mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications, comprising: receiving (410; 1405) a first downlink control information scheduling a first downlink transmission; receiving (415; 1410) a second downlink control information scheduling a second downlink transmission, wherein the second downlink transmission is scheduled to start after the first downlink transmission; determining (420; 1415) that a first feedback message responsive to the first downlink transmission is scheduled to start no earlier than a second feedback message responsive to the second downlink transmission, the first feedback message being associated with a first cell and the second feedback message being associated with a second cell; determining (425; 1420), based at least in part on the first feedback message being scheduled to start no earlier than the second feedback message, that the second cell has a second priority that is greater than a first priority of the first cell; and transmitting (430; 1425) the second feedback message based at least in part on determining that the second cell has the second priority, wherein the second feedback message is prioritized over the first feedback message based at least in part on the second priority. receiving (410; 1405) a first downlink control information scheduling a first downlink transmission; receiving (415; 1410) a second downlink control information scheduling a second downlink transmission, wherein the second downlink transmission is scheduled to start after the first downlink transmission; determining (420; 1415) that a first feedback message responsive to the first downlink transmission is scheduled to start no earlier than a second feedback message responsive to the second downlink transmission, the first feedback message being associated with a first cell and the second feedback message being associated with a second cell; determining (425; 1420), based at least in part on the first feedback message being scheduled to start no earlier than the second feedback message, that the second cell has a second priority that is greater than a first priority of the first cell; and transmitting (430; 1425) the second feedback message based at least in part on determining that the second cell has the second priority, wherein the second feedback message is prioritized over the first feedback message based at least in part on the second priority.
A borehole curvature logging system that comprises: a drill string having a bottomhole assembly (BHA) with sensors providing actual deformation and bending moment measurements as a function of BHA position at spaced-apart intervals on the BHA; a processing system that retrieves said actual measurements and responsively generates a log of borehole curvature by: providing an estimated borehole trajectory; deriving predicted deformation and bending moment measurements based on the estimated borehole trajectory; determining an error between the predicted measurements and the actual measurements; updating the estimated borehole trajectory to reduce the error; repeating said deriving, determining, and updating to refine the estimated borehole trajectory; and converting the estimated borehole trajectory into a borehole curvature log; and a user interface that displays the borehole curvature log. a drill string having a bottomhole assembly (BHA) with sensors providing actual deformation and bending moment measurements as a function of BHA position at spaced-apart intervals on the BHA; a processing system that retrieves said actual measurements and responsively generates a log of borehole curvature by: providing an estimated borehole trajectory; deriving predicted deformation and bending moment measurements based on the estimated borehole trajectory; determining an error between the predicted measurements and the actual measurements; updating the estimated borehole trajectory to reduce the error; repeating said deriving, determining, and updating to refine the estimated borehole trajectory; and converting the estimated borehole trajectory into a borehole curvature log; and a user interface that displays the borehole curvature log. providing an estimated borehole trajectory; deriving predicted deformation and bending moment measurements based on the estimated borehole trajectory; determining an error between the predicted measurements and the actual measurements; updating the estimated borehole trajectory to reduce the error; repeating said deriving, determining, and updating to refine the estimated borehole trajectory; and converting the estimated borehole trajectory into a borehole curvature log; and a user interface that displays the borehole curvature log.
Solid fuel heater with three-zone combustion air supply, comprising a lower outlet orifice and a first inlet orifice (14.1) of a lower primary air, wherein the lower primary air between the first inlet orifice (14.1) and the lower outlet orifice runs in a first independent vent , and an upper outlet orifice and a second inlet orifice (14.2) of an upper primary air between the second inlet orifice (14.2) and the upper outlet orifice runs in a second independent vent , and, an outlet orifice and an inlet orifice (14.3) of a secondary air, wherein the secondary air between the inlet orifice (14.3) and the outlet orifice runs in a third independent vent ; wherein three dampers are attached to three respective arms assigned to three respective inlet orifices (14.1, 14.2 and 14.3), characterized in that the arms are connected to a shaft , and in that the inlet orifices (14.1, 14.2 and 14.3) are equipped with a common moving orifice .
