mhurhangee/ep-ind-claims huggingface dataset:
A rack power distribution unit - rPDU - comprising: a rPDU body including a front surface; a power inlet cord coupled to the rPDU body; a plurality of power outlets on a surface of the rPDU body in electrical communication with the power inlet cord; characterised by a display including a display body having a right side and a left side and a display screen, the display body pivotably mounted to the front surface of the rPDU body and configured to pivot about an axis; and a light emitting element on the right side of the display body and a light emitting element on the left side of the display body, the rPDU being configured such that tilting of the display body about the axis exposes a first of the light emitting elements above the front surface of the rPDU and hides a second of the light emitting elements beneath the front surface of the rPDU. a rPDU body including a front surface; a power inlet cord coupled to the rPDU body; a plurality of power outlets on a surface of the rPDU body in electrical communication with the power inlet cord; characterised by a display including a display body having a right side and a left side and a display screen, the display body pivotably mounted to the front surface of the rPDU body and configured to pivot about an axis; and a light emitting element on the right side of the display body and a light emitting element on the left side of the display body, the rPDU being configured such that tilting of the display body about the axis exposes a first of the light emitting elements above the front surface of the rPDU and hides a second of the light emitting elements beneath the front surface of the rPDU.
A lubricant composition comprising a lubricant base oil having a kinematic viscosity at 100°C, as determined according to JIS K2283, of 1 to 10 mm 2 /s, and an ethylene/α-olefin copolymer having characteristics to described below in a weight ratio ( /) of 99/1 to 50/50, the lubricant composition having a kinematic viscosity at 100°C, as determined according to JIS K2283, of not more than 20 mm 2 /s, the lubricant composition having a peak top of molecular weight in the range of 3,000 to 10,000 as measured by gel permeation chromatography with reference to polystyrene standards, with the peak top molecular weight being the molecular weight that gives the highest maximum value of dw/dLog, wherein M is the molecular weight and w is the weight fraction of the component having the corresponding molecular weight, in a molecular weight distribution curve, wherein the molecular weight that is largest is taken as the peak top molecular weight in a case where the molecular weight distribution curve includes a plurality of peak tops of molecular weight in the range of 3,000 to 10,000, the lubricant composition having a weight fraction of components having a molecular weight not less than 20,000, measured with reference to polystyrene standards, of 1 to 10% relative to all components of the lubricant composition having a molecular weight not less than the molecular weight that gives the above peak top, the peak top molecular weight measured by gel permeation chromatography with reference to polystyrene standards is 3,000 to 10,000, the copolymer shows no melting peak as measured on a differential scanning calorimeter, the value B represented by the equation below is not less than 1.1 B = P OE 2 P O ⋅ P E wherein P E is the molar fraction of ethylene components, P O is the molar fraction of α-olefin components, and P OE is the molar fraction of ethylene-α-olefin sequences relative to all dyad sequences, and P E, P O and P OE are determined via 13 C-NMR, the kinematic viscosity at 100°C is 140 to 500 mm 2 /s. the peak top molecular weight measured by gel permeation chromatography with reference to polystyrene standards is 3,000 to 10,000, the copolymer shows no melting peak as measured on a differential scanning calorimeter, the value B represented by the equation below is not less than 1.1 B = P OE 2 P O ⋅ P E wherein P E is the molar fraction of ethylene components, P O is the molar fraction of α-olefin components, and P OE is the molar fraction of ethylene-α-olefin sequences relative to all dyad sequences, and P E, P O and P OE are determined via 13 C-NMR, the kinematic viscosity at 100°C is 140 to 500 mm 2 /s.
A method for continuously manufacturing aerosol generating articles (1, 2), the method comprising: (i) providing a continuous web or a continuous strip of an aerosol generating substrate, the continuous web or the continuous strip having a substantially flat surface; (ii) providing a continuous web of susceptor material; (iii) intermittently applying an adhesive to a surface of the continuous web of susceptor material to form adhesive areas on the surface; (iv) continuously cutting the continuous web of susceptor material at positions between the adhesive areas to form at least one susceptor patch; (v) adhering the at least one susceptor patch to the substantially flat surface of the continuous web or the continuous strip of aerosol generating substrate; and (vi) forming the continuous web or the continuous strip of aerosol generating substrate and the susceptor patch adhered to the surface thereof into a continuous rod. (i) providing a continuous web or a continuous strip of an aerosol generating substrate, the continuous web or the continuous strip having a substantially flat surface; (ii) providing a continuous web of susceptor material; (iii) intermittently applying an adhesive to a surface of the continuous web of susceptor material to form adhesive areas on the surface; (iv) continuously cutting the continuous web of susceptor material at positions between the adhesive areas to form at least one susceptor patch; (v) adhering the at least one susceptor patch to the substantially flat surface of the continuous web or the continuous strip of aerosol generating substrate; and (vi) forming the continuous web or the continuous strip of aerosol generating substrate and the susceptor patch adhered to the surface thereof into a continuous rod.
