mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a customer premise equipment device, a domain name system request from a client device; blocking the domain name system request at the customer premise equipment device, wherein the domain name system request is blocked at the customer premise equipment device in response to determining that a domain name system server associated with the domain name system request cannot be reached by the customer premise equipment device; extracting information from the domain name system request; using the information extracted from the domain name system request to generate a domain name system response; retrieving a redirect address, said method being characterized in that the redirect address comprises an address that is associated with a server that is reachable by the customer premise equipment device; inserting the redirect address into the domain name system response; and outputting the domain name system response to the client device. receiving, at a customer premise equipment device, a domain name system request from a client device; blocking the domain name system request at the customer premise equipment device, wherein the domain name system request is blocked at the customer premise equipment device in response to determining that a domain name system server associated with the domain name system request cannot be reached by the customer premise equipment device; extracting information from the domain name system request; using the information extracted from the domain name system request to generate a domain name system response; retrieving a redirect address, said method being characterized in that the redirect address comprises an address that is associated with a server that is reachable by the customer premise equipment device; inserting the redirect address into the domain name system response; and outputting the domain name system response to the client device.
A method for operating an LED light source, wherein on the basis of temperature measurements it is determined, which portion of the electrical power (P out) fed to the LED light source during the operation is converted into light (P light) and based thereon, a compensation factor (K AGE COMPENSATION) that compensates the aging of the LED light source is determined and the electrical power (P out) fed during the operation is increased by the compensation factor (K AGE COMPENSATION), wherein to determine the portion of the electrical power converted into light (P light) a correlation factor is taken into account which was determined at the start of the putting into service of the lamp, characterized in that the correlation factor is determined by temperature measurements at the start of the putting into service of the lamp as well as on the basis of parameters determined in advance, wherein the parameters determined in advance comprise an efficiency factor (η LED), which describes, with which efficiency the LED light source in the original state converts electrical power (P out) fed to it into light (P light).
Device for controlling a displacement of a load, comprising: a first conduit, configured so as to be able to connect a first chamber of a cylinder with a distributor; a second conduit, configured so as to be able to connect a second chamber of the cylinder with the distributor; a first valve, arranged along the first conduit, which is configured so as to be able to allow the flow of fluid from the distributor to the first chamber and to prevent the flow of fluid from the first chamber towards the distributor; a second valve, arranged along the second conduit, which is arranged to assume a closed configuration, in which it prevents the flow of fluid along the second conduit, and an opening configuration, in which it allows the flow of fluid along the second conduit, only if piloted by a pilot pressure higher than a predetermined value; a pilot conduit, which connects the second valve with the first conduit and configured so as to allow a pilot pressure to reach said second valve; whereby said device further comprises a third conduit which connects a portion of said pilot conduit to a portion of said second conduit, characterised in that said portion of said second conduit is comprised between said second valve and said second chamber and by the fact that along said third conduit is positioned a third valve, which is configured so as to allow a flow of fluid from said first conduit to said second conduit and to prevent the opposite flow and a first orifice positioned along said third conduit between said third valve and said pilot conduit. a first conduit, configured so as to be able to connect a first chamber of a cylinder with a distributor; a second conduit, configured so as to be able to connect a second chamber of the cylinder with the distributor; a first valve, arranged along the first conduit, which is configured so as to be able to allow the flow of fluid from the distributor to the first chamber and to prevent the flow of fluid from the first chamber towards the distributor; a second valve, arranged along the second conduit, which is arranged to assume a closed configuration, in which it prevents the flow of fluid along the second conduit, and an opening configuration, in which it allows the flow of fluid along the second conduit, only if piloted by a pilot pressure higher than a predetermined value; a pilot conduit, which connects the second valve with the first conduit and configured so as to allow a pilot pressure to reach said second valve; whereby said device further comprises a third conduit which connects a portion of said pilot conduit to a portion of said second conduit, characterised in that said portion of said second conduit is comprised between said second valve and said second chamber and by the fact that along said third conduit is positioned a third valve, which is configured so as to allow a flow of fluid from said first conduit to said second conduit and to prevent the opposite flow and a first orifice positioned along said third conduit between said third valve and said pilot conduit.
