mhurhangee/ep-ind-claims huggingface dataset:
A thermoformed container that comprises an EVOH layer comprising an ethylene-vinyl alcohol copolymer as a principal component, wherein the EVOH layer comprises a carbonyl compound, wherein the carbonyl compound is an unsaturated aldehyde (II-1), a saturated aldehyde (II-2), a saturated ketone (II-3) or a combination thereof, and a content of the carbonyl compound in the EVOH layer is 0.01 ppm or greater and 100 ppm or less. the EVOH layer comprises a carbonyl compound, wherein the carbonyl compound is an unsaturated aldehyde (II-1), a saturated aldehyde (II-2), a saturated ketone (II-3) or a combination thereof, and a content of the carbonyl compound in the EVOH layer is 0.01 ppm or greater and 100 ppm or less.
Method for producing a tank, in particular a fuel tank made of thermoplastic, by extrusion blow-moulding, wherein the tank, during forming thereof within a multi-part mould, is provided with at least one connection element which penetrates its wall, wherein at least one part of the connection element, as lost moulding punch, is used to displace the wall of the tank from one side into a mould placed on the opposite side of the tank wall and to shape it, wherein the wall of the tank is pierced by the connection element, characterized in that the wall of the tank is shaped in the mould to form a plug-shaped, preferably profiled projection or inversion, and in that the mould used is a multi-part mould which serves as a female mould for that part of the connection element which is to be pressed through the wall of the tank.
Radio transmission device comprising a plurality of elementary cells (C_i), each comprising a transmit circuit and an antenna connected to an output terminal of the transmit circuit, each transmit circuit comprising a power detector specific to the cell, having an input node coupled to the output terminal of the cell transmit circuit, and an output node specific to the cell, the device further comprising a control circuit configured to, during an operating phase, implement the steps of: a) simultaneously activating in transmit mode a first cell of said plurality of cells, deactivating in transmit mode a second cell of said plurality of cells, and reading from the output node of the power detector of the second cell a signal representative of a radio frequency power received on the output terminal of the second cell via the antenna of the second cell; and b) deducing from the signal read at step a) information relative to the state of the device or of its environment, wherein said information deduced at step b) characterizes a power transfer between the antennas of the first and second cells. a) simultaneously activating in transmit mode a first cell of said plurality of cells, deactivating in transmit mode a second cell of said plurality of cells, and reading from the output node of the power detector of the second cell a signal representative of a radio frequency power received on the output terminal of the second cell via the antenna of the second cell; and b) deducing from the signal read at step a) information relative to the state of the device or of its environment,
A method of storing data, by a host device, in a memory, the method comprising: receiving, by the host device, information related to data to be written to the memory; analyzing, by the host device, information related to the data to be written to the memory; selecting, by the host device based on the analyzed information, one or more placement identifiers, IDs, to which to store the data, wherein each placement ID of the one or more placement IDs uniquely identifies a combination of a parallel unit and a reclaim unit stream within the parallel unit, wherein the parallel unit is a memory unit or drive and wherein the reclaim unit stream comprises more than one reclaim unit, wherein each reclaim unit is a logical division of the storage and is erasable through a single erase operation, wherein the selected one or more placement IDs are chosen by the host device based on a garbage collection operation metric that is related to the data to be placed on the area of memory corresponding to the one or more selected placement IDs and each reclaim unit is erasable during garbage collection; and writing by a memory controller, responsive to a command by the host device, data within an area of the memory corresponding to the one or more selected placement IDs. receiving, by the host device, information related to data to be written to the memory; analyzing, by the host device, information related to the data to be written to the memory; selecting, by the host device based on the analyzed information, one or more placement identifiers, IDs, to which to store the data, wherein each placement ID of the one or more placement IDs uniquely identifies a combination of a parallel unit and a reclaim unit stream within the parallel unit, wherein the parallel unit is a memory unit or drive and wherein the reclaim unit stream comprises more than one reclaim unit, wherein each reclaim unit is a logical division of the storage and is erasable through a single erase operation, wherein the selected one or more placement IDs are chosen by the host device based on a garbage collection operation metric that is related to the data to be placed on the area of memory corresponding to the one or more selected placement IDs and each reclaim unit is erasable during garbage collection; and writing by a memory controller, responsive to a command by the host device, data within an area of the memory corresponding to the one or more selected placement IDs.
