mhurhangee/ep-ind-claims huggingface dataset:
A measurement sensor package (11, 12, 13, 14), comprising: a substrate with a plate-shaped including a plurality of dielectric layers stacked on one another, the substrate having a first surface, a first recess which has an opening in the first surface and is configured to accommodate a light emitter and a second recess which has an opening in the first surface and is configured to accommodate a light receiver; a lid covering the first surface of the substrate, the lid with a plate-shaped made of an insulating material and being optically transmissive, the lid being contactable with a measurement object and having a facing surface facing the first surface; a bond extending continuously along four sides of the first surface of the substrate and configured to bond the first surface of the substrate and the facing surface of the lid facing the first surface together, the bond being electrically conductive and light-shielding; a ground conductor layer surrounding the opening of the second recess on the substrate, the ground conductor layer being conductive; and a metallic thin layer on the facing surface, the metallic thin layer having an aperture to regulate light receivable by the light receiver, the ground conductor layer and the metallic thin layer being electrically connected to each other with the bond, and being arranged inside a periphery of the bond as viewed through from above. a substrate with a plate-shaped including a plurality of dielectric layers stacked on one another, the substrate having a first surface, a first recess which has an opening in the first surface and is configured to accommodate a light emitter and a second recess which has an opening in the first surface and is configured to accommodate a light receiver; a lid covering the first surface of the substrate, the lid with a plate-shaped made of an insulating material and being optically transmissive, the lid being contactable with a measurement object and having a facing surface facing the first surface; a bond extending continuously along four sides of the first surface of the substrate and configured to bond the first surface of the substrate and the facing surface of the lid facing the first surface together, the bond being electrically conductive and light-shielding; a ground conductor layer surrounding the opening of the second recess on the substrate, the ground conductor layer being conductive; and a metallic thin layer on the facing surface, the metallic thin layer having an aperture to regulate light receivable by the light receiver, the ground conductor layer and the metallic thin layer being electrically connected to each other with the bond, and being arranged inside a periphery of the bond as viewed through from above.
Use of a fitting for attaching to a threaded connection of a pipe, in particular a water pipe, or to an armature, for pressing with a pressing tool, wherein the fitting comprises: - a base body, - a threaded portion and - a sealing body (24, 50, 56; 62) disposed on the threaded portion, - wherein the base body has a pressing surface (26, 66, 80) on the side situated opposite to the threaded portion, - wherein the sealing body has a cylindrical basic form and extends at least along one turn, preferably along two turns of the thread to be sealed of the threaded connection and - wherein the sealing body is provided at least partially with a thread, characterised in that - the base body is pressed on the side of the base body radially opposite to the threaded portion on a pressing surface. - a base body, - a threaded portion and - a sealing body (24, 50, 56; 62) disposed on the threaded portion, - wherein the base body has a pressing surface (26, 66, 80) on the side situated opposite to the threaded portion, - wherein the sealing body has a cylindrical basic form and extends at least along one turn, preferably along two turns of the thread to be sealed of the threaded connection and - wherein the sealing body is provided at least partially with a thread, characterised in that - the base body is pressed on the side of the base body radially opposite to the threaded portion on a pressing surface.
A method for optimizing the updating of connected objects (IoT1, loT2, loT3) in a connected object infrastructure comprising a plurality of connection gateways (GW1, GW2) for connecting to data transport sub-networks (11, 12) that may have different communication standards, said connected object infrastructure comprising at least one requesting connected object (IoT1, loT2, loT3) configured to access at least one gateway of the plurality of connection gateways and at least one application module installed on said requesting connected object; characterized in that the method for optimizing the updating of connected objects comprises the following steps implemented by the application module of said requesting connected object: - a step of monitoring network data, comprising the establishment of a communication repository, - a step of monitoring user usage data, comprising the establishment of a user usage repository of the requesting connected object, - a step of monitoring third-party usage data, comprising the establishment of a third-party usage repository of the requesting connected object, - a step of analyzing the network data, said analysis comprising the identification of available communication time periods based on the communication repository, - a step of analyzing the user usage data, said analysis comprising the identification of available user usage time periods of the requesting connected object based on the user usage repository, - a step of analyzing the third-party usage data, said analysis comprising the identification of available third-party usage time periods of the requesting connected object based on the third-party usage repository, and - a step of determining at least one update schedule for the requesting connected object based on the available communication time periods, the available user usage time periods, the available third-party usage time periods. - a step of monitoring network data, comprising the establishment of a communication repository, - a step of monitoring user usage data, comprising the establishment of a user usage repository of the requesting connected object, - a step of monitoring third-party usage data, comprising the establishment of a third-party usage repository of the requesting connected object, - a step of analyzing the network data, said analysis comprising the identification of available communication time periods based on the communication repository, - a step of analyzing the user usage data, said analysis comprising the identification of available user usage time periods of the requesting connected object based on the user usage repository, - a step of analyzing the third-party usage data, said analysis comprising the identification of available third-party usage time periods of the requesting connected object based on the third-party usage repository, and - a step of determining at least one update schedule for the requesting connected object based on the available communication time periods, the available user usage time periods, the available third-party usage time periods.
