mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator controlling method with a linear compressor, the method comprising: monitoring an environment temperature T of the refrigerator located in the environment; comparing the environment temperature T with a preset environment temperature threshold T0; if T is larger than T0, controlling a refrigerating unit and a heating unit in the refrigerator such that the refrigerator runs under a first operation condition; and if T is smaller than or equal to T0, controlling the refrigerating unit and the heating unit in the refrigerator such that the refrigerator runs under a second operation condition, wherein, when the linear compressor runs within predetermined time, in a case where a refrigerator load does not vary, controlling a refrigeration amount required by a freezing compartment of the refrigerator under the second operation condition to be larger than a refrigeration amount required by the freezing compartment of the refrigerator under the first operation condition, such that a compartment of the refrigerator reaches a target temperature; monitoring an operation status of the linear compressor; when the operation status of the linear compressor becomes abnormal, changing the operation condition of the refrigerator so as to increase the refrigeration amount required by the freezing compartment of the refrigerator when the linear compressor runs within the predetermined time; and after the operation status of the linear compressor becomes normal, setting a current operation condition of the refrigerator as the second operation condition. monitoring an environment temperature T of the refrigerator located in the environment; comparing the environment temperature T with a preset environment temperature threshold T0; if T is larger than T0, controlling a refrigerating unit and a heating unit in the refrigerator such that the refrigerator runs under a first operation condition; and if T is smaller than or equal to T0, controlling the refrigerating unit and the heating unit in the refrigerator such that the refrigerator runs under a second operation condition, wherein, when the linear compressor runs within predetermined time, in a case where a refrigerator load does not vary, controlling a refrigeration amount required by a freezing compartment of the refrigerator under the second operation condition to be larger than a refrigeration amount required by the freezing compartment of the refrigerator under the first operation condition, such that a compartment of the refrigerator reaches a target temperature; monitoring an operation status of the linear compressor; when the operation status of the linear compressor becomes abnormal, changing the operation condition of the refrigerator so as to increase the refrigeration amount required by the freezing compartment of the refrigerator when the linear compressor runs within the predetermined time; and after the operation status of the linear compressor becomes normal, setting a current operation condition of the refrigerator as the second operation condition.
A system for automated control of a power production plant, the system comprising: a flow control logic sequence that, when the system is in use with the power production plant, is adapted for receiving a POWER ACTUAL signal that relays an actual power production by the power production plant at a given time; receiving POWER DEMAND signal that relays a desired power production by the power production plant at the same given time; calculating a differential between the POWER DEMAND signal and the POWER ACTUAL signal and converting the differential into_a FUEL FLOW DEMAND signal indicating a desired flow of a fuel to a combustor at the same given time; generating a TURBINE INLET TEMPERATURE signal representing a temperature of an inlet of a turbine , the TURBINE INLET TEMPERATURE signal being a selection of the highest of a plurality of calculated temperature signals each respectively derived from different calculation routines for calculating the temperature at the inlet of the turbine ; and regulating one or both of a mass and a pressure of the fuel flowing from a fuel supply system to the combustor based upon a selection of the lower of the FUEL FLOW DEMAND signal and the TURBINE INLET TEMPERATURE signal. a flow control logic sequence that, when the system is in use with the power production plant, is adapted for receiving a POWER ACTUAL signal that relays an actual power production by the power production plant at a given time; receiving POWER DEMAND signal that relays a desired power production by the power production plant at the same given time; calculating a differential between the POWER DEMAND signal and the POWER ACTUAL signal and converting the differential into_a FUEL FLOW DEMAND signal indicating a desired flow of a fuel to a combustor at the same given time; generating a TURBINE INLET TEMPERATURE signal representing a temperature of an inlet of a turbine , the TURBINE INLET TEMPERATURE signal being a selection of the highest of a plurality of calculated temperature signals each respectively derived from different calculation routines for calculating the temperature at the inlet of the turbine ; and regulating one or both of a mass and a pressure of the fuel flowing from a fuel supply system to the combustor based upon a selection of the lower of the FUEL FLOW DEMAND signal and the TURBINE INLET TEMPERATURE signal.
