mhurhangee/ep-ind-claims huggingface dataset:
A composite material comprising a dispersion of thermoplastic polymer and/or elastomer particles in an epoxy matrix cross-linked by at least one ionic liquid which consists of a dialkylphosphate or dialkylphosphinate salt of an organic cation, wherein the alkyl group is linear or branched and independently contains from 1 to 12 carbon atoms.
Device for producing a plurality of butter varieties, said device having an inlet, a butter-making cylinder having a rotatable beater, and at least one first texturizing stage having a texturizer, characterized in that at least two sections (9a, 9b) for dividing the mass of an intermediate butter product are disposed or configured in the texturizer or in an apparatus which is disposed ahead of the texturizer.
A mirror system comprising: a protective portion; a mirror assembly configured to be at least partially receivable by the protective portion, and to be completely separable from the protective portion, the mirror assembly comprising: a housing portion; a mirror coupled with the housing portion; a light source; a light conveying channel; and an actuator configured to automatically activate the light source when at least a portion of the mirror assembly is removed from the protective portion as the mirror assembly is completely separated from the protective portion, and to automatically deactivate the light source when the mirror assembly is received by the protective portion. a protective portion; a mirror assembly configured to be at least partially receivable by the protective portion, and to be completely separable from the protective portion, the mirror assembly comprising: a housing portion; a mirror coupled with the housing portion; a light source; a light conveying channel; and an actuator configured to automatically activate the light source when at least a portion of the mirror assembly is removed from the protective portion as the mirror assembly is completely separated from the protective portion, and to automatically deactivate the light source when the mirror assembly is received by the protective portion. a housing portion; a mirror coupled with the housing portion; a light source; a light conveying channel; and an actuator configured to automatically activate the light source when at least a portion of the mirror assembly is removed from the protective portion as the mirror assembly is completely separated from the protective portion, and to automatically deactivate the light source when the mirror assembly is received by the protective portion.
An ultrasonic imaging apparatus comprising: an ultrasonic probe configured to have an ultrasonic transducer with a plurality of elements, a membrane cap provided in a form that covers the ultrasonic transducer, and three-dimensional oil provided between the ultrasonic transducer and the membrane cap; a controller configured to obtain at least one of thickness data of the membrane cap or thickness data of the 3D oil, and calculate time delay values to be applied to the signals transmitted or received by the elements of the ultrasonic transducer to compensate for a distortion of a signal transmitted or received by the elements caused by at least one of a thickness deviation of positions on the membrane cap or a thickness deviation of the 3D oil; and, a display configured to display an ultrasonic image generated based on said signals compensated by the controller. an ultrasonic probe configured to have an ultrasonic transducer with a plurality of elements, a membrane cap provided in a form that covers the ultrasonic transducer, and three-dimensional oil provided between the ultrasonic transducer and the membrane cap; a controller configured to obtain at least one of thickness data of the membrane cap or thickness data of the 3D oil, and calculate time delay values to be applied to the signals transmitted or received by the elements of the ultrasonic transducer to compensate for a distortion of a signal transmitted or received by the elements caused by at least one of a thickness deviation of positions on the membrane cap or a thickness deviation of the 3D oil; and, a display configured to display an ultrasonic image generated based on said signals compensated by the controller.
A cryptographic module, wherein: when in a key-input mode of operation, the cryptographic module is configured to: receive key data, key length information and first input data; combine an amount of the key data corresponding to the key length information with the first input data in a combining operation to produce combined data, wherein a key-influenced length of the combined data is the shortest length of the combined data that contains every data bit of the combined data whose value depends on the key data; perform a cryptographic operation on the combined data to generate first output data; and not output any of the first output data from the cryptographic module until after the cryptographic operation has been applied to all of the key-influenced length of the combined data; and the cryptographic module is configured to output the first output data after the cryptographic operation has been applied to all of the key-influenced length of the combined data; characterised in that: the cryptographic module is switchable between the key-input mode of operation and a data-input mode of operation; and when in the data-input mode of operation, the cryptographic module is configured to: receive a quantity of second input data having a length that can be less than said key-influenced length; perform the cryptographic operation on the second input data to generate second output data; and output the second output data. when in a key-input mode of operation, the cryptographic module is configured to: receive key data, key length information and first input data; combine an amount of the key data corresponding to the key length information with the first input data in a combining operation to produce combined data, wherein a key-influenced length of the combined data is the shortest length of the combined data that contains every data bit of the combined data whose value depends on the key data; perform a cryptographic operation on the combined data to generate first output data; and not output any of the first output data from the cryptographic module until after the cryptographic operation has been applied to all of the key-influenced length of the combined data; and the cryptographic module is configured to output the first output data after the cryptographic operation has been applied to all of the key-influenced length of the combined data; the cryptographic module is switchable between the key-input mode of operation and a data-input mode of operation; and when in the data-input mode of operation, the cryptographic module is configured to: receive a quantity of second input data having a length that can be less than said key-influenced length; perform the cryptographic operation on the second input data to generate second output data; and output the second output data.
