mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a base station, BS , the method comprising: assigning, to each user equipment, UE , of a plurality of UEs , a channel state information reference signal, CSI-RS, resource and at least one CSI-RS antenna port; determining, for each UE , a first precoding matrix to be applied to the assigned CSI-RS resource; transmitting to each UE information for indicating the number of the at least one CSI-RS antenna port assigned to the UE; transmitting, to each UE , by using the at least one CSI-RS antenna port, a CSI-RS precoded with the first precoding matrix determined for the UE and based on the CSI-RS resource assigned to the UE ; receiving, from each UE , an index for indicating a second precoding matrix in a codebook from the UE , and transmitting, to each UE , data precoded with the respective second precoding matrix and the respective first precoding matrix, wherein each second precoding matrix is determined by each UE of the plurality of UEs based on the respective CSI-RS received through the channel and the respective codebook determined according to the number of the at least one CSI-RS antenna port. assigning, to each user equipment, UE , of a plurality of UEs , a channel state information reference signal, CSI-RS, resource and at least one CSI-RS antenna port; determining, for each UE , a first precoding matrix to be applied to the assigned CSI-RS resource; transmitting to each UE information for indicating the number of the at least one CSI-RS antenna port assigned to the UE; transmitting, to each UE , by using the at least one CSI-RS antenna port, a CSI-RS precoded with the first precoding matrix determined for the UE and based on the CSI-RS resource assigned to the UE ; receiving, from each UE , an index for indicating a second precoding matrix in a codebook from the UE , and transmitting, to each UE , data precoded with the respective second precoding matrix and the respective first precoding matrix, wherein each second precoding matrix is determined by each UE of the plurality of UEs based on the respective CSI-RS received through the channel and the respective codebook determined according to the number of the at least one CSI-RS antenna port.
A staining agent saline solution for use in intraoperative fluorescence microscopy of freshly resected tissue samples, the staining agent solution comprising acridine orange at a concentration from 0.18 g/L to 0.22 g/L, wherein the staining agent solution has a pH from 6.8 to 7.4.
Tool spindle for a device for fine processing of optically effective surfaces (cc, cx) of workpieces (L), comprising a spindle housing and a tool holding section projecting therebeyond which, by way of a guide arrangement drivable in the spindle housing for rotation about an axis (A) of rotation of the tool, is axially adjustable (adjustment axis Z) along the axis (A) of rotation of the tool, and which is optionally tiltable about a tilting point (K) on the axis (A) of rotation of the tool, wherein the guide arrangement for the axial adjustment of the tool holding section comprises a plurality of linear bearing elements uniformly distributed around the axis (A) of rotation of the tool and respectively associated guide rods tension-resistantly and compression-resistantly connected with the tool holding section .
A diesel engine with an exhaust gas treatment device comprising a DOC disposed in an exhaust passage and a DPF disposed downstream of the DOC , wherein a DPF regeneration control device is configured to control the execution of forced regeneration that removes PM deposited on the DPF by increasing a temperature of the DPF , the DPF regeneration control device comprising: a deposition condition determination unit for determining whether a deposition condition that a SOF deposition amount on the DOC exceeds a predetermined deposition amount is satisfied, the SOF being soluble organic fraction; a valve throttle unit configured for limiting the valve opening of at least one of an intake throttle valve or an exhaust throttle valve at the start of the forced regeneration so as to rise the temperature of the DOC ; a determination unit configured to determine whether an injection start condition corresponding to a remaining SOF deposition amount on the DOC is satisfied after the forced regeneration starts and after an upstream temperature of the DOC reaches a predetermined temperature; and an injection execution unit configured to start late-post injection of fuel to the DOC when the injection start condition is satisfied, wherein the injection start condition comprises a first injection start condition that a time from when the upstream temperature of the DOC reaches a first temperature to when the late-post injection starts is equal to or longer than a delay time set according to the remaining SOF deposition amount on the DOC . a deposition condition determination unit for determining whether a deposition condition that a SOF deposition amount on the DOC exceeds a predetermined deposition amount is satisfied, the SOF being soluble organic fraction; a valve throttle unit configured for limiting the valve opening of at least one of an intake throttle valve or an exhaust throttle valve at the start of the forced regeneration so as to rise the temperature of the DOC ; a determination unit configured to determine whether an injection start condition corresponding to a remaining SOF deposition amount on the DOC is satisfied after the forced regeneration starts and after an upstream temperature of the DOC reaches a predetermined temperature; and an injection execution unit configured to start late-post injection of fuel to the DOC when the injection start condition is satisfied, wherein the injection start condition comprises a first injection start condition that a time from when the upstream temperature of the DOC reaches a first temperature to when the late-post injection starts is equal to or longer than a delay time set according to the remaining SOF deposition amount on the DOC .
