mhurhangee/ep-ind-claims huggingface dataset:
A connection member (1; 1') for a rigid pipe element or for a flexible tube element for conveying a medium, the connection element having a code ring (11, 11') wherein the connection member comprises a hollow threaded element which can be pushed onto the pipe element or the tube element and which has a threaded part (2; 2') and also a body part (3; 3') optionally with a tool mount (34; 34') and which can be screwed to a complementary threaded element (1', 1) having a complementary thread (2', 2) and also a body part (3'; 3) with the body part (3; 3') of the threaded element (1, 1') which can be pushed on, and preferably the body part of the complementary threaded element (1'; 1), having a seat (12; 12') for receiving the elastically designed code ring (11; 11') which can be installed on it or pushed onto it, characterized in that the body part (3', 3) of the hollow threaded element which can be pushed on, and preferably the body part of the complementary threaded element, has a land (5, 5') forming the seat and that either the land (5, 5') of the body part (3, 3') forming the seat is designed with a ring-like groove (12; 12') at the periphery and the code ring is designed with a projection (13; 13') intended for introduction into the groove, or the land of the body part forming the seat is formed with a ring-like projection at the periphery which engages into a ring groove of the code ring, in order to form a form-fitted and/or force-transmitting mount for the code ring.
A method, implemented at least in part by a computing device, the method comprising: acquiring information from a front-end component of a first data center and from one or more servers in the first data center, wherein the information comprises information associated with a request for a resource in the first data center and information about a network bandwidth surrounding the first data center; analyzing the information to determine whether the resource in the first data center should be migrated to a second data center in a different geographical location, wherein a high value of a parameter increasing with the network bandwidth surrounding the first data center results in low mobility of its resources; and if the analyzing decides that the resource should be migrated, then calling for migration of the resource to the data center in the different geographical location. acquiring information from a front-end component of a first data center and from one or more servers in the first data center, wherein the information comprises information associated with a request for a resource in the first data center and information about a network bandwidth surrounding the first data center; analyzing the information to determine whether the resource in the first data center should be migrated to a second data center in a different geographical location, wherein a high value of a parameter increasing with the network bandwidth surrounding the first data center results in low mobility of its resources; and if the analyzing decides that the resource should be migrated, then calling for migration of the resource to the data center in the different geographical location.
Apparatus for detecting three-dimensional shapes of an object, comprising - a camera, - at least one illumination device for illuminating the object with an illumination pattern which contains a two-dimensional code - modulated in two different spatial directions - with code elements, and - a computing device for calculating three-dimensional location co-ordinates of a surface of the object, wherein - the camera and the illumination device are arranged such that an angle is formed between the illumination direction and the viewing direction of the camera, - and wherein the computing device is configured to extract the co-ordinates of the code elements and the information encoded in the code elements from the digital image obtained from the camera, and - to calculate, using an individual digital image of the camera and the recorded code elements and the position thereof in the digital image, distance information of the locations of the object illuminated with the code elements, and to determine a three-dimensional model of the object with three-dimensional location co-ordinates, - wherein the computing device is configured to determine adjacencies of code elements using adjacency probabilities, wherein an adjacency probability for two code elements is calculated at least using the mutual spacing in the digital image, and wherein - the computing device is further configured to eliminate ambiguities in the distance information using the adjacency probability. - a camera, - at least one illumination device for illuminating the object with an illumination pattern which contains a two-dimensional code - modulated in two different spatial directions - with code elements, and - a computing device for calculating three-dimensional location co-ordinates of a surface of the object, wherein - the camera and the illumination device are arranged such that an angle is formed between the illumination direction and the viewing direction of the camera, - and wherein the computing device is configured to extract the co-ordinates of the code elements and the information encoded in the code elements from the digital image obtained from the camera, and - to calculate, using an individual digital image of the camera and the recorded code elements and the position thereof in the digital image, distance information of the locations of the object illuminated with the code elements, and to determine a three-dimensional model of the object with three-dimensional location co-ordinates, - wherein the computing device is configured to determine adjacencies of code elements using adjacency probabilities, wherein an adjacency probability for two code elements is calculated at least using the mutual spacing in the digital image, and wherein - the computing device is further configured to eliminate ambiguities in the distance information using the adjacency probability.