Compressor for compressing refrigerant, having a cylinder block, having a cylinder cover and having a valve plate which is arranged between the cylinder block and the cylinder cover and which has an inlet opening, via which refrigerant to be compressed can flow from a suction gas chamber into a cylinder space, and has an outlet opening for compressed refrigerant, wherein the compressor furthermore has a valve element or a valve body for sealing off or closing off the outlet opening, wherein the valve element or the valve body has a sealing section which has in particular an approximately circular outer periphery, and wherein the outlet opening is formed in the shape of a full circle and the inlet opening is formed in the shape of a circular annulus, and wherein the sealing section has a first sealing-section portion, with an approximately constant outer diameter, and has a second sealing-section portion, with a narrowing outer diameter, characterized in that the valve plate is of single-part or single-layer design, and the valve plate is supported against the cylinder cover and/or against the cylinder block in the region of a pressure nest, in particular is connected or fastened thereto by means of a connecting element, in particular a screw.
Filter element, which is designed as a replacement element, the filter medium of which, configured as a hollow body and extending between two end parts, in particular in the form of end caps (13, 19), is pleated with individual filter pleats, wherein the filter medium comprises a filter material of cellulose, wherein a particulate filter with a further pleated filter medium is provided, the filter pleats thereof having a greater packing density and a greater pleat height than the filter pleats of the filter medium of cellulose material, wherein a fluid-permeable supporting tube is arranged between the two filter media (59, 69), wherein the filter medium consisting of cellulose is enclosed by the particulate filter, and wherein a further supporting tube is arranged on the side of the cellulose filter medium directed away from the particulate filter, characterised in that the filter material consisting of cellulose, has filter pleats of equal height with a uniform thickness of more than 2 mm which, provided with identical bending radii on the valley and peak sides, merge integrally into each other with the omission of the welded and/or adhesive joint, and in that the filter material, which consists of cellulose and is formed into a hollow body, delimits, with individual filter pleats, fluid spaces which taper towards each other.
A method of controlling a network node, comprising the steps of: identifying, to other network nodes within a predefined network node controlling cluster for said network node comprising neighbouring network nodes of the network node, at least one proposed change to characteristics of said network node; in the absence of an indication from said other network nodes within said network node controlling cluster rejecting said at least one proposed change to said characteristics of said network node, subsequently making said at least one proposed change to said characteristics of said network node; and upon receipt of an indication from one of said other network nodes within said network node controlling cluster requesting reinstatement of said characteristics of said network node, reversing changes made to said characteristics of said network node, wherein each network node comprises a base station. identifying, to other network nodes within a predefined network node controlling cluster for said network node comprising neighbouring network nodes of the network node, at least one proposed change to characteristics of said network node; in the absence of an indication from said other network nodes within said network node controlling cluster rejecting said at least one proposed change to said characteristics of said network node, subsequently making said at least one proposed change to said characteristics of said network node; and upon receipt of an indication from one of said other network nodes within said network node controlling cluster requesting reinstatement of said characteristics of said network node, reversing changes made to said characteristics of said network node, wherein each network node comprises a base station.
