mhurhangee/ep-ind-claims huggingface dataset:
An anticorrosion film comprising, as a weight percent of solids based on the total weight of solids: (a) 1-35% by weight of one or more fluoropolymer; (b) 1-70% by weight of one or more epoxy resin; (c) 5-70% by weight of one or more polyamideimide, wherein the polyamideimide has a number average molecular weight of no greater than 20,000; and (d) 1-40% by weight of an auxiliary binder consisting of one or more of polyethersulfone, polyphenylene sulfide, polyamide, polyimide, polyether ether ketone, polyetherimide, polyurethane, alkyd resin, polyester, or acrylic polymers. (a) 1-35% by weight of one or more fluoropolymer; (b) 1-70% by weight of one or more epoxy resin; (c) 5-70% by weight of one or more polyamideimide, wherein the polyamideimide has a number average molecular weight of no greater than 20,000; and (d) 1-40% by weight of an auxiliary binder consisting of one or more of polyethersulfone, polyphenylene sulfide, polyamide, polyimide, polyether ether ketone, polyetherimide, polyurethane, alkyd resin, polyester, or acrylic polymers.
A computing environment, comprising: at least one computing device; a plurality of services executed within the computing environment; and a timeout management application that, when executed by the at least one computing device, causes the at least one computing device to set a timeout associated with at least one of the plurality of services, the timeout management application comprising: logic that monitors a plurality of latencies, each latency corresponding to one of the plurality of services; logic that selects at least one of the plurality of services for timeout modification based on a priority of the plurality of services or on the plurality of latencies, when a used system capacity determined as a function of the plurality of latencies is outside a predetermined range; and logic that sets a timeout based on the used system capacity for the selected at least one of the plurality of services. at least one computing device; a plurality of services executed within the computing environment; and a timeout management application that, when executed by the at least one computing device, causes the at least one computing device to set a timeout associated with at least one of the plurality of services, the timeout management application comprising: logic that monitors a plurality of latencies, each latency corresponding to one of the plurality of services; logic that selects at least one of the plurality of services for timeout modification based on a priority of the plurality of services or on the plurality of latencies, when a used system capacity determined as a function of the plurality of latencies is outside a predetermined range; and logic that sets a timeout based on the used system capacity for the selected at least one of the plurality of services. logic that monitors a plurality of latencies, each latency corresponding to one of the plurality of services; logic that selects at least one of the plurality of services for timeout modification based on a priority of the plurality of services or on the plurality of latencies, when a used system capacity determined as a function of the plurality of latencies is outside a predetermined range; and logic that sets a timeout based on the used system capacity for the selected at least one of the plurality of services.
A user interface system for a vehicle interior, said user interface system being adapted to receive touch-based inputs for controlling one or more vehicle systems or components and comprising: - a contact surface; - first and second non-conductive layers; - a layer between the first and second non-conductive layers; - a sensor grid comprising a first set of conductive strips between the first non-conductive layer and the layer, and a second set of conductive strips between the second non-conductive layer and the layer; - a controller; wherein the sensor grid is configured to provide variable electrical resistance in response to applied pressure; wherein the controller is configured to detect the electrical resistance of the sensor grid by monitoring an electrical signal; wherein the layer between the first and second non-conductive layers is configured to provide variable electrical resistance in response to compression; and wherein the contact surface comprises indicia identifying portions of the sensor grid associated with corresponding vehicle controls. - a contact surface; - first and second non-conductive layers; - a layer between the first and second non-conductive layers; - a sensor grid comprising a first set of conductive strips between the first non-conductive layer and the layer, and a second set of conductive strips between the second non-conductive layer and the layer; - a controller;
A carriage system, which is suitable for use in an air vehicle, which is capable of safely carrying at least a load by being attached thereto, and which comprises: - at least one retaining member which is suitable for attaching at least a load thereto, and which is movable between an open position and a closed position; - at least one moving element which ensures moving of said retaining member between the open position and the closed position by means of at least one power source; - at least a first spring, which is connected at least on one side to the retaining member and at least on the other side to the carriage system, and which serves to keep the retaining member in the open position; - at least one locking element, which can make rotational movement around an axis passing through its center, which locks the retaining member in its closed position by contacting the retaining member at least on its one end in a position where it is rotated, and which is connected at least on the other end to at least a second spring that applies a force in a reverse direction to the force applied by the first spring on the retaining member; wherein the moving element is configured to, actuated by the power source, cause rotation of the locking element, the locking element releasing the retaining member by this rotational movement, the carriage system being characterized by comprising - at least one guide member, which has at least one slot in which at least one end of the retaining member can move linearly, and which is in connection with the locking element. - at least one retaining member which is suitable for attaching at least a load thereto, and which is movable between an open position and a closed position; - at least one moving element which ensures moving of said retaining member between the open position and the closed position by means of at least one power source; - at least a first spring, which is connected at least on one side to the retaining member and at least on the other side to the carriage system, and which serves to keep the retaining member in the open position; - at least one locking element, which can make rotational movement around an axis passing through its center, which locks the retaining member in its closed position by contacting the retaining member at least on its one end in a position where it is rotated, and which is connected at least on the other end to at least a second spring that applies a force in a reverse direction to the force applied by the first spring on the retaining member; wherein the moving element is configured to, actuated by the power source, cause rotation of the locking element, the locking element releasing the retaining member by this rotational movement, the carriage system being characterized by comprising - at least one guide member, which has at least one slot in which at least one end of the retaining member can move linearly, and which is in connection with the locking element.
