mhurhangee/ep-ind-claims huggingface dataset:
Drawing assembly for machines for working a couple of metal profiles (2, 2'), comprising at least a first wheel and a second wheel opposite and counter-rotating in a way as to define peripherally between them a feed path for said profiles (2, 2') to be drawn, at least a motor member (14, 15) to drive at least one wheel of said first wheel and said second wheel, a first support framework for said first wheel and a second support framework for said second wheel, said second wheel being driven by a drive device between a distanced opening position and an approached tightening position, wherein said second wheel is pushed towards said first wheel to tighten said profiles (2, 2') being fed with a resulting tightening force, said assembly being characterized in that said first support framework for said first wheel and said second support framework for said second wheel are mounted tiltable relatively to each other about a tilting axis, which is parallel to the axes of said couple of profiles (2, 2') arranged in said feed path and is arranged in the passage area of said profiles (2, 2'), to allow the relative tilting of said first wheel and of said second wheel with respect to said tilting axis, of width and direction (+α, -α) such as to compensate instantaneously and spontaneously differentiated variations of section of said profiles (2, 2') being fed, maintaining equally distributed said resulting tightening force on both said profiles (2, 2').
Method for producing an extrudate with a sheath, in which method, by means of an extruder unit, the sheath is extruded with a predefined wall thickness, wherein, downstream of the extruder unit in a conveying direction, part of the still malleable material is accumulated with the aid of a mould unit during a shaping process in such a way that an integral moulding is formed on the sheath, wherein the mould unit is moved according to the following operating cycle, - the mould unit is accelerated from an initial position in the conveying direction, - the mould unit is actuated in the direction towards the extrudate, and the moulding is formed, - the mould unit is retracted from the extrudate, - the mould unit is decelerated and displaced from a terminal position, counter to the conveying direction, back in the direction towards the initial position, wherein the extrudate is conveyed in the conveying direction at a predefined linear speed, and the mould unit during the shaping process is displaced at a mould speed different from the linear speed, characterized in that the moulding is moulded directly from the material of the sheath in that the material of the sheath is scraped from the initially completed sheath and is accumulated for shaping the moulding, wherein the mould unit is displaced linearly along a linear guide between an initial position and a terminal position. - the mould unit is accelerated from an initial position in the conveying direction, - the mould unit is actuated in the direction towards the extrudate, and the moulding is formed, - the mould unit is retracted from the extrudate, - the mould unit is decelerated and displaced from a terminal position, counter to the conveying direction, back in the direction towards the initial position,
A system for providing a device access to sensor data of a sensor, the system comprising: - the sensor covering a sensing volume, the sensing volume having a particular shape, and - one or more light sources for emitting light having a light distribution resembling the shape of the sensing volume, the one or more light sources being arranged with respect to the sensor such that the sensing volume substantially overlaps the light distribution, and - a driver for driving the one or more light sources to embed a code in the light, characterised in that the code comprises the sensor data of the sensor, or in that the code comprises a key for providing access to the sensor data of the sensor. - the sensor covering a sensing volume, the sensing volume having a particular shape, and - one or more light sources for emitting light having a light distribution resembling the shape of the sensing volume, the one or more light sources being arranged with respect to the sensor such that the sensing volume substantially overlaps the light distribution, and - a driver for driving the one or more light sources to embed a code in the light,
A method of manufacturing a bipolar transistor, the method comprising: providing a semiconductor substrate including a collector region; forming a base layer on the semiconductor substrate; forming an etch protect layer (32, 34) on a portion of the base layer defining an emitter region to be formed; forming a base contact layer over the etch protect layer and the base layer; forming an electrically insulating layer over the base contact layer; etching an opening in the resultant structure formed after the formation of the electrically insulating layer, said opening comprising an emitter window portion exposing at least a part of the etch protect layer and a field plate trench portion adjacent to the emitter window portion extending through the base layer, the base contact layer and part of the substrate; lining said opening with an electrically insulating material (52, 54); exposing said base layer where said emitter region is to be formed; and filling the lined opening with an electrically conductive material. providing a semiconductor substrate including a collector region; forming a base layer on the semiconductor substrate; forming an etch protect layer (32, 34) on a portion of the base layer defining an emitter region to be formed; forming a base contact layer over the etch protect layer and the base layer; forming an electrically insulating layer over the base contact layer; etching an opening in the resultant structure formed after the formation of the electrically insulating layer, said opening comprising an emitter window portion exposing at least a part of the etch protect layer and a field plate trench portion adjacent to the emitter window portion extending through the base layer, the base contact layer and part of the substrate; lining said opening with an electrically insulating material (52, 54); exposing said base layer where said emitter region is to be formed; and filling the lined opening with an electrically conductive material.
