mhurhangee/patent-ind-claim-en huggingface dataset:
Filter , intended to be inserted in an inlet duct of a water filtration system, the inlet duct extending around an inlet axis (Z'), with an inlet diameter (D'), the inlet duct being configured to collect the water to be filtered, the filter extending around a longitudinal axis (Z), and comprising: - an annular upper end , delimiting an opening around the longitudinal axis (Z), to allow an admission of water into the filter, the annular upper end defining a filter diameter (D); - a bottom wall , forming a bottom of the filter, extending opposite the opening ; - a side wall , extending between the upper end and the bottom wall , around the longitudinal axis (Z); - the side wall and/or the bottom wall having orifices, so as to allow a flow of water through the orifices and to retain solid elements, the size of which is greater than a filtration size, defined by the orifices; the filter being characterized in that the side wall has: - a plurality of arms , each arm extending, between a lower edge connected to the bottom wall , and an upper edge , the upper edge forming part of the annular upper end ; - each arm extending from the bottom wall towards the upper end , away from the longitudinal axis (Z), at an inclination (a), the inclination between each arm and the longitudinal axis (Z) being adjustable, so that the diameter of the upper end is variable according to the inclination of each arm; such that when the filter is inserted into the inlet duct, the longitudinal axis (Z) being parallel to the inlet axis (Z'), the inclination of the arms is adjusted so that the diameter (D) of the upper end is adapted to the inlet diameter (D'). - an annular upper end , delimiting an opening around the longitudinal axis (Z), to allow an admission of water into the filter, the annular upper end defining a filter diameter (D); - a bottom wall , forming a bottom of the filter, extending opposite the opening ; - a side wall , extending between the upper end and the bottom wall , around the longitudinal axis (Z); - the side wall and/or the bottom wall having orifices, so as to allow a flow of water through the orifices and to retain solid elements, the size of which is greater than a filtration size, defined by the orifices; - a plurality of arms , each arm extending, between a lower edge connected to the bottom wall , and an upper edge , the upper edge forming part of the annular upper end ; - each arm extending from the bottom wall towards the upper end , away from the longitudinal axis (Z), at an inclination (a), the inclination between each arm and the longitudinal axis (Z) being adjustable, so that the diameter of the upper end is variable according to the inclination of each arm;
Method for the at least partially automatic longitudinal control of a motor vehicle , wherein - by means of a surroundings sensor system of the motor vehicle , sensor data are generated which represent an environment of the motor vehicle ; and - by means of a computing unit of the motor vehicle , based on the sensor data, a speed vector of a road user in the environment is determined and a potential collision of the road user with the motor vehicle is predicted; - by means of the computing unit , based on the speed vector , it is identified that the road user is moving substantially transverse to a direction of movement of the motor vehicle ; - by means of the computing unit , a target speed for the motor vehicle is computed to avoid the predicted collision, wherein the target speed is computed by means of the computing unit such that a predicted minimum distance between the road user and the motor vehicle is greater than or equal to a predefined minimum distance; and - a speed of the motor vehicle is automatically reduced to the target speed. - by means of a surroundings sensor system of the motor vehicle , sensor data are generated which represent an environment of the motor vehicle ; and - by means of a computing unit of the motor vehicle , based on the sensor data, a speed vector of a road user in the environment is determined and a potential collision of the road user with the motor vehicle is predicted; - by means of the computing unit , based on the speed vector , it is identified that the road user is moving substantially transverse to a direction of movement of the motor vehicle ; - by means of the computing unit , a target speed for the motor vehicle is computed to avoid the predicted collision, wherein the target speed is computed by means of the computing unit such that a predicted minimum distance between the road user and the motor vehicle is greater than or equal to a predefined minimum distance; and - a speed of the motor vehicle is automatically reduced to the target speed.
