mhurhangee/patent-ind-claim-en huggingface dataset:
A beam steering device comprising: a polarization converter for adjusting a polarization direction of light emitted from a light source; and an antenna array for receiving the light from the polarization converter and for emitting light in different propagating direction depending on the polarization direction of the light from the polarization converter, characterized in that the antenna array comprises antenna elements (BA,BA1,BA2,BA3), which comprises slots (521, SL11-SL14) disposed in a metal layer (120, 520, ML) penetrating the metal layer (120, 520, ML) and grooves having predetermined depths (522, G11-G14, G21-G24) disposed in the metal layer such that they do not penetrate the metal layer (120, 520, ML), separate from and adjacent to the respective corresponding slots, the grooves reflecting the light beams to have the different propagation directions, respectively, and a propagation direction of the light is adjusted through synthesis of light, dependent on a combination of arrangement directions of the antenna elements and the polarization direction of the light. a polarization converter for adjusting a polarization direction of light emitted from a light source; and an antenna array for receiving the light from the polarization converter and for emitting light in different propagating direction depending on the polarization direction of the light from the polarization converter, characterized in that the antenna array comprises antenna elements (BA,BA1,BA2,BA3), which comprises slots (521, SL11-SL14) disposed in a metal layer (120, 520, ML) penetrating the metal layer (120, 520, ML) and grooves having predetermined depths (522, G11-G14, G21-G24) disposed in the metal layer such that they do not penetrate the metal layer (120, 520, ML), separate from and adjacent to the respective corresponding slots, the grooves reflecting the light beams to have the different propagation directions, respectively, and a propagation direction of the light is adjusted through synthesis of light, dependent on a combination of arrangement directions of the antenna elements and the polarization direction of the light.
A vehicle transmission system comprising: a transmission of which transmission is performed in accordance with an operation of a driver of a vehicle ; a clutch device that is disposed between a power transmission path between the transmission and an engine of the vehicle and is coupled or decoupled in accordance with an operation of a clutch actuator ; a clutch control unit configured to control coupling/decoupling of the clutch device according to the clutch actuator ; and a shift operation detecting means configured to detect a shift operation of the driver on a shift operator , characterized in that when a hydraulic pressure is supplied from the clutch actuator to a slave cylinder , the clutch device is configured to move to a connection side, in an in-gear stop state in which the transmission is in an in-gear state other than neutral (Di), and the vehicle is in a stop state, the clutch actuator is configured to supply a standby hydraulic pressure (WP) to the slave cylinder , wherein the clutch control unit is configured to set the standby hydraulic pressure (WP) to a first setting value (P1) during non-detection in which the shift operation is not detected by the shift operation detecting means and is configured to set the standby hydraulic pressure (WP) to a second setting value (P2) lower than the first setting value (P1) when the shift operation is detected by the shift operation detecting means . a transmission of which transmission is performed in accordance with an operation of a driver of a vehicle ; a clutch device that is disposed between a power transmission path between the transmission and an engine of the vehicle and is coupled or decoupled in accordance with an operation of a clutch actuator ; a clutch control unit configured to control coupling/decoupling of the clutch device according to the clutch actuator ; and a shift operation detecting means configured to detect a shift operation of the driver on a shift operator , when a hydraulic pressure is supplied from the clutch actuator to a slave cylinder , the clutch device is configured to move to a connection side, in an in-gear stop state in which the transmission is in an in-gear state other than neutral (Di), and the vehicle is in a stop state, the clutch actuator is configured to supply a standby hydraulic pressure (WP) to the slave cylinder , wherein the clutch control unit is configured to set the standby hydraulic pressure (WP) to a first setting value (P1) during non-detection in which the shift operation is not detected by the shift operation detecting means and is configured to set the standby hydraulic pressure (WP) to a second setting value (P2) lower than the first setting value (P1) when the shift operation is detected by the shift operation detecting means .
