mhurhangee/ep-ind-claims huggingface dataset:
A once-through evaporator system, comprising: a plurality of parallel enlarged once-through evaporator sections with an additional surface area to be fed with a defined volume of feedwater into each of the once-through evaporator sections 130; a first superheater positioned immediately downstream of the plurality of parallel enlarged once-through evaporator sections; a second superheater positioned downstream of the first superheater; and an attemperator positioned between the first superheater and the second superheater, wherein the first superheater is positioned immediately downstream of the plurality of parallel enlarged once-through evaporator sections, characterised in that the additional surface area of the parallel enlarged once-through evaporator sections is designed and arranged in a way that the first superheater can be positioned immediately downstream of the plurality of parallel enlarged once-through evaporator sections without a water separator, wherein the additional surface area of the plurality of parallel enlarged once-through evaporator sections is is configured to be suitable to shift the evaporator endpoint at an upper load range of the plurality of parallel enlarged once-through evaporator sections and the additional surface area of the plurality of parallel enlarged once-through evaporator sections is configured to serve as a buffer and provides additional margin for outlet temperature variations at a lower load range, and wherein each of the plurality of parallel enlarged once-through evaporator sections comprises a flow meter and a flow controller. a plurality of parallel enlarged once-through evaporator sections with an additional surface area to be fed with a defined volume of feedwater into each of the once-through evaporator sections 130; a first superheater positioned immediately downstream of the plurality of parallel enlarged once-through evaporator sections; a second superheater positioned downstream of the first superheater; and an attemperator positioned between the first superheater and the second superheater, wherein the first superheater is positioned immediately downstream of the plurality of parallel enlarged once-through evaporator sections, characterised in that the additional surface area of the parallel enlarged once-through evaporator sections is designed and arranged in a way that the first superheater can be positioned immediately downstream of the plurality of parallel enlarged once-through evaporator sections without a water separator, wherein the additional surface area of the plurality of parallel enlarged once-through evaporator sections is is configured to be suitable to shift the evaporator endpoint at an upper load range of the plurality of parallel enlarged once-through evaporator sections and the additional surface area of the plurality of parallel enlarged once-through evaporator sections is configured to serve as a buffer and provides additional margin for outlet temperature variations at a lower load range, and wherein each of the plurality of parallel enlarged once-through evaporator sections comprises a flow meter and a flow controller.
A method for eliminating motion interference, which is applied to a wearable device capable of acquiring a multi-dimensional acceleration signal and a measurement signal to be processed by the wearable device, wherein the measurement signal to be processed includes a first signal and a second signal having different wavelengths; the method being performed by a processor, and comprising: performing dimensionality reduction on the multi-dimensional acceleration signal to obtain a one-dimensional acceleration signal that represents motion interference; mixing the first signal and the second signal through a plurality of preset coefficients respectively, so as to calculate a plurality of mixed signals corresponding to the plurality of preset coefficients; calculating a correlation coefficient between each of the mixed signals and the one-dimensional acceleration signal; obtaining a preset coefficient corresponding to the maximum correlation coefficient among the correlation coefficients and a preset coefficient corresponding to the minimum correlation coefficient among the correlation coefficients; and calculating a signal with motion interference being eliminated from the measurement signal to be processed, according to the first signal, the second signal, the preset coefficient corresponding to the maximum correlation coefficient, and the preset coefficient corresponding to the minimum correlation coefficient. performing dimensionality reduction on the multi-dimensional acceleration signal to obtain a one-dimensional acceleration signal that represents motion interference; mixing the first signal and the second signal through a plurality of preset coefficients respectively, so as to calculate a plurality of mixed signals corresponding to the plurality of preset coefficients; calculating a correlation coefficient between each of the mixed signals and the one-dimensional acceleration signal; obtaining a preset coefficient corresponding to the maximum correlation coefficient among the correlation coefficients and a preset coefficient corresponding to the minimum correlation coefficient among the correlation coefficients; and calculating a signal with motion interference being eliminated from the measurement signal to be processed, according to the first signal, the second signal, the preset coefficient corresponding to the maximum correlation coefficient, and the preset coefficient corresponding to the minimum correlation coefficient.
