mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical system comprising: a first instrument defining a fluid flow channel ; a second instrument receivable by the first instrument fluid flow channel; and a valve connected between a valve inlet and the first instrument and configured to control fluid flow from the valve inlet in to the first instrument fluid flow channel; wherein the valve has at least two positions and each position defines a flow path between the valve inlet and the first instrument channel, wherein when the valve is: in a first position, a first flow path ('A') provides a first impedance to fluid flow from the valve inlet to the first instrument channel; and in a second position, a second flow path ('B') provides a second impedance to fluid flow from the valve inlet to the first instrument channel, wherein the second impedance is greater than the first impedance, wherein the valve includes a valve body that rotates within a valve housing and the valve body includes at least one channel that connects the valve inlet directly to the first instrument channel when the valve is in the first position and connects the valve inlet to the first instrument channel through a calibration line when the valve is in a second position, characterised in that the calibration line includes an adjustable flow restricting mechanism and the second impedance to flow can be changed by adjusting the flow restricting mechanism. a first instrument defining a fluid flow channel ; a second instrument receivable by the first instrument fluid flow channel; and a valve connected between a valve inlet and the first instrument and configured to control fluid flow from the valve inlet in to the first instrument fluid flow channel; wherein the valve has at least two positions and each position defines a flow path between the valve inlet and the first instrument channel, wherein when the valve is: in a first position, a first flow path ('A') provides a first impedance to fluid flow from the valve inlet to the first instrument channel; and in a second position, a second flow path ('B') provides a second impedance to fluid flow from the valve inlet to the first instrument channel, wherein the second impedance is greater than the first impedance, in a first position, a first flow path ('A') provides a first impedance to fluid flow from the valve inlet to the first instrument channel; and in a second position, a second flow path ('B') provides a second impedance to fluid flow from the valve inlet to the first instrument channel, wherein the second impedance is greater than the first impedance, wherein the valve includes a valve body that rotates within a valve housing and the valve body includes at least one channel that connects the valve inlet directly to the first instrument channel when the valve is in the first position and connects the valve inlet to the first instrument channel through a calibration line when the valve is in a second position, characterised in that the calibration line includes an adjustable flow restricting mechanism and the second impedance to flow can be changed by adjusting the flow restricting mechanism.
A processing unit (100; 608, 610) for a transmitter, the processing unit comprising: - a transformation unit (110; 608) configured to replace a subset of a set of input symbols with one or more fixed symbols to obtain a transformed set of symbols , and - a precoder (120; 610) configured to apply a precoding matrix to the transformed set of symbols to obtain a precoded transformed set of symbols, wherein the subset is determined based only on the diagonal elements of the precoding matrix - a transformation unit (110; 608) configured to replace a subset of a set of input symbols with one or more fixed symbols to obtain a transformed set of symbols , and - a precoder (120; 610) configured to apply a precoding matrix to the transformed set of symbols to obtain a precoded transformed set of symbols,
Fluid supply device for a mobile hydraulic application, in particular for a drive train of a motor vehicle, having a fluid sump in which a hydraulic fluid is accommodated, having a fluid filter device which has a fluid filter housing with at least one intake opening and with at least one outlet opening , wherein arranged on the fluid filter housing is a fluid filter which is arranged between the intake opening and the outlet opening , wherein the fluid sump defines a minimum static fluid level , wherein the intake opening is arranged beneath the minimum static fluid level , wherein the fluid filter housing is designed such that, and arranged with respect to the fluid sump such that, hydraulic fluid sucked in via the intake opening flows through the fluid filter from the top downwards, characterized in that a minimum dynamic fluid level topography is defined for the fluid sump and is determined by the in each case lowest point in the direction of gravity of all the individual topographies based on different accelerations, specifically seen over the entire surface of the fluid sump , wherein the fluid filter housing is designed such that, and arranged with respect to the fluid sump such that, the intake opening and/or the outlet opening are/is arranged beneath the minimum dynamic fluid level topography and that upper side of the fluid filter which forms part of or the entire intake opening intersects the minimum dynamic fluid level topography , and wherein the fluid filter housing has beneath the fluid filter a shield which is arranged such that the outlet opening is arranged beneath the minimum dynamic fluid level topography .
