mhurhangee/ep-ind-claims huggingface dataset:
A twin-airfoil blade, comprising a first airfoil possessing a leading edge, a trailing edge, and an inner face and an outer face extending between said leading edge and said trailing edge, a second airfoil possessing a leading edge, a trailing edge, and an inner face and an outer face extending between said leading edge and said trailing edge, said first airfoil and said second airfoil being in side-by-side alignment such that, over substantially its entire area, said inner face of the first airfoil faces said inner face of the second airfoil, wherein the leading edge of the first airfoil and the leading edge of the second airfoil form a leading edge of the blade, the trailing edge of the first airfoil and the trailing edge of the second airfoil form a trailing edge of the blade, and wherein the blade comprises at least one spacer strip interconnecting said inner face of the first airfoil and said inner face of the second airfoil, said at least one strip extending to said trailing edge of the blade, wherein the trailing edge of the first airfoil is in side-by-side alignment with the trailing edge of the second airfoil.
A clamping assembly configured to secure a fixation element of an external fixation assembly, comprising: a first jaw; a second jaw disposed relative to the first jaw, the first and second jaws cooperatively positioned to receive the fixation element; a sliding cam configured to displace relative the first and second jaws, the cam being associated with the first and second jaws to force the first jaw to vertically displace relative to the second jaw; characterised by a blocking element selectively disposed between the first and second jaws to mechanically prevent displacement of the first jaw relative to the second jaw. a first jaw; a second jaw disposed relative to the first jaw, the first and second jaws cooperatively positioned to receive the fixation element; a sliding cam configured to displace relative the first and second jaws, the cam being associated with the first and second jaws to force the first jaw to vertically displace relative to the second jaw; characterised by a blocking element selectively disposed between the first and second jaws to mechanically prevent displacement of the first jaw relative to the second jaw.
A method of managing a computing system (100; 300), the method comprising: capturing (112; 404; 508), by a resource management unit and into a first memory, a configuration state of an operating system by obtaining operational status information of the operating system and its managed resources, the operating system being located in a second memory, the operating system executing on a processor of the computing system (100; 300); identifying (118; 406; 1206), by the resource management unit, a first process in the first memory based on the configuration state of the operating system; identifying, by the resource management unit and based on the identifying of the first process, a first fingerprint of the first process; comparing, by the resource management unit, the first fingerprint to a first plurality of fingerprints of flagged processes; and responsive to the comparing, in an event of identifying a match of the first fingerprint with at least one of the first plurality of fingerprints of flagged processes, acting to protect the computing system from unwanted effects of the first process. capturing (112; 404; 508), by a resource management unit and into a first memory, a configuration state of an operating system by obtaining operational status information of the operating system and its managed resources, the operating system being located in a second memory, the operating system executing on a processor of the computing system (100; 300); identifying (118; 406; 1206), by the resource management unit, a first process in the first memory based on the configuration state of the operating system; identifying, by the resource management unit and based on the identifying of the first process, a first fingerprint of the first process; comparing, by the resource management unit, the first fingerprint to a first plurality of fingerprints of flagged processes; and responsive to the comparing, in an event of identifying a match of the first fingerprint with at least one of the first plurality of fingerprints of flagged processes, acting to protect the computing system from unwanted effects of the first process.
Assisted thrust system for a carriage provided with wheels, wherein the carriage comprises a base to which a first directional wheel and a second directional wheel are fixed that are connected to the base by respective support elements (4, 5) that can rotate in relation to the base around a respective axis (7, 8) that is perpendicular to the base, wherein a first drive wheel and a second drive wheel are further fixed to the base and rotated by at least one gearmotor unit (13, 15; 14, 16; 48, 49), wherein said at least one gearmotor unit drives said first drive wheel by a first magnetic coupling device (22, 23, 24, 25) and said second drive wheel by a second magnetic coupling device (32, 33, 34, 35), wherein said at least one gearmotor unit comprises a first gearmotor unit (13, 15) that drives said first drive wheel and a second gearmotor unit (14, 16) that drives said second drive wheel, characterized in that said first magnetic coupling device (22, 23, 24, 25) comprises a first disc made of electrically conductive material and a second disc made of electrically conductive material that are fitted on an a first outlet shaft of the first gearmotor unit (13, 15), a first group of permanent magnets and a second group of permanent magnets inserted into respective first seats with which the first drive wheel is provided, wherein said first drive wheel is arranged between said first disc and said second disc on said first outlet shaft free to rotate in relation thereto, wherein said first disc is inserted with clearance into a first seat obtained in said first drive wheel and faces said first group of permanent magnets, wherein said second disc is inserted with clearance into a second seat obtained in said first drive wheel in a position opposite said first seat and faces said second group of permanent magnets, and characterized in that said second magnetic coupling device (32, 33, 34, 35) comprises a third disc made of electrically conductive material and a fourth disc made of electrically conductive material that are fitted on second outlet shaft of the second gearmotor unit (14, 16), a third group of permanent magnets and a fourth group of permanent magnets inserted into respective second seats with which the second drive wheel is provided, wherein said second drive wheel is arranged between said third disc and said fourth disc on said second outlet shaft and is free to rotate in relation thereto, in which said third disc is inserted with clearance into a third seat obtained in said second drive wheel and faces said third group of permanent magnets, wherein said fourth disc is inserted with clearance into a fourth seat obtained in said second drive wheel in a position opposite said third seat and faces said fourth group of permanent magnets.
