mhurhangee/ep-ind-claims huggingface dataset:
A sensor arrangement for detecting a safe installation state of an installation operated in an automated manner, comprising an input circuit designed to receive a first input signal and designed to receive at least one further input signal, with the first input signal depending on the safe installation state to be detected, and with the further input signal depending on a further state, comprising at least a first output and a second output (68, 70) for outputting a first output signal and a second output signal (76, 78), comprising an evaluation unit designed to evaluate the first input signal in a fail-safe manner and, on the basis thereof, to generate the first and second output signals (76, 78) at the first and second outputs (68, 70), with the first and second output signals (76, 78) forming a redundant signal pair which in combination signals the safe installation state, and comprising a first device housing, in which the input circuit and the evaluation unit are arranged, and comprising an actuator which is spatially separate from the first device housing and generates the first input signal, with the first actuator having an individual identification code which is transmitted to the evaluation unit via the first input signal, characterized by at least one further actuator with a further individual identification code, wherein the evaluation unit is further designed to evaluate the further input signal and, on the basis thereof, to generate a third output signal at the first output and a fourth output signal at the second output, with the third and fourth output signals (80, 82) forming a non-redundant signal pair which differs from the redundant signal pair, and wherein the evaluation unit distinguishes the first input signal from the further input signal on the basis of the first individual identification code and the further individual identification code (62a, 62c).
An image processing device, comprising: image receiver circuitry configured to receive a first image; image converter circuitry configured to convert the first image to a second image, the second image being a lower resolution version of the first image; image processor circuitry configured to perform an imaging effect on the second image to form a third image, the imaging effect being defined by an imaging effect parameter; first output device circuitry configured to output the third image for display; and second output device circuitry configured to output the first image and the imaging effect parameter to either a storage medium or a remote device; wherein: the image receiver circuitry is configured to receive a plurality of first images at a predetermined frame rate; and wherein an amount of information used to represent the second image is chosen such that the image processor circuitry forms the third image in a time such that a time between the image receiver circuitry receiving each first image and the first output device outputting a respective third image for display is less than or equal to the time period between successive first images. image receiver circuitry configured to receive a first image; image converter circuitry configured to convert the first image to a second image, the second image being a lower resolution version of the first image; image processor circuitry configured to perform an imaging effect on the second image to form a third image, the imaging effect being defined by an imaging effect parameter; first output device circuitry configured to output the third image for display; and second output device circuitry configured to output the first image and the imaging effect parameter to either a storage medium or a remote device; wherein: the image receiver circuitry is configured to receive a plurality of first images at a predetermined frame rate; and wherein an amount of information used to represent the second image is chosen such that the image processor circuitry forms the third image in a time such that a time between the image receiver circuitry receiving each first image and the first output device outputting a respective third image for display is less than or equal to the time period between successive first images. the image receiver circuitry is configured to receive a plurality of first images at a predetermined frame rate; and wherein an amount of information used to represent the second image is chosen such that the image processor circuitry forms the third image in a time such that a time between the image receiver circuitry receiving each first image and the first output device outputting a respective third image for display is less than or equal to the time period between successive first images.
A gaming machine with a housing, in which are arranged a game sequence controller, at least one display device for displaying a gaming device, and at least one switching element, which is actuatable by a user, wherein the switching element is connected to the game sequence controller, and the at least one switching element, which is embodied as a rotary switch, a pressure switch, a pull switch, or a pushbutton switch or as a combination of said switches, is assigned at least one electromagnetic device, which is coupled to the game sequence controller and comprises at least one coil and a magnetic bar, wherein the electromagnetic device generates, upon an actuation of the switching element, information that can be detected tactilely by the user in the form of a change of position and shape of the switching element depending on the course of the game with respect to a switching process, wherein for changing the position and shape of an actuation element of the switching element, the actuation element is produced at least regionally from an elastic material, wherein the magnetic bar of the electromagnetic device for altering the shape of the actuation element is embedded into the elastic material and wherein the magnetic bar is arranged both rotatably and axially displaceably in the coil of the electromagnetic device.
