mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a concentrator photovoltaic module including: a plurality of power generating elements onto which sunlight is concentrated by a plurality of condenser lenses, and a housing configured to accommodate the plurality of power generating elements, the housing including a resin frame body, and a metal bottom plate that closes a bottom-side opening of the frame body and has an inner surface on which the plurality of power generating elements are disposed, the method comprising: a first step of bringing a peripheral edge of the inner surface of the bottom plate into contact with a bottom end surface of the frame body, and fixing the bottom plate to the frame body to obtain the housing; and a second step of fixing the housing to a transport jig configured to transport the housing in a horizontally laid state, wherein the transport jig includes a support portion that is provided so as to correspond to the bottom end surface of the frame body, and supports the housing from below, and in the second step, the housing is fixed to the transport jig, with the support portion being in contact with a peripheral edge of an outer surface of the bottom plate. and a housing configured to accommodate the plurality of power generating elements, the housing including a resin frame body, and a metal bottom plate that closes a bottom-side opening of the frame body and has an inner surface on which the plurality of power generating elements are disposed, the method comprising: a first step of bringing a peripheral edge of the inner surface of the bottom plate into contact with a bottom end surface of the frame body, and fixing the bottom plate to the frame body to obtain the housing; and a second step of fixing the housing to a transport jig configured to transport the housing in a horizontally laid state, wherein the transport jig includes a support portion that is provided so as to correspond to the bottom end surface of the frame body, and supports the housing from below, and in the second step, the housing is fixed to the transport jig, with the support portion being in contact with a peripheral edge of an outer surface of the bottom plate. a first step of bringing a peripheral edge of the inner surface of the bottom plate into contact with a bottom end surface of the frame body, and fixing the bottom plate to the frame body to obtain the housing; and a second step of fixing the housing to a transport jig configured to transport the housing in a horizontally laid state, wherein the transport jig includes a support portion that is provided so as to correspond to the bottom end surface of the frame body, and supports the housing from below, and in the second step, the housing is fixed to the transport jig, with the support portion being in contact with a peripheral edge of an outer surface of the bottom plate.
Device for a motor vehicle latch comprising at least a catch, whereby the catch comprises a catch axis, a latch holder mounting, a main ratchet and a pre-ratchet and is pivotably accommodated on the catch axis, a pawl with a pawl axis, a pawl main ratchet position, a ratchet leg and a ratchet hook with a ratchet hook blocking surface, and a blocking lever, which has a blocking lever axis, a triggering leg and a blocking leg with a blocking lever contact surface, whereby the blocking lever locks the pawl by means of the blocking leg in a pawl main ratchet position by contacting of the blocking lever contact surface with the ratchet hook blocking surface in the opening direction of the pawl, whereby the pawl is pivoted away during an opening movement of the catch, a closure movement of the catch, a pre-ratchet position of the catch and an open position of the catch in relation to the pawl main ratchet position around an angle α from the catch, whereby the angle α is always greater than 0°.
Temperature sensor comprising: a p-n junction device; a current device (120, 130) adapted to provide a sequence of different currents to the p-n junction device, said sequence covering a range of currents such that the voltage characteristics comprise a full sweep of the current-voltage behavior of the p-n junction device, said full sweep including the off-region, linear region and saturation region of the current-voltage behavior; a measurement circuit adapted to measure the voltage characteristics of the p-n junction device as a function of said sequence; and a processor adapted to determine the minimum value of the subthreshold swing from said characteristics and to convert said minimum value to a temperature value. a p-n junction device; a current device (120, 130) adapted to provide a sequence of different currents to the p-n junction device, said sequence covering a range of currents such that the voltage characteristics comprise a full sweep of the current-voltage behavior of the p-n junction device, said full sweep including the off-region, linear region and saturation region of the current-voltage behavior; a measurement circuit adapted to measure the voltage characteristics of the p-n junction device as a function of said sequence; and a processor adapted to determine the minimum value of the subthreshold swing from said characteristics and to convert said minimum value to a temperature value.
A gust sensing vane having a cropped-delta shape, wherein the gust sensing vane comprises: a forward portion having a leading edge; an aft portion having a first trailing edge and a second trailing edge; and a rotary hub defining an axis of rotation; wherein the gust sensing vane is coupled to, and extends away from, the rotary hub; and wherein the gust sensing vane aligns to a fluid flow direction; characterised in that a cross-sectional area of the forward portion has a triangular shape and a cross-sectional area of the aft portion has two substantially parallel sides, wherein the plane of the cross-sectional area of the forward and aft portions (201, 203) is perpendicular to the axis of rotation. a forward portion having a leading edge; an aft portion having a first trailing edge and a second trailing edge; and a rotary hub defining an axis of rotation; wherein the gust sensing vane is coupled to, and extends away from, the rotary hub; and wherein the gust sensing vane aligns to a fluid flow direction; characterised in that a cross-sectional area of the forward portion has a triangular shape and a cross-sectional area of the aft portion has two substantially parallel sides, wherein the plane of the cross-sectional area of the forward and aft portions (201, 203) is perpendicular to the axis of rotation.