A method performed by a first network node for Random Access Channel, RACH, configuration, the method comprising: obtaining (600-606) information related to 2-step RACH, 4-step RACH, or both 2-step RACH and 4-step RACH, for one or more cells controlled by the first network node, one or more beams controlled by the first network node, or both one or more cells and one or more beams controlled by the first network node; determining , based on the obtained information, first assistance information for 2-step RACH configuration, 4-step RACH configuration, or both the 2-step RACH configuration and the 4-step RACH configuration, for the one or more cells controlled by the first network node, the one or more beams controlled by the first network node, or both the one or more cells and the one or more beams controlled by the first network node; characterized by transmitting , to a second network node, second assistance information for the 2-step RACH configuration, the 4-step RACH configuration, or both the 2-step RACH configuration and the 4-step RACH configuration, for the one or more cells controlled by the first network node, the one or more beams controlled by the first network node, or both the one or more cells and the one or more beams controlled by the first network node; wherein the second assistance information comprises the first assistance information or information that indicates one or more parts of the first assistance information. obtaining (600-606) information related to 2-step RACH, 4-step RACH, or both 2-step RACH and 4-step RACH, for one or more cells controlled by the first network node, one or more beams controlled by the first network node, or both one or more cells and one or more beams controlled by the first network node; determining , based on the obtained information, first assistance information for 2-step RACH configuration, 4-step RACH configuration, or both the 2-step RACH configuration and the 4-step RACH configuration, for the one or more cells controlled by the first network node, the one or more beams controlled by the first network node, or both the one or more cells and the one or more beams controlled by the first network node; characterized by transmitting , to a second network node, second assistance information for the 2-step RACH configuration, the 4-step RACH configuration, or both the 2-step RACH configuration and the 4-step RACH configuration, for the one or more cells controlled by the first network node, the one or more beams controlled by the first network node, or both the one or more cells and the one or more beams controlled by the first network node; wherein the second assistance information comprises the first assistance information or information that indicates one or more parts of the first assistance information.
A telecommunication network system for packet processing, comprising a controller and a switch , wherein the controller is configured to: determine a to-be-installed flow entry and packet sending information, wherein the packet sending information is used to construct a to-be-sent packet and send the to-be-sent packet; send a first message including the to-be-installed flow entry and the packet sending information to the switch, wherein the first message indicates installing the to-be-installed flow entry; the switch is configured to: receive the first message; install the to-be-installed flow entry; construct and send the to-be-sent packet according to the packet sending information; wherein the to-be-sent packet is an end marker packet of a general packet radio service tunneling protocol, GTP, tunnel. determine a to-be-installed flow entry and packet sending information, wherein the packet sending information is used to construct a to-be-sent packet and send the to-be-sent packet; send a first message including the to-be-installed flow entry and the packet sending information to the switch, wherein the first message indicates installing the to-be-installed flow entry; the switch is configured to:
A cosmetic composition, comprising: (A) a silicone elastomer comprising the reaction product of: (a) a branched non resinous organosiloxane having a single Q unit and no T units, said branched non resinous organosiloxane having the following general formula: Si-[[OSiR 2 ] C [OSiR 2 R 1 ]] 4 wherein each R independently is R 1 or a substituted or unsubstituted hydrocarbyl group, each R 1 independently is an unsaturated group or each R 1 is a silicon-bonded hydrogen atom, and each c independently is from 0 to 500; (b) a crosslinking agent having an average of at least two functional groups R 2 reactive with R 1 of the (a) branched organosiloxane; and (c) a hydrosilylation catalyst; and (B) a carrier fluid; with the proviso that when each R 1 independently is an unsaturated group, each R 2 is a silicon-bonded hydrogen atom; and when each R 1 is a silicon-bonded hydrogen atom, each R 2 is an unsaturated group. (A) a silicone elastomer comprising the reaction product of: (a) a branched non resinous organosiloxane having a single Q unit and no T units, said branched non resinous organosiloxane having the following general formula: Si-[[OSiR 2 ] C [OSiR 2 R 1 ]] 4 wherein each R independently is R 1 or a substituted or unsubstituted hydrocarbyl group, each R 1 independently is an unsaturated group or each R 1 is a silicon-bonded hydrogen atom, and each c independently is from 0 to 500; (b) a crosslinking agent having an average of at least two functional groups R 2 reactive with R 1 of the (a) branched organosiloxane; and (c) a hydrosilylation catalyst; and (a) a branched non resinous organosiloxane having a single Q unit and no T units, said branched non resinous organosiloxane having the following general formula: Si-[[OSiR 2 ] C [OSiR 2 R 1 ]] 4 wherein each R independently is R 1 or a substituted or unsubstituted hydrocarbyl group, each R 1 independently is an unsaturated group or each R 1 is a silicon-bonded hydrogen atom, and each c independently is from 0 to 500; (b) a crosslinking agent having an average of at least two functional groups R 2 reactive with R 1 of the (a) branched organosiloxane; and (c) a hydrosilylation catalyst; and (B) a carrier fluid;
