mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a temperature of a vibrating sensor component (204A, 205A, 205'A) coupled to a conduit of a vibrating meter, comprising steps of: supplying a temperature determination signal to the vibrating sensor component (204A, 205A, 205'A) coupled to the conduit (203A, 203B) of the vibrating meter; measuring a resulting signal resulting from the temperature determination signal; and determining a temperature of the sensor component (204A, 205A, 205'A) based on the temperature determination signal and the resulting signal; wherein the sensor component (204A, 205A, 205'A) imposes vibrations on or receives vibrations from the conduit vibrating at a resonant frequency to measure a material in the conduit (203A, 203B) while receiving the temperature determination signal and providing a sensor signal resulting from the vibrations. supplying a temperature determination signal to the vibrating sensor component (204A, 205A, 205'A) coupled to the conduit (203A, 203B) of the vibrating meter; measuring a resulting signal resulting from the temperature determination signal; and determining a temperature of the sensor component (204A, 205A, 205'A) based on the temperature determination signal and the resulting signal; wherein the sensor component (204A, 205A, 205'A) imposes vibrations on or receives vibrations from the conduit vibrating at a resonant frequency to measure a material in the conduit (203A, 203B) while receiving the temperature determination signal and providing a sensor signal resulting from the vibrations.
A brake system for use with a wheeled device, the brake system comprising: a handle comprising a first portion and a second portion, wherein the first portion is moveably coupled to the second portion; a carrier comprising an internal cavity; a brake actuator for actuating a brake, the brake actuator being arranged within the internal cavity; brake actuator biasing means for applying a biasing force to the brake actuator for biasing the brake actuator to a brake-engaged position; and force-transfer means coupled to the first portion and to the brake actuator such that movement of the first portion towards the second portion causes the brake actuator to move along the internal cavity of the carrier against the biasing force to a brake-disengaged position. a handle comprising a first portion and a second portion, wherein the first portion is moveably coupled to the second portion; a carrier comprising an internal cavity; a brake actuator for actuating a brake, the brake actuator being arranged within the internal cavity; brake actuator biasing means for applying a biasing force to the brake actuator for biasing the brake actuator to a brake-engaged position; and force-transfer means coupled to the first portion and to the brake actuator such that movement of the first portion towards the second portion causes the brake actuator to move along the internal cavity of the carrier against the biasing force to a brake-disengaged position.
A nucleic acid comprising a modification of an endogenous IND1 gene, wherein said endogenous IND1 gene encodes a wild-type IND1 polypeptide, said wild-type IND1 polypeptide being at least 60% identical to SEQ ID NO:2, and comprising a basic helix-loop-helix (bHLH) domain, wherein said nucleic acid comprising said modification of the endogenous IND1 gene is at least 95% identical to said endogenous IND1 gene and encodes a modified IND1 protein that contains point mutations or gross deletions with the bHLH domain that reduce the DNA binding activity of IND1 and destroy the activity of IND1.
A compound or a pharmaceutically acceptable salt thereof for the use in a method of inhibiting the progression of the weight loss in cachexia in a human or an animal by oral administration, wherein the compound is selected from the group consisting of the following compounds: 2-amino-N-[2-(3a- -benzyl-2-methyl-3-oxo-2,3,3a,4,6,7-hexahydro-pyrazolo[4,3-c]pyridin-5-yl)-1- -benzyloxymethyl-2-oxo-ethyl]-isobutyramide; and 2-amino-N-[1- -(2,4-difluoro-benzyloxymethyl)-2-oxo-2-(3-oxo-3a- -pyridin-2-ylmethyl-2-(2,2,2-trifluoro-ethyl)-2,3,3a,4,6,7-hexahydro-pyrazolo[4,3-c]pyridin-5-yl)-ethyl]-2-methyl-propionamide. 2-amino-N-[2-(3a- -benzyl-2-methyl-3-oxo-2,3,3a,4,6,7-hexahydro-pyrazolo[4,3-c]pyridin-5-yl)-1- -benzyloxymethyl-2-oxo-ethyl]-isobutyramide; and 2-amino-N-[1- -(2,4-difluoro-benzyloxymethyl)-2-oxo-2-(3-oxo-3a- -pyridin-2-ylmethyl-2-(2,2,2-trifluoro-ethyl)-2,3,3a,4,6,7-hexahydro-pyrazolo[4,3-c]pyridin-5-yl)-ethyl]-2-methyl-propionamide.
