mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for detecting a transition from a first phase to a second phase in a processing line, said apparatus comprising a first sensor for gathering data indicating product concentration, a second sensor for gathering data indicating product concentration, wherein said first sensor is placed upstream said second sensor, and a control device configured to receive a first data set from said first sensor and a second data set from said second sensor, and to calibrate said second sensor by comparing said second data set with said first data set, wherein said control device is configured to indicate that said transition from said first phase to said second phase has occurred when detecting a product concentration change using said first sensor followed by a subsequent product concentration change using said second sensor.
A structure comprising, in this order, i) at least one facade panel or facade coating, comprising a plaster supporting panel and/or an insulation panel, ii) at least one adhesive and installation layer, and iii) at least one building-integrated photovoltaic module comprising, in this order, a) a photovoltaic composite layer system, comprising at least one thin-film photovoltaic element, b) a first coupling layer, c) a bonding and compensation layer having a first side facing the first coupling layer and an opposite second side, established and designed to compensate for elongations or changes in shape of at least one layer adjacent to the first side and/or to compensate for elongations or changes in shape of a layer connected via the second side and/or to compensate for relative position changes of at least one layer adjacent to the first side and the layer connected via the second side, iv) if necessary, at least one transparent protective layer, wherein the adhesive and installation layer connects the photovoltaic module via the bonding and compensation layer thereof to the facade panel or facade coating, wherein the adhesive and installation layer comprises or consists of a mineral binder composition, wherein the bonding and compensation layer is connected to the adhesive and installation layer, and wherein the structure comprises supply lines which are installed in correspondingly constructed grooves of the facade panel or facade coating and/or the adhesive and installation layer. i) at least one facade panel or facade coating, comprising a plaster supporting panel and/or an insulation panel, ii) at least one adhesive and installation layer, and iii) at least one building-integrated photovoltaic module comprising, in this order, a) a photovoltaic composite layer system, comprising at least one thin-film photovoltaic element, b) a first coupling layer, c) a bonding and compensation layer having a first side facing the first coupling layer and an opposite second side, established and designed to compensate for elongations or changes in shape of at least one layer adjacent to the first side and/or to compensate for elongations or changes in shape of a layer connected via the second side and/or to compensate for relative position changes of at least one layer adjacent to the first side and the layer connected via the second side, a) a photovoltaic composite layer system, comprising at least one thin-film photovoltaic element, b) a first coupling layer, c) a bonding and compensation layer having a first side facing the first coupling layer and an opposite second side, established and designed to compensate for elongations or changes in shape of at least one layer adjacent to the first side and/or to compensate for elongations or changes in shape of a layer connected via the second side and/or to compensate for relative position changes of at least one layer adjacent to the first side and the layer connected via the second side, iv) if necessary, at least one transparent protective layer,
A process for producing a (co)polyester, where the (co)polyester at least partially consists of 1,4-butylene dicarboxylate units, in a degassing plant, wherein the crude (co)polyester is degassed in the presence of 0.1% to 5% by weight, based on the total weight of the input materials, of an entraining agent at a pressure between 5 to 300 mbar.
A method performed in a base station subsystem, BSS, of a GSM EDGE system, for transmission of radio link control, RLC, blocks in a second extended, sequence number space, SNS, that is extended relative to a first SNS, and a second extended transmit, window size, WS, that is extended relative to a first WS, the transmission being on multiple downlink carriers, wherein an RLC/Medium Access Control, MAC, header of an RLC block has a fixed number of bits and comprises multiple control fields, and wherein a number of bits of the RLC/MAC header comprise a first block sequence number, BSN, space, the first BSN space comprising at least one BSN field, each BSN field including a respective BSN index, the method comprising: - selecting one or more spare bits in the RLC/MAC header; and - indexing each RLC block with a BSN index selected from a range of block indices representing the second extended SNS and the second extended transmit WS, wherein the BSN index is included in a BSN field of a second expanded BSN space that is expanded relative to the first BSN space, the second expanded BSN space including the selected one or more spare bits. - selecting one or more spare bits in the RLC/MAC header; and - indexing each RLC block with a BSN index selected from a range of block indices representing the second extended SNS and the second extended transmit WS, wherein the BSN index is included in a BSN field of a second expanded BSN space that is expanded relative to the first BSN space, the second expanded BSN space including the selected one or more spare bits.
