mhurhangee/ep-ind-claims huggingface dataset:
A drive mechanism of a drug delivery device for dispensing of a dose of a medicament, the mechanism comprising: - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction, - a drive sleeve extending in axial direction (1, 2) and being rotatably supported in the housing, - a dose setting member, - wherein the drive sleeve is operably releasable from the piston rod and rotatably engageable with the dose setting member for setting of the dose, characterized in that - the dose setting member is rotatably supported on a side wall portion of the housing and is rotatable with respect to an axis extending in radial direction (r) with respect to the axially elongated housing. - an elongated housing extending in an axial direction (1, 2), - a piston rod to operably engage with a piston of a cartridge to displace the piston in axial distal direction, - a drive sleeve extending in axial direction (1, 2) and being rotatably supported in the housing, - a dose setting member, - wherein the drive sleeve is operably releasable from the piston rod and rotatably engageable with the dose setting member for setting of the dose, characterized in that - the dose setting member is rotatably supported on a side wall portion of the housing and is rotatable with respect to an axis extending in radial direction (r) with respect to the axially elongated housing.
Circuit breaker, comprising a housing, a bus bar stationarily arranged in the housing, and a movable contact arm that interacts with the bus bar, characterised in that - a holding element (12, 15, 16) touches the bus bar in an overlapping area, - the holding element (12, 15, 16) transversely protrudes over the bus bar there and - the holding element (12, 15, 16) is connected to the housing outside the overlapping area, wherein the bus bar is clamped between the holding element (12, 15, 16) and the housing. - a holding element (12, 15, 16) touches the bus bar in an overlapping area, - the holding element (12, 15, 16) transversely protrudes over the bus bar there and - the holding element (12, 15, 16) is connected to the housing outside the overlapping area, wherein the bus bar is clamped between the holding element (12, 15, 16) and the housing.
A diagnostic test unit for measuring a property of a bodily fluid, comprising: a substrate; at least one analytical region on the substrate, each analytical region containing a reagent; and a plurality of color legends on the substrate, characterized in that each color legend comprises a color range that spans the entire range of colors that can appear when the reagent reacts with an associated analyte. a substrate; at least one analytical region on the substrate, each analytical region containing a reagent; and a plurality of color legends on the substrate, characterized in that each color legend comprises a color range that spans the entire range of colors that can appear when the reagent reacts with an associated analyte.
A mounting bracket for scaffolding boards for a detachable connection to a connecting element of a vertical frame, comprising a cantilever arm with a longitudinal axis for receiving a scaffolding board and a holding device for fastening the mounting bracket to the connecting element, wherein the holding device comprises a terminating element and an engagement hook, wherein in an end position of the mounting bracket the engaging hook is arranged at the top of the holding device and wherein the engaging hook encompasses the connecting element by more than 180° perpendicular to the longitudinal axis, wherein the engaging hook has a downwardly directed engaging end and a support contour, which can be brought into operative connection with the connecting element, a stop element spaced apart from the engagement hook being provided to prevent rotation, the stop element comprising a contour, the contour of the stop element being designed in such a way that, in an end position, it encompasses a tube of the vertical frame by more than half its circumference, characterized in that the end element and the engagement hook are manufactured in one piece, the end element being arranged in the extension arm, the support contour being formed as a flat surface.
A hollow fiber filtration membrane for removing impurities from protein solutions, said hollow fiber filtration membrane comprising a polysulfone-based polymer and a hydrophilic polymer and having a large number of pores, wherein the hollow fiber filtration membrane has a gradient asymmetric porous structure in which an average pore diameter of the pores increases from an outer surface portion toward an inner surface portion of the membrane, a content of the hydrophilic polymer of the membrane is from 6.0 to 10.0% by mass, and a ratio between a content of the hydrophilic polymer at the inner surface portion and the content of the hydrophilic polymer of the membrane is in the range of from 0.50 to 0.80, wherein the content of the hydrophilic polymer in the membrane and the ratio between the content of hydrophilic polymer at the inner surface portion and the content of the hydrophilic polymer of the membrane is determined as described in the description.
