mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor drive device comprising: a semiconductor module (41, 41a to 41f) comprising: switching elements (11 to 19); lead frames in which the switching elements are mounted on the side of upper surfaces of the lead frames and heat radiation surfaces are formed on the side of lower surfaces of the lead frames ; bus bars (32, 32a to 321) disposed on the lead frames , connecting between plural switching elements (11 to 19) or between the lead frames and the switching elements (11 to 19) and having flat surface portions on upper surfaces; and a sealing resin for sealing the lead frames and the switching elements (11 to 19) except heat radiation surfaces of the lead frames ; a heat sink contacting heat radiation surfaces of the lead frames included in the semiconductor modules (41, 41a to 41f) while keeping an insulation property; and a bus-bar side heat sink contacting upper surfaces of the flat surface portions of the bus bars (32, 32a to 321) of the semiconductor modules (41, 41a to 41e) while keeping an insulation property, wherein the heat radiation surfaces of the lead frames are arranged in one plane, the switching elements (11 to 19) are arranged between the heat radiation surfaces of the lead frames and upper surfaces of the flat surface portions of the bus bars (32, 32a and 321); characterized in that the heat sink and the bus-bar side heat sink are continuously coupled. switching elements (11 to 19); lead frames in which the switching elements are mounted on the side of upper surfaces of the lead frames and heat radiation surfaces are formed on the side of lower surfaces of the lead frames ; bus bars (32, 32a to 321) disposed on the lead frames , connecting between plural switching elements (11 to 19) or between the lead frames and the switching elements (11 to 19) and having flat surface portions on upper surfaces; and a sealing resin for sealing the lead frames and the switching elements (11 to 19) except heat radiation surfaces of the lead frames ; a heat sink contacting heat radiation surfaces of the lead frames included in the semiconductor modules (41, 41a to 41f) while keeping an insulation property; and a bus-bar side heat sink contacting upper surfaces of the flat surface portions of the bus bars (32, 32a to 321) of the semiconductor modules (41, 41a to 41e) while keeping an insulation property, wherein the heat radiation surfaces of the lead frames are arranged in one plane, the switching elements (11 to 19) are arranged between the heat radiation surfaces of the lead frames and upper surfaces of the flat surface portions of the bus bars (32, 32a and 321); characterized in that the heat sink and the bus-bar side heat sink are continuously coupled.
A composition comprising nanoparticles comprising a taxane and a carrier protein for use in a method of treating a proliferative disease in a human, wherein the carrier protein is albumin, and wherein the method comprises intravenously administering the composition to the human in 10 minutes or less at a drug dosage of 5 to 300 mg/m 2 .
A ski boot comprising: a substantially rigid foot-case which is adapted to accommodate the user's foot and has the lower part structured to couple with a ski binding device; a substantially rigid cuff which is adapted to surround the lower part of the user's leg and is pivotally joined to the foot-case so as to be able to rotate about a transversal axis (A) substantially perpendicular to the midplane of the ski boot; a protective tongue and/or gaiter that closes the upper part of the foot-case ; and foot-case closing means adapted to selectively close/tighten the foot-case on the user's foot; said foot-case closing means including an oblong, transversal locking band with a flexible and substantially inextensible structure, which extends transversally to the midplane of the ski boot, astride of and flush to the protective tongue and/or gaiter , and has a first end firmly fixed/connected to a first lateral side of the foot-case ; wherein the foot-case closing means additionally comprise a manually-operated coupling assembly which is adapted to connect the second end of said transversal locking band selectively and alternatively to one between the foot-case and the cuff , at a second lateral side of the foot-case opposite to said first lateral side, and is adapted to tighten and keep tightened said transversal locking band . said foot-case closing means including an oblong, transversal locking band with a flexible and substantially inextensible structure, which extends transversally to the midplane of the ski boot, astride of and flush to the protective tongue and/or gaiter , and has a first end firmly fixed/connected to a first lateral side of the foot-case ; wherein the foot-case closing means additionally comprise a manually-operated coupling assembly which is adapted to connect the second end of said transversal locking band selectively and alternatively to one between the foot-case and the cuff , at a second lateral side of the foot-case opposite to said first lateral side, and is adapted to tighten and keep tightened said transversal locking band .