A system comprising a hydraulic machine comprising a fixed portion and a rotating portion for making a hydrostatic transmission, the machine comprising a cylinder block comprising a plurality of radial housings, a multilobe cam surrounding the cylinder block, and pistons slidably mounted in the housings of the cylinder block, the fixed portion of the machine comprising the cam, and the rotating portion comprising the cylinder block, the system comprising a right shaft and a left shaft which are independent, each driving a wheel, characterized in that said hydraulic machine comprises a clutch related to its rotating portion, the clutch, the right shaft and the left shaft being adapted for cooperating so that said clutch alternates between - a coupling configuration in which the left shaft and the right shaft are connected in rotation and connected in rotation to the rotating portion of the hydraulic machine, - a free wheel configuration in which the left shaft and the right shaft are free to rotate relatively to each other, and are each free in rotation relatively to the rotating portion of the hydraulic machine. - a coupling configuration in which the left shaft and the right shaft are connected in rotation and connected in rotation to the rotating portion of the hydraulic machine, - a free wheel configuration in which the left shaft and the right shaft are free to rotate relatively to each other, and are each free in rotation relatively to the rotating portion of the hydraulic machine.
A high-resilience dart, comprising a dart rod, a dart cylinder, a dart wing connected to the tail end of the dart rod, and a dart needle connected to the front end of the dart cylinder; characterized in that the dart needle is made of a nickel-titanium alloy material, and the maximum diameter of the dart needle is 1-1.5 mm.
Collector plate for a motor vehicle heat exchanger, comprising a first receiving zone for tubes of a first tube bundle of a heat exchanger, and a second receiving zone for tubes of a second tube bundle of a heat exchanger, the collector plate being of substantially rectangular shape, preferably with rounded corners, and having a groove, characterized in that the groove extends in a longitudinal direction of the collector plate between the first and second receiving zones (30; 32), the collector plate being thinner in the region of the groove.
Method for incorporating concrete or similar masses which is or are conveyed by means of a hose which has at least one vibration exciter which is held by means of a holding device and intended for deaerating the concrete, wherein deaeration of the concrete or of the elastic masses is carried out already at the outlet end of the hose, characterized in that, for deaeration, the concrete or the similar mass is set into a vibration state with a high frequency and wherein the hose is elastic and the vibration state is induced by means of the vibration exciter which is arranged in the interior of the elastic hose in the region of the outlet end.
An encased soil auger apparatus for mechanical extraction and processing of soil for archaeological assessments comprising: an auger casing forming a hollow cylindrical body, a wall of the auger casing having a plurality of openings having a predetermined size for enabling passage of particles therethrough; and a soil auger having a helical screw blade disposed in the auger casing in a coaxial fashion, a soil engaging end portion of the auger protruding a first end of the auger casing; wherein the auger casing comprises a screen. an auger casing forming a hollow cylindrical body, a wall of the auger casing having a plurality of openings having a predetermined size for enabling passage of particles therethrough; and a soil auger having a helical screw blade disposed in the auger casing in a coaxial fashion, a soil engaging end portion of the auger protruding a first end of the auger casing; wherein the auger casing comprises a screen.
A facial sealing segment (28, 128, 228) for a respiratory device (10, 110, 210), the sealing segment comprising: a sealing flap (30, 130, 230) adapted to sealingly engage the face of a user, the sealing flap disposed about, and defining a cutout (32, 132, 232) adapted to receive one or both of the mouth or nares of the user; characterized by a number of selectively removable portions (36, 136, 236) formed in the sealing flap about the cutout, each removable portion being defined in the sealing flap by a tear portion (38, 138, 238). a sealing flap (30, 130, 230) adapted to sealingly engage the face of a user, the sealing flap disposed about, and defining a cutout (32, 132, 232) adapted to receive one or both of the mouth or nares of the user; characterized by a number of selectively removable portions (36, 136, 236) formed in the sealing flap about the cutout, each removable portion being defined in the sealing flap by a tear portion (38, 138, 238).
A filter system for cleaning air, suitable for rail vehicles wherein the air is supplied to or discharged from areas occupied by people by means of heating, ventilation and airconditioning systems, wherein the filter system comprises an electro-mechanical filter which is arranged in a housing through which the air flow can flow, and which has an assembly for electrostatic charging of the particles contained in the air, in combination with a mechanical filter element, wherein the electro-mechanical filter comprises an ionization unit, a separator unit arranged downstream in the direction of flow, and a DC/DC converter, wherein the ionization unit has two electrodes with which an electric field can be generated in which the air stream or the particles contained therein obtain an electrostatic charge, wherein the separator unit has a combi-filter element which consists of a filter fleece and an activated carbon layer arranged downstream in the direction of flow, wherein the DC/DC converter provides the necessary high voltage for the ionization unit and is designed to be supplied with the control voltage of the rail vehicle, wherein the housing is connectable to the rail vehicle by a ground connection and comprises an inlet grid and an outlet grid, wherein the inlet grid is grounded and designed as a control electrode and the outlet grid is designed as a ground electrode, wherein the ground connection and the feed-through of the high voltage line are arranged on the front side or the side parts of the housing, wherein the applied high voltage is in a range from 6 to 10 kV and is either switched on during intended operation or can be switched on or off as required, wherein the presence of the high voltage can be checked via a status output on the DC/DC converter, and wherein the connection for the high voltage is designed as a high-voltage plug connector or as a functionally equivalent component via which the electro-mechanical filter can be electrically disconnected before removal.
