mhurhangee/ep-ind-claims huggingface dataset:
A microphone stand configured to hold a microphone, the microphone stand comprising a first tubular part and a second tubular part, which are connected together in a height direction of the microphone stand by slidable insertion of one of the first tubular part and the second tubular part into another one of the first tubular part and the second tubular part in an axis center direction of the microphone stand, the first tubular part having a plurality of first cutouts, in each of which a middle portion of each of the plurality of first cutouts projects outward from a straight line connecting both ends of the each of the plurality of first cutouts, the plurality of first cutouts being formed in line in the height direction of the microphone stand, the second tubular part having a second cutout formed at a position through which the plurality of first cutouts pass by relative sliding of the first tubular part and the second tubular part in the height direction of the microphone stand, the second cutout being positionally aligned with any one of the plurality of first cutouts, a cord of the microphone being arranged inside the any one of the plurality of first cutouts and the second cutout, which are positionally aligned with each other by the relative sliding of the first tubular part and the second tubular part in the height direction of the microphone stand, to thereby serve as a stopper configured to prevent the relative sliding of the first tubular part and the second tubular part in the height direction of the microphone stand.
A method for stabilizing thermoplastic plastic recyclates against oxidative, thermal and/or actinic degradation, in which at least one substituted sugar selected from the group consisting of at least one ester and/or ether of an alditol or a cyclitol; at least one ester of a saccharic acid; and/or at least one amide and/or substituted amine of an amino sugar, and mixtures and combinations thereof, are introduced into a thermoplastic plastic recyclate. at least one substituted sugar selected from the group consisting of at least one ester and/or ether of an alditol or a cyclitol; at least one ester of a saccharic acid; and/or at least one amide and/or substituted amine of an amino sugar, and mixtures and combinations thereof, are introduced into a thermoplastic plastic recyclate. at least one ester and/or ether of an alditol or a cyclitol; at least one ester of a saccharic acid; and/or at least one amide and/or substituted amine of an amino sugar, and mixtures and combinations thereof, are introduced into a thermoplastic plastic recyclate.
Optical system comprising - an illumination optics for microlithography for guiding illumination light which is emitted by a light source, and for illuminating an object field; - a projection objective for imaging the object field into an image field, - wherein the illumination optics is designed in such a way that the illumination light has an intermediate focus between the light source and the object field, - a ratio between an overall length of the projection objective and an intermediate-focus image shift which is smaller than 5, characterized by - an object image shift (d OIS) of the projection objective which is greater than 200 mm. - an illumination optics for microlithography for guiding illumination light which is emitted by a light source, and for illuminating an object field; - a projection objective for imaging the object field into an image field, - wherein the illumination optics is designed in such a way that the illumination light has an intermediate focus between the light source and the object field, - a ratio between an overall length of the projection objective and an intermediate-focus image shift which is smaller than 5, characterized by - an object image shift (d OIS) of the projection objective which is greater than 200 mm.
A thin film transistor, comprising: a gate and a pair of electrodes (S, D); a first semiconductor layer disposed between the gate and the pair of electrodes (S, D); a semiconductor stacked layer disposed between the first semiconductor layer and the pair of the electrodes (S, D), wherein the semiconductor stacked layer comprises: a second semiconductor layer disposed adjacent to the pair of electrodes (S, D); and at least one pair of semiconductor layers including a third semiconductor layer and a fourth semiconductor layer, the third semiconductor layer being sandwiched between the second semiconductor layer and the fourth semiconductor layer, wherein the electric conductivity of the third semiconductor layer is substantially smaller than the electric conductivity of the second semiconductor layer and the electric conductivity of the fourth semiconductor layer, characterized in that the electric conductivity of the third semiconductor layer is substantially greater than or equal to the electric conductivity of the first semiconductor layer. a gate and a pair of electrodes (S, D); a first semiconductor layer disposed between the gate and the pair of electrodes (S, D); a semiconductor stacked layer disposed between the first semiconductor layer and the pair of the electrodes (S, D), wherein the semiconductor stacked layer comprises: a second semiconductor layer disposed adjacent to the pair of electrodes (S, D); and at least one pair of semiconductor layers including a third semiconductor layer and a fourth semiconductor layer, the third semiconductor layer being sandwiched between the second semiconductor layer and the fourth semiconductor layer, wherein the electric conductivity of the third semiconductor layer is substantially smaller than the electric conductivity of the second semiconductor layer and the electric conductivity of the fourth semiconductor layer, characterized in that the electric conductivity of the third semiconductor layer is substantially greater than or equal to the electric conductivity of the first semiconductor layer. a second semiconductor layer disposed adjacent to the pair of electrodes (S, D); and at least one pair of semiconductor layers including a third semiconductor layer and a fourth semiconductor layer, the third semiconductor layer being sandwiched between the second semiconductor layer and the fourth semiconductor layer, wherein the electric conductivity of the third semiconductor layer is substantially smaller than the electric conductivity of the second semiconductor layer and the electric conductivity of the fourth semiconductor layer, characterized in that the electric conductivity of the third semiconductor layer is substantially greater than or equal to the electric conductivity of the first semiconductor layer.