A method for minimizing the required bandwidth for a cloud based unicast communication between a cloud and a vehicle which is connected to the cloud and operates within a road network, where the cloud comprises a cloud logic and the vehicle comprises a vehicle internal logic, the method comprising the steps of: determining a current position and a direction of the vehicle within the road network; setting a reporting interval at which the vehicle is to report an update on its position to the cloud based on a most probable path of the vehicle and the complexity of this most probable path, where the most probable path of the vehicle is a set of possible paths a predetermined distance ahead of the vehicle that the vehicle is most probable to travel along given its current position with direction within the road network; communicating the set interval to the vehicle internal logic; reporting, by the vehicle, an update on its position to the cloud with the set reporting interval. determining a current position and a direction of the vehicle within the road network; setting a reporting interval at which the vehicle is to report an update on its position to the cloud based on a most probable path of the vehicle and the complexity of this most probable path, where the most probable path of the vehicle is a set of possible paths a predetermined distance ahead of the vehicle that the vehicle is most probable to travel along given its current position with direction within the road network; communicating the set interval to the vehicle internal logic; reporting, by the vehicle, an update on its position to the cloud with the set reporting interval.
A process for producing a semiconductor device, comprising the steps of: providing a wafer of given thickness having a surface furnished with semiconductor circuits and a back; forming grooves of a cut depth smaller than the thickness of the wafer, said grooves extending from the wafer circuit surface; sticking a surface protective sheet onto the wafer circuit surface; grinding the back of the wafer so that the thickness of the wafer is reduced to thereby finally result in division of the wafer into individual chips with spaces therebetween; sticking a pressure sensitive adhesive sheet onto the ground back of the wafer, said pressure sensitive adhesive sheet comprising a base and, superimposed thereon, a first energy radiation curable pressure sensitive adhesive layer; exposing the first energy radiation curable pressure sensitive adhesive layer to an energy radiation to cure it; and after exposing the first energy radiation curable pressure sensitive adhesive layer to energy radiation, peeling the surface protective sheet from the wafer circuit surface. providing a wafer of given thickness having a surface furnished with semiconductor circuits and a back; forming grooves of a cut depth smaller than the thickness of the wafer, said grooves extending from the wafer circuit surface; sticking a surface protective sheet onto the wafer circuit surface; grinding the back of the wafer so that the thickness of the wafer is reduced to thereby finally result in division of the wafer into individual chips with spaces therebetween; sticking a pressure sensitive adhesive sheet onto the ground back of the wafer, said pressure sensitive adhesive sheet comprising a base and, superimposed thereon, a first energy radiation curable pressure sensitive adhesive layer; exposing the first energy radiation curable pressure sensitive adhesive layer to an energy radiation to cure it; and after exposing the first energy radiation curable pressure sensitive adhesive layer to energy radiation, peeling the surface protective sheet from the wafer circuit surface.
System for detecting a user-dependent state of a sports object, comprising: a detection device for detecting a plurality of positions of the sports object; a determination device for determining the state of the sports object on the basis of the detected plurality of positions; and an indication device for indicating the detected plurality of positions wherein the detection device is designed for detecting an actual position of the sports object, wherein the determination device is designed for determining a desired position of the sports object, and wherein the indication device is designed for indicating information relating to the desired position if the actual position differs from the desired position, characterized in that the sports object is a ball or a puck. a detection device for detecting a plurality of positions of the sports object; a determination device for determining the state of the sports object on the basis of the detected plurality of positions; and an indication device for indicating the detected plurality of positions wherein the detection device is designed for detecting an actual position of the sports object, wherein the determination device is designed for determining a desired position of the sports object, and wherein the indication device is designed for indicating information relating to the desired position if the actual position differs from the desired position, characterized in that the sports object is a ball or a puck.