A laminated polyarylene sulfide heat-resistant filter comprising a plurality of layers, at least including a first web layer that is a filtering surface, and a second web layer that is a non-filtering surface, wherein the first web layer is a mix of fibers having a fineness of 0.5 to 1.2 dtex and fibers having a fineness of 1.3 to 3.0 dtex and contains 30 to 70 wt% of polyarylene sulfide fibers having a fineness of 0.5 to 1.2 dtex, and 30 to 70 wt% of polyarylene sulfide fibers having a fineness of 1.3 to 3.0 dtex taking the total of the weight percentages of the first web layer as 100 wt%, and the polyarylene sulfide fibers of the second web layer have a fineness of 1.0 to 4.0 dtex. the first web layer is a mix of fibers having a fineness of 0.5 to 1.2 dtex and fibers having a fineness of 1.3 to 3.0 dtex and contains 30 to 70 wt% of polyarylene sulfide fibers having a fineness of 0.5 to 1.2 dtex, and 30 to 70 wt% of polyarylene sulfide fibers having a fineness of 1.3 to 3.0 dtex taking the total of the weight percentages of the first web layer as 100 wt%, and the polyarylene sulfide fibers of the second web layer have a fineness of 1.0 to 4.0 dtex.
A device for feeding a fluid to a vessel to be filled (T), comprising: - a fluid inflow or inlet opening intended to be placed in fluid communication with a fluid source; - a distribution valve placed between said inlet opening and said vessel to be filled (T); - a fluid supply line between said distribution valve and said vessel to be filled (T) ; - at least one valve member intercepting said supply line and movable between at least one first position in which it allows the passage of fluid between said inlet opening and said vessel to be filled (T) and a second position in which it obstructs such passage; - at least one compartment or cylinder operatively connected to said at least one valve member ; - at least one branch line extending between said supply line and said at least one compartment or cylinder , said at least one branch line being intended to feed fluid to said at least one compartment or cylinder , so as to cause the movement of said valve member into said at least one first or into said second position; - at least one shut-off valve placed on said at least one branch line ; - means for actuating said at least one shut-off valve intended to move said at least one shut-off valve into respective operative positions; characterized in that it comprises: - at least one safety line extending from said supply line ; - valve means for opening-closing said at least one safety line ; and - adjusting means for adjusting the position of said valve member , said adjusting means being in fluid communication with said at least one safety line and actuatable due to the fluid fed thereto. - a fluid inflow or inlet opening intended to be placed in fluid communication with a fluid source; - a distribution valve placed between said inlet opening and said vessel to be filled (T); - a fluid supply line between said distribution valve and said vessel to be filled (T) ; - at least one valve member intercepting said supply line and movable between at least one first position in which it allows the passage of fluid between said inlet opening and said vessel to be filled (T) and a second position in which it obstructs such passage; - at least one compartment or cylinder operatively connected to said at least one valve member ; - at least one branch line extending between said supply line and said at least one compartment or cylinder , said at least one branch line being intended to feed fluid to said at least one compartment or cylinder , so as to cause the movement of said valve member into said at least one first or into said second position; - at least one shut-off valve placed on said at least one branch line ; - means for actuating said at least one shut-off valve intended to move said at least one shut-off valve into respective operative positions; - at least one safety line extending from said supply line ; - valve means for opening-closing said at least one safety line ; and - adjusting means for adjusting the position of said valve member , said adjusting means being in fluid communication with said at least one safety line and actuatable due to the fluid fed thereto.
A method comprising: measuring distances between a scanning laser projector and a plurality of projection points in a field of view of the scanning laser projector ; determining if the plurality of projection points lie substantially in a plane, comprising determining gradient vectors between projection points; and if the plurality of projection points do not lie substantially in a plane, performing at least one action in response to an obstruction in the field of view. measuring distances between a scanning laser projector and a plurality of projection points in a field of view of the scanning laser projector ; determining if the plurality of projection points lie substantially in a plane, comprising determining gradient vectors between projection points; and if the plurality of projection points do not lie substantially in a plane, performing at least one action in response to an obstruction in the field of view.