An accessory mount for a gun, the mount comprising: a base configured for attachment of the accessory mount to the gun, wherein the base comprises an annular structure having a circular central opening configured to be disposed concentrically over a barrel of the gun and a concentric counterbore extending into a rear surface thereof, wherein the counterbore defines a substantially planar floor and is configured to be disposed concentrically over a front end of a shroud of the gun, with the floor of the counterbore disposed against a substantially planar front surface of the shroud; and a holding mechanism for fixing the position of the base in relation to the gun; the accessory mount being characterized by the base including a tailpiece extending rearwardly therefrom; and an elongated accessory mounting arm coupled to both the base and the tailpiece and extending forwardly therefrom, the arm comprising a beam having a vertical web with at least one flange disposed at an upper and/or a lower end thereof. a base configured for attachment of the accessory mount to the gun, wherein the base comprises an annular structure having a circular central opening configured to be disposed concentrically over a barrel of the gun and a concentric counterbore extending into a rear surface thereof, wherein the counterbore defines a substantially planar floor and is configured to be disposed concentrically over a front end of a shroud of the gun, with the floor of the counterbore disposed against a substantially planar front surface of the shroud; and a holding mechanism for fixing the position of the base in relation to the gun; the accessory mount being characterized by the base including a tailpiece extending rearwardly therefrom; and an elongated accessory mounting arm coupled to both the base and the tailpiece and extending forwardly therefrom, the arm comprising a beam having a vertical web with at least one flange disposed at an upper and/or a lower end thereof.
An air spring with damping characteristics, for a suspension assembly of a heavy-duty vehicle, comprising: a bellows (241;341;441) for attachment to a main member of a heavy-duty vehicle and a piston (242;342;442) for mounting on a said suspension assembly of the heavy-duty vehicle, said bellows including a bellows chamber (298;398;498) and being attached to said piston, the piston having an open bottom, a top plate (282;382;482) and a retaining plate (286;386;486) for the bellows mounted on the top plate, and a disc (270;370;470) attached to said open bottom of said piston to close it sealingly whereby the piston and said disc define a piston chamber (299;399;499), said bellows chamber (298;398;498) and said piston chamber (299;399;499) being in fluid communication with each other via at least one opening including aligned openings (274,275;374,375;460,464) formed in said retaining plate and piston top plate, said at least one opening including a cross-sectional area of from 0.058 cm 2 to 0.84 cm 2 (0.009 in. 2 to 0.13 in. 2) wherein airflow between the bellows chamber and the piston chamber is suitable to provide damping to the suspension assembly of a said heavy-duty vehicle. a bellows (241;341;441) for attachment to a main member of a heavy-duty vehicle and a piston (242;342;442) for mounting on a said suspension assembly of the heavy-duty vehicle, said bellows including a bellows chamber (298;398;498) and being attached to said piston, the piston having an open bottom, a top plate (282;382;482) and a retaining plate (286;386;486) for the bellows mounted on the top plate, and a disc (270;370;470) attached to said open bottom of said piston to close it sealingly whereby the piston and said disc define a piston chamber (299;399;499), said bellows chamber (298;398;498) and said piston chamber (299;399;499) being in fluid communication with each other via at least one opening including aligned openings (274,275;374,375;460,464) formed in said retaining plate and piston top plate, said at least one opening including a cross-sectional area of from 0.058 cm 2 to 0.84 cm 2 (0.009 in. 2 to 0.13 in. 2) wherein airflow between the bellows chamber and the piston chamber is suitable to provide damping to the suspension assembly of a said heavy-duty vehicle.
A phosphor, selected from the group consisting of the following phosphors: COMPOSITION FORMULA PEAK WAVELENGTH (nm) COLOR CHROMATICITY x y Ca 0.983 AlSiO 0.026 N 2.983:Eu 0.0175 656.4 0.679 0.321 Ca 0.985 AlSiO 0.023 N 2.985:Eu 0.0150 654.0 0.675 0.324 Ca 0.988 AlSiO 0.018 N 2.988:Eu 0.0125 651.6 0.671 0.328 Ca 0.990 AlSiO 0.015 N 2.993:Eu 0.0100 650.7 0.666 0.333 Ca 0.993 AlSiO 0.011 N 2.993:Eu 0.0075 647.5 0.661 0.338 Ca 0.995 AlSiO 0.008 N 2.995:Eu 0.0050 644.2 0.652 0.347 Ca 0.998 AlSiO 0.004 N 2.998:Eu 0.0025 639.0 0.633 0.364
An agricultural baler, comprising: a main bale chamber; a plunger reciprocally movable within the main bale chamber; and a stuffer unit operable in coordination with movement of the plunger, the stuffer unit including a tine arm defining an axis of rotation and a plurality of tines coupled with and extending from the tine arm; the tines are rotatable around the axis of rotation of the tine arm between a first position associated with a loading cycle and a second position associated with a stuffing cycle, wherein the tines can be locked in the first position for use during the loading cycle and are capable of being tripped for movement to the second position for use during the stuffing cycle, wherein the tine arm includes a clutch allowing the tines to be tripped, wherein the clutch is configured as an overload clutch, characterized in that: the tine arm includes a hollow tube and the clutch is located within the hollow tube. a main bale chamber; a plunger reciprocally movable within the main bale chamber; and a stuffer unit operable in coordination with movement of the plunger, the stuffer unit including a tine arm defining an axis of rotation and a plurality of tines coupled with and extending from the tine arm; the tines are rotatable around the axis of rotation of the tine arm between a first position associated with a loading cycle and a second position associated with a stuffing cycle, wherein the tines can be locked in the first position for use during the loading cycle and are capable of being tripped for movement to the second position for use during the stuffing cycle, wherein the tine arm includes a clutch allowing the tines to be tripped, wherein the clutch is configured as an overload clutch, characterized in that: the tine arm includes a hollow tube and the clutch is located within the hollow tube.
