mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring operation of drive members in a belt-driven system, comprising: at least one sensor configured to generate a signal corresponding to a vibration present in a motor in the belt-driven system, wherein the motor is connected to and is operative to drive a belt, and wherein the at least one sensor is mounted within a housing of the motor, on the motor or on a structural member to which the motor is mounted; and a motor controller configured to control operation of the motor, the motor controller including: an input configured to receive the signal corresponding to the vibration present in the motor from the at least one sensor; a memory device operative to store a plurality of configuration parameters and a plurality of instructions; and a processor configured to execute the plurality of instructions to: receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor. at least one sensor configured to generate a signal corresponding to a vibration present in a motor in the belt-driven system, wherein the motor is connected to and is operative to drive a belt, and wherein the at least one sensor is mounted within a housing of the motor, on the motor or on a structural member to which the motor is mounted; and a motor controller configured to control operation of the motor, the motor controller including: an input configured to receive the signal corresponding to the vibration present in the motor from the at least one sensor; a memory device operative to store a plurality of configuration parameters and a plurality of instructions; and a processor configured to execute the plurality of instructions to: receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor. an input configured to receive the signal corresponding to the vibration present in the motor from the at least one sensor; a memory device operative to store a plurality of configuration parameters and a plurality of instructions; and a processor configured to execute the plurality of instructions to: receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor. receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor.
A glycosylated polypeptide selected from the group consisting of: (A) SRIF14 consisting of the amino acid sequence represented by SEQ ID NO. 1; (B) a polypeptide having 1 to 3 amino acids deleted, substituted, or added from/to SRIF14 consisting of the amino acid sequence represented by SEQ ID NO. 1;and (C) a polypeptide having 80% or more homology with SRIF14 consisting of the amino acid sequence represented by SEQ ID NO. 1; characterized in that said glycosylated polypeptide of (A) to (C) further comprises (i) N amino acids, wherein N is an integer from 1 to 20, at the N-terminal side; wherein at least one amino acid is substituted with a glycosylated amino acid, said at least one amino acid substituted with a glycosylated amino acid being present in any of said N amino acids; the polypeptide has affinity towards somatostatin receptors; said glycosylated amino acid is glycosylated Asn or glycosylated Cys; the sequence of said N amino acids is represented by X-Y-, wherein X means a sequence of any L amino acids, wherein L is an integer from 1 to 6, and Y is a sequence selected from the group consisting of: Lys, Arg-Lys, Glu-Arg-Lys, Arg-Glu-Arg-Lys, and Pro-Arg-Glu-Arg-Lys; and in each of said glycosylated amino acids, the sugar chain consists of 4 or more sugars. (A) SRIF14 consisting of the amino acid sequence represented by SEQ ID NO. 1; (B) a polypeptide having 1 to 3 amino acids deleted, substituted, or added from/to SRIF14 consisting of the amino acid sequence represented by SEQ ID NO. 1;and (C) a polypeptide having 80% or more homology with SRIF14 consisting of the amino acid sequence represented by SEQ ID NO. 1; (i) N amino acids, wherein N is an integer from 1 to 20, at the N-terminal side; Lys, Arg-Lys, Glu-Arg-Lys, Arg-Glu-Arg-Lys, and Pro-Arg-Glu-Arg-Lys; and
A communication device comprising: a storage (3 1b); a first wireless communication circuit provided with an antenna , the first wireless communication circuit being configured to receive first information through the antenna, the first information corresponding to a first transmission device (10-1; 10-2; 10-n; 71) and being wirelessly transmitted from the first transmission device every time a transmission timing arrives in the first transmission device, and the first transmission device being configured to be connected or being connected to an electric work machine (11-1; 11-2; 11-n; 80); an information obtainer configured to obtain the first information through the first wireless communication circuit in response to a first event occurring or having occurred, the first event including an event in which a confirmation request is made to the communication device, the confirmation request requesting for a confirmation on whether the first information is received; a storing processor configured to store the first information from the information obtainer into the storage; and a second wireless communication circuit configured to receive a radio wave including a confirmation command, the confirmation command commanding the communication device to confirm whether the first information is received, wherein the confirmation request is made to the communication device in response to the second wireless communication circuit receiving or having received the confirmation command. a storage (3 1b); a first wireless communication circuit provided with an antenna , the first wireless communication circuit being configured to receive first information through the antenna, the first information corresponding to a first transmission device (10-1; 10-2; 10-n; 71) and being wirelessly transmitted from the first transmission device every time a transmission timing arrives in the first transmission device, and the first transmission device being configured to be connected or being connected to an electric work machine (11-1; 11-2; 11-n; 80); an information obtainer configured to obtain the first information through the first wireless communication circuit in response to a first event occurring or having occurred, the first event including an event in which a confirmation request is made to the communication device, the confirmation request requesting for a confirmation on whether the first information is received; a storing processor configured to store the first information from the information obtainer into the storage; and a second wireless communication circuit configured to receive a radio wave including a confirmation command, the confirmation command commanding the communication device to confirm whether the first information is received, wherein the confirmation request is made to the communication device in response to the second wireless communication circuit receiving or having received the confirmation command.