A fuse holder comprising a frame, spring means that comprise a ring spring having substantially a form of a circular arch, and limiter means, the frame comprising a first contact member and a second contact member adapted to receive an end of the fuse between them, the spring means being adapted to press the contact members (8, 10) against the fuse end to achieve an electrically conductive connection between the contact members (8, 10) and the fuse end, and the limiter means being adapted to define the largest possible depth of the fuse end in the installation direction between the first and second contact members, wherein the frame is provided with slots for supporting a middle portion located between ends of the ring spring, and wherein the slots are provided with projections configured to prevent the ring spring from rotating around an axis passing via the ends characterized in that the ring spring is placed in such a manner that when the fuse end is at said largest possible depth in the installation direction between the contact members (8, 10), the fuse end is in contact with a middle portion located between the ends of the ring spring, wherein said middle portion of the ring spring is adapted to also serve as the limiter means.
A racemic or optically enriched compound of Formula 1: wherein P is H or a protective group for hydroxyl groups selected from the group consisting of methoxymethyl, methoxythiomethyl, 2-methoxyethoxymethyl, bis(2-chloroethoxy)methyl, tetrahydropyranyl, tetrahydrothiopyranyl, 4-methoxytetrahydropyranyl, 4-methoxytetrahydrothiopyranyl, tetrahydrofuranyl, tetrahydrothiofuranyl, 1-ethoxyethyl, 1-methyl-1-methoxyethyl, triphenylmethyl, allyl, benzyl, substituted benzyl, and SiR a R b R c, wherein R a, R b and R c are each independently unsubstituted or substituted alkyl or unsubstituted or substituted aryl; and X is Cl, Br, I, or -CH 2 CH 2 CH 2 COOR 1, wherein R 1 is C 1-7 -alkyl or C 7-11 -aralkyl.
Measuring device for multi-dimensional measuring of a target object, wherein the measurement of the distance to individual object points of the target object is carried out in sequence by means of a phase-measuring system, comprising at least: a transmission apparatus for emitting optical measurement radiation along a transmission path toward the target object; a reception apparatus with a detection area for detecting optical measurement radiation returning along a reception path from the target object; a scanning system for deflecting the optical measurement radiation; and an evaluation apparatus for determining distance measurement values; characterized in that the transmission path and the reception path form separate optical systems, wherein the scanning system has one separate scanner unit in each case for the transmission path and the reception path, wherein the detection area of the reception apparatus has a multiplicity of pixels, wherein each pixel has at least one SPAD and wherein every one of the multiplicity of pixels is connected to the evaluation apparatus. a transmission apparatus for emitting optical measurement radiation along a transmission path toward the target object; a reception apparatus with a detection area for detecting optical measurement radiation returning along a reception path from the target object; a scanning system for deflecting the optical measurement radiation; and an evaluation apparatus for determining distance measurement values; characterized in that the transmission path and the reception path form separate optical systems, wherein the scanning system has one separate scanner unit in each case for the transmission path and the reception path, wherein the detection area of the reception apparatus has a multiplicity of pixels, wherein each pixel has at least one SPAD and wherein every one of the multiplicity of pixels is connected to the evaluation apparatus.