A method (300; 400) of controlling an electric motor (10; 202) using a motor controller including a processor , said method comprising: receiving (308; 408), by the processor, temperature information associated with a temperature of the electric motor; characterized by transmitting (204; 304), by the processor, a no-spin signal commanding the electric motor not to spin; comparing (310; 410), by the processor, the temperature information to a predetermined threshold temperature to determine whether the temperature is at a sufficient level to prevent icing; and adjusting (312; 412), by the processor, current applied to the electric motor when the temperature information is below the predetermined threshold. receiving (308; 408), by the processor, temperature information associated with a temperature of the electric motor; characterized by transmitting (204; 304), by the processor, a no-spin signal commanding the electric motor not to spin; comparing (310; 410), by the processor, the temperature information to a predetermined threshold temperature to determine whether the temperature is at a sufficient level to prevent icing; and adjusting (312; 412), by the processor, current applied to the electric motor when the temperature information is below the predetermined threshold.
A bit holder for an earth working machine having a support body on which is shaped, in the region of a working side, a holding portion that comprises a bit receptacle ; the holding portion being terminated at its end facing away from the support body by a wear surface , enclosing the bit receptacle , for abutment of a round-shank bit or of a support element ; the bit receptacle being transitioned indirectly or directly into the wear surface via a centering surface (33.1), oriented obliquely to the longitudinal center axis (M) of the bit receptacle , of a centering receptacle ; and an insertion projection being shaped onto the support body on the side located oppositely from the holding portion , wherein a centering height , measured in the direction of the longitudinal center axis (M), which extends between an end of the centering receptacle facing away from the wear surface and a maximum point of a projection projecting beyond the wear surface , is designed in such a way that the ratio between the inside diameter of the bit receptacle and the centering height is less than 8; and the support body comprises one or several clearing surfaces on its side facing away from the holding portion , the one clearing surface extending on both sides of a center plane that receives the center axis (M) and extends in the advance direction (V); or at least one clearing surface respectively extends on both sides of that center plane. wherein a centering height , measured in the direction of the longitudinal center axis (M), which extends between an end of the centering receptacle facing away from the wear surface and a maximum point of a projection projecting beyond the wear surface , is designed in such a way that the ratio between the inside diameter of the bit receptacle and the centering height is less than 8; and the support body comprises one or several clearing surfaces on its side facing away from the holding portion , the one clearing surface extending on both sides of a center plane that receives the center axis (M) and extends in the advance direction (V); or at least one clearing surface respectively extends on both sides of that center plane.
A seat assembly for use in an automotive vehicle, the seat assembly comprising: a seat cushion adapted to be coupled to a floor of the vehicle; a seat back pivotably coupled to the seat cushion ; a striker bar adapted to be fixedly secured to a support wall in the vehicle; a recliner bracket pivotally coupled to the seat back ; and a latch assembly pivotally coupled to the recliner bracket and slidably coupled to the striker bar , wherein pivotal movement of the recliner bracket relative to the seat back causes the latch assembly to slide along the striker bar and the seat back to pivot relative to the seat cushion between a full recline position and a forward comfort position. a seat cushion adapted to be coupled to a floor of the vehicle; a seat back pivotably coupled to the seat cushion ; a striker bar adapted to be fixedly secured to a support wall in the vehicle; a recliner bracket pivotally coupled to the seat back ; and a latch assembly pivotally coupled to the recliner bracket and slidably coupled to the striker bar , wherein pivotal movement of the recliner bracket relative to the seat back causes the latch assembly to slide along the striker bar and the seat back to pivot relative to the seat cushion between a full recline position and a forward comfort position.
