mhurhangee/ep-ind-claims huggingface dataset:
A catheter device for intrabody surgery, comprising: a processing unit with a rotatable blade assembly or cutting element at the distal end of a drive shaft, the drive shaft being provided with a conveying member, the rotatable blade assembly or cutting element including a hub and a plurality of blades arranged at the hub, each blade being formed having a leading cutting edge and a trailing cutting edge and extending in a plane generally perpendicular to the axis of rotation, the drive shaft passing through an inner area of the processing unit, the inner area formed with a chamber with a conveying member rotationally positioned thereinside, the conveying member having raised surfaces extending outwardly within the chamber, a sleeve slidably arranged at the exterior part of the catheter and movable along the outer area of the processing unit between expanded and retracted positions, the sleeve having an outer wall with a front edge and defining an interior hollow space, at least a part of the cutting element located within the interior hollow space, such that when the sleeve is retracted in the proximal direction, the cutting element is exposed whereas when the sleeve is in the expanded position the cutting element is located within the interior hollow space a cutting region defined by the leading edge of the plurality of blades within the cutting element; and wherein, in use, upon approaching an occlusion, the blades of the cutting region remove a central area of the occlusion. a processing unit with a rotatable blade assembly or cutting element at the distal end of a drive shaft, the drive shaft being provided with a conveying member, the rotatable blade assembly or cutting element including a hub and a plurality of blades arranged at the hub, each blade being formed having a leading cutting edge and a trailing cutting edge and extending in a plane generally perpendicular to the axis of rotation, the drive shaft passing through an inner area of the processing unit, the inner area formed with a chamber with a conveying member rotationally positioned thereinside, the conveying member having raised surfaces extending outwardly within the chamber, a sleeve slidably arranged at the exterior part of the catheter and movable along the outer area of the processing unit between expanded and retracted positions, the sleeve having an outer wall with a front edge and defining an interior hollow space, at least a part of the cutting element located within the interior hollow space, such that when the sleeve is retracted in the proximal direction, the cutting element is exposed whereas when the sleeve is in the expanded position the cutting element is located within the interior hollow space a cutting region defined by the leading edge of the plurality of blades within the cutting element; and wherein, in use, upon approaching an occlusion, the blades of the cutting region remove a central area of the occlusion.
Openable covering device provided with a first panel, an intermediate panel or a set of intermediate panels, and a last panel, said panels (3, 5, 7) being of rectangular or square shape and movable in a longitudinal opening and closing direction between an initial closing condition in which they are substantially side by side and an end opening condition in which they are at least partially overlapping; in an operative condition of the device the longitudinal opening direction and the longitudinal sides of the panels (3, 5, 7) are mutually parallel and horizontal or inclined towards the closing direction and the transverse sides of each panel (3, 5, 7), where one front transverse side is facing the opening direction and the other rear transverse side is facing the closing direction, are substantially horizontal, the last panel is higher than the other panels (3, 5) and the first panel is lower than the other panels (5, 7) and each panel (3, 5, 7) has respective upper and lower faces; the right longitudinal sides of each panel (3, 5, 7) are contained or housed in a right side beam means and the left longitudinal sides of each panel (3, 5, 7) are contained or housed in a left side beam means where said side beam means (9, 11) are arranged parallel to the longitudinal sides of the panels (3, 5, 7); said device being characterized in that at least each intermediate panel and the last panel has at least one respective first support means fixed to a rear transverse side of the respective panel (5, 7) and protruding downwards and has a first abutment means fixed to the front transverse side of the respective panel (5, 7) and projecting downwards and in that at least each intermediate panel and first panel has at least one respective second support means fixed to the front transverse side of the respective panel (5, 3) and projecting upwards and having a second abutment means fixed to the rear transverse side of the respective panel (5, 3) and protruding upwards; said device further comprises movement means connected to the first panel to move it from the closing condition to the opening condition and vice versa; starting from the closing condition, the movement means move the first panel, when the second abutment means and the second support means of the first panel abut respectively with the first support means and the first abutment means of the intermediate panel adjacent to first panel, the latter, under effect of movement means, drives during its translation towards the opening condition also said intermediate panel and progressively the successive ones, at least until all panels (3, 5, 7) are superimposed until reaching the opening condition from which, to return to the initial closing condition, the movement means translate the first panel and all the other panels (5, 7) in the opposite direction, dragging them (3, 5, 7) up to reach said closing condition in which each panel detects respective stop means of the translation into the closing direction.