A rotor blade for a rotor assembly, comprising: a root; an airfoil, having a length that extends between a base and a tip, a first side wall, a second side wall, at least one cavity disposed between the side walls, and a channel defined by a first wall portion and a second wall portion that extend lengthwise between the base and the tip; and a damper selectively received within the channel, said damper, comprising: a first bearing surface; a second bearing surface; a forward surface; and an aft surface; at least one of the surfaces being shaped to include at least one lengthwise extending groove; and characterised in that: said at least one groove forms a lengthwise extending passage within the channel and wherein the passage has a flow direction that is oriented along the length of the at least one surface to which it is adjacent to permit cooling air travel along the at least one surface in a lengthwise direction. a root; an airfoil, having a length that extends between a base and a tip, a first side wall, a second side wall, at least one cavity disposed between the side walls, and a channel defined by a first wall portion and a second wall portion that extend lengthwise between the base and the tip; and a damper selectively received within the channel, said damper, comprising: a first bearing surface; a second bearing surface; a forward surface; and an aft surface; at least one of the surfaces being shaped to include at least one lengthwise extending groove; and characterised in that: said at least one groove forms a lengthwise extending passage within the channel and wherein the passage has a flow direction that is oriented along the length of the at least one surface to which it is adjacent to permit cooling air travel along the at least one surface in a lengthwise direction. a first bearing surface; a second bearing surface; a forward surface; and an aft surface; at least one of the surfaces being shaped to include at least one lengthwise extending groove; and characterised in that: said at least one groove forms a lengthwise extending passage within the channel and wherein the passage has a flow direction that is oriented along the length of the at least one surface to which it is adjacent to permit cooling air travel along the at least one surface in a lengthwise direction.
A hospital operating/intervention room configured and equipped to perform surgery and other procedures, the operating/intervention room having a ceiling, a ventilation distribution system (420, 422, 423, 424) incorporated into the ceiling and a lighting system, the lighting system comprising: (a) multiple light sources recessible into the ceiling; (b) a movable mounting system (436, 438) for the light sources positioned within the ceiling, wherein the movable mounting system is independently movable about first and second axes disposed transversely to each other; (c) a powered actuating system (444, 452) for moving the mounting system to aim the lights as desired by operating/intervention room personnel; (d) a control system for controlling the powered actuating system and for controlling the intensity of the light sources; wherein the operating/intervention room further comprises an interstitial space disposed above the elevation of the operating/intervention room from which ventilation air can be routed by the ventilation distribution system downwardly into the volume of the operating/intervention room and out through exit outlets. characterised in that the ceiling is a drop-down ceiling which extends downwardly from the ceiling height of the rest of the operating/intervention room, the drop-down ceiling including a perimeter substructure that defines the outer perimeter of the drop-down ceiling structure and which defines and extends over a surgical/intervention zone of a predetermined area generally surrounding the location where a patient is positionable, wherein the drop-down ceiling, ventilation distribution system (420, 422, 423, 424), and the lighting system are preconstructed into a unitary assembly for installation into the operating/intervention room; and (a) multiple light sources recessible into the ceiling; (b) a movable mounting system (436, 438) for the light sources positioned within the ceiling, wherein the movable mounting system is independently movable about first and second axes disposed transversely to each other; (c) a powered actuating system (444, 452) for moving the mounting system to aim the lights as desired by operating/intervention room personnel; (d) a control system for controlling the powered actuating system and for controlling the intensity of the light sources;
Film cutter for use on the lateral face of a support roller of a rotary punch, the film cutter comprising a base plate that has an underside and a top side, at least one blade being arranged on the top side of the base plate, and the top side of the base plate comprising at least one region that adjoins blades and is partially or completely surrounded by blades, in which region at least one film cutter opening is located, through which at least a part of the punched sheet material can be drawn in such that said part can be retained in the region and transported onwards by means of the support roller, characterised in that the film cutter comprises, in the at least one region that adjoins blades and is partially or completely surrounded by the blades, at least one raised part (4, 4', 4") that is arranged on the top side of the base plate and is designed as a ridge that has a narrow side, by means of which said ridge is directly connected to the blade and extends from there into the surrounding region in a ridge shape, and/or is designed as a pin, and is arranged, designed and connected to the film cutter such that it prevents the part of the punched sheet material, or portions of the punched sheet material, from becoming jammed.