A porous membrane comprising: a membrane-forming polymer, wherein the membrane-forming polymer is a fluorine-containing polymer; and a polymer containing a methyl methacrylate unit and a hydroxyl group-containing (meth)acrylate unit, wherein the content of the hydroxyl group-containing (meth)acrylate unit in the polymer is from 20 to 60% by mass, wherein the polymer is a random copolymer obtained by copolymerizing a monomer composition containing methyl methacrylate and the hydroxyl group containing (meth)acrylate unit, wherein the hydroxyl group-containing (meth)acrylate unit is a monomer selected from the group consisting of 2-hydroxyethyl (meth)acrylate, 2-hydroxypropyl (meth)acrylate, 2-hydroxybutyl (meth)acrylate, 3-hydroxybutyl (meth)acrylate, 4-hydroxybutyl (meth)acrylate, polyethylene glycol (meth)acrylate, and polypropylene glycol (meth)acrylate; characterized in that the proportion of the polymer with respect to the sum of the membrane-forming polymer and the polymer in the porous membrane is from 0.1 to 40% by mass and wherein the content of membrane-forming polymer, polymer and (meth)acrylate unit is determined by the method disclosed herein. a membrane-forming polymer, wherein the membrane-forming polymer is a fluorine-containing polymer; and a polymer containing a methyl methacrylate unit and a hydroxyl group-containing (meth)acrylate unit, wherein the content of the hydroxyl group-containing (meth)acrylate unit in the polymer is from 20 to 60% by mass, wherein the polymer is a random copolymer obtained by copolymerizing a monomer composition containing methyl methacrylate and the hydroxyl group containing (meth)acrylate unit, wherein the hydroxyl group-containing (meth)acrylate unit is a monomer selected from the group consisting of 2-hydroxyethyl (meth)acrylate, 2-hydroxypropyl (meth)acrylate, 2-hydroxybutyl (meth)acrylate, 3-hydroxybutyl (meth)acrylate, 4-hydroxybutyl (meth)acrylate, polyethylene glycol (meth)acrylate, and polypropylene glycol (meth)acrylate; characterized in that the proportion of the polymer with respect to the sum of the membrane-forming polymer and the polymer in the porous membrane is from 0.1 to 40% by mass and wherein the content of membrane-forming polymer, polymer and (meth)acrylate unit is determined by the method disclosed herein.
Oxygen separator for generating a flow of oxygen enriched gas by adsorption, comprising at least one oxygen separation device (12, 14) for separating oxygen from an oxygen comprising gas, wherein the oxygen separation device (12, 14) is connected to an exhaust conduit (70, 72, 73) for guiding exhaust gas comprising used purging gas out of the oxygen separator via a primary side of the oxygen separation device (12,14), the primary side being the side at which the oxygen comprising gas is guided into the oxygen separation device (12,14), an oxygen sensor is provided in the exhaust conduit (70, 72, 73) for determining the concentration of oxygen of the exhaust gas, a further oxygen sensor is provided in an outlet conduit (30, 32, 58) for guiding the flow of oxygen enriched gas out of a secondary side of the oxygen separation device (12,14), the further oxygen sensor for determining the concentration of oxygen of the oxygen enriched gas, and a control device is provided for controlling the oxygen separator based on data determined by the oxygen sensor and the further oxygen sensor.
An information display system comprising: a structure where a display device is attached, a plate-like body that is a part of the structure and has a first attaching surface, a second attaching surface opposite to the first attaching surface, and a side portion that connects the first attaching surface and the second attaching surface to each other; and a display panel which is attached to the plate-like body and displays information on a display surface, wherein the display surface of the display panel has a first display surface that covers the first attaching surface, wherein the display surface is disposed from the first attaching surface to the second attaching surface of the plate-like body, wherein the display panel has a second display surface opposite to the first display surface with a portion interposed therebetween, the second display surface covers the second attaching surface, and the portion covers the side portion; and a surface member that is made of a translucent material and disposed on a display surface side of the display panel to cover the display panel, characterized in that a surface of the surface member is decorated; and the surface member covers a part of the plate-like body where the display panel is not attached. a plate-like body that is a part of the structure and has a first attaching surface, a second attaching surface opposite to the first attaching surface, and a side portion that connects the first attaching surface and the second attaching surface to each other; and a display panel which is attached to the plate-like body and displays information on a display surface, wherein the display surface of the display panel has a first display surface that covers the first attaching surface, wherein the display surface is disposed from the first attaching surface to the second attaching surface of the plate-like body, wherein the display panel has a second display surface opposite to the first display surface with a portion interposed therebetween, the second display surface covers the second attaching surface, and the portion covers the side portion; and a surface member that is made of a translucent material and disposed on a display surface side of the display panel to cover the display panel, characterized in that a surface of the surface member is decorated; and the surface member covers a part of the plate-like body where the display panel is not attached.
