mhurhangee/ep-ind-claims huggingface dataset:
A system for constructing wall panels comprising a plurality of structural members, the system comprising: a source of structural members of predetermined size; a horizontal table configured to support planks as they are being formed into a wall panel, the table including a stationary section and a movable carriage that is configured to move in a longitudinal direction toward and away from the stationary section; and an articulated arm unit having a gripper, characterized in that the articulating arm unit positioned to retrieve boards from the source with the gripper and place them on the table; and the system is further comprising at least one first clamping unit mounted to the stationary section for clamping structural members thereto; at least one second clamping unit mounted to the movable carriage for clamping structural members thereto; and a controller that controls the movement of the articulating arm unit and the movable carriage. a source of structural members of predetermined size; a horizontal table configured to support planks as they are being formed into a wall panel, the table including a stationary section and a movable carriage that is configured to move in a longitudinal direction toward and away from the stationary section; and an articulated arm unit having a gripper, characterized in that the articulating arm unit positioned to retrieve boards from the source with the gripper and place them on the table; and the system is further comprising at least one first clamping unit mounted to the stationary section for clamping structural members thereto; at least one second clamping unit mounted to the movable carriage for clamping structural members thereto; and a controller that controls the movement of the articulating arm unit and the movable carriage.
A vascular stent or a heart stent comprising at least one body part (2, 24, 25), wherein thrombogenic elements are arranged at least partially on an outer surface of the at least one body part (2, 24, 25) of the stent and wherein the stent is provided with at least one selectively deactivatable retaining means for retaining the thrombogenic elements near the surface of said body part.
Household appliance, preferably configured as a washing machine or washer dryer with a laundry drum that can be rotated about an essentially horizontally aligned axis and is located in a tub that encloses the laundry drum essentially on all sides, wherein a tubular heating body with heating tubes (7, 7') is present in relation to a region between a casing of the drum extending in a circumferential direction and a lower wall of the tub to be considered as the base, wherein the tubular heating body is surrounded by a liquid, such as wash liquor, at least during operation of the domestic appliance, wherein said liquid can preferably be heated by the tubular heating body in predetermined operating phases and a flow forms in the liquid, characterised in that at least one flow-influencing region (14, 14') is embodied between the tubular heating body and the base of the tub and is embodied so that it blocks a part of the flow of the liquid in a region (13, 13') below the heating tubes (7, 7') and is diverted into a region in which the heating tubes (7, 7') are located, wherein the at least one flow-influencing region (14, 14') is embodied on the base of the tub or on a stream plate, which is inserted between the tubular heating body and the base of the tub.
An antibody that specifically binds to human CSF-1R, wherein said antibody comprises a variable region comprising the three CDRs set forth in SEQ ID NOs: 11, 12, and 13, and a variable region comprising the three CDRs set forth in SEQ ID NOs: 14, 15, and 16.
A method of forming a transmission beam with a transducer array comprising a plurality of transducers, the method comprising: receiving at least one desired property for an intended transmission beam; determining an optimised operation parameter for a transducer of the transducer array based on the received at least one desired property and an array model for modelling a relationship between at least one beam property and at least one transducer protection property whilst taking into account of an acoustic mutual coupling of the plurality of transducers of the transducer array; and generating the transmission beam using the optimised operation parameter on the transducer array, wherein the determining the optimised operation parameter is performed based on: the at least one transducer protection property so that the transducer is protected from a damage caused by an excessive operation parameter applied to the transducer; the at least one beam property and the at least one desired property to determine the at least one transducer protection property using the array model; and the at least one desired property so that the generated transmission beam formed with the optimised operation parameter is the same as, or the nearest to, the intended transmission beam without damaging the transducer. receiving at least one desired property for an intended transmission beam; determining an optimised operation parameter for a transducer of the transducer array based on the received at least one desired property and an array model for modelling a relationship between at least one beam property and at least one transducer protection property whilst taking into account of an acoustic mutual coupling of the plurality of transducers of the transducer array; and generating the transmission beam using the optimised operation parameter on the transducer array, the at least one transducer protection property so that the transducer is protected from a damage caused by an excessive operation parameter applied to the transducer; the at least one beam property and the at least one desired property to determine the at least one transducer protection property using the array model; and the at least one desired property so that the generated transmission beam formed with the optimised operation parameter is the same as, or the nearest to, the intended transmission beam without damaging the transducer.