An article, especially a cooktop or furniture element, comprising at least one substrate made of glass-ceramic, said substrate being coated in at least one zone with a paint comprising at least: - 1) a silicone resin comprising methyl and phenyl groups, - 2) one or more lamellar inorganic fillers with a thickness of less than 2 μm and with lateral dimensions, for at least 80% by weight of said fillers, of between 10 μm and 65 μm, including at least: 2a) mica(s), and 2b) talc and/or one or more carbonates, - 3) one or more black pigments, in weight content, with respect to the total weight of the paint as deposited on the substrate, respectively - 1) comprised between 20 and 50 %, - 2) from 5 to 20 %, and - 3) between 10 and 30 %. - 1) a silicone resin comprising methyl and phenyl groups, - 2) one or more lamellar inorganic fillers with a thickness of less than 2 μm and with lateral dimensions, for at least 80% by weight of said fillers, of between 10 μm and 65 μm, including at least: 2a) mica(s), and 2b) talc and/or one or more carbonates, - 3) one or more black pigments, in weight content, with respect to the total weight of the paint as deposited on the substrate, respectively - 1) comprised between 20 and 50 %, - 2) from 5 to 20 %, and - 3) between 10 and 30 %.
Device for feeding a plurality of planar elements which lie flat on one another, in particular cardboard blanks, to a packaging device, comprising: • a first feed portion having a conveying apparatus, of which the conveying surface (22a1), which is intended to support the planar elements, is made of a material which has a predetermined static friction coefficient with respect to the interaction with the planar elements, and • a second feed portion which slopes downwards towards the packaging device, the inclination of the first feed portion and the inclination of the second feed portion towards the packaging device being different from one another, the second feed portion having a further conveying apparatus, characterised in that a conveying surface (24a1) of the further conveying apparatus that is intended to support the planar elements is made of a material, of which the static friction coefficient with respect to the interaction with the planar elements has a lower value than the material of the conveying apparatus of the first feed portion. • a first feed portion having a conveying apparatus, of which the conveying surface (22a1), which is intended to support the planar elements, is made of a material which has a predetermined static friction coefficient with respect to the interaction with the planar elements, and • a second feed portion which slopes downwards towards the packaging device,
Method of routing a request to join a multicast data stream, made by a first node to a second node in a communications network comprising at least one subnetwork (SR1 to SR5), each subnetwork comprising at least two neighbouring nodes of the communications network, a MAC address being associated with each node (N1 to N13) of the communications network and a MAC address being associated with each subnetwork (SR1 to SR5) of the communications network, the routing method comprising successive steps of transmitting the join request between neighbouring nodes of the communications network along a route connecting the first node to the second node, the method being characterized in that transmitting the join request between neighbouring nodes (N11 - N10) of a subnetwork uses a point-to-multipoint wireless link when the destination node of the transmission in the subnetwork is the node having the greatest broadcasting capacity in the subnetwork, and, in case of equality with another node of the subnetwork, when the destination node of the transmission in the subnetwork satisfies a priority rule, transmitting the join request between neighbouring nodes (N11-N10) of a subnetwork using a point-to-point link otherwise.
Hydrostatic power unit, which is designed as an adjustable machine with an adjustable, in particular continuously adjustable, displacement volume and which is operable as a pump and as a motor and which is connected in terms of drive to an internal combustion engine, wherein the power unit, in the pump mode, draws pressure medium by way of a suction side out of a tank and conveys said pressure medium into a delivery side, and wherein the power unit, in the motor mode, is designed as a hydraulic starter for starting the internal combustion engine, wherein pressure medium can be fed from a pressure medium accumulator to the power unit in the motor mode at the suction side, wherein the displacement volume of the power unit is settable by means of a displacement volume setting device which is actuatable by means of a setting piston device which is supplied with pressure medium from a feed pressure circuit, characterized in that the power unit is designed as a unilaterally adjustable power unit in the case of which the displacement volume setting device is adjustable from a position with minimum displacement volume in a setting direction to a position with maximum displacement volume, and in that an auxiliary setting piston device is provided which is operatively connected to the displacement volume setting device for the adjustment of the displacement volume of the power unit and which can be acted on directly by the pressure prevailing in the pressure medium accumulator, wherein the displacement volume setting device of the power unit is adjustable by the setting piston device and the auxiliary setting piston device from the position with minimum displacement volume in the setting direction, and wherein, by means of a connection of the auxiliary setting piston device to the pressure medium accumulator, the power unit is, for the starting of the internal combustion engine, adjustable in the direction of an increase of the displacement volume.