An apparatus comprising: a processing unit configured to - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol in a first resource, - use a second resource in which predetermined values are set for the bandwidth of the subcarrier and the time length of the subsymbol to store information indicating setting content of the first resource, - include information for identifying a position of the second resource in system information or in a synchronization signal, and - perform generalized frequency division multiplexing, GFDM, modulation on the first resource and the second resource in accordance with the respective settings to obtain a transmission signal. - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol in a first resource, - use a second resource in which predetermined values are set for the bandwidth of the subcarrier and the time length of the subsymbol to store information indicating setting content of the first resource, - include information for identifying a position of the second resource in system information or in a synchronization signal, and - perform generalized frequency division multiplexing, GFDM, modulation on the first resource and the second resource in accordance with the respective settings to obtain a transmission signal.
A piston volumetric pump which comprises: - a cylinder head provided with an inlet manifold of a fluid and a delivery manifold, - a cylinder jacket wherein an alternative piston slides, which delimits a compression chamber along with a cylinder, - said cylinder head comprising a seat for accommodating a delivery valve, which seat comprises at least a first cavity which has an opening at a cylinder head surface contacting the cylinder jacket, - said delivery valve comprising a valve body, which has a central portion accommodated in the first cavity, and a first portion fitted inside the cylinder jacket, - said valve body having a delivery duct of the fluid at high pressure and at least an inlet duct of the fluid at low pressure which has an opening at the compression chamber and an opening flowing onto a side wall of said central portion, - a high pressure gasket being interposed between the first portion of the valve body and an inner portion of the cylinder jacket,, - a chamber for supplying a low pressure fluid and which is in communication with the inlet duct of the low pressure fluid and with the inlet manifold, and is delimited by at least an outer surface of the side wall of the central portion of the valve body and from at least an inner surface of the cavity, said pump being characterised by the fact that the supply chamber is also delimited from a surface of the cylinder jacket, and in that said pump comprises a low pressure gasket between the cylinder head and the cylinder jacket, outside said cavity. - a cylinder head provided with an inlet manifold of a fluid and a delivery manifold, - a cylinder jacket wherein an alternative piston slides, which delimits a compression chamber along with a cylinder, - said cylinder head comprising a seat for accommodating a delivery valve, which seat comprises at least a first cavity which has an opening at a cylinder head surface contacting the cylinder jacket, - said delivery valve comprising a valve body, which has a central portion accommodated in the first cavity, and a first portion fitted inside the cylinder jacket, - said valve body having a delivery duct of the fluid at high pressure and at least an inlet duct of the fluid at low pressure which has an opening at the compression chamber and an opening flowing onto a side wall of said central portion, - a high pressure gasket being interposed between the first portion of the valve body and an inner portion of the cylinder jacket,, - a chamber for supplying a low pressure fluid and which is in communication with the inlet duct of the low pressure fluid and with the inlet manifold, and is delimited by at least an outer surface of the side wall of the central portion of the valve body and from at least an inner surface of the cavity,
A device for filling paper casings with tobacco, comprising a top for receiving the paper casing, a pressing tool guided through a guide unit, having a pressing plunger, a container for receiving tobacco, the pressing plunger being movable from a first position, in which first position a bore acting as a container outlet is released, into a second position for introducing the tobacco into the paper casing, and the top, the container outlet and the guide unit being arranged along an axis, wherein a container closure for defining a container interior is attached onto the container, a tobacco stored in the container interior being introducible into the top via the container outlet, characterized in that exclusively the container closure comprises the container outlet. a top for receiving the paper casing, a pressing tool guided through a guide unit, having a pressing plunger, a container for receiving tobacco, the pressing plunger being movable from a first position, in which first position a bore acting as a container outlet is released, into a second position for introducing the tobacco into the paper casing, and the top, the container outlet and the guide unit being arranged along an axis, wherein a container closure for defining a container interior is attached onto the container, a tobacco stored in the container interior being introducible into the top via the container outlet, characterized in that exclusively the container closure comprises the container outlet.
An epoxy resin composition comprising: an epoxy resin; an epoxy resin curing agent; and a liquid acrylic resin, characterized in that said epoxy resin is at least one liquid epoxy resin selected from the group consisting of a liquid bisphenol A-type epoxy resin, a liquid bisphenol F-type epoxy resin, a phenol novolac-type epoxy resin, a liquid naphthalene-type epoxy resin, a liquid aminophenol-type epoxy resin, a liquid hydrogenated bisphenol-type epoxy resin, a liquid alicyclic epoxy resin, a liquid alcohol ether-type epoxy resin, a liquid fluorene-type epoxy resin, and a diclycidyl ether compound of multifunctional phenols, and that said liquid acrylic resin exhibits a weight-average molecular weight (Mw) of 2,000 to 20,000, a reactive functional group equivalent of 400 to 10,000 g/eq per one molecule, and a solvent content of not higher than 1% by mass. an epoxy resin; an epoxy resin curing agent; and a liquid acrylic resin,
A current sense resistor circuit comprising a primary current sense resistor that drifts with age; a secondary current sense resistor that drifts with age in substantial unison with the primary current sense resistor; a calibration resistor that does not drift with age in substantial unison with the primary current sense resistor; and a compensation circuit configured to compensate for aging drift in the resistance of the primary current sense resistor based on a comparison of the calibration resistor with the secondary current sense resistor, wherein: during one mode of operation of the circuit, the secondary current sense resistor is connected in parallel across the primary current sense resistor by the closure of a switch; and during another mode of operation of the circuit, the switch is opened. during one mode of operation of the circuit, the secondary current sense resistor is connected in parallel across the primary current sense resistor by the closure of a switch; and during another mode of operation of the circuit, the switch is opened.
