mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting hydrogen in a heater which has a combustion chamber of a burner, which is supplied with air via an air inlet and with a hydrogen-containing fuel gas via a fuel gas inlet, and wherein the air can be supplied to the air inlet via a fresh air supply through a housing into its interior space, the mixture is burned in the combustion chamber and combustion gases produced in the process are supplied to an exhaust system connected to the combustion chamber, characterised in that the hydrogen escaping into the interior space of the surrounding housing and/or into the exhaust system is collected in at least one collecting region (18, 19) and is detected by means of at least one sensor (14, 16).
Labelling system including a multiple label and a product/package to which said multiple label can be applied, said multiple label comprising: a first base label with a first side suited to be fixed to the product/package, and an opposite second side, and comprising a first graphic representation of the "completion" or "combination" type suited to be combined with other graphic representations, in such a way that their combination produces a predetermined graphic representation, a second label, removably fixed to the second side of said first label, provided with a second graphic representation, suited to be removed from said first label, preferably in an irreversible manner, wherein said second graphic representation is of the "completion" or "combination" type suited to be combined with the first graphic representation in such a way that their combination produces a first predetermined graphic representation, characterized in that said product/package comprises a third graphic representation, and in that when the second graphic representation is superimposed to said third graphic representation, it generates or completes a second predetermined graphic representation. a first base label with a first side suited to be fixed to the product/package, and an opposite second side, and comprising a first graphic representation of the "completion" or "combination" type suited to be combined with other graphic representations, in such a way that their combination produces a predetermined graphic representation, a second label, removably fixed to the second side of said first label, provided with a second graphic representation, suited to be removed from said first label, preferably in an irreversible manner, wherein said second graphic representation is of the "completion" or "combination" type suited to be combined with the first graphic representation in such a way that their combination produces a first predetermined graphic representation, characterized in that said product/package comprises a third graphic representation, and in that when the second graphic representation is superimposed to said third graphic representation, it generates or completes a second predetermined graphic representation.
A cone crusher comprising: a frame; a bowl supported on the frame; a crusher head for eccentric rotation about an axis, the crusher head being positioned in spaced relation to the bowl; a generally cylindrical eccentric assembly supporting the crusher head and having a center of gravity off the axis of eccentric rotation; a counterweight encircling the eccentric assembly and rotating in unison with the eccentric assembly, the counterweight having a heavy side and a light side, said light side having an upper portion, a lower portion, and a horizontal floor extending from said lower portion in the direction of the eccentric assembly; and characterised by at least one oil deflection plate extending from said upper portion of said counterweight and overhanging said horizontal floor and positioned to deflect oil toward said horizontal floor, said oil deflection plate having two ends, a front edge and a rear edge that abuts the counterweight. a frame; a bowl supported on the frame; a crusher head for eccentric rotation about an axis, the crusher head being positioned in spaced relation to the bowl; a generally cylindrical eccentric assembly supporting the crusher head and having a center of gravity off the axis of eccentric rotation; a counterweight encircling the eccentric assembly and rotating in unison with the eccentric assembly, the counterweight having a heavy side and a light side, said light side having an upper portion, a lower portion, and a horizontal floor extending from said lower portion in the direction of the eccentric assembly; and characterised by at least one oil deflection plate extending from said upper portion of said counterweight and overhanging said horizontal floor and positioned to deflect oil toward said horizontal floor, said oil deflection plate having two ends, a front edge and a rear edge that abuts the counterweight.
