mhurhangee/ep-ind-claims huggingface dataset:
A charger for charging an aerosol-generating device comprising: a housing defining a cavity for receiving the aerosol-generating device to be charged, the cavity having an opening, at least one electrical contact being located in the cavity; and a cover rotationally slidable relative to the opening between an open position and a closed position, an inner surface of the cover facing the cavity when the cover is in the closed position, in which; at least a portion of the inner surface of the cover defines a profiled engagement member having a leading edge and a trailing edge, the profiled engagement member sloping into, or towards, the cavity when the cover is in the closed position, the slope increasing in a direction from the leading edge to the trailing edge of the profiled engagement member. a housing defining a cavity for receiving the aerosol-generating device to be charged, the cavity having an opening, at least one electrical contact being located in the cavity; and a cover rotationally slidable relative to the opening between an open position and a closed position, an inner surface of the cover facing the cavity when the cover is in the closed position, in which; at least a portion of the inner surface of the cover defines a profiled engagement member having a leading edge and a trailing edge, the profiled engagement member sloping into, or towards, the cavity when the cover is in the closed position, the slope increasing in a direction from the leading edge to the trailing edge of the profiled engagement member.
A method for recovering an anionic fluorinated emulsifier, which comprises eluting, from a basic ion exchange resin on which an anionic fluorinated emulsifier is adsorbed, the anionic fluorinated emulsifier and recovering it as an acid of the anionic fluorinated emulsifier, wherein the basic ion exchange resin is brought into contact with a mixture of an aqueous inorganic acid solution and a non-aqueous fluorinated medium, a phase of the non-aqueous fluorinated medium is recovered, and the acid of the anionic fluorinated emulsifier is recovered from the phase of the non-aqueous fluorinated medium.
Method for producing separated strip-like laminate components containing an electronic component embedded between two laminate layers (3, 8) of a tape-like material, in particular a rubberized material, in which method individual components are placed by means of a placement device on a tape-like, lower first laminate layer, which is moved in a conveying direction by means of a transport means, at defined intervals, after which a tape-like, upper second laminate layer, which is moved in the conveying direction, is applied to the first laminate layer with the components being embedded so as to form a laminate tape, wherein the individual strip-like laminate components are cut from the laminate tape, which is conveyed by means of the transport means, by a cutting device comprising at least one movable cutting blade, which laminate components are picked up and transported away by means of a gripper device, wherein the front end of the laminate tape is gripped by means of the gripper device in the region of a component and moved synchronously with the clocked movement of the transport means by a predefined distance through the cutting device and positioned relative to the cutting blade, characterized in that the actual position of the component in the laminate component in relation to the conveying direction is detected by means of a measuring device connected downstream of the cutting device, and, when a deviation in the actual position from a defined target position is detected, the synchronous movement of the transport means and the gripper device is controlled in dependence on the detected deviation.
A flow controller configured to receive a deformable fluid flow conduit and having: i. a clamp having a clamp surface opposing a compression surface and adapted to compress a conduit between the clamp surface and the compression surface, thereby controlling fluid flow through the conduit; and ii. an actuator allowing adjustment of the clamp; wherein the clamp surface has a shape which co-operates with the shape of the compression surface so as to, in use, compress a conduit substantially uniformly along a section of its length, and the clamp surface and the compression surface are opposing substantially flat surfaces; characterised in that the clamp surface and the compression surface cooperate to compress the conduit along a section of its length which is greater than 2.5cm in length; and the actuator is equipped with a scale, indicating a flow rate. i. a clamp having a clamp surface opposing a compression surface and adapted to compress a conduit between the clamp surface and the compression surface, thereby controlling fluid flow through the conduit; and ii. an actuator allowing adjustment of the clamp;
Sloping roof provided with a roof covering comprising separate elements and a safety system with attachment, said attachment comprising an elongated profile (5,25) with, in the position of use, a lower surface (8,28) and a free upper surface (7, 27) and attachment bodies (10, 30) which hold the profile (5, 25) in place in relation to a base, said attachment bodies being provided with openings (12, 32) to accommodate attachment means (13, 33) and wherein said profile is connected to the safety system, wherein said safety system extends through said roof covering, characterized in that the profile has a grip position (9,29) for the attachment bodies, said grip position being located between said lower surface and said upper surface, and said attachment bodies are embodied to grip said profile at said grip position, wherein a force acting in the direction from the lower surface to the upper surface is absorbed by the attachment bodies in the grip position.