Encoder for encoding a multi-view signal into a data stream comprising a determinator (36; 92) configured to render a rendered portion of a first view of the multi-view signal, by view synthesis, from a second view of the multi-view signal; a view predictor configured to perform a block-based prediction of the multi-view signal from a previously encoded portion of the multi-view signal by predicting at least one first block within the rendered portion using, as first prediction parameters, first motion or disparity vector data, and at least one second block within a portion of the first view disjoin to the rendered portion using, as second prediction parameters, second motion or disparity vector data so as to obtain a prediction signal; a parameter predictor configured to predict the second prediction parameters from the first prediction parameters by predicting the second motion or disparity vector data from the first motion or disparity vector data so as to obtain a parameter prediction residual; a residual generator configured to determine a residual signal between the prediction signal and the multi-view signal view external to the rendered portion; a data stream generator configured to insert the residual signal and the parameter prediction residual into the data stream, with suppressing a coding of the residual signal within the rendered portion. wherein the rendered portion is introduced into a prediction loop of the encoder so as to form a prediction basis for the view predictor. at least one first block within the rendered portion using, as first prediction parameters, first motion or disparity vector data, and at least one second block within a portion of the first view disjoin to the rendered portion using, as second prediction parameters, second motion or disparity vector data so as to obtain a prediction signal;
A medical monitor, comprising: a medical device for monitoring ECG electrical signals obtained from the body of a subject; a processor for applying a forward computational procedure to the electrical signals monitored from the body in communication with the medical device to convert the signals into risk scores wherein the processor identifies a plurality of features of the cardiac cycle and compares the plurality of features to determinant values to calculate the risk score using the forward computational procedure; and a communication system indicating body potassium status by indicating a condition of hyperkalemia, hypokalemia or arrhythmia of the subject based upon the calculated disease risk scores; characterized in that the medical device associates a cardiac cycle of the subject with a time index and calculates at least one risk score associated with the time index; and wherein the processor is configured to receive a clinical information regarding the physiological state of the subject associated with the time index and makes an adjustment to the forward computational procedure based upon an error between the at least one risk score and the clinical information, wherein the clinical information comprises serum potassium concentration. a medical device for monitoring ECG electrical signals obtained from the body of a subject; a processor for applying a forward computational procedure to the electrical signals monitored from the body in communication with the medical device to convert the signals into risk scores wherein the processor identifies a plurality of features of the cardiac cycle and compares the plurality of features to determinant values to calculate the risk score using the forward computational procedure; and a communication system indicating body potassium status by indicating a condition of hyperkalemia, hypokalemia or arrhythmia of the subject based upon the calculated disease risk scores; characterized in that the medical device associates a cardiac cycle of the subject with a time index and calculates at least one risk score associated with the time index; and wherein the processor is configured to receive a clinical information regarding the physiological state of the subject associated with the time index and makes an adjustment to the forward computational procedure based upon an error between the at least one risk score and the clinical information, wherein the clinical information comprises serum potassium concentration.
A laser beam working machine comprising: a laser light source for emitting a laser beam; a support table for supporting a work transparent to the laser beam; a first optical system, that comprises a cylindrical lens or a plurality of lenses, having a function to diverge or converge parallel light in a predetermined direction orthogonal to an optical axis, for diverging the laser beam emitted from the laser light source in the predetermined direction; and characterized by: a second optical system, having a function to converge parallel light into one point on the optical axis, for converging the diverging laser beam emitted from the first optical system into a first point in a first direction orthogonal to the optical axis and a second point in a second direction orthogonal to the optical axis and the first direction; a first moving mechanism for moving the first optical system relative to the second optical system along the optical axis; and a second moving mechanism for moving the support table relative to the second optical