A transmission of a vehicle, in particular a motor vehicle, including: - a hub mounted integral in rotation about a first shaft of the transmission, - a pinion mounted in an idling manner about this same shaft and capable of meshing a wheel mounted integral in rotation about a second shaft of the transmission, the hub and the idling pinion defining respectively two front faces close to one another and being intended to couple one to the other, by means of a sleeve of a synchromesh of the transmission, the sleeve being mounted around the hub and the pinion when a gear ratio is selected, and - a means for conveying a lubricating fluid towards internal lateral walls of the pinion and of the hub , in which the two front faces of the hub and of the pinion define together at least one groove for conveying the lubricating fluid from the internal lateral walls of the hub and of the pinion to the lateral edges of these front faces , and at least one storage pocket of this liquid at the periphery of these front faces so as to lubricate the synchromesh , characterized in that each storage pocket is formed by a hollow formed in the front face of the hub or of the pinion starting from the periphery of this face and stopping at a distance from the internal lateral wall of this hub or of this pinion. - a hub mounted integral in rotation about a first shaft of the transmission, - a pinion mounted in an idling manner about this same shaft and capable of meshing a wheel mounted integral in rotation about a second shaft of the transmission, the hub and the idling pinion defining respectively two front faces close to one another and being intended to couple one to the other, by means of a sleeve of a synchromesh of the transmission, the sleeve being mounted around the hub and the pinion when a gear ratio is selected, and - a means for conveying a lubricating fluid towards internal lateral walls of the pinion and of the hub ,
A silica sol which contains silica particles having a mean primary particle size of 20 to 100 nm and which has a silica particle size/mean primary particle size ratio, determined through dynamic light scattering, of 3.0 or less, wherein the silica particles are surface-treated with 0.1 to 5 molecules per 1 nm 2 surface area of silica particles of an organic silane compound and have an α-ray emission rate of 0.005 counts/cm 2 ·hr or less; and wherein a moisture absorption coefficient of the silica particles, determined after allowing the silica particles to stand for 48 hours at 23°C and a relative humidity of 50 RH%, of 0.5 mass% or lower; and wherein the silica particles have been heated in water at 200 to 350°C; and wherein the silica particles are produced from an active silicic acid as a starting material which is prepared through cation exchange of aqueous alkali silicate.
An implantable prosthetic repair fabric, comprising: a knit mesh that includes a plurality of generally polygonal shaped primary pores defined by knitted strands of first filaments having a first diameter; and a pair of individual second filaments that extend across each primary pore to define a plurality of secondary pores within each primary pore , each of the pair of individual second filaments extending substantially parallel to one another, each of the second filaments having a second diameter which is greater than the first diameter. a knit mesh that includes a plurality of generally polygonal shaped primary pores defined by knitted strands of first filaments having a first diameter; and a pair of individual second filaments that extend across each primary pore to define a plurality of secondary pores within each primary pore , each of the pair of individual second filaments extending substantially parallel to one another, each of the second filaments having a second diameter which is greater than the first diameter.
A refuse collection door assembly suitable for use with a refuse collection compartment , the refuse collection door assembly comprising an inner plate and an outer plate arranged adjacent each other; whereby, the inner plate is hinged along its uppermost edge to the refuse collection compartment , and, the outer plate is hinged along its lowermost edge to the refuse collection compartment ; the outer plate comprising a refuse receiving through hole which allows refuse to pass through to the refuse collection compartment ; and the outer plate comprises elements provided adjacent an uppermost edge of the outer plate which engage against the inner plate when the outer plate is rotated toward the inner plate , characterised in that the elements on the outer plate are friction reducing elements comprising rollers and the inner plate comprises securing arms having a slight curvature provided on an outer face of the inner plate to accept the rollers when the inner plate is in its closed position, and due to the slight curvature of the securing arms , the rollers when abutting against the securing arms cause the securing arms to pull on the inner plate and urge the inner plate to rotate outwardly towards the outer plate .
