mhurhangee/ep-ind-claims huggingface dataset:
A device management system configured to manage a device (11, 12) serving as a management target, the device being one of an outdoor unit and an indoor unit of an air conditioner, the device management system comprising: a management apparatus including a management communication unit being an interface for communicating with a participant terminal and configured to receive a processing request from an external program stored in and executed by the participant terminal, a management input unit, and a management output unit, characterized in that the management apparatus further includes: a storage unit configured to store data of the device as a device data model having a hierarchical structure in which information relating to a component of the device is associated with the device, the device data model including, as a layer associated with the device, a component entity based on the information relating to the component of the device; and a processing unit configured to, in response to the processing request from the external program, read or rewrite the data stored as the device data model in the storage unit. a management apparatus including a management communication unit being an interface for communicating with a participant terminal and configured to receive a processing request from an external program stored in and executed by the participant terminal, a management input unit, and a management output unit, a management communication unit being an interface for communicating with a participant terminal and configured to receive a processing request from an external program stored in and executed by the participant terminal, a management input unit, and a management output unit, characterized in that the management apparatus further includes: a storage unit configured to store data of the device as a device data model having a hierarchical structure in which information relating to a component of the device is associated with the device, the device data model including, as a layer associated with the device, a component entity based on the information relating to the component of the device; and a processing unit configured to, in response to the processing request from the external program, read or rewrite the data stored as the device data model in the storage unit. a storage unit configured to store data of the device as a device data model having a hierarchical structure in which information relating to a component of the device is associated with the device, the device data model including, as a layer associated with the device, a component entity based on the information relating to the component of the device; and a processing unit configured to, in response to the processing request from the external program, read or rewrite the data stored as the device data model in the storage unit.
A fuel cell system comprising: a fuel cell configured to have a solid polymer electrolyte membrane; a controller configured to control the fuel cell; and an acquirer configured to obtain information on humidity of the electrolyte membrane by measuring a resistance value of the fuel cell, wherein when a state that the humidity of the electrolyte membrane is equal to or less than a first threshold value continues for a predetermined time, the controller controls wet state of the electrolyte membrane such that a dimensional change rate, which is a change rate in area in a planar direction of the electrolyte membrane accompanied with expansion or contraction of the electrolyte membrane is equal to or greater than a predetermined value, which is greater than a dimensional change rate in a state that the electrolyte membrane is damaged by tensile stress applied to the electrolyte membrane by drying of the electrolyte membrane, the first threshold value is specified by a humidity range of the electrolyte membrane when the dimensional change rate of the electrolyte membrane to a dimension of the electrolyte membrane at the time of manufacture is not less than -1.5% and less than 0%, and the predetermined time is a predetermined time period from a time when the dimensional change rate of the electrolyte membrane becomes equal to 0% to a time when the dimensional change rate of the electrolyte membrane becomes less than 0%. a fuel cell configured to have a solid polymer electrolyte membrane; a controller configured to control the fuel cell; and an acquirer configured to obtain information on humidity of the electrolyte membrane by measuring a resistance value of the fuel cell, wherein when a state that the humidity of the electrolyte membrane is equal to or less than a first threshold value continues for a predetermined time, the controller controls wet state of the electrolyte membrane such that a dimensional change rate, which is a change rate in area in a planar direction of the electrolyte membrane accompanied with expansion or contraction of the electrolyte membrane is equal to or greater than a predetermined value, which is greater than a dimensional change rate in a state that the electrolyte membrane is damaged by tensile stress applied to the electrolyte membrane by drying of the electrolyte membrane, the first threshold value is specified by a humidity range of the electrolyte membrane when the dimensional change rate of the electrolyte membrane to a dimension of the electrolyte membrane at the time of manufacture is not less than -1.5% and less than 0%, and the predetermined time is a predetermined time period from a time when the dimensional change rate of the electrolyte membrane becomes equal to 0% to a time when the dimensional change rate of the electrolyte membrane becomes less than 0%.
Drying plant with heat source, drying chamber and exhaust air purification, wherein the heat source is a gas turbine with exhaust gas line and a combustion air line leads from the drying chamber to the gas turbine, wherein the exhaust air purification is carried out by the co-incineration of the components to be purified downstream of the drying chamber in the gas turbine, and in the exhaust gas line a fourth heat exchanger is arranged, which transmits heat to a HT-network and the HT-network heats the drying chamber, wherein a second fresh air supply is provided for the drying chamber and an exhaust air washer is provided in the combustion air line downstream of the drying chamber, and a first heat exchanger for cooling the combustion air is provided in the combustion air line downstream of the drying chamber, wherein a first cooling circuit is connected to the first heat exchanger, characterised in that a second heat exchanger is provided in the combustion air line downstream of the first heat exchanger for slight re-heating of the combustion air in order to avoid subsequent condensation formation in the combustion air by reducing the relative moisture.
