mhurhangee/ep-ind-claims huggingface dataset:
A holding body for heating elements, in particular oval and circular heating elements, having an outer part assembly and an inner part assembly, which is arranged within the outer part assembly and forms an elastic connection, being under tension, with the outer part assembly, wherein the outer part assembly and/or the inner part assembly include/s a plurality of receiving means being arranged distributed in the circumferential direction, in each of which a heating element is arranged, and the outer part assembly and the inner part assembly each comprise a polygon profile (14, 14') having polygon corners (14a, 14a'), and polygon sides (14b, 14b') connecting the polygon corners (14a, 14a'), characterized in that the inner part assembly and the outer part assembly are twistable relative to one another and are dimensioned such that by a relative rotation between the inner part assembly and the outer part assembly the polygon profiles (14, 14') elastically deform such that, in the mounted state, a press fit is formed in the area of the heating elements by the induced mechanical tension.
Signal transmitter for dispensing a light signal for road or rail traffic, comprising a cup-shaped inner housing with a front opening, in which are arranged a light source with at least one light-emitting diode, a driver assembly for supplying energy to the light source and a cooling plate at least partially lining the inner housing for discharging heat, and an optics attachment which closes the front opening for influencing the light emitted by the light source, characterised in that a support plate of the driver assembly is held by at least one fastening element at a predetermined assembly distance (d) parallel to the cooling plate, wherein the fastening element penetrates a first assembly opening in the cooling plate and a smaller second assembly opening in the support plate and consists of an elastic plastic of such a type that the cooling plate with an edge of the first assembly opening and the support plate with an edge of the second assembly opening are snap fitted into a first diameter restriction and into a second diameter restriction of the fastening element in each case.
A battery module, comprising: a battery group and an insulating plate; wherein the battery group comprises a bus bar and a plurality of battery units, each battery unit comprises a tab; and the bus bar is fixed at one side of the insulating plate away from the battery group; wherein the insulating plate comprises a plurality of plate assemblies, the adjacent plate assemblies are connected through a connecting plate; and there is an obtuse first angle between each plate assembly and the connecting plate connected thereto; and the plate assembly comprises a guiding groove, and each tab passes through the guiding groove and is fixed and connected to the bus bar. wherein the battery group comprises a bus bar and a plurality of battery units, each battery unit comprises a tab; and the bus bar is fixed at one side of the insulating plate away from the battery group; wherein the insulating plate comprises a plurality of plate assemblies, the adjacent plate assemblies are connected through a connecting plate; and there is an obtuse first angle between each plate assembly and the connecting plate connected thereto; and the plate assembly comprises a guiding groove, and each tab passes through the guiding groove and is fixed and connected to the bus bar.
A gas turbine engine component comprising: a wall providing an exterior surface and an interior flow path surface, the wall having a wall thickness; a protrusion arranged on the wall and extending a height beyond the wall thickness and providing a portion of the interior flow path surface; and a film cooling hole having an inlet provided on the protrusion and extending to an exit on the exterior surface, characterized in that the protrusion includes a first tapered surface configured to face into a longitudinal flow, the inlet arranged on the first tapered surface, and a second tapered surface joining the first tapered surface at a peak, the second tapered surface arranged on a downstream side of the protrusion; and the wall provides a cooling passage extending in a longitudinal direction, the film cooling hole aligned with the longitudinal direction and having a centerline that is generally in the same direction as the longitudinal direction of the cooling passage, wherein the film cooling hole includes a metering hole providing the inlet and a diffuser providing the exit arranged downstream from the metering hole. a wall providing an exterior surface and an interior flow path surface, the wall having a wall thickness; a protrusion arranged on the wall and extending a height beyond the wall thickness and providing a portion of the interior flow path surface; and a film cooling hole having an inlet provided on the protrusion and extending to an exit on the exterior surface, characterized in that the protrusion includes a first tapered surface configured to face into a longitudinal flow, the inlet arranged on the first tapered surface, and a second tapered surface joining the first tapered surface at a peak, the second tapered surface arranged on a downstream side of the protrusion; and the wall provides a cooling passage extending in a longitudinal direction, the film cooling hole aligned with the longitudinal direction and having a centerline that is generally in the same direction as the longitudinal direction of the cooling passage, wherein the film cooling hole includes a metering hole providing the inlet and a diffuser providing the exit arranged downstream from the metering hole.