An immunochromatographic device comprising an immunochromatographic test piece for extracting and measuring a sugar chain antigen in a specimen, and a container which stores the test piece, the immunochromatographic device having a specimen addition port in a sample pad of the test piece, the immunochromatographic test piece comprising: a sample pad to which a specimen mixed with nitrite or an acid solution is added; a label region comprising a labeled antibody obtained by labeling an antibody against the sugar chain antigen; and a detection region on which the antibody against the sugar chain antigen is immobilized, wherein an antibody-sugar chain antigen-labeled antibody complex is formed in the detection region to measure the sugar chain antigen, and the immunochromatographic test piece having a region impregnated with a neutralizing reagent upstream of the label region, and further having a region impregnated with a solid acid reagent when the specimen mixed with the nitrite is used, or a region impregnated with nitrite when the specimen mixed with the acid solution is used, upstream of the region impregnated with the neutralizing reagent, wherein the immunochromatographic device (i) has a specimen addition port for promoting the extraction of the sugar chain antigen with the nitrite and the solid acid reagent by retaining an added specimen sample solution and supplying the specimen sample solution in a short time to the region impregnated with the solid acid reagent or the nitrite, wherein the specimen addition port of the immunochromatographic device has a size to which 10 μ L to 200 μ L of the specimen sample can be supplied, and (ii) has no space between the addition port and the sample pad so as to prevent the sample from escaping from the addition port. (i) has a specimen addition port for promoting the extraction of the sugar chain antigen with the nitrite and the solid acid reagent by retaining an added specimen sample solution and supplying the specimen sample solution in a short time to the region impregnated with the solid acid reagent or the nitrite, wherein the specimen addition port of the immunochromatographic device has a size to which 10 μ L to 200 μ L of the specimen sample can be supplied, and (ii) has no space between the addition port and the sample pad so as to prevent the sample from escaping from the addition port.
A catheter apparatus comprising: an elongated flexible tubing assembly having a telescope section , the telescope section including a tubular outer telescope member having proximal and distal ends , a tubular inner telescope member longitudinally movable through the interior of said outer telescope member toward and away from said distal end thereof, and a sheath member anchored to said outer telescope member and having a proximal end portion extending proximally through said outer telescope member and telescopingly received in said inner telescope member; and an elongated flexible drive member movable relative to said flexible tubing assembly and extending through said outer telescope member and said inner telescope member and being supported within said outer telescope member by said proximal end portion of said sheath, characterized in that a portion of said inner telescope member is slidingly supported within a self-lubricating O-ring member carried by a support structure anchored to the proximal end of the outer telescope member . an elongated flexible tubing assembly having a telescope section , the telescope section including a tubular outer telescope member having proximal and distal ends , a tubular inner telescope member longitudinally movable through the interior of said outer telescope member toward and away from said distal end thereof, and a sheath member anchored to said outer telescope member and having a proximal end portion extending proximally through said outer telescope member and telescopingly received in said inner telescope member; and an elongated flexible drive member movable relative to said flexible tubing assembly and extending through said outer telescope member and said inner telescope member and being supported within said outer telescope member by said proximal end portion of said sheath, characterized in that a portion of said inner telescope member is slidingly supported within a self-lubricating O-ring member carried by a support structure anchored to the proximal end of the outer telescope member .
Retroreflector , comprising a regular arrangement of a plurality of reflective triples of a first type each having three side faces of a first type , which pairwise include an angle of between 87° and 93° with one another and define a cube corner having an apex at which the planes spanned by the three side faces of the first type intersect, wherein a number of selected triples of the first type each have an in particular cube-shaped recess in the surface of the associated cube corner and/or an in particular cube-shaped elevation protruding from the surface of the associated cube corner, which forms a triple of a second type , and wherein the triples of the second type each have at least three side faces of the second type including an angle of between 87° and 93° with one another pairwise, characterized in that each of the triples of the second type is arranged both at a distance from the apex of the associated triple of the first type and at a distance from a low point between triples of the first type , the planes spanned by three side faces of the first type of three mutually adjacent triples of the first type intersecting at the low points .