A apparatus for applying glue onto labels, comprising a drum rotatable about a predetermined rotational axis, with a glue application unit for applying glue onto an external surface of the rotatable drum, said glue application unit including a receiving space for receiving the glue as well as a supply unit in order to supply the glue to the receiving space, and which is arranged relative to the drum in such a way that any glue present in the glue application unit contacts the drum in a predetermined contact area, said glue application unit including a first wall element, which contacts the drum during operation as well as a second wall element which is arranged behind the first wall element in the direction of movement of the drum and which also contacts the drum, wherein at least one wall element (12, 14) is pressed in a spring-loaded manner against the external surface of the drum, wherein the drum has a structured surface at its external surface at least in sections and an even surface at least in sections, wherein an even surface and a structured surface of the drum alternate in a circumferential direction and the apparatus for applying glue has a removal device for removing glue from the receiving space, characterized in that a structured external surface has recesses extending in the direction of the axis of the glue drum, which are distributed in a homogeneous manner at the external surface of the drum and have a depth of between 0,02 and 0,08 mm.
A test strip for reporting a plurality of analyte concentrations of a sample, the test strip comprising: a top surface; a bottom surface, wherein on the top surface there are a counter electrode, a reference electrode and a plurality of working electrodes, each working electrode of the plurality of working electrodes being a PCB electrode comprised of a conductive layer and an aptamer layer comprised of aptamers that are immobilized to the conductive layer; wherein each aptamer is modified with a redox-active molecule selected such that the aptamer exhibits conformation change in the presence of an analyte, namely changing proximity of the aptamers to the conductive layer; and wherein on the bottom surface there is a plurality of contact points, each contact point operably linked with the counter electrode, reference electrode, and plurality of working electrodes of the top surface. a top surface; a bottom surface, wherein on the top surface there are a counter electrode, a reference electrode and a plurality of working electrodes, each working electrode of the plurality of working electrodes being a PCB electrode comprised of a conductive layer and an aptamer layer comprised of aptamers that are immobilized to the conductive layer; wherein each aptamer is modified with a redox-active molecule selected such that the aptamer exhibits conformation change in the presence of an analyte, namely changing proximity of the aptamers to the conductive layer; and wherein on the bottom surface there is a plurality of contact points, each contact point operably linked with the counter electrode, reference electrode, and plurality of working electrodes of the top surface.
A tube pump comprising: a first contact member that rotates around a first axis while being in contact with a tube arranged in a circular-arc shape around the first axis; a second contact member that rotates around the first axis in the same direction as the first contact member while being in contact with the tube; a first drive unit that has a first drive shaft transmitting a drive force to the first contact member, and rotates the first drive shaft; a second drive unit that has a second drive shaft transmitting a drive force to the second contact member, and rotates the second drive shaft; and a control unit that controls rotation of the first drive shaft by the first drive unit and rotation of the second drive shaft by the second drive unit, wherein the control unit performs: a first control mode that rotates the first contact member and the second contact member in the same direction so that discharge of a fluid in the tube by the first contact member and the second contact member is performed; and a second control mode that fixes a rotation angle of each of the first contact member and the second contact member so that the first contact member and the second contact member do not come into contact with the tube. a first contact member that rotates around a first axis while being in contact with a tube arranged in a circular-arc shape around the first axis; a second contact member that rotates around the first axis in the same direction as the first contact member while being in contact with the tube; a first drive unit that has a first drive shaft transmitting a drive force to the first contact member, and rotates the first drive shaft; a second drive unit that has a second drive shaft transmitting a drive force to the second contact member, and rotates the second drive shaft; and a control unit that controls rotation of the first drive shaft by the first drive unit and rotation of the second drive shaft by the second drive unit, wherein the control unit performs: a first control mode that rotates the first contact member and the second contact member in the same direction so that discharge of a fluid in the tube by the first contact member and the second contact member is performed; and a second control mode that fixes a rotation angle of each of the first contact member and the second contact member so that the first contact member and the second contact member do not come into contact with the tube.