A method for producing natural leathers from pieces of natural leather, by means of defibrating pieces of leather into different-sized fibers which are sorted and separated into classes based on their dimensions, the fibers of each class being mixed with a plastic-type binder substance in an inactive state, characterized in that it comprises: a) Spreading at least one layer with the different classes of fibers together with the binder material on a support sheet provided with an unlimited number of filaments crossing the different layers and partially projecting from the free surface of the outermost layer; b) Curing the binder substance; and c) Separating the support sheet of the innermost layer, extracting the filaments from said sheet to obtain small-sectioned perforations crossing all the layers. a) Spreading at least one layer with the different classes of fibers together with the binder material on a support sheet provided with an unlimited number of filaments crossing the different layers and partially projecting from the free surface of the outermost layer; b) Curing the binder substance; and c) Separating the support sheet of the innermost layer, extracting the filaments from said sheet to obtain small-sectioned perforations crossing all the layers.
A tire preparable by using a rubber composition obtainable by compounding a modified conjugated diene base polymer and precipitated silica in which a cetyltrimethylammonium bromide-adsorbing specific surface area (CTAB) (m 2 /g) and the mode A ac in diameters (nm) of primary aggregates determined by acoustic measurement of particle size distribution satisfy equation shown below: A ac ≧ - 0.76 × CTAB + 274 wherein the modified conjugated diene base polymer is obtainable by subjecting a diene base monomer used alone or in combination with other monomers to anionic polymerization in a hydrocarbon solvent using an alkali metal or alkali earth metal base initiator to obtain a conjugated diene base polymer having an active site of metal and reacting the active site of the conjugated diene base polymer with a hydrocarbyloxysilane compound which may have a functional group, to introduce the functional group into the modified conjugated diene base polymer.
An insulated framing (100, 200, 700, 1000) for power lines, comprising: a top retaining member assembly (118, 122, 136) configured to retain a power line, situated at a top vertex of the insulated framing (100, 200, 700, 1000); two legs extending from the top retaining member assembly (118, 122, 136), each leg having: a mid-leg fitting; an upper insulator (126, 226) extending diagonally upward and inward from the mid-leg fitting to the top retaining member assembly (118, 122, 136); a lower insulator (128, 228) extending diagonally downward and outward from the mid-leg fitting; a retaining member assembly (116, 120, 136) attached to an end of the lower insulator (128, 228); and a base member having two ends, each end being attached to a respective mid-leg fitting of a respective leg, the base member comprises a connector for connection to a power line support structure at a midpoint of the base member. a top retaining member assembly (118, 122, 136) configured to retain a power line, situated at a top vertex of the insulated framing (100, 200, 700, 1000); two legs extending from the top retaining member assembly (118, 122, 136), each leg having: a mid-leg fitting; an upper insulator (126, 226) extending diagonally upward and inward from the mid-leg fitting to the top retaining member assembly (118, 122, 136); a lower insulator (128, 228) extending diagonally downward and outward from the mid-leg fitting; a retaining member assembly (116, 120, 136) attached to an end of the lower insulator (128, 228); and a base member having two ends, each end being attached to a respective mid-leg fitting of a respective leg, the base member comprises a connector for connection to a power line support structure at a midpoint of the base member. a mid-leg fitting; an upper insulator (126, 226) extending diagonally upward and inward from the mid-leg fitting to the top retaining member assembly (118, 122, 136); a lower insulator (128, 228) extending diagonally downward and outward from the mid-leg fitting; a retaining member assembly (116, 120, 136) attached to an end of the lower insulator (128, 228); and a base member having two ends, each end being attached to a respective mid-leg fitting of a respective leg, the base member comprises a connector for connection to a power line support structure at a midpoint of the base member.
An audio signal processing decoder having at least one frequency band and being configured for processing an input audio signal having a plurality of input channels in the at least one frequency band, characterised in that the decoder is configured to align the phases of the input channels depending on inter-channel dependencies between the input channels, wherein the phases of input channels are the more aligned with respect to each other the higher their inter-channel dependency is; and to downmix the aligned input audio signal to an output audio signal having a lesser number of output channels than the number of the input channels.
