mhurhangee/ep-ind-claims huggingface dataset:
Small vehicle for transporting persons, - having an electric drive which comprises at least one electric motor, - halving a battery, - having a base body which extends longitudinally from a front and to a rear end, wherein one or two front wheels and at least two rear wheels are fastened to the base body, and - having a steering device (8, 9) for steering one or more of the wheels, wherein at least the rear half of the base body is bounded in the upward direction by an essentially level loading surface, and wherein the electric motor and the battery are arranged underneath the loading surface or in one or more of the wheels (2, 3), wherein a seating device is provided which comprises a seating surface which is mounted by supports, wherein the supports are mounted at the outer lateral ends of the base body or of the loading surface and wherein quick-release devices are provided for securing the seating device to the small vehicle characterized in that the loading surface extends over at least 80% of the base body. - having an electric drive which comprises at least one electric motor, - halving a battery, - having a base body which extends longitudinally from a front and to a rear end, wherein one or two front wheels and at least two rear wheels are fastened to the base body, and - having a steering device (8, 9) for steering one or more of the wheels, wherein at least the rear half of the base body is bounded in the upward direction by an essentially level loading surface, and wherein the electric motor and the battery are arranged underneath the loading surface or in one or more of the wheels (2, 3), wherein a seating device is provided which comprises a seating surface which is mounted by supports, wherein the supports are mounted at the outer lateral ends of the base body or of the loading surface and wherein quick-release devices are provided for securing the seating device to the small vehicle characterized in that the loading surface extends over at least 80% of the base body.
A member comprising: a top plate; two vertical walls; a top plate flange; two vertical wall flanges; and two floor flanges, the vertical walls facing each other, the vertical walls being provided on both sides of the top plate via upper ridgelines, the top plate flange extending on an outside of the member via a top plate ridgeline of the top plate, the top plate ridgeline existing on a side of an end portion of the member, each of the vertical wall flanges extending on the outside of the member via a vertical wall ridgeline of the vertical wall, the vertical wall ridgeline extending on the side of the end portion of the member, each of the floor flanges being adjacent to one of the vertical wall flanges, each of the floor flanges extends on the outside of the member via a lower ridgeline, the lower ridgeline extending on an end portion of the vertical wall different from an end portion of the vertical wall on the side of the end portion of the member, each of the floor flanges being adjacent to an end portion of the corresponding vertical wall flange, each of the floor flanges and the corresponding vertical wall flange being continuous with each other, characterised in that in the end portion of the member, a sum total ΣR of radii of curvature of angles of the vertical walls each between the lower ridgeline and the vertical wall ridgeline and a sum total ΣL of widths of the top sheet and the vertical walls in the end portion of the member have a relation of ΣR/ΣL ≤ 0.13. a top plate; two vertical walls; a top plate flange; two vertical wall flanges; and two floor flanges, the vertical walls facing each other, the vertical walls being provided on both sides of the top plate via upper ridgelines, the top plate flange extending on an outside of the member via a top plate ridgeline of the top plate, the top plate ridgeline existing on a side of an end portion of the member, each of the vertical wall flanges extending on the outside of the member via a vertical wall ridgeline of the vertical wall, the vertical wall ridgeline extending on the side of the end portion of the member, each of the floor flanges being adjacent to one of the vertical wall flanges, each of the floor flanges extends on the outside of the member via a lower ridgeline, the lower ridgeline extending on an end portion of the vertical wall different from an end portion of the vertical wall on the side of the end portion of the member, each of the floor flanges being adjacent to an end portion of the corresponding vertical wall flange, each of the floor flanges and the corresponding vertical wall flange being continuous with each other, characterised in that in the end portion of the member, a sum total ΣR of radii of curvature of angles of the vertical walls each between the lower ridgeline and the vertical wall ridgeline and a sum total ΣL of widths of the top sheet and the vertical walls in the end portion of the member have a relation of ΣR/ΣL ≤ 0.13.