Valve for a gas tank, comprising: - a body with a longitudinal axis, to be mounted on an opening on a wall (4 3) of the gas tank, with a gas outlet port and a gas refill port; - a level gauge with a pivoting float for measuring the level of the liquid phase of the gas; - an overfill protection device with a pivoting float for limiting refilling of the tank based on the level of the liquid phase of the gas; wherein the pivoting float of the level gauge is a first float pivoting around a first axis distant from the body; the pivoting float of the overfill protection device is a second float pivoting around a second axis that is less distant from the body than the first axis; the valve further comprises a tube extending parallel to the longitudinal axis from the body, the first float being pivotally mounted on said tube, and a support element with a sleeve portion (42 1) fitted on a distal end of the tube; characterized in that the support element has two arms (42 2, 42 3) extending, preferably essentially parallel to the axis of the tube, from the sleeve (42 1) and supporting the first pivot axis that extends between said two arms (42 2, 42 3), one (42 3) of the two arms (42 2, 42 3) extending in an offset manner with regard to the axis of the tube in order to get around a bevel gear (40 2) on the rod, said arm (42 3) extending in said offset manner essentially in a first plane. - a body with a longitudinal axis, to be mounted on an opening on a wall (4 3) of the gas tank, with a gas outlet port and a gas refill port; - a level gauge with a pivoting float for measuring the level of the liquid phase of the gas; - an overfill protection device with a pivoting float for limiting refilling of the tank based on the level of the liquid phase of the gas;
A method of three-dimensionally visualizing two-dimensional flyover data in a three-dimensional graphics environment, characterized by comprising: (a) separating overlapped regions of a polygon constituting the two-dimensional flyover data by: generating a division line list including one or more division lines for dividing a polygon constituting the two-dimensional flyover data into two or more regions, wherein generating the division line list comprises: (a1 i) selecting two vertexes among vertexes of the polygon; and (a1 ii) adding a line connecting the two vertexes to the division line list if the line does not intersect sides of the polygon and if the line exists within the polygon; selecting a division line for reducing the number of overlapped regions of the polygon among the division lines included in the division line list; and separating the divided regions from the polygon by applying the selected division line to the polygon; (b) dividing each of the separated regions of the polygon into one or more triangles; (c) generating three-dimensional flyover data by adding height coordinates to the respective vertexes of the divided triangles; and (d) visualizing the three-dimensional flyover data. (a) separating overlapped regions of a polygon constituting the two-dimensional flyover data by: generating a division line list including one or more division lines for dividing a polygon constituting the two-dimensional flyover data into two or more regions, wherein generating the division line list comprises: (a1 i) selecting two vertexes among vertexes of the polygon; and (a1 ii) adding a line connecting the two vertexes to the division line list if the line does not intersect sides of the polygon and if the line exists within the polygon; selecting a division line for reducing the number of overlapped regions of the polygon among the division lines included in the division line list; and separating the divided regions from the polygon by applying the selected division line to the polygon; generating a division line list including one or more division lines for dividing a polygon constituting the two-dimensional flyover data into two or more regions, wherein generating the division line list comprises: (a1 i) selecting two vertexes among vertexes of the polygon; and (a1 ii) adding a line connecting the two vertexes to the division line list if the line does not intersect sides of the polygon and if the line exists within the polygon; selecting a division line for reducing the number of overlapped regions of the polygon among the division lines included in the division line list; and separating the divided regions from the polygon by applying the selected division line to the polygon; (b) dividing each of the separated regions of the polygon into one or more triangles; (c) generating three-dimensional flyover data by adding height coordinates to the respective vertexes of the divided triangles; and (d) visualizing the three-dimensional flyover data.