A method for modifying a creping adhesive film disposed on a Yankee dryer, comprising: obtaining a sensor substrate having a creping adhesive film disposed thereon, wherein the creping adhesive film has a composition that is the same as the creping adhesive film disposed on the Yankee dryer; measuring an oscillation frequency of the sensor substrate having the creping adhesive film disposed thereon using a Quartz Crystal Microbalance (QCM) technique; determining a characteristic of the creping adhesive film; and modifying a composition of the creping adhesive film disposed on the Yankee dryer based on the determination of the characteristic. obtaining a sensor substrate having a creping adhesive film disposed thereon, wherein the creping adhesive film has a composition that is the same as the creping adhesive film disposed on the Yankee dryer; measuring an oscillation frequency of the sensor substrate having the creping adhesive film disposed thereon using a Quartz Crystal Microbalance (QCM) technique; determining a characteristic of the creping adhesive film; and modifying a composition of the creping adhesive film disposed on the Yankee dryer based on the determination of the characteristic.
An aspiration catheter system for use in thrombectomy of a thrombus, the aspiration catheter system comprising: a tubular catheter member having an open distal end and an inner diameter defining a catheter lumen; a vacuum source operably coupled to the tubular catheter member to impart a vacuum within the catheter lumen to aspirate the thrombus; a rotational drive system ; and a flexible shaft operably coupled to the rotational drive system and being disposed within the catheter lumen, the rotational drive system configured to apply a rotational driving force to the flexible shaft to rotate the flexible shaft and induce rotational and orbital motion inside the catheter lumen, the flexible shaft configured to acquire a corkscrew configuration in response to the rotational driving force that results in the formation of hydrodynamic vortices within the catheter lumen. a tubular catheter member having an open distal end and an inner diameter defining a catheter lumen; a vacuum source operably coupled to the tubular catheter member to impart a vacuum within the catheter lumen to aspirate the thrombus; a rotational drive system ; and a flexible shaft operably coupled to the rotational drive system and being disposed within the catheter lumen, the rotational drive system configured to apply a rotational driving force to the flexible shaft to rotate the flexible shaft and induce rotational and orbital motion inside the catheter lumen, the flexible shaft configured to acquire a corkscrew configuration in response to the rotational driving force that results in the formation of hydrodynamic vortices within the catheter lumen.
A semiconductor module comprising: at least one semiconductor element mounted on an insulated circuit board adhered on a metallic base plate ; a plastic housing accommodating the semiconductor element ; and at least one terminal leading out vertically from an upper surface (26a; 260a) of the plastic housing ; wherein the plastic housing is provided with an opening for leading out the terminal on the upper surface (26a; 260a) of the plastic housing ; the terminal has a projection thereon at a position inside the plastic housing to restrict vertical movement of the terminal ; the plastic housing is provided with a first recess that engages with the projection ; characterized in that the semiconductor module (100; 200) comprises a holding piece (340; 341; 342; 343) made of an insulating material and having a cross-section of a triangle or a rectangle and one surface thereof being in contact with the terminal ; and in that the plastic housing is provided with a second recess (260; 261) on an upper surface (26a; 260a) thereof, the second recess (260; 261) receiving the holding piece (340; 341; 342; 343) so that the holding piece (340; 341; 342; 343) pushes the projection on the terminal toward the firsts recess . at least one semiconductor element mounted on an insulated circuit board adhered on a metallic base plate ; a plastic housing accommodating the semiconductor element ; and at least one terminal leading out vertically from an upper surface (26a; 260a) of the plastic housing ; wherein the plastic housing is provided with an opening for leading out the terminal on the upper surface (26a; 260a) of the plastic housing ; the terminal has a projection thereon at a position inside the plastic housing to restrict vertical movement of the terminal ; the plastic housing is provided with a first recess that engages with the projection ; characterized in that the semiconductor module (100; 200) comprises a holding piece (340; 341; 342; 343) made of an insulating material and having a cross-section of a triangle or a rectangle and one surface thereof being in contact with the terminal ; and in that the plastic housing is provided with a second recess (260; 261) on an upper surface (26a; 260a) thereof, the second recess (260; 261) receiving the holding piece (340; 341; 342; 343) so that the holding piece (340; 341; 342; 343) pushes the projection on the terminal toward the firsts recess .
Hollow filter element for the replaceable installation into a filter device for filtering air, in particular of an internal combustion engine, in particular of a motor vehicle, wherein the hollow filter element comprises a filter material arranged around a cavity and wherein the filter material is held in a sealing manner at at least one end face by a planar bordering enclosing the cavity, characterised in that the bordering has at least one handle recess designed as an intrinsically rigid insertion part for handling the hollow filter element . characterised in that the bordering has at least one handle recess designed as an intrinsically rigid insertion part for handling the hollow filter element .