A satellite communication system comprising: a satellite configured to receive signals from a plurality of service beams and from a feeder beam, each service beam having an associated service beam coverage area and the feeder beam having an associated feeder beam coverage area, each service beam being allocated one of four different colors, each color being a different combination of frequency band and polarization, wherein the feeder beam coverage area is proximate to one of the service beam coverage areas, wherein a set of colors allocated to the feeder beam includes only the three colors of the four different colors not allocated to the service beam (205-a) associated with the service beam coverage area proximate to the feeder beam coverage area, wherein the satellite is configured to receive signals from a second feeder beam, the second feeder beam being associated with a second feeder beam coverage area, wherein the second feeder beam coverage area is not proximate to any of the service beam coverage areas, and wherein the second feeder beam is allocated all of the four different colors. a satellite configured to receive signals from a plurality of service beams and from a feeder beam, each service beam having an associated service beam coverage area and the feeder beam having an associated feeder beam coverage area, each service beam being allocated one of four different colors, each color being a different combination of frequency band and polarization, wherein the feeder beam coverage area is proximate to one of the service beam coverage areas, wherein a set of colors allocated to the feeder beam includes only the three colors of the four different colors not allocated to the service beam (205-a) associated with the service beam coverage area proximate to the feeder beam coverage area, wherein the satellite is configured to receive signals from a second feeder beam, the second feeder beam being associated with a second feeder beam coverage area, wherein the second feeder beam coverage area is not proximate to any of the service beam coverage areas, and wherein the second feeder beam is allocated all of the four different colors.
A vehicle intrusion detection system which is mounted on a vehicle and detects intrusion within the vehicle, comprising: a first sensor unit which detects light or a signal reflected by an object, generates a first detection signal, and outputs the generated first detection signal; a control unit which controls an operation of the first sensor unit and receives the first detection signal from the first sensor unit; and a second sensor unit which detects a rotation or inclination of the vehicle or an impact against the vehicle, generates a second detection signal, and inputs the generated second detection signal to the control unit, wherein the control unit detects intrusion within the vehicle or determines whether there is an external simple impact based on the first detection signal filtered based on the second detection signal, wherein the control unit performs a pattern processing process to determine whether intrusion within the vehicle has been detected; characterised in that the pattern processing process comprises the steps, performed by the control unit, of comparing the current first pattern data of the first sensor unit with the previously stored second pattern data of the second sensor unit and of detecting intrusion within the vehicle or an impact against the vehicle by determining whether there is an impact based on a result of the comparison. a first sensor unit which detects light or a signal reflected by an object, generates a first detection signal, and outputs the generated first detection signal; a control unit which controls an operation of the first sensor unit and receives the first detection signal from the first sensor unit; and a second sensor unit which detects a rotation or inclination of the vehicle or an impact against the vehicle, generates a second detection signal, and inputs the generated second detection signal to the control unit, wherein the control unit detects intrusion within the vehicle or determines whether there is an external simple impact based on the first detection signal filtered based on the second detection signal, wherein the control unit performs a pattern processing process to determine whether intrusion within the vehicle has been detected; characterised in that the pattern processing process comprises the steps, performed by the control unit, of comparing the current first pattern data of the first sensor unit with the previously stored second pattern data of the second sensor unit and of detecting intrusion within the vehicle or an impact against the vehicle by determining whether there is an impact based on a result of the comparison.