Control device for controlling a rotational nozzle for back-flushing at least one filter element of a filter device for filtering a gas, - having a base plate , which has a through-passage opening for filtered gas, - having a console fastened to the base plate , to which a supply pipe is fastened for supplying backflush medium for the rotational nozzle , - having a cylinder body fastened to the console and/or to the supply pipe , which cylinder body contains a cylinder , which surrounds the supply pipe , - having an axially adjustable piston in the cylinder body , which piston in the cylinder separates the control space , which is fluidically connected to an interior of the supply pipe , from a return space open to the environment of the cylinder body , - having a control sleeve , which is axially adjustable and axially guided on the outside of the supply pipe and which is connected to the piston , - having a baffle plate for control of the through-passage opening , which is connected to the control sleeve , - wherein the baffle plate , the control sleeve and the piston form a unit , which depending on the pressure difference between control space and return space is adjustable between a closed position (S1), in which the baffle plate closes the through-passage opening , and an open position (S2), in which the baffle plate opens the through-passage opening , characterised in that the baffle plate is held in a tiltable manner on the control sleeve for varying an angle of inclination between a longitudinal central axis of the control sleeve and a longitudinal central axis of the baffle plate . - having a base plate , which has a through-passage opening for filtered gas, - having a console fastened to the base plate , to which a supply pipe is fastened for supplying backflush medium for the rotational nozzle , - having a cylinder body fastened to the console and/or to the supply pipe , which cylinder body contains a cylinder , which surrounds the supply pipe , - having an axially adjustable piston in the cylinder body , which piston in the cylinder separates the control space , which is fluidically connected to an interior of the supply pipe , from a return space open to the environment of the cylinder body , - having a control sleeve , which is axially adjustable and axially guided on the outside of the supply pipe and which is connected to the piston , - having a baffle plate for control of the through-passage opening , which is connected to the control sleeve , - wherein the baffle plate , the control sleeve and the piston form a unit , which depending on the pressure difference between control space and return space is adjustable between a closed position (S1), in which the baffle plate closes the through-passage opening , and an open position (S2), in which the baffle plate opens the through-passage opening , characterised in that the baffle plate is held in a tiltable manner on the control sleeve for varying an angle of inclination between a longitudinal central axis of the control sleeve and a longitudinal central axis of the baffle plate .
A system for transcranial stimulation of a subject, wherein the system includes - a control arrangement ; - an electrode arrangement comprising a plurality of electrodes coupled to at least one electrode drive arrangement, wherein the plurality of electrodes are operable to contact onto skin of the head region of the subject, characterised in that at least one of the plurality of electrodes includes a plurality of electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) which are operable in combination to deliver a current of their corresponding at least one electrode to the head region of the subject, and wherein the at least one electrode drive arrangement is arranged to excite and monitor in operation the electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) in an individually controlled and monitored manner and the at least one electrode drive arrangement is operable substantially to even out current distribution between the plurality of electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) of the at least one electrode when in contact onto skin of the head region of the subject, wherein the control arrangement is configured to perform conductivity and/or impedance tests of the plurality of electrodes and the plurality of electrode elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, 410a, 410b, 412a, 412b) when in contact with skin of the subject, prior to commencing transcranial stimulation of the head region of the subject. - a control arrangement ; - an electrode arrangement comprising a plurality of electrodes coupled to at least one electrode drive arrangement, wherein the plurality of electrodes are operable to contact onto skin of the head region of the subject,
A method for manufacturing a press-molded article , comprising molding a blank material which is a steel plate into a press-molded article by sandwiching the blank material between a first molding surface and a second molding surface of a die , and press-molding the blank material into a predetermined shape; wherein the method comprises irradiating a predetermined portion of the press-molded article with infrared light after removing the press-molded article from the die , wherein the irradiating comprises: sandwiching the press-molded article in contact with a first retaining surface and a second retaining surface of a retainer along a shape of the press-molded article , after removing the press-molded article from the die ; and irradiating the predetermined portion with infrared light from a first infrared irradiating unit provided in a first recess of the first retaining surface opposed to the predetermined portion of the press-molded article , with the press-molded article sandwiched in contact with the first retaining surface and the second retaining surface , the first infrared irradiating unit includes an infrared heater , and the predetermined portion includes a bent portion with a shape deformed by press-molding. molding a blank material which is a steel plate into a press-molded article by sandwiching the blank material between a first molding surface and a second molding surface of a die , and press-molding the blank material into a predetermined shape; wherein the method comprises irradiating a predetermined portion of the press-molded article with infrared light after removing the press-molded article from the die , wherein the irradiating comprises: sandwiching the press-molded article in contact with a first retaining surface and a second retaining surface of a retainer along a shape of the press-molded article , after removing the press-molded article from the die ; and irradiating the predetermined portion with infrared light from a first infrared irradiating unit provided in a first recess of the first retaining surface opposed to the predetermined portion of the press-molded article , with the press-molded article sandwiched in contact with the first retaining surface and the second retaining surface , the first infrared irradiating unit includes an infrared heater , and the predetermined portion includes a bent portion with a shape deformed by press-molding. sandwiching the press-molded article in contact with a first retaining surface and a second retaining surface of a retainer along a shape of the press-molded article , after removing the press-molded article from the die ; and irradiating the predetermined portion with infrared light from a first infrared irradiating unit provided in a first recess of the first retaining surface opposed to the predetermined portion of the press-molded article , with the press-molded article sandwiched in contact with the first retaining surface and the second retaining surface , the first infrared irradiating unit includes an infrared heater , and the predetermined portion includes a bent portion with a shape deformed by press-molding.