A system to transfer packets from a supervisory node to at least one remote node, the system comprising: at least one remote node; and a supervisory node connected to the at least one remote node via radio frequency, RF, channels, the supervisory node including: a plurality of edge modulators (520a,..., 520p) associated with respective RF channels, and a forwarder configured to assign packets among the edge modulators (520a,..., 520p) based on respective flows with which the packets are associated; wherein the forwarder assigns a first plurality of packets to a first edge modulator, wherein the first plurality of packets is associated with a first flow, and means for splitting at least one packet of the first plurality of packets into a quantity of pieces, the quantity being equal to or less than a quantity of radio frequency, RF, channels that are associated with the first edge modulator. at least one remote node; and a supervisory node connected to the at least one remote node via radio frequency, RF, channels, the supervisory node including: a plurality of edge modulators (520a,..., 520p) associated with respective RF channels, and a forwarder configured to assign packets among the edge modulators (520a,..., 520p) based on respective flows with which the packets are associated; wherein the forwarder assigns a first plurality of packets to a first edge modulator, wherein the first plurality of packets is associated with a first flow, and means for splitting at least one packet of the first plurality of packets into a quantity of pieces, the quantity being equal to or less than a quantity of radio frequency, RF, channels that are associated with the first edge modulator. a plurality of edge modulators (520a,..., 520p) associated with respective RF channels, and a forwarder configured to assign packets among the edge modulators (520a,..., 520p) based on respective flows with which the packets are associated; wherein the forwarder assigns a first plurality of packets to a first edge modulator, wherein the first plurality of packets is associated with a first flow, and means for splitting at least one packet of the first plurality of packets into a quantity of pieces, the quantity being equal to or less than a quantity of radio frequency, RF, channels that are associated with the first edge modulator.
A composition for use in a therapeutic method for reducing or lowering a serum cholesterol levels and/or serum triglyceride levels in a subject comprising administration of the composition to the subject so as to raise blood D-β-hydroxybutyrate plus acetoacetate to a level within the range 0.1 to 20 mM, the composition comprising an ester of D-β-hydroxybutyrate.
A laundry dryer including: - a drum to contain laundry to be dried, said drum being rotatable about a drum axis; - a casing rotatably supporting the drum and including a basement defining a basement plane (X, Y) and having a basement width; - a process air conduit in fluid communication with the drum where process air is apt to flow, said process air conduit including a basement process air conduit located in the basement, said basement process air conduit extending within the basement for a given length defined as the length between a process air inlet and outlet of the basement; - a heat pump having a heat pump circuit in which a refrigerant can flow, said heat pump circuit including a first heat exchanger where the refrigerant is cooled off and the process air is heated up, and a second heat exchanger where the refrigerant is heated up and the process air is cooled off; said first heat exchanger and said second heat exchanger being arranged in the basement process air conduit to perform heat exchange between said refrigerant flowing in said heat pump circuit and said process air; - wherein a width of the basement process air conduit along a first portion of its extension in the basement is wider than 50% of the width of the basement; characterized in that - the first and second heat exchangers (31, 32) are located in the first portion of the basement process air conduit, wherein a heat exchanging surface of the first and/or the second heat exchangers (31, 32) has a heat exchanger width (Whe), and wherein the heat exchanger width (Whe) is wider than 50% of the width of the basement. - a drum to contain laundry to be dried, said drum being rotatable about a drum axis; - a casing rotatably supporting the drum and including a basement defining a basement plane (X, Y) and having a basement width; - a process air conduit in fluid communication with the drum where process air is apt to flow, said process air conduit including a basement process air conduit located in the basement, said basement process air conduit extending within the basement for a given length defined as the length between a process air inlet and outlet of the basement; - a heat pump having a heat pump circuit in which a refrigerant can flow, said heat pump circuit including a first heat exchanger where the refrigerant is cooled off and the process air is heated up, and a second heat exchanger where the refrigerant is heated up and the process air is cooled off; said first heat exchanger and said second heat exchanger being arranged in the basement process air conduit to perform heat exchange between said refrigerant flowing in said heat pump circuit and said process air; - wherein a width of the basement process air conduit along a first portion of its extension in the basement is wider than 50% of the width of the basement; - the first and second heat exchangers (31, 32) are located in the first portion of the basement process air conduit, wherein a heat exchanging surface of the first and/or the second heat exchangers (31, 32) has a heat exchanger width (Whe), and wherein the heat exchanger width (Whe) is wider than 50% of the width of the basement.
Integral avalanche respiratory protection helmet, comprising an outer helmet shell and an inner helmet shell between which guiding devices (8, 10) are provided for supplying fresh breathable air or oxygen from outside via a rear region of the helmet into the helmet and for discharging at least part of the consumed breathable air towards the outside from a front region of the helmet, wherein the fresh breathable air or oxygen is stored in a breathable air or oxygen reservoir arranged outside the helmet in the back region of the wearer, characterised in that the helmet has a visor device consisting of a jaw guard and a visor screen fixedly connected thereto and that the release of the supply of fresh breathable air or oxygen stored in the breathable air or oxygen reservoir can be triggered by closing the visor device.