An underwater diving fin comprising a boot and a paddle, said paddle being made of thermoplastic elastomeric material having a Young modulus comprised between 800 MPa and 1200 MPa, said paddle having an angled underlayer (4, 5), wherein said paddle has an overlayer, and wherein: - said angled underlayer (4, 5) has the shape and size of said paddle, it has a uniform thickness comprised between 2.5 mm and 3.0 mm, and it has a flexible longitudinal propulsion flap and a flap for the removable attachment of said boot, said propulsion flap having a length comprised between 0.5 m and 0.7 m, the angle (Θ) formed between said propulsion flap and said attachment flap being secured by one or more ribs (6, 7) connecting between said propulsion flap and said attachment flap; - said overlayer covers said propulsion flap selectively in a zone adjacent to said attachment flap, and has a maximum thickness of a value no greater than 1.8 mm. - said angled underlayer (4, 5) has the shape and size of said paddle, it has a uniform thickness comprised between 2.5 mm and 3.0 mm, and it has a flexible longitudinal propulsion flap and a flap for the removable attachment of said boot, said propulsion flap having a length comprised between 0.5 m and 0.7 m, the angle (Θ) formed between said propulsion flap and said attachment flap being secured by one or more ribs (6, 7) connecting between said propulsion flap and said attachment flap; - said overlayer covers said propulsion flap selectively in a zone adjacent to said attachment flap, and has a maximum thickness of a value no greater than 1.8 mm.
An optical wireless communication device for transmitting data comprising: a transmitter comprising a light source; a controller configured to control operation of the light source to produce modulated light comprising an optical wireless communication signal representative of said data; at least one proximity determining component configured to determine a proximity of an object; and a processing resource configured to determine whether the determined proximity is within a threshold distance, wherein the controller is configured to control operation of the transmitter and/or of at least one other component of the optical wireless communication device in dependence on whether the determined proximity is within the threshold distance, characterized in that the controlling of the operation of the transmitter and/or of at least one other component of the optical wireless communication device comprises, in response to the determined proximity being within the threshold distance, at least one of reducing an intensity of the light, halting transmission of the light, if no optical wireless communication transmission is currently occurring or scheduled to occur altering a value of a flag or other parameter to prevent transmission of light until the determined proximity is again greater than the threshold distance, at least partially blocking or redirecting the light. a transmitter comprising a light source; a controller configured to control operation of the light source to produce modulated light comprising an optical wireless communication signal representative of said data; at least one proximity determining component configured to determine a proximity of an object; and a processing resource configured to determine whether the determined proximity is within a threshold distance, wherein the controller is configured to control operation of the transmitter and/or of at least one other component of the optical wireless communication device in dependence on whether the determined proximity is within the threshold distance,
An implantable medical device comprising: a housing having a first housing surface side extending in a y-z-plane defined by a y-axis and a z-axis, a second housing surface side opposing said first housing surface side and extending in said y-z-plane, and an intermediate surface side extending between said first and second housing surface sides (20a, 20b) and extending in a x-y-plane defined by an x-axis and said y-axis, continuing in a x-z-plane defined by said x-axis and said z-axis and extending again in said x-y-plane; and an antenna device arranged at said first housing surface side, continuing at said intermediate surface side and further at said second housing surface side, characterized in that said antenna device extends over said first and second housing surface sides (20a, 20b) in a direction parallel to said y-axis. a housing having a first housing surface side extending in a y-z-plane defined by a y-axis and a z-axis, a second housing surface side opposing said first housing surface side and extending in said y-z-plane, and an intermediate surface side extending between said first and second housing surface sides (20a, 20b) and extending in a x-y-plane defined by an x-axis and said y-axis, continuing in a x-z-plane defined by said x-axis and said z-axis and extending again in said x-y-plane; and an antenna device arranged at said first housing surface side, continuing at said intermediate surface side and further at said second housing surface side, characterized in that said antenna device extends over said first and second housing surface sides (20a, 20b) in a direction parallel to said y-axis.