A program generation unit comprising: a first compiler configured to compile a source program and generate an object including a command sequence; a second compiler configured to receive the generated object from the first compiler, classify commands included in the command sequence included in the generated object into a plurality of command types, determine a plurality of command densities corresponding to the plurality of command types, each command density of a command type in the command sequence indicating a proportion, in the command sequence, of said command type to which commands included in the command sequence belong, and generate voltage value information, for making an LSI run on an operating voltage value, based on a command density having a highest proportion of the commands within the command sequence among the plurality of command densities; and a linker configured to link the object with the voltage value information and to generate a user program. a first compiler configured to compile a source program and generate an object including a command sequence; a second compiler configured to receive the generated object from the first compiler, classify commands included in the command sequence included in the generated object into a plurality of command types, determine a plurality of command densities corresponding to the plurality of command types, each command density of a command type in the command sequence indicating a proportion, in the command sequence, of said command type to which commands included in the command sequence belong, and generate voltage value information, for making an LSI run on an operating voltage value, based on a command density having a highest proportion of the commands within the command sequence among the plurality of command densities; and a linker configured to link the object with the voltage value information and to generate a user program.
A chromatographic expansion regulation system comprising: (i) a chromatographic column having an inlet and an outlet; (ii) a mobile phase comprising a compressed room temperature gas in substantially liquid or supercritical form flowing through the column; (iii) at least one temperature sensor downstream of the outlet and located at or near an area where a substantial portion of the mobile phase expands from liquid or supercritical form to gas form, wherein the sensor is capable of measuring the temperature of the expanded mobile phase; (iv) at least one heater in thermal communication with the column, wherein the heater is capable of adjusting the column temperature; and (v) at least one temperature controller in signal communication with the sensor and the heater, wherein the controller is configured for receiving the temperature measurement from the sensor, comparing the temperature measurement with a desired temperature in the expansion area or expanded mobile phase, and sending a signal to the heater to adjust the column temperature to obtain the desired temperature. (i) a chromatographic column having an inlet and an outlet; (ii) a mobile phase comprising a compressed room temperature gas in substantially liquid or supercritical form flowing through the column; (iii) at least one temperature sensor downstream of the outlet and located at or near an area where a substantial portion of the mobile phase expands from liquid or supercritical form to gas form, wherein the sensor is capable of measuring the temperature of the expanded mobile phase; (iv) at least one heater in thermal communication with the column, wherein the heater is capable of adjusting the column temperature; and (v) at least one temperature controller in signal communication with the sensor and the heater, wherein the controller is configured for receiving the temperature measurement from the sensor, comparing the temperature measurement with a desired temperature in the expansion area or expanded mobile phase, and sending a signal to the heater to adjust the column temperature to obtain the desired temperature.
Medicament delivery device comprising: a housing , which said housing is arranged to accommodate a container holder with a medicament container , which said medicament container comprises a medicament delivery member ; - a power unit interactively connected to the housing, wherein said power unit comprises a force element and a plunger rod which is arranged to, upon activation, move linearly in a proximal direction and act on a stopper in said medicament container for expelling a dose of medicament through said medicament delivery member ; - a holding member connected to said power unit and to said container holder , which said holding member cooperates with said container holder to hold said medicament container in a firm position, and wherein said container holder is slidable in relation to said housing and thus it is operably connected to said power unit such that, upon activation, a penetration of said medicament delivery member is performed; characterised in that said plunger rod comprises at least one first guide-and-stop element configured to interact with at least one second guide-and-stop element on said holding member for limiting the linear distance that said plunger rod is capable of moving during expelling of medicament and which distance corresponds to a dose volume. - a power unit interactively connected to the housing, wherein said power unit comprises a force element and a plunger rod which is arranged to, upon activation, move linearly in a proximal direction and act on a stopper in said medicament container for expelling a dose of medicament through said medicament delivery member ; - a holding member connected to said power unit and to said container holder , which said holding member cooperates with said container holder to hold said medicament container in a firm position, and wherein said container holder is slidable in relation to said housing and thus it is operably connected to said power unit such that, upon activation, a penetration of said medicament delivery member is performed;