Household appliance for culinary preparation comprising a mixing bowl (2; 102), a motor for rotationally driving a work implement in the mixing bowl (2; 102), and a support (5; 205) comprising a zone for placing a vessel, the appliance or the vessel comprising heating means enabling the heating the contents of the vessel when the latter rests on the zone of the support (5; 205), characterised in that the support (5; 205) is integrated in a case (1; 101; 201) of the appliance and is moveable between a deployed position in which the zone of the support (5; 205) is found exposed, outside the case (1; 101; 201), and a storage position in which the zone is retracted inside the case (1; 101; 201).
A massage head for a massage device comprising a motor and a transmission means for transmitting to the massage head a rotational motion of the motor, said transmission means comprising an output shaft mounted for rotation about an output axis (D-D'), said massage head comprising - a first massage roller and a second massage roller, which are intended to come into contact with the skin of a user and extend longitudinally along a first axis (B-B') and a second axis (C-C'), respectively, and - a drive system for simultaneously rotating said first and second massage rollers (8, 9) in counter-rotation about said first axis (B-B') and said second axis (C-C'), respectively, said drive system comprising an angle transmission device (38, 39A, 39B) for converting the rotational motion of the output shaft about the output axis (D-D') into a rotational motion of the first and second massage rollers (8, 9) about said first and second axes (B-B', C-C'), respectively, said first and second axes (B-B', C-C') being inscribed in a plane (P 1) intersecting said output axis (D-D'), characterized in that said drive system comprising a first set of gear(s) and a second set of gear(s) respectively provided to ensure the driving in rotation of the first massage roller and the second massage roller, respectively, each of said first and second sets of gear(s) (35A, 35B) comprising at least one driving gear wheel (36A, 36B) and one driven gear wheel (37A, 37B) fastened to one of the first and second massage rollers (8, 9), the angle transmission device (38, 39A, 39B) being formed of a double gearing with concurrent or orthogonal axes comprising an input gear wheel and two output gear wheels (39A, 39B) meshed with the input gear wheel, each output gear wheel (39A, 39B) being respectively connected to the driving gear wheel (36A, 36B) of the first set of gears(s) and the second set of gear(s) to drive said driving gear wheel (36A, 36B) in rotation. - a first massage roller and a second massage roller, which are intended to come into contact with the skin of a user and extend longitudinally along a first axis (B-B') and a second axis (C-C'), respectively, and - a drive system for simultaneously rotating said first and second massage rollers (8, 9) in counter-rotation about said first axis (B-B') and said second axis (C-C'), respectively, said drive system comprising an angle transmission device (38, 39A, 39B) for converting the rotational motion of the output shaft about the output axis (D-D') into a rotational motion of the first and second massage rollers (8, 9) about said first and second axes (B-B', C-C'), respectively, said first and second axes (B-B', C-C') being inscribed in a plane (P 1) intersecting said output axis (D-D'),
An exercise machine comprising: - a supporting frame; - a resistance fan on the supporting frame, the resistance fan being configured to provide an amount of resistance to a user of the exercise machine; - a housing enclosing the resistance fan, the housing having a plurality of openings through which air from the resistance fan is directed towards the user of the exercise machine; - a shroud (58, 58a, 58b, 58c) on the housing, the shroud (58, 58a, 58b, 58c) being movable into a plurality of positions with respect to the housing and the plurality of openings, wherein the plurality of openings defines a total cross-sectional area through which the air, upon use of the machine, flows through the housing, and wherein in each of the plurality of positions the shroud (58, 58a, 58b, 58c) covers an equal portion of the total cross-sectional area so that an equal portion of the air from the resistance fan is redirected, whereby air is redirected from the resistance fan without changing the amount of resistance provided to the user of the exercise machine, characterized in that - the shroud (58, 58a, 58b, 58c) is located on a rear side of the housing, the rear side of the housing being towards the user of the exercise machine. - a supporting frame; - a resistance fan on the supporting frame, the resistance fan being configured to provide an amount of resistance to a user of the exercise machine; - a housing enclosing the resistance fan, the housing having a plurality of openings through which air from the resistance fan is directed towards the user of the exercise machine; - a shroud (58, 58a, 58b, 58c) on the housing, the shroud (58, 58a, 58b, 58c) being movable into a plurality of positions with respect to the housing and the plurality of openings, wherein the plurality of openings defines a total cross-sectional area through which the air, upon use of the machine, flows through the housing, and wherein in each of the plurality of positions the shroud (58, 58a, 58b, 58c) covers an equal portion of the total cross-sectional area so that an equal portion of the air from the resistance fan is redirected, whereby air is redirected from the resistance fan without changing the amount of resistance provided to the user of the exercise machine, characterized in that - the shroud (58, 58a, 58b, 58c) is located on a rear side of the housing, the rear side of the housing being towards the user of the exercise machine.