An antimicrobial coating material for surface coating comprising: (a) biocides comprising at least one antimicrobial component selected from the group consisting of chlorine dioxide, hydrogen peroxide, peroxy acids, alcoholic compounds, phenolic compounds, essential oils, antimicrobial components of essential oils, antimicrobial phytochemicals, and combinations thereof; and (b) inorganic-organic shells permeable to the biocides, comprising: inorganic materials selected from the group consisting of metal oxides, which are selected from the group of titania sol, silica sol, and alumina sol, metal complexes, which are titanium peroxo complex sol, and combinations thereof; and organic materials comprising a nonionic polymer, wherein the inorganic materials are present in a concentration of 0.5-95 wt% of the inorganic-organic shells, and wherein the inorganic-organic shells enclose and contain the biocides permitting storage and release. (a) biocides comprising at least one antimicrobial component selected from the group consisting of chlorine dioxide, hydrogen peroxide, peroxy acids, alcoholic compounds, phenolic compounds, essential oils, antimicrobial components of essential oils, antimicrobial phytochemicals, and combinations thereof; and (b) inorganic-organic shells permeable to the biocides, comprising: inorganic materials selected from the group consisting of metal oxides, which are selected from the group of titania sol, silica sol, and alumina sol, metal complexes, which are titanium peroxo complex sol, and combinations thereof; and organic materials comprising a nonionic polymer, inorganic materials selected from the group consisting of metal oxides, which are selected from the group of titania sol, silica sol, and alumina sol, metal complexes, which are titanium peroxo complex sol, and combinations thereof; and organic materials comprising a nonionic polymer,
A method for analyzing melt curve data, the method comprising: generating melt curve data for a calibration sample deposited in a plurality of support regions of a sample support device in a thermal cycler system, wherein the melt curve data is a calibration set of melt curve data; generating melt curve data for at least one test sample deposited in the plurality of support regions of the sample support device in the thermal cycler system, wherein the melt curve data is an experimental set of melt curve data; and correcting the experimental set of melt curve data for assay system noise using the calibration set of melt curve data. generating melt curve data for a calibration sample deposited in a plurality of support regions of a sample support device in a thermal cycler system, wherein the melt curve data is a calibration set of melt curve data; generating melt curve data for at least one test sample deposited in the plurality of support regions of the sample support device in the thermal cycler system, wherein the melt curve data is an experimental set of melt curve data; and correcting the experimental set of melt curve data for assay system noise using the calibration set of melt curve data.
A display apparatus for displaying a flying situation of an airplane, wherein the display apparatus is adapted to display a relative difference between a target attitude relative to air, representing a target angle-of-attack ( α) and a target sideslip angle ( β) of the airplane to achieve a target flight path, and a current attitude relative to air, representing a current angle-of-attack and a current sideslip angle of the airplane, and wherein the display apparatus is adapted to display a first mark corresponding to the target attitude relative to air and a second mark corresponding to the current attitude relative to air.
A heat exchanger comprising: a heat exchanger core comprising a plurality of channels (38, 40) in a close-packed configuration, the plurality of channels comprising a plurality of first channels and a plurality of second channels, wherein the heat exchanger core comprises a homogeneous block of material having a plurality of bores extending therethrough defining the plurality of channels (38, 40); a first fractal channel for conveying a first fluid to the plurality of first channels of the heat exchanger core; a second fractal channel for conveying the first fluid from the plurality of first channels of the heat exchanger core; a first fluid inlet conduit connected to the first fractal channel and a first fluid outlet conduit connected to the second fractal channel; wherein the first fractal channel and the second fractal channel each comprises at least one divergence point along its length where a parent channel splits into a plurality of sub-channels which diverge away from each other; characterised in that the heat exchanger further comprises, an outer wall (12, 44) extending from the heat exchanger core and defining a second fluid inlet and a second fluid outlet for a second fluid to flow through the plurality of second channels, wherein the second fluid inlet and the second fluid outlet are axially aligned with each other along a longitudinal axis of the heat exchanger to allow the outer wall to replace part of a duct carrying a second fluid in use; and the first fluid inlet and outlet conduits both extending through the outer wall. a heat exchanger core comprising a plurality of channels (38, 40) in a close-packed configuration, the plurality of channels comprising a plurality of first channels and a plurality of second channels, wherein the heat exchanger core comprises a homogeneous block of material having a plurality of bores extending therethrough defining the plurality of channels (38, 40); a first fractal channel for conveying a first fluid to the plurality of first channels of the heat exchanger core; a second fractal channel for conveying the first fluid from the plurality of first channels of the heat exchanger core; a first fluid inlet conduit connected to the first fractal channel and a first fluid outlet conduit connected to the second fractal channel; wherein the first fractal channel and the second fractal channel each comprises at least one divergence point along its length where a parent channel splits into a plurality of sub-channels which diverge away from each other; characterised in that the heat exchanger further comprises, an outer wall (12, 44) extending from the heat exchanger core and defining a second fluid inlet and a second fluid outlet for a second fluid to flow through the plurality of second channels, wherein the second fluid inlet and the second fluid outlet are axially aligned with each other along a longitudinal axis of the heat exchanger to allow the outer wall to replace part of a duct carrying a second fluid in use; and the first fluid inlet and outlet conduits both extending through the outer wall.