A method for the hydraulic balancing of a branch of a heating or cooling system, wherein the branch comprises a balancing and regulating valve and a load, comprising the following method steps: causing a medium to flow through the branch; determining a setpoint value for the balancing and regulating valve, at which setpoint value a predetermined throughflow value is reached in the branch, wherein the predetermined throughflow value is lower than a maximum possible throughflow value through the branch; restricting the operating range of the balancing and regulating valve to the range between the determined setpoint value and a position in which the balancing and regulating valve is closed; and mapping the signal regulating range of the balancing and regulating valve onto the newly defined operating range. causing a medium to flow through the branch; determining a setpoint value for the balancing and regulating valve, at which setpoint value a predetermined throughflow value is reached in the branch, wherein the predetermined throughflow value is lower than a maximum possible throughflow value through the branch; restricting the operating range of the balancing and regulating valve to the range between the determined setpoint value and a position in which the balancing and regulating valve is closed; and mapping the signal regulating range of the balancing and regulating valve onto the newly defined operating range.
A hose guide comprising: a straight section comprising six hose fitting stages (130A-130F) adjacent to each other and a straight hose stage adjacent the sixth fitting stage; and a bell section directly coupled to and axially aligned with the straight section, the bell section comprising a curved inner profile; wherein the sixth fitting stage has a larger inner diameter than the straight hose stage adjacent thereto, the fifth fitting stage has a larger inner diameter than the sixth fitting stage adjacent thereto, the fourth fitting stage has a larger inner diameter than the fifth fitting stage adjacent thereto, the third fitting stage has a smaller inner diameter than the fourth fitting stage adjacent thereto, the second fitting stage has a larger inner diameter than the third fitting stage adjacent thereto, the first fitting stage has a smaller inner diameter than the second fitting stage adjacent thereto; wherein the inner diameters of the first, third and fifth fitting stages (130A, 130C 130E) are equal to each other, and the inner diameter of the fourth fitting stage is smaller than the inner diameter of the second fitting stage, but larger than the inner diameter of the first fitting stage; and wherein the straight section is configured to prevent a hose from bending within the straight section; and wherein the curved inner profile is configured to correspond to a minimum bend radius of the hose. a straight section comprising six hose fitting stages (130A-130F) adjacent to each other and a straight hose stage adjacent the sixth fitting stage; and a bell section directly coupled to and axially aligned with the straight section, the bell section comprising a curved inner profile; wherein the sixth fitting stage has a larger inner diameter than the straight hose stage adjacent thereto, the fifth fitting stage has a larger inner diameter than the sixth fitting stage adjacent thereto, the fourth fitting stage has a larger inner diameter than the fifth fitting stage adjacent thereto, the third fitting stage has a smaller inner diameter than the fourth fitting stage adjacent thereto, the second fitting stage has a larger inner diameter than the third fitting stage adjacent thereto, the first fitting stage has a smaller inner diameter than the second fitting stage adjacent thereto; wherein the inner diameters of the first, third and fifth fitting stages (130A, 130C 130E) are equal to each other, and the inner diameter of the fourth fitting stage is smaller than the inner diameter of the second fitting stage, but larger than the inner diameter of the first fitting stage; and wherein the straight section is configured to prevent a hose from bending within the straight section; and wherein the curved inner profile is configured to correspond to a minimum bend radius of the hose.