A command indication apparatus , configured in a network device, comprising: a memory that stores a plurality of instructions ; and a processor coupled to the memory and configured to execute the instructions to: transmit, to a user equipment, UE, a command for activating or deactivating duplication transmission by using a bitmap field, to activate or deactivate duplication transmission of one or more packet data convergence protocol entities or radio bearers in the UE; wherein one bit or a plurality of bits in the bitmap field correspond(s) to one of the packet data convergence protocol entities or radio bearers, and wherein an i-th bit or an i-th pair of bits in the bitmap field correspond(s) to an i-th packet data convergence protocol entity in ranked packet data convergence protocol entities in the UE that are configured as duplication transmission. a memory that stores a plurality of instructions ; and a processor coupled to the memory and configured to execute the instructions to: transmit, to a user equipment, UE, a command for activating or deactivating duplication transmission by using a bitmap field, to activate or deactivate duplication transmission of one or more packet data convergence protocol entities or radio bearers in the UE; wherein one bit or a plurality of bits in the bitmap field correspond(s) to one of the packet data convergence protocol entities or radio bearers, and wherein an i-th bit or an i-th pair of bits in the bitmap field correspond(s) to an i-th packet data convergence protocol entity in ranked packet data convergence protocol entities in the UE that are configured as duplication transmission. transmit, to a user equipment, UE, a command for activating or deactivating duplication transmission by using a bitmap field, to activate or deactivate duplication transmission of one or more packet data convergence protocol entities or radio bearers in the UE; wherein one bit or a plurality of bits in the bitmap field correspond(s) to one of the packet data convergence protocol entities or radio bearers, and wherein an i-th bit or an i-th pair of bits in the bitmap field correspond(s) to an i-th packet data convergence protocol entity in ranked packet data convergence protocol entities in the UE that are configured as duplication transmission.
A controller for a power generation system , the controller being adapted to be communicably coupled to a generator set , a switch device , a first inverter , a second inverter , and an electrical storage device , the controller configured to: determine whether an external power source is providing power to a load ; in response to determining that the external power source is not providing power to the load , operate the power generation system in a first state in which: an engine of the generator set operates at a first speed; the switch device is closed to connect the generator set to the load ; and the electrical storage device is charged by the generator set through at least one of the first inverter or the second inverter ; and in response to determining that the external power source is providing power to the load , operate the power generation system in a second state in which: the engine operates at a second speed lower than the first speed; the switch device is opened; and the generator set provides power to the load through the first inverter and the second inverter , wherein the first inverter operates as a rectifier. determine whether an external power source is providing power to a load ; in response to determining that the external power source is not providing power to the load , operate the power generation system in a first state in which: an engine of the generator set operates at a first speed; the switch device is closed to connect the generator set to the load ; and the electrical storage device is charged by the generator set through at least one of the first inverter or the second inverter ; and an engine of the generator set operates at a first speed; the switch device is closed to connect the generator set to the load ; and the electrical storage device is charged by the generator set through at least one of the first inverter or the second inverter ; and in response to determining that the external power source is providing power to the load , operate the power generation system in a second state in which: the engine operates at a second speed lower than the first speed; the switch device is opened; and the generator set provides power to the load through the first inverter and the second inverter , wherein the first inverter operates as a rectifier. the engine operates at a second speed lower than the first speed; the switch device is opened; and the generator set provides power to the load through the first inverter and the second inverter , wherein the first inverter operates as a rectifier.
A printer , comprising: a conveying component configured to convey paper ; a holding component including a light emitting component configured to radiate light and a first detector configured to detect the light reflected on the paper ; a supporting component configured to support the holding component to be movable in an orthogonal direction orthogonal to a conveying direction of the paper ; characterized by a second detector disposed on an opposite side of the light emitting component across a paper conveying path, on which the conveying unit conveys the paper , and configured to detect the light radiated by the light emitting component ; and a controller configured to determine, based on a detection result of the second detector , whether the light emitting component is present in a position opposed to the second detector . a conveying component configured to convey paper ; a holding component including a light emitting component configured to radiate light and a first detector configured to detect the light reflected on the paper ; a supporting component configured to support the holding component to be movable in an orthogonal direction orthogonal to a conveying direction of the paper ; characterized by a second detector disposed on an opposite side of the light emitting component across a paper conveying path, on which the conveying unit conveys the paper , and configured to detect the light radiated by the light emitting component ; and a controller configured to determine, based on a detection result of the second detector , whether the light emitting component is present in a position opposed to the second detector .
A glycomodified antibody comprising a modified sugar comprising an azido moiety attached to a GlcNAc residue on the antibody, wherein a reporter molecule, a carrier molecule or a solid support is attached at said azido moiety by a reacted azide reactive group, thereby forming the glycomodified antibody.