Aerosol-generating device comprising: • an aerosolisation chamber configured to receive an aerosol-generating article comprising aerosol-forming substrate: • an air inlet through which ambient air may flow into the aerosol-generating device; and • an airflow path fluidly connecting the air inlet with the aerosolisation chamber, wherein the air inlet is arranged in a recessed portion of an outer surface of the aerosol-generating device, characterized in that the recessed portion comprises a length of more than 10 mm to prevent blocking of the air inlet by a user's finger. • an aerosolisation chamber configured to receive an aerosol-generating article comprising aerosol-forming substrate: • an air inlet through which ambient air may flow into the aerosol-generating device; and • an airflow path fluidly connecting the air inlet with the aerosolisation chamber,
Energy storage arrangement comprising: - an energy storage device having a first busbar that conducts a first, in particular upper, potential, - a housing part, in particular a bottom part, - a printed circuit board, - a first assembly bracket, - a first connection sheet, - a first controllable semiconductor switch (21, T1) that is fitted on the printed circuit board, characterised in that the printed circuit board is connected, in particular screw-connected, to the first assembly bracket, wherein the first assembly bracket is connected to the housing part, in particular in an integrally bonded manner, in particular as a composite part, wherein the printed circuit board is fitted with a first connection element, in particular wherein the first connection element is electrically connected, in particular press-fitted, to a first conducting track of the printed circuit board, wherein the first busbar is connected, in particular screw-connected, to the first connection element, wherein a terminal of the first semiconductor switch (21, T1) is electrically connected to the first connection element, and another terminal of the first semiconductor switch (21, T1) is connected to the first assembly bracket and the first connection sheet in an electrically and thermally conductive manner in order to carry away thermal losses of the first semiconductor switch (21, T1), wherein the first assembly bracket and the first connection sheet are interconnected in an electrically and thermally conductive manner. - an energy storage device having a first busbar that conducts a first, in particular upper, potential, - a housing part, in particular a bottom part, - a printed circuit board, - a first assembly bracket, - a first connection sheet, - a first controllable semiconductor switch (21, T1) that is fitted on the printed circuit board, the printed circuit board is connected, in particular screw-connected, to the first assembly bracket, wherein the first assembly bracket is connected to the housing part, in particular in an integrally bonded manner, in particular as a composite part, wherein the printed circuit board is fitted with a first connection element, in particular wherein the first connection element is electrically connected, in particular press-fitted, to a first conducting track of the printed circuit board, wherein the first busbar is connected, in particular screw-connected, to the first connection element, wherein a terminal of the first semiconductor switch (21, T1) is electrically connected to the first connection element, and another terminal of the first semiconductor switch (21, T1) is connected to the first assembly bracket and the first connection sheet in an electrically and thermally conductive manner in order to carry away thermal losses of the first semiconductor switch (21, T1), wherein the first assembly bracket and the first connection sheet are interconnected in an electrically and thermally conductive manner.
A catheter assembly for deploying and anchoring an endoluminal sleeve, the catheter assembly having an axis and comprising: a first catheter having a distal portion, a proximal portion, and a first outside diameter; a balloon disposed at the distal portion of the first catheter, the balloon having an inflated configuration in which a balloon diameter is greater than the first outside diameter and a deflated configuration; a sleeve having an lumen, the sleeve being wrapped about the catheter assembly axis; and a second catheter disposed about the first catheter; characterised by: the balloon being internal to the lumen; the sleeve having a porous outer ingrowth layer and an impermeable inner layer, the outer ingrowth layer having an outer surface with at least one temporary attachment mechanism for attachment to a body lumen; and the second catheter being slidable from a first position in which the second catheter covers the balloon and a second position in which the second catheter does not cover the balloon. a first catheter having a distal portion, a proximal portion, and a first outside diameter; a balloon disposed at the distal portion of the first catheter, the balloon having an inflated configuration in which a balloon diameter is greater than the first outside diameter and a deflated configuration; a sleeve having an lumen, the sleeve being wrapped about the catheter assembly axis; and a second catheter disposed about the first catheter; characterised by: the balloon being internal to the lumen; the sleeve having a porous outer ingrowth layer and an impermeable inner layer, the outer ingrowth layer having an outer surface with at least one temporary attachment mechanism for attachment to a body lumen; and the second catheter being slidable from a first position in which the second catheter covers the balloon and a second position in which the second catheter does not cover the balloon. the balloon being internal to the lumen; the sleeve having a porous outer ingrowth layer and an impermeable inner layer, the outer ingrowth layer having an outer surface with at least one temporary attachment mechanism for attachment to a body lumen; and the second catheter being slidable from a first position in which the second catheter covers the balloon and a second position in which the second catheter does not cover the balloon.