A waveguide system comprising a trunk acoustic waveguide section (255, 332) having an open end (260, 334) and a trunk terminal end, and two branch acoustic waveguide sections having substantially the same length (240a, 240b, 336a, 336b), each having a junction end coupled to the terminal end of the trunk acoustic waveguide section and a terminal end each terminal end respectively being coupled with a respective acoustic driver (235a, 235b), an elongate cavity (322a, 322b, 338a, 338b) defining a volume smaller than the volume of the trunk acoustic waveguide section and the branch acoustic waveguide sections, wherein the elongate cavity is attached to the waveguide system via a vent (320, 340) located at the junction end connecting the terminal end of the trunk acoustic waveguide section and the branch acoustic waveguide sections, and characterised in that J Z the elongate cavity is configured to generate a resonance behavior in a desired frequency range to control the magnitude of a resonance peak in the waveguide system. a trunk acoustic waveguide section (255, 332) having an open end (260, 334) and a trunk terminal end, and two branch acoustic waveguide sections having substantially the same length (240a, 240b, 336a, 336b), each having a junction end coupled to the terminal end of the trunk acoustic waveguide section and a terminal end each terminal end respectively being coupled with a respective acoustic driver (235a, 235b), an elongate cavity (322a, 322b, 338a, 338b) defining a volume smaller than the volume of the trunk acoustic waveguide section and the branch acoustic waveguide sections, wherein the elongate cavity is attached to the waveguide system via a vent (320, 340) located at the junction end connecting the terminal end of the trunk acoustic waveguide section and the branch acoustic waveguide sections, and characterised in that J Z the elongate cavity is configured to generate a resonance behavior in a desired frequency range to control the magnitude of a resonance peak in the waveguide system.
System for the treatment of an end-of-use pneumatic tyre that is provided with an inner lining layer, implemented with a sealing agent intended to seal any punctures and at least partially applied to the surface of an inner cavity of the pneumatic tyre; the system comprises: an applicator device which is equipped with a first movable arm having at least one nozzle at an axial end which dispenses a cryogenic fluid, preferably liquid nitrogen, for uniformly coating the layer of sealing agent in such a way that the layer of sealing agent reaches the solid state; a device for the removal of the layer of solid sealing agent which is equipped with a second movable arm having at least one tool for removing the layer of solid sealing agent by mechanical abrasion at an axial end; and a circuit, for suctioning the solid sealing agent, intended to direct, to the outside of the inner cavity and by means of the suction, a flow of particles/dust produced by the action of the tool upon the layer of solid sealing agent. an applicator device which is equipped with a first movable arm having at least one nozzle at an axial end which dispenses a cryogenic fluid, preferably liquid nitrogen, for uniformly coating the layer of sealing agent in such a way that the layer of sealing agent reaches the solid state; a device for the removal of the layer of solid sealing agent which is equipped with a second movable arm having at least one tool for removing the layer of solid sealing agent by mechanical abrasion at an axial end; and a circuit, for suctioning the solid sealing agent, intended to direct, to the outside of the inner cavity and by means of the suction, a flow of particles/dust produced by the action of the tool upon the layer of solid sealing agent.
An elevator door control device that outputs a torque command corresponding to a speed command to an elevator door driving means to perform opening and closing control of the elevator door, comprising: a reference torque command pattern generator portion that generates a reference torque command pattern by collecting and arithmetically processing a plurality of patterns of the torque command; and a torque abnormality detection portion that detects abnormalities in the torque command by comparing the torque command with the reference torque command pattern, the reference torque command pattern generator portion generates the reference torque command pattern by storing the plurality of torque command patterns that are sampled according to the elevator door opening and closing operations, and performing arithmetic processing based on the torque commands at each common sampling for the plurality of torque command patterns, chracterized in that the reference torque command pattern generator portion generates the reference torque command pattern by performing median processing based on the torque commands at each common sampling for the plurality of stored torque command patterns. a reference torque command pattern generator portion that generates a reference torque command pattern by collecting and arithmetically processing a plurality of patterns of the torque command; and a torque abnormality detection portion that detects abnormalities in the torque command by comparing the torque command with the reference torque command pattern, the reference torque command pattern generator portion generates the reference torque command pattern by storing the plurality of torque command patterns that are sampled according to the elevator door opening and closing operations, and performing arithmetic processing based on the torque commands at each common sampling for the plurality of torque command patterns, chracterized in that the reference torque command pattern generator portion generates the reference torque command pattern by performing median processing based on the torque commands at each common sampling for the plurality of stored torque command patterns.