A method of forming, on an inner surface of a hollow portion of a bonding object having the hollow portion and having the shape of a tube, an adhesive layer for bonding an unvulcanized rubber layer onto the inner surface of the hollow portion, the method comprising the steps of: bonding, onto the inner surface of the hollow portion of the bonding object, an undercoating adhesive layer of an adhesion sheet including a top coating adhesive layer formed on a film and the undercoating adhesive layer formed on the top coating adhesive layer; heating the bonding object having bonded thereonto the adhesion sheet; inserting an elastic pressing member longer than a length of the bonding object into the hollow portion, the elastic pressing member extensible in a radius direction of the tube by compressing the elastic pressing member in a lengthwise direction of the bonding object, wherein the radius of the elastic pressing member is set to be smaller than the inner diameter of a tube to be formed, and deforming the elastic pressing member in the radius direction by compressing the elastic pressing member in the direction of the length, to press the adhesion sheet uniformly by pressuring the film; and removing, after cooling, the film from the top coating adhesive layer formed on the undercoating adhesive layer firmly fixed on the inside surface of the hollow portion of the bonding object. bonding, onto the inner surface of the hollow portion of the bonding object, an undercoating adhesive layer of an adhesion sheet including a top coating adhesive layer formed on a film and the undercoating adhesive layer formed on the top coating adhesive layer; heating the bonding object having bonded thereonto the adhesion sheet; inserting an elastic pressing member longer than a length of the bonding object into the hollow portion, the elastic pressing member extensible in a radius direction of the tube by compressing the elastic pressing member in a lengthwise direction of the bonding object, wherein the radius of the elastic pressing member is set to be smaller than the inner diameter of a tube to be formed, and deforming the elastic pressing member in the radius direction by compressing the elastic pressing member in the direction of the length, to press the adhesion sheet uniformly by pressuring the film; and removing, after cooling, the film from the top coating adhesive layer formed on the undercoating adhesive layer firmly fixed on the inside surface of the hollow portion of the bonding object.
A non-transitory computer-readable medium storing instructions which, when executed by processors of a plurality of workstations and of one or more support devices , cause: the processor in a workstation of the plurality of workstations to monitor traffic associated with a plurality of parametric table, 'PECTAB', printers each having a respective one of the plurality of workstations corresponding thereto, the plurality of workstations being separate and distinct from the plurality of printers, and the traffic being monitored at each of the corresponding workstations ; the processor of the workstation to receive, from the monitored traffic, an indication of a printer of the plurality of printers; wherein the indication includes a current status of the printer and identifying information associated with that printer; the processor of the workstation to provide, via an asynchronous message protocol and an asynchronous message protocol server, the indication to a graphical user interface 'GUI' of a support device of the one or more support devices ; and the processor of the workstation to display, via the GUI, the status provided via the asynchronous message protocol. the processor in a workstation of the plurality of workstations to monitor traffic associated with a plurality of parametric table, 'PECTAB', printers each having a respective one of the plurality of workstations corresponding thereto, the plurality of workstations being separate and distinct from the plurality of printers, and the traffic being monitored at each of the corresponding workstations ; the processor of the workstation to receive, from the monitored traffic, an indication of a printer of the plurality of printers; wherein the indication includes a current status of the printer and identifying information associated with that printer; the processor of the workstation to provide, via an asynchronous message protocol and an asynchronous message protocol server, the indication to a graphical user interface 'GUI' of a support device of the one or more support devices ; and the processor of the workstation to display, via the GUI, the status provided via the asynchronous message protocol.
A storage structure comprising at least one extendable wall, wherein the extendable wall comprises at least three slidably engaged panels , wherein: at least a first panel and a second panel are co-planar; at least one of the panels is hollow and receives at least part of at least one of the other panels; the first and second panels are movable relative to each other in order to adjust a dimension of the wall; and a linkage mechanism connects the first and the second panels to each other and is configured to allow relative movement between the panels while maintaining the first and second panels in the same plane as each other, and wherein the linkage is configured to define a minimum and maximum separation of the first and second panels and to allow infinite adjustment within that range, wherein the linkage mechanism remains located within the hollow panel(s) throughout the range of separation permitted by the linkage; wherein the at least three panel comprise first, second and third panels and the linkage mechanism is secured to the third panel , characterised in that when the first or the second panel moves relative to the third panel, the linkage mechanism causes the second or first panel respectively to move by the same distance and in the opposite direction or causes the first and second panels to move perpendicular to each other. at least a first panel and a second panel are co-planar; at least one of the panels is hollow and receives at least part of at least one of the other panels; the first and second panels are movable relative to each other in order to adjust a dimension of the wall; and a linkage mechanism connects the first and the second panels to each other and is configured to allow relative movement between the panels while maintaining the first and second panels in the same plane as each other, and wherein the linkage is configured to define a minimum and maximum separation of the first and second panels and to allow infinite adjustment within that range, wherein the linkage mechanism remains located within the hollow panel(s) throughout the range of separation permitted by the linkage; wherein the at least three panel comprise first, second and third panels and the linkage mechanism is secured to the third panel , characterised in that when the first or the second panel moves relative to the third panel, the linkage mechanism causes the second or first panel respectively to move by the same distance and in the opposite direction or causes the first and second panels to move perpendicular to each other.
