mhurhangee/patent-ind-claim-en huggingface dataset:
An active grille system comprising: an active grille having at least one driven vane movable between an open position and a closed position; an electrically driven actuator connectable to the at least one driven vane and configured to provide power that drives the at least one driven vane between the closed position and the open position; and a fail safe module , characterized by the fail safe module connected between the at least one driven vane and the electrically driven actuator wherein the fail safe module selectively provides a fail safe position to the at least one driven vane and the fail safe module has a lock position where the fail safe module , the electrically driven actuator and the at least one driven vane move together in response to the power provided by the electrically driven actuator and an unlocked position where the fail safe module disengages the at least one driven vane from the electrically driven actuator and moves the at least one driven vane to the fail safe position. an active grille having at least one driven vane movable between an open position and a closed position; an electrically driven actuator connectable to the at least one driven vane and configured to provide power that drives the at least one driven vane between the closed position and the open position; and a fail safe module , characterized by the fail safe module connected between the at least one driven vane and the electrically driven actuator wherein the fail safe module selectively provides a fail safe position to the at least one driven vane and the fail safe module has a lock position where the fail safe module , the electrically driven actuator and the at least one driven vane move together in response to the power provided by the electrically driven actuator and an unlocked position where the fail safe module disengages the at least one driven vane from the electrically driven actuator and moves the at least one driven vane to the fail safe position.
An air treatment apparatus comprising: a. an air flow path extending from an air treatment apparatus air inlet to an air treatment apparatus air outlet ; b. a momentum separator positioned in the air flow path, the momentum separator having an upper wall , a lower wall , a sidewall extending between the upper and lower walls and a momentum separator air inlet , characterized in that the upper wall comprises an upper porous section , the sidewall comprises a side porous section , the sidewall comprises a first sidewall, the first sidewall comprising the side porous section ; wherein the air treatment apparatus comprises: c. an upper end wall spaced from and facing the upper porous section wherein an upper air flow chamber is positioned between the upper end wall and the upper porous section ; and, d. an end wall spaced from and facing the side porous section wherein an up flow chamber is positioned between the end wall and the side porous section wherein the up flow chamber merges with the upper air flow chamber at a downstream end of the upper air flow chamber . a. an air flow path extending from an air treatment apparatus air inlet to an air treatment apparatus air outlet ; b. a momentum separator positioned in the air flow path, the momentum separator having an upper wall , a lower wall , a sidewall extending between the upper and lower walls and a momentum separator air inlet , characterized in that the upper wall comprises an upper porous section , the sidewall comprises a side porous section , the sidewall comprises a first sidewall, the first sidewall comprising the side porous section ; wherein the air treatment apparatus comprises: c. an upper end wall spaced from and facing the upper porous section wherein an upper air flow chamber is positioned between the upper end wall and the upper porous section ; and, d. an end wall spaced from and facing the side porous section wherein an up flow chamber is positioned between the end wall and the side porous section c. an upper end wall spaced from and facing the upper porous section wherein an upper air flow chamber is positioned between the upper end wall and the upper porous section ; and, d. an end wall spaced from and facing the side porous section wherein an up flow chamber is positioned between the end wall and the side porous section
A hand-held device for applying a tag to animals and extracting animal tissue, comprising: a first handle ; a second handle ; a first jaw portion configured to engage a first portion of an animal tag and an animal tissue sampler for extracting animal tissue; a second jaw portion configured to engage a second portion of the animal tag and a container for storing animal tissue; and a spring, in which displacing the first handle in a closing direction to an engaging position causes the first portion of the animal tag to engage the second portion of the animal tag; in which displacing the first handle in the closing direction to a loading position places the spring into a deformed state and in which, displacing the first handle in the closing direction to a disposing position causes the animal tissue sampler to be disposed within the container, characterised in that the spring in the deformed state is configured, when released, to dispose the animal tissue sampler within the container. a first handle ; a second handle ; a first jaw portion configured to engage a first portion of an animal tag and an animal tissue sampler for extracting animal tissue; a second jaw portion configured to engage a second portion of the animal tag and a container for storing animal tissue; and a spring, in which displacing the first handle in a closing direction to an engaging position causes the first portion of the animal tag to engage the second portion of the animal tag; in which displacing the first handle in the closing direction to a loading position places the spring into a deformed state and in which, displacing the first handle in the closing direction to a disposing position causes the animal tissue sampler to be disposed within the container, characterised in that the spring in the deformed state is configured, when released, to dispose the animal tissue sampler within the container.