A compound, characterized in that the compound is selected from the compounds shown by any of the following formulae a to f, and pharmaceutically acceptable salts, esters, hydrates and organic solvates thereof:
A power outlet box comprising: an outlet box housing (3, 5) including an opening; a rotatable drum disposed in said outlet box housing (3, 5); a power cord windable about said rotatable drum and including an AC plug at one end, said power cord disposed through said opening and extendable with said drum rotating in an unwinding direction; at least one power outlet disposed on said outlet box housing (3, 5) and electrically powered by said power cord when said AC plug is inserted in a wall outlet; an outlet box housing latch disposed along one side of said outlet box housing (3, 5), wherein, said outlet box housing latch is removably disposable over a step formed in a second housing to thereby removably secure the second housing to said outlet box housing (3, 5); and characterized in that the outlet box housing (3, 5) includes an upper surface, and said rotatable drum further comprises an integral axial member extending through the upper surface and includes a drivable head, and said axial member is drivable by an external power driver via said drivable head to drive the rotatable drum. an outlet box housing (3, 5) including an opening; a rotatable drum disposed in said outlet box housing (3, 5); a power cord windable about said rotatable drum and including an AC plug at one end, said power cord disposed through said opening and extendable with said drum rotating in an unwinding direction; at least one power outlet disposed on said outlet box housing (3, 5) and electrically powered by said power cord when said AC plug is inserted in a wall outlet; an outlet box housing latch disposed along one side of said outlet box housing (3, 5), wherein, said outlet box housing latch is removably disposable over a step formed in a second housing to thereby removably secure the second housing to said outlet box housing (3, 5); and characterized in that the outlet box housing (3, 5) includes an upper surface, and said rotatable drum further comprises an integral axial member extending through the upper surface and includes a drivable head, and said axial member is drivable by an external power driver via said drivable head to drive the rotatable drum.
A vehicle travel assist apparatus, which performs speed-reduction control in which a relative deceleration (Gr) of a host vehicle with respect to an object present ahead of the host vehicle in a traveling direction becomes equal to a target relative deceleration (Af), and a relative speed (Vr) of the host vehicle with reference to the object becomes less than or equal to a specified speed (Vth) at a target position set behind the object, wherein at the time when a starting condition of the speed-reduction control is met, the target relative deceleration (Af) is set as a first target value, and first speed-reduction control is performed to bring the relative deceleration (Gr) closer to the target relative deceleration (Af) (S15, S19), the vehicle travel assist apparatus being characterized in that when a reference relative deceleration (Asub), which is determined with reference to a relative deceleration at the time point when the first speed-reduction control has started, reaches a specified relative deceleration (Ath) (S14: YES), if a deceleration change amount (Jt), which is a gradient of an amount of change in the reference relative deceleration at the time point, is small, a second target value is set to a greater value than that in a case where the deceleration change amount (Jt) at the time point is great, and the second speed-reduction control is performed to set the target relative deceleration (Af) to the second target value and bring the relative deceleration (Gr) closer to the target relative deceleration (Af) (S18, S19).
A single piece epicutaneous test chamber (104; 200; 400; 500; 600) comprising: a reservoir (118; 202; 404; 504; 604) having an inner surface formed of an absorbent material; and a ridge (120; 204; 402; 502; 602); wherein the reservoir (118; 202; 404; 504; 604) and the ridge (120; 204; 402; 502; 602) are one continuous piece, wherein the reservoir (118; 202; 404; 504; 604) and the ridge (120; 204; 402; 502; 602) are integrally formed of a multilayer material including at least one absorbent layer (112; 208) and at least one barrier layer (116; 212), wherein one of at least one absorbent layer (112; 208) defines the inner surface of the reservoir (118; 202; 404; 504; 604), characterized in that the at least one absorbent layer (112; 208) and the at least one barrier layer (116; 212) are bonded by at least one adhesive layer (114; 210), and that the absorbent layer (112; 208) has a thickness of between 0.1016 mm (0.004") and 0.3048 mm (0.012"). a reservoir (118; 202; 404; 504; 604) having an inner surface formed of an absorbent material; and a ridge (120; 204; 402; 502; 602); wherein the reservoir (118; 202; 404; 504; 604) and the ridge (120; 204; 402; 502; 602) are one continuous piece, wherein the reservoir (118; 202; 404; 504; 604) and the ridge (120; 204; 402; 502; 602) are integrally formed of a multilayer material including at least one absorbent layer (112; 208) and at least one barrier layer (116; 212), wherein one of at least one absorbent layer (112; 208) defines the inner surface of the reservoir (118; 202; 404; 504; 604), characterized in that the at least one absorbent layer (112; 208) and the at least one barrier layer (116; 212) are bonded by at least one adhesive layer (114; 210), and that the absorbent layer (112; 208) has a thickness of between 0.1016 mm (0.004") and 0.3048 mm (0.012").