A rebound wall to be positioned with respect to a playing surface having an activity area and configured for varying a rebound of a ball directed thereon, the rebound wall comprising: a wall having a rebound surface and adapted to be positioned vertically relative to the playing surface so that the rebound surface substantially faces the activity area, wherein the rebound surface comprising a plurality of impact zones each for returning the ball according to a respective type of shot, each impact zone comprising at least one rebound region each for rebounding the ball along a respective rebound direction towards the activity area upon the ball impacting thereon, each rebound region being shaped as a function of the respective rebound direction and the type of shot of the respective impact zone in which the rebound region is contained, the rebound surface is continuous to form a substantially constant and relatively seamless face, such that the ball does not impact a non-active zone which does not allow for varying a return of the ball or an erratic zone which returns the ball substantially randomly or in a non-predictable manner, and said rebound wall also comprising transitional bands , adjacent ones of the impact zones being separated by a respective transitional band, said transitional band forming a smooth change between the adjacent ones of the impact zones . a wall having a rebound surface and adapted to be positioned vertically relative to the playing surface so that the rebound surface substantially faces the activity area, wherein the rebound surface comprising a plurality of impact zones each for returning the ball according to a respective type of shot, each impact zone comprising at least one rebound region each for rebounding the ball along a respective rebound direction towards the activity area upon the ball impacting thereon, each rebound region being shaped as a function of the respective rebound direction and the type of shot of the respective impact zone in which the rebound region is contained,
A composition comprising mesenchymal stromal cells (MSCs) for use in treating rheumatoid arthritis in a human subject, wherein the disease is moderate rheumatoid arthritis having a CDAI score of >10 to ≤22 and wherein the subject is first treated at not more than about 12 months from first diagnosis or onset of disease symptoms.
An ultrasonic tip for a surgical instrument, configured for at least torsional vibration, said ultrasonic tip comprising: a head portion adapted to be coupled to a shaft , said head portion extending axially along an axial axis to a distal end , and said head portion comprising an inner circumferential surface opposite an outer circumferential surface with a plurality of slots extending between the inner and outer circumferential surfaces to form a plurality of teeth separated by said plurality of slots , characterized in that : the depth of the slots at the outer circumferential surface of the head portion is greater than that at the inner circumferential surface, and each tooth comprises a side cutting edge having a positive rake angle, said side cutting edge defined between the outer circumferential surface of said head portion and a side surface of said slot , the side surface of said slot extending between the inner and outer circumferential surfaces of the head portion . a head portion adapted to be coupled to a shaft , said head portion extending axially along an axial axis to a distal end , and said head portion comprising an inner circumferential surface opposite an outer circumferential surface with a plurality of slots extending between the inner and outer circumferential surfaces to form a plurality of teeth separated by said plurality of slots , characterized in that : the depth of the slots at the outer circumferential surface of the head portion is greater than that at the inner circumferential surface, and each tooth comprises a side cutting edge having a positive rake angle, said side cutting edge defined between the outer circumferential surface of said head portion and a side surface of said slot , the side surface of said slot extending between the inner and outer circumferential surfaces of the head portion . the depth of the slots at the outer circumferential surface of the head portion is greater than that at the inner circumferential surface, and each tooth comprises a side cutting edge having a positive rake angle, said side cutting edge defined between the outer circumferential surface of said head portion and a side surface of said slot , the side surface of said slot extending between the inner and outer circumferential surfaces of the head portion .