A cover device, including a cover , at least one shaft sleeve (2-1, 2-2) provided on one end of the cover ; the cover device further including at least one helical spring (5-1, 5-2) and at least one damper (4-1, 4-2); an outer end of the at least one helical spring (5-1, 5-2) is fixedly connected to the at least one shaft sleeve, such that the cover applies a compression force to the at least one helical spring (5-1, 5-2) when rotating downward; and a bearing of the at least one damper (4-1, 4-2) penetrates through the center of the at least one helical spring (5-1, 5-2) and is fixedly connected to an inner end of the helical spring (5-1, 5-2), and an outer cylinder part of the at least one damper (4-1, 4-2) is fixedly connected to the at least one shaft sleeve (2-1, 2-2), such that the at least one damper (4-1, 4-2) resists against elastic force release of the at least one helical spring (5-1, 5-2), wherein the rated elastic force of the at least one helical spring (5-1, 5-2) is larger than the gravity of the cover .
A method for continuous cleaning of a papermaking fabric comprising: subjecting a fabric to be cleaned to an initial cleaning stage, wherein the initial cleaning stage includes the application of a cleaning medium comprising steam from an initial cleaning shower that allows application of the cleaning medium to the entire width of the fabric to be cleaned; subjecting the fabric to be cleaned to a second cleaning stage, following the initial cleaning stage, wherein the second cleaning stage includes the application of a cleaning medium comprising superheated water and wherein the second cleaning stage includes a second cleaning shower that allows application of the cleaning medium to the entire width of the fabric to be cleaned; wherein the paper machine production is not interrupted during cleaning. subjecting a fabric to be cleaned to an initial cleaning stage, wherein the initial cleaning stage includes the application of a cleaning medium comprising steam from an initial cleaning shower that allows application of the cleaning medium to the entire width of the fabric to be cleaned; subjecting the fabric to be cleaned to a second cleaning stage, following the initial cleaning stage, wherein the second cleaning stage includes the application of a cleaning medium comprising superheated water and wherein the second cleaning stage includes a second cleaning shower that allows application of the cleaning medium to the entire width of the fabric to be cleaned; wherein the paper machine production is not interrupted during cleaning.
A method of preparing a human hematopoietic stem or progenitor cell, the method comprising contacting the hematopoietic stem or progenitor cell ex vivo with one or more prostaglandin receptor agonists and one or more glucocorticoids; wherein CXCR4 gene expression is increased by at least about 30 fold in the contacted hematopoietic stem or progenitor cell compared to non-contacted hematopoietic stem or progenitor cells.
A method of determining in a diagnostic assay whether there is an under detection of a target biological molecule in a sample that has been obtained from a patient due to an interfering presence of glycosylation, comprising the steps of: (a) contacting the sample with an immobilised capture antibody that binds specifically to the target, said immobilised antibody being present at a plurality of discrete areas on a substrate or on separate substrates; (b) at at least one of said discrete areas or substrates contacting the target bound to the immobilised capture antibody with a detection antibody that specifically binds the target; (c) at a discrete area or substrate different to that of (b), contacting the target bound to the immobilised capture antibody with a glycan-binding agent; (d) measuring the level of the target bound by the detection antibody in (b); and (e) measuring the level of the target bound by the glycan-binding agent in (c); wherein the results from (b) and (c) are compared to a control to thereby determine whether there is an under detection of the target due to an interfering presence of glycosylation, and wherein the target biological molecule is a protein.
A method of transmitting and receiving information related to a barometer, which is transmitted and received by a user equipment, UE, in a wireless communication system, comprising the steps of: requesting, by the UE to an eNB , a temperature/humidity information for the barometer information; receiving, by the UE , temperature/humidity information and a location information indicating a location at which the temperature/humidity information is measured; and wherein the temperature/humidity information and the location information are received via higher layer signaling, wherein the temperature/humidity information from the eNB is a shared temperature/humidity information from another eNB, wherein the temperature/humidity information from the eNB is a valid information among the shared temperature/humidity information, wherein the shared temperature/humidity information is valid when a distance between the eNB and the another eNB is equal to or less than a prescribed threshold value. requesting, by the UE to an eNB , a temperature/humidity information for the barometer information; receiving, by the UE , temperature/humidity information and a location information indicating a location at which the temperature/humidity information is measured; and wherein the temperature/humidity information and the location information are received via higher layer signaling, wherein the temperature/humidity information from the eNB is a shared temperature/humidity information from another eNB, wherein the temperature/humidity information from the eNB is a valid information among the shared temperature/humidity information, wherein the shared temperature/humidity information is valid when a distance between the eNB and the another eNB is equal to or less than a prescribed threshold value.
