mhurhangee/ep-ind-claims huggingface dataset:
Set for assembling a heat source unit of an air conditioner at the site of the air conditioner, the set comprising: a heat source heat exchanger module having a first casing, a heat source heat exchanger and a compressor module port fluidly communicated with the heat source heat exchanger, a compressor module having a second casing separate from the first casing, a compressor and a heat source heat exchanger module port fluidly communicated with the compressor, wherein the heat source heat exchanger module and the compressor module are fluidly communicatable via the compressor module port and the heat source heat exchanger module port, and characterised by a main board comprising a control logic of the air conditioner and a first electric connector, wherein each of the modules has a circuit board comprising a second electric connector, the circuit boards being configured for data communication with the main board upon electrical connection of the circuit boards and the main board via the first and second connectors. a heat source heat exchanger module having a first casing, a heat source heat exchanger and a compressor module port fluidly communicated with the heat source heat exchanger, a compressor module having a second casing separate from the first casing, a compressor and a heat source heat exchanger module port fluidly communicated with the compressor, wherein the heat source heat exchanger module and the compressor module are fluidly communicatable via the compressor module port and the heat source heat exchanger module port, and characterised by a main board comprising a control logic of the air conditioner and a first electric connector, wherein each of the modules has a circuit board comprising a second electric connector, the circuit boards being configured for data communication with the main board upon electrical connection of the circuit boards and the main board via the first and second connectors.
District heating power plant comprising a gas turbine and a waste heat boiler which is connected downstream of the gas turbine in the flow direction of a waste gas and which has a hot end facing the gas turbine and an opposite cold end, wherein an evaporator with an outlet is arranged in the region of the cold end, and the outlet is connected to a suction medium inlet of a jet pump whose driving medium inlet is connected to a water-steam circuit of the district heating power plant and whose outlet opens at the primary side into a heating condenser which is connected at the secondary side into a district heating water line, wherein a device for heating a waste gas with a heat exchanger surface (24, 27) is arranged downstream of the evaporator, characterized in that the primary side of the heat exchanger surface (24, 27) is connected into a driving steam line leading to the driving medium inlet of the jet pump.
An artificial turf infill comprising: - an olive pit material (24, 26); characterized in that the infill further comprises - microporous zeolite particles, wherein - the olive pit material comprises rounded olive pit fragments obtained by tumbling together with the microporous zeolite particles fractured olive pits obtained from an olive oil extraction process. - an olive pit material (24, 26); characterized in that the infill further comprises - microporous zeolite particles, wherein - the olive pit material comprises rounded olive pit fragments obtained by tumbling together with the microporous zeolite particles fractured olive pits obtained from an olive oil extraction process.
Fully automatic method for determining the current, geo-referenced position and alignment of a terrestrial surveying device with scan functionality at the current location on the basis of a set of stored, geo-referenced 3D scan panoramic images (4, 4a-c), i.e. panoramic images that also represent 3D coordinate data by means of a scan and provide optical image data and distance data linked to the image data true to point, with • recording of a panoramic image with the surveying device from the current location, wherein a large number of object points are represented in the recorded panoramic image, • identifying at least one 3D scan panoramic image (4a, b) with object points (P1, P2, P3) corresponding to the recorded panoramic image by means of image matching with the set of stored, georeferenced 3D scan panoramic images (4, 4a-c), • determining the respective geo-referenced 3D coordinates of the corresponding object points (P1, P2, P3) on the basis of the identified 3D scan panoramic image (4a, b) and • calculating the current geo-referenced position and alignment of the surveying device on the basis of the positions of the corresponding object points (P1, P2, P3) in the recorded panoramic image and of their determined geo-referenced 3D coordinates. • recording of a panoramic image with the surveying device from the current location, wherein a large number of object points are represented in the recorded panoramic image, • identifying at least one 3D scan panoramic image (4a, b) with object points (P1, P2, P3) corresponding to the recorded panoramic image by means of image matching with the set of stored, georeferenced 3D scan panoramic images (4, 4a-c), • determining the respective geo-referenced 3D coordinates of the corresponding object points (P1, P2, P3) on the basis of the identified 3D scan panoramic image (4a, b) and • calculating the current geo-referenced position and alignment of the surveying device on the basis of the positions of the corresponding object points (P1, P2, P3) in the recorded panoramic image and of their determined geo-referenced 3D coordinates.