A method of designing a meta optical device (100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 1500), the method comprising: setting, via a processor, design data for arrangement and dimensions of a nanostructure of the meta optical device (100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 1500), according to a function to be implemented by the meta optical device (100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 1500), wherein the dimensions are lengths in one direction in a three-dimensional space; obtaining a phase change graph with respect to a change in one of the dimensions; determining a shape dimension region with phase defect in the phase change graph, the shape dimension region with phase defect corresponding to a region where a sign of a slope in the phase change graph reverses; and substituting in the design data a value of the one of the dimensions with phase defect which is included in the shape dimension region with phase defect with a substitution value that is outside the shape dimension region with phase defect. setting, via a processor, design data for arrangement and dimensions of a nanostructure of the meta optical device (100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 1500), according to a function to be implemented by the meta optical device (100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 1500), wherein the dimensions are lengths in one direction in a three-dimensional space; obtaining a phase change graph with respect to a change in one of the dimensions; determining a shape dimension region with phase defect in the phase change graph, the shape dimension region with phase defect corresponding to a region where a sign of a slope in the phase change graph reverses; and substituting in the design data a value of the one of the dimensions with phase defect which is included in the shape dimension region with phase defect with a substitution value that is outside the shape dimension region with phase defect.
An apparatus for processing a suspension comprising organic material and liquid, the apparatus comprising: a housing comprising an inlet at a first end for receiving the suspension and an outlet at a second end for discharging the suspension; a container arranged within the housing; a screw comprising a screw shaft and flights arranged within the container, the screw shaft defining a rotational axis along a longitudinal extension of the apparatus, the apparatus extending from the first to the second end (101, 102); a space defined between the screw and the container, through which the suspension is longitudinally transportable from the first end to the second end by a rotation of the screw, the screw and the container being so arranged that the space is tapered from the first end to the second end, wherein the container comprises a longitudinally extending first part and a longitudinally extending second part which are assembled into longitudinally extending first and second connections (71, 72) between the first part and the second part; characterized in the first part comprising a beveled edge at the first connection; the second part comprising a sharp edge at the first connection; whereby the first connection between the first part and second part generates a tooth on the inner surface of the container, wherein the tooth is adapted to reduce a rotation of the organic material suspension. a housing comprising an inlet at a first end for receiving the suspension and an outlet at a second end for discharging the suspension; a container arranged within the housing; a screw comprising a screw shaft and flights arranged within the container, the screw shaft defining a rotational axis along a longitudinal extension of the apparatus, the apparatus extending from the first to the second end (101, 102); a space defined between the screw and the container, through which the suspension is longitudinally transportable from the first end to the second end by a rotation of the screw, the screw and the container being so arranged that the space is tapered from the first end to the second end, wherein the container comprises a longitudinally extending first part and a longitudinally extending second part which are assembled into longitudinally extending first and second connections (71, 72) between the first part and the second part; characterized in the first part comprising a beveled edge at the first connection; the second part comprising a sharp edge at the first connection; whereby the first connection between the first part and second part generates a tooth on the inner surface of the container, wherein the tooth is adapted to reduce a rotation of the organic material suspension. the first part comprising a beveled edge at the first connection; the second part comprising a sharp edge at the first connection; whereby the first connection between the first part and second part generates a tooth on the inner surface of the container, wherein the tooth is adapted to reduce a rotation of the organic material suspension.
