mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument, comprising: a shaft, wherein the surgical instrument is configured to receive an end effector comprising a first jaw and a second jaw movable relative to said first jaw, and at least one sensor configured to detect a position of said second jaw, wherein said second jaw is movable between an open position, a partially-closed position, and a closed position; characterised in that the shaft of the surgical instrument comprises: a first indicator configured to indicate when said second jaw is in said open position; a second indicator configured to indicate when said second jaw is in said partially-closed position; and a third indicator configured to indicate when said second jaw is in said closed position, wherein the surgical instrument comprises a controller configured to interpret one or more signals of said at least one sensor to determine said position of said second jaw and to control the first, second, and third indicators. a shaft, wherein the surgical instrument is configured to receive an end effector comprising a first jaw and a second jaw movable relative to said first jaw, and at least one sensor configured to detect a position of said second jaw, wherein said second jaw is movable between an open position, a partially-closed position, and a closed position; characterised in that the shaft of the surgical instrument comprises: a first indicator configured to indicate when said second jaw is in said open position; a second indicator configured to indicate when said second jaw is in said partially-closed position; and a third indicator configured to indicate when said second jaw is in said closed position, a first indicator configured to indicate when said second jaw is in said open position; a second indicator configured to indicate when said second jaw is in said partially-closed position; and a third indicator configured to indicate when said second jaw is in said closed position, wherein the surgical instrument comprises a controller configured to interpret one or more signals of said at least one sensor to determine said position of said second jaw and to control the first, second, and third indicators.
An electric-propulsion car , of the type comprising: - a main frame , - a front axle unit , - a rear axle unit , - wherein said axle units comprise each an auxiliary frame for supporting said axle units and two suspension units that connect two respective wheel supports to said supporting auxiliary frame , - wherein at least one of said axle units is a motorized axle with steering wheels (R) comprising, mounted on said auxiliary frame , an electric motor (M) for actuating the rotation of the wheels (R), a control unit (UC) for controlling said electric motor (M), a transmission unit (T) connecting the electric motor (M) to the wheels (R), and a steering device (ST) for steering the wheel supports, - and wherein each one of said main frame and auxiliary frames comprises a reticular lattice structure including boxed elements made of steel, each one of said main frame and auxiliary frames being adapted to be pre-assembled separately and then assembled together, characterized in that said main frame and auxiliary frames comprise elements made up of multiple segments connected together and derived from at least one boxed element made of high-tensile steel, wherein said at least one boxed element comprises at least one notch formed on at least one side of said boxed element without involving an ulterior side of the boxed element , said notch being made on said at least one side at the point where said ulterior side of the boxed element has to be bent to obtain the configuration of the finished boxed element . - a main frame , - a front axle unit , - a rear axle unit , - wherein said axle units comprise each an auxiliary frame for supporting said axle units and two suspension units that connect two respective wheel supports to said supporting auxiliary frame , - wherein at least one of said axle units is a motorized axle with steering wheels (R) comprising, mounted on said auxiliary frame , an electric motor (M) for actuating the rotation of the wheels (R), a control unit (UC) for controlling said electric motor (M), a transmission unit (T) connecting the electric motor (M) to the wheels (R), and a steering device (ST) for steering the wheel supports, - and wherein each one of said main frame and auxiliary frames comprises a reticular lattice structure including boxed elements made of steel, each one of said main frame and auxiliary frames being adapted to be pre-assembled separately and then assembled together,
Housing element water tank, having a housing element , having a flushing-water tank and having a water-intake path, wherein the flushing-water tank is mounted on the housing element , wherein the water-intake path branches into two outflow branches, wherein one outflow branch is provided for supply of water to the flushing-water tank and the other outflow branch is provided for supply of water to a washing component, wherein a filter insert is arranged in the other outflow branch and is mounted in the housing element , wherein the housing element water tank comprises a three-way branching means , wherein the water-intake path branches into the two outflow branches by way of the three-way branching means , wherein the housing element water tank comprises a filter-insert sleeve which is fastened to the housing element , wherein the three-way branching means is connected to one end of the filter-insert sleeve , wherein the filter insert is inserted, and can be removed, through the other end of the filter-insert sleeve , characterized in that an openable window is provided at one side of the housing element , said window being situated directly opposite the other end of the filter-insert sleeve , wherein the filter insert can be mounted and dismounted after the window has been opened.