A method of manufacturing a wound filler for use in negative pressure wound therapy, the method comprising scanning a wound to obtain a three-dimensional model of a wound space to be treated with negative pressure wound therapy; modifying the three-dimensional model of the wound space to generate a three-dimensional model of a wound filler, wherein said modifying accounts for attributes of the wound and for a negative pressure wound therapy treatment modality; and fabricating a wound filler having variable porosity based on the generated three-dimensional model of the wound filler, wherein the three-dimensional model of the wound filler is generated using a repeating building block, and fabricating the wound filler comprises fabricating a first wound contacting portion of the wound filler using a first porosity, and fabricating a second portion of the wound filler using a second porosity, the first porosity being smaller than the second porosity. wherein generating the three-dimensional model of the wound filler comprises determining a suitable porosity for the wound filler and wherein the wound filler is fabricated with a three-dimensional printer. scanning a wound to obtain a three-dimensional model of a wound space to be treated with negative pressure wound therapy; modifying the three-dimensional model of the wound space to generate a three-dimensional model of a wound filler, wherein said modifying accounts for attributes of the wound and for a negative pressure wound therapy treatment modality; and fabricating a wound filler having variable porosity based on the generated three-dimensional model of the wound filler, wherein the three-dimensional model of the wound filler is generated using a repeating building block, and fabricating the wound filler comprises fabricating a first wound contacting portion of the wound filler using a first porosity, and fabricating a second portion of the wound filler using a second porosity, the first porosity being smaller than the second porosity. wherein generating the three-dimensional model of the wound filler comprises determining a suitable porosity for the wound filler and wherein the wound filler is fabricated with a three-dimensional printer.
Process for producing pigments, comprising the following steps: - creating a first layer on a substrate; - structuring the first layer; and - detaching the pigments (10, 11) from the substrate; characterized in that the first layer is a crack-forming layer, so the first layer is structured by the formation of cracks; and before the pigments (10, 11) are detached, a pigment layer is applied to the first layer structured by the cracks. - creating a first layer on a substrate; - structuring the first layer; and - detaching the pigments (10, 11) from the substrate; the first layer is a crack-forming layer, so the first layer is structured by the formation of cracks; and before the pigments (10, 11) are detached, a pigment layer is applied to the first layer structured by the cracks.
Process for the production of a composition for screening solar radiation which comprises a transparent polymer incorporating an interference pigment comprising a platelet shaped material, which process comprises the steps of incorporating the interference pigment into the polymer, stretching the resultant polymer in at least one direction to at least twice its original length in that direction, and then converting the polymer into a woven net of tapes or monofilaments.
A process for preparing ε-caprolactone in a purity of more than 99% by cyclizing 6-hydroxycaproic esters in the liquid phase at from 150 to 400°C and from 1 to 1020 hPa abs., and removing and condensing the compounds which are volatile under cyclization conditions, which comprises thermally treating the remaining bottom product of the cyclization in at least one further reactor in the presence of from 0.1 to 90% by weight of mono-, di- or polyols, removing and condensing volatile compounds and obtaining ε-caprolactone by distillation from the condensates.
An insole comprising: a base; an electronic element from a group of electronic devices, at least comprising: a vibrator; a pressure sensor; a temperature sensor; and an inertial sensor, wherein the electronic element is provided to the base; a connection line extending from the electronic element and passing through the base; and a cover configured to detachably connect to a top surface of the base such that the cover covers the electronic element when the cover is connected to the base, wherein the insole further comprises a support layer configured to support the electronic element and the connection line; and the base comprises: a base body configured to support the electronic element; and a base protrusion protruding from the base body, the base protrusion configured to connect to the cover such that the electronic element supported by the base body is surrounded by the base protrusion, wherein the support layer is fitted to an inside of the base protrusion. a base; an electronic element from a group of electronic devices, at least comprising: a vibrator; a pressure sensor; a temperature sensor; and an inertial sensor, wherein the electronic element is provided to the base; a connection line extending from the electronic element and passing through the base; and a cover configured to detachably connect to a top surface of the base such that the cover covers the electronic element when the cover is connected to the base, wherein the insole further comprises a support layer configured to support the electronic element and the connection line; and the base comprises: a base body configured to support the electronic element; and a base protrusion protruding from the base body, the base protrusion configured to connect to the cover such that the electronic element supported by the base body is surrounded by the base protrusion, a base body configured to support the electronic element; and a base protrusion protruding from the base body, the base protrusion configured to connect to the cover such that the electronic element supported by the base body is surrounded by the base protrusion, wherein the support layer is fitted to an inside of the base protrusion.