Reinforced textile support, particularly for bituminous membranes, comprising at least one layer of non woven web of synthetic fibers, and continuous high modulus reinforcement yarns longitudinally set in respect of said layer, the reinforcement yarns having a Young modulus equal to or higher than 5 Gpa, preferably equal to or higher than 20 Gpa, characterized in that said reinforcement yarns consist of filaments of cellulosic nature.
An apparatus for remote measuring of infra-red light comprising a detector, optics and an aperture, wherein the optics create a real image of the sensitive area of the detector and the aperture, imposed between the optics and the image of the sensitive area, having the same size and shape of the image of the sensitive area, said apparatus being adapted to substantially collect the same energy emitted from the same area size from a surface in different distances, wherein for any surface with uniform light energy emission, disposed between image and aperture, the sensitive area will receive the same energy from the same area size, wherein the area size is defined by the aperture or the sensitive surface image.
A method of transmitting information as one or more pulses from a transmission device (104, 504), the method comprising: determining (step 701) that a trigger action has occurred in the transmission device; loading a binary value into a send register based on the trigger action; selecting (step 703) one of a next logical bit and a next group of logical bits in the send register; and causing (step 704) at least one pulse to occur at a certain time instance within a predetermined time period in a direct current, DC, supply voltage being supplied by the transmission device, at least one of the count of the at least one pulse and the time instance of occurrence during the predetermined time period of the at least one pulse being based on one of the selected next logical bit and the selected group of logical bits. determining (step 701) that a trigger action has occurred in the transmission device; loading a binary value into a send register based on the trigger action; selecting (step 703) one of a next logical bit and a next group of logical bits in the send register; and causing (step 704) at least one pulse to occur at a certain time instance within a predetermined time period in a direct current, DC, supply voltage being supplied by the transmission device, at least one of the count of the at least one pulse and the time instance of occurrence during the predetermined time period of the at least one pulse being based on one of the selected next logical bit and the selected group of logical bits.
Burner cap for a gas range consisting of a cap body which is approximately circular and is provided with a bottom surface, wherein a gas receiving chamber is configured on the lower face of the cap body and arranged on the cap body are a plurality of burner points penetrating said cap body, characterised in that N1 peak-shaped portions arranged concentrically on the cap body are located on the bottom surface, said peak-shaped portions comprising at least two separate portions, wherein an external chamfer remote from the centre of the circle of the cap body is provided on each of the portions, the burner points being located on said external chamfer, wherein the peak-shaped portions located on the cap body are distributed approximately uniformly outwardly from the region of the centre of the circle and wherein 2≤N1≤6 (N1 = whole number).
A molecule having binding specificities for (a) CD123; (b) CD16; and (c) CD33; wherein the binding specificities are conferred by VH and/or VL domains; or wherein the binding specificities are conferred by anticalins, adnectins, affibodies or DARPins. (a) CD123; (b) CD16; and (c) CD33;
Process of assembling a heat exchanger for household appliances, comprising the following steps: - providing a plurality of thermal exchange sheets having longitudinal edges, opposite to each other, and transversal edges, also opposite to each other and transversally placed to the longitudinal edges, characterised by - providing a plurality of beams, - engaging one or more pairs of beams to longitudinal edges of overlapped thermal exchange sheets, and one or more pairs of beams to transversal edges of overlapped thermal exchange sheets, to define a plurality of flow passage volumes oriented in a first direction and a plurality of flow passage volumes oriented in a second direction transversal to the first direction. - providing a plurality of thermal exchange sheets having longitudinal edges, opposite to each other, and transversal edges, also opposite to each other and transversally placed to the longitudinal edges, characterised by - providing a plurality of beams, - engaging one or more pairs of beams to longitudinal edges of overlapped thermal exchange sheets, and one or more pairs of beams to transversal edges of overlapped thermal exchange sheets, to define a plurality of flow passage volumes oriented in a first direction and a plurality of flow passage volumes oriented in a second direction transversal to the first direction.
