mhurhangee/patent-ind-claim-en huggingface dataset:
A grain cleaning system for a mobile harvesting machine , the grain cleaning system comprising: a cleaning shoe , having an inlet side configured to receive harvested material, the cleaning shoe being configured to clean the harvested material; a delivery system that delivers the harvested material to the inlet side of the cleaning shoe ; a sensor that senses an amount of harvested material being delivered to the inlet side of the cleaning shoe by the delivery system and that generates a sensor signal indicative of the sensed amount; and a control system that generates a delivery control signal to control the delivery system , based on the sensed amount indicated by the sensor signal, to deliver the harvested material to the inlet side of the cleaning shoe at a feed rate, the control system generating a cleaning shoe control signal to control the cleaning shoe based on the feed rate, wherein the cleaning shoe oscillates at an oscillation speed and comprises a sieve ; a chaffer ; and a cleaning shoe fan , characterized in that the control system is configured to generate the cleaning shoe control signal to control at least one of an opening size of openings in the sieve , an opening size of openings in the chaffer , or a fan speed of the cleaning shoe fan , based on the feed rate. a cleaning shoe , having an inlet side configured to receive harvested material, the cleaning shoe being configured to clean the harvested material; a delivery system that delivers the harvested material to the inlet side of the cleaning shoe ; a sensor that senses an amount of harvested material being delivered to the inlet side of the cleaning shoe by the delivery system and that generates a sensor signal indicative of the sensed amount; and a control system that generates a delivery control signal to control the delivery system , based on the sensed amount indicated by the sensor signal, to deliver the harvested material to the inlet side of the cleaning shoe at a feed rate, the control system generating a cleaning shoe control signal to control the cleaning shoe based on the feed rate, wherein the cleaning shoe oscillates at an oscillation speed and comprises a sieve ; a chaffer ; and a cleaning shoe fan , characterized in that the control system is configured to generate the cleaning shoe control signal to control at least one of an opening size of openings in the sieve , an opening size of openings in the chaffer , or a fan speed of the cleaning shoe fan , based on the feed rate.
A loudspeaker , comprising: a speaker assembly having a central plane; and a plurality of drivers at least three in number mounted on said speaker assembly in said central plane of said speaker assembly, each driver being associated with a magnet reaction force and with a moment based in part on its position relative to a center of mass of said speaker assembly the magnet reaction force of each driver being essentially perpendicular to said central plane of said speaker assembly; wherein said drivers are laterally mutually offset from one another relative to said center of mass of said speaker assembly, and the drivers are selectively driven by an audio signal in a manner such that the sum of the magnet reaction forces associated with all of the drivers is substantially equal to zero, and the sum of the moments associated with all of the drivers is substantially equal to zero to cancel vibrations of the loudspeaker. a speaker assembly having a central plane; and a plurality of drivers at least three in number mounted on said speaker assembly in said central plane of said speaker assembly, each driver being associated with a magnet reaction force and with a moment based in part on its position relative to a center of mass of said speaker assembly the magnet reaction force of each driver being essentially perpendicular to said central plane of said speaker assembly; wherein said drivers are laterally mutually offset from one another relative to said center of mass of said speaker assembly, and the drivers are selectively driven by an audio signal in a manner such that the sum of the magnet reaction forces associated with all of the drivers is substantially equal to zero, and the sum of the moments associated with all of the drivers is substantially equal to zero to cancel vibrations of the loudspeaker.
A tire comprising: a pair of sidewalls constructed of a base rubber; a circumferential tread having a plurality of bars and a plurality of valleys disposed between the plurality of bars ; and a polymeric laminate disposed on the tire , such that the polymeric laminate covers at least one of the pair of sidewalls , characterized in that the polymeric laminate has a greater hardness than the base rubber, and the polymeric laminate has a greater elongation at break than the base rubber. a pair of sidewalls constructed of a base rubber; a circumferential tread having a plurality of bars and a plurality of valleys disposed between the plurality of bars ; and a polymeric laminate disposed on the tire , such that the polymeric laminate covers at least one of the pair of sidewalls , characterized in that the polymeric laminate has a greater hardness than the base rubber, and the polymeric laminate has a greater elongation at break than the base rubber.