Floor sill system for a displaceable sash as a sliding sash or displaceable life-and-slide sash of a window or of a door , comprising a receiving groove of a floor sill profile for receiving a guide web for a running rail which has the running rollers of sash-side running carriages and which is arranged opposite the sliding sash on the upper side of the floor sill profile , wherein the guide web can be engaged over its entire length into the receiving groove with a form or force fit, and at least one adapter profile is provided, which by means of a connecting means equipped convexly on its lower side can engage into the receiving groove of the floor sill profile with a form or force fit, and the adapter profile has on its upper side a receiving groove which is formed congruently to the receiving groove of the floor sill profile , wherein the receiving groove of the adapter profile receives the guide web on its upper side, and, together with the upper side , forms a surface-flush barrier-free contact, and a visible bearing and lateral surface is formed on the respective sides of the adapter profile , and against which there can be laid, to the inner side of the room an inner floor surface and, to the outer side of the room , selectively different expansion profiles for the transition to the outer floor surface , for barrier-free transition, characterized in that the side surface of the adapter profile is arranged offset, at least in the passage region to the outer side of the room of the sliding sash of the window or the door , on the upper side , with respect to the vertical plane of the sash frame of the sliding sash in the direction of the receiving groove , and distances itself in the direction of the lower side of the adapter profile and of the floor sill profile with a leg having an acute angle to the outer side of the room , starting from the sliding sash , wherein a gap is formed on the outer side of the room between the sash frame and the lateral surface , into which a horizontal web of the expansion profile is inserted and covers the gap in a virtually gap-free manner while maintaining a drainage joint , and wherein the web and the adapter profile are positioned in an overlapping manner by the sash frame of the sliding sash .
Starting material for a sintered bond , which comprises first particles composed of at least one metal having a first coating which is applied to the first particles and is composed of an organic material, and second particles which contain a silver carbonate, a silver lactate, a silver stearate or a sodium carbonate and/or or a noble metal oxide, where the silver carbonate, the silver lactate, the silver stearate or the sodium carbonate and/or the noble metal oxide are converted in a thermal treatment of the starting material into the parent elemental metal and/or noble metal, characterized in that the second particles comprise a core of at least one metal, and a second coating which is applied to the core and contains the silver carbonate, the silver lactate, the silver stearate or the sodium carbonate and/or the noble metal oxide, and in that the first coating contains a reducing agent by means of which the silver carbonate, the silver lactate, the silver stearate or the sodium carbonate and/or the noble metal oxide are reduced to the elemental metal and/or noble metal at a temperature below the sintering temperature of the elemental metal and/or noble metal.
A method for wireless communication by a user equipment, UE, the method comprising: establishing a connection with a base station using a first transmission beam; receiving configuration information configuring the UE to select between a first decoding hypothesis corresponding to downlink control information, DCI, including a bit field comprising a beam switch command and a second decoding hypothesis corresponding to the DCI not including the bit field; receiving a downlink control channel transmission via the first transmission beam; decoding the downlink control channel transmission in accordance with the configuration information to obtain decoded DCI; and communicating with the base station based at least in part on the decoded DCI. establishing a connection with a base station using a first transmission beam; receiving configuration information configuring the UE to select between a first decoding hypothesis corresponding to downlink control information, DCI, including a bit field comprising a beam switch command and a second decoding hypothesis corresponding to the DCI not including the bit field; receiving a downlink control channel transmission via the first transmission beam; decoding the downlink control channel transmission in accordance with the configuration information to obtain decoded DCI; and communicating with the base station based at least in part on the decoded DCI.