Formwork for the production of a railway sleeper comprising concrete, wherein the formwork comprises a mould cavity into which concrete can be filled in order to create the railway sleeper; the topography of the formwork, which topography is directed towards the mould cavity, determines the external shape of the railway sleeper to be manufactured, which railway sleeper is referred to as a precision concrete part, the formwork comprises a precision surface that determines the surface of a section, to be manufactured with small tolerances, of the railway sleeper to be manufactured, the formwork comprises an exterior stable wall, and the precision surface and a region of the topography of the formwork, which topography is directed towards the mould cavity, which region extends beyond the precision surface, are formed by a moulded part that is firmly connected to the wall, wherein the moulded part is designed as a casting, and characterised in that the moulded part is cast into the wall of the formwork, which wall encloses the moulded part, the formwork is designed in multiple parts in such a manner that a bottom part comprises the moulded part, and a further part with breakthroughs in the form of holes for the feed-through of prestressing elements extends from the bottom part towards the top and is detachably attached to said bottom part.
Endothelin B (ET B) receptor agonist N-Succinyl-[Glu 9, Ala 11,15] Endothelin 1 (IRL-1620) in a therapeutically effective amount for use in the treatment of a stroke or cerebrovascular accident in an individual in need thereof.
A client device comprising circuitry configured to: receive, from a server device, a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents; add, according to a parameter description included in the received URL, a parameter of the client device to the received URL to generate the URL of a segment of content; send, to the server device, a request using the generated URL; and receive, from the server device, the segment of content corresponding to the generated URL. receive, from a server device, a uniform resource locator, URL, for accessing a media presentation description, MPD, wherein the MPD includes access information for accessing each of a plurality of segments of contents; add, according to a parameter description included in the received URL, a parameter of the client device to the received URL to generate the URL of a segment of content; send, to the server device, a request using the generated URL; and receive, from the server device, the segment of content corresponding to the generated URL.
An Ocean Thermal Energy Conversion system comprising an evaporator or a condenser for producing energy with a floating ocean thermal energy conversion OTEC power plant using a non-working fluid, the evaporator or condenser comprising: a pair of composite blow molded aluminum heat exchange plates (1905, 1910, 2005, 2010) manufactured using a roll-bonded process, each of the heat exchange plates comprising: front and back exterior surfaces arranged to be exposable to the non-working fluid; and an interior working fluid flow channel between the front and back exterior surfaces, comprising a first plurality of parallel flow paths in a first direction and a second plurality of parallel flow paths in a second direction, wherein an outlet of a first of the heat exchange plates is hydraulically connected to an inlet of a second of the heat exchange plates; wherein the non-working fluid is sea water. a pair of composite blow molded aluminum heat exchange plates (1905, 1910, 2005, 2010) manufactured using a roll-bonded process, each of the heat exchange plates comprising: front and back exterior surfaces arranged to be exposable to the non-working fluid; and an interior working fluid flow channel between the front and back exterior surfaces, comprising a first plurality of parallel flow paths in a first direction and a second plurality of parallel flow paths in a second direction, front and back exterior surfaces arranged to be exposable to the non-working fluid; and an interior working fluid flow channel between the front and back exterior surfaces, comprising a first plurality of parallel flow paths in a first direction and a second plurality of parallel flow paths in a second direction, wherein an outlet of a first of the heat exchange plates is hydraulically connected to an inlet of a second of the heat exchange plates; wherein the non-working fluid is sea water.
A system for air filter management, the system comprising a plurality of air filter devices (41a,b) and an air filter control station, wherein each air filter device (41a,b) is provided at an air filter arrangement included in the system in an air flow inlet connectable to an industrial installation, the air filter arrangement comprising at least one filter medium capable of removing particulate material and/or airborne molecular contamination (abbreviated AMC), from an air flow received at the air flow inlet, wherein each air filter device comprises a set of sensors arranged to gather sensor data representative of an operating state of the air filter arrangement at which the air filter device is provided, a microprocessor arranged to determine operating state information for the air filter arrangement based on the gathered sensor data and a first communication unit arranged to transmit the operating state information, wherein the air filter control station comprises a second communication unit arranged to receive operating state information from the plurality of air filter devices; a user interface for selecting an air filter arrangement; and processing circuitry arranged to estimate a life expectancy of the selected air filter arrangement, characterized in that the estimated life expectancy is based on operating state information received from an air filter device provided at the selected air filter arrangement and operating state information received from one or more other air filter devices provided at other air filter arrangements in real time.