Brake fluid reservoir system having a valve block and a reservoir for fastening to the upper side of the valve block of the actuator of the brake system and for connecting to the openings of the block in order to supply and return brake fluid through the openings of the lower side of the reservoir , wherein the block , in the longitudinal installation direction of the block in the engine bay of the vehicle, has a rear side , a conducting side, and a front side , characterized in that A. the upper side of the container , at the rear corner thereof, comprises a transversely running articulated axle , and the lower side , at a longitudinal spacing from the axle that is equal to the spacing (L) of the front and rear sides of the block , supports a fastening tab ; B. the valve block , on the rear wall thereof, comprises a cross member for fastening the axle of the reservoir , and, on the front side , comprises a fastening point for the fastening tab of the reservoir . A. the upper side of the container , at the rear corner thereof, comprises a transversely running articulated axle , and the lower side , at a longitudinal spacing from the axle that is equal to the spacing (L) of the front and rear sides of the block , supports a fastening tab ; B. the valve block , on the rear wall thereof, comprises a cross member for fastening the axle of the reservoir , and, on the front side , comprises a fastening point for the fastening tab of the reservoir .
A method for responding to a resource request, comprising: classifying , by a redirect server, a first resource request from a client based on a first screening rule to obtain a classification result, wherein the classification result comprises a processable type and an unprocessable type; responding to a first resource request determined to be of the unprocessable type, to enable the client to send a second resource request to a decision delivery server; determining , by the decision delivery server, based on a second screening rule, whether the second resource request from the client is of a serviceable type; and performing proxy acceleration for the second resource request if it is determined that the second resource request is of the serviceable type, wherein a length of time consumed for executing the second screening rule is longer than a length of time consumed for executing the first screening rule. classifying , by a redirect server, a first resource request from a client based on a first screening rule to obtain a classification result, wherein the classification result comprises a processable type and an unprocessable type; responding to a first resource request determined to be of the unprocessable type, to enable the client to send a second resource request to a decision delivery server; determining , by the decision delivery server, based on a second screening rule, whether the second resource request from the client is of a serviceable type; and performing proxy acceleration for the second resource request if it is determined that the second resource request is of the serviceable type, wherein a length of time consumed for executing the second screening rule is longer than a length of time consumed for executing the first screening rule.
A communication device for providing measurement reports to a communication network configured in accordance with the 3 rd Generation Partnership Project, 3GPP, standards, the communication network comprising a plurality of cells, the communication device comprising: means for connecting to a cell , of said plurality of cells, for sending and receiving user data; means for receiving configuration data for configuring measurements to be performed in at least one of said plurality of cells wherein said configuration data defines a trigger event for triggering measurement reporting for at least one relay cell operated by a relay device for a base station, wherein the trigger event is one of a plurality of possible events configurable in the communication network, the plurality of possible trigger events including type A trigger events and type B trigger events, and wherein the trigger event is different to said type A trigger events and type B trigger events; means for performing measurements , based on said received configuration data, in said at least one relay cell; means for determining whether or not said trigger event has occurred based on results of said measurements; and means for sending a measurement report , to the communication network, when said trigger event has been determined to have occurred. means for connecting to a cell , of said plurality of cells, for sending and receiving user data; means for receiving configuration data for configuring measurements to be performed in at least one of said plurality of cells wherein said configuration data defines a trigger event for triggering measurement reporting for at least one relay cell operated by a relay device for a base station, wherein the trigger event is one of a plurality of possible events configurable in the communication network, the plurality of possible trigger events including type A trigger events and type B trigger events, and wherein the trigger event is different to said type A trigger events and type B trigger events; means for performing measurements , based on said received configuration data, in said at least one relay cell; means for determining whether or not said trigger event has occurred based on results of said measurements; and means for sending a measurement report , to the communication network, when said trigger event has been determined to have occurred.
A process for preparing Compound 7 of the formula comprising a) reacting compound 4a of the formula where X 3 is Cl, Br, I or F; with N -methyl- N -formylhydrazine and a suitable base to afford Compound 5a of the formula b) which is then nitrated to afford Compound 6a of the formula c) which is subsequently reduced to afford Compound 7. a) reacting compound 4a of the formula where X 3 is Cl, Br, I or F; with N -methyl- N -formylhydrazine and a suitable base to afford Compound 5a of the formula b) which is then nitrated to afford Compound 6a of the formula c) which is subsequently reduced to afford Compound 7.
A method of selective laser sintering, the method comprising: providing composite particles made by emulsion aggregation, the composite particles comprising at least one thermoplastic polymer and at least one carbon particle material; and exposing the composite particles to a laser to fuse the particles. providing composite particles made by emulsion aggregation, the composite particles comprising at least one thermoplastic polymer and at least one carbon particle material; and exposing the composite particles to a laser to fuse the particles.