A method for determining a spatial topology of a network comprising a plurality of conference terminals in a conference room and for the automatic creation of a synoptic in a conferencing system, wherein a synoptic is a map of the conference room wherein each single conference terminal is linked to a particular seat in the conference room, the method comprising: for each single conference terminal of said plurality: - emitting a locatable signal; - obtaining location values for said emitting conference terminal by means of a terminal-locating device; - constructing said topology by adding said emitting conference terminal at a position derived from said location values wherein the method further comprises displaying a graphical representation of said spatial topology as a map in a graphical user interface, wherein said graphical user interface is part of an administrator's unit or a chairman's unit, wherein a user, being a system administrator or a chairperson, refers to said representation and selects individual terminals on which management tasks must be performed on the basis of this visual representation. - emitting a locatable signal; - obtaining location values for said emitting conference terminal by means of a terminal-locating device; - constructing said topology by adding said emitting conference terminal at a position derived from said location values
Method for forming a membrane holder (1; 101; 201) for hollow fibre membranes, in particular for applying in a tube filter, by mutually connecting a number of cassettes (2A, 2B; 102A, 102B; 202) of substantially V-shaped cross-sectional form, characterized in that: the substantially V-shaped cross-section of each cassette (2A, 2B; 102A, 102B; 202) is defined by two walls (4, 5; 104, 105; 204, 205) and a bridge piece (3; 103; 203) located therebetween, wherein each wall has a number of cut-away portions (8; 208), and the cassettes (2A, 2B; 102A, 102B; 202) are placed adjacently of each other and mutually connected in transverse direction such that a cut-away portion (8; 208) in a wall (4, 5; 104, 105; 204, 205) of the one cassette (2A, 2B; 102A, 102B; 202) is bridged by a full wall part (9; 209) of the other cassette (2A, 2B; 102A, 102B; 202).
A fan blade containment system comprising: a first ballistic material configured to be wrapped in continuous overlapping layers around a fan casing to form a containment covering of a fan containment case for the fan casing; and a plurality of patches comprised of a second ballistic material, the plurality of patches configured to be loosely disposed between adjacent overlapping layers of the first ballistic material, with a majority of the plurality of patches positioned within a single revolution of the containment covering with each patch partially overlapping a circumferentially adjacent patch. a first ballistic material configured to be wrapped in continuous overlapping layers around a fan casing to form a containment covering of a fan containment case for the fan casing; and a plurality of patches comprised of a second ballistic material, the plurality of patches configured to be loosely disposed between adjacent overlapping layers of the first ballistic material, with a majority of the plurality of patches positioned within a single revolution of the containment covering with each patch partially overlapping a circumferentially adjacent patch.
A crimp-style terminal, comprising: a conductor crimp unit formed into substantially a U-shape by a base plate and one pair of conductor swage pieces extended on both sides of the base plate and swaged so as to encase a conductor (Wa) of an electric wire (w) disposed on an inner surface of the base plate, and crimped and connected to a terminal of the conductor (Wa); a plurality of serrations (16, 18a, 18b, 19a, 19b) formed from cylindrical concave sections having identical radii in an inner surface of the conductor crimp unit; an electrical connection unit integrally formed on a leading end of the base plate via a leading-end side coupling unit and electrically connected with a mating side terminal; and a coating swage unit integrally formed on a trailing end of the base plate via a trailing-end side coupling unit and swaging a part with coating (Wb) of the electric wire, characterized by: a configuration wherein the depth of the serration formed in a trailing-end side inner surface of the conductor swage piece is set shallower than the depth of the serration formed in a leading-end side inner surface of the base plate, and the depth of the serration formed in an inner surface of the conductor swage piece is set shallower than the depth of the serration formed in an inner surface of the base plate. a conductor crimp unit formed into substantially a U-shape by a base plate and one pair of conductor swage pieces extended on both sides of the base plate and swaged so as to encase a conductor (Wa) of an electric wire (w) disposed on an inner surface of the base plate, and crimped and connected to a terminal of the conductor (Wa); a plurality of serrations (16, 18a, 18b, 19a, 19b) formed from cylindrical concave sections having identical radii in an inner surface of the conductor crimp unit; an electrical connection unit integrally formed on a leading end of the base plate via a leading-end side coupling unit and electrically connected with a mating side terminal; and a coating swage unit integrally formed on a trailing end of the base plate via a trailing-end side coupling unit and swaging a part with coating (Wb) of the electric wire, characterized by: a configuration wherein the depth of the serration formed in a trailing-end side inner surface of the conductor swage piece is set shallower than the depth of the serration formed in a leading-end side inner surface of the base plate, and the depth of the serration formed in an inner surface of the conductor swage piece is set shallower than the depth of the serration formed in an inner surface of the base plate. a configuration wherein the depth of the serration formed in a trailing-end side inner surface of the conductor swage piece is set shallower than the depth of the serration formed in a leading-end side inner surface of the base plate, and the depth of the serration formed in an inner surface of the conductor swage piece is set shallower than the depth of the serration formed in an inner surface of the base plate.