A process comprising the steps of: - providing a machine tool in which a working space is defined, the machine tool comprising a safety door for closing the working space or alternatively allowing access to the working space; - machining a profiled bar on the machine tool in an operating position inside the working space, the working space being closed by the safety door; - opening the safety door after the profiled bar has been machined, for unloading the machined profiled bar from the machine tool, wherein, before opening the safety door, there is provided a step of moving the machined profiled bar to a standby position distinct from the operating position, the standby position being defined inside the working space, and wherein, after the step of opening the safety door, there is provided a step of loading a profiled bar to be machined in the operating position. - providing a machine tool in which a working space is defined, the machine tool comprising a safety door for closing the working space or alternatively allowing access to the working space; - machining a profiled bar on the machine tool in an operating position inside the working space, the working space being closed by the safety door; - opening the safety door after the profiled bar has been machined, for unloading the machined profiled bar from the machine tool,
A method of operating a network node of a multicast communication network comprising a plurality of network nodes which are interconnected with each other by communication links, wherein the network node is associated with a common source network node, the method comprising: - determining a first path which connects the network node to the common source network node along a primary network tree, and determining a second path which connects the network node to the common source network node along a secondary network tree, wherein the first path and the second path show redundancy with respect to each other; - receiving, at the network node, multicast data from the common source network node via the first path; - triggering, by the network node, reception of multicast data from the common source network node via the second path if the network node detects a failure of the first path, wherein the primary network tree and the secondary network tree are realized as maximally redundant trees. - determining a first path which connects the network node to the common source network node along a primary network tree, and determining a second path which connects the network node to the common source network node along a secondary network tree, wherein the first path and the second path show redundancy with respect to each other; - receiving, at the network node, multicast data from the common source network node via the first path; - triggering, by the network node, reception of multicast data from the common source network node via the second path if the network node detects a failure of the first path, wherein the primary network tree and the secondary network tree are realized as maximally redundant trees.
Bodyshell, in particular a side wall and/or a vehicle door, of a vehicle, in particular a rail vehicle, having at least one opening (ÖN) for the insertion of a window pane by means of a rubber clamping frame, the opening having a plurality of, in particular three or four, curved corners and the edge of the opening being designed for mounting at least one clamping rubber, characterized in that the edge of the opening is designed such that a respective reinforcement of the edge of the opening is formed at least in the corners, in such a way that a thickening, in particular having a value ranging between 2 and 6 mm, of the edge of the opening of the bodyshell towards at least one of the outer sides is formed in the corners by way of a non-detachable connection between the bodyshell and a reinforcement device which has been introduced in each corner in particular at least congruently with the curved region.
A screw compressor comprising: a casing; a screw rotor which is housed in the casing and constitutes a compression mechanism to compress a refrigerant; a low-pressure-side bearing which is arranged in a low-pressure-side region inside the casing and rotatably supports a drive shaft of the screw rotor; and a low-pressure-side bearing holder which holds the low-pressure-side bearing, wherein the casing has a suction port, of which an opening faces the low-pressure-side bearing holder as viewed in an axial direction, a filter member is attached to the suction port to filter out contaminants contained in the refrigerant which is being sucked into the casing, characterized in that the filter member has a mesh filter body which is in a cylindrical shape having a bottom, where a peripheral portion of the filter member adjacent to an opening thereof is fixed to the suction port while a mesh portion at the bottom of the filter member is fixed to the low-pressure-side bearing holder.
An air conditioner comprising a heat storage device for storing heat generated by a compressor, the heat storage device comprising: a heat storage material storing heat generated by the compressor; a heat storage heat exchanger; and a heat storage tank accommodating the heat storage material and the heat storage heat exchanger; wherein the heat storage material includes glycol; characterized in that a vertical position of a center of gravity (CoB) of the heat storage heat exchanger is higher than a vertical center of the heat storage tank, a lower end of the heat storage heat exchanger is lower than the vertical center of the heat storage tank, the lower end of the heat storage heat exchanger is positioned in a vicinity of the vertical center of the heat storage tank, the heat storage heat exchanger has a joint portion wherein the joint portion is located outside the heat storage tank, and the heat storage tank, the heat storage heat exchanger and the heat storage heat material are disposed to surround the compressor. a heat storage material storing heat generated by the compressor; a heat storage heat exchanger; and a heat storage tank accommodating the heat storage material and the heat storage heat exchanger; wherein the heat storage material includes glycol; characterized in that a vertical position of a center of gravity (CoB) of the heat storage heat exchanger is higher than a vertical center of the heat storage tank, a lower end of the heat storage heat exchanger is lower than the vertical center of the heat storage tank, the lower end of the heat storage heat exchanger is positioned in a vicinity of the vertical center of the heat storage tank, the heat storage heat exchanger has a joint portion wherein the joint portion is located outside the heat storage tank, and the heat storage tank, the heat storage heat exchanger and the heat storage heat material are disposed to surround the compressor.