Rotating electrical machine , notably for a motor vehicle, comprising: - a stator comprising a winding having at least one phase output , - at least one bearing comprising a central aperture for the passage of a shaft , - said bearing further comprising at least one phase aperture distinct from said central aperture for the passage of said phase output , - a connector ensuring the interconnection between said phase output and an electrical control module, the connector comprising at least one trace having a first end linked electrically to the phase output , via a contact zone , characterized in that said connector comprises at least one through-hole for the passage of said phase output in which said first end emerges, - and in that a seal is disposed axially between said connector and said bearing so as to close said through-hole of said connector for the passage of said phase output , said seal comprising an aperture for the passage of said phase output , - said seal being arranged to prevent a coolant from passing from the inside of said rotating electrical machine to said contact zone between said first end of said trace and said phase output , - said seal being clamped between said connector and said bearing . - a stator comprising a winding having at least one phase output , - at least one bearing comprising a central aperture for the passage of a shaft , - said bearing further comprising at least one phase aperture distinct from said central aperture for the passage of said phase output , - a connector ensuring the interconnection between said phase output and an electrical control module, the connector comprising at least one trace having a first end linked electrically to the phase output , via a contact zone , characterized in that said connector comprises at least one through-hole for the passage of said phase output in which said first end emerges, - and in that a seal is disposed axially between said connector and said bearing so as to close said through-hole of said connector for the passage of said phase output , said seal comprising an aperture for the passage of said phase output , - said seal being arranged to prevent a coolant from passing from the inside of said rotating electrical machine to said contact zone between said first end of said trace and said phase output , - said seal being clamped between said connector and said bearing .
A landing platform for an unmanned aerial vehicle, UAV, to be installed onto a movable object, the landing platform comprising: a base having a landing surface ; a movable cover coupled to the base to enclose an interior space of the landing platform ; at least three visual indicators coupled to the base; a plurality of charging contacts disposed on said landing surface to make direct contact with a charging contact of said UAV when said UAV rests on said landing surface , wherein the plurality of charging contacts includes an array of charging plates , and wherein the charging plates are arranged in alternating polarities; and a movement compensating mechanism coupled to the landing surface to compensate a movement of the landing surface relative to the object, wherein the compensating mechanism provides a freedom of tilting movement along at least one axis relative to the object so as to keep the landing surface level irrespective of the object. a base having a landing surface ; a movable cover coupled to the base to enclose an interior space of the landing platform ; at least three visual indicators coupled to the base; a plurality of charging contacts disposed on said landing surface to make direct contact with a charging contact of said UAV when said UAV rests on said landing surface , wherein the plurality of charging contacts includes an array of charging plates , and wherein the charging plates are arranged in alternating polarities; and a movement compensating mechanism coupled to the landing surface to compensate a movement of the landing surface relative to the object, wherein the compensating mechanism provides a freedom of tilting movement along at least one axis relative to the object so as to keep the landing surface level irrespective of the object.