A method, comprising: determining, by a polling engine (210, 220), a root connected to the polling engine, wherein the root comprises a first node within a cluster of nodes of a network; generating, by the polling engine (210, 220), a network dependency between the root and a second node (250, 260) in the cluster, wherein the generated network dependency corresponds to a connection from the root to the second node; determining, by the polling engine (210, 220), a path from the polling engine (210, 220) to the second node (250, 260) via the root based on the generated network dependency between the root and the second node (250, 260); polling, by the polling engine (210, 220), the second node (250, 260) via the determined path from the polling engine (210, 220) to the second node (250, 260); determining, by the polling engine (210, 220), whether a parent node of the second node (250, 260) is reachable, wherein the parent node has a plurality of child nodes (250, 260) which are dependent on the parent node and the second node (250, 260) is one of the plurality of child nodes (250, 260) of the parent node; determining, by the polling engine (210, 220), that the second node (250, 260) is unreachable; and generating, by the polling engine (210, 220), activated alerts relating to the unreachable second node (250, 260), if the parent node of the second node (250, 260) is determined to be reachable by the polling engine (210, 220). determining, by a polling engine (210, 220), a root connected to the polling engine, wherein the root comprises a first node within a cluster of nodes of a network; generating, by the polling engine (210, 220), a network dependency between the root and a second node (250, 260) in the cluster, wherein the generated network dependency corresponds to a connection from the root to the second node; determining, by the polling engine (210, 220), a path from the polling engine (210, 220) to the second node (250, 260) via the root based on the generated network dependency between the root and the second node (250, 260); polling, by the polling engine (210, 220), the second node (250, 260) via the determined path from the polling engine (210, 220) to the second node (250, 260); determining, by the polling engine (210, 220), whether a parent node of the second node (250, 260) is reachable, wherein the parent node has a plurality of child nodes (250, 260) which are dependent on the parent node and the second node (250, 260) is one of the plurality of child nodes (250, 260) of the parent node; determining, by the polling engine (210, 220), that the second node (250, 260) is unreachable; and generating, by the polling engine (210, 220), activated alerts relating to the unreachable second node (250, 260), if the parent node of the second node (250, 260) is determined to be reachable by the polling engine (210, 220).
A gasket for actuators of recirculating ball screw type, comprising: - a first portion which can be engaged to a support portion of the actuator, preferably a screw nut; - a second portion (3, 9) which can be engaged to an outer threaded portion (120, 150) of a screw of the actuator to define, in cooperation with at least said screw and/or with said support portion, a sealing separation between two space portions arranged on opposite sides of said gasket; characterized in that said first portion comprises a first member extending about an axis, and in that said second portion comprises a second member concentric to and distinct from said first member and which can be coupled to said first member, said second member being axially and radially deformable with respect to said first member, characterised in that said gasket comprises a sealing member protruding towards said axis, said sealing member being at least partially deformable and substantially counter-shaped to an outer coil-shaped groove of said screw to interference couple externally to said screw and to obtain said sealing separation, said sealing member being pin-shaped and of a substantially cylindrical shape. - a first portion which can be engaged to a support portion of the actuator, preferably a screw nut; - a second portion (3, 9) which can be engaged to an outer threaded portion (120, 150) of a screw of the actuator to define, in cooperation with at least said screw and/or with said support portion, a sealing separation between two space portions arranged on opposite sides of said gasket;
An ink jet recording device, comprising: an ink container that stores an ink therein; a nozzle that ejects the ink, and conducts printing on an object to be printed; an ink supply pump that supplies the ink to the nozzle from the ink container through an ink supply path; a gutter that sucks the ink ejected from the nozzle and not used for the printing together with an air; a first recovery pump that feeds the ink sucked by the gutter to the ink container through an ink recovery path together with the air to recover the ink; and an exhaust path that exhausts the air mixed with an ink solvent and is recovered in the ink container from the ink container as the exhaust gas, characterized by a gas-liquid separator that holds a liquefaction ink solvent in which the ink solvent in the exhaust gas is liquefied within the exhaust path by a capillary action to separate the liquefaction ink solvent from the exhaust gas containing only the gas; and a second recovery pump that feeds the liquefaction ink solvent separated by the gas-liquid separator to the ink container through a separated ink recovery path. an ink container that stores an ink therein; a nozzle that ejects the ink, and conducts printing on an object to be printed; an ink supply pump that supplies the ink to the nozzle from the ink container through an ink supply path; a gutter that sucks the ink ejected from the nozzle and not used for the printing together with an air; a first recovery pump that feeds the ink sucked by the gutter to the ink container through an ink recovery path together with the air to recover the ink; and an exhaust path that exhausts the air mixed with an ink solvent and is recovered in the ink container from the ink container as the exhaust gas, characterized by a gas-liquid separator that holds a liquefaction ink solvent in which the ink solvent in the exhaust gas is liquefied within the exhaust path by a capillary action to separate the liquefaction ink solvent from the exhaust gas containing only the gas; and a second recovery pump that feeds the liquefaction ink solvent separated by the gas-liquid separator to the ink container through a separated ink recovery path.