A work vehicle for maintenance of an electrical catenary, including a vehicle frame supported on on-track undercarriages and a vehicle superstructure situated thereon, wherein a first grounding device is arranged at a first vehicle end, with regard to a longitudinal direction of the vehicle, and a crane having a vertically and transversely adjustable work platform is arranged at the opposite, second vehicle end, characterized in that, at the second vehicle end, a second grounding device is provided which is configured as a contact plate arranged on the crane and has a vertical axis of symmetry which is arranged coaxially to a vertical axis of rotation of the crane.
A method for wireless communication, comprising: determining a performance metric of an aggressor radio (620a-n) and a performance metric of a victim radio (620a-n); dynamically setting a maximum transmit power of the aggressor radio (620a-n) based on at least one of the performance metric of the victim radio (620a-n) and the performance metric of the aggressor radio (620a-n) in order to meet target performance criteria for the victim radio (620a-n) and the aggressor radio (620a-n); and sending a report of a gap between a current aggressor transmit power and a maximum aggressor transmit power used for power and rate control, based on the maximum aggressor transmit power. determining a performance metric of an aggressor radio (620a-n) and a performance metric of a victim radio (620a-n); dynamically setting a maximum transmit power of the aggressor radio (620a-n) based on at least one of the performance metric of the victim radio (620a-n) and the performance metric of the aggressor radio (620a-n) in order to meet target performance criteria for the victim radio (620a-n) and the aggressor radio (620a-n); and sending a report of a gap between a current aggressor transmit power and a maximum aggressor transmit power used for power and rate control, based on the maximum aggressor transmit power.
A method for supplying measuring data of a value-document processing apparatus for processing value documents of stipulated different processing types, which has a sensor device for capturing at least one property of value documents transported in the value-document processing apparatus, a control device connected to the sensor device, and a display device actuated by the control device, wherein: data sets are read which respectively contain, for at least two of the processing types, processing-type data by means of which the processing types can be distinguished and the number of the value documents of the respective processing type that are to be fed to the value-document processing apparatus, display data for actuating the display device are so established from the data sets that, upon actuation with the display data, the display device displays the processing types and the numbers of the value documents of the respective processing type that are to be fed, the display device is actuated with the display data, measuring data are respectively captured by means of the sensor device in accordance with the displayed processing types for a number of value documents fed to the value-document processing apparatus corresponding to the respective number, and the measuring data are stored in a memory device, in which the measuring data are stored beyond the end of the method, wherein the data sets are read from an external device by means of a data interface of the value-document processing apparatus. data sets are read which respectively contain, for at least two of the processing types, processing-type data by means of which the processing types can be distinguished and the number of the value documents of the respective processing type that are to be fed to the value-document processing apparatus, display data for actuating the display device are so established from the data sets that, upon actuation with the display data, the display device displays the processing types and the numbers of the value documents of the respective processing type that are to be fed, the display device is actuated with the display data, measuring data are respectively captured by means of the sensor device in accordance with the displayed processing types for a number of value documents fed to the value-document processing apparatus corresponding to the respective number, and the measuring data are stored in a memory device, in which the measuring data are stored beyond the end of the method, wherein the data sets are read from an external device by means of a data interface of the value-document processing apparatus.
A sound damper for an exhaust gas system of an internal combustion engine, comprising: - a sound damper housing, - at least one intermediate wall (26, 28, 30) which is arranged in a housing interior, - at least one sound damper connection pipe, which is supported in a first pipe end region on the sound damper housing and which is arranged in a second pipe end region on a support element which is arranged in the housing interior and which forms an integral component of an intermediate wall, for introducing exhaust gas into the housing interior or for directing exhaust gas out of the housing interior, wherein the one intermediate wall comprises a wall member which is located substantially in an intermediate wall plane and wherein the support element extends from the wall member out of the intermediate wall plane, wherein the support element adjoins the wall member in a bending region and is bent out of the intermediate wall plane in the bending region so that the support element extends in a substantially orthogonal manner to the intermediate wall plane, characterized in that the support element is provided as an integral component of the intermediate wall by forming a substantially U-shaped recess in the wall member and the intermediate wall element adjoining the support element only in the bending region. - a sound damper housing, - at least one intermediate wall (26, 28, 30) which is arranged in a housing interior, - at least one sound damper connection pipe, which is supported in a first pipe end region on the sound damper housing and which is arranged in a second pipe end region on a support element which is arranged in the housing interior and which forms an integral component of an intermediate wall, for introducing exhaust gas into the housing interior or for directing exhaust gas out of the housing interior, wherein the one intermediate wall comprises a wall member which is located substantially in an intermediate wall plane and wherein the support element extends from the wall member out of the intermediate wall plane, wherein the support element adjoins the wall member in a bending region and is bent out of the intermediate wall plane in the bending region so that the support element extends in a substantially orthogonal manner to the intermediate wall plane, characterized in that the support element is provided as an integral component of the intermediate wall by forming a substantially U-shaped recess in the wall member and the intermediate wall element adjoining the support element only in the bending region.