A method performed by a processor of a computing system, comprising: receiving a first seismic dataset generated using a first type of survey system; receiving a second seismic dataset generated using a second type of survey system; filtering the first seismic dataset to generate a first filtered seismic dataset having a first bandwidth; filtering the second seismic dataset to generate a second filtered seismic dataset having the first bandwidth; estimating a time shift volume between the first filtered seismic dataset and the second filtered seismic dataset; applying the time shift volume to the first seismic dataset to generate an aligned dataset, the method being characterized by: determining a frequency band and a portion of the second seismic dataset based on a comparison between a signal-to-noise ratio, SNR, of the first seismic dataset and a SNR of the second seismic dataset at different frequencies; combining the aligned dataset with the portion of the second seismic dataset to generate a combined dataset having the frequency band; and generating a seismic image based upon the combined dataset, wherein the seismic image represents hydrocarbons in a subsurface region of Earth or subsurface drilling hazards. receiving a first seismic dataset generated using a first type of survey system; receiving a second seismic dataset generated using a second type of survey system; filtering the first seismic dataset to generate a first filtered seismic dataset having a first bandwidth; filtering the second seismic dataset to generate a second filtered seismic dataset having the first bandwidth; estimating a time shift volume between the first filtered seismic dataset and the second filtered seismic dataset; applying the time shift volume to the first seismic dataset to generate an aligned dataset, the method being characterized by: determining a frequency band and a portion of the second seismic dataset based on a comparison between a signal-to-noise ratio, SNR, of the first seismic dataset and a SNR of the second seismic dataset at different frequencies; combining the aligned dataset with the portion of the second seismic dataset to generate a combined dataset having the frequency band; and generating a seismic image based upon the combined dataset, wherein the seismic image represents hydrocarbons in a subsurface region of Earth or subsurface drilling hazards. determining a frequency band and a portion of the second seismic dataset based on a comparison between a signal-to-noise ratio, SNR, of the first seismic dataset and a SNR of the second seismic dataset at different frequencies; combining the aligned dataset with the portion of the second seismic dataset to generate a combined dataset having the frequency band; and generating a seismic image based upon the combined dataset, wherein the seismic image represents hydrocarbons in a subsurface region of Earth or subsurface drilling hazards.
A preform for a turbine engine blade, the preform comprising a main fiber preform obtained by three-dimensional weaving and comprising: - a first longitudinal segment suitable for forming a blade root; - a second longitudinal segment extending the first longitudinal segment upwards, and suitable for forming an airfoil portion; and - a first transverse segment extending transversely from the junction between the first and second longitudinal segments (31, 32), and suitable for forming a first platform; wherein the preform also includes at least a stiffener fitted on the main fiber preform along at least a portion of the distal edge of the first transverse segment. - a first longitudinal segment suitable for forming a blade root; - a second longitudinal segment extending the first longitudinal segment upwards, and suitable for forming an airfoil portion; and - a first transverse segment extending transversely from the junction between the first and second longitudinal segments (31, 32), and suitable for forming a first platform;
Method for controlling a radio signal emitted by a connected object to adapt its range according to a service zone, characterized in that the method comprises: - storage by a residential gateway of data (zone) descriptive of a residential environment of the gateway to determine limits of a service zone of the object, - determination by a controller embedded in the gateway of a radio signal level emitted by the object at the limit of the service zone of the object, - commanding (REDUCE_Cde) by the controller of an adaptation of the range of the radio signal emitted by the object so that the emitted radio signal level at the limit of the service zone of the object is below a minimum detection threshold. - storage by a residential gateway of data (zone) descriptive of a residential environment of the gateway to determine limits of a service zone of the object, - determination by a controller embedded in the gateway of a radio signal level emitted by the object at the limit of the service zone of the object, - commanding (REDUCE_Cde) by the controller of an adaptation of the range of the radio signal emitted by the object so that the emitted radio signal level at the limit of the service zone of the object is below a minimum detection threshold.