A system for treating localized carcinoma cells in a body of an animal, the system comprising: a therapeutic source comprising a first material having an outer layer of a second material having a high atomic number, wherein the therapeutic source is substantially nonradioactive when not exposed to a neutron field , but becomes a source of highly ionizing but weakly penetrating radiation when exposed to the neutron field , wherein the therapeutic source is adapted to be positioned within the body in the vicinity of the carcinoma cells ; and a neutron generator device comprising a plurality of neutron generators and configured to execute an irradiation step by providing a neutron field to irradiate the therapeutic source from outside the body with the neutron field for a prescribed period of time; and to repeat the irradiating step at prescribed intervals, wherein the first material comprises boron-10, B 4 C, or hafnium, and the second material comprises platinum, gold, or a combination thereof; wherein the second material is configured such that high energy Compton and photoelectrical scattered electrons are released for use in irradiating cancerous tissue when the therapeutic source is exposed to the neutron field . a therapeutic source comprising a first material having an outer layer of a second material having a high atomic number, wherein the therapeutic source is substantially nonradioactive when not exposed to a neutron field , but becomes a source of highly ionizing but weakly penetrating radiation when exposed to the neutron field , wherein the therapeutic source is adapted to be positioned within the body in the vicinity of the carcinoma cells ; and a neutron generator device comprising a plurality of neutron generators and configured to execute an irradiation step by providing a neutron field to irradiate the therapeutic source from outside the body with the neutron field for a prescribed period of time; and to repeat the irradiating step at prescribed intervals, wherein the first material comprises boron-10, B 4 C, or hafnium, and the second material comprises platinum, gold, or a combination thereof; wherein the second material is configured such that high energy Compton and photoelectrical scattered electrons are released for use in irradiating cancerous tissue when the therapeutic source is exposed to the neutron field .
A brake device for braking rotation of an input shaft , comprising: a selectively operable trigger brake and a roller jamming mechanism operable upon the relative rotation between the trigger brake and the input shaft exceeding a predetermined amount to stop rotation of the input shaft upon operation of the trigger brake , characterised in that the selective operable trigger brake comprises a preloaded torsion spring rotationally coupled to the input shaft , but permitting a limited rotational movement between the trigger brake and the input shaft , wherein the roller jamming mechanism comprises: a plurality of ramp surfaces provided on the input shaft ; a static structure of the device; a plurality of roller elements arranged between the input shaft and the static structure and received between adjacent ramp surfaces ; and an actuator coupled to a trigger brake shaft for moving the roller elements along the ramp surfaces upon relative rotation of the trigger brake shaft and the input shaft , the actuator comprising a plurality of teeth extending between adjacent roller elements , the teeth projecting from one end of the trigger brake shaft . a selectively operable trigger brake and a roller jamming mechanism operable upon the relative rotation between the trigger brake and the input shaft exceeding a predetermined amount to stop rotation of the input shaft upon operation of the trigger brake , characterised in that the selective operable trigger brake comprises a preloaded torsion spring rotationally coupled to the input shaft , but permitting a limited rotational movement between the trigger brake and the input shaft , wherein the roller jamming mechanism comprises: a plurality of ramp surfaces provided on the input shaft ; a static structure of the device; a plurality of roller elements arranged between the input shaft and the static structure and received between adjacent ramp surfaces ; and a plurality of ramp surfaces provided on the input shaft ; a static structure of the device; a plurality of roller elements arranged between the input shaft and the static structure and received between adjacent ramp surfaces ; and an actuator coupled to a trigger brake shaft for moving the roller elements along the ramp surfaces upon relative rotation of the trigger brake shaft and the input shaft , the actuator comprising a plurality of teeth extending between adjacent roller elements , the teeth projecting from one end of the trigger brake shaft .