A laryngoscope comprising a handle and a blade hingedly articulated, at a proximal end thereof, to said handle between an open position wherein said blade projects outwardly from a top end of said handle, and a closed position wherein said blade lies in registration with said handle, said laryngoscope further comprising an electric light source disposed in said blade and a power source selectively electrically connected thereto for providing electric power for its operation, wherein: • the blade comprises a power source compartment at said proximal end, containing therewithin said power source; and wherein said power source compartment further comprises a pair of contacts, each for contacting the power source and each being electrically connected between the power source and said electric light source when the blade is in the open position; the laryngoscope characterized in that: it comprises a switching arrangement configured to electrically connect between said electric light source and power source when the blade is in its open position, and electrically separate the electric light source and the power source when the blade is in its closed position; and the handle comprises a depression for accommodating therein at least a portion of the blade when it is in its closed position. • the blade comprises a power source compartment at said proximal end, containing therewithin said power source;
A process for preparing a stable aerated food product free of emulsifiers other than the gelatin of the stabilizer system, and wherein the fat content is 0 to 1wt% with respect to the total weight of the aerated food product, comprising the steps of: - preparing a starting mixture containing a liquid base and a stabilizer system consisting of a mixture of gelatin and agar-agar at a first temperature higher than the dissolution temperature of said mixture of gelatin and agar-agar, said temperature being from 80°C to 100°C, - cooling the mixture thus obtained to a second temperature equal to or lower than the gel temperature of the mixture of gelatin and agar-agar, said temperature being below 20°C, in order to obtain a gelled mixture, - submitting said gelled mixture to an agitation step to break the gel without returning the gel to the liquid state, before whipping it, wherein the agitation step is carried out at a temperature below 20°C, and - whipping said agitated mixture in order to obtain a mousse having an overrun of 10 to 200%. - preparing a starting mixture containing a liquid base and a stabilizer system consisting of a mixture of gelatin and agar-agar at a first temperature higher than the dissolution temperature of said mixture of gelatin and agar-agar, said temperature being from 80°C to 100°C, - cooling the mixture thus obtained to a second temperature equal to or lower than the gel temperature of the mixture of gelatin and agar-agar, said temperature being below 20°C, in order to obtain a gelled mixture, - submitting said gelled mixture to an agitation step to break the gel without returning the gel to the liquid state, before whipping it, wherein the agitation step is carried out at a temperature below 20°C, and - whipping said agitated mixture in order to obtain a mousse having an overrun of 10 to 200%.
A method comprising: receiving, by an inbound sideband interface of a device, a message over a first sideband link; calculating, by a parity logic of the device, a parity bit for the message; and forwarding, by an outbound sideband interface of the device, the message to another device over a second sideband link, wherein the second sideband link comprises a plurality of data wires and a parity bit wire, the message is to be forwarded over at least some of the data wires and the parity bit is to be sent to the other device over the parity bit wire to correspond with the message, wherein a sideband parity error is detected, by the parity logic, based on the parity bit, and the inbound and outbound sideband interfaces correspond to a fabric and the method further comprises causing the fabric to enter reset based on the sideband parity error. receiving, by an inbound sideband interface of a device, a message over a first sideband link; calculating, by a parity logic of the device, a parity bit for the message; and forwarding, by an outbound sideband interface of the device, the message to another device over a second sideband link, wherein the second sideband link comprises a plurality of data wires and a parity bit wire, the message is to be forwarded over at least some of the data wires and the parity bit is to be sent to the other device over the parity bit wire to correspond with the message, wherein a sideband parity error is detected, by the parity logic, based on the parity bit, and the inbound and outbound sideband interfaces correspond to a fabric and the method further comprises causing the fabric to enter reset based on the sideband parity error.
A method of performing speaker recognition, the method comprising: collecting representations of voice characteristics, in association with corresponding speakers, the representations being generated by a deployed voice-based interactive system; updating parameters of a classifier used in speaker recognition, based on the representations collected, the representations collected being indicative of inter-speaker and intra-speaker variations in voice characteristics, the parameters updated to improve distinguishability between different speakers by maximizing inter-speaker variations while accommodating intra-speaker variability, wherein updating the parameters of the classifier includes updating the parameters after a given number of successful identifications of at least one speaker; and employing the classifier, with the corresponding parameters updated, in performing speaker recognition. collecting representations of voice characteristics, in association with corresponding speakers, the representations being generated by a deployed voice-based interactive system; updating parameters of a classifier used in speaker recognition, based on the representations collected, the representations collected being indicative of inter-speaker and intra-speaker variations in voice characteristics, the parameters updated to improve distinguishability between different speakers by maximizing inter-speaker variations while accommodating intra-speaker variability, wherein updating the parameters of the classifier includes updating the parameters after a given number of successful identifications of at least one speaker; and employing the classifier, with the corresponding parameters updated, in performing speaker recognition.