A hearing aid, comprising a housing having an outer wall enclosing at least a microphone unit, the outer wall separating the microphone unit from an environment of the hearing aid, the microphone unit comprising a first chamber having a first volume and a second chamber having a second volume; a first inlet opening being arranged at the first or second chamber of the microphone unit, and a movable element separating the first chamber and second chamber; and a microphone inlet element connecting the first inlet opening to a second inlet opening formed in the outer wall of the hearing aid housing, the microphone inlet element being configured to guide sound from the environment via the second inlet opening to the first inlet opening of the microphone unit; where a microphone unit orientation is defined by a first vector perpendicular to the movable element and extending in a direction from the movable element towards the first inlet opening; and where a microphone inlet element orientation is defined by a second vector extending in a direction from the first inlet opening to the second inlet opening; the second vector having a component in a direction opposite to the first vector, wherein the microphone unit and the microphone inlet element are arranged in the housing so that: vibration contributions from the microphone unit to the movable element along the second vector and vibration contributions from the microphone inlet element to the movable element are substantially equal but of opposite directions allowing an acoustic cancellation of vibrations, said acoustic cancellation provided by said orientation and arrangement of said microphone unit and inlet element causing a pressure equalization.
An end cap assembly for a battery cell, the battery cell comprising an electrode assembly, the end cap assembly comprising: an end cap provided with an electrode lead-out hole which penetrates the end cap in a thickness direction of the end cap; an electrode terminal being configured to be electrically connected to the electrode assembly; a connector being configured to connect the end cap to fix the electrode terminal, wherein the electrode terminal is provided opposite to the electrode lead-out hole, and a projection of the electrode terminal in the thickness direction does not overlap with a projection of the end cap in the thickness direction. an end cap provided with an electrode lead-out hole which penetrates the end cap in a thickness direction of the end cap; an electrode terminal being configured to be electrically connected to the electrode assembly; a connector being configured to connect the end cap to fix the electrode terminal, wherein the electrode terminal is provided opposite to the electrode lead-out hole, and a projection of the electrode terminal in the thickness direction does not overlap with a projection of the end cap in the thickness direction.
Voltage regulation device for a rotating electric machine, specifically an alternator and/or alternator-starter in a motor vehicle, wherein said rotating electric machine is provided with a central air intake opening, said regulation device comprising one or more electronic components which are designed to participate in the control of said electric machine, a thermal dissipator provided with parallel dissipation fins (32, 132), wherein said dissipator is in a thermal exchange arrangement with said component(s), and a support upon which said dissipator is mounted, characterized in that said support is designed for mounting on the electric machine such that the dissipation fins can direct an air flux towards a pressure reduction zone, arranged between said support and said machine, wherein the central air intake opening constitutes said pressure reduction zone.