Method for producing a contact element with the aid of a rotary indexing machine, comprising the following manufacturing steps: - loading the blank into the rotary indexing machine, - creating a pin region or a socket region for electrical contact-connection with another contact element, - creating a fixing region for fixing the contact element in an insulating body, - creating or completing a crimping region for electrically connecting a conductor to the contact element, - unloading the complete contact element from the rotary indexing machine, characterized - in that the rotary indexing machine has at least 24 workstations, - in that the contact element is manufactured from a blank which passes through at least 8 workstations (I-VIII, I'-VIII', I''-VIII'') on the rotary indexing machine in one production cycle, - in that the respective workstations (I-VIII, I'-VIII', I''-VIII'') carry out the sum of the said manufacturing steps, and - in that three production cycles (A, B, C) are carried out on the rotary indexing machine at the same time. - loading the blank into the rotary indexing machine, - creating a pin region or a socket region for electrical contact-connection with another contact element, - creating a fixing region for fixing the contact element in an insulating body, - creating or completing a crimping region for electrically connecting a conductor to the contact element, - unloading the complete contact element from the rotary indexing machine, - in that the rotary indexing machine has at least 24 workstations, - in that the contact element is manufactured from a blank which passes through at least 8 workstations (I-VIII, I'-VIII', I''-VIII'') on the rotary indexing machine in one production cycle, - in that the respective workstations (I-VIII, I'-VIII', I''-VIII'') carry out the sum of the said manufacturing steps, and - in that three production cycles (A, B, C) are carried out on the rotary indexing machine at the same time.
A paper bobbin for winding yarn, comprising a hollow cylindrical body of which outer periphery has two annular protruding portions spaced apart at a distance; wherein each annular protruding portion is protruded from the outer periphery of the hollow cylindrical body to a height ranging from 0.5 to 2.0 mm, characterized in that the outer periphery of the hollow cylindrical body is further provided with two annular grooves, one of them is adjacent to one of the two annular protruding portions, the other is adjacent to the other annular protruding portion, and each said annular groove has a groove width ranging from 4 to 15 mm.
Device for dispensing espresso coffee starting from coffee-beans, comprising: a tank for containing the coffee-beans; grinding means for coffee-beans, said tank being located above the grinding means; dosing means that are operatively active between the containment tank and the grinding means for transferring a pre-established quantity of coffee-beans from the containment tank to said grinding means; at least a vacuum pump operatively active on the containment tank of the coffee-beans for creating vacuum therein, characterised in that said dosing means comprise a dosing chamber that selectively communicates with said containment tank and with said grinding means, the device further comprising a door that can be configured between an opening position for allowing the passage of coffee-beans from the containment tank to said dosing chamber, and a closing position for interrupting said passage. a tank for containing the coffee-beans; grinding means for coffee-beans, said tank being located above the grinding means; dosing means that are operatively active between the containment tank and the grinding means for transferring a pre-established quantity of coffee-beans from the containment tank to said grinding means; at least a vacuum pump operatively active on the containment tank of the coffee-beans for creating vacuum therein, characterised in that said dosing means comprise a dosing chamber that selectively communicates with said containment tank and with said grinding means, the device further comprising a door that can be configured between an opening position for allowing the passage of coffee-beans from the containment tank to said dosing chamber, and a closing position for interrupting said passage.
