mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic foot device having a longitudinal direction and a transverse direction and comprising a base spring blade, an ankle spring blade and a heel spring blade, said base spring blade and said ankle spring blade being connected by connections means in a forefoot region of said prosthetic foot device, said base spring blade and said heel spring blade being connected by connection means in a heel region of said prosthetic foot device and said ankle spring blade and said heel spring blade being connected by connection means in an ankle region of said prosthetic foot device, said ankle spring blade being made from a composite material comprising glass fibres, wherein said ankle spring blade comprises a forward section, a medial section and a rear section in said longitudinal direction of said prosthetic foot device, said forward section having a first thickness (t f), said medial section having a second thickness (t m) and said rear section having a third thickness (t r), wherein said first thickness (t f) is smaller than said second thickness (t m) and smaller than said third thickness (t r) and wherein said second thickness (t m) is smaller than said third thickness (t r) said ankle spring blade being divided into said forward section, said medial section and said rear section along dividing lines (44,46) extending across said ankle spring blade from a first side edge to a second side edge of said ankle spring blade and wherein a change in thickness between said sections (35, 36, 37) of said ankle spring blade takes place abruptly at said dividing lines (44,46). said base spring blade and said ankle spring blade being connected by connections means in a forefoot region of said prosthetic foot device, said base spring blade and said heel spring blade being connected by connection means in a heel region of said prosthetic foot device and said ankle spring blade and said heel spring blade being connected by connection means in an ankle region of said prosthetic foot device, said ankle spring blade being made from a composite material comprising glass fibres, wherein said ankle spring blade comprises a forward section, a medial section and a rear section in said longitudinal direction of said prosthetic foot device, said forward section having a first thickness (t f), said medial section having a second thickness (t m) and said rear section having a third thickness (t r), wherein said first thickness (t f) is smaller than said second thickness (t m) and smaller than said third thickness (t r) and wherein said second thickness (t m) is smaller than said third thickness (t r) said ankle spring blade being divided into said forward section, said medial section and said rear section along dividing lines (44,46) extending across said ankle spring blade from a first side edge to a second side edge of said ankle spring blade and wherein a change in thickness between said sections (35, 36, 37) of said ankle spring blade takes place abruptly at said dividing lines (44,46).
A brush holder comprises a brush mount held by a lever at a base, wherein the lever is pivotably connected by a base pivot to the base, the base pivot having a base pivot axis, and a spring is provided between the base and the lever, wherein the lever is limited in its movement within a first plane orthogonal to the base pivot axis, the brush mount is connected to the lever by a brush mount pivot, characterized by the brush mount pivot only having a first pivot axis parallel to the base pivot axis.
A water-soluble copolymer aqueous solution, comprising a water-soluble co-polymer having a weight average molecular weight of 1,000 or more and 50,000 or less, hydrogen peroxide of 10 ppm to 50,000 ppm by weight with respect to a solid content of the water-soluble copolymer aqueous solution and water of 33% to 99% by weight with respect to the total weight of the water-soluble copolymer aqueous solution as essential components, wherein: the water-soluble copolymer includes a structural unit originating from a monoethylenic unsaturated dicarboxylic acid (or dicarboxylate) monomer having 4 to 6 carbon atoms or its anhydride (a), a structural unit originating from a mono-ethylenic unsaturated monocarboxylic acid (or monocarboxylate) monomer having 3 to 8 carbon atoms (b), and a structural unit originating from a monoethylenic unsaturated monomer having a sulfonic (or sulfonate) group (c); the water-soluble copolymer may include a structural unit originating from another monomer (d); the composition ratio of the monomers (a) to (d) in the copolymer is, at a molar ratio, (a) / (b) / (c) / (d)=(30 to 70) / (30 to 70) / (2 to 16) / (0 to 5) and the total is 100 mol%; and the structural unit originating from a monoethylenic unsaturated monomer having a sulfonic (or sulfonate) group (c) is a structural unit originating from 3-allyloxy-2-hydroxy-1-propanesulfonic acid and its salt. the water-soluble copolymer includes a structural unit originating from a monoethylenic unsaturated dicarboxylic acid (or dicarboxylate) monomer having 4 to 6 carbon atoms or its anhydride (a), a structural unit originating from a mono-ethylenic unsaturated monocarboxylic acid (or monocarboxylate) monomer having 3 to 8 carbon atoms (b), and a structural unit originating from a monoethylenic unsaturated monomer having a sulfonic (or sulfonate) group (c); the water-soluble copolymer may include a structural unit originating from another monomer (d); the composition ratio of the monomers (a) to (d) in the copolymer is, at a molar ratio, (a) / (b) / (c) / (d)=(30 to 70) / (30 to 70) / (2 to 16) / (0 to 5) and the total is 100 mol%; and the structural unit originating from a monoethylenic unsaturated monomer having a sulfonic (or sulfonate) group (c) is a structural unit originating from 3-allyloxy-2-hydroxy-1-propanesulfonic acid and its salt.