A low VOC latex coating composition for improved coalescence of water based emulsions, the low VOC latex coating composition comprising: a functionalized (meth)acrylate polymer obtained from monomers including one or more of a vinyl acetate monomer, an alkyl (meth)acrylate monomer, a styrenic monomer, or combinations thereof together with a urethane (meth)acrylate monomer, the functionalized (meth)acrylate polymer including randomly copolymerized monomer units of these monomers; the urethane (meth)acrylate monomer providing about 4 to about 15 percent of sterically available hydrogen bonding sites per urethane (meth)acrylate monomer; the polymer has a glass transition temperature as measured by differential scanning calorimetry of about 17°C or greater and a minimum film forming temperature of about 12°C or lower at the same time; water; one or more of inorganic pigment particles, opaque polymer particles, and extender pigment particles; and wherein the low VOC latex coating composition is substantially free of co-solvents, plasticizers, coalescence aids, and mixtures thereof. a functionalized (meth)acrylate polymer obtained from monomers including one or more of a vinyl acetate monomer, an alkyl (meth)acrylate monomer, a styrenic monomer, or combinations thereof together with a urethane (meth)acrylate monomer, the functionalized (meth)acrylate polymer including randomly copolymerized monomer units of these monomers; the urethane (meth)acrylate monomer providing about 4 to about 15 percent of sterically available hydrogen bonding sites per urethane (meth)acrylate monomer; the polymer has a glass transition temperature as measured by differential scanning calorimetry of about 17°C or greater and a minimum film forming temperature of about 12°C or lower at the same time; water; one or more of inorganic pigment particles, opaque polymer particles, and extender pigment particles; and wherein the low VOC latex coating composition is substantially free of co-solvents, plasticizers, coalescence aids, and mixtures thereof.
An IC socket with an opening/closing body having an opening/closing mechanism, including a socket body for accommodating an IC package , a cover member for pressing the IC package accommodated in the socket body , the cover member being rotatably coupled to one edge of a base portion of the socket body and being adapted to be rotated to be opened and closed, the opening/closing mechanism further comprising: a rotating shaft which is disposed on the base portion and around which the cover member is rotatable, and a spring member providing a biasing force to the cover member in an opening direction, wherein a spring support portion that supports a spring base portion of the spring member is provided on one of the base portion and the cover member , and a spring receiver that abuts a spring extending portion extending from the spring base portion is provided on the other of the base portion and the cover member , and the spring support portion is spaced apart from the rotating shaft to cause a distance from the spring base portion to a position at which the spring extending portion abuts the spring receiver to increase as the cover member moves in the opening direction so that the biasing force decreases as the cover member moves in the opening direction. a rotating shaft which is disposed on the base portion and around which the cover member is rotatable, and a spring member providing a biasing force to the cover member in an opening direction, wherein a spring support portion that supports a spring base portion of the spring member is provided on one of the base portion and the cover member , and a spring receiver that abuts a spring extending portion extending from the spring base portion is provided on the other of the base portion and the cover member , and the spring support portion is spaced apart from the rotating shaft to cause a distance from the spring base portion to a position at which the spring extending portion abuts the spring receiver to increase as the cover member moves in the opening direction so that the biasing force decreases as the cover member moves in the opening direction.
Drink bottle comprising a bottle body with a bottle bottom arranged at the bottom, a bottle head connected to the bottle body at the top, wherein the bottle head is screwed to the bottle body by means of thread pairing , and with a bottle cap , screwable to a spout of the bottle head and arranged on the bottle head , characterized in that the bottle body has a casing which is screwable or attachable to the underside of the bottle body and whose size is dimensioned such that the bottle head is accommodated in the casing screwed or attached to the bottle body , or the bottle bottom has a negative shape facing into the bottle body such that the unscrewed bottle head is insertable at least partially, preferably completely, into the bottle body on the bottle bottom side.