A method for executing a secure software application (L_S) and a non-secure software application (L_NS) interlaced one with the other, at least two output data generated at the output of two modules of said non-secure software application being used as input data applied at the input of two modules of the secure software application, the secure software application being a software requiring to be executed in security, i.e. so as to guarantee its correct operation with a determined level of confidence, the non-secure software application being a software whose execution is less constrained that the execution of the secure software application, characterised in that the method is implemented by a device comprising first and second processing units (C1, C2) connected one with the other through a suitable communication link allowing data exchange, the first computing unit being a secure computing unit, whereas the second computing unit is a none secure computing unit, a secure computing unit being a computing unit respecting certain operative criteria for the execution in security of the instructions of the security software application, and a non security computing unit being a computing unit that respects operative criteria compatible with the security level of the non secure software application, the first and second computing units being physically segregated one from the other, and in that the method consists in: a) - executing, on the second computing unit, during a first execution cycle, the secure (L_S) and non-secure (L_NS) software applications grouped together in a common non-secure software application, so as to update said at least two output data of said two modules of the non-secure software application; and, c) - executing, on the first computer unit, during a second execution cycle, the second execution cycle being after the first execution cycle, the secure software application (L_S), using, as input data for said module of the secure software application (L_S), said at least two output data updated. a) - executing, on the second computing unit, during a first execution cycle, the secure (L_S) and non-secure (L_NS) software applications grouped together in a common non-secure software application, so as to update said at least two output data of said two modules of the non-secure software application; and, c) - executing, on the first computer unit, during a second execution cycle, the second execution cycle being after the first execution cycle, the secure software application (L_S), using, as input data for said module of the secure software application (L_S), said at least two output data updated.
An additive manufacturing system (100, 800), the system (100, 800) comprising a controller configured to: obtain temperature information from one or more temperature sensors, wherein each of the one or more temperature sensors is configured to measure the temperature of a respective pixel area in a plurality of pixel areas in a print-bed area for at least one layer of a part being printed in a given three-dimensional printing process; obtain agent concentration information, the received agent concentration information comprising, for each pixel area in the plurality of pixel areas, a concentration of each of a plurality of printing agents (205, 215) present in the respective pixel area; on the basis of the obtained temperature information and agent concentration information, for each pixel area in the plurality of pixel areas, determine the temperature for each printing agent (205, 215) in the plurality of printing agents (205, 215) which is present in the respective pixel area; and on the basis of the determined temperatures for each pixel area and printing agent (205, 215), determine a power to be applied to a heating subsystem employed in the given three-dimensional printing process. obtain temperature information from one or more temperature sensors, wherein each of the one or more temperature sensors is configured to measure the temperature of a respective pixel area in a plurality of pixel areas in a print-bed area for at least one layer of a part being printed in a given three-dimensional printing process; obtain agent concentration information, the received agent concentration information comprising, for each pixel area in the plurality of pixel areas, a concentration of each of a plurality of printing agents (205, 215) present in the respective pixel area; on the basis of the obtained temperature information and agent concentration information, for each pixel area in the plurality of pixel areas, determine the temperature for each printing agent (205, 215) in the plurality of printing agents (205, 215) which is present in the respective pixel area; and on the basis of the determined temperatures for each pixel area and printing agent (205, 215), determine a power to be applied to a heating subsystem employed in the given three-dimensional printing process.
A robotic work tool system comprising a charging station, a wire leading to/from the charging station and a robotic work tool arranged to operate in an operational area, the robotic work tool comprising one or more magnetic sensors, a satellite navigation sensor and a controller, wherein the controller is configured to: cause the robotic work tool to exit the charging station and then cause the robotic work tool to follow the wire navigating based on the one or more magnetic sensors; determine that a release point has been reached, and in response thereto cause the robotic work tool to navigate in the operational area based on the satellite navigation sensor, wherein the robotic work tool system is characterized in that the controller is further configured to note where satellite reception is reliably received and to determine an updated release point to be a point where satellite reception is reliably received along the wire. cause the robotic work tool to exit the charging station and then cause the robotic work tool to follow the wire navigating based on the one or more magnetic sensors; determine that a release point has been reached, and in response thereto cause the robotic work tool to navigate in the operational area based on the satellite navigation sensor, wherein the robotic work tool system is characterized in that the controller is further configured to note where satellite reception is reliably received and to determine an updated release point to be a point where satellite reception is reliably received along the wire.