system along the optical axis; wherein the first and second moving mechanism (6, 7) are configured to locate the first and second points (P1, P2) on the outside of the work and on an outer surface of the work or therewithin, respectively, during irradiation of the work with the laser beam. and a laser light source for emitting a laser beam; a support table for supporting a work transparent to the laser beam; a first optical system, that comprises a cylindrical lens or a plurality of lenses, having a function to diverge or converge parallel light in a predetermined direction orthogonal to an optical axis, for diverging the laser beam emitted from the laser light source in the predetermined direction; and characterized by: a second optical system, having a function to converge parallel light into one point on the optical axis, for converging the diverging laser beam emitted from the first optical system into a first point in a first direction orthogonal to the optical axis and a second point in a second direction orthogonal to the optical axis and the first direction; a first moving mechanism for moving the first optical system relative to the second optical system along the optical axis; and a second moving mechanism for moving the support table relative to the second optical system along the optical axis; wherein the first and second moving mechanism (6, 7) are configured to locate the first and second points (P1, P2) on the outside of the work and on an outer surface of the work or therewithin, respectively, during irradiation of the work with the laser beam. and
A system for occluding a left atrial appendage of a patient, the system comprising: a ring occluder that can be positioned around the left atrial appendage; and a ring applicator (34, 202) to position the ring occluder (14, 214) with respect to the left atrial appendage, the ring applicator including a ring spreader (40, 240) with a spreader hinge coupled to an upper spreader jaw and a lower spreader jaw, the ring occluder coupled between the lower spreader jaw and the upper spreader jaw, the spreader hinge, including a four-bar assembly for moving the upper spreader jaw and the lower spreader jaw substantially in parallel, moving between an open position in which the ring occluder has a first diameter and a closed position in which the ring occluder has a second diameter, the first diameter being larger than the second diameter. a ring occluder that can be positioned around the left atrial appendage; and a ring applicator (34, 202) to position the ring occluder (14, 214) with respect to the left atrial appendage, the ring applicator including a ring spreader (40, 240) with a spreader hinge coupled to an upper spreader jaw and a lower spreader jaw, the ring occluder coupled between the lower spreader jaw and the upper spreader jaw, the spreader hinge, including a four-bar assembly for moving the upper spreader jaw and the lower spreader jaw substantially in parallel, moving between an open position in which the ring occluder has a first diameter and a closed position in which the ring occluder has a second diameter, the first diameter being larger than the second diameter.
A dispenser for rolls of flexible sheet material, the dispenser having a dispenser cover and further comprising at least a first roll having spindle means (S1, S2) extending axially outwardly beyond the ends of said first roll (a), wherein the dispenser is configured to hold the first roll in a dispensing position, in which position said first roll is located in a dispensing position, wherein the dispenser is configured to hold the first roll in a stub roll position arranged to receive the first roll from the dispensing position when the first roll is exhausted to a predetermined extent, and wherein the dispenser comprises retaining means arranged on both sides of the stub roll position to support the spindle means (S1, S2) when said first roll is held in the stub roll position, the spindle means (S1, S2) being inserted into each end of the first roll, characterized in that the retaining means are arranged for simultaneous release of the spindle means (S1, S2) when the dispenser is opened, and in that the retaining means are arranged to cooperate with the dispenser cover, such that when the dispenser cover is moved from a closed to an open position, the retaining means disengage from the spindle means (S1, S2) in order to release the spindle means (S1, S2).
A continuous preform device for a composite stringer, the device being adapted to continuously preform a stringer made of laminated composite prepreg of a predetermined length and comprising: a dispenser device adapted to supply a prepreg laminate to a next process by sandwiching upper and lower faces of the prepreg laminate with carrier films; a section preform device adapted to form the prepreg laminate into a desired cross-sectional shape together with the carrier films; a press/puller device adapted to apply a pressing process to the prepreg laminate sandwiched between the carrier films while intermittently feeding the composite subjected to the pressing process downstream; and a curing mold forming device equipped with a forming die member and a guide roller adapted to form the incoming prepreg laminate sandwiched between the carrier films into a shape appropriate to a process preceding a curing process.