A method for operating a Bluetooth device , the method comprising: transporting audio information over a Bluetooth communication link established with a second device; determining , upon a change of value of an operational parameter in either the Bluetooth device or the second device, a new operating mode for said Bluetooth communication link; modifying a configuration parameter of said Bluetooth communication link based on the new operating mode; transporting audio information on said Bluetooth communication link according to the modified configuration parameter ; wherein the operational parameter is a launch of a tagged gaming or real-time video application on the Bluetooth device or the second device and the new operating mode is a low-latency mode. transporting audio information over a Bluetooth communication link established with a second device; determining , upon a change of value of an operational parameter in either the Bluetooth device or the second device, a new operating mode for said Bluetooth communication link; modifying a configuration parameter of said Bluetooth communication link based on the new operating mode; transporting audio information on said Bluetooth communication link according to the modified configuration parameter ; wherein the operational parameter is a launch of a tagged gaming or real-time video application on the Bluetooth device or the second device and the new operating mode is a low-latency mode.
A method comprising: receiving, at a gateway entity , neighbouring cell information specifying one or more cells as neighbouring cells for a first cell of a plurality of cells associated with the gateway entity ; and selecting, at the gateway entity , based on said neighbouring cell information an identifier for said first cell that distinguishes said first cell from any other cell of said plurality of cells associated with said gateway entity that specifies one or more neighbouring cells in common with said first cell . receiving, at a gateway entity , neighbouring cell information specifying one or more cells as neighbouring cells for a first cell of a plurality of cells associated with the gateway entity ; and selecting, at the gateway entity , based on said neighbouring cell information an identifier for said first cell that distinguishes said first cell from any other cell of said plurality of cells associated with said gateway entity that specifies one or more neighbouring cells in common with said first cell .
A method of operation of a navigation system comprising: preprocessing an intersection from map data into edges in query data by extracting intersection information and a unique identification of the intersection from the map data , partitioning the intersection information to the edges , and generating pre-processed data having edge data and a turn identification for the intersection ; generating a route having a turn at the pre-processed intersection by using map data to generate route edges and route intersections to be traversed from a starting location to a target destination , and by obtaining a turn type from the query data by querying the query data for the turn identification which matches one of the route intersections , by reading the edge data associated with the turn identification , and by using the edge data to identify the route edges to be traversed through the matched route intersection , and to generate a specific turn of the turn types for the matched route intersection on the route ; and sending the route for displaying turn guidance including an instruction to make the specific turn in a specified direction at the intersection. preprocessing an intersection from map data into edges in query data by extracting intersection information and a unique identification of the intersection from the map data , partitioning the intersection information to the edges , and generating pre-processed data having edge data and a turn identification for the intersection ; generating a route having a turn at the pre-processed intersection by using map data to generate route edges and route intersections to be traversed from a starting location to a target destination , and by obtaining a turn type from the query data by querying the query data for the turn identification which matches one of the route intersections , by reading the edge data associated with the turn identification , and by using the edge data to identify the route edges to be traversed through the matched route intersection , and to generate a specific turn of the turn types for the matched route intersection on the route ; and sending the route for displaying turn guidance including an instruction to make the specific turn in a specified direction at the intersection.
A robotic system for manipulating anatomy of a patient (P) during a surgical procedure with the anatomy being secured by a limb holder and having a characteristic, said robotic system comprising: a force-applying device configured to apply force to the anatomy secured by the limb holder to generate a response by the anatomy relating to an extent to which the anatomy moves relative to the limb holder ; a response-measuring device configured to measure the response of the anatomy relating to the extent to which the anatomy moves relative to the limb holder when force is applied to the anatomy; a controller configured to calculate the characteristic of the anatomy based on the generated response, the characteristic including data representing the extent to which the anatomy moves relative to the limb holder ; an instrument configured to manipulate the anatomy; and wherein said controller is configured to autonomously control said instrument in relation to the anatomy based on the calculated characteristic. a force-applying device configured to apply force to the anatomy secured by the limb holder to generate a response by the anatomy relating to an extent to which the anatomy moves relative to the limb holder ; a response-measuring device configured to measure the response of the anatomy relating to the extent to which the anatomy moves relative to the limb holder when force is applied to the anatomy; a controller configured to calculate the characteristic of the anatomy based on the generated response, the characteristic including data representing the extent to which the anatomy moves relative to the limb holder ; an instrument configured to manipulate the anatomy; and wherein said controller is configured to autonomously control said instrument in relation to the anatomy based on the calculated characteristic.