Method of determining and visualizing process parameter values of an injection moulding process in an injection mould , which method comprises the steps of - determining geometric data of the injection mould and/or of a form part (1, 1', 1") to be manufactured in the injection mould , - carrying out an injection moulding process using the injection mould and recording measurement values as a function of the injection time and/or an actuator position (s), - determining, as process parameter values on the basis of the measurement values and geometry data of the injection mould , a flow front position inside the injection mould or the form part (1', 1") as a function of the injection time and/or an actuator position and, as appropriate, a flow front rate as a function of the flow front position, - optionally determining further process parameter values as a function of the injection time and/or the actuator position (s) and/or the flow front position, - showing at least part of the determined process parameter values as a function of the injection time and/or the actuator position and/or flow front position in a display arrangement . - determining geometric data of the injection mould and/or of a form part (1, 1', 1") to be manufactured in the injection mould , - carrying out an injection moulding process using the injection mould and recording measurement values as a function of the injection time and/or an actuator position (s), - determining, as process parameter values on the basis of the measurement values and geometry data of the injection mould , a flow front position inside the injection mould or the form part (1', 1") as a function of the injection time and/or an actuator position and, as appropriate, a flow front rate as a function of the flow front position, - optionally determining further process parameter values as a function of the injection time and/or the actuator position (s) and/or the flow front position, - showing at least part of the determined process parameter values as a function of the injection time and/or the actuator position and/or flow front position in a display arrangement .
(Amended) A tire, comprising a tire component comprising a rubber composition, the rubber composition comprising: at least one aromatic vinyl-diene-olefin copolymer A having an aromatic vinyl content of 1 to 45% by mass, a diene content of 0.1 to 50% by mass, and an olefin content of 30 to 90% by mass; and at least one aromatic vinyl-diene block copolymer B. at least one aromatic vinyl-diene-olefin copolymer A having an aromatic vinyl content of 1 to 45% by mass, a diene content of 0.1 to 50% by mass, and an olefin content of 30 to 90% by mass; and at least one aromatic vinyl-diene block copolymer B.
A base station antenna , comprising: a first radio frequency, RF, port (120-1); a second RF port (120-2); a first array (140-1) of radiating elements that is coupled to the first RF port through a first feed network (150-1); a second array (140-2) of radiating elements that is coupled to the second RF port through a second feed network (150-2); a first circuit element ; and a second circuit element ; wherein the first circuit element has a first port coupled to the first feed network, a second port coupled to a first port of the second circuit element, and a third port coupled to a first radiating element of the first array of radiating elements, and wherein the second circuit element has a second port coupled to a first radiating element of the second array of radiating elements and a third port coupled to the second feed network , characterised in that : the first circuit element is a diplexer, the second circuit element is a diplexer or a power divider with a filter on a first output port thereof, and one or more of the radiating elements of the first array of radiating elements are shared with the second array of radiating elements, but only for certain sub-bands of the operating frequency band of the first array of radiating elements. a first radio frequency, RF, port (120-1); a second RF port (120-2); a first array (140-1) of radiating elements that is coupled to the first RF port through a first feed network (150-1); a second array (140-2) of radiating elements that is coupled to the second RF port through a second feed network (150-2); a first circuit element ; and a second circuit element ; wherein the first circuit element has a first port coupled to the first feed network, a second port coupled to a first port of the second circuit element, and a third port coupled to a first radiating element of the first array of radiating elements, and wherein the second circuit element has a second port coupled to a first radiating element of the second array of radiating elements and a third port coupled to the second feed network , characterised in that : the first circuit element is a diplexer, the second circuit element is a diplexer or a power divider with a filter on a first output port thereof, and one or more of the radiating elements of the first array of radiating elements are shared with the second array of radiating elements, but only for certain sub-bands of the operating frequency band of the first array of radiating elements. the first circuit element is a diplexer, the second circuit element is a diplexer or a power divider with a filter on a first output port thereof, and one or more of the radiating elements of the first array of radiating elements are shared with the second array of radiating elements, but only for certain sub-bands of the operating frequency band of the first array of radiating elements.