A tray unit, particularly a dish, for the packaging, transport, and/or consumption of foods, with a film covering a body wherein an adhesive for sealing the tray unit is present between the film and the body in an adhesive region, characterized in that the film and the tray unit have a surface tension such that the adhesive adheres at least predominantly on the film upon removing the film, wherein the surface tension in the adhesive region in the film is greater than the surface tension in the adhesive region in the body.
Method for operating a filter assembly for the air supply to a turbomachine, wherein the effectiveness (11a-13a) and preferably the filter type (11b-13b) of at least one filter stage of the filter assembly tracks a change in the current and/or to be expected concentration n(d) of particles at the inlet to this filter stage, characterized in that a filter stage with a filter the action of which can be activated by applying an electrical voltage to the filter and/or by driving an electrical current through the filter is chosen, and in that the effectiveness (11a-13a) of the filter stage is adjusted by the electrical voltage and/or the electrical current being increased or reduced.
An electronic device comprising: a memory including at least one command; and a processor, connected to the memory, configured to control the electronic device, wherein the processor when executing the at least one command, is configured to: obtain an image, obtain a noise compensation map which is a map of noise removal intensity when compensating for noise of the image based on setting information of a camera capturing the image and brightness information of the image, and remove the noise of the image through the noise compensation map, wherein the setting information includes lens information of the camera and the brightness information includes a gray map of the image, wherein the processor is configured to: obtain a vignetting map based on the lens information, and to obtain the noise compensation map by overlapping the gray map and the vignetting map with each other. a memory including at least one command; and a processor, connected to the memory, configured to control the electronic device, wherein the processor when executing the at least one command, is configured to: obtain an image, obtain a noise compensation map which is a map of noise removal intensity when compensating for noise of the image based on setting information of a camera capturing the image and brightness information of the image, and remove the noise of the image through the noise compensation map, wherein the setting information includes lens information of the camera and the brightness information includes a gray map of the image, wherein the processor is configured to: obtain a vignetting map based on the lens information, and to obtain the noise compensation map by overlapping the gray map and the vignetting map with each other. obtain an image, obtain a noise compensation map which is a map of noise removal intensity when compensating for noise of the image based on setting information of a camera capturing the image and brightness information of the image, and remove the noise of the image through the noise compensation map, wherein the setting information includes lens information of the camera and the brightness information includes a gray map of the image, wherein the processor is configured to: obtain a vignetting map based on the lens information, and to obtain the noise compensation map by overlapping the gray map and the vignetting map with each other. obtain a vignetting map based on the lens information, and to obtain the noise compensation map by overlapping the gray map and the vignetting map with each other.
A sealed contact device comprising: a housing (10, 20); two pairs of stationary contacts and moving contacts, each pair of which are disposed in parallel opposite to each other in the housing (10, 20); and a pair of permanent magnets arranged along a line connecting two pairs of the stationary contacts and the moving contacts and opposed each other in the housing (10, 20), wherein the two pairs of the stationary contacts and the moving contacts are disposed between the pair of permanent magnets; an arc generated between each pair of the stationary contacts and the moving contacts being drawn due to a current conducting between each pair of the stationary contacts and the moving contacts and a magnetic force of the permanent magnets, wherein an arc shield member is disposed in a position in a direction perpendicular to a conducting direction between each pair of the stationary contacts and the moving contacts and to a direction of a magnetic force of the permanent magnets which is perpendicular to the conducting direction, wherein the arc shield member has a gate type section including a plate-shaped coupling member and a pair of arm portions formed by substantially perpendicularly bending both ends of the coupling member, and the arc shield member being further characterized in that a partition wall (68, 69) including a magnetic flux hole (68a, 69a), a cut-out portion or at least one slit, is bridged between outer edge parts of the pair of arm portions such as to cover a part of opposed surfaces of the permanent magnets without covering the central axes of the permanent magnets. a housing (10, 20); two pairs of stationary contacts and moving contacts, each pair of which are disposed in parallel opposite to each other in the housing (10, 20); and a pair of permanent magnets arranged along a line connecting two pairs of the stationary contacts and the moving contacts and opposed each other in the housing (10, 20), wherein the two pairs of the stationary contacts and the moving contacts are disposed between the pair of permanent magnets; an arc generated between each pair of the stationary contacts and the moving contacts being drawn due to a current conducting between each pair of the stationary contacts and the moving contacts and a magnetic force of the permanent magnets, wherein an arc shield member is disposed in a position in a direction perpendicular to a conducting direction between each pair of the stationary contacts and the moving contacts and to a direction of a magnetic force of the permanent magnets which is perpendicular to the conducting direction, wherein the arc shield member has a gate type section including a plate-shaped coupling member and a pair of arm portions formed by substantially perpendicularly bending both ends of the coupling member, and the arc shield member being further characterized in that a partition wall (68, 69) including a magnetic flux hole (68a, 69a), a cut-out portion or at least one slit, is bridged between outer edge parts of the pair of arm portions such as to cover a part of opposed surfaces of the permanent magnets without covering the central axes of the permanent magnets.