A data transmission method, applied to a sender communications device , wherein the sender communications device is a terminal, and the method comprises: generating a plurality of radio resource control RRC segments by using an RRC segmentation function of an RRC layer entity of the sender communications device or an RRC segmentation function of a new protocol layer entity, wherein each of the plurality of RRC segments carries partial data content of an RRC message generated by the sender communications device ; sending the plurality of RRC segments to a receiver communications device ; receiving activation signaling or deactivation signaling for the RRC segmentation function from a network device; and activating the RRC segmentation function according to the activation signaling, or deactivating the RRC segmentation function according to the deactivation signaling, characterised in that the new protocol layer entity is one of the following cases: per-signaling radio bearer SRB, per-data radio bearer DRB; the RRC layer entity is one of the following cases: per-SRB, per-DRB. generating a plurality of radio resource control RRC segments by using an RRC segmentation function of an RRC layer entity of the sender communications device or an RRC segmentation function of a new protocol layer entity, wherein each of the plurality of RRC segments carries partial data content of an RRC message generated by the sender communications device ; sending the plurality of RRC segments to a receiver communications device ; receiving activation signaling or deactivation signaling for the RRC segmentation function from a network device; and activating the RRC segmentation function according to the activation signaling, or deactivating the RRC segmentation function according to the deactivation signaling, characterised in that the new protocol layer entity is one of the following cases: per-signaling radio bearer SRB, per-data radio bearer DRB; the RRC layer entity is one of the following cases: per-SRB, per-DRB. per-signaling radio bearer SRB, per-data radio bearer DRB; the RRC layer entity is one of the following cases: per-SRB, per-DRB.
A method of minimizing or eliminating seeds in a seed pool of a planter row unit when crossing a boundary during planting comprising: adding seeds to the seed pool from a first compartment (532-1, 532-2; 932-1, 932-2); obtaining a seed size of the seeds, an average number of seeds in the seed pool, and a distance traveled per dump of seeds into the seed pool ; determining whether a distance from the row unit to the boundary is greater than a distance to dispense all seeds from the seed pool and less than a distance to dispense all seeds from a full dump of seeds into the seed pool ; characterized by activating an actuator to partially open a passageway (933-1, 933-2) between the first compartment (532-1, 532-2; 932-1, 932-2) and the seed pool in which the partially open passageway is directly proportional to seed size to create a partial dump ; and activating the actuator to close the passageway after the partial dump. adding seeds to the seed pool from a first compartment (532-1, 532-2; 932-1, 932-2); obtaining a seed size of the seeds, an average number of seeds in the seed pool, and a distance traveled per dump of seeds into the seed pool ; determining whether a distance from the row unit to the boundary is greater than a distance to dispense all seeds from the seed pool and less than a distance to dispense all seeds from a full dump of seeds into the seed pool ; characterized by activating an actuator to partially open a passageway (933-1, 933-2) between the first compartment (532-1, 532-2; 932-1, 932-2) and the seed pool in which the partially open passageway is directly proportional to seed size to create a partial dump ; and activating the actuator to close the passageway after the partial dump.
An aircraft cable tie mount for securing cables of an aircraft, the cable tie mount comprising: a spacer , having an elongated body with a base end and a top end distal from the base end and a cable fastener on the spacer , wherein the cable fastener is formed integrally on the spacer on a side of the elongated body approximate to the top end , the cable fastener including a locking head and a strap that engage to form a closed loop that is non-overlapping with an area directly above the top end of the spacer , and a rivet integrated with the spacer ; and wherein the spacer has a hollow cavity between the base end and the top end , and a notch in a side of the elongated body that exposes the rivet in the elongated body of the spacer . wherein the cable fastener is formed integrally on the spacer on a side of the elongated body approximate to the top end , the cable fastener including a locking head and a strap that engage to form a closed loop that is non-overlapping with an area directly above the top end of the spacer , and a rivet integrated with the spacer ; and wherein the spacer has a hollow cavity between the base end and the top end , and a notch in a side of the elongated body that exposes the rivet in the elongated body of the spacer .
Fuel cell device comprising a plurality of fuel cells , in particular PEM fuel cells, arranged one above the other in a stacking direction and forming a fuel cell stack , a recess that passes through the fuel cells in the stacking direction being formed in the fuel cell stack , and at least one heat conducting element being arranged in the recess , characterized in that the at least one heat conducting element is in thermal contact with the fuel cells , the at least one heat conducting element being in indirect heat contact with the fuel cell stack via a thermally conductive contact medium , the contact medium preferably being formed as a film.