A method for preparing -reticuline comprising: (a) providing a chimeric nucleic acid comprising as operably linked components: (i) a first nucleic acid sequence encoding a cytochrome P450 polypeptide comprising an amino acid sequence that is at least 85% identical to SEQ ID NO: 325; (ii) a second nucleic acid sequence encoding an aldo-ketoreductase polypeptide comprising an amino acid sequence that is at least 85% identical to SEQ ID NO: 327; and (iii) one or more nucleic acid sequences capable of controlling expression in a yeast cell; and (b) introducing the chimeric nucleic acid into a yeast cell and growing the yeast cell to produce the CYP450 polypeptide and AKR polypeptide and to produce -reticuline; and (c) recovering -reticuline. (a) providing a chimeric nucleic acid comprising as operably linked components: (i) a first nucleic acid sequence encoding a cytochrome P450 polypeptide comprising an amino acid sequence that is at least 85% identical to SEQ ID NO: 325; (ii) a second nucleic acid sequence encoding an aldo-ketoreductase polypeptide comprising an amino acid sequence that is at least 85% identical to SEQ ID NO: 327; and (iii) one or more nucleic acid sequences capable of controlling expression in a yeast cell; and (i) a first nucleic acid sequence encoding a cytochrome P450 polypeptide comprising an amino acid sequence that is at least 85% identical to SEQ ID NO: 325; (ii) a second nucleic acid sequence encoding an aldo-ketoreductase polypeptide comprising an amino acid sequence that is at least 85% identical to SEQ ID NO: 327; and (iii) one or more nucleic acid sequences capable of controlling expression in a yeast cell; and (b) introducing the chimeric nucleic acid into a yeast cell and growing the yeast cell to produce the CYP450 polypeptide and AKR polypeptide and to produce -reticuline; and (c) recovering -reticuline.
An apparatus for reversibly modifying the appearance of a shoe, the apparatus comprising: a. means for automatically determining the position (4, 6, 8) of the shoe; b. means for projecting colors, images and/or patterns onto the shoe in accordance with the determined position; and c. means for modifying the shape of the shoe, in particular its surface. a. means for automatically determining the position (4, 6, 8) of the shoe; b. means for projecting colors, images and/or patterns onto the shoe in accordance with the determined position; and c. means for modifying the shape of the shoe, in particular its surface.
A solid state laser apparatus comprising: a plurality of cold heads including at least three cold heads; a cooling apparatus configured to cool the plurality of cold heads; a plurality of laser media arranged in contact with each of the plurality of cold heads and configured to amplify an irradiated first laser beam and reflect the first laser beam; and a seed light source configured to irradiate a first laser medium of the plurality of laser media with the first laser beam, wherein the plurality of laser media are configured to reflect the first laser beam from one of the plurality of laser media arranged to one of the plurality of cold heads to another one of the plurality of laser media arranged to another one of the plurality of cold heads, and the plurality of cold heads are configured to cool the plurality of laser media, characterized in that the solid state laser apparatus further comprises a temperature measuring device configured to measure temperature of the plurality of laser media, and cooling performance of the solid state laser apparatus and energy of an outputted laser beam are adjusted based on a result of the temperature measuring. a plurality of cold heads including at least three cold heads; a cooling apparatus configured to cool the plurality of cold heads; a plurality of laser media arranged in contact with each of the plurality of cold heads and configured to amplify an irradiated first laser beam and reflect the first laser beam; and a seed light source configured to irradiate a first laser medium of the plurality of laser media with the first laser beam, wherein the plurality of laser media are configured to reflect the first laser beam from one of the plurality of laser media arranged to one of the plurality of cold heads to another one of the plurality of laser media arranged to another one of the plurality of cold heads, and the plurality of cold heads are configured to cool the plurality of laser media, characterized in that
A stent graft device comprising: an expandable support frame having incorporated therein an anchoring member to anchor said stent graft device in a lumen; and a covering extending over said expandable support frame, wherein a geometry of said anchoring member changes for removal of said anchoring member from tissue growth over said anchoring member, wherein said anchoring member is a coiled wire extending outwardly from said expandable support frame in an implanted state, and wherein said anchoring member assumes an uncoiled configuration for removal of said stent graft device from said lumen. an expandable support frame having incorporated therein an anchoring member to anchor said stent graft device in a lumen; and a covering extending over said expandable support frame, wherein a geometry of said anchoring member changes for removal of said anchoring member from tissue growth over said anchoring member, wherein said anchoring member is a coiled wire extending outwardly from said expandable support frame in an implanted state, and wherein said anchoring member assumes an uncoiled configuration for removal of said stent graft device from said lumen.
