mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic machine, in particular hydraulic pressure exchanger, comprising a drum rotatable about an axis, a front plate arrangement having a front plate and a pressure shoe, said drum comprising a plurality of working cylinders, each working cylinder having a front opening, during rotation of said drum, said front opening sliding over said pressure shoe along a path, said pressure shoe having at least two kidney-shaped openings (9, 10), said kidney-shaped openings (9, 10) being arranged in said path, characterized in that said pressure shoe is arranged between said drum and said front plate and comprises at least a pressure cylinder arranged between two neighboring kidney-shaped openings (9, 10), a piston being arranged in that pressure cylinder, said piston resting against said front plate, said pressure cylinder being connected with a supply opening in a side of the pressure shoe opposite said front plate, said opening at least partly overlapping said path.
A computer implemented method, comprising: outputting, for display in a first region of a user interface, an overhead representation of an area; outputting an interactive control for display on the overhead representation, the interactive control having a position and a directional orientation; outputting, for display in a second region of the user interface, a first-person perspective of the area, the first person perspective having a point of view that corresponds to the position and directional orientation of the interactive control, wherein one or more features that are visible in the first-person perspective are marked in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and updating the first-person perspective to track the directional orientation of the interactive control as the interactive control is rotated. outputting, for display in a first region of a user interface, an overhead representation of an area; outputting an interactive control for display on the overhead representation, the interactive control having a position and a directional orientation; outputting, for display in a second region of the user interface, a first-person perspective of the area, the first person perspective having a point of view that corresponds to the position and directional orientation of the interactive control, wherein one or more features that are visible in the first-person perspective are marked in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and wherein one or more features that are visible in the first-person perspective are marked in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and updating the first-person perspective to track the directional orientation of the interactive control as the interactive control is rotated.
A variable-capacity cylinder, comprising a sliding vane and a sliding vane control structure comprising: a pin, provided on a lower side of the sliding vane, the pin having a first position capable of stopping the sliding vane and a second position capable of being separated from the sliding vane, a low-pressure passage is provided under the pin, characterized in that, a surface seal structure is provided between the pin and the low-pressure passage, and when the pin is at the second position, a surface seal is formed at a lower end of the pin; wherein the pin is provided in a pin hole, the pin hole is a step hole, an inner diameter of a portion, close to the lower end, of the pin hole is smaller than an inner diameter of a portion of an upper side, and thus a step surface extending inward in a radial direction is formed at a portion, close to the lower end, of the pin hole; a seal gasket is provided on the step surface, the lower end of the pin can be tightly pressed against an upper surface of the seal gasket, and the surface seal is formed between the lower end of the pin and the upper surface of the seal gasket. a pin, provided on a lower side of the sliding vane, the pin having a first position capable of stopping the sliding vane and a second position capable of being separated from the sliding vane, a low-pressure passage is provided under the pin, characterized in that, a surface seal structure is provided between the pin and the low-pressure passage, and when the pin is at the second position, a surface seal is formed at a lower end of the pin; wherein the pin is provided in a pin hole, the pin hole is a step hole, an inner diameter of a portion, close to the lower end, of the pin hole is smaller than an inner diameter of a portion of an upper side, and thus a step surface extending inward in a radial direction is formed at a portion, close to the lower end, of the pin hole; a seal gasket is provided on the step surface, the lower end of the pin can be tightly pressed against an upper surface of the seal gasket, and the surface seal is formed between the lower end of the pin and the upper surface of the seal gasket.
Control apparatus for a fiber laser system including a fiber laser oscillator and an optical amplifier, comprising: detecting elements configured monitoring each of the laser parameters pump diode temperature and current, and output power and repetition rate of a fiber laser oscillator; and a controller receiving inputs from said detecting elements, and being configured to control each of said monitored parameters in order to initiate and maintain mode-locked operation of said fiber laser oscillator. detecting elements configured monitoring each of the laser parameters pump diode temperature and current, and output power and repetition rate of a fiber laser oscillator; and a controller receiving inputs from said detecting elements, and being configured to control each of said monitored parameters in order to initiate and maintain mode-locked operation of said fiber laser oscillator.