Method for clutch engagement of an input drive shaft of a continuous flow machine to an output drive shaft by means of a clutch, wherein the continuous flow machine is accelerated to a rotation speed which is subsynchronous with respect to the output drive shaft and is held at this steady rotation speed, before a signal is set in order to start the clutch engagement process, characterized in that the signal for starting the engagement process is set when the phase difference between the partial shaft trains is such that both centers of gravity are opposite.
A monoamine oxidase inhibitor for use in a method of treating glioblastoma, comprising: administering to a patient having glioblastoma an effective amount of an MAO inhibitor, wherein the MAO inhibitor is clorgyline
A handheld abrading machine comprising a holding device for holding the abrading machine, a drive motor, a motor housing for the drive motor and a tool head, wherein the holding device comprises a substantially tubular bar which has a proximal end and a distal end, wherein the motor housing and the drive motor arranged therein are arranged at the proximal end, and wherein the tool head is arranged at the distal end, wherein the motor housing comprises an attachment section for fixing an extension element in releasable manner, wherein the abrading machine comprises an extension element which comprises an attachment section, wherein the attachment section of the abrading machine is in the form of a recess or gap in the motor housing, wherein the recess or gap in the motor housing and the attachment section of the extension element are formed in such a manner that the recess or gap in the motor housing are filled by means of the attachment section of the extension element in the assembled state of the extension element on the motor housing, characterized in that an outer contour of the motor housing defined by walls of the motor housing is completable by means of the attachment section of the extension element.
A device, comprising: a current generator circuit, which, in operation, generates current-integrator drive currents; a receiver, which, in operation, amplifies transducer-echo signals; control circuitry, which, in operation, generates one or more control signals to control: generation of current-integrator drive currents by the current generator circuit during transducer-driving periods; and reception of transducer-echo signals by the receiver during echo-reception periods; a first switch; and a second switch, wherein the current generator circuit comprises a first plurality of current generators and a second plurality of current generators; the first switch is coupled between the first plurality of current generators and an output of the current generator circuit; the second switch is coupled between the second plurality of current generators and the output of the current generator circuit; and the control circuitry, in operation, generates one or more control signals to selectively close the first and second switches during transducer-driving periods. a current generator circuit, which, in operation, generates current-integrator drive currents; a receiver, which, in operation, amplifies transducer-echo signals; control circuitry, which, in operation, generates one or more control signals to control: generation of current-integrator drive currents by the current generator circuit during transducer-driving periods; and reception of transducer-echo signals by the receiver during echo-reception periods; a first switch; and a second switch, wherein the current generator circuit comprises a first plurality of current generators and a second plurality of current generators; the first switch is coupled between the first plurality of current generators and an output of the current generator circuit; the second switch is coupled between the second plurality of current generators and the output of the current generator circuit; and the control circuitry, in operation, generates one or more control signals to selectively close the first and second switches during transducer-driving periods. the current generator circuit comprises a first plurality of current generators and a second plurality of current generators; the first switch is coupled between the first plurality of current generators and an output of the current generator circuit; the second switch is coupled between the second plurality of current generators and the output of the current generator circuit; and the control circuitry, in operation, generates one or more control signals to selectively close the first and second switches during transducer-driving periods.
An analyzer apparatus in which a sample is scanned with a probe such that a first signal of a first type and a second signal of a second type different from the first type are emitted from the sample during the same scan of the sample, said analyzer apparatus comprising: a first detector for detecting the first signal of the first type and producing a first detector signal; and a second detector for detecting the second signal of the second type and producing a second detector signal, the first and second detectors relating to different types of detectors, characterized in that the analyzer apparatus further comprises: an image processing unit operating to produce a first and a second scanned images from the first and second detector signals, respectively, to create a spatial image processing filter based on the second scanned image having a higher signal-to-noise ratio than that of the first scanned image, and to apply the spatial image processing filter to the first scanned image. a first detector for detecting the first signal of the first type and producing a first detector signal; and a second detector for detecting the second signal of the second type and producing a second detector signal, the first and second detectors relating to different types of detectors, characterized in that the analyzer apparatus further comprises: an image processing unit operating to produce a first and a second scanned images from the first and second detector signals, respectively, to create a spatial image processing filter based on the second scanned image having a higher signal-to-noise ratio than that of the first scanned image, and to apply the spatial image processing filter to the first scanned image.