An on-vehicle display device comprising: a first display section provided in an area within a width of a steering wheel of a vehicle viewed from a driver sitting on a driver seat of the vehicle and which displays at least one piece of report information concerning a state of the vehicle; a second display section provided in an area outside the width of the steering wheel viewed from the driver and which displays an image; and a control section which controls displays of the first display section and the second display section respectively, characterized in that the first display section comprises a master caution display part for displaying a master caution symbol indicating occurrence of an anomaly in the vehicle and the on-vehicle display device is so configured that when a piece of report information is displayed on the first display section, the control section controls to display an information image corresponding to the piece of report information on the second display section. a first display section provided in an area within a width of a steering wheel of a vehicle viewed from a driver sitting on a driver seat of the vehicle and which displays at least one piece of report information concerning a state of the vehicle; a second display section provided in an area outside the width of the steering wheel viewed from the driver and which displays an image; and a control section which controls displays of the first display section and the second display section respectively, characterized in that the first display section comprises a master caution display part for displaying a master caution symbol indicating occurrence of an anomaly in the vehicle and the on-vehicle display device is so configured that when a piece of report information is displayed on the first display section, the control section controls to display an information image corresponding to the piece of report information on the second display section.
Polymer with end groups of formula, which is free of isocyanate groups, where R 1 stands for an alkyl group having 1 to 12 C atoms; R 2 stands for a hydrogen atom or for an alkyl group having 1 to 12 C atoms, which optionally comprises ether oxygen or amine nitrogen; R 3 stands for a linear or a branched alkylene or cycloalkylene residue having 1 to 12 C atoms, optionally with aromatic parts, and optionally with one or more heteroatoms; R 4 stands for an alkyl group having 1 to 6 C atoms; R 5 stands for an alkyl group having 1 to 10 C atoms, which optionally comprises one or more ether oxygens; n stands for 2 or 3 or 4; and x stands for 0 or 1. R 1 stands for an alkyl group having 1 to 12 C atoms; R 2 stands for a hydrogen atom or for an alkyl group having 1 to 12 C atoms, which optionally comprises ether oxygen or amine nitrogen; R 3 stands for a linear or a branched alkylene or cycloalkylene residue having 1 to 12 C atoms, optionally with aromatic parts, and optionally with one or more heteroatoms; R 4 stands for an alkyl group having 1 to 6 C atoms; R 5 stands for an alkyl group having 1 to 10 C atoms, which optionally comprises one or more ether oxygens; n stands for 2 or 3 or 4; and x stands for 0 or 1.
A tool swivel assembly for a machine tool, the assembly comprising: a base for mounting on a machine tool; a support shaft in a fixed position and orientation relative to the base, the support shaft having a longitudinal reference axis; a rotatable tool support which is rotatable relative to the support shaft about the longitudinal reference axis; and characterised by a fixed tool support which is fixed relative to and carried by the support shaft, and has a tool or a gauge mounted thereon. a base for mounting on a machine tool; a support shaft in a fixed position and orientation relative to the base, the support shaft having a longitudinal reference axis; a rotatable tool support which is rotatable relative to the support shaft about the longitudinal reference axis; and characterised by a fixed tool support which is fixed relative to and carried by the support shaft, and has a tool or a gauge mounted thereon.
A coffee machine comprising: a grinder (5a, 5b) configured to grind coffee beans; a separation unit configured to separate a waste from coffee beans; a reservoir unit consisting an upper portion with an exhaust pipe inside and a lower portion, and configured to store the waste separated from the coffee beans in the separation unit, a suction unit including a fan motor disposed above the reservoir unit, wherein; the suction unit is configured to send an air flow containing the waste from the separation unit to the inside of the upper portion of the reservoir unit by suction caused by rotation of the fan motor, the exhaust pipe is configured to have the air flow containing the waste sent from the separation unit and swirl downwards around the exhaust pipe, characterized in that the lower portion of the reservoir unit includes an outer case body and an inner case body which is inside of the outer case body, the inner case body has a bottom surface and a circumferential side wall, and an opening connected to the inside of the outer case body in the circumferential side wall, the inner case body is configured such that an air flow containing the waste swirled downwards around the exhaust pipe enters inside the circumferential side wall, and afterwards the waste falls due to its weight inside the circumferential side wall, and an air flow is suctioned by the suction unit and rises from inside the exhaust pipe, the waste passes through the opening, the outer case body stores the waste passed through the opening. a grinder (5a, 5b) configured to grind coffee beans; a separation unit configured to separate a waste from coffee beans; a reservoir unit consisting an upper portion with an exhaust pipe inside and a lower portion, and configured to store the waste separated from the coffee beans in the separation unit, a suction unit including a fan motor disposed above the reservoir unit, wherein; the suction unit is configured to send an air flow containing the waste from the separation unit to the inside of the upper portion of the reservoir unit by suction caused by rotation of the fan motor, the exhaust pipe is configured to have the air flow containing the waste sent from the separation unit and swirl downwards around the exhaust pipe, characterized in that the lower portion of the reservoir unit includes an outer case body and an inner case body which is inside of the outer case body, the inner case body has a bottom surface and a circumferential side wall, and an opening connected to the inside of the outer case body in the circumferential side wall, the inner case body is configured such that an air flow containing the waste swirled downwards around the exhaust pipe enters inside the circumferential side wall, and afterwards the waste falls due to its weight inside the circumferential side wall, and an air flow is suctioned by the suction unit and rises from inside the exhaust pipe, the waste passes through the opening, the outer case body stores the waste passed through the opening.