A saddle-straddling type motor vehicle comprising: a seat; a seat frame that supports the seat; and a pair of right and left side covers made of resin arranged to cover at least part of the seat frame from outside in a vehicle width direction, wherein the pair of side covers includes a pair of right and left grip covers fixed to the seat frame, and a pair of right and left front covers respectively fixed to the pair of grip covers to extend forward from front ends of the pair of grip covers, and each of the grip covers has a projection arranged outside the seat in the vehicle width direction and has a recess at a lower surface of the projection, characterized in that a strength of a resin material of the pair of grip covers is higher than strength of a resin material of the pair of front covers. a seat; a seat frame that supports the seat; and a pair of right and left side covers made of resin arranged to cover at least part of the seat frame from outside in a vehicle width direction, wherein the pair of side covers includes a pair of right and left grip covers fixed to the seat frame, and a pair of right and left front covers respectively fixed to the pair of grip covers to extend forward from front ends of the pair of grip covers, and each of the grip covers has a projection arranged outside the seat in the vehicle width direction and has a recess at a lower surface of the projection, characterized in that a strength of a resin material of the pair of grip covers is higher than strength of a resin material of the pair of front covers.
A packet transmission method in software-defined networking in a wide area network, SD-WAN, path selection scenario, wherein the method comprises: receiving, by a first device, a first packet from a second device, wherein the first packet comprises a primary scheduling identifier, and the primary scheduling identifier is used to identify that the second device has permission to select a first path; determining, by the first device, the first path used to transmit the first packet according to the first packet, wherein the first path comprises an multi-protocol label switching, MPLS, path or an Internet path; and sending, by the first device, a second packet to the second device by using the first path, wherein the second packet comprises a following identifier, and the following identifier is used to identify that the first device sends a packet by using a transmission path selected by a device other than the first device. receiving, by a first device, a first packet from a second device, wherein the first packet comprises a primary scheduling identifier, and the primary scheduling identifier is used to identify that the second device has permission to select a first path; determining, by the first device, the first path used to transmit the first packet according to the first packet, wherein the first path comprises an multi-protocol label switching, MPLS, path or an Internet path; and sending, by the first device, a second packet to the second device by using the first path, wherein the second packet comprises a following identifier, and the following identifier is used to identify that the first device sends a packet by using a transmission path selected by a device other than the first device.
A method for separating hydrocarbon fluids from water and solid material within a main tubular of a subterranean well, the main tubular having a central axis, the method comprising: locating a transducer assembly within the subterranean well, the transducer assembly including a plurality of piezo electric transducers spaced along a length of the main tubular; generating standing acoustic waves with the plurality of piezo electric transducers, the standing acoustic waves passing through the main tubular transverse to the central axis; wherein a number of loops of the standing acoustic waves decreases in a direction of flow of fluids through the main tubular; providing a production tubular in the subterranean well, an end of the production tubular aligned with a pressure antinode of an uppermost standing acoustic wave; aligning a solid particle filter with a pressure node of the uppermost standing acoustic wave to filter solid particles from a dirty water stream to form a clean water. locating a transducer assembly within the subterranean well, the transducer assembly including a plurality of piezo electric transducers spaced along a length of the main tubular; generating standing acoustic waves with the plurality of piezo electric transducers, the standing acoustic waves passing through the main tubular transverse to the central axis; wherein a number of loops of the standing acoustic waves decreases in a direction of flow of fluids through the main tubular; providing a production tubular in the subterranean well, an end of the production tubular aligned with a pressure antinode of an uppermost standing acoustic wave; aligning a solid particle filter with a pressure node of the uppermost standing acoustic wave to filter solid particles from a dirty water stream to form a clean water.
Apparatus (301, 401, 501) for mixing contents of a receptacle, the apparatus comprising: a rotary shaft (302, 601, 803) equipped at a proximal end with a connection for removable attachment to a means of providing rotation, the rotary shaft having a mixing element fixedly connected at a distal end of said shaft opposite to said proximal end, the mixing element comprising at least two arms (304, 602, 701) at the distal most end of said shaft, a corkscrew neck (306, 503, 802) on said shaft and a collar (305, 502) on said shaft positioned in between said at least two arms and said corkscrew neck, wherein said at least two arms are configured in a first partially-open resting position and are moveable to a second fully-open operative position and characterised in that: said mixing element further comprises a blade (307, 801) positioned across said shaft more proximally than said corkscrew neck. a rotary shaft (302, 601, 803) equipped at a proximal end with a connection for removable attachment to a means of providing rotation, the rotary shaft having a mixing element fixedly connected at a distal end of said shaft opposite to said proximal end, the mixing element comprising at least two arms (304, 602, 701) at the distal most end of said shaft, a corkscrew neck (306, 503, 802) on said shaft and a collar (305, 502) on said shaft positioned in between said at least two arms and said corkscrew neck, wherein said at least two arms are configured in a first partially-open resting position and are moveable to a second fully-open operative position and characterised in that: said mixing element further comprises a blade (307, 801) positioned across said shaft more proximally than said corkscrew neck.