A computer-implemented method of correcting for temperature step changes in a data set for a Polymerase Chain Reaction growth curve having a baseline portion and a growth portion, the method comprising: - receiving a data set for a PCR growth curve, wherein said data set includes a plurality of data points for a kinetic Polymerase Chain Reaction process, each data point having a pair of coordinate values (x,y), wherein x represents the cycle number and y represents an accumulation of amplified polynucleotide; - calculating a linear approximation to a first portion of the curve, said first portion including data points in the data set including cycle numbers less than or equal to a cycle number at which an annealing temperature change occurs in the PCR process; - estimating a first y value for a first x value using the linear approximation of the first portion of the curve; - calculating an approximation to a second portion of the curve by fitting a double sigmoid function of the form a + bx + c 1 + exp − d x − e 1 + exp − f x − g by applying a Levenberg-Marquardt regression process to iteratively determine the parameters a, b, c, d, e, f and g of the function to a second portion of the data set, said second portion of the data set including data points having cycle numbers greater than the CAC; - estimating a second y value for the first x value using the approximation calculated for the second portion of the curve; - determining a difference between the first and second y values; and - subtracting off the difference from each y value for the data points corresponding to the first portion of the curve to produce a modified data set, wherein the first x value either is x = CAC or x = CAC+1. - receiving a data set for a PCR growth curve, wherein said data set includes a plurality of data points for a kinetic Polymerase Chain Reaction process, each data point having a pair of coordinate values (x,y), wherein x represents the cycle number and y represents an accumulation of amplified polynucleotide; - calculating a linear approximation to a first portion of the curve, said first portion including data points in the data set including cycle numbers less than or equal to a cycle number at which an annealing temperature change occurs in the PCR process; - estimating a first y value for a first x value using the linear approximation of the first portion of the curve; - calculating an approximation to a second portion of the curve by fitting a double sigmoid function of the form a + bx + c 1 + exp − d x − e 1 + exp − f x − g by applying a Levenberg-Marquardt regression process to iteratively determine the parameters a, b, c, d, e, f and g of the function to a second portion of the data set, said second portion of the data set including data points having cycle numbers greater than the CAC; - estimating a second y value for the first x value using the approximation calculated for the second portion of the curve; - determining a difference between the first and second y values; and - subtracting off the difference from each y value for the data points corresponding to the first portion of the curve to produce a modified data set,
A zero turning radius mower, comprising: an internal combustion engine mounted transversely on a pair of longitudinal frame members (116, 118) behind an operator seat and a pair of rear drive wheels (102, 104), the engine rotating a flywheel on a horizontal axis perpendicular to the longitudinal frame members (116, 118); a gearbox mounted to one of the longitudinal frame members (116, 118); the gearbox having a horizontal input shaft driven by the engine and a vertical output shaft engaging a rubber belt; and a vent passage through the vertical output shaft, and a rotary fan having a central hub mounted to the vertical output shaft. an internal combustion engine mounted transversely on a pair of longitudinal frame members (116, 118) behind an operator seat and a pair of rear drive wheels (102, 104), the engine rotating a flywheel on a horizontal axis perpendicular to the longitudinal frame members (116, 118); a gearbox mounted to one of the longitudinal frame members (116, 118); the gearbox having a horizontal input shaft driven by the engine and a vertical output shaft engaging a rubber belt; and a vent passage through the vertical output shaft, and a rotary fan having a central hub mounted to the vertical output shaft.
Use of the compound of formula III (2-halo-4,6-dialkoxy-1,3,5-triazine) Where: R 1 and R 2 are independently chosen from: -CH 3, -CH 2 CH 3, -CH(CH 3) 2, -(CH 2) 2 CH 3, -(CH 2) 3 CH 3, and X is Cl - or Br -, as active principle of a reagent involved in a method for the stabilization of collagen matrices and for the condensation of natural and synthetic polymers.
A video surveillance method, comprising: receiving, by a user equipment, a panorama sent by a camera; obtaining, by the user equipment, a view that is specified by a user and in the received panorama, wherein if the user selects the specified view by clicking, a clicking point is used as a center point of the view specified by the user; if the user selects the specified view by selecting a rectangle, a triangle, or a circle, a geometric center of a shape selected by the user is used as a center point of the view specified by the user; obtaining, by the user equipment, a surveillance angle corresponding to the obtained view specified by the user by calculating the surveillance angle according to α h = x Width ∗ H and β V = y Height ∗ V; wherein the surveillance angle comprises an angle α h formed against the horizontal direction when the camera scans the view specified by the user and an angle β v formed against the vertical direction when the camera scans the view specified by the user, Width is the width of the panorama, Height is the height of the panorama, x is a horizontal coordinate of the center point of the view specified by the user and y is a vertical coordinate of the center point of the view specified by the user; sending, by the user equipment, the surveillance angle to the camera; adjusting, by the camera, an angle of the camera to the surveillance angle; scanning a scene of the surveillance angle to obtain an updated view; and updating the view that is specified by the user and in the original panorama by using the updated view. receiving, by a user equipment, a panorama sent by a camera; obtaining, by the user equipment, a view that is specified by a user and in the received panorama, wherein if the user selects the specified view by clicking, a clicking point is used as a center point of the view specified by the user; if the user selects the specified view by selecting a rectangle, a triangle, or a circle, a geometric center of a shape selected by the user is used as a center point of the view specified by the user; obtaining, by the user equipment, a surveillance angle corresponding to the obtained view specified by the user by calculating the surveillance angle according to α h = x Width ∗ H and β V = y Height ∗ V; wherein the surveillance angle comprises an angle α h formed against the horizontal direction when the camera scans the view specified by the user and an angle β v formed against the vertical direction when the camera scans the view specified by the user, Width is the width of the panorama, Height is the height of the panorama, x is a horizontal coordinate of the center point of the view specified by the user and y is a vertical coordinate of the center point of the view specified by the user; sending, by the user equipment, the surveillance angle to the camera; adjusting, by the camera, an angle of the camera to the surveillance angle; scanning a scene of the surveillance angle to obtain an updated view; and updating the view that is specified by the user and in the original panorama by using the updated view.