A combustor, comprising: a combustor shell having a plurality of impingement holes; a combustor liner disposed inside the combustor shell and having an inner hot surface and an outer cold surface, the combustor liner and combustor shell defining a flow cavity therebetween, the combustor liner having a plurality of effusion holes offset from the plurality of impingement holes; and a tapered panel disposed in the flow cavity and on the combustor shell and defining an accelerating channel such that cooling air is accelerated between the tapered panel and the cold surface of the combustor liner from the plurality of impingement holes to the plurality of effusion holes, characterised in that: a plurality of pedestals are disposed on the cold surface of the combustor liner below the plurality of impingement holes, and a plurality of scallops are disposed in the tapered panel such that cooling air is turned toward the plurality of effusion holes. a combustor shell having a plurality of impingement holes; a combustor liner disposed inside the combustor shell and having an inner hot surface and an outer cold surface, the combustor liner and combustor shell defining a flow cavity therebetween, the combustor liner having a plurality of effusion holes offset from the plurality of impingement holes; and a tapered panel disposed in the flow cavity and on the combustor shell and defining an accelerating channel such that cooling air is accelerated between the tapered panel and the cold surface of the combustor liner from the plurality of impingement holes to the plurality of effusion holes, characterised in that: a plurality of pedestals are disposed on the cold surface of the combustor liner below the plurality of impingement holes, and a plurality of scallops are disposed in the tapered panel such that cooling air is turned toward the plurality of effusion holes. a plurality of pedestals are disposed on the cold surface of the combustor liner below the plurality of impingement holes, and a plurality of scallops are disposed in the tapered panel such that cooling air is turned toward the plurality of effusion holes.
Clinoptilolite or clinoptilolite-containing mixtures, whereby the clinoptilolite or the clinoptilolite-containing mixtures are mechanically modified and activated by comminution of the particles, for use as a medical product for receiving and discharging one or more amines and/or salts thereof, which occur in aqueous solution or aqueous suspension in the digestive tract or the skin of humans and animals and which belong to a group of amines consisting of 2-phenyl-ethylamine, 2-(4'-hydroxyphenyl)-ethylamine, benzidine, aniline, 2-(4'-Imidazolyl)-ethylamine and tryptamine.
A watercraft having improved characteristics for travel in ice, in particular an icebreaker, supply vessel, cargo vessel or corresponding, which watercraft has a hull, which has at the stern portion a propulsion and steering arrangement, which is mainly responsible for movement and steering of the watercraft and which includes at least one skeg-like projection (8,9), in which is located at least one propeller device (10,11), characterized in that said skeg-like projections (8,9) comprise two units situated on different sides of the centre line of the hull, that said propeller device (10,11) is located at the stern end or on the stern side of the skeg-like projection (8,9) and that the skeg-like projection (8,9) has between the propeller device (10,11) and the hull of the watercraft, in the longitudinal direction of the skeg-like projection, one or more thruster devices (12,12',12",13,13',13") to provide a water flow mainly transverse in relation to the hull.