A method for adjusting a system performance of a portable electronic device connectable to a power adapter for obtaining external power supply, the method comprising the steps of: receiving a voltage signal outputted from the power adapter; determining whether an over current protection is executed by the power adapter; calculating, in response to an affirmative determination, a recovering time of the voltage signal, wherein the recovering time is a time period from stopping an output of the voltage signal to restarting the output thereof; and determining an output power of the power adapter to adjust the system performance of the portable electronic device according to the recovering time. receiving a voltage signal outputted from the power adapter; determining whether an over current protection is executed by the power adapter; calculating, in response to an affirmative determination, a recovering time of the voltage signal, wherein the recovering time is a time period from stopping an output of the voltage signal to restarting the output thereof; and determining an output power of the power adapter to adjust the system performance of the portable electronic device according to the recovering time.
A phosphate group-containing resin comprising, as polymerized units: (a) a polymerizable unsaturated polyester having at least one phosphate group represented by formula [-OPO(OR 1)] (wherein R1 represents a hydrocarbon group having 1 to 10 carbon atoms) and/or having at least one phosphoric acid group represented by a formula [-OPO 2} (b) a (meth)acrylate based polymerizable monomer, and (c) an alkoxylated (meth)acrylic acid polymerizable monomer. (a) a polymerizable unsaturated polyester having at least one phosphate group represented by formula [-OPO(OR 1)] (wherein R1 represents a hydrocarbon group having 1 to 10 carbon atoms) and/or having at least one phosphoric acid group represented by a formula [-OPO 2} (b) a (meth)acrylate based polymerizable monomer, and (c) an alkoxylated (meth)acrylic acid polymerizable monomer.
A gas insulated switchgear comprising: a sealed container filled with an insulation gas, an insulated supporter, a high-voltage conductor supported by the supporter and inserted in the sealed container, characterized by an electric-field easing shield that is an insulator fastened to both sides of the supporter to be present between the supporter and the high-voltage conductor; and a conductive layer formed only on an internal surface of the electric-field easing shield that is an opposing face to the high-voltage conductor, and electrically connected to the high-voltage conductor. a sealed container filled with an insulation gas, an insulated supporter, a high-voltage conductor supported by the supporter and inserted in the sealed container, characterized by an electric-field easing shield that is an insulator fastened to both sides of the supporter to be present between the supporter and the high-voltage conductor; and a conductive layer formed only on an internal surface of the electric-field easing shield that is an opposing face to the high-voltage conductor, and electrically connected to the high-voltage conductor.
Paper processing device comprising: a transport device for paper with an air-permeable conveyor belt consisting of metal fabric and being guided over at least two rollers (12a, 12b), the upper section of the conveyor belt forming the transport section and the lower section of the conveyor belt forming the return section, and a vacuum generator arranged below the transport section, and a laser arranged above the transport section for cutting paper, characterised in that the vacuum generator comprises a plurality of axial fans arranged between the transport section and the return section. a transport device for paper with an air-permeable conveyor belt consisting of metal fabric and being guided over at least two rollers (12a, 12b), the upper section of the conveyor belt forming the transport section and the lower section of the conveyor belt forming the return section, and a vacuum generator arranged below the transport section, and an air-permeable conveyor belt consisting of metal fabric and being guided over at least two rollers (12a, 12b), the upper section of the conveyor belt forming the transport section and the lower section of the conveyor belt forming the return section, and a vacuum generator arranged below the transport section, and a laser arranged above the transport section for cutting paper, characterised in that the vacuum generator comprises a plurality of axial fans arranged between the transport section and the return section.