Heat exchanger plate of a heat exchanger , the heat exchanger plate comprising two faces extending between two lateral edges and two longitudinal edges of said heat exchanger plate , the heat exchanger plate comprising at least an opening extending from a first face to a second face of the heat exchanger plate , each opening being delimited by a collar that is arranged around the at least one opening , the heat exchanger plate comprising at least one dimple protruding above at least one of the faces , wherein said at least one dimple comprises a flat area and a slopped area , said slopped area being interposed between the collar and the flat area , the slopped area being delimited by two opposite sidelines , characterized in that a first distance (D1) between both side lines is growing from the flat area of the at least one dimple up to the collar .
An engine and/or generator for a railway vehicle, comprising a housing , a shaft rotatable around itself relative to the housing about an axis (X-X'), and at least two oblique ball bearings connecting the shaft and the housing , each of the two oblique ball bearings comprising an outer ring fastened on the housing , an inner ring fastened on the shaft and a plurality of balls , each of the balls defining an outer contact path (C1) on the outer ring and an inner contact path (C2) on the inner ring , the outer contact path (C1) being axially offset relative to the inner contact path (C2), characterized in that the engine further comprises at least one cylindrical ball bearing connecting the shaft and the housing , the cylindrical ball bearing comprising cylindrical rollers , and in that the shaft has a first diameter at the first and second oblique ball bearings , and the shaft has a second diameter at the cylindrical ball bearing , the second diameter being strictly less than the first diameter , the engine being a high-power engine, greater than 100 kW.
A receiving device for an X-ray imaging apparatus , comprising: a receiving unit in which an X-ray detector is accommodatable; an X-ray detector support coupled to an inner surface of the receiving unit and rotatable about a rotation axis formed in a first end portion of the X-ray detector support ;, wherein when the X-ray detector is accommodated in the receiving unit , a second end portion of the X-ray detector support is configured to be rotated about the rotation axis by contact with the X-ray detector , in a second direction toward the inner surface of the receiving unit , characterized in that the X-ray detector support is positioned between a first side portion and a second side portion , wherein the first side portion and the second side portion are located at the inner surface of the receiving unit so to face each other with a predetermined interval therebetween, and wherein the first end portion of the X-ray detector support is pivotally mounted on the first side portion and the second side portion by a rotating shaft , and an elastic member is configured to provide an elastic force so that the second end portion of the X-ray detector support opposite to the first end portion is biased in a first direction away from the inner surface of the receiving unit , wherein the X-ray detector support is rotatable about the rotating shaft . a receiving unit in which an X-ray detector is accommodatable; an X-ray detector support coupled to an inner surface of the receiving unit and rotatable about a rotation axis formed in a first end portion of the X-ray detector support ;, wherein when the X-ray detector is accommodated in the receiving unit , a second end portion of the X-ray detector support is configured to be rotated about the rotation axis by contact with the X-ray detector , in a second direction toward the inner surface of the receiving unit , characterized in that the X-ray detector support is positioned between a first side portion and a second side portion , wherein the first side portion and the second side portion are located at the inner surface of the receiving unit so to face each other with a predetermined interval therebetween, and wherein the first end portion of the X-ray detector support is pivotally mounted on the first side portion and the second side portion by a rotating shaft , and an elastic member is configured to provide an elastic force so that the second end portion of the X-ray detector support opposite to the first end portion is biased in a first direction away from the inner surface of the receiving unit , wherein the X-ray detector support is rotatable about the rotating shaft .
Use of a sealing body for dynamic applications as a shock absorber seal having a Shore A hardness of 60-100 and comprising a rubber-containing elastomeric material and also carbon nanotubes distributed in the elastomeric material in a quantity of 0.1 to 20 phr, based on 100 parts by weight rubber.