A method of determining a normalization count comprising: receiving an operand to be normalized at a normalization logic circuit, the operand including a plurality of bits; and generating a first shift amount when a value of the operand is not equal to zero, wherein generating the first shift amount comprises: extracting a most significant bit from the plurality of bits; shifting remaining bits of the plurality of bits left by one bit to produce a plurality of shifted bits; inserting a zero value in a least significant bit of the plurality of shifted bits; counting a leading number of consecutive zeros in the plurality of shifted bits to produce the first shift amount; and masking a most significant bit of the first shift amount; generating a second shift amount having a zero value when the value of the operand is equal to zero. receiving an operand to be normalized at a normalization logic circuit, the operand including a plurality of bits; and generating a first shift amount when a value of the operand is not equal to zero, wherein generating the first shift amount comprises: extracting a most significant bit from the plurality of bits; shifting remaining bits of the plurality of bits left by one bit to produce a plurality of shifted bits; inserting a zero value in a least significant bit of the plurality of shifted bits; counting a leading number of consecutive zeros in the plurality of shifted bits to produce the first shift amount; and masking a most significant bit of the first shift amount; extracting a most significant bit from the plurality of bits; shifting remaining bits of the plurality of bits left by one bit to produce a plurality of shifted bits; inserting a zero value in a least significant bit of the plurality of shifted bits; counting a leading number of consecutive zeros in the plurality of shifted bits to produce the first shift amount; and masking a most significant bit of the first shift amount; generating a second shift amount having a zero value when the value of the operand is equal to zero.
A method for production of a heat-resistant container comprising: forming a raised bottom portion, which is smaller in wall thickness than a surrounding section, in a bottom section of a molded product, and pressing a site of the bottom section from outside, simultaneously with performing blow molding, thereby forming a folded-back portion and a surrounding wall portion in surroundings of the raised bottom portion; characterized in that - forming the raised bottom portion smaller in wall thickness than the surrounding wall portion by first blow molding involving heat treatment; and - increasing wall thickness of the surrounding wall portion relative to the wall thickness of the raised bottom portion by pressing the site of the bottom section including the folded back-portion and the surrounding wall portion, in performing second blow molding using a final mold, wherein the raised bottom portion is displaced inwardly by reduction of internal pressure of the interior of the heat-resistant container. forming a raised bottom portion, which is smaller in wall thickness than a surrounding section, in a bottom section of a molded product, and pressing a site of the bottom section from outside, simultaneously with performing blow molding, thereby forming a folded-back portion and a surrounding wall portion in surroundings of the raised bottom portion; characterized in that - forming the raised bottom portion smaller in wall thickness than the surrounding wall portion by first blow molding involving heat treatment; and - increasing wall thickness of the surrounding wall portion relative to the wall thickness of the raised bottom portion by pressing the site of the bottom section including the folded back-portion and the surrounding wall portion, in performing second blow molding using a final mold, wherein the raised bottom portion is displaced inwardly by reduction of internal pressure of the interior of the heat-resistant container. - forming the raised bottom portion smaller in wall thickness than the surrounding wall portion by first blow molding involving heat treatment; and - increasing wall thickness of the surrounding wall portion relative to the wall thickness of the raised bottom portion by pressing the site of the bottom section including the folded back-portion and the surrounding wall portion, in performing second blow molding using a final mold, wherein the raised bottom portion is displaced inwardly by reduction of internal pressure of the interior of the heat-resistant container.
An apparatus comprising: a processor configured to create a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, media presentation description, MPD, wherein the MPD comprises an AssetIdentitier element associated with a period, wherein the AssetIdentifier element specifies that the period belongs to a certain asset, and wherein the asset is content including media and metadata together with the rights to use the content provided by a content provider, and the AssetIdentifier element is unique for each asset; wherein the MPD further comprises a TrickModeRestriction element, wherein the TrickModeRestriction element comprises an @minSpeed attribute and an @maxSpeed attribute, wherein the @minSpeed attribute specifies a minimum allowed trick play speed, and wherein the @maxSpeed attribute specifies a maximum allowed trick play speed; and a transmitter configured to transmit the MPD. a processor configured to create a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, DASH, media presentation description, MPD, wherein the MPD comprises an AssetIdentitier element associated with a period, wherein the AssetIdentifier element specifies that the period belongs to a certain asset, and wherein the asset is content including media and metadata together with the rights to use the content provided by a content provider, and the AssetIdentifier element is unique for each asset; wherein the MPD further comprises a TrickModeRestriction element, wherein the TrickModeRestriction element comprises an @minSpeed attribute and an @maxSpeed attribute, wherein the @minSpeed attribute specifies a minimum allowed trick play speed, and wherein the @maxSpeed attribute specifies a maximum allowed trick play speed; and a transmitter configured to transmit the MPD.