A multilayer article comprising at least one layer formed from a resinous composition, wherein the composition comprising: (i) 10-40 wt.%, based on the weight of resinous components in the composition, of at least one rubber modified thermoplastic resin comprising a discontinuous elastomeric phase dispersed in a first rigid thermoplastic phase, wherein at least a portion of the first rigid thermoplastic phase is grafted to the elastomeric phase, and wherein the elastomeric phase comprises structural units derived from a monomer selected from the group consisting of butadiene and butadiene-styrene mixture; and wherein the first rigid thermoplastic phase comprises structural units derived from at least one vinyl aromatic monomer, at least one monoethylenically unsaturated nitrile monomer, and optionally at least one (C 1 -C 12)alkyl- and aryl-(meth)acrylate monomer; (ii) 90-60 wt.%, based on the weight of resinous components in the composition, of a second rigid thermoplastic polymer comprising structural units derived from monomers selected from the group consisting of styrene/acrylonitrile/methyl methacrylate, alpha-methyl styrene/acrylonitrile/ methyl methacrylate, alpha-methylstyrene/styrene/acrylonitrile/methyl methacrylate, and mixtures thereof, wherein said structural units are derived from 15-68 wt. % methyl methacrylate, based on the weight of monomers employed; and (iii) at least one additive, colorant, dye or pigment; wherein the at least one layer has reduced susceptibility to scratch formation during abrasion of its surface as measured using the pencil hardness test method ASTM D3363 with 1 kilogram weight. (i) 10-40 wt.%, based on the weight of resinous components in the composition, of at least one rubber modified thermoplastic resin comprising a discontinuous elastomeric phase dispersed in a first rigid thermoplastic phase, wherein at least a portion of the first rigid thermoplastic phase is grafted to the elastomeric phase, and wherein the elastomeric phase comprises structural units derived from a monomer selected from the group consisting of butadiene and butadiene-styrene mixture; and wherein the first rigid thermoplastic phase comprises structural units derived from at least one vinyl aromatic monomer, at least one monoethylenically unsaturated nitrile monomer, and optionally at least one (C 1 -C 12)alkyl- and aryl-(meth)acrylate monomer; (ii) 90-60 wt.%, based on the weight of resinous components in the composition, of a second rigid thermoplastic polymer comprising structural units derived from monomers selected from the group consisting of styrene/acrylonitrile/methyl methacrylate, alpha-methyl styrene/acrylonitrile/ methyl methacrylate, alpha-methylstyrene/styrene/acrylonitrile/methyl methacrylate, and mixtures thereof, wherein said structural units are derived from 15-68 wt. % methyl methacrylate, based on the weight of monomers employed; and (iii) at least one additive, colorant, dye or pigment;
Electrical switch, especially electrical circuit breaker, with - an overcurrent tripping device which, in the event of an overcurrent situation, switches off the flow of current through the switch, and - a thermal tripping device which, in the event of a thermal overload, switches off the flow of current through the switch - wherein the overcurrent tripping device has a first shaft which is disposed such that, in the event of an overcurrent situation, it is rotated from a first position into a second position and through this movement indicates the overcurrent situation, and - wherein the thermal tripping device has a second shaft which is disposed such that it is rotated in the event of a thermal overload and is also rotated as well in the event of a rotation of the first shaft and initiates the switching off of the switch when it rotates, - wherein the first shaft and the second shaft are disposed coaxially and are held by individually assigned bearings, characterised in that the second shaft is disposed within the first shaft. - an overcurrent tripping device which, in the event of an overcurrent situation, switches off the flow of current through the switch, and - a thermal tripping device which, in the event of a thermal overload, switches off the flow of current through the switch - wherein the overcurrent tripping device has a first shaft which is disposed such that, in the event of an overcurrent situation, it is rotated from a first position into a second position and through this movement indicates the overcurrent situation, and - wherein the thermal tripping device has a second shaft which is disposed such that it is rotated in the event of a thermal overload and is also rotated as well in the event of a rotation of the first shaft and initiates the switching off of the switch when it rotates, - wherein the first shaft and the second shaft are disposed coaxially and are held by individually assigned bearings,
Method for preparing a cell population enriched with clonogenic mesenchymal stem cells, comprising: a) culturing a cell population in suspension which may contain clonogenic mesenchymal stem cells on a solid substrate, in a culture medium comprising serum, to confluence; b) removing the culture supernatant, detaching the cells that have reached confluence from the solid substrate, and suspending the cells in a serum-free culture medium; c) culturing the cells obtained in step b) on a new solid substrate and in a serum-free culture medium for from 18 hours to 30 hours; d) removing the serum-free culture medium and adding a culture medium comprising serum; e) culturing the cells in the culture medium comprising serum for at least 8 days, preferably to confluence, optionally with renewal of the culture medium supplemented with serum; f) harvesting the adherent cells obtained, said adherent cells constituting a cell population that is enriched with clonogenic mesenchymal stem cells as compared with the cell population cultured in step a). a) culturing a cell population in suspension which may contain clonogenic mesenchymal stem cells on a solid substrate, in a culture medium comprising serum, to confluence; b) removing the culture supernatant, detaching the cells that have reached confluence from the solid substrate, and suspending the cells in a serum-free culture medium; c) culturing the cells obtained in step b) on a new solid substrate and in a serum-free culture medium for from 18 hours to 30 hours; d) removing the serum-free culture medium and adding a culture medium comprising serum; e) culturing the cells in the culture medium comprising serum for at least 8 days, preferably to confluence, optionally with renewal of the culture medium supplemented with serum; f) harvesting the adherent cells obtained, said adherent cells constituting a cell population that is enriched with clonogenic mesenchymal stem cells as compared with the cell population cultured in step a).