A survey system comprising: a surveying instrument having a tracking section that tracks a target by emitting tracking light and receiving the tracking light reflected on the target; and a scanner that rotates horizontally and integrally with the surveying instrument and performs scanning vertically around a single axis (R-R), wherein an optical axis of the scanner and an optical axis of the tracking section are offset in a horizontal direction, characterized in that the optical axis of the scanner is not on a rotary shaft (H-H) of the surveying instrument about which it rotates horizontally, and is offset by a distance d in the horizontal direction with respect to the optical axis of the tracking section. a surveying instrument having a tracking section that tracks a target by emitting tracking light and receiving the tracking light reflected on the target; and a scanner that rotates horizontally and integrally with the surveying instrument and performs scanning vertically around a single axis (R-R), wherein an optical axis of the scanner and an optical axis of the tracking section are offset in a horizontal direction, characterized in that the optical axis of the scanner is not on a rotary shaft (H-H) of the surveying instrument about which it rotates horizontally, and is offset by a distance d in the horizontal direction with respect to the optical axis of the tracking section.
A combination of two or more agents comprising a T-cell redirecting bispecific antibody and a checkpoint inhibitor antibody, for use in a method of inducing an immune response to cancer, wherein the method comprises administering the combination to a subject with cancer, wherein administration of the two or more agents induces a T-cell-mediated immune response against cancer, wherein the T-cell redirecting bispecific antibody comprises as a first antibody or antigen-binding fragment thereof an anti-CD3 antibody or antigen-binding fragment thereof and a second antibody or antigen-binding fragment thereof that binds to epithelial glycoprotein-1 (EGP-1, also known as TROP-2), and wherein the checkpoint inhibitor antibody binds to CTLA4.
A method of wireless communication by a device, comprising: receiving, from a base station , a self-calibration notification indicating a self-calibration to be performed by the base station and one or more resources allocated for a self-calibration of the base station ; and performing, by the device, in response to the self-calibration notification, at least one of deactivating at least one component of the device based on the one or more allocated resources or adjusting utilization of the one or more allocated resources allocated for the self-calibration of the base station , wherein the deactivating one component of the device or adjusting utilization of the one or more allocated resources reduces interference with a reference signal transmitted during the self-calibration of the base station . receiving, from a base station , a self-calibration notification indicating a self-calibration to be performed by the base station and one or more resources allocated for a self-calibration of the base station ; and performing, by the device, in response to the self-calibration notification, at least one of deactivating at least one component of the device based on the one or more allocated resources or adjusting utilization of the one or more allocated resources allocated for the self-calibration of the base station , wherein the deactivating one component of the device or adjusting utilization of the one or more allocated resources reduces interference with a reference signal transmitted during the self-calibration of the base station .
A window unit comprising: a IG window unit in a window frame, the window frame capable of supporting a non-vacuum IG window unit having a larger thickness than does a VIG window unit , said IG window unit comprising first and second glass substrates ; the IG window unit being directly supported on a first major side by a first stop portion of said frame and being indirectly supported on a second major side by a second stop portion of said frame, so that a spacer (40; 50) is provided on the second major side of the IG window unit between the IG window unit and the second stop portion , but no similar spacer (40; 50) is provided on the first major side of the IG window unit , characterised in that the IG window unit is a VIG window unit with a low pressure gap provided between first and second glass substrates , the low pressure gap being at pressure less than atmospheric pressure, wherein first and second corners of the spacer directly contact the VIG window unit, and wherein a portion of the spacer (40; 50) located between the first and second corners of the spacer and facing the VIG window unit, does not directly contact the VIG window unit and wherein an adhesive is located between the first and second corners. a IG window unit in a window frame, the window frame capable of supporting a non-vacuum IG window unit having a larger thickness than does a VIG window unit , said IG window unit comprising first and second glass substrates ; the IG window unit being directly supported on a first major side by a first stop portion of said frame and being indirectly supported on a second major side by a second stop portion of said frame, so that a spacer (40; 50) is provided on the second major side of the IG window unit between the IG window unit and the second stop portion , but no similar spacer (40; 50) is provided on the first major side of the IG window unit , characterised in that the IG window unit is a VIG window unit with a low pressure gap provided between first and second glass substrates , the low pressure gap being at pressure less than atmospheric pressure, wherein first and second corners of the spacer directly contact the VIG window unit, and wherein a portion of the spacer (40; 50) located between the first and second corners of the spacer and facing the VIG window unit, does not directly contact the VIG window unit and wherein an adhesive is located between the first and second corners.