Valve assembly for a fluid injection valve, the valve assembly comprising - a hollow valve body which hydraulically connects a fluid inlet to an injection orifice and has a longitudinal axis; - a valve needle received in the valve body in axially displaceable fashion for sealing the injection orifice in a closing position and unsealing the injection orifice in other positions; - an electromagnetic actuator assembly for displacing the valve needle away from the closing position, the actuator assembly comprising a movable armature and a pole piece which is positionally fix relative to the valve body; and - a guide element which is positionally fix relative to the pole piece, the guide element having a first guide surface for axially guiding the armature and a second guide surface for axially guiding the valve needle, characterized in that the pole piece has a central axial opening in which the guide element is partially arranged and from which the guide element projects. - a hollow valve body which hydraulically connects a fluid inlet to an injection orifice and has a longitudinal axis; - a valve needle received in the valve body in axially displaceable fashion for sealing the injection orifice in a closing position and unsealing the injection orifice in other positions; - an electromagnetic actuator assembly for displacing the valve needle away from the closing position, the actuator assembly comprising a movable armature and a pole piece which is positionally fix relative to the valve body; and - a guide element which is positionally fix relative to the pole piece, the guide element having a first guide surface for axially guiding the armature and a second guide surface for axially guiding the valve needle,
A pickup apparatus for an agricultural harvester for collecting crop material lying on the ground, comprising a collecting drum and at least one hold-down roller (12, 13), wherein the collecting drum is driven in rotation and arranged to lift the crop material off the ground by virtue of its rotation and to feed it to a crop material passage defined by it and the hold-down roller (12, 13), wherein a speed of rotation at which the hold-down roller (12, 13) is driven in rotation is variable in dependence on the speed of rotation of the collecting drum, wherein the collecting drum and the hold-down roller (12, 13) are supplied with drive power by way of a common supply path, characterised in that the supply path includes a hydraulic line by way of which a hydraulic motor of the collecting drum and a hydraulic motor of the hold-down roller (12, 13) are connected in series, and a non-return valve is arranged in series with one of the hydraulic motors and parallel to the other hydraulic motor.
Method for machining at least part of a surface of a component for a vehicle, which is coated with a layer of clear finish of a given first layer thickness, wherein the component is arranged in an interior (18, 58) of a blasting chamber (4, 54), wherein an opening of at least one conveying device (6, 64) for a blasting material leads into the interior (18, 58), wherein the interior (18, 58) of the blasting chamber (4, 54) and the component arranged therein are placed entirely under reduced pressure, wherein blasting material is fed through the opening of the at least one conveying device (6, 64) to the interior (18, 58) in a carrier air flow generated by the reduced pressure, wherein the part of the surface that is to be machined and the opening of the at least one conveying device (6, 64) are moved relative to each other, wherein the blasting material is blasted from the opening of the at least one conveying device (6, 64) onto the part of the surface that is to be machined, wherein the blasting material is accelerated onto the part of the surface that is to be machined by the reduced pressure, characterised in that at least 1% and at most 50% of the given first layer thickness of the layer of clear finish is removed from the surface of the component, by which means the surface of the component that is to be machined is rendered matt and a reduced second layer thickness of the layer of clear finish forms.
Heat transfer fluid comprising a heat exchange fluid such as water and a component arranged to lower the freezing temperature of this heat exchange fluid, characterised by the fact that said component is formed from a mixture comprising, by weight, between 55% and 65% of glycerine and between 35% and 45% of 1,3-propanediol, said heat transfer fluid further comprising a corrosion inhibitor.
A foamed sole comprising: a foam molding containing a rubber component and a resin component, wherein the amount of the resin component blended is 20 parts by mass to 90 parts by mass relative to 100 parts by mass of the rubber component; wherein the maximum value of a loss factor [tan δ] at a frequency of 10 Hz and at 30°C to 80°C of the foam molding is 0.18 or less, and a peak of a loss factor [tan δ] at a frequency of 10 Hz of the foam molding lies within the range of 100°C or higher; characterised in that the rubber component is defined as a polymer with a glass transition point lower than 0°C and the resin component is defined as a polymer with a glass transition point of 0°C or higher. a foam molding containing a rubber component and a resin component, wherein the amount of the resin component blended is 20 parts by mass to 90 parts by mass relative to 100 parts by mass of the rubber component; wherein the maximum value of a loss factor [tan δ] at a frequency of 10 Hz and at 30°C to 80°C of the foam molding is 0.18 or less, and a peak of a loss factor [tan δ] at a frequency of 10 Hz of the foam molding lies within the range of 100°C or higher; characterised in that the rubber component is defined as a polymer with a glass transition point lower than 0°C and the resin component is defined as a polymer with a glass transition point of 0°C or higher.