Coupling arrangement for a screw coupling (10, 80, 150) for liquid conduits of a high-pressure cleaning apparatus, wherein the coupling arrangement (12, 14, 82, 84, 152, 156) comprises a plug part (16, 48, 86, 106, 154, 158) pluggably connectable to a complementarily configured plug part of a second coupling arrangement of the screw coupling (10, 80, 150) for establishing a liquid-tight and releasable connection therewith with a sealing ring (28, 90, 162) interposed therebetween, and a connecting part (38, 51, 92, 124, 164, 192) having a thread (50, 52, 96, 132, 168, 196) that is screwably connectable to a complementarily configured thread of the second coupling arrangement, wherein the thread (50, 52, 96, 132, 168, 196) is of a multiple-threaded configuration and the connecting part (38, 51, 92, 124, 164, 192) comprises a clamping element (56, 60, 100, 128, 172, 200) aligned in an in-line relationship with the thread (50, 52, 96, 132, 168, 196) relative to the thread longitudinal axis (63, 134, 202) and releasably clampable against a complementarily configured clamping element of the second coupling arrangement by axially inserting one into the other, and wherein the clamping element (56, 60 100, 128, 172, 200) has an annular face oriented coaxially with the thread longitudinal axis (63, 134, 202), said annular face being clampable against a complementarily configured annular face of the clamping element of the second coupling arrangement, characterized in that the annular face is of conical configuration, wherein the cone angle of the conical annular face is 0.8 times to 1.2 times the lead angle of the thread (50, 52, 96, 132, 168, 196) and wherein the thread (50, 52, 96, 132, 168, 196) is of quadruple-thread configuration.
A radio link monitoring method, comprising: monitoring, by user equipment UE (500, 600) being in a non-discontinuous reception mode (non-DRX mode), downlink quality of a serving cell on a physical layer by using an extended link monitoring period (N 1), wherein the extended link monitoring period (N 1) is greater than 10 ms; and sending, by the UE (500, 600) being in a non-discontinuous reception mode (non-DRX mode), an in-synchronization indication message or an out-of-synchronization indication message to an upper layer of the UE (500, 600) when a monitoring result satisfies a preset report condition, wherein the monitoring, by UE (500, 600), downlink quality of a serving cell on a physical layer by using an extended link monitoring period (N 1) comprises out-of-synchronization monitoring and in-synchronization monitoring, wherein when performing out-of-synchronization monitoring, the UE (500, 600) evaluates downlink quality of the serving cell that is detected in a first extended time window (N 2) by using the extended link monitoring period (N 1), to obtain the monitoring result, wherein a length of the first extended time window (N 2) is greater than a length of 200 ms; and when performing in-synchronization monitoring, the UE (500, 600) evaluates downlink quality of the serving cell that is detected in a second extended time window (N 3) by using the extended link monitoring period (N 1), to obtain the monitoring result, wherein a length of the second extended time window (N 3) is greater than a length of 100 ms. monitoring, by user equipment UE (500, 600) being in a non-discontinuous reception mode (non-DRX mode), downlink quality of a serving cell on a physical layer by using an extended link monitoring period (N 1), wherein the extended link monitoring period (N 1) is greater than 10 ms; and sending, by the UE (500, 600) being in a non-discontinuous reception mode (non-DRX mode), an in-synchronization indication message or an out-of-synchronization indication message to an upper layer of the UE (500, 600) when a monitoring result satisfies a preset report condition, wherein the monitoring, by UE (500, 600), downlink quality of a serving cell on a physical layer by using an extended link monitoring period (N 1) comprises out-of-synchronization monitoring and in-synchronization monitoring, wherein when performing out-of-synchronization monitoring, the UE (500, 600) evaluates downlink quality of the serving cell that is detected in a first extended time window (N 2) by using the extended link monitoring period (N 1), to obtain the monitoring result, wherein a length of the first extended time window (N 2) is greater than a length of 200 ms; and when performing in-synchronization monitoring, the UE (500, 600) evaluates downlink quality of the serving cell that is detected in a second extended time window (N 3) by using the extended link monitoring period (N 1), to obtain the monitoring result, wherein a length of the second extended time window (N 3) is greater than a length of 100 ms.