A nail polish display system for at least one nail polish bottle holding liquid nail polish, the system comprising: a case; a coupling device for removably securing the nail polish bottle relative to the case; a rotating member (118, 604) connected to the coupling device; and a motor coupled to the rotating member (118, 604), the motor configured to operate the rotating member (118, 604) to agitate the nail polish; characterised by a programmable controller in communication with the motor. a case; a coupling device for removably securing the nail polish bottle relative to the case; a rotating member (118, 604) connected to the coupling device; and a motor coupled to the rotating member (118, 604), the motor configured to operate the rotating member (118, 604) to agitate the nail polish; characterised by a programmable controller in communication with the motor.
Protective glove including a glove body of flexible material having an outer visible surface and shaped to define an inner housing for accommodating a hand of a user, wherein the glove body includes, or defines, one or more covering areas (17, 18) adapted to cover articulation zones (20, 21) of the fingers, wherein the one or more covering areas (17, 18) of the glove body are devoid of an opening or of a surface discontinuity in the region of, or surrounding, the one or more articulation zones of the fingers, and wherein said protective glove includes one or more protection elements (25, 26), or elements suitable for protection from impacts, said one or more protection elements (25, 26) being fixed on, or associated with, the outer visible surface of a corresponding covering area (17, 18) characterized in that the protective glove includes a plate counter-element or abutment plate element arranged on an inner side of the glove in the articulation zone (20, 21), wherein the one or more protection elements (25, 26) are fixed to a corresponding plate counter-element or abutment element and are superimposed to a corresponding plate counter-element or abutment element in correspondence of said one or more articulation zones of the fingers to provide further protection of said one or more articulation zones, so that in the articulation zone (20, 21) of the fingers, the protective glove has, instead of a surface discontinuity, a multilayer configuration including at least one protection element (25, 26) on an outer visible surface of the glove body, the covering area (17, 18) which is part of the glove body, and the plate counter-element on an inner side with respect to the outer visible surface of the glove body. the protective glove has, instead of a surface discontinuity, a multilayer configuration including at least one protection element (25, 26) on an outer visible surface of the glove body, the covering area (17, 18) which is part of the glove body, and the plate counter-element on an inner side with respect to the outer visible surface of the glove body.
A method of communication, comprising: receiving at an access terminal a non-serving access point signal condition threshold for declaring radio link failure of a radio link between the access terminal and a serving access point; receiving at least one signal from at least one non-serving access point; and determining whether to declare the radio link failure based on the signal condition threshold and the received at least one signal. receiving at an access terminal a non-serving access point signal condition threshold for declaring radio link failure of a radio link between the access terminal and a serving access point; receiving at least one signal from at least one non-serving access point; and determining whether to declare the radio link failure based on the signal condition threshold and the received at least one signal.
A ceiling radiator profile (10, 10a, 10b, 10c, 10d, 10e, 10f, 10g, 10h, 10i, 10j, 10k) for heating or cooling rooms, the ceiling radiator profile comprising at least one tube (20, 22, 24a, 24b, 24c) for a heating or cooling medium, and at least two radiating surfaces (30, 40), the two radiating surfaces (30, 40) being disposed substantially parallel to one another at a distance (d) and being connected to one another via at least one first connection bridge (50, 60), the tube (20, 22, 24a, 24b, 24c) being disposed in or on the at least one first connection bridge (50, 60), and the radiating surfaces (30, 40) also being connected to one another via a second connection bridge (50, 60), characterized in that the first and the second connection bridge (50, 60) are convex in relation to one another.
A recombinant virus-like particle comprising one or more capsid or capsid precursor proteins, 3 or more surface proteins from cytomegalovirus, and optionally one or more tegument proteins.