A device for generating a single photon, comprising: - an active medium, which can be excited into a biexciton state; - an excitation source (5a; 5b), which is designed to produce a biexciton (|XX〉) on the basis of the active medium; - a stimulation light source, which is designed and arranged to irradiate the active medium with stimulation light and, on the basis of the produced biexciton (|XX〉), to thus produce a virtual state from which the single photon can be emitted; wherein the device further comprises a double resonator, in which the active medium is arranged, wherein the double resonator comprises two coupled resonator modes (60, 70), wherein the first resonator mode is tuned to a wavelength of the stimulation light source and wherein the second resonator mode is tuned to a desired wavelength of the emitted single photon. - an active medium, which can be excited into a biexciton state; - an excitation source (5a; 5b), which is designed to produce a biexciton (|XX〉) on the basis of the active medium; - a stimulation light source, which is designed and arranged to irradiate the active medium with stimulation light and, on the basis of the produced biexciton (|XX〉), to thus produce a virtual state from which the single photon can be emitted;
An electric connector comprising: a housing having a plate-shaped body; multiple terminals held on the plate-shaped body; and a metal shell surrounding the plate-shaped body and the terminals and having a tubular shape, wherein the shell has a fitting port in which a partner connector is to be fitted, two or more side walls provided along a partner connector fitting direction, a coupling portion coupling adjacent ones (41a, 41b) of the two or more side walls, and a first branched band-shaped piece provided closer to a fitting port side than the coupling portion is to the fitting port side, the first branched band-shaped piece is bent about an axis along the fitting direction from one of the adjacent ones of the two or more side walls, and extends toward another one of the adjacent ones of the two or more side walls, and an edge of the first branched band-shaped piece opposite to the coupling portion forms part of the fitting port characterized in that the shell further has a second branched band-shaped piece provided closer to the fitting port side than the coupling portion is to the fitting port side, the second branched band-shaped piece is bent about the axis along the fitting direction from the other one of the adjacent ones of the two or more side walls, and extends toward the one of the adjacent ones of the two or more side walls, and an edge of the second branched band-shaped piece opposite to the coupling portion forms part of the fitting port. a housing having a plate-shaped body; multiple terminals held on the plate-shaped body; and a metal shell surrounding the plate-shaped body and the terminals and having a tubular shape, wherein the shell has a fitting port in which a partner connector is to be fitted, two or more side walls provided along a partner connector fitting direction, a coupling portion coupling adjacent ones (41a, 41b) of the two or more side walls, and a first branched band-shaped piece provided closer to a fitting port side than the coupling portion is to the fitting port side, the first branched band-shaped piece is bent about an axis along the fitting direction from one of the adjacent ones of the two or more side walls, and extends toward another one of the adjacent ones of the two or more side walls, and an edge of the first branched band-shaped piece opposite to the coupling portion forms part of the fitting port characterized in that the shell further has a second branched band-shaped piece provided closer to the fitting port side than the coupling portion is to the fitting port side, the second branched band-shaped piece is bent about the axis along the fitting direction from the other one of the adjacent ones of the two or more side walls, and extends toward the one of the adjacent ones of the two or more side walls, and an edge of the second branched band-shaped piece opposite to the coupling portion forms part of the fitting port.
A gasification method of co-producing synthesis gas and high-quality coal, comprising the steps of: a) supplying water-containing coal to a dryer; b) drying the water-containing coal in the dryer, in which thermal energy necessary for drying the water-containing coal is supplied in contact with synthesis gas recycled to the dryer from a gasification step; c) separating dried coal and synthesis gas discharged from the dryer using solid-gas separation and then recovering the separated synthesis gas; d) recovering a part of the separated dried coal and simultaneously transferring the residual separated dried coal to a gasifier in a fluidic state using a loop seal type transfer means to which aeration gas is supplied by a plurality of ports; e) gasifying the transferred dried coal in the gasifier to prepare synthesis gas; and f) directly recycling the synthesis gas of 400 to 1500°C discharged from the gasifier without passing the synthesis gas through a heat exchanger(s), wherein the dryer provides a drying capacity necessary for producing the dried coal separated and recovered from the water-containing coal and the dried coal transferred to the gasification step. a) supplying water-containing coal to a dryer; b) drying the water-containing coal in the dryer, in which thermal energy necessary for drying the water-containing coal is supplied in contact with synthesis gas recycled to the dryer from a gasification step; c) separating dried coal and synthesis gas discharged from the dryer using solid-gas separation and then recovering the separated synthesis gas; d) recovering a part of the separated dried coal and simultaneously transferring the residual separated dried coal to a gasifier in a fluidic state using a loop seal type transfer means to which aeration gas is supplied by a plurality of ports; e) gasifying the transferred dried coal in the gasifier to prepare synthesis gas; and f) directly recycling the synthesis gas of 400 to 1500°C discharged from the gasifier without passing the synthesis gas through a heat exchanger(s),