Coaxial connecting member for transmitting radio-frequency signals between a first and a second circuit board (2, 3) spaced a distance apart from each other, comprising a. an inner conductor and an outer conductor extending in the direction of a center axis and an insulating member arranged between the inner conductor and the outer conductor, b. wherein the inner conductor and/or the outer conductor comprise i. a first and a second end section (7, 8) to interconnect the inner conductor and/or the outer conductor to the first and the second circuit board (2, 3) and ii. wherein the first and the second end section (7, 8) are interconnected to each other by a section which comprises a pattern of transversal sections and stay sections which are delimited from each other by slots forming a meander shaped grid section, wherein the slots are arranged essentially perpendicular with respect to the center axis, characterised in that the inner conductor is made from bent sheet metal wherein the bent sheet metal in the longitudinal direction of the inner conductor connects to each other along a join. a. an inner conductor and an outer conductor extending in the direction of a center axis and an insulating member arranged between the inner conductor and the outer conductor, b. wherein the inner conductor and/or the outer conductor comprise i. a first and a second end section (7, 8) to interconnect the inner conductor and/or the outer conductor to the first and the second circuit board (2, 3) and ii. wherein the first and the second end section (7, 8) are interconnected to each other by a section which comprises a pattern of transversal sections and stay sections which are delimited from each other by slots forming a meander shaped grid section, wherein the slots are arranged essentially perpendicular with respect to the center axis, i. a first and a second end section (7, 8) to interconnect the inner conductor and/or the outer conductor to the first and the second circuit board (2, 3) and ii. wherein the first and the second end section (7, 8) are interconnected to each other by a section which comprises a pattern of transversal sections and stay sections which are delimited from each other by slots forming a meander shaped grid section, wherein the slots are arranged essentially perpendicular with respect to the center axis,
A control device for an internal combustion engine including a glow plug-integrated type cylinder pressure sensor in which a pressure receiving section of the cylinder pressure sensor that detects pressure in a cylinder of the internal combustion engine is configured as a heater containing a heating element, the control device comprising: means for performing start time control of controlling a temperature of the heater to be in a predetermined temperature range by performing energization to the heating element at a time of start of the internal combustion engine; and means for, apart from the start time control, selectively performing depositing prevention control of controlling a temperature around the heater to be in a first temperature range lower than the predetermined temperature range by performing energization to the heating element and deposit decomposition control of controlling the temperature range around the heater to be in a second temperature range that is higher than the first temperature by performing energization to the heating element, wherein the deposit decomposition control is executed conditionally upon an amount of deposit that accumulates on an inner circumferential wall of a glow hole between the heater and a cylinder head being equal to or larger than a predetermined amount. means for performing start time control of controlling a temperature of the heater to be in a predetermined temperature range by performing energization to the heating element at a time of start of the internal combustion engine; and means for, apart from the start time control, selectively performing depositing prevention control of controlling a temperature around the heater to be in a first temperature range lower than the predetermined temperature range by performing energization to the heating element and deposit decomposition control of controlling the temperature range around the heater to be in a second temperature range that is higher than the first temperature by performing energization to the heating element, wherein the deposit decomposition control is executed conditionally upon an amount of deposit that accumulates on an inner circumferential wall of a glow hole between the heater and a cylinder head being equal to or larger than a predetermined amount.
A self-standing bag (1, 2) comprising: a barrel portion where a rectangular barrel member is folded and formed in a flattened cylindrical shape and which has a front surface portion and a back surface portion; and a bottom portion where a bottom member (20A, 20B) is folded in half providing a folding line as an upper side and is attached to a lower end in the barrel portion, wherein lower ends (20b3, 20c3) of the bottom member (20A, 20B) are adhered to the lower end of the barrel portion over the entire circumference of the barrel portion, characterized in that areas of side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) are folded back along with the barrel member at edges (14, 15) of the barrel portion, and the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) are attached to an inner surface of the front surface portion or the back surface portion of the barrel portion, attaching the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) to the inner surface of the barrel portion is performed by an adhesive member (41, 42, 43, 44, 45, 46, 47, 48, 49) formed with a synthetic resin film to adhere the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) and the barrel portion so as to cover the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B). a barrel portion where a rectangular barrel member is folded and formed in a flattened cylindrical shape and which has a front surface portion and a back surface portion; and a bottom portion where a bottom member (20A, 20B) is folded in half providing a folding line as an upper side and is attached to a lower end in the barrel portion, wherein lower ends (20b3, 20c3) of the bottom member (20A, 20B) are adhered to the lower end of the barrel portion over the entire circumference of the barrel portion, characterized in that areas of side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) are folded back along with the barrel member at edges (14, 15) of the barrel portion, and the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) are attached to an inner surface of the front surface portion or the back surface portion of the barrel portion, attaching the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) to the inner surface of the barrel portion is performed by an adhesive member (41, 42, 43, 44, 45, 46, 47, 48, 49) formed with a synthetic resin film to adhere the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B) and the barrel portion so as to cover the side edges (20b1, 20b2, 20c1, 20c2) of the bottom member (20A, 20B).