A lifting device, applied to a cleaning apparatus and configured to drive a cleaning component of the cleaning apparatus to do lifting movement, wherein the lifting device comprises: a drive motor; a rotating shaft, comprising a mounting portion and a lifting drive portion connected to the mounting portion, and the mounting portion being configured for connecting with the cleaning component, the cleaning component is configured to clean a surface to be cleaned; a transmission assembly, respectively connected to an output end of the drive motor and the rotating shaft, to transfer a power of the drive motor to the rotating shaft; characterized in that the lifting device comprises: a traction member, threaded to the lifting drive portion; wherein when the rotating shaft is rotated in a first rotation direction driven by the drive motor, the lifting drive portion rotates relative to the traction member and the rotating shaft moves in a direction that approaches the surface to be cleaned; and when the rotating shaft is rotated in a second rotation direction opposite to the first rotation direction driven by the drive motor, the lifting drive portion rotates relative to the traction member and the rotating shaft moves in a direction away from the surface to be cleaned. a drive motor; a rotating shaft, comprising a mounting portion and a lifting drive portion connected to the mounting portion, and the mounting portion being configured for connecting with the cleaning component, the cleaning component is configured to clean a surface to be cleaned; a transmission assembly, respectively connected to an output end of the drive motor and the rotating shaft, to transfer a power of the drive motor to the rotating shaft; characterized in that the lifting device comprises: a traction member, threaded to the lifting drive portion; wherein when the rotating shaft is rotated in a first rotation direction driven by the drive motor, the lifting drive portion rotates relative to the traction member and the rotating shaft moves in a direction that approaches the surface to be cleaned; and when the rotating shaft is rotated in a second rotation direction opposite to the first rotation direction driven by the drive motor, the lifting drive portion rotates relative to the traction member and the rotating shaft moves in a direction away from the surface to be cleaned. a traction member, threaded to the lifting drive portion; wherein when the rotating shaft is rotated in a first rotation direction driven by the drive motor, the lifting drive portion rotates relative to the traction member and the rotating shaft moves in a direction that approaches the surface to be cleaned; and when the rotating shaft is rotated in a second rotation direction opposite to the first rotation direction driven by the drive motor, the lifting drive portion rotates relative to the traction member and the rotating shaft moves in a direction away from the surface to be cleaned.
An auxiliary electronic controller of a mobile terminal, comprising: a main body having a seating portion configured to seat the mobile terminal at a top surface of the main body, and having a radiating structure disposed therein; a first holding portion shaped to accommodate a user grip and formed at one side of the main body; and a second holding portion shaped to accommodate the user grip and hinge-coupled to another side facing the one side of the main body, wherein the second holding portion is configured to rotate to a bottom surface of the main body such that the second holding portion is in an opening state, and wherein the first holding portion includes a first control panel and the second holding portion includes a second control panel. a main body having a seating portion configured to seat the mobile terminal at a top surface of the main body, and having a radiating structure disposed therein; a first holding portion shaped to accommodate a user grip and formed at one side of the main body; and a second holding portion shaped to accommodate the user grip and hinge-coupled to another side facing the one side of the main body, wherein the second holding portion is configured to rotate to a bottom surface of the main body such that the second holding portion is in an opening state, and wherein the first holding portion includes a first control panel and the second holding portion includes a second control panel.
A power rotary unit provided in an engine body comprising an outer rotor and an inner rotor provided eccentrically within the outer rotor, and is provided with a gas-supply port for introducing a compressed gas, a fuel-supply device for supplying fuel and a exhaust port for discharging a burned gas, inner teeth constituted by a plurality of convex arc surfaces are formed in an inner circumference of the outer rotor, outer teeth constituted by a plurality of concave arc surfaces are formed in an outer circumference of the inner rotor, and a plurality of cavities independent of each other are formed in such a manner that tops of every two adjacent outer teeth contact with corresponding arc surfaces of the inner teeth, whereby volumes of respective cavities change during the engagement and disengagement between the inner teeth and the outer teeth, and thus achieve power and exhaust of the power rotary unit, characterized in that the gas-supply port and the exhaust port of the power rotary unit are provided on a hollow shaft in the inner rotor of the power rotary unit, and an opening is provided on each concave arc surface of the inner rotor of the power rotary unit, such that the opening is communicated with the gas-supply port and the exhaust port respectively when the inner rotor of the power rotary unit rotates around the hollow shaft.