Pyrotechnic ignition pill with - a housing, - an ignition charge housed in the housing, - at least two terminal contacts connected to the ignition charge, - wherein the terminal contacts are guided out of the housing through at least one glass bushing, - wherein the terminal contacts have a round cross-sectional profile in the region of the ignition charge characterized in - that the terminal contacts outside the housing have an angular cross-sectional profile such that the terminal contacts with angular cross-sectional profile are adapted for connector geometries which are designed for angular connection pins. - a housing, - an ignition charge housed in the housing, - at least two terminal contacts connected to the ignition charge, - wherein the terminal contacts are guided out of the housing through at least one glass bushing, - wherein the terminal contacts have a round cross-sectional profile in the region of the ignition charge characterized in - that the terminal contacts outside the housing have an angular cross-sectional profile such that the terminal contacts with angular cross-sectional profile are adapted for connector geometries which are designed for angular connection pins.
A gasket comprising: a bi-directionally self-energizing main body, wherein the main body is configured to be self-energizing to seal regardless of with pressure from a first direction and/or from a second direction opposite the first direction, wherein the main body is annular, and wherein the main body includes a radially inward opening self-energizing feature configured to increase sealing engagement with pressure in the heat exchange chamber, and wherein the self-energizing feature includes a pair of axially spaced ridges extending from the main body of the gasket on either side of an annular pocket that opens radially inward from the main body of the gasket, wherein the gasket includes a radially outward opening self-energizing feature configured to increase sealing engagement with pressure in the inlet-outlet chamber, and in particular, wherein the self-energizing feature includes a pair of axially spaced ridges extending from the main body on either side of an annular pocket that opens radially outward from the main body, characterised in that the inward opening self-energizing feature includes a pair of axially opposed annular channels in the main body proximate the annular pocket to facilitate flexure of the ridges for self-energized sealing of the ridges, and in that the outward opening self-energizing feature includes a pair of axially opposed annular channels in the main body proximate the annular pocket to facilitate flexure of the ridges for self-energized sealing of the ridges. a bi-directionally self-energizing main body, wherein the main body is configured to be self-energizing to seal regardless of with pressure from a first direction and/or from a second direction opposite the first direction, wherein the main body is annular, and wherein the main body includes a radially inward opening self-energizing feature configured to increase sealing engagement with pressure in the heat exchange chamber, and wherein the self-energizing feature includes a pair of axially spaced ridges extending from the main body of the gasket on either side of an annular pocket that opens radially inward from the main body of the gasket, wherein the gasket includes a radially outward opening self-energizing feature configured to increase sealing engagement with pressure in the inlet-outlet chamber, and in particular, wherein the self-energizing feature includes a pair of axially spaced ridges extending from the main body on either side of an annular pocket that opens radially outward from the main body, characterised in that the inward opening self-energizing feature includes a pair of axially opposed annular channels in the main body proximate the annular pocket to facilitate flexure of the ridges for self-energized sealing of the ridges, and in that the outward opening self-energizing feature includes a pair of axially opposed annular channels in the main body proximate the annular pocket to facilitate flexure of the ridges for self-energized sealing of the ridges.