Seat comprising at least one component from which air is removed in a suction mode or to which air is supplied in a delivery mode by means of a radial fan of a ventilation unit on a surface of the at least one component facing the vehicle occupant, the ventilation unit comprising, in addition to the fan , a suction channel (I) on the intake side of the radial fan and a delivery channel (II) on the delivery side of the radial fan , each channel (I, II) being assigned a 3/2-way switching valve (V1, V2), which switching valves are switched in such a way that, while maintaining the direction of rotation of the radial fan , a suction flow connection to the at least one component is ensured in the suction channel (I) in the suction mode and a delivery flow connection to said at least one component is ensured in the delivery channel (II) in the delivery mode, one of the 3/2-way switching valves (V1, V2) always assuming an open position (1.1AUF, 2.1AUF) toward the surroundings, in which it simultaneously closes the channel (I, II) assigned to it in the direction of the at least one component , characterized in that the 3/2-way switching valves (V1, V2) and the radial fan form a compact module in that the 3/2-way switching valves (V1, V2) and the radial fan are integrated in the channels (I, II), a single actuator being provided for the two 3/2-way switching valves (V1, V2), which actuator causes the alternate opening (1.1AUF, 2.1AUF) and closing (1.1ZU, 2.1ZU) of the 3/2-way switching valves (V1, V2), the single actuator driving a single drive-side shaft on which the 3/2-way switching valves (V1, V2) designed as ventilation flaps are fixedly arranged so as to be offset from one another, so that a rotational movement of the single drive-side shaft in one or the other direction of rotation moves the two ventilation flaps to the desired position by means of the single actuator, switching from the suction mode to the delivery mode and vice versa taking place by alternately opening (1.1AUF, 2.1AUF) and closing (1.1ZU, 2.1ZU) the ventilation flaps.
A downlink control information, DCI detection method applied to a downlink control channel, wherein a downlink control channel is a channel used to carry DCI; the method comprising: determining , by a terminal device, at least one search space from a first search space and a second search space, wherein the search spaces are sets of candidate downlink control channels, the first search space is in a first time unit within a time window T, the first time unit belongs to a first time unit set, the second search space is in a second time unit within the time window T, the second time unit belongs to a second time unit set, the time window T comprises N T time units, the first time unit set and the second time unit set are subsets of the N T time units, N T is an integer greater than or equal to 2, the first time unit set and the second time unit set partially or completely overlap, and the first time unit is the same as or different from the second time unit; and detecting , by the terminal device, at least one piece of downlink control information, DCI in the at least one search space; wherein the first time unit set comprises a time unit i and a time unit j; wherein the time unit i and the time unit j are resource elements; and when the first time unit is the time unit i, the first search space occupies M resource elements, and when the first time unit is the time unit j, the first search space occupies N resource elements, wherein M and N are natural numbers, and M is not equal to N. determining , by a terminal device, at least one search space from a first search space and a second search space, wherein the search spaces are sets of candidate downlink control channels, the first search space is in a first time unit within a time window T, the first time unit belongs to a first time unit set, the second search space is in a second time unit within the time window T, the second time unit belongs to a second time unit set, the time window T comprises N T time units, the first time unit set and the second time unit set are subsets of the N T time units, N T is an integer greater than or equal to 2, the first time unit set and the second time unit set partially or completely overlap, and the first time unit is the same as or different from the second time unit; and detecting , by the terminal device, at least one piece of downlink control information, DCI in the at least one search space; wherein the first time unit set comprises a time unit i and a time unit j; wherein the time unit i and the time unit j are resource elements; and when the first time unit is the time unit i, the first search space occupies M resource elements, and when the first time unit is the time unit j, the first search space occupies N resource elements, wherein M and N are natural numbers, and M is not equal to N.