A system for establishing an anchorage in hard tissue or hard tissue replacement material or for augmenting hard tissue in an operation site of a human or animal patient with the aid of a material having thermoplastic properties and vibration energy, of in situ liquefaction of the material having thermoplastic properties, and of displacement of the material having thermoplastic properties in a liquefied state, the system comprising: a transmitting piece connected or connectable to an energy source (1.1) for generating vibration energy, and a housing comprising a distal and a proximal end and a longitudinal axis extending therebetween and an opening (2.1) at the distal end, wherein the transmitting piece is arranged within the housing being movable in the direction of the longitudinal axis, and wherein the opening (2.1) is adapted to the transmitting piece for a distal portion of the transmitting piece to be able to protrude from the opening (2.1), a driver suitable for driving the transmitting piece against one of the proximal and the distal ends of the housing, the driver being activateable for exerting a compression force on the transmitting piece, a thermoplastic element (4, 6) arranged to be compressible between the transmitting piece and a counter element (5, 7) by a compression force, wherein the system is further equipped for shock-free initial positioning and pre-pressing of the transmitting piece against the thermoplastic element (4, 6), characterized in that the system is equipped for shock-free initial positioning and pre-pressing by comprising a braking element capable for restricting a driver force exerted by the driver to the thermoplastic element or by comprising an auxiliary drive arranged to apply a driver force of the auxiliary drive to the transmitting piece. a transmitting piece connected or connectable to an energy source (1.1) for generating vibration energy, and a housing comprising a distal and a proximal end and a longitudinal axis extending therebetween and an opening (2.1) at the distal end, wherein the transmitting piece is arranged within the housing being movable in the direction of the longitudinal axis, and wherein the opening (2.1) is adapted to the transmitting piece for a distal portion of the transmitting piece to be able to protrude from the opening (2.1), a driver suitable for driving the transmitting piece against one of the proximal and the distal ends of the housing, the driver being activateable for exerting a compression force on the transmitting piece, a thermoplastic element (4, 6) arranged to be compressible between the transmitting piece and a counter element (5, 7) by a compression force, wherein the system is further equipped for shock-free initial positioning and pre-pressing of the transmitting piece against the thermoplastic element (4, 6), characterized in that the system is equipped for shock-free initial positioning and pre-pressing by comprising a braking element capable for restricting a driver force exerted by the driver to the thermoplastic element or by comprising an auxiliary drive arranged to apply a driver force of the auxiliary drive to the transmitting piece.
A method for forming a tube of a web (4, 4') of packaging material comprising the steps of: - advancing the web of packaging material along a web advancement path; - overlapping a first lateral edge of the web (4, 4') of packaging material with a second lateral edge of the web (4, 4') of packaging material for obtaining a longitudinal seam portion of the tube; wherein the so obtained tube has an inner space; wherein the second lateral edge is arranged within the inner space after formation of the tube; wherein the first lateral edge comprises an internal outer surface facing the inner space and the second lateral edge comprises an external outer surface facing the internal outer surface of the first lateral edge; - fusing at least the internal outer surface and the external outer surface with one another for longitudinally sealing the seam portion of the tube; - directly heating the external outer surface of the second lateral edge; and characterized in that the step of fusing comprises at least the following sub-step: - heating by contact the internal outer surface by establishing contact between the internal outer surface and the directly heated external outer surface. - advancing the web of packaging material along a web advancement path; - overlapping a first lateral edge of the web (4, 4') of packaging material with a second lateral edge of the web (4, 4') of packaging material for obtaining a longitudinal seam portion of the tube; wherein the so obtained tube has an inner space; wherein the second lateral edge is arranged within the inner space after formation of the tube; wherein the first lateral edge comprises an internal outer surface facing the inner space and the second lateral edge comprises an external outer surface facing the internal outer surface of the first lateral edge; - fusing at least the internal outer surface and the external outer surface with one another for longitudinally sealing the seam portion of the tube; - directly heating the external outer surface of the second lateral edge; and - heating by contact the internal outer surface by establishing contact between the internal outer surface and the directly heated external outer surface.