A food imprinting system comprising: at least one heatable imprint block; a release plate; a heat source; an insulating layer, between said heat source and said release plate, said insulating layer is configured to prevent transfer of heat energy between heat source and said release plate; and a mounting plate having at least one opening dimensioned for receiving at least a forward portion of said at least one heatable imprint block including an imprinting face, wherein said heatable imprint block and said mounting plate are mounted within an imprinting assembly, wherein said mounting plate is made of a material configured for withstanding operating temperatures of up to 600° C, wherein said release plate is configured to weigh down food items to a common height or to prevent food items from lifting when said mounting plate and said at least one heatable imprinting block are raised; wherein said heatable imprinting block is configured to be pre-heated to a specified temperature between 200 0 C and 600 0 C, and for applying a specified amount of pressure to the surface of food item for a specified duration. at least one heatable imprint block; a release plate; a heat source; an insulating layer, between said heat source and said release plate, said insulating layer is configured to prevent transfer of heat energy between heat source and said release plate; and a mounting plate having at least one opening dimensioned for receiving at least a forward portion of said at least one heatable imprint block including an imprinting face, wherein said heatable imprint block and said mounting plate are mounted within an imprinting assembly, wherein said mounting plate is made of a material configured for withstanding operating temperatures of up to 600° C, wherein said release plate is configured to weigh down food items to a common height or to prevent food items from lifting when said mounting plate and said at least one heatable imprinting block are raised; wherein said heatable imprinting block is configured to be pre-heated to a specified temperature between 200 0 C and 600 0 C, and for applying a specified amount of pressure to the surface of food item for a specified duration.
Procedure for measuring at least one measured variable with measuring signals in the form of ultrasonic signals, wherein a first sensor emits a first measuring signal and, at a time interval t in relation to the first measuring signal, emits at least a second measuring signal, wherein at least a second sensor receives the measuring signals, characterized in that the time interval t is selected in such a way that the amplitude of a measuring signal received by the second sensor from the superposition of the second measuring signal and reflections of the first measuring signal is maximum, wherein the first measuring signal at the second sensor is reflected to the first sensor and is reflected back from the first sensor to the second sensor, and in that the second measuring signal is superimposed with the first measuring signal reflected by the first sensor to the second sensor.
A cam assembly for a circuit breaker, comprising: a shaft comprising a plurality of circumferentially extending notches spaced apart in an axial direction of the shaft; a cam held on the shaft; and at least one self-retaining locking ring that engages a respective one of the plurality of notches to lock the cam in an axial position on the shaft. a shaft comprising a plurality of circumferentially extending notches spaced apart in an axial direction of the shaft; a cam held on the shaft; and at least one self-retaining locking ring that engages a respective one of the plurality of notches to lock the cam in an axial position on the shaft.
Tool for a microtechnical gripper, comprising a tip having: - a support and - a first finger and a second finger, each finger having a fixing base (404, 406) by which it is to be fixed to a microactuator arm (204, 206) in order to position the fingers side by side in respective starting positions, which are defined relative to at least one direction of actuation of the arms of the microtechnical gripper, and each finger (104, 106) being connected to said support by a respective flexible connecting element (108A, 108B) which is arranged so as to maintain the finger in a rest position corresponding to its starting position, the connecting element being chosen with stiffness properties that define a compromise between the need to limit the deflection of the connecting element under the weight of the associated finger, whatever the orientation of the finger in space, and the necessity of allowing the finger in question to move relative to the support in the direction or directions of actuation of said arms of the microtechnical gripper. - a support and - a first finger and a second finger,
A pharyngeal stimulation catheter for delivering an electrical stimulus to the body to assist recovery from dysphagia comprising: i) a feeding tube; and ii) a sleeve, incorporating one or more electrodes, characterised in that the sleeve is movable along the feeding tube before the catheter is inserted into the body, such that the position of the sleeve is adjustable; and a means to fix the position of the sleeve relative to the feeding tube once the sleeve is in position; wherein the feeding tube and sleeve are configured such that the feeding tube and sleeve are inserted into the body together and the feeding tube can be selectively removed from the body without removal of the sleeve from the body, and/or the sleeve can be selectively removed from the body without removal of the feeding tube from the body. i) a feeding tube; and ii) a sleeve, incorporating one or more electrodes,
A damper assembly comprising a cylinder with a piston assembly which is mounted for reciprocal movement therein and which divides the cylinder into separate chambers with a restricted flow path therebetween for passage of damping fluid contained within the cylinder, wherein the restricted flow path is defined between elements whose shape and/or relative position is designed to vary with temperature; wherein the elements are arranged so that the effective size of the restricted flow path therebetween reduces as temperature increases; wherein one of the elements is an elongate pin; wherein the pin is located within a hole of the piston assembly having a cross-sectional shape whose area varies with respect to a longitudinal axis of the cylinder; characterized in that the pin is arranged to be movably axially within said hole of the piston assembly.