A method of optically measuring a response of a sample to a change in an environmental condition to which the sample is exposed, wherein use is made of an optical sensing device comprising: - a support with an aperture , the optical sensing device being adapted to removably hold the sample against the support around the aperture so that a portion of the sample is free to deform through the aperture; and - an optical waveguide fixedly arranged with respect to the support whereby an end of the optical waveguide faces the aperture, the method comprising: - forming an optical interferometric cavity between, one the one hand, the end of the optical waveguide and, on the other hand, a refractive index discontinuity at a surface of the portion of the sample, which is free to protrude through the aperture , the optical interferometric cavity having an optical path length ("c"); - changing the environmental condition to which the sample is exposed so as to cause deformation of the portion of the sample through the aperture; and - measuring a variation in the optical path length of the optical interferometric cavity in response to the change in the environmental condition. - a support with an aperture , the optical sensing device being adapted to removably hold the sample against the support around the aperture so that a portion of the sample is free to deform through the aperture; and - an optical waveguide fixedly arranged with respect to the support whereby an end of the optical waveguide faces the aperture, - forming an optical interferometric cavity between, one the one hand, the end of the optical waveguide and, on the other hand, a refractive index discontinuity at a surface of the portion of the sample, which is free to protrude through the aperture , the optical interferometric cavity having an optical path length ("c"); - changing the environmental condition to which the sample is exposed so as to cause deformation of the portion of the sample through the aperture; and - measuring a variation in the optical path length of the optical interferometric cavity in response to the change in the environmental condition.
A method for generating a digital video stream in a video stream generator comprising a video stream receiver unit and a video encoder, wherein the video stream generator generates a container video stream containing a plurality of independently encoded regions, the method comprising: receiving by said video stream receiver unit three or more component video streams from a plurality of video sources; mapping by said video encoder said three or more component video streams to three or more independently decodable regions; entering by said video encoder a signal indicating a presence of corresponding three or more independently decodable regions; entering by said video encoder a signalling indicating an association between each of said three or more component video streams and each of said three or more independently decodable regions, whereby any of said three or more component video streams can be associated with any of said three or more independently decodable regions in an independent way, and outputting by said video encoder a digital video stream comprising said signal, said signaling and said container video stream. receiving by said video stream receiver unit three or more component video streams from a plurality of video sources; mapping by said video encoder said three or more component video streams to three or more independently decodable regions; entering by said video encoder a signal indicating a presence of corresponding three or more independently decodable regions; entering by said video encoder a signalling indicating an association between each of said three or more component video streams and each of said three or more independently decodable regions, whereby any of said three or more component video streams can be associated with any of said three or more independently decodable regions in an independent way, and outputting by said video encoder a digital video stream comprising said signal, said signaling and said container video stream.
An electrical terminal comprising: a terminal attachment portion ; a wire attachment portion for receiving wires of a cable therein; a heat shrinkable sealing device for being positioned over exposed wires of the cable and the wire attachment portion , the heat shrinkable sealing device having adhesive/sealant retained therein; a transition portion extending between the terminal attachment portion and the wire attachment portion , wherein the electrical terminal includes a flow barrier which is a separate part from the terminal , the flow barrier being provided on the transition portion proximate an end of the transition portion , the flow barrier being a heat shrinkable sleeve fixed to the terminal and positioned around the transition portion , wherein the flow barrier constrains the adhesive/ sealant applied to the wires positioned in the wire attachment portion from flowing from the wire attachment portion to the terminal attachment portion ; characterized in that the flow barrier is configured to act as a wire stop to prevent the further insertion of the wires into the wire attachment portion to properly position the wires in the wire attachment portion . a terminal attachment portion ; a wire attachment portion for receiving wires of a cable therein; a heat shrinkable sealing device for being positioned over exposed wires of the cable and the wire attachment portion , the heat shrinkable sealing device having adhesive/sealant retained therein; a transition portion extending between the terminal attachment portion and the wire attachment portion , wherein the electrical terminal includes a flow barrier which is a separate part from the terminal , the flow barrier being provided on the transition portion proximate an end of the transition portion , the flow barrier being a heat shrinkable sleeve fixed to the terminal and positioned around the transition portion , wherein the flow barrier constrains the adhesive/ sealant applied to the wires positioned in the wire attachment portion from flowing from the wire attachment portion to the terminal attachment portion ; characterized in that the flow barrier is configured to act as a wire stop to prevent the further insertion of the wires into the wire attachment portion to properly position the wires in the wire attachment portion .