Electric heating device, particularly for an automotive vehicle, comprising a housing which surrounds a circulation chamber through which a medium can flow and into which at least one heating rib projects, which heating rib is in heat-conducting contact with a least one PTC heating element, and comprising a control device which is provided in a structural unit, comprising at least one control board which is received in a control housing, and comprising at least one semiconductor power switch which generates power loss and which is electrically connected to conductor paths of the control board, wherein the semiconductor power switch is provided adjacent to the control housing in heat-conducting fashion and is directly fastened thereto, characterized in that the semiconductor power switch is connected via an adhesive mass to the control housing in such a manner that the adhesive mass completely wets the contact surface of the semiconductor power switch and surrounds the sidewalls of the semiconductor power switch at least in part, and that the semiconductor power switch is received within a frame which circumferentially surrounds the adhesive mass and which surrounds the semiconductor power switch at a distance.
A device for the removal of cells and/or cell colonies from a cell culture, characterized by a microscope unit for microscopic scanning the cell culture in combination with an image acquisition unit and an image evaluation unit for the position detection of the cells and/or the cell colonies in the cell culture, a control and storage unit for storing the detected position of the cells and/or the cell colonies and a harvesting module with a removal tool for removing cells and/or the cell colonies at the detected position of the cell and/or the cell colony, characterized in that the device has a tool head with a receptacle formed to make a non-positive, detachable connection between the tool head and the removal tool from an internal taper and/or an external taper and which holds the removal tool that has an internal taper and/or external taper that match with the receptacle.
A system for managing and allocating data bandwidth to a client device comprising: a monitoring and traffic management module disposed within the client device, arranged to monitor data usage on the client device; and a data traffic manager operable to receive a request from the monitoring and traffic management module and allocate a suitable data bandwidth to the client device, characterized in that the data traffic manager includes a deep packet inspector operable to provide periodic or random peeks into a data traffic of the client device and generate a user preference, the monitoring and traffic management module is operable to check the generated user preference based on data obtained from the data usage, the request comprises instructions to the data traffic manager to allocate the suitable data bandwidth to the client device depending on the data usage and to verify the checked user preference, and the monitoring and traffic management module is further operable to provide a recommendation for the client device to prioritize some web resources related to the verified user preference and de-prioritize other web resources unrelated to the verified user preference. a monitoring and traffic management module disposed within the client device, arranged to monitor data usage on the client device; and a data traffic manager operable to receive a request from the monitoring and traffic management module and allocate a suitable data bandwidth to the client device, characterized in that the data traffic manager includes a deep packet inspector operable to provide periodic or random peeks into a data traffic of the client device and generate a user preference, the monitoring and traffic management module is operable to check the generated user preference based on data obtained from the data usage, the request comprises instructions to the data traffic manager to allocate the suitable data bandwidth to the client device depending on the data usage and to verify the checked user preference, and the monitoring and traffic management module is further operable to provide a recommendation for the client device to prioritize some web resources related to the verified user preference and de-prioritize other web resources unrelated to the verified user preference.
A method for operating a wind turbine, the method comprising: initiating, via a controller, a shutdown procedure or a curtailment procedure of the wind turbine; and, during the shutdown procedure or the curtailment procedure of the wind turbine, dynamically adjusting a rate of change of a speed set point as a function of a speed tracking error, the speed tracking error being equal to a difference between an actual speed of the wind turbine and a speed set point of the wind turbine. initiating, via a controller, a shutdown procedure or a curtailment procedure of the wind turbine; and, during the shutdown procedure or the curtailment procedure of the wind turbine, dynamically adjusting a rate of change of a speed set point as a function of a speed tracking error, the speed tracking error being equal to a difference between an actual speed of the wind turbine and a speed set point of the wind turbine.