A pharmaceutical composition comprising: (i) a substantially lycopene-free extract of fruit of the Solanaceae family comprising: (a) glycosylated phenolic acid or a phenolic ester; (b) a glycosylated flavonoid; and (c) a nucleoside; wherein the extract is a powder and contains <1% sugars and contains >95% of the bioactive components (a), (b) and (c) that are contained in a start mix from which the extract is prepared; and (ii) a pharmaceutically acceptable excipient. (i) a substantially lycopene-free extract of fruit of the Solanaceae family comprising: (a) glycosylated phenolic acid or a phenolic ester; (b) a glycosylated flavonoid; and (c) a nucleoside; wherein the extract is a powder and contains <1% sugars and contains >95% of the bioactive components (a), (b) and (c) that are contained in a start mix from which the extract is prepared; and (a) glycosylated phenolic acid or a phenolic ester; (b) a glycosylated flavonoid; and (c) a nucleoside; (ii) a pharmaceutically acceptable excipient.
A dispersion stabilizer for suspension polymerization, containing a polyvinyl alcohol-based polymer which has a double bond in a side chain and which is obtainable by acetalization of a polyvinyl alcohol-based polymer with a monoaldehyde having an olefinic unsaturated double bond.
A method of separating carbon from at least one lithium:transition metal material, said method comprising contacting a solid mass comprising said carbon and at least one lithium:transition metal material with a formulation comprising at least one frothing agent and at least one collecting agent to form a mixture, introducing gas through the mixture in order to generate a froth layer, and separating the froth layer from a liquid layer, wherein the froth layer comprises the carbon and the liquid layer comprises the at least one lithium:transition metal material, wherein the at least one frothing agent comprises formally hydrated terpenes selected from the group consisting of terpineols, citronellol, menthol, linalool, borneol, isoborneol, fenchyl alcohol, dihydromyrcenol, nerol, and combinations thereof, and wherein the at least one collecting agent comprises unsaturated hydrocarbon terpenes selected from the group consisting of limonene, phellandrenes, terpinenes, pinene, camphene, car-3-ene, sabinene, thujenes, allo-ocimene, ocimenes, myrcene, dihydromyrcene, and combinations thereof.
A method of receiving a downlink, DL, signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving a first control resource set, CORESET, configuration including information regarding a frequency resource of a first CORESET; and receiving (715, 720) a physical downlink control channel, PDCCH, signal by bundling a plurality of resource element groups, REGs, on the first CORESET, the information regarding the frequency resource of the first CORESET is a bitmap, characterized in that, the bitmap is configured specifically to a first sub-band in which the UE is currently operating among a plurality of sub-bands configured in the UE, the bitmap allocates the frequency resource of the first CORESET within the first sub-band in units of 'N'-resource block, RB, such that a residual resource that does not belong to any REG bundle is not present in the first CORESET after every 2, 3, or 6 REGs are bundled into 1 REG bundle, and the value 'N' is fixed to six and is commonly used for all available REG bundle sizes including 2, 3 and 6 REGs in the wireless communication system. receiving a first control resource set, CORESET, configuration including information regarding a frequency resource of a first CORESET; and receiving (715, 720) a physical downlink control channel, PDCCH, signal by bundling a plurality of resource element groups, REGs, on the first CORESET, the information regarding the frequency resource of the first CORESET is a bitmap, characterized in that, the bitmap is configured specifically to a first sub-band in which the UE is currently operating among a plurality of sub-bands configured in the UE, the bitmap allocates the frequency resource of the first CORESET within the first sub-band in units of 'N'-resource block, RB, such that a residual resource that does not belong to any REG bundle is not present in the first CORESET after every 2, 3, or 6 REGs are bundled into 1 REG bundle, and the value 'N' is fixed to six and is commonly used for all available REG bundle sizes including 2, 3 and 6 REGs in the wireless communication system.