A passenger seat comprising: a seat back having a front and a rear ; a shroud coupled with the seat back , the shroud comprising a lip projecting downwardly along the rear of the seat back ; a cavity defined at least partially by the lip ; a table body movable between a stowed configuration and a deployed configuration, the table body in the stowed configuration positioned so that at least a portion of the table body is situated within the cavity , said table body comprising a first leaf hinged with a second leaf and; and a biasing mechanism biasing the table body into the cavity when the table body is in the stowed configuration characterized in that the first leaf comprises a tab and the second leaf comprises a notch such that in the stowed configuration the tab of the first leaf is received in the cavity so that the table body is flush with the shroud 110 along a full width of the table body 114, wherein in the deployed configuration, the notch is sized to receive the tab so that the first leaf and the second leaf fit together to form a substantially continuous surface. a seat back having a front and a rear ; a shroud coupled with the seat back , the shroud comprising a lip projecting downwardly along the rear of the seat back ; a cavity defined at least partially by the lip ; a table body movable between a stowed configuration and a deployed configuration, the table body in the stowed configuration positioned so that at least a portion of the table body is situated within the cavity , said table body comprising a first leaf hinged with a second leaf and; and a biasing mechanism biasing the table body into the cavity when the table body is in the stowed configuration
A needle safety assembly device for a hollow needle comprising: a needle safety element slidably mounted on a needle shaft (1.1) having a needle tip (1.2), the needle safety element comprising a proximal rear wall (2.1) having an opening (2.2) and two movable, resilient arms (2.3, 2.4) extending from the proximal rear wall (2.1) in a distal direction, which intersect each other in the middle portion, wherein at least one of the movable, resilient arms (2.3, 2.4) has a bent distal end wall portion (2.5, 2.6) abutting on the needle shaft in a ready position and overlapping the needle tip in a protective position; characterized in that a frame or protective band (3.9) surrounding, at least in part, the needle safety element , wherein the frame or protective band (3.9) comprises a distal wall or bracket , a first lateral stay and second lateral stay , wherein the first and second lateral stays are connected at the distal ends by the distal wall or bracket , and in that a lug (3.4a, 3.4b) is formed at least on one side of at least one of the first lateral stay and second lateral stay in the middle portion of the stays extending in the peripheral direction into the free region between the radially protruding portions of the needle safety element such that displacement of the arms (2.3, 2.4) of the needle element is prevented. the needle safety element comprising a proximal rear wall (2.1) having an opening (2.2) and two movable, resilient arms (2.3, 2.4) extending from the proximal rear wall (2.1) in a distal direction, which intersect each other in the middle portion, wherein at least one of the movable, resilient arms (2.3, 2.4) has a bent distal end wall portion (2.5, 2.6) abutting on the needle shaft in a ready position and overlapping the needle tip in a protective position; a frame or protective band (3.9) surrounding, at least in part, the needle safety element , wherein the frame or protective band (3.9) comprises a distal wall or bracket , a first lateral stay and second lateral stay , wherein the first and second lateral stays are connected at the distal ends by the distal wall or bracket , and in that a lug (3.4a, 3.4b) is formed at least on one side of at least one of the first lateral stay and second lateral stay in the middle portion of the stays extending in the peripheral direction into the free region between the radially protruding portions of the needle safety element such that displacement of the arms (2.3, 2.4) of the needle element is prevented.
An information processing device comprising: circuitry configured to: set at least one region of an image of a biological sample; select one or more motion compensation parameters calculated based at least on a motion of the at least one region in a plurality of images of the biological sample, the motion compensation parameters being selected from among a plurality of motion compensation parameters, different combinations of the plurality of motion compensation parameters corresponding to different ones or combinations of motion components; and control display of a result of performing a motion compensation process and/or an analysis process on the at least one region using the one or more motion compensation parameters that have been selected, wherein the one or more motion compensation parameters are selected based on at least one of the type of the biological sample and an analysis method for the biological sample. set at least one region of an image of a biological sample; select one or more motion compensation parameters calculated based at least on a motion of the at least one region in a plurality of images of the biological sample, the motion compensation parameters being selected from among a plurality of motion compensation parameters, different combinations of the plurality of motion compensation parameters corresponding to different ones or combinations of motion components; and control display of a result of performing a motion compensation process and/or an analysis process on the at least one region using the one or more motion compensation parameters that have been selected, wherein the one or more motion compensation parameters are selected based on at least one of the type of the biological sample and an analysis method for the biological sample.
A method implemented by a wireless transmit receive unit, WTRU, characterized in that the method comprises: sending , to a server, a message indicating a common multi-user group identifier, ID; receiving , an indication of one or more server instances associated with the common multi-user group ID; and connecting to the one or more server instances.
A heat-dissipating member, comprising aluminum oxide ceramics: comprising crystal particles of aluminum oxide; and including 98 mass% or higher of aluminum in terms of Al 2 O 3 with respect to 100 mass% of all constituents, wherein the crystal particles having an average equivalent circle diameter of 1.6 μm or more and 2.4 μm or less, and in an equivalent circle diameter cumulative distribution curve of the crystal particles, a difference between an equivalent circle diameter at 10 cumulative percent (d10) and an equivalent circle diameter at 90 cumulative percent (d90) is 2.1 μm or more and 4.2 μm or less.