A process for the production of composites composed of at least one outer layer (b) and of an isocyanate-based rigid foam (a), where the outer layer (b) is moved continuously and the starting material for the isocyanate-based rigid foam (a) is applied to the outer layer (b) and the application of the liquid starting material for the isocyanatebased rigid foam (a) is achieved by means of at least one fixed tube (c) which has openings (f) and which has been placed so as to be parallel to the plane of the outer layer and at right angles to the direction of movement of the outer layer (b), where the openings (f) have a diameter and a length, where the feed of the mixture (a) takes place in the middle of the tube (c), and the length of the openings (f) decreases in the direction from the middle of the tube (c) to its ends.
Polyurethane A), which comprises at least as synthesis components A1) 40 to 60 wt% of an oxidatively drying, OH-functional triglyceride, A2) 30 to 55 wt% of 4,4'-diisocyanato-dicyclohexylmethane, A3) 3 to 15 wt% of one or more cycloaliphatic diols, A4) 1 to 20 wt% of a compound having at least one isocyanate-reactive group and at least one ionic and/or potentially ionic function, A5) 1 to 20 wt% of one or more mono-, di- or triamines having a molecular weight of less than 300 g/mol, A6) 0 to 10 wt% of a neutralizing agent for converting a potentially ionic function, where present, of component A4) into an ionic function, and A7) 0 to 5 wt% of a urethanization catalyst, characterized in that the figure in wt% is based on the total amount of all synthesis components, and the sum total of all the components does not exceed 100%. A1) 40 to 60 wt% of an oxidatively drying, OH-functional triglyceride, A2) 30 to 55 wt% of 4,4'-diisocyanato-dicyclohexylmethane, A3) 3 to 15 wt% of one or more cycloaliphatic diols, A4) 1 to 20 wt% of a compound having at least one isocyanate-reactive group and at least one ionic and/or potentially ionic function, A5) 1 to 20 wt% of one or more mono-, di- or triamines having a molecular weight of less than 300 g/mol, A6) 0 to 10 wt% of a neutralizing agent for converting a potentially ionic function, where present, of component A4) into an ionic function, and A7) 0 to 5 wt% of a urethanization catalyst,
A fire block for building façades with an exterior insulation and finishing system, the fire block comprising i) a thicker layer based on polyurethane, polyisocyanurate, mineral foam, mineral fibre, glass fibre and/or rock wool, ii) a thinner layer made from polystyrene rigid foam, iii) at least one adhesive, and iv) possibly at least one further layer made from polystyrene rigid foam, the thinner layer being arranged at the side of the thicker layer of the fire block, which is located opposite the side which is fastened to the building façade, the thicker layer having a layer thickness A of 4 to 50 cm and the thinner layer and the further layer having a layer thickness B of 2 to 30 mm, the layer thicknesses A and B being measured in the vertical to the side of the thicker layer, on which the thinner layer is applied, the fire block additionally comprising v) at least one flame-retardant coating, - the flame-retardant coating being arranged between the thinner layer and the thicker layer, and/or on at least one side of the thicker layer which is situated at an angle to the side on which the thinner layer is applied, - and the thinner layer being connected by means of adhesive to the thicker layer or the flame-retardant coating, which can be arranged on the thicker layer. i) a thicker layer based on polyurethane, polyisocyanurate, mineral foam, mineral fibre, glass fibre and/or rock wool, ii) a thinner layer made from polystyrene rigid foam, iii) at least one adhesive, and iv) possibly at least one further layer made from polystyrene rigid foam, the thinner layer being arranged at the side of the thicker layer of the fire block, which is located opposite the side which is fastened to the building façade, the thicker layer having a layer thickness A of 4 to 50 cm and the thinner layer and the further layer having a layer thickness B of 2 to 30 mm, the layer thicknesses A and B being measured in the vertical to the side of the thicker layer, on which the thinner layer is applied, the fire block additionally comprising v) at least one flame-retardant coating, - the flame-retardant coating being arranged between the thinner layer and the thicker layer, and/or on at least one side of the thicker layer which is situated at an angle to the side on which the thinner layer is applied, - and the thinner layer being connected by means of adhesive to the thicker layer or the flame-retardant coating, which can be arranged on the thicker layer. - the flame-retardant coating being arranged between the thinner layer and the thicker layer, and/or on at least one side of the thicker layer which is situated at an angle to the side on which the thinner layer is applied, - and the thinner layer being connected by means of adhesive to the thicker layer or the flame-retardant coating, which can be arranged on the thicker layer.