A method in a Relay Node, RN, (6, 100) for controlling downlink transmissions to User Equipments (4, 5), UEs, being served by the RN (6, 100) in a wireless communications network, the method comprises: - requesting each of said UEs to measure and report a Reference Signal Received Power, RSRP, and a UE total downlink interference; - measuring a RN total downlink interference; - determining which UEs are closely located to the RN based on reported RSRP which exceeds a threshold; - creating a UE-list with UEs determined to be closely located to the RN and for which a difference between the measured UE total downlink interference and the measured RN total downlink interference does not exceed a difference threshold, Th_2; - determining whether the measured RN total downlink interference exceeds a RN interference threshold; and, when so being the case, - controlling the downlink transmissions to the UEs in the created UE-list. - requesting each of said UEs to measure and report a Reference Signal Received Power, RSRP, and a UE total downlink interference; - measuring a RN total downlink interference; - determining which UEs are closely located to the RN based on reported RSRP which exceeds a threshold; - creating a UE-list with UEs determined to be closely located to the RN and for which a difference between the measured UE total downlink interference and the measured RN total downlink interference does not exceed a difference threshold, Th_2; - determining whether the measured RN total downlink interference exceeds a RN interference threshold; and, when so being the case, - controlling the downlink transmissions to the UEs in the created UE-list.
Kitchen appliance, operated by an electric motor, comprising a stirring vessel and a stirring mechanism, it being possible for the kitchen appliance to be set in a user-specific manner, a manually operable operating element also being provided, for example for setting a desired rotational speed, in addition the operating element being formed as an element that can be removed from the kitchen appliance, characterised in that the operating element comprises a data memory and a data interface so that the data contained in the data memory can be read out at the appliance, it being possible for a user-specific setting to be determined by means of the data, and in that the operating element is a rotary actuator.
A method for purifying a protein, from a solution containing at least one contaminant by superantigen chromatography comprising: a) adsorbing the protein to the superantigen immobilized on a solid support; b) removing the at least one contaminant by contacting the immobilized superantigen containing the adsorbed protein with a first wash buffer comprising about 100 mM sodium caprylate; and c) eluting the protein from the superantigen immobilized on the solid support, wherein the superantigen is selected from the group consisting of Protein A, Protein G, and Protein L, wherein the at least one contaminant is a host cell protein or host cell DNA, wherein about means ±20%, ±10%, ±5%, ±1%, or ±0.1%, and wherein the protein is selected from the group consisting of antibody, antibody fragment, immunoglobulin single variable domain, Fab, F(ab')2, Fv, disulphide linked Fv, scFv, disulphide-linked scFv and diabody.
An image processing apparatus configured to perform image processing on an input image produced by image capturing through an optical system, the apparatus characterized by comprising: a first distribution producer configured to produce a first distribution by using coefficient data of a function of an elliptical distribution, the coefficient data being obtained by approximating a point spread function that corresponds to a condition relating to the image capturing by the function; a second distribution producer configured to produce a second distribution by mirroring a part of the first distribution along an axis which is not a major axis of the elliptical distribution or a minor axis of the elliptical distribution, the second distribution including the part of the first distribution; a filter producer configured to produce, by using the second distribution, a first filter to be used for a sharpening process; and a processor configured to perform the sharpening process on the input image by using the first filter to produce a sharpened image. a first distribution producer configured to produce a first distribution by using coefficient data of a function of an elliptical distribution, the coefficient data being obtained by approximating a point spread function that corresponds to a condition relating to the image capturing by the function; a second distribution producer configured to produce a second distribution by mirroring a part of the first distribution along an axis which is not a major axis of the elliptical distribution or a minor axis of the elliptical distribution, the second distribution including the part of the first distribution; a filter producer configured to produce, by using the second distribution, a first filter to be used for a sharpening process; and a processor configured to perform the sharpening process on the input image by using the first filter to produce a sharpened image.
A drill bit having a drill helix, in which mutually symmetrical ridges helically extend around a core, grooves being left between the ridges, the width of which grooves exceeds the back width of the ridges, and the grooves having a convex core reinforcement at their groove base, characterized In that the width of the ridges at the drill's head-side end is smaller than at the shank-side end of the helix and increases at least in certain regions, and in that the core reinforcement at the drill's head-side end has a larger cross-section than at the shank-side end, especially has larger radii (40, 42) and is more ball-shaped.