A formed sheet product of a polymer composition comprising at least one protein selected from the group consisting of fibrinogen and thrombin and at least one polymer selected from the group consisting of an aliphatic polyester and a water-soluble polymer, wherein at least part of the protein is incorporated into the polymer composition as protein particles such that the protein particles are dispersed in the substrate polymer and wherein the average particle diameter of the protein particles is 0.1 to 200μm.
A driving force control system for a vehicle (Ve) that is propelled by operating an accelerator pedal , comprising: a controller that calculates a required acceleration (G), and that transmits the calculated required acceleration (G) in the form of command signal, wherein the controller is configured to calculate a basic target acceleration (Gb) based on a position of the accelerator pedal , calculate a corrected target acceleration (Gh) to increase the basic target acceleration (Gb) when the basic target acceleration (Gb) is greater than a predetermined value (α) and an operating speed of the accelerator pedal is faster than a predetermined speed (β), and converts the corrected target acceleration (Gh) into a target driving force to propel the vehicle (Ve) so as to achieve the corrected target acceleration (Gh) by generating the target driving force, wherein the corrected target acceleration (Gh) is calculated by adding an acceleration enrichment value (Gsgain) to the basic target acceleration (Gb), characterized in that the basic target acceleration (Gb) is also calculated based on a speed of the vehicle (Ve), and in that the acceleration enrichment value (Gsgain) is calculated by multiplying a difference (Gs) between the basic target acceleration (Gb) and an intended acceleration (Gi) required by a driver, by a predetermined control gain, and the intended acceleration (Gi) is calculated based on the position of the accelerator pedal , the speed of the vehicle (Ve), and an operating speed of the accelerator pedal . a controller that calculates a required acceleration (G), and that transmits the calculated required acceleration (G) in the form of command signal, wherein the controller is configured to calculate a basic target acceleration (Gb) based on a position of the accelerator pedal , calculate a corrected target acceleration (Gh) to increase the basic target acceleration (Gb) when the basic target acceleration (Gb) is greater than a predetermined value (α) and an operating speed of the accelerator pedal is faster than a predetermined speed (β), and converts the corrected target acceleration (Gh) into a target driving force to propel the vehicle (Ve) so as to achieve the corrected target acceleration (Gh) by generating the target driving force, wherein the corrected target acceleration (Gh) is calculated by adding an acceleration enrichment value (Gsgain) to the basic target acceleration (Gb), characterized in that the basic target acceleration (Gb) is also calculated based on a speed of the vehicle (Ve), and in that the acceleration enrichment value (Gsgain) is calculated by multiplying a difference (Gs) between the basic target acceleration (Gb) and an intended acceleration (Gi) required by a driver, by a predetermined control gain, and the intended acceleration (Gi) is calculated based on the position of the accelerator pedal , the speed of the vehicle (Ve), and an operating speed of the accelerator pedal .
A method of transmitting information related to contents provision in a communication system, comprising: receiving , by a service providing server in the communication system, content composition information from a content providing server in the communication system; identifying, by the service providing server, a number of access users per service channel by the service providing server; obtaining, by the service providing server, a transmission type for each service channel based on a number of access users per service channel; generating , by the service providing server, media resource identification information based on the content composition information and transmission scheme information including the transmission type for the each service channel; and transmitting , by the service providing server, the media resource identification information to at least one terminal connected to the each service channel, updating the media resource identification information by a predetermined period or request, or according to channel status information of the each service channel; comparing by the service providing server, the updated media resource identification information with the transmitted media resource identification information; and when the updated media resource identification information and the transmitted media resource identification information are different, transmitting the updated media resource identification information to the at least one terminal. receiving , by a service providing server in the communication system, content composition information from a content providing server in the communication system; identifying, by the service providing server, a number of access users per service channel by the service providing server; obtaining, by the service providing server, a transmission type for each service channel based on a number of access users per service channel; generating , by the service providing server, media resource identification information based on the content composition information and transmission scheme information including the transmission type for the each service channel; and transmitting , by the service providing server, the media resource identification information to at least one terminal connected to the each service channel, updating the media resource identification information by a predetermined period or request, or according to channel status information of the each service channel; comparing by the service providing server, the updated media resource identification information with the transmitted media resource identification information; and when the updated media resource identification information and the transmitted media resource identification information are different, transmitting the updated media resource identification information to the at least one terminal.