A magnetic field sensor comprising: one or more magnetic field sensing elements configured to generate a magnetic field signal responsive of a magnetic field; a filter circuit coupled to receive a signal representative of the magnetic field signal and configured to generate a filtered signal; a Schmitt trigger circuit coupled to receive the filtered signal and configured to compare the filtered signal to a Schmitt trigger threshold during a first time period; characterized in further comprising a diagnostic circuit configured to directly input a diagnostic signal to an input of the filter circuit and configured to interleave the diagnostic signal with the signal representative of the magnetic field signal; wherein the Schmitt trigger circuit is configured to compare the Schmitt trigger threshold to the diagnostic signal during a second time period and configured to determine, using the comparison, whether a fault or failure has occurred in the Schmitt trigger circuit. one or more magnetic field sensing elements configured to generate a magnetic field signal responsive of a magnetic field; a filter circuit coupled to receive a signal representative of the magnetic field signal and configured to generate a filtered signal; a Schmitt trigger circuit coupled to receive the filtered signal and configured to compare the filtered signal to a Schmitt trigger threshold during a first time period; characterized in further comprising a diagnostic circuit configured to directly input a diagnostic signal to an input of the filter circuit and configured to interleave the diagnostic signal with the signal representative of the magnetic field signal; wherein the Schmitt trigger circuit is configured to compare the Schmitt trigger threshold to the diagnostic signal during a second time period and configured to determine, using the comparison, whether a fault or failure has occurred in the Schmitt trigger circuit.
A method operable by a network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908) in a wireless communication network (300; 400; 800; 900), comprising: in response to receiving an ON-request message with a timer from a requesting entity (100; 304a-g; 410a-b; 804; 904) to turn on the network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908), entering from an OFF or sleep mode into an ON-mode; sending an ON-response message to the requesting entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908) and an ON-notification message to at least one neighboring entity (100; 304a-304g; 410a-b; 810; 910); in response to the timer expiring without a defined condition being met, (a) entering into sleep-mode and (b) sending an OFF-notification to the requesting entity (100; 304a-g; 410a-b; 804; 904) and the at least one neighboring entity (100; 304a-304g; 410a-b; 810; 910); and wherein the defined condition comprises at least one user equipment, UE, initiating a transmission to the network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908) or the at least one UE sending an access channel transmission to the network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908). in response to receiving an ON-request message with a timer from a requesting entity (100; 304a-g; 410a-b; 804; 904) to turn on the network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908), entering from an OFF or sleep mode into an ON-mode; sending an ON-response message to the requesting entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908) and an ON-notification message to at least one neighboring entity (100; 304a-304g; 410a-b; 810; 910); in response to the timer expiring without a defined condition being met, (a) entering into sleep-mode and (b) sending an OFF-notification to the requesting entity (100; 304a-g; 410a-b; 804; 904) and the at least one neighboring entity (100; 304a-304g; 410a-b; 810; 910); and wherein the defined condition comprises at least one user equipment, UE, initiating a transmission to the network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908) or the at least one UE sending an access channel transmission to the network entity (100; 304a-304g; 410a-b; 806; 808; 810; 906; 908).
A power supply device comprising: a battery cell assembly being an assembly of battery cells each having electrodes; a battery connecting block placed on a side of the battery cell assembly where the electrodes protrude, the battery connecting block comprising a case body including terminal fixing portions (12, 13) and a cover fixed to the case body and configured to cover the terminal fixing portions (12, 13); and lock portions (50, 60, 70) provided to the cover and the case body with intervals in a longitudinal direction of the cover and the case body and configured to lock the cover with the case body, characterized in that, among the lock portions (50, 60, 70), a lock portion other than lock portions (50, 70) located at two end positions in the longitudinal direction is configured to be capable of locking the cover with the case body with a changeable relative lock position of the cover and the case body in the longitudinal direction, and in that the terminal fixing portions (12, 13) are connected to each other via flexural deformation portions (14, 16) flexurally deformable in the longitudinal direction. a battery cell assembly being an assembly of battery cells each having electrodes; a battery connecting block placed on a side of the battery cell assembly where the electrodes protrude, the battery connecting block comprising a case body including terminal fixing portions (12, 13) and a cover fixed to the case body and configured to cover the terminal fixing portions (12, 13); and lock portions (50, 60, 70) provided to the cover and the case body with intervals in a longitudinal direction of the cover and the case body and configured to lock the cover with the case body, characterized in that, among the lock portions (50, 60, 70), a lock portion other than lock portions (50, 70) located at two end positions in the longitudinal direction is configured to be capable of locking the cover with the case body with a changeable relative lock position of the cover and the case body in the longitudinal direction, and in that the terminal fixing portions (12, 13) are connected to each other via flexural deformation portions (14, 16) flexurally deformable in the longitudinal direction.