A method of manufacturing a functional inlay, the method comprising: - providing a support layer with at least a first and a second side; - embedding a wire antenna in said support layer comprising a through hole; - processing said support layer with said embedded wire antenna to a connection station along a processing path, in which: - said support layer is approached on said first side by a holding device moving essentially perpendicular to the processing path and holding a chip with a surface comprising connection pads; - said support layer is approached on said second side by a connection device moving essentially perpendicular to the processing path; and - said antenna wire is connected to said connection pads by means of a reciprocal pressure exerted between said holding device and said connection device; wherein the chip is positioned by the holding device in the through hole during or shortly before the connection step. - providing a support layer with at least a first and a second side; - embedding a wire antenna in said support layer comprising a through hole; - processing said support layer with said embedded wire antenna to a connection station along a processing path, in which: - said support layer is approached on said first side by a holding device moving essentially perpendicular to the processing path and holding a chip with a surface comprising connection pads; - said support layer is approached on said second side by a connection device moving essentially perpendicular to the processing path; and - said antenna wire is connected to said connection pads by means of a reciprocal pressure exerted between said holding device and said connection device; - said support layer is approached on said first side by a holding device moving essentially perpendicular to the processing path and holding a chip with a surface comprising connection pads; - said support layer is approached on said second side by a connection device moving essentially perpendicular to the processing path; and - said antenna wire is connected to said connection pads by means of a reciprocal pressure exerted between said holding device and said connection device;
A mobile wireless communication device comprising: a portable handheld housing having opposing parallel front and back surfaces; a wireless transceiver carried by said portable handheld housing; a pair of internal antennas (30, 33) positioned in side-by-side relation in said portable handheld housing, each of the antennas (30, 33) comprising a planar conductive element printed on a circuit board, and said pair of antennas being arranged in side-by-side relation in an upper portion of the portable handheld housing so that their planar conductive elements extend in a plane parallel to the front and back surfaces, and so that a line within the plane that the planar conductive elements of the pair of antenna extend within and that extends from a lower portion of the portable handheld housing to the upper portion thereof interposes the facing sides of the pair of antennas; and a human interface diversity controller for operating the pair of antennas (30, 33) based upon a relative position of said portable handheld housing with respect to a hand of a human user, the human interface diversity controller being connected to said wireless transceiver, wherein said human interface diversity controller weights transmit signals based upon received signal strength. a portable handheld housing having opposing parallel front and back surfaces; a wireless transceiver carried by said portable handheld housing; a pair of internal antennas (30, 33) positioned in side-by-side relation in said portable handheld housing, each of the antennas (30, 33) comprising a planar conductive element printed on a circuit board, and said pair of antennas being arranged in side-by-side relation in an upper portion of the portable handheld housing so that their planar conductive elements extend in a plane parallel to the front and back surfaces, and so that a line within the plane that the planar conductive elements of the pair of antenna extend within and that extends from a lower portion of the portable handheld housing to the upper portion thereof interposes the facing sides of the pair of antennas; and a human interface diversity controller for operating the pair of antennas (30, 33) based upon a relative position of said portable handheld housing with respect to a hand of a human user, the human interface diversity controller being connected to said wireless transceiver, wherein said human interface diversity controller weights transmit signals based upon received signal strength.
A system for applying negative pressure to a tissue site, comprising: a dressing including a tissue interface adapted to contact the tissue site and a cover adapted to provide a fluid seal between a therapeutic environment including the tissue interface proximate one side of the cover and a local external environment on the other side of the cover; a negative-pressure source fluidly coupled to the dressing and adapted to provide negative pressure to the therapeutic environment; a pneumatic actuator having a body closed by a diaphragm forming a vacuum chamber with the body, an inlet coupled to the dressing and forming a passage through the body to fluidly couple the vacuum chamber and the therapeutic environment, a valve disposed in the passage and configured to restrict the flow of gas through the passage so that a switch pressure developed in the vacuum chamber as a result of the application of negative pressure lags a wound pressure in the therapeutic environment; and a switching element (330, 530, 630, 730, 830) coupled to the diaphragm to turn on the negative-pressure source in a relaxed position and turn off the negative-pressure source in a compressed position; wherein the diaphragm is adapted to be operatively responsive to the switch pressure to move between the relaxed position and the compressed position as the negative pressure increases and decreases. a dressing including a tissue interface adapted to contact the tissue site and a cover adapted to provide a fluid seal between a therapeutic environment including the tissue interface proximate one side of the cover and a local external environment on the other side of the cover; a negative-pressure source fluidly coupled to the dressing and adapted to provide negative pressure to the therapeutic environment; a pneumatic actuator having a body closed by a diaphragm forming a vacuum chamber with the body, an inlet coupled to the dressing and forming a passage through the body to fluidly couple the vacuum chamber and the therapeutic environment, a valve disposed in the passage and configured to restrict the flow of gas through the passage so that a switch pressure developed in the vacuum chamber as a result of the application of negative pressure lags a wound pressure in the therapeutic environment; and a switching element (330, 530, 630, 730, 830) coupled to the diaphragm to turn on the negative-pressure source in a relaxed position and turn off the negative-pressure source in a compressed position; wherein the diaphragm is adapted to be operatively responsive to the switch pressure to move between the relaxed position and the compressed position as the negative pressure increases and decreases.