An elongate vehicle reinforcement member (13, 42, 52, 62, 72, 82, 92, 102, 112) having a U-shaped cross section, wherein the vehicle reinforcement member (13, 42, 52, 62, 72, 82, 92, 102, 112) is disposed inside a vehicle structural member (1, 41, 51, 61, 71, 81, 91, 101, 111) and welded to the vehicle structural member (1, 41, 51, 61, 71, 81, 91, 101, 111), wherein the vehicle structural member (1, 41, 51, 61, 71, 81, 91, 101, 111) comprises opposite base lateral walls, the vehicle reinforcement member (13, 42, 52, 62, 72, 82, 92, 102, 112) comprising: opposite reinforcement lateral walls extending in vehicle height and width directions, each having an outward edge on an outer side in vehicle width direction and an inward edge on an inner side in vehicle width direction, wherein the reinforcement lateral walls are placed along inner sides of the base lateral walls of the vehicle structural member (1, 41, 51, 61, 71, 81, 91, 101, 111); and a reinforcement connecting wall connecting the outward edges of the reinforcement lateral walls, each reinforcement lateral wall together with the reinforcement connecting wall forming a ridge, characterized in that each reinforcement lateral wall comprising a row of welding projections (25, 43, 53, 63, 73, 83, 93, 103, 113), each welding projection (25, 43, 53, 63, 73, 83, 93, 103, 113) protruding outward over the entire width of the reinforcement lateral wall from the ridge to the inward edge of the reinforcement lateral wall, each welding projection (25, 43, 53, 63, 73, 83, 93, 103, 113) having a raised welding surface (26, 45, 85) at which the reinforcement lateral wall is welded to the base lateral wall, the welding projections (25, 43, 53, 63, 73, 83, 93, 103, 113) in each row being arranged at intervals along vehicle height direction. opposite reinforcement lateral walls extending in vehicle height and width directions, each having an outward edge on an outer side in vehicle width direction and an inward edge on an inner side in vehicle width direction, wherein the reinforcement lateral walls are placed along inner sides of the base lateral walls of the vehicle structural member (1, 41, 51, 61, 71, 81, 91, 101, 111); and a reinforcement connecting wall connecting the outward edges of the reinforcement lateral walls, each reinforcement lateral wall together with the reinforcement connecting wall forming a ridge, characterized in that each reinforcement lateral wall comprising a row of welding projections (25, 43, 53, 63, 73, 83, 93, 103, 113), each welding projection (25, 43, 53, 63, 73, 83, 93, 103, 113) protruding outward over the entire width of the reinforcement lateral wall from the ridge to the inward edge of the reinforcement lateral wall, each welding projection (25, 43, 53, 63, 73, 83, 93, 103, 113) having a raised welding surface (26, 45, 85) at which the reinforcement lateral wall is welded to the base lateral wall, the welding projections (25, 43, 53, 63, 73, 83, 93, 103, 113) in each row being arranged at intervals along vehicle height direction.
A detection apparatus arranged to detect defects within a flexible pipe, the detection apparatus comprising: a signal generator arranged to couple to first and second electrically conductive members extending at least partially along the length of a flexible pipe and electrically isolated from one another to form an electrical transmission line, the signal generator being arranged to generate an electrical test signal and to apply the test signal between the first and second electrically conductive members, the test signal comprising a pulse code modulated electrical signal; a receiver arranged to couple to the first and second electrically conductive members and to receive an electrical return signal comprising a reflection of the test signal; a correlator arranged to correlate the test signal with the return signal and to determine a correlation signal; and a processor arranged to detect variation of the correlation signal, and to determine if a detected variation is indicative of a pipe defect. a signal generator arranged to couple to first and second electrically conductive members extending at least partially along the length of a flexible pipe and electrically isolated from one another to form an electrical transmission line, the signal generator being arranged to generate an electrical test signal and to apply the test signal between the first and second electrically conductive members, the test signal comprising a pulse code modulated electrical signal; a receiver arranged to couple to the first and second electrically conductive members and to receive an electrical return signal comprising a reflection of the test signal; a correlator arranged to correlate the test signal with the return signal and to determine a correlation signal; and a processor arranged to detect variation of the correlation signal, and to determine if a detected variation is indicative of a pipe defect.
A method in a User Equipment, UE, for adapting a measurement procedure, the method comprising: obtaining information about signal configurations of cells of a carrier frequency, wherein, in each of the cells of the carrier frequency, a Downlink, DL, Reference Signal, RS, is transmitted using a first or a second signal configuration, which information indicates - whether or not the DL RS transmitted in non-serving cells on a first carrier frequency uses the same one of the signal configurations as the DL RS transmitted in serving cells of the UE on the first carrier frequency, wherein the DL RS transmitted in the serving cells uses the second signal configuration, wherein the first signal configuration comprises the DL RS not being transmitted in every subframe, and wherein the second signal configuration comprises the DL RS being transmitted in every subframe and also in every resource block over an entire channel bandwidth of a non-serving cell, and adapting the measurement procedure based on the obtained information about signal configurations by adapting a measurement sampling or an instance when the UE shall obtain samples for one or more types of radio measurements, wherein the measurement is any one out of: intra-frequency and inter-frequency measurements. obtaining information about signal configurations of cells of a carrier frequency, wherein, in each of the cells of the carrier frequency, a Downlink, DL, Reference Signal, RS, is transmitted using a first or a second signal configuration, which information indicates - whether or not the DL RS transmitted in non-serving cells on a first carrier frequency uses the same one of the signal configurations as the DL RS transmitted in serving cells of the UE on the first carrier frequency, wherein the DL RS transmitted in the serving cells uses the second signal configuration, - whether or not the DL RS transmitted in non-serving cells on a first carrier frequency uses the same one of the signal configurations as the DL RS transmitted in serving cells of the UE on the first carrier frequency, wherein the DL RS transmitted in the serving cells uses the second signal configuration, wherein the first signal configuration comprises the DL RS not being transmitted in every subframe, and wherein the second signal configuration comprises the DL RS being transmitted in every subframe and also in every resource block over an entire channel bandwidth of a non-serving cell, and adapting the measurement procedure based on the obtained information about signal configurations by adapting a measurement sampling or an instance when the UE shall obtain samples for one or more types of radio measurements, wherein the measurement is any one out of: intra-frequency and inter-frequency measurements.