A titanium alloy comprising: 5 to 33 percent by weight copper; 1 to 8 percent by weight iron; and the balance being titanium; wherein impurities are present at: 0 to 0.25 percent by weight oxygen; 0 to 0.03 percent by weight nitrogen; 0 to 0.3 percent by weight in total of one or more other elements, wherein the or each other element is independently present at 0 to 0.1 percent by weight. 5 to 33 percent by weight copper; 1 to 8 percent by weight iron; and the balance being titanium; wherein impurities are present at: 0 to 0.25 percent by weight oxygen; 0 to 0.03 percent by weight nitrogen; 0 to 0.3 percent by weight in total of one or more other elements, wherein the or each other element is independently present at 0 to 0.1 percent by weight. 0 to 0.25 percent by weight oxygen; 0 to 0.03 percent by weight nitrogen; 0 to 0.3 percent by weight in total of one or more other elements, wherein the or each other element is independently present at 0 to 0.1 percent by weight.
A payload power amplification device of a data broadcasting multibeam satellite, comprising: • a plurality of broadcast antennas each adapted to be able to broadcast a data signal to be broadcast, • a plurality of power amplification circuits each including an input adapted to receive a data signal to be broadcast, • connection means between the power amplification circuits and the antennas, these connection means being adapted to enable the broadcast, by the antennas, of the amplified signals delivered by the amplification circuits, • for each power amplification circuit , a switch including an input terminal connected to the output of the power amplification circuit, and at least two output terminals , • summing networks connecting at least one of the output terminals of each switch to a broadcast antenna , each output terminal being connected to at most one summing network and each broadcast antenna being connected to one and only one summing network, • means for controlling the switches, where • each summing network includes at least one node connecting two input branches to an output branch , characterized in that • the means for controlling the switches are adapted to maneuver said switches such that the two input branches of each node of a summing network are simultaneously supplied by a data signal which is identical and of the same power, the device including 2 n amplification circuits connected to a summing network including n ranks of nodes to deliver, on a broadcast antenna, a power equal to 2 n times the elementary power of an amplification circuit, n being greater than or equal to two. • a plurality of broadcast antennas each adapted to be able to broadcast a data signal to be broadcast, • a plurality of power amplification circuits each including an input adapted to receive a data signal to be broadcast, • connection means between the power amplification circuits and the antennas, these connection means being adapted to enable the broadcast, by the antennas, of the amplified signals delivered by the amplification circuits, • for each power amplification circuit , a switch including an input terminal connected to the output of the power amplification circuit, and at least two output terminals , • summing networks connecting at least one of the output terminals of each switch to a broadcast antenna , each output terminal being connected to at most one summing network and each broadcast antenna being connected to one and only one summing network, • means for controlling the switches, where • each summing network includes at least one node connecting two input branches to an output branch , characterized in that • the means for controlling the switches are adapted to maneuver said switches such that the two input branches of each node of a summing network are simultaneously supplied by a data signal which is identical and of the same power,
Transportation system for a building with multiple floors (14; 15) comprising: - a shaft , - a traction sheave drive type elevator for vertically conveying persons having an elevator car which is movable in the shaft and at least one counterweight which is movable together with the car in the shaft in a direction of movement opposite to the direction of movement of the elevator car , elevator car and the counterweight being driven by at least one drive engine with a traction sheave , characterized in that the transportation system further comprises a lift for vertically conveying objects based on a different drive type than the elevator , the lift having a lift platform which is movable in the shaft , whereby the lift platform overlaps at least partly a vertical projection of the elevator car , whereby the vertical projection of the lift platform is smaller than the vertical projection of the elevator car in that a base area occupied by the vertical projection of the lift platform is less than 60% of a base area occupied by the vertical projection of the elevator car . - a shaft , - a traction sheave drive type elevator for vertically conveying persons having an elevator car which is movable in the shaft and at least one counterweight which is movable together with the car in the shaft in a direction of movement opposite to the direction of movement of the elevator car , elevator car and the counterweight being driven by at least one drive engine with a traction sheave , characterized in that the transportation system further comprises