A method for providing remote control of content rendered by a set top box, said method comprising: - transmitting a state request message from a controller in a mobile device to said set top box via a server that transmits the same data to all of the receivers simultaneously, called a broadcast server, the broadcast server locating the set top box using a user login name, said state request message requesting a status of said set top box; - receiving a state reply message at said controller in said mobile device from said set top box via said broadcast server, wherein said state reply message provides the status of said set top box; wherein said method comprises: - determining if there needs to be control of said set top box responsive to information in said state reply message, wherein determining comprises selecting a remote control command in a group comprising "stand by", "turn off", "lock all channels", "lock current channel", and "reset to cancel previous command" via said controller in said mobile device to control said set top box responsive to information in said state reply message; and - transmitting (7, 8) a remote control command by said controller in said mobile device to said set top box via said broadcast server. - transmitting a state request message from a controller in a mobile device to said set top box via a server that transmits the same data to all of the receivers simultaneously, called a broadcast server, the broadcast server locating the set top box using a user login name, said state request message requesting a status of said set top box; - receiving a state reply message at said controller in said mobile device from said set top box via said broadcast server, wherein said state reply message provides the status of said set top box; - determining if there needs to be control of said set top box responsive to information in said state reply message, wherein determining comprises selecting a remote control command in a group comprising "stand by", "turn off", "lock all channels", "lock current channel", and "reset to cancel previous command" via said controller in said mobile device to control said set top box responsive to information in said state reply message; and - transmitting (7, 8) a remote control command by said controller in said mobile device to said set top box via said broadcast server.
A cation exchange chromatographic matrix comprising a base material, and a copolymer immobilized on the base material through a covalent bond by graft polymerization, wherein: one monomer unit of the copolymer has at least a sulfonic acid group; the copolymer forms substantially no cross-linked structure, and the copolymer comprises neither acrylamide nor an acrylamide derivative as a monomer unit, or comprises acrylamide or an acrylamide derivative as a monomer unit at a mass ratio of 10 % or less in all monomer units of the copolymer; the ratio of the mass of the copolymer to the mass of the base material is 5% or more and 200% or less; the graft chain density is 0.09 g/mL or larger and 0.25 g/mL or smaller, wherein the graft chain density is represented by the following expression: sg g / mL = w 2 − w 0 / v 1 wherein w 2 is the mass of the cation exchange chromatographic matrix obtained as a final product, v 1 is the volume of the cation exchange chromatographic matrix obtained as a final product, and w 0 is the mass of the base material before introduction of the graft chain; and the density of the sulfonic acid group is higher than 30 mmol/L and 200 mmol/L or lower. one monomer unit of the copolymer has at least a sulfonic acid group; the copolymer forms substantially no cross-linked structure, and the copolymer comprises neither acrylamide nor an acrylamide derivative as a monomer unit, or comprises acrylamide or an acrylamide derivative as a monomer unit at a mass ratio of 10 % or less in all monomer units of the copolymer; the ratio of the mass of the copolymer to the mass of the base material is 5% or more and 200% or less; the graft chain density is 0.09 g/mL or larger and 0.25 g/mL or smaller, wherein the graft chain density is represented by the following expression: sg g / mL = w 2 − w 0 / v 1 wherein w 2 is the mass of the cation exchange chromatographic matrix obtained as a final product, v 1 is the volume of the cation exchange chromatographic matrix obtained as a final product, and w 0 is the mass of the base material before introduction of the graft chain; and the density of the sulfonic acid group is higher than 30 mmol/L and 200 mmol/L or lower.
An agricultural accessory (1, 10) intended for the trellising of vine stocks, made from a composite material comprising at least one matrix made of plastic material in which a vine shoots powder is incorporated and in which the plastic material of the matrix is a polymer selected from polypropylene or polylactic acid and mixtures thereof, said agricultural accessory being a trellising clip having at least one housing (11a, 11b) shaped so as to hold at least two tightened training wires, said agricultural accessory comprising a first housing and a second housing, the first housing being angularly oriented with respect to the second housing such that an end of the first housing merges with an end of the second housing, forming a restriction section shaped so as to retain the training wires.
An oscillator comprising: a piezoelectric body that has a plurality of first protrusions on one surface thereof; a plurality of first electrodes that are respectively provided on the plurality of first protrusions so as to be separated from each other; and a plurality of second electrodes that are provided on the other surface opposite to the one surface of the piezoelectric body so that each of the second electrodes faces only one first electrode, characterized by a plurality of second protrusions that are provided on the other surface of the piezoelectric body so that each of the second protrusions overlaps only one first protrusion when seen in a plan view. a piezoelectric body that has a plurality of first protrusions on one surface thereof; a plurality of first electrodes that are respectively provided on the plurality of first protrusions so as to be separated from each other; and a plurality of second electrodes that are provided on the other surface opposite to the one surface of the piezoelectric body so that each of the second electrodes faces only one first electrode, characterized by a plurality of second protrusions that are provided on the other surface of the piezoelectric body so that each of the second protrusions overlaps only one first protrusion when seen in a plan view.