A wet gel comprising: a crosslinked silicone resin in which a silicone resin composition is solidified; a first liquid capable of dissolving the silicone resin composition; and one of a solid capable of being dissolved in the first liquid, and a second liquid such that a degree of swelling, when the crosslinked silicone resin is immersed in the second liquid, is less than a degree of swelling when the crosslinked silicone resin is immersed in n-dodecane, wherein the second liquid is capable of being mixed with the first liquid, wherein the solid capable of being dissolved in the first liquid is tristearin or lotus leaf extract, and wherein the second liquid is n-tetradecane, n-hexadecane, triclorooctadecylsilane, polymethylphenylsiloxane or phenylmethylsiloxane-dimethylsiloxane copolymer and wherein the degree of swelling is calculated from the formula V/V 0 , where V 0 was the volume of the crosslinked silicone resin, and V was the volume of the crosslinked silicone resin after it was immersed in the liquid for 74 hours. a crosslinked silicone resin in which a silicone resin composition is solidified; a first liquid capable of dissolving the silicone resin composition; and one of a solid capable of being dissolved in the first liquid, and a second liquid such that a degree of swelling, when the crosslinked silicone resin is immersed in the second liquid, is less than a degree of swelling when the crosslinked silicone resin is immersed in n-dodecane,
A method for processing natural language queries in a vehicle environment employing at least one hardware implemented computer processor, the method comprising: extracting natural language concept information from text recognized by an automatic speech recognition (ASR) engine ; using the text and the natural language concept information to assign to the speech input a query intent related to one or more in-vehicle objects in the vehicle environment; and based on the query intent, the natural language concept information, and the recognition text, searching a database containing information descriptive of the one or more in-vehicle objects in the vehicle environment to determine corresponding search results, wherein the database includes a vehicle owner's manual, and wherein the database includes a model of concept saliency for the vehicle, and wherein the search results are ranked according to the model of concept saliency. extracting natural language concept information from text recognized by an automatic speech recognition (ASR) engine ; using the text and the natural language concept information to assign to the speech input a query intent related to one or more in-vehicle objects in the vehicle environment; and based on the query intent, the natural language concept information, and the recognition text, searching a database containing information descriptive of the one or more in-vehicle objects in the vehicle environment to determine corresponding search results, wherein the database includes a vehicle owner's manual, and wherein the database includes a model of concept saliency for the vehicle, and wherein the search results are ranked according to the model of concept saliency.
Liquid release device for an air-cooled heat exchanger, in particular condenser , a refrigeration system having at least two outlet openings for releasing a liquid, in particular water, and a liquid supply , which can be deactivated to each of the at least two outlet openings by means of outlet valves , wherein a control device is configured such that a first operating mode with a small number of outlet valves opened simultaneously and a second operating mode with a large number of outlet valves opened simultaneously is provided, characterized in that the liquid release device is arranged such that by opening and closing outlet valves , the number of outlet valves opened simultaneously in the first operating mode is adapted to clean the lamellae of the refrigeration system by splashing with the liquid under high pressure and in the second operating mode to additionally cool the lamellae by a spraying with the liquid under low pressure by the same liquid outlets .
An incised prepreg comprising a resin and unidirectionally oriented reinforcement fibers formed with parallel incisions, wherein a parallel incision is an incision for which the value obtained by dividing a projected length of each incision as described in the description Ws by the incised length is up to 0.03, and intersecting incisions, wherein an intersecting incision is an incision for which the value obtained by dividing the projected length Ws by the incised length is in excess of 0.03.
A track having a flat bar and a doorstop , particularly for in-wall frames of sliding doors, said track being provided with a seat for the sliding of at least one trolley for supporting an underlying sliding door, wherein with one end of said trolley said doorstop can be connected, wherein at least one centering protrusion protrudes from said doorstop and can be positioned selectively in a complementarily shaped seat provided in an overlying flat bar , said doorstop being provided with guiding means for its sliding within said track , wherein said guiding means for the sliding of said doorstop within said track are constituted by a pair of lateral wings on the doorstop , wherein said track has, in transverse cross-section, a substantially omega-like shape so as to define an upper surface , which is connected at its ends to a pair of first wings , which protrude at right angles from it and in turn are connected at their ends to a pair of second wings which are arranged on the opposite side with respect to the respective first wings , below said track there being a longitudinal opening , each trolley being constituted by a body which is shaped substantially like a parallelepiped and with which two pairs of wheels are rotatably associated the track being charactcrized in that, the pair of lateral wings of the doorstop define a pair of first and second slots within which slide a first pair of first tabs and a pair of second tabs which protrude internally from each one of said first wings of the track, and in that the pair of second wings protrude at right angles with respect to the pair of first wings , and in that said pairs of wheels of the trolley can slide on adapted first tabs which protrude within said track at a plane that is substantially equal to the plane of arrangement of said pair of second wings , the trolley comprising second tabs protruding axially at the end of said body and having, in a transverse cross-section, a substantially circular shape, with at least one of which a complementarily shaped end of said doorstop accommodated slideably within said track cooperates selectively, said doorstop being constituted by a body shaped like a parallelepiped with a substantially X-like transverse cross-section, so as to define a flat upper end face and a flat lower end face , which are substantially mutually parallel, said body being, at the lateral ends, slightly narrower than the width between said first wings .