on an end face facing towards the tool shank , the stop part has a movable stop piece through which the fluid feed lines (9; 10; 10a; 10b; 10c) extend, wherein the tool receptacle has two fluid feed lines (9; 10; 10a; 10b; 10c), running separately through the receptacle body , the stop part and the stop piece , for feeding of two working fluids to the tool , wherein the fluid feed lines (9; 10; 10a; 10b; 10c) open out into corresponding outlet openings (14a; 14b; 14c; 14d; 14e) at the end face of the stop piece facing towards the tool shank , wherein a central fluid feed line and, offset laterally therefrom, multiple further fluid feed lines are arranged in the stop part and the stop piece , characterized in that the outlet openings of the laterally offset fluid feed lines open out into an annular groove in the end face of the stop piece .
A method of wireless communication performed by a user equipment , UE, the method comprising: receiving , from a base station , a semi-persistent scheduling, SPS, skipping indicator that indicates a set of SPS occasions, of an SPS communication, to be skipped, wherein the set of SPS occasions to be skipped comprises at least one SPS occasion that does not include a physical downlink shared channel, PDSCH, transmission; ignoring the at least one SPS occasion of the set of SPS occasions by not transmitting a feedback message associated with the at least one SPS occasion and by not performing SPS decoding associated with the at least one SPS occasion; and transmitting a feedback message associated with at least one other SPS occasion of the SPS communication. receiving , from a base station , a semi-persistent scheduling, SPS, skipping indicator that indicates a set of SPS occasions, of an SPS communication, to be skipped, wherein the set of SPS occasions to be skipped comprises at least one SPS occasion that does not include a physical downlink shared channel, PDSCH, transmission; ignoring the at least one SPS occasion of the set of SPS occasions by not transmitting a feedback message associated with the at least one SPS occasion and by not performing SPS decoding associated with the at least one SPS occasion; and transmitting a feedback message associated with at least one other SPS occasion of the SPS communication.