A method for operating a recooling circuit with a hybrid cooler for an adsorption refrigerator with discontinuous heat discharge, concerning a spray control of the hybrid cooler during an operating cycle of the adsorption refrigerator, with the operating cycle repeating substantially periodically in time, including the following method steps: - continuously detecting a current operational parameter of the adsorption refrigerator, wherein the currently detected operational parameter is a current temperature in the adsorption refrigerator and is detected within a heat carrier circuit, - comparing the detected operational parameter to a predefined temperature setpoint in a control unit, - activating a spray device of the hybrid cooler, when the currently detected operational parameter reaches and/or exceeds the temperature setpoint until the temperature setpoint is reached or fallen below, wherein - the spraying starts when the temperature T at a point in the refrigerating circuit of the adsorption refrigerator has reached or exceeded a setpoint T soll and during this, a switching signal for opening a valve of the spray device is output, and - the spraying is performed during the operating cycle within two time intervals t S1, wherein the start and duration of the respective time intervals t S1 are determined by the control unit, and - the spraying is deactivated and the valve is closed when the predefined operating parameter T soll is fallen below again. - continuously detecting a current operational parameter of the adsorption refrigerator, wherein the currently detected operational parameter is a current temperature in the adsorption refrigerator and is detected within a heat carrier circuit, - comparing the detected operational parameter to a predefined temperature setpoint in a control unit, - activating a spray device of the hybrid cooler, when the currently detected operational parameter reaches and/or exceeds the temperature setpoint until the temperature setpoint is reached or fallen below, wherein - the spraying starts when the temperature T at a point in the refrigerating circuit of the adsorption refrigerator has reached or exceeded a setpoint T soll and during this, a switching signal for opening a valve of the spray device is output, and - the spraying is performed during the operating cycle within two time intervals t S1, wherein the start and duration of the respective time intervals t S1 are determined by the control unit, and - the spraying is deactivated and the valve is closed when the predefined operating parameter T soll is fallen below again.
A light assembly being a headlight assembly or a taillight assembly for a vehicle, the light assembly comprising a light source, a housing, the housing having a rear and a front, whereby in use light is emitted from the front of the housing; the assembly further comprising a transparent or translucent light guide extending from the rear to the front and at least partially surrounded by the housing; the light guide arranged to be lit at its rear by the light source and to emit light along at least part of its length, the light guide being tubular, having an interior surface, an exterior surface, a front end,a rear end, and a passage extending therebetween; characterised in that the light guide is provided with formations on/in its interior surface and formations on/in its exterior surface to emit light along at least part of its length, wherein formations of one type are formed on/in the interior surface and formations are formed on/in the exterior surface and wherein the light guide is formed so as to emit at least 50% of the light that it receives from the light source at its rear, along its length.
An upright tank-based propulsion assistance rotor sail system, the system comprising: an upright tank configured to be mounted to a hull of a ship; and a rotor sail in a form of a cylindrical shape having a length and diameter greater than or equal to the upright tank, and installed to surround part or all of an outer circumferential surface of the upright tank, wherein the rotor sail is rotatably installed while surrounding the upright tank concentrically, and is arranged movably along a height direction of the outer circumferential surface of the upright tank. an upright tank configured to be mounted to a hull of a ship; and a rotor sail in a form of a cylindrical shape having a length and diameter greater than or equal to the upright tank, and installed to surround part or all of an outer circumferential surface of the upright tank, wherein the rotor sail is rotatably installed while surrounding the upright tank concentrically, and is arranged movably along a height direction of the outer circumferential surface of the upright tank.
A ready-to-use hydrophilic catheter assembly (10, 110, 310, 410, 510, 610, 710, 810), comprising: a gas impermeable package (12, 312, 412, 512, 812) having a sealed cavity, a hydrophilic coated catheter (10, 110, 310, 410, 510, 610, 710, 810) including a tube (14, 114, 314, 414, 514, 614, 714, 814) and a hydrophilic surface coating adhered to at least a portion thereof; an amount of liquid disposed within the sealed cavity; characterised by a flexible, collapsible sleeve (20, 120, 320, 720) surrounding the tube to permit gripping the tube or shaft through the sleeve (20, 120, 320, 720). a gas impermeable package (12, 312, 412, 512, 812) having a sealed cavity, a hydrophilic coated catheter (10, 110, 310, 410, 510, 610, 710, 810) including a tube (14, 114, 314, 414, 514, 614, 714, 814) and a hydrophilic surface coating adhered to at least a portion thereof; an amount of liquid disposed within the sealed cavity; characterised by a flexible, collapsible sleeve (20, 120, 320, 720) surrounding the tube to permit gripping the tube or shaft through the sleeve (20, 120, 320, 720).
Fuel injector having a high-pressure area, which in operation contains fuel under high pressure, a low-pressure area, which in operation contains fuel under low pressure, a sensor located in the low-pressure area, and a transmission means, which is arranged so that for at least some of the time it exerts a force on the sensor corresponding to the pressure of the fuel in the high-pressure area, characterized in that the fuel injector comprises a pressure-balanced control valve, wherein the sensor is arranged in the low-pressure area of the control valve and wherein the control valve comprises a valve needle and the transmission means is a pressure pin arranged inside the valve needle.