A printing system comprising a controller for controlling the processing of print jobs, a plurality of input holders for holding print media to be printed upon, a print engine for disposing marking material on the print media, and a plurality of output holders for holding the print media when the marking material has been disposed on the print media by the print engine and the print media is ready for taking out by an operator, wherein the controller is configured to establish and to maintain a plurality of physical configurations of the printing system, each physical configuration comprising the print engine, at least one input holder out of the plurality of input holders and at least one output holder out of the plurality of output holders, wherein each physical configuration is disjunctive from the at least one other physical configuration of the plurality of physical configurations with respect to the at least one input holder of the at least one other physical configuration of the plurality of physical configurations and with respect to the at least one output holder of the at least one other physical configuration of the plurality of physical configurations, wherein the controller is configured to establish and to maintain a user group of users, the user group is authorized to use one physical configuration of the printing system, characterized in that the printing system comprises a user interface for creating a user group per established physical configuration of the printing system, wherein the user interface is configured to display dedicated user interface windows for a user group, each of the user interface windows comprising functionality limited to the physical configuration corresponding to the user group.
Drive device for adjusting a cover element of a vehicle, in particular for a window regulator device, with - an output element for adjusting the cover element, - a motor unit , comprising an electric motor with a stator , a rotor and an drive shaft connected to the rotor and rotatable about a shaft axis (W) for driving the output element, - a drive wheel , which is operatively connected to the output element and is in toothed engagement with the drive shaft , - a drive worm arranged on the drive shaft and having a worm toothing in toothed engagement with a toothing of the drive wheel , and - a drive housing , which at least partially encloses the motor unit and which comprises a worm housing , in which the drive worm is enclosed, wherein the stator is connected to a stationary housing section of the drive housing via a bearing element , wherein the bearing element comprises a bearing opening , in which the drive shaft is rotatably mounted relative to the stator characterised in that the bearing element engages in the worm housing and is fixedly connected to said worm housing by the bearing element being pressed into the worm housing and/or being glued or welded to the worm housing . - an output element for adjusting the cover element, - a motor unit , comprising an electric motor with a stator , a rotor and an drive shaft connected to the rotor and rotatable about a shaft axis (W) for driving the output element, - a drive wheel , which is operatively connected to the output element and is in toothed engagement with the drive shaft , - a drive worm arranged on the drive shaft and having a worm toothing in toothed engagement with a toothing of the drive wheel , and - a drive housing , which at least partially encloses the motor unit and which comprises a worm housing , in which the drive worm is enclosed, wherein the stator is connected to a stationary housing section of the drive housing via a bearing element , wherein the bearing element comprises a bearing opening , in which the drive shaft is rotatably mounted relative to the stator
A method performed by a base station in a wireless communication system, the method comprising: generating a system information block, SIB, including first hysteresis information for cell reselection of a first type terminal and second hysteresis information for cell reselection of a second type terminal ; and broadcasting the generated SIB including both the first hysteresis information and the second hysteresis information , wherein the first type terminal corresponds to a terminal not supporting a public safety network service, and the second type terminal corresponds to a terminal supporting the public safety network service, and wherein a second value corresponding to the second hysteresis information is larger than a first value corresponding to the first hysteresis information, by a preset reference value. generating a system information block, SIB, including first hysteresis information for cell reselection of a first type terminal and second hysteresis information for cell reselection of a second type terminal ; and broadcasting the generated SIB including both the first hysteresis information and the second hysteresis information , wherein the first type terminal corresponds to a terminal not supporting a public safety network service, and the second type terminal corresponds to a terminal supporting the public safety network service, and wherein a second value corresponding to the second hysteresis information is larger than a first value corresponding to the first hysteresis information, by a preset reference value.