An inspection method, suitable for use in connection with a winder producing a rolled product from a web, the winder comprising a web transport apparatus for conveying a web and at least one winding module onto which the web is rolled to form the rolled product during a winding process, the winding module defining a cross direction generally perpendicular to the direction the web is conveyed by the web transport apparatus, the method comprising: scanning with at least one sensor a region proximate the winding module; detecting a defect with the at least one sensor; associating a winding process parameter with the defect; and classifying the defect into at least one of a plurality of defect profiles based on the winding process parameter associated with the defect; characterised in that the winding process parameter comprises a percent roll build of the web. scanning with at least one sensor a region proximate the winding module; detecting a defect with the at least one sensor; associating a winding process parameter with the defect; and classifying the defect into at least one of a plurality of defect profiles based on the winding process parameter associated with the defect; characterised in that the winding process parameter comprises a percent roll build of the web.
A fan drive gear system comprising: at least one intermediate gear that includes an axial gear passage for receiving and conveying a fluid suitable for cooling and/or lubricating, wherein at least a first axial end (154,156) of said intermediate gear includes a first fluid storage trap (170a,170b;270a;270b;270c) for capturing fluid entering and/or exiting the gear passage and storing the fluid therein during powered operation of the fan drive gear system; a sun gear interfaced with said intermediate gear; a ring gear interfaced with said intermediate gear; and a carrier body supporting the intermediate gear; whereby the fluid is capable of being passively supplied to the intermediate gear passage during an interrupted power event; characterized in that the at least one fluid storage trap (170a,170b;270a;270b;270c) is affixed to said carrier body via a bond such that a lubricant does not leak between said fluid storage trap (170a,170b;270a;270b;270c) and said carrier body, said bond being at least one of a welded bond and an adhesive bond. at least one intermediate gear that includes an axial gear passage for receiving and conveying a fluid suitable for cooling and/or lubricating, wherein at least a first axial end (154,156) of said intermediate gear includes a first fluid storage trap (170a,170b;270a;270b;270c) for capturing fluid entering and/or exiting the gear passage and storing the fluid therein during powered operation of the fan drive gear system; a sun gear interfaced with said intermediate gear; a ring gear interfaced with said intermediate gear; and a carrier body supporting the intermediate gear; whereby the fluid is capable of being passively supplied to the intermediate gear passage during an interrupted power event; characterized in that the at least one fluid storage trap (170a,170b;270a;270b;270c) is affixed to said carrier body via a bond such that a lubricant does not leak between said fluid storage trap (170a,170b;270a;270b;270c) and said carrier body, said bond being at least one of a welded bond and an adhesive bond.
A cable tray including a cable conductor having two opposite side walls extending substantially longitudinally in a horizontal direction, the side walls being connected to each other in the region of their lower edge by a plurality of connecting webs spaced in the direction of the longitudinal extension of the side walls, or by a base, including at least one support extending substantially perpendicularly to the longitudinal extension of the side walls and substantially horizontally, the cable conductor resting on the support, and including fixing means for fixing the side walls at the support, characterized in that the side walls are configured as outwardly open C profiles with a wall part and two C legs (6, 7) connected to opposite sides of the wall part, that the fixing means comprise a reinforcing element having two partial surfaces (9, 10), a first partial surface abutting in the assembled state on the outside of the wall part and being connected thereto, and a second partial surface abutting in the assembled state above or below the C leg resting on the support, and that the fixing means include first fixing elements for connecting the first partial surface of the reinforcing element with the wall part and second fixing elements for connecting the second partial surface of the reinforcing element and/or of the C leg resting on the support with the support.