System for implanting a medical implant in the human or animal body, comprising: a wire-like element for connecting the system with the medical implant, a double-lumen guiding tube for the wire-like element, and a handle for operating the system, wherein the medical implant is located at the proximal end of the guiding tube and the handle at the distal end of the guiding tube, and wherein the wire-like element is fixed with a first end at the handle, guided through a first lumen of the double-lumen guiding tube to the medical implant, engaging connecting means of the medical implant and guided through a second lumen of the double-lumen guiding tube to the handle and is detachable fixed to the handle with a second end, characterized in that the handle comprises clamping means for the second end of the wire-like element, for detachably fixing the second end of the wire-like element at the handle, and comprising a safeguard against unintentionally operating of the clamping means. a wire-like element for connecting the system with the medical implant, a double-lumen guiding tube for the wire-like element, and a handle for operating the system, wherein the medical implant is located at the proximal end of the guiding tube and the handle at the distal end of the guiding tube, and wherein the wire-like element is fixed with a first end at the handle, guided through a first lumen of the double-lumen guiding tube to the medical implant, engaging connecting means of the medical implant and guided through a second lumen of the double-lumen guiding tube to the handle and is detachable fixed to the handle with a second end, characterized in that the handle comprises clamping means for the second end of the wire-like element, for detachably fixing the second end of the wire-like element at the handle, and comprising a safeguard against unintentionally operating of the clamping means.
A smoking article (2, 44, 50) comprising: a combustible heat source having opposed front and rear faces; an aerosol-forming substrate downstream of the rear face of the combustible heat source; a first heat-conducting element comprising one or more radially inner layers of heat-conductive material overlying a rear portion of the combustible heat source; and a second heat-conducting element (38, 64) comprising one or more radially outer layers of heat-conductive material overlying at least a portion of the aerosol-forming substrate, wherein the one or more radially outer layers of heat-conductive material do not overlie the one or more radially inner layers of heat-conductive material. a combustible heat source having opposed front and rear faces; an aerosol-forming substrate downstream of the rear face of the combustible heat source; a first heat-conducting element comprising one or more radially inner layers of heat-conductive material overlying a rear portion of the combustible heat source; and a second heat-conducting element (38, 64) comprising one or more radially outer layers of heat-conductive material overlying at least a portion of the aerosol-forming substrate, wherein the one or more radially outer layers of heat-conductive material do not overlie the one or more radially inner layers of heat-conductive material.
An aircraft seat comprising at least one actuator capable of generating a movement and at least one movement transmission device (22, 74) including: - a frame (26; 261) provided with a through bore extending in an axial direction (x), - a drive body (28; 281) adapted to be rotated relative to the frame (26; 261) about an axis extending in an axial direction (x); said drive body (28; 281) being arranged in the bore, free in translation in at least the axial direction (x) relative to the frame (26; 261), characterised in that said frame (26; 261) comprises at least one abutment face (34, 38; 75) and at least one braking face (36, 40; 83), said drive body (28; 281) comprising at least one abutment face (62, 65; 84) extending in line with the abutment face (34, 38; 75) of the frame and at least one braking face (55, 63; 86) extending in line with at least part of the braking face (36, 40; 83) of the frame, - at least one elastic element (30, 31; 301) arranged between said at least one abutment face (34, 38; 75) of the frame and said at least one abutment face (62, 65; 84) of the drive body to maintain said at least one braking face (55, 63; 86) of the drive body at a defined distance (Dd) from said at least one braking face (36, 40; 83) of the frame, said at least one elastic element (30, 31; 301) having a determined stiffness and being pre-stressed so that, when an axial load (Ce, Cs) greater than a threshold load is applied to the drive body (28; 281), said elastic element (30, 31; 301) compresses and said at least one braking face (55, 63; 86) of the drive body contacts said at least one braking face (36, 40; 83) of the frame. - a frame (26; 261) provided with a through bore extending in an axial direction (x), - a drive body (28; 281) adapted to be rotated relative to the frame (26; 261) about an axis extending in an axial direction (x); said drive body (28; 281) being arranged in the bore, free in translation in at least the axial direction (x) relative to the frame (26; 261), characterised in that said frame (26; 261) comprises at least one abutment face (34, 38; 75) and at least one braking face (36, 40; 83), said drive body (28; 281) comprising at least one abutment face (62, 65; 84) extending in line with the abutment face (34, 38; 75) of the frame and at least one braking face (55, 63; 86) extending in line with at least part of the braking face (36, 40; 83) of the frame, - at least one elastic element (30, 31; 301) arranged between said at least one abutment face (34, 38; 75) of the frame and said at least one abutment face (62, 65; 84) of the drive body to maintain said at least one braking face (55, 63; 86) of the drive body at a defined distance (Dd) from said at least one braking face (36, 40; 83) of the frame, said at least one elastic element (30, 31; 301) having a determined stiffness and being pre-stressed so that, when an axial load (Ce, Cs) greater than a threshold load is applied to the drive body (28; 281), said elastic element (30, 31; 301) compresses and said at least one braking face (55, 63; 86) of the drive body contacts said at least one braking face (36, 40; 83) of the frame.