Scoop-proof round plug connector comprising a socket with a socket contact body having socket contact elements, and comprising a socket fastening sleeve which receives the socket contact body, wherein the socket contact body has a plurality of coding recesses (35, 36, 37, 38, 39) and also a plug which has a multi-pole pin body with pin contact elements which extends into the plug-side receiving space of the plug sleeve which surrounds the plug, and wherein the plug sleeve forms at least three coding ribs (76, 77, 78, 79), which correspond to the coding recesses (35, 36, 37, 38, 39), on its inner circumference in the receiving space of the plug sleeve, wherein each of the at least three coding ribs (76, 77, 78, 79) is integrally formed on the plug sleeve and, on its plug-side end, forms a guide face which together form a bearing face for the plug sleeve stop face of the socket contact body, which plug sleeve stop face is formed as a mating bearing, and wherein the guide faces span a common plane, so that the plug, when it is plug-connected to the socket, rests on the plug sleeve stop face of the socket contact body by way of its guide faces and can be moved to an orientation in which it can be plugged-connected to the socket by rotating the plug sleeve stop face to the guide faces, in which orientation the coding ribs (76, 77, 78, 79) can enter the corresponding coding recesses (35, 36, 37, 38, 39), and wherein the coding ribs (76, 77, 78, 79), after entering the coding recesses (35, 36, 37, 38, 39), enter to a depth which is determined by a fastening sleeve of the plug butting against the socket, characterized in that the socket contact elements are in the form of coaxial socket contact elements with a socket sleeve which surrounds a socket contact, and in that the pin contact elements are in the form of coaxial pin contact elements with a pin sleeve which surrounds a pin contact, and in that the socket contact body for the socket contact elements forms four identical longitudinal bores (20, 21, 22, 23) and the pin body has tubular longitudinal lugs which each fit into the longitudinal bores (20, 21, 22, 23) which are formed by the socket contact body and in which tubular longitudinal lugs the pin contact elements are arranged, wherein the pin body is of two-part form.
A lighting device, comprising: an electronic device housing; an electrical connecting part mounted at one side of the electronic device housing; a heat sink mounted at the other side of the electronic device housing; and a plurality of light sources arranged on the heat sink, wherein the heat sink is made of a transparent material and forms at least a part of a light emergent surface for the light from the light sources, wherein the heat sink comprises an end plate for supporting the light sources, which is designed to be a circuit board, characterized in that, the heat sink comprises a base body designed to be hollow, and an opening end of the base body distal from the electronic device housing is closed by the end plate, wherein the base body and the end plate are designed so that the light from the light sources can emerge through the base body and the end plate.
Layer transfer method comprising the following steps: a step of providing an initial substrate; a step of providing an intermediate substrate; a first step of connecting the intermediate substrate and the initial substrate; a step of thinning the initial substrate after it has been connected to the intermediate substrate; a step of providing a final substrate; a second step of connecting the thinned initial substrate and the final substrate; a step of detaching the intermediate substrate after the second connecting step; characterized in that the intermediate substrate comprises silicon on the surface intended to be connected to the initial substrate; the initial substrate does not comprise silicon on the surface intended to be connected to the intermediate substrate; a first SOG type bonding layer, referred to as a temporary layer, comprising methylsiloxane in liquid state is deposited by spin coating on the surface of the initial substrate that does not comprise silicon and then a first heat treatment is carried out to densify this first bonding layer, referred to as the temporary layer, before the first connecting step; the second connecting step is carried out via a second SOG type bonding layer comprising silicate or methylsilsesquioxane in liquid state and deposited by spin coating followed by a second densification heat treatment; and in that the final substrate is designed such that it would deteriorate during application of a heat treatment exceeding 300°C. a step of providing an initial substrate; a step of providing an intermediate substrate; a first step of connecting the intermediate substrate and the initial substrate; a step of thinning the initial substrate after it has been connected to the intermediate substrate; a step of providing a final substrate; a second step of connecting the thinned initial substrate and the final substrate; a step of detaching the intermediate substrate after the second connecting step; characterized in that the intermediate substrate comprises silicon on the surface intended to be connected to the initial substrate; the initial substrate does not comprise silicon on the surface intended to be connected to the intermediate substrate; a first SOG type bonding layer, referred to as a temporary layer, comprising methylsiloxane in liquid state is deposited by spin coating on the surface of the initial substrate that does not comprise silicon and then a first heat treatment is carried out to densify this first bonding layer, referred to as the temporary layer, before the first connecting step; the second connecting step is carried out via a second SOG type bonding layer comprising silicate or methylsilsesquioxane in liquid state and deposited by spin coating followed by a second densification heat treatment; and in that the final substrate is designed such that it would deteriorate during application of a heat treatment exceeding 300°C.