A method for wireless communication, comprising: identifying bursty interference or puncturing by low latency communications from a serving base station in one or more code blocks of a first transport block, TB; determining a protection scheme, based at least in part on the identified bursty interference or puncturing, to apply to TBs to address bursty interference or puncturing on the TBs; and applying, as the protection scheme, time and frequency interleaving of code blocks of the TBs in the presence of bursty interference or puncturing; and transmitting the one or more code blocks of the TBs. identifying bursty interference or puncturing by low latency communications from a serving base station in one or more code blocks of a first transport block, TB; determining a protection scheme, based at least in part on the identified bursty interference or puncturing, to apply to TBs to address bursty interference or puncturing on the TBs; and applying, as the protection scheme, time and frequency interleaving of code blocks of the TBs in the presence of bursty interference or puncturing; and transmitting the one or more code blocks of the TBs.
A power system, comprising: an engine comprising an exhaust line; a power turbine in the exhaust line, a turbine shaft of the power turbine being coupled to a crankshaft of the engine to permit transmission of power between the turbine shaft and the crankshaft; a bypass line connected to the exhaust line upstream of the power turbine and comprising a controllable bypass valve characterized in that said power system further comprises: a controller arranged to control opening of the bypass valve to bypass the power turbine, but to allow the turbine shaft to spin with the crankshaft, when the engine is operated under conditions such that power would be expected to be transferred to the turbine shaft. an engine comprising an exhaust line; a power turbine in the exhaust line, a turbine shaft of the power turbine being coupled to a crankshaft of the engine to permit transmission of power between the turbine shaft and the crankshaft; a bypass line connected to the exhaust line upstream of the power turbine and comprising a controllable bypass valve characterized in that said power system further comprises: a controller arranged to control opening of the bypass valve to bypass the power turbine, but to allow the turbine shaft to spin with the crankshaft, when the engine is operated under conditions such that power would be expected to be transferred to the turbine shaft.
Hairstyling apparatus comprising: - a portable unit comprising means for dispensing vapour; - an assembly member immovably mounted in the portable unit and comprising a first duct for dispensing a fluid towards the means for dispensing vapour; and, - a cord comprising at least one cable for supplying electric power to the portable unit and at least one channel intended for the passage of the fluid, characterised in that the cord is connected to a connection unit connected to the assembly member pivotably about a longitudinal axis, the connection unit comprising a second duct for dispensing the fluid that cooperates with the first duct for dispensing the fluid of the assembly member, and in that the connection unit and the assembly member respectively comprise first and second means (27, 28) for electrical connection, said first and second means (27, 28) for electrical connection and the first and second duct (5, 15) being configured to provide a permanent supply of electric power and a permanent supply of the fluid during the rotation of the connection unit. - a portable unit comprising means for dispensing vapour; - an assembly member immovably mounted in the portable unit and comprising a first duct for dispensing a fluid towards the means for dispensing vapour; and, - a cord comprising at least one cable for supplying electric power to the portable unit and at least one channel intended for the passage of the fluid,
An electrostatic capacitor device including first and second spaced apart electrode structures separated by a dielectric structure; wherein the dielectric structure is formed from a composite material which includes electrically insulating fibres in a binder matrix, in which the first and second electrode structures are each formed from a composite material which includes electrically conductive fibres in a binder matrix, characterised in that the first and second electrode structures and the dielectric structure are formed with a common binder matrix thereby providing a monolithic structure.