A computer program product comprising computer program instructions for identifying and/or quantifying, and presenting one or more materials represented by data produced by a multi-energy CT system using three or more energy bands, the instructions comprising: a) receiving, directly or indirectly, an image data set from a multi-energy CT imaging apparatus and storing said image data set on a data storage medium; b) defining excluded material combinations in the image data set pre-determined to be disallowed; c) calculating, for each of a plurality of reconstructed voxels contained within the image data set, a sparse solution for a maximum number of material combinations using, for each of said material combinations as a sub-problem, a least squares, 2-norm, minimisation subject to a 0-norm constraint inequality for enforcing a maximum number of materials per voxel by combinatorial search over the not excluded material combinations during the least squares minimisation using a processor; d) applying rejection criteria to the sparse solutions of c) while performing the combinatorial search to identify one or more materials, wherein the step of applying rejection criteria to the sparse solutions includes the step of setting acceptable solution ranges for each material, and rejecting any sub-problem with a solution outside these ranges; and e) presenting the materials identified in d) via an interface. a) receiving, directly or indirectly, an image data set from a multi-energy CT imaging apparatus and storing said image data set on a data storage medium; b) defining excluded material combinations in the image data set pre-determined to be disallowed; c) calculating, for each of a plurality of reconstructed voxels contained within the image data set, a sparse solution for a maximum number of material combinations using, for each of said material combinations as a sub-problem, a least squares, 2-norm, minimisation subject to a 0-norm constraint inequality for enforcing a maximum number of materials per voxel by combinatorial search over the not excluded material combinations during the least squares minimisation using a processor; d) applying rejection criteria to the sparse solutions of c) while performing the combinatorial search to identify one or more materials, wherein the step of applying rejection criteria to the sparse solutions includes the step of setting acceptable solution ranges for each material, and rejecting any sub-problem with a solution outside these ranges; and e) presenting the materials identified in d) via an interface.
A method of forming an ultrasound probe having a male portion and a female portion of a housing configured to be grasped by a hand of a user, the method being characterized by ; applying a sealing material in a groove formed in an edge of the female portion of the housing configured to be grasped by the hand of the user; aligning an energy director extending from an edge of the male portion of the housing with the groove of the female portion; coupling the male and female portions using ultrasonic welding, wherein the coupling comprises: driving the energy director of the male portion into the groove of the female portion; fusing a portion of the energy director with a portion of the groove of the female portion; and sealing a seam formed by coupling the male and female portions using the sealing material displaced from the groove. applying a sealing material in a groove formed in an edge of the female portion of the housing configured to be grasped by the hand of the user; aligning an energy director extending from an edge of the male portion of the housing with the groove of the female portion; coupling the male and female portions using ultrasonic welding, wherein the coupling comprises: driving the energy director of the male portion into the groove of the female portion; fusing a portion of the energy director with a portion of the groove of the female portion; and sealing a seam formed by coupling the male and female portions using the sealing material displaced from the groove. driving the energy director of the male portion into the groove of the female portion; fusing a portion of the energy director with a portion of the groove of the female portion; and sealing a seam formed by coupling the male and female portions using the sealing material displaced from the groove.
An electric brake for an aircraft wheel, the brake comprising: · a support that may be formed by a torsion tube and by an actuator-carrier ; · a stack of disks mounted around the torsion tube ; · at least one electromechanical actuator carried by the actuator-carrier , each actuator comprising an electric motor and a pusher , the electric motor being adapted to move the pusher facing the stack of disks in order to apply a braking force selectively to the stack of disks; and · temperature measurement means for measuring a temperature representative of a temperature that exists in the stack of disks; the electric brake being characterized in that the temperature measurement means comprise at least one temperature sensor arranged in the pusher of one of the electromechanical actuators so as to be located in the immediate proximity of the stack of disks when the pusher is brought into contact therewith. · a support that may be formed by a torsion tube and by an actuator-carrier ; · a stack of disks mounted around the torsion tube ; · at least one electromechanical actuator carried by the actuator-carrier , each actuator comprising an electric motor and a pusher , the electric motor being adapted to move the pusher facing the stack of disks in order to apply a braking force selectively to the stack of disks; and · temperature measurement means for measuring a temperature representative of a temperature that exists in the stack of disks; the electric brake being characterized in that the temperature measurement means comprise at least one temperature sensor arranged in the pusher of one of the electromechanical actuators so as to be located in the immediate proximity of the stack of disks when the pusher is brought into contact therewith.