A method implemented by one or more processors and comprising: receiving, at a client device: a stream of image frames that are based on output from one or more cameras of the client device, and audio data detected by one or more microphones of the client device; processing, at the client device and using a locally stored machine learning model trained to distinguish between (i) voice activity that co-occurs with mouth movement and is the result of the mouth movement and (ii) voice activity that is not from the mouth movement but which co-occurs with the mouth movement, the image frames and the audio data to determine co-occurrence of: mouth movement of a user, captured by one or more of the image frames, and voice activity of the user; determining, at the client device and based on determining the co-occurrence of the mouth movement of the user and the voice activity of the user that is the result of the mouth movement, to perform one or both of: certain processing of the audio data, and rendering of at least one human perceptible cue via an output component of the client device; the method further comprising: initiating, at the client device, the certain processing of the audio data and/or the rendering of the at least one human perceptible cue, responsive to determining to perform the certain processing of the audio data and/or the rendering of the at least one human perceptible cue. receiving, at a client device: a stream of image frames that are based on output from one or more cameras of the client device, and audio data detected by one or more microphones of the client device; a stream of image frames that are based on output from one or more cameras of the client device, and audio data detected by one or more microphones of the client device; processing, at the client device and using a locally stored machine learning model trained to distinguish between (i) voice activity that co-occurs with mouth movement and is the result of the mouth movement and (ii) voice activity that is not from the mouth movement but which co-occurs with the mouth movement, the image frames and the audio data to determine co-occurrence of: mouth movement of a user, captured by one or more of the image frames, and voice activity of the user; mouth movement of a user, captured by one or more of the image frames, and voice activity of the user; determining, at the client device and based on determining the co-occurrence of the mouth movement of the user and the voice activity of the user that is the result of the mouth movement, to perform one or both of: certain processing of the audio data, and rendering of at least one human perceptible cue via an output component of the client device; certain processing of the audio data, and rendering of at least one human perceptible cue via an output component of the client device; the method further comprising: initiating, at the client device, the certain processing of the audio data and/or the rendering of the at least one human perceptible cue, responsive to determining to perform the certain processing of the audio data and/or the rendering of the at least one human perceptible cue.
An immunochromatographic test piece for extracting and measuring a sugar chain antigen in a specimen, the immunochromatographic test piece comprising: a sample pad to which a specimen mixed with nitrite or an acid solution is added; a label region comprising a labeled antibody obtained by labeling an antibody against the sugar chain antigen; and a detection region on which the antibody against the sugar chain antigen is immobilized, wherein an antibody-sugar chain antigen-labeled antibody complex is formed in the detection region to measure the sugar chain antigen, and the immunochromatographic test piece having a region impregnated with a neutralizing reagent upstream of the label region , and further having a region impregnated with a solid acid reagent when the specimen mixed with the nitrite is used, or a region impregnated with nitrite when the specimen mixed with the acid solution is used, upstream of the region impregnated with the neutralizing reagent, characterised in that a resin-made sheet is sandwiched between the region impregnated with the solid acid reagent or the nitrite and the region impregnated with the neutralizing reagent so as to suppress the movement of a reagent or the movement of a specimen solution between the regions , wherein the resin-made sheet is sandwiched such that the region impregnated with the solid acid reagent or the nitrite and the region impregnated with the neutralizing reagent come into partial contact with each other, or wherein the resin-made sheet is sandwiched such that the region impregnated with the solid acid reagent or the nitrite and the region impregnated with the neutralizing reagent do not come into contact with each other and that the region impregnated with the solid acid reagent or the nitrite has a shape overhanging the resin-made sheet so that a liquid within the region impregnated with the solid acid reagent or the nitrite flows on the resin-made sheet to the region impregnated with the neutralizing reagent. a resin-made sheet is sandwiched between the region impregnated with the solid acid reagent or the nitrite and the region impregnated with the neutralizing reagent so as to suppress the movement of a reagent or the movement of a specimen solution between the regions , wherein the resin-made sheet is sandwiched such that the region impregnated with the solid acid reagent or the nitrite and the region impregnated with the neutralizing reagent come into partial contact with each other, or wherein the resin-made sheet is sandwiched such that the region impregnated with the solid acid reagent or the nitrite and the region impregnated with the neutralizing reagent do not come into contact with each other and that the region impregnated with the solid acid reagent or the nitrite has a shape overhanging the resin-made sheet so that a liquid within the region impregnated with the solid acid reagent or the nitrite flows on the resin-made sheet to the region impregnated with the neutralizing reagent.