Arrangement comprising a circuit breaker interrupter unit having a breaker gap arranged between a first and a second arcing contact piece (4, 5) and having a switching gas channel, which leads on the one hand to the breaker gap and on the other hand to a switching gas outlet opening of the circuit breaker interrupter unit and which is delimited, at least in portions, by a first and a second pipe portion (12, 13), which overlap one another in the axial direction in an overlap portion and each have discharge openings in their lateral surfaces, wherein unobstructed discharge openings in the first and in the second pipe portion (12, 13) are offset axially in relation to one another, characterized in that one discharge opening, in particular a plurality of discharge openings, is/are closed at least in one of the pipe portions (12, 13) by a fitting body (21, 23).
Injection-moulding method for producing a package with a container part and/or a cover, wherein a plastics material frame formed from ribs and connected with a paper or cardboard layer is provided, characterised in that the ribs after production thereof are connected with paper or cardboard layers, the paper layers or cardboard layers being connected with the ribs in the state thereof in which they are still adhesive from the injection process.
Test system for optically checking an electrical line, comprising: - a test area for arranging the electrical line; - a plurality of prisms surrounding the test area; - a camera, which is directed at the prisms and is designed to optically detect the electrical line arranged in the test area through the prisms from different sides; - a shielding device, the curved inner contour of which encloses the test area and the prisms at least in a radial direction; - an air duct, which is at least indirectly connected to a nozzle which is directed towards the test area and is designed to subject at least some prism surfaces facing the test region to a cleaning air stream and thereby entrain dirt particles present on these prism surfaces; - further air ducts, which open into an area of the inner contour of the shielding device and are designed to subject the inner contour of the shielding device to respective entraining air streams in two opposite circumferential directions, which direct the cleaning air stream together with the entrained dirt particles into an air outlet in a lower region of the inner contour of the shielding device. - a test area for arranging the electrical line; - a plurality of prisms surrounding the test area; - a camera, which is directed at the prisms and is designed to optically detect the electrical line arranged in the test area through the prisms from different sides; - a shielding device, the curved inner contour of which encloses the test area and the prisms at least in a radial direction; - an air duct, which is at least indirectly connected to a nozzle which is directed towards the test area and is designed to subject at least some prism surfaces facing the test region to a cleaning air stream and thereby entrain dirt particles present on these prism surfaces; - further air ducts, which open into an area of the inner contour of the shielding device and are designed to subject the inner contour of the shielding device to respective entraining air streams in two opposite circumferential directions, which direct the cleaning air stream together with the entrained dirt particles into an air outlet in a lower region of the inner contour of the shielding device.
A fluid flow control valve having an input and an output for maintaining a constant fluid flow at the output regardless of fluid pressure at the input, the control valve comprising: an inlet socket having a first wall transverse to the longitudinal axis of the control valve, the first wall comprising a large orifice in addition to smaller orifices surrounding it; an outlet socket attached to the inlet socket permitting fluid flow from the inlet socket through an orifice along a longitudinal axis through the outlet socket; a second wall transverse to the longitudinal axis of the control valve comprising a plurality of orifices; a chamber formed between the first wall and the second wall; a pressure check piston having a first and second end and a fluid flow orifice between the first and second end, the piston slidably engaging the inlet socket at the first end and the outlet socket at the second end; and a spring biasing the pressure check piston towards the inlet socket. an inlet socket having a first wall transverse to the longitudinal axis of the control valve, the first wall comprising a large orifice in addition to smaller orifices surrounding it; an outlet socket attached to the inlet socket permitting fluid flow from the inlet socket through an orifice along a longitudinal axis through the outlet socket; a second wall transverse to the longitudinal axis of the control valve comprising a plurality of orifices; a chamber formed between the first wall and the second wall; a pressure check piston having a first and second end and a fluid flow orifice between the first and second end, the piston slidably engaging the inlet socket at the first end and the outlet socket at the second end; and a spring biasing the pressure check piston towards the inlet socket.