A wheelchair comprising: a first unitary component of monocoque construction in which strength is provided in the skin of the component, the first unitary component comprising a single rigid front stem; a second unitary component of monocoque construction in which strength is provided in the skin of the component, the second unitary component comprising a rigid seat base having a major surface for supporting a user; wherein the single rigid front stem is rigidly attached to a front end of the rigid seat base to form a frame of a cantilever-type having an L-shape when viewed from the side, characterized in that the single rigid front stem is Y-shaped having a wider upper portion attached to the rigid seat base and a narrower lower portion; and the front stem lies rearward of a front edge of the seat base. a first unitary component of monocoque construction in which strength is provided in the skin of the component, the first unitary component comprising a single rigid front stem; a second unitary component of monocoque construction in which strength is provided in the skin of the component, the second unitary component comprising a rigid seat base having a major surface for supporting a user; wherein the single rigid front stem is rigidly attached to a front end of the rigid seat base to form a frame of a cantilever-type having an L-shape when viewed from the side, characterized in that the single rigid front stem is Y-shaped having a wider upper portion attached to the rigid seat base and a narrower lower portion; and the front stem lies rearward of a front edge of the seat base.
A hearing protection device, comprising: A first protective muff to be placed over a user's ear, the protective muff comprising: an FM-receiver disposed interiorly in the protective muff; a metal antenna also disposed interiorly in the protective muff and connected to the FM-receiver; a plastic housing, and a compensatory solution for a narrow frequency range and a resonant frequency of the metal antenna, wherein the metal antenna is secured by being molded into the plastic housing, and at least one connection point (108a, 108b) to the antenna protrudes from the plastic housing, wherein the antenna has a length that is at least 20 times shorter than the shortest FM wavelength that the FM-receiver is configured to receive. an FM-receiver disposed interiorly in the protective muff; a metal antenna also disposed interiorly in the protective muff and connected to the FM-receiver; a plastic housing, and a compensatory solution for a narrow frequency range and a resonant frequency of the metal antenna, wherein the metal antenna is secured by being molded into the plastic housing, and at least one connection point (108a, 108b) to the antenna protrudes from the plastic housing, wherein the antenna has a length that is at least 20 times shorter than the shortest FM wavelength that the FM-receiver is configured to receive.
A cutting platform (12, 160) for use with an agricultural harvesting machine, comprising a plurality of platform sections (16, 18, 20), at least one said platform section (18, 20) including: a cutterbar assembly including a plurality of knives carried by a flexible substrate which is flexible to an extent allowing a desired degree of flexure across the width of the cutting platform in upwards and downwards directions; an endless belt having a leading edge; a plurality of belt supports (134, 164) mounted to said cutterbar assembly, each said belt support (134, 164) at least partially positioned under said leading edge of said endless belt; and a plurality of belt guides (116, 162), each said belt guide (116, 162) partially overlying said leading edge of said endless belt, characterized in that a wall of each said belt guide (116, 162) includes at least one clip hole (136, 166), that each said belt support (134, 164) includes at least one upwardly extending clip (138, 168) positioned to slide into and to engage a corresponding clip hole (136, 166), and that each said belt guide (116, 162) includes a rear surface which is attached to one of a corresponding said belt support (134, 164) and said cutterbar assembly. a cutterbar assembly including a plurality of knives carried by a flexible substrate which is flexible to an extent allowing a desired degree of flexure across the width of the cutting platform in upwards and downwards directions; an endless belt having a leading edge; a plurality of belt supports (134, 164) mounted to said cutterbar assembly, each said belt support (134, 164) at least partially positioned under said leading edge of said endless belt; and a plurality of belt guides (116, 162), each said belt guide (116, 162) partially overlying said leading edge of said endless belt, characterized in that a wall of each said belt guide (116, 162) includes at least one clip hole (136, 166), that each said belt support (134, 164) includes at least one upwardly extending clip (138, 168) positioned to slide into and to engage a corresponding clip hole (136, 166), and that each said belt guide (116, 162) includes a rear surface which is attached to one of a corresponding said belt support (134, 164) and said cutterbar assembly.