A method performed by an electronic device (110, 802, 900), the method comprising: installing a component manager (210, 804, 920) via an application store of an electronic device; determining, at the component manager, versions of applications (116, 117, 118; 412, 414, 416) in a software suite (201, 400); determining a plurality of applications to install or upgrade based at least in part on the versions of the applications and a version numbering scheme, wherein the version numbering scheme is designed to maintain compatibility between the applications in the software suite; and installing the plurality of applications, wherein the version numbering scheme defines at least a first portion of a version number as a suite-specific version number and second portion of the version number as an application-specific version number, and wherein multiple applications are upgraded if the suite-specific version number changes for one of the applications. installing a component manager (210, 804, 920) via an application store of an electronic device; determining, at the component manager, versions of applications (116, 117, 118; 412, 414, 416) in a software suite (201, 400); determining a plurality of applications to install or upgrade based at least in part on the versions of the applications and a version numbering scheme, wherein the version numbering scheme is designed to maintain compatibility between the applications in the software suite; and installing the plurality of applications, wherein the version numbering scheme defines at least a first portion of a version number as a suite-specific version number and second portion of the version number as an application-specific version number, and wherein multiple applications are upgraded if the suite-specific version number changes for one of the applications.
A battery comprising: a casing including a concave portion and a plurality of exterior surfaces, the plurality of exterior surfaces including a front surface and a rear surface positioned on opposite sides of the casing, and a first side surface and a second side surface positioned on other opposite sides of the casing and orthogonal to the front surface and the rear surface; and a connector including a connection terminal configured to be connected to an electrode terminal (61, 95) of a connection apparatus (50, 80), wherein the connection terminal is offset from the outermost edge of the front surface, and characterized in that the connector is disposed within the concave portion, and wherein the concave portion is wider at the outermost edge of the front surface than at the connection terminal. a casing including a concave portion and a plurality of exterior surfaces, the plurality of exterior surfaces including a front surface and a rear surface positioned on opposite sides of the casing, and a first side surface and a second side surface positioned on other opposite sides of the casing and orthogonal to the front surface and the rear surface; and a connector including a connection terminal configured to be connected to an electrode terminal (61, 95) of a connection apparatus (50, 80), wherein the connection terminal is offset from the outermost edge of the front surface, and characterized in that the connector is disposed within the concave portion, and wherein the concave portion is wider at the outermost edge of the front surface than at the connection terminal.
Method for measuring the shape of freeform surfaces (10, 40) on measurement objects using a point-measuring optical interferometric scanning arm (21, 31, 51, 61), which is moved along a specified trajectory (11, 41) that is adapted to the freeform surface (10, 40), with a measurement beam (22, 32, 52, 62) that is focused onto the freeform surface to be measured in a scanning point (24, 34, 54, 64) during the movement of the scanning arm (21, 31, 51, 61) over the specified trajectory (11, 41), wherein the trajectory (11, 41) is chosen such that the measurement beam (22, 32, 52, 62) is always focused onto the freeform surface (10, 40), wherein the scanning arm (21, 31, 51, 61) is rotated, with reference to its scanning point (24, 34, 54, 64), in at least one plane, in which also the movement of the scanning arm (21, 31, 51, 61) along the trajectory (11, 41) is located, by an angle of rotation (25, 35, 55, 65) about the scanning point (24, 34, 54, 64) in a manner such that the measurement beam (22, 32, 52, 62) is incident on the freeform surface (10, 40) to be measured perpendicularly or within an acceptance angle of the scanning arm (21, 31, 51, 61).
A material for a primary carpet backing comprising a structure of at least three layers, wherein a first layer and a third layer comprise a nonwoven layer of fibers, and wherein a second layer comprises a reinforcement layer of fibers and is located between the first and the third layer, characterized in that the nonwoven layer of fibers of the first layer has an air permeability of at most 8000 I/m 2 ·s, and the nonwoven layer of fibers of the third layer has an air permeability of at least 3500 l/m 2 ·s measured according to ISO 9237:1995, wherein the nonwoven layer of fibers of the first layer has a lower air permeability than the nonwoven layer of fibers of the third layer.