A wave-shaped suspension edge structure for a speaker which comprises a vibration element and a supporting frame , wherein said wave-shaped suspension edge structure comprises an elastic suspension edge arranged for extending around said vibration element and extending between said vibration element and said supporting frame , wherein said elastic suspension edge comprises a plurality of wave-shaped retaining sections forming a wave-shaped structure around said vibration element along a circumferential direction so as to ensure that a movement direction of said vibration element is kept along an axial direction and to prevent said vibration element from shaking and deviating, characterized in that a ripple amplitude of each of said wave-shaped retaining sections is decreasing from an outer peripheral surface of said vibration element to an interior peripheral surface of said supporting frame .
Lighting arrangement comprising an outer cover for a side area of a vehicle, wherein the outer cover comprises: - a structural panel , in which the structural panel comprises an aperture , and wherein the arrangement comprises a lighting device, wherein the lighting device comprises: - a housing facing the aperture and defining an interior volume between the housing and the aperture , - at least one light-emitting member arranged in the interior volume and actuatable in a first on state or a second off state, - a photolith film with at least one graphic element , in which the photolith film is arranged between the at least one light-emitting member and the structural panel , and in which the outer cover is partially opaque, so as to enable the at least one graphic element to be displayed, characterized in that the lighting device comprises at least one light orientation means , wherein the at least one light orientation means is a polarizing element , such that the direction of the light emitted by the at least one light-emitting member is restricted, confining the field of illumination of light emitted towards the exterior, and in which the at least one light orientation means and the photolith film are housed in the interior volume between the housing and the aperture and are arranged parallel to and superimposed on one another. - a structural panel , in which the structural panel comprises an aperture , and wherein the arrangement comprises a lighting device, wherein the lighting device comprises: - a housing facing the aperture and defining an interior volume between the housing and the aperture , - at least one light-emitting member arranged in the interior volume and actuatable in a first on state or a second off state, - a photolith film with at least one graphic element , in which the photolith film is arranged between the at least one light-emitting member and the structural panel , and in which the outer cover is partially opaque, so as to enable the at least one graphic element to be displayed,
A cooling element , comprising a heat conduction layer coterminous with a proximal side of the cooling element, a heat retardant layer coterminous with a distal side of the cooling element, and a heat sink volume disposed between the heat conduction and heat retardant layers, extending from a proximal boundary (130-i) with the heat conduction layer to a distal boundary (110-0) with the heat retardant layer; in which the heat sink volume comprises a porous material, the pores of which being substantially filled with a first substance; characterized in that the heat conduction layer is a sheet material comprising a porous material the pores of which being at least partly filled with a second substance and forming an exterior surface of the proximal side of the cooling element configured to contact a surface of a body to be cooled; the first and second substances having thermal properties such that the first substance will solidify at a first temperature less than 20°C, the second substance being in the liquid state at the first temperature; and the heat retardant layer has a lower mean thermal conductivity than the heat conduction layer; configured such that when the exterior surface of the proximal side of the cooling element contacts the surface of the body as in use, the heat conduction layer will conduct heat from the body and into the heat sink volume more rapidly than heat is conducted through the heat retardant layer and into the heat sink volume, from the distal side of the cooling element. a heat conduction layer coterminous with a proximal side of the cooling element, a heat retardant layer coterminous with a distal side of the cooling element, and a heat sink volume disposed between the heat conduction and heat retardant layers, extending from a proximal boundary (130-i) with the heat conduction layer to a distal boundary (110-0) with the heat retardant layer; in which the heat sink volume comprises a porous material, the pores of which being substantially filled with a first substance; characterized in that the heat conduction layer is a sheet material comprising a porous material the pores of which being at least partly filled with a second substance and forming an exterior surface of the proximal side of the cooling element configured to contact a surface of a body to be cooled; the first and second substances having thermal properties such that the first substance will solidify at a first temperature less than 20°C, the second substance being in the liquid state at the first temperature; and the heat retardant layer has a lower mean thermal conductivity than the heat conduction layer; configured such that when the exterior surface of the proximal side of the cooling element contacts the surface of the body as in use, the heat conduction layer will conduct heat from the body and into the heat sink volume more rapidly than heat is conducted through the heat retardant layer and into the heat sink volume, from the distal side of the cooling element.