A computer-implemented method to enhance the contrast of a set of pixels each pixel being characterized by a set of color attributes that are color coordinates, the method comprising the steps of: determining a first property of the set of pixels, where the first property of the set of pixels is the minimum value (Min) in the set of the highest color coordinate (max(r, g, b)) for all the pixels in the set of pixels; determining a second property of the set of pixels where the second property of the set of pixels is the maximum value (Max) in the set of the highest color coordinate (max(r, g, b) for all the pixels in the set of pixels; determining, for each pixel of the set of pixels, a first property of said pixel where the first property of the said pixel is the value (max(r, g, b)) of the color coordinate that is highest; and modifying the color attributes of each pixel of the set of pixels using the following equation CA ′ = CA L − P 1 / ( L P 2 − P 1 where CA' represents the modified color attributes of each pixel, CA represents the color attributes of each pixel, L represents the first property of said pixel, P1 represents the first property of the set of pixels, P2 represents the second property of the set of pixels determining a first property of the set of pixels, where the first property of the set of pixels is the minimum value (Min) in the set of the highest color coordinate (max(r, g, b)) for all the pixels in the set of pixels; determining a second property of the set of pixels where the second property of the set of pixels is the maximum value (Max) in the set of the highest color coordinate (max(r, g, b) for all the pixels in the set of pixels; determining, for each pixel of the set of pixels, a first property of said pixel where the first property of the said pixel is the value (max(r, g, b)) of the color coordinate that is highest; and modifying the color attributes of each pixel of the set of pixels using the following equation CA ′ = CA L − P 1 / ( L P 2 − P 1 where CA' represents the modified color attributes of each pixel, CA represents the color attributes of each pixel, L represents the first property of said pixel, P1 represents the first property of the set of pixels, P2 represents the second property of the set of pixels
A cutting and folding machine for producing pasta comprising: - a die; - a punch cooperating with said die; - folding hands (15, 17) cooperating with said die, the folding hands (15, 17) being provided with motorization; - at least one extractor comb to extract the cut and folded pasta from said die, said at least one extractor comb being carried by arms constrained to an element operated with reciprocating motion; - kinematic mechanisms for synchronized movement of said punch and of said folding hands (15, 17); characterized in that said element to which the arms are constrained is operated with reciprocating motion by: at least one electric motor separate with respect to the motorization of said folding hands (15, 17) and to said punch and controlled electronically in synchronism with the movement of the folding hands (15, 17) and of the punch, said electric motor being arranged in an intermediate position between the ends of the moving element; or two electric motors positioned at opposite ends of said element and controlled in synchronism with each other. - a die; - a punch cooperating with said die; - folding hands (15, 17) cooperating with said die, the folding hands (15, 17) being provided with motorization; - at least one extractor comb to extract the cut and folded pasta from said die, said at least one extractor comb being carried by arms constrained to an element operated with reciprocating motion; - kinematic mechanisms for synchronized movement of said punch and of said folding hands (15, 17); at least one electric motor separate with respect to the motorization of said folding hands (15, 17) and to said punch and controlled electronically in synchronism with the movement of the folding hands (15, 17) and of the punch, said electric motor being arranged in an intermediate position between the ends of the moving element; or two electric motors positioned at opposite ends of said element and controlled in synchronism with each other.
Device for generating accelerated electrons, comprising a cylindrical electron exit window as part of a cylindrical housing enclosing a evacuable space; at least one first cathode and an anode, by means of which a glow-discharge plasma is generatable in the evacuable space, wherein ions from the glow-discharge plasma are acceleratable onto the surface of at least one second cathode and electrons emittable by the at least one second cathode are acceleratable in the direction of the electron exit window, characterized in that a) the at least one second cathode is embodied in a cylindrical or rod-shaped fashion as a central component along the cylinder axis of the cylindrical electron exit window, b) the cylindrical housing is embodied as the first cathode; c) the anode is embodied as a number of wire-type electrodes, wherein the wire-type electrodes are arranged around the second cathode and extend along the cylinder length of the cylindrical electron exit window partly or completely through the evacuable space; d) a first grid-shaped and cylindrical electrode encloses the at least one second cathode wherein the first grid-shaped and cylindrical electrode is spaced apart from the second cathode with a smaller dimension than the wire-type electrodes. a) the at least one second cathode is embodied in a cylindrical or rod-shaped fashion as a central component along the cylinder axis of the cylindrical electron exit window, b) the cylindrical housing is embodied as the first cathode; c) the anode is embodied as a number of wire-type electrodes, wherein the wire-type electrodes are arranged around the second cathode and extend along the cylinder length of the cylindrical electron exit window partly or completely through the evacuable space; d) a first grid-shaped and cylindrical electrode encloses the at least one second cathode wherein the first grid-shaped and cylindrical electrode is spaced apart from the second cathode with a smaller dimension than the wire-type electrodes.