A hearing device comprising: - a microphone for converting audio into an audio signal; - a preprocessing unit for analog processing of the audio signal into a processed analog audio signal, the preprocessing unit having an input and an output, wherein the input is connected to an output of the microphone; - an A/D converter for converting the processed analog audio signal into a digital audio signal, the A/D converter having an input and an output, wherein the input is connected to the output of the preprocessing unit; and - a processing unit for digital processing of the digital audio signal, wherein the processing unit is connected to the preprocessing unit for sending a control signal to the preprocessing unit; wherein the preprocessing unit is configured to apply a first transfer function to the audio signal in a first mode of operation and a second transfer function with a second cutoff frequency to the audio signal in a second mode of operation, depending on the control signal from the processing unit; characterized in that the processing unit comprises: - a detector unit configured to determine one or more noise parameters including at least a first noise parameter of the digital audio signal; and - a mode selector configured to determine the mode of operation of the hearing aid based on the one or more noise parameters and to send the control signal indicative of the mode of operation to the preprocessing unit via processing unit control output. - a microphone for converting audio into an audio signal; - a preprocessing unit for analog processing of the audio signal into a processed analog audio signal, the preprocessing unit having an input and an output, wherein the input is connected to an output of the microphone; - an A/D converter for converting the processed analog audio signal into a digital audio signal, the A/D converter having an input and an output, wherein the input is connected to the output of the preprocessing unit; and - a processing unit for digital processing of the digital audio signal, wherein the processing unit is connected to the preprocessing unit for sending a control signal to the preprocessing unit; - a detector unit configured to determine one or more noise parameters including at least a first noise parameter of the digital audio signal; and - a mode selector configured to determine the mode of operation of the hearing aid based on the one or more noise parameters and to send the control signal indicative of the mode of operation to the preprocessing unit via processing unit control output.
A liquid waste treatment system comprising: a distribution unit receiving liquid waste from a source and having an interior, an exterior and comprising a sidewall portion defining one or more passageways provided by a plurality of perforations in a mid-portion of the sidewall portion; and a plurality of treatment fins external to the distribution unit, extending radially from the distribution unit, and in flow communication with its interior via one or more passageways of the distribution unit and a sleeve comprising an impermeable fabric which surrounds the distribution unit, housing a common space from which the plurality of treatment fins are fed, the treatment fins being configured for flow communication with the wastewater source via one or more passageways of the distribution unit, the plurality of treatment fins comprising: a porous medium; an outer fabric layer at least partially surrounding the porous medium; and a passageway providing fluid communication between the porous medium and an exterior of the plurality of treatment fins, the passageway being configured to provide fluid communication with the wastewater source. a distribution unit receiving liquid waste from a source and having an interior, an exterior and comprising a sidewall portion defining one or more passageways provided by a plurality of perforations in a mid-portion of the sidewall portion; and a plurality of treatment fins external to the distribution unit, extending radially from the distribution unit, and in flow communication with its interior via one or more passageways of the distribution unit and a sleeve comprising an impermeable fabric which surrounds the distribution unit, housing a common space from which the plurality of treatment fins are fed, the treatment fins being configured for flow communication with the wastewater source via one or more passageways of the distribution unit, the plurality of treatment fins comprising: a porous medium; an outer fabric layer at least partially surrounding the porous medium; and a passageway providing fluid communication between the porous medium and an exterior of the plurality of treatment fins, the passageway being configured to provide fluid communication with the wastewater source. a porous medium; an outer fabric layer at least partially surrounding the porous medium; and a passageway providing fluid communication between the porous medium and an exterior of the plurality of treatment fins, the passageway being configured to provide fluid communication with the wastewater source.
Method for producing microfibrillated cellulose, comprising steps (a) providing a suspension comprising cellulose derivative which is selected from carboxymethyl cellulose, TEMPO-oxidized cellulose or microcrystalline cellulose, in a liquid phase which comprises an organic solvent, which is alcohol; acetone; or any mixture thereof, (b) mechanically treating the suspension of cellulose derivative by homogenization or fluidization and obtaining microfibrillated cellulose, and (c) separating the liquid phase from the microfibrillated cellulose and obtaining microfibrillated cellulose with a dry solids content of > 30 weight-%. (a) providing a suspension comprising cellulose derivative which is selected from carboxymethyl cellulose, TEMPO-oxidized cellulose or microcrystalline cellulose, in a liquid phase which comprises an organic solvent, which is alcohol; acetone; or any mixture thereof, (b) mechanically treating the suspension of cellulose derivative by homogenization or fluidization and obtaining microfibrillated cellulose, and (c) separating the liquid phase from the microfibrillated cellulose and obtaining microfibrillated cellulose with a dry solids content of > 30 weight-%.