A tray-like vehicle cover member comprising: a flat bottom plate; an edge wall rising from a peripheral edge of the bottom plate; and a flange that is connected to an upper end portion of the edge wall and provided with a plurality of fastening portions to be fastened to a vehicle, wherein the bottom plate has an annular groove formed in an intermediate portion between the peripheral edge and the center, and a plurality of radial grooves formed to extend radially from the annular groove toward the fastening portions, characterized in that the radial grooves, the annular groove and the fastening portions of the flange are connected to form an integrated body structure. a flat bottom plate; an edge wall rising from a peripheral edge of the bottom plate; and a flange that is connected to an upper end portion of the edge wall and provided with a plurality of fastening portions to be fastened to a vehicle, wherein the bottom plate has an annular groove formed in an intermediate portion between the peripheral edge and the center, and a plurality of radial grooves formed to extend radially from the annular groove toward the fastening portions, characterized in that the radial grooves, the annular groove and the fastening portions of the flange are connected to form an integrated body structure.
A breast pump device that is configured as a self-contained, in-bra wearable device, the breast pump device comprising: (i) a housing that includes (a) a battery, and (b) a pump powered by the battery and configured to generate a negative air pressure; and (ii) a breast shield made up of a breast flange and a nipple tunnel; wherein the nipple tunnel is substantially transparent and is shaped to receive a nipple, characterized in that the pump is a closed loop negative air-pressure system that applies negative pressure to a region surrounding a woman's breast to pump milk from that breast, wherein the closed loop system is separated from a 'milk' side by a flexible diaphragm. (i) a housing that includes (a) a battery, and (b) a pump powered by the battery and configured to generate a negative air pressure; and (ii) a breast shield made up of a breast flange and a nipple tunnel; wherein the nipple tunnel is substantially transparent and is shaped to receive a nipple, characterized in that the pump is a closed loop negative air-pressure system that applies negative pressure to a region surrounding a woman's breast to pump milk from that breast, wherein the closed loop system is separated from a 'milk' side by a flexible diaphragm.
A device including a control interface of a pump and a pump body, the control interface comprising: a liquid sensor; a power supply; and a controller configured to control the power supply and to activate an operating feature of the pump, wherein the controller is configured to be actuated by a user action; the controller comprises an evaluation unit, wherein a pumping action of the pump is activated by the controller providing the power to a motor of the pump after receiving a start signal provided by the evaluation unit, wherein the evaluation unit provides a start signal in different ways either if a time period that the controller received power from the power supply has lapsed or if the liquid sensor detects liquid, characterized in that the time period is pre-set and the liquid sensor is included in the pump body or attached to it. a liquid sensor; a power supply; and a controller configured to control the power supply and to activate an operating feature of the pump, wherein the controller is configured to be actuated by a user action; the controller comprises an evaluation unit, wherein a pumping action of the pump is activated by the controller providing the power to a motor of the pump after receiving a start signal provided by the evaluation unit, wherein the evaluation unit provides a start signal in different ways either if a time period that the controller received power from the power supply has lapsed or if the liquid sensor detects liquid, characterized in that the time period is pre-set and the liquid sensor is included in the pump body or attached to it.
A gas meter comprising: a meter body that has an internal space; a meter inlet through which a fluid flows into the internal space of the meter body; a meter outlet from which the fluid flows out of the meter body; a shielding plate that is located inside the internal space of the meter body with a predetermined distance from an opening portion of the meter inlet; a flow rate measurer that measures a flow rate of the fluid; and a connection member that connects an outlet of the flow rate measurer and the meter outlet to each other, wherein the meter inlet, the shielding plate, the flow rate measurer, the connection member, and the meter outlet are linearly located in this order, characterized in that the shielding plate is located so that the fluid flowing from the meter inlet into the internal space of the meter body is spread by the shielding plate in all directions in the internal space of the meter body. a meter body that has an internal space; a meter inlet through which a fluid flows into the internal space of the meter body; a meter outlet from which the fluid flows out of the meter body; a shielding plate that is located inside the internal space of the meter body with a predetermined distance from an opening portion of the meter inlet; a flow rate measurer that measures a flow rate of the fluid; and a connection member that connects an outlet of the flow rate measurer and the meter outlet to each other, wherein the meter inlet, the shielding plate, the flow rate measurer, the connection member, and the meter outlet are linearly located in this order, characterized in that the shielding plate is located so that the fluid flowing from the meter inlet into the internal space of the meter body is spread by the shielding plate in all directions in the internal space of the meter body.