A power converter comprising: a housing that has a first external surface facing in a first direction, a second external surface facing in a second direction that is perpendicular to the first direction, and a third external surface facing in a third direction that is opposite to the second direction, and that accommodates at least one capacitor inside the housing ; a first power conversion module including at least one first positive electrode and at least one first negative electrode, the first power conversion module being positioned on the second external surface of the housing ; further comprising a second power conversion module including at least one second positive electrode and at least one second negative electrode, the second power conversion module being positioned on the third external surface of the housing ; a first positive electrode busbar that connects a first electrode of the capacitor to the first positive electrode; a first negative electrode busbar that connects a second electrode of the capacitor to the second negative electrode; a second positive electrode busbar that is fixed to the first positive electrode together with the first positive electrode busbar and that is fixed to the second positive electrode; and a second negative electrode busbar that is fixed to the first negative electrode and that is fixed to the second negative electrode together with the first negative electrode busbar . a housing that has a first external surface facing in a first direction, a second external surface facing in a second direction that is perpendicular to the first direction, and a third external surface facing in a third direction that is opposite to the second direction, and that accommodates at least one capacitor inside the housing ; a first power conversion module including at least one first positive electrode and at least one first negative electrode, the first power conversion module being positioned on the second external surface of the housing ; further comprising a second power conversion module including at least one second positive electrode and at least one second negative electrode, the second power conversion module being positioned on the third external surface of the housing ; a first positive electrode busbar that connects a first electrode of the capacitor to the first positive electrode; a first negative electrode busbar that connects a second electrode of the capacitor to the second negative electrode; a second positive electrode busbar that is fixed to the first positive electrode together with the first positive electrode busbar and that is fixed to the second positive electrode; and a second negative electrode busbar that is fixed to the first negative electrode and that is fixed to the second negative electrode together with the first negative electrode busbar .
Foil hinge system for a hydrofoil or airfoil, comprising a main foil body , substantially extending in a longitudinal direction (L) and a transverse direction (T), a flap hinged to the main foil body arranged on a longitudinal end side of the main foil body , and a flexible element connecting the main foil body and the flap , characterized in that several rigid structures are arranged in such a manner on the flexible element , that they provide a dead stop when the flap is in a maximum deflection with respect to the main foil body .
A computing device , comprising a camera , arranged for tracking two or more objects (H1, H2) in an image stream provided by said camera , said computing device further comprising a memory and a controller , wherein said controller is configured to: track two or morel objects (H1, H2); identify a gesture, wherein said gesture is defined by said tracked two or more objects moving in free space in front of said camera ; display a visual indication (638, 71-74, 838) according to movements (51-53, 61-63, 81, 82) tracked for said two or more objects to be tracked (H1, H2), wherein said visual indication (638, 71-74, 838) is displayed in the form of a virtual object being assigned with different visual attributes, wherein said visual indication (638, 71-74, 838) is displayed in a random alignment when the tracking is activated, wherein the gesture is identified based on at least one movement performed by each tracked object (H1, H2) and by an end result of arranging the visual indication in a pre-specified alignment; retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computing device . track two or morel objects (H1, H2); identify a gesture, wherein said gesture is defined by said tracked two or more objects moving in free space in front of said camera ; display a visual indication (638, 71-74, 838) according to movements (51-53, 61-63, 81, 82) tracked for said two or more objects to be tracked (H1, H2), wherein said visual indication (638, 71-74, 838) is displayed in the form of a virtual object being assigned with different visual attributes, wherein said visual indication (638, 71-74, 838) is displayed in a random alignment when the tracking is activated, wherein the gesture is identified based on at least one movement performed by each tracked object (H1, H2) and by an end result of arranging the visual indication in a pre-specified alignment; retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computing device .
A blood treatment device configured to lower the amount of asymmetric dimethylarginine (ADMA) and/or monomethyl arginine (MMA) in the blood or blood plasma of a person in need thereof in an extracorporeal blood circuit, wherein the device comprises a matrix, and wherein said matrix comprises dimethylarginine dimethylaminohydrolase (DDAH) and/or alanine-glyoxylate aminotransferase 2 (AGXT2).
A function prompting method, applied to a terminal, the method comprising: acquiring (S11) a new function, required by a user, to be prompted in the terminal, and acquiring (S11) a predetermined condition to be met for prompting the new function; and triggering (S12) a predetermined first application when the predetermined condition is met, and invoking a notification bar uniformly through an invoking entrance of the predetermined first application to push the new function to the user, wherein the new function is some kind of new functionality being made available to the user. acquiring (S11) a new function, required by a user, to be prompted in the terminal, and acquiring (S11) a predetermined condition to be met for prompting the new function; and triggering (S12) a predetermined first application when the predetermined condition is met, and invoking a notification bar uniformly through an invoking entrance of the predetermined first application to push the new function to the user, wherein the new function is some kind of new functionality being made available to the user.