An aquarium lighting system coupled to an aquarium comprising a tank containing corals and/or living plants and/or algae the aquarium lighting system comprising: a frame (20, 26, 32) mounted on the aquarium; at least one light source (20, 34, 42, 44, 46, 48, 50-60) within a housing mounted on the frame, the light source projecting, in use, a controllable light pattern; an electrical drive unit (22, 24, 72-78) coupled to the at least one light source, the electrical drive unit configured to moderate projection of the controllable light pattern by at least controlling a change in orientation of said at least one light source in its housing through selective variation of at least one of pan and tilt and preferably both pan and tilt; and a programmable controller coupled to at least one electrical drive unit, the programmable controller configured automatically to regulate operation of the aquarium lighting system over the course of a day by controlling the at least one electrical drive unit to alter regularly, by automatically changing over the course of the day, the orientation of said at least one light source thereby both providing time-varying light inclination angles of the controllable light pattern projected into the aquarium by said at least one light source and controlling light power intensity to influence a rate of growth of said corals, plants or algae. a frame (20, 26, 32) mounted on the aquarium; at least one light source (20, 34, 42, 44, 46, 48, 50-60) within a housing mounted on the frame, the light source projecting, in use, a controllable light pattern; an electrical drive unit (22, 24, 72-78) coupled to the at least one light source, the electrical drive unit configured to moderate projection of the controllable light pattern by at least controlling a change in orientation of said at least one light source in its housing through selective variation of at least one of pan and tilt and preferably both pan and tilt; and a programmable controller coupled to at least one electrical drive unit, the programmable controller configured automatically to regulate operation of the aquarium lighting system over the course of a day by controlling the at least one electrical drive unit to alter regularly, by automatically changing over the course of the day, the orientation of said at least one light source thereby both providing time-varying light inclination angles of the controllable light pattern projected into the aquarium by said at least one light source and controlling light power intensity to influence a rate of growth of said corals, plants or algae.
Device for adjusting a mirror head of an external mirror for a vehicle relative to a mirror base connected to the vehicle, comprising: a stationary part which is connectable to the mirror base, a part which is connectable to the mirror head and is movable about an axis of rotation, a sleeve which forms the axis of rotation, is insertable into an opening in the movable part and into an opening in the stationary part and has at least one locking element at one end, a compression spring which braces the movable part and the stationary part against each other in the assembled state, wherein the movable part has at least one extension which projects from a support surface for supporting on the stationary part and, in the assembled state, engages in the opening in the stationary part characterized in that the locking element of the sleeve and the inner contour of the stationary part have at least one radially inwardly projecting region and, in the assembled state, the at least one extension of the movable part and the locking element are arranged in the non-projecting region in such a manner that the locking element is supported at one end on the extension of the movable part and at the other end on the projecting region such that, in the assembled state, the compression spring via the locking element generates both an axial and a tangential force component, which force components press the movable part against stop surfaces (22, 25) of the stationary part firstly in order to determine the height and secondly in order to determine the angular alignment of the movable part and of the stationary part with respect to each other. a stationary part which is connectable to the mirror base, a part which is connectable to the mirror head and is movable about an axis of rotation, a sleeve which forms the axis of rotation, is insertable into an opening in the movable part and into an opening in the stationary part and has at least one locking element at one end, a compression spring which braces the movable part and the stationary part against each other in the assembled state, wherein the movable part has at least one extension which projects from a support surface for supporting on the stationary part and, in the assembled state, engages in the opening in the stationary part characterized in that the locking element of the sleeve and the inner contour of the stationary part have at least one radially inwardly projecting region and, in the assembled state, the at least one extension of the movable part and the locking element are arranged in the non-projecting region in such a manner that the locking element is supported at one end on the extension of the movable part and at the other end on the projecting region such that, in the assembled state, the compression spring via the locking element generates both an axial and a tangential force component, which force components press the movable part against stop surfaces (22, 25) of the stationary part firstly in order to determine the height and secondly in order to determine the angular alignment of the movable part and of the stationary part with respect to each other.
Bicycle trailer having a wheel suspension, in particular for the transportation of children, having a chassis with lateral framework sections and at least two wheels, which are each mounted on respective wheel swing arms (11, 15), wherein with each respective wheel swing arm (11, 15) at least one elastic element is associated, through which the respective swing arm (11, 15) supports itself via the chassis, and wherein both wheel swing arms (11, 15) protrude laterally from the chassis and can be pivoted past the lateral framework sections of the chassis, characterised in that the elastic element consists of at least one dimensionally-stable polyurethane foam material and that the cross-section of the elastic element, when not stressed, varies in a direction of compression.