A method of manufacturing a lubricating member, comprising the steps of i) providing a particulate of a water soluble polymer, ii) providing a lipophilic structurant, preferably a C14 or greater fatty alcohols, iii) providing a liquid phase, iv) melting the lipophilic structurant, preferably at a temperature of less than about 90 °C, more preferably between about 45 °C and about 60 °C, v) adding the liquid phase and optional ingredients to the lipophilic structurant, vi) optionally cooling the mixture of step v), preferably to 60 °C or less, vii) adding the particulate of the water soluble polymer, viii) optionally adding other ingredients, ix) transferring a resultant mixture into a mould or a container, x) optionally cooling the mixture to 25°C; wherein the lubricating member comprises less than 5% by weight of lathering soap. i) providing a particulate of a water soluble polymer, ii) providing a lipophilic structurant, preferably a C14 or greater fatty alcohols, iii) providing a liquid phase, iv) melting the lipophilic structurant, preferably at a temperature of less than about 90 °C, more preferably between about 45 °C and about 60 °C, v) adding the liquid phase and optional ingredients to the lipophilic structurant, vi) optionally cooling the mixture of step v), preferably to 60 °C or less, vii) adding the particulate of the water soluble polymer, viii) optionally adding other ingredients, ix) transferring a resultant mixture into a mould or a container, x) optionally cooling the mixture to 25°C;
A machine for preparing food or beverage products, said machine being adapted for injecting a fluid under pressure in an ingredient capsule inserted therein, said machine comprising a fluid reservoir, a fluid system, optionally a fluid heating element, a controller for managing at least one preparation parameter, and further comprising a selector for allowing a user to manually select at least one food or beverage preparation parameter, characterized in that said selector comprises: (i) a sliding element (10, 16) comprising at least two independent switch actuators (23, 24), and (ii) a contact panel that comprises at least two selector switches linked to the machine controller, such that each of said selector switches is actuated/un-actuated by the presence, respectively the absence of a corresponding switch actuator (23, 24) for each given position of said sliding element (10, 16), and such that the simultaneous state of actuation of said switches is interpreted by said controller as a bitmap code for setting at least one corresponding preparation parameter. (i) a sliding element (10, 16) comprising at least two independent switch actuators (23, 24), and (ii) a contact panel that comprises at least two selector switches linked to the machine controller,
Process for making a crystalline metallosilicate composition and comprising crystallites having an inner part (the core) and an outer part (the outer layer or shell) such that: the ratio Si/Metal is higher in the outer part than in the inner part, the crystallites have a continuous distribution of metal and silicon over the crystalline cross-section, said process comprising: a) providing an aqueous medium comprising OH - anions and a metal source, b) providing an aqueous medium comprising an inorganic source of silicon and optionally a templating agent, c) optionally providing a non aqueous liquid medium comprising optionally an organic source of silica, d) mixing the medium a), b) and the optional c) at conditions effective to partly crystallize the desired metallosilicate, e) cooling down the reaction mixture a)+b)+c) to about room temperature, f) decreasing the pH of the reaction mixture by at least 0.1, g) subjecting the resulting mixture of step f) at conditions effective to continue the crystallization of the desired metallosilicate, h) recovering the desired metallosilicate, wherein at step d) in the mixture a)+b)+c), before crystallization, the ratio Si org/Si inorganic is < 0.3, the molar ratio OH - /SiO 2 is at least 0.3. the ratio Si/Metal is higher in the outer part than in the inner part, the crystallites have a continuous distribution of metal and silicon over the crystalline cross-section, said process comprising: a) providing an aqueous medium comprising OH - anions and a metal source, b) providing an aqueous medium comprising an inorganic source of silicon and optionally a templating agent, c) optionally providing a non aqueous liquid medium comprising optionally an organic source of silica, d) mixing the medium a), b) and the optional c) at conditions effective to partly crystallize the desired metallosilicate, e) cooling down the reaction mixture a)+b)+c) to about room temperature, f) decreasing the pH of the reaction mixture by at least 0.1, g) subjecting the resulting mixture of step f) at conditions effective to continue the crystallization of the desired metallosilicate, h) recovering the desired metallosilicate, a) providing an aqueous medium comprising OH - anions and a metal source, b) providing an aqueous medium comprising an inorganic source of silicon and optionally a templating agent, c) optionally providing a non aqueous liquid medium comprising optionally an organic source of silica, d) mixing the medium a), b) and the optional c) at conditions effective to partly crystallize the desired metallosilicate, e) cooling down the reaction mixture a)+b)+c) to about room temperature, f) decreasing the pH of the reaction mixture by at least 0.1, g) subjecting the resulting mixture of step f) at conditions effective to continue the crystallization of the desired metallosilicate, h) recovering the desired metallosilicate, wherein at step d) in the mixture a)+b)+c), before crystallization, the ratio Si org/Si inorganic is < 0.3, the molar ratio OH - /SiO 2 is at least 0.3.
A stacked lens structure, the stacked lens structure comprising: a plurality of substrates, each substrate of the plurality of substrates comprising: a substrate (1511a, 1511b, 1511c) having a through-hole (1523a, 1523b, 1523c); a lens (1522a, 1522b, 1522c) disposed in the through-hole (1523a, 1523b, 1523c); and a groove disposed adjacent to the through-hole (1523a; 1523b, 1523c) in a cross-section view, wherein the groove surrounds the through-hole (1523a, 1523b, 1523c) in a plan view; and wherein a slanted angle of a sidewall of the through-hole (1523a, 1523b, 1523c) with respect to a surface of the substrate (1511a, 1511b, 1511c) and a slanted angle of a sidewall of the groove with respect to the surface of the substrate (1511a, 1511b, 1511c) are substantially equal. a substrate (1511a, 1511b, 1511c) having a through-hole (1523a, 1523b, 1523c); a lens (1522a, 1522b, 1522c) disposed in the through-hole (1523a, 1523b, 1523c); and a groove disposed adjacent to the through-hole (1523a; 1523b, 1523c) in a cross-section view, wherein the groove surrounds the through-hole (1523a, 1523b, 1523c) in a plan view; and wherein a slanted angle of a sidewall of the through-hole (1523a, 1523b, 1523c) with respect to a surface of the substrate (1511a, 1511b, 1511c) and a slanted angle of a sidewall of the groove with respect to the surface of the substrate (1511a, 1511b, 1511c) are substantially equal.
A method for detecting the addition of a nucleotide to a nucleic acid strand, comprising: (a) contacting the nucleic acid strand with (i) a polymerase and (ii) labelled nucleotides in the presence of a pore such that phosphate labelled species are sequentially released when nucleotides are added to the nucleic acid strand, wherein the phosphate species contain a label specific for each nucleotide and wherein the polymerase is at a site in close proximity to the opening of the barrel or channel of the pore and/or wherein the polymerase's active site is orientated towards the opening of the pore; and (b) detecting the phosphate labelled species using the pore and thereby detecting the addition of the nucleotide to the nucleic acid strand. (a) contacting the nucleic acid strand with (i) a polymerase and (ii) labelled nucleotides in the presence of a pore such that phosphate labelled species are sequentially released when nucleotides are added to the nucleic acid strand, wherein the phosphate species contain a label specific for each nucleotide and wherein the polymerase is at a site in close proximity to the opening of the barrel or channel of the pore and/or wherein the polymerase's active site is orientated towards the opening of the pore; and (b) detecting the phosphate labelled species using the pore and thereby detecting the addition of the nucleotide to the nucleic acid strand.
A cover member comprising a transparent base, an antifouling layer, a printed layer, and an adhered member, wherein the transparent base has a first main surface and a second main surface, the antifouling layer is formed on or above at least a part of the first main surface, the printed layer is formed on or above at least a part of the second main surface, and the adhered member is adhered on a surface on an antifouling layer-side, and wherein when an adhered-member-contact-portion projected region is defined as a region in the second main surface to which a region where the adhered member is substantially in contact with the transparent base or with the antifouling layer is projected parallel with a thickness direction of the transparent base, when a near-boundary region is defined as a region in the adhered-member-contact-portion projected region, ranging from a boundary of the region to an inward portion at 1,000 μm from the boundary of the region, and when an inner region is defined as a region in the adhered-member-contact-portion projected region, lying 500 μm or more inside from the boundary of the region, then the printed layer is provided on at least a part of the near-boundary region, and no printed layer is provided on at least a part of the inner region. wherein the transparent base has a first main surface and a second main surface, the antifouling layer is formed on or above at least a part of the first main surface, the printed layer is formed on or above at least a part of the second main surface, and the adhered member is adhered on a surface on an antifouling layer-side, and wherein when an adhered-member-contact-portion projected region is defined as a region in the second main surface to which a region where the adhered member is substantially in contact with the transparent base or with the antifouling layer is projected parallel with a thickness direction of the transparent base, when a near-boundary region is defined as a region in the adhered-member-contact-portion projected region, ranging from a boundary of the region to an inward portion at 1,000 μm from the boundary of the region, and when an inner region is defined as a region in the adhered-member-contact-portion projected region, lying 500 μm or more inside from the boundary of the region, then the printed layer is provided on at least a part of the near-boundary region, and no printed layer is provided on at least a part of the inner region.