Method for reconstructing the rail profile of worn rails for rail vehicles, comprising the following steps: - applying several layers (8a - 8x), overlying one another, of metallic material onto a worn region (10, 11, 12) of the rail, culminating in the application of a top layer which projects outwards over a desired target profile of the rail, - applying at least one further layer made of a metallic material onto the top layer and - complete removal of the further layer and a part of the top layer until the target profile is achieved characterised in that the rail is preheated to a predetermined preheating temperature on a rail section which is to be reconstructed, wherein the preheating temperature is lower than 80°C and is in particular approximately 50°C. - applying several layers (8a - 8x), overlying one another, of metallic material onto a worn region (10, 11, 12) of the rail, culminating in the application of a top layer which projects outwards over a desired target profile of the rail, - applying at least one further layer made of a metallic material onto the top layer and - complete removal of the further layer and a part of the top layer until the target profile is achieved
An anti-RhoB antibody or fragment thereof for use in inhibiting an inflammatory or autoimmune disease in a subject in need thereof, wherein said anti-RhoB antibody or fragment thereof comprises all six CDR domains of anti-RhoB antibody 7F7 or anti-RhoB antibody 9G5, wherein said anti-RhoB antibody 7F7 is a monoclonal antibody comprising SEQ ID NOs: 10 and 12, and said anti-RhoB 9G5 is a monoclonal antibody comprising SEQ ID NOs: 14 and 16, and wherein the light chain of anti-RhoB antibody 7F7 comprises: - CDR1 which has the amino acid sequence RSSQSLVHSNGNTYLH, - CDR2 which has the amino acid sequence KVSNRFS, and - CDR3 which has the amino acid sequence SQSTHVPYTFGGGTKLEIK; and the heavy chain of anti-RhoB antibody 7F7 comprises: - CDR1 which has the amino acid sequence SYYMF, - CDR2 which has the amino acid sequence GFNPTNGGTDFNEKFKS, and - CDR3 which has the amino acid sequence DGNLWGQGTSVTVSS; and the light chain of anti-RhoB antibody 9G5 comprises: - CDR1 which has the amino acid sequence SASSSVSYMH, - CDR2 which has the amino acid sequence DTSNLAS, and - CDR3 which has the amino acid sequence HQRSSYPYTFGGGTKLEIKR; and the heavy chain of anti-RhoB antibody 9G5 comprises: - CDR1 which has the amino acid sequence TYAMN, - CDR2 which has the amino acid sequence RIRSKSNNYATYYADSVKD, and - CDR3 which has the amino acid sequence GGGNLDYWGQGTTLTVSS. the light chain of anti-RhoB antibody 7F7 comprises: - CDR1 which has the amino acid sequence RSSQSLVHSNGNTYLH, - CDR2 which has the amino acid sequence KVSNRFS, and - CDR3 which has the amino acid sequence SQSTHVPYTFGGGTKLEIK; and - CDR1 which has the amino acid sequence RSSQSLVHSNGNTYLH, - CDR2 which has the amino acid sequence KVSNRFS, and - CDR3 which has the amino acid sequence SQSTHVPYTFGGGTKLEIK; and the heavy chain of anti-RhoB antibody 7F7 comprises: - CDR1 which has the amino acid sequence SYYMF, - CDR2 which has the amino acid sequence GFNPTNGGTDFNEKFKS, and - CDR3 which has the amino acid sequence DGNLWGQGTSVTVSS; and - CDR1 which has the amino acid sequence SYYMF, - CDR2 which has the amino acid sequence GFNPTNGGTDFNEKFKS, and - CDR3 which has the amino acid sequence DGNLWGQGTSVTVSS; and the light chain of anti-RhoB antibody 9G5 comprises: - CDR1 which has the amino acid sequence SASSSVSYMH, - CDR2 which has the amino acid sequence DTSNLAS, and - CDR3 which has the amino acid sequence HQRSSYPYTFGGGTKLEIKR; and - CDR1 which has the amino acid sequence SASSSVSYMH, - CDR2 which has the amino acid sequence DTSNLAS, and - CDR3 which has the amino acid sequence HQRSSYPYTFGGGTKLEIKR; and the heavy chain of anti-RhoB antibody 9G5 comprises: - CDR1 which has the amino acid sequence TYAMN, - CDR2 which has the amino acid sequence RIRSKSNNYATYYADSVKD, and - CDR3 which has the amino acid sequence GGGNLDYWGQGTTLTVSS. - CDR1 which has the amino acid sequence TYAMN, - CDR2 which has the amino acid sequence RIRSKSNNYATYYADSVKD, and - CDR3 which has the amino acid sequence GGGNLDYWGQGTTLTVSS.