mhurhangee/ep-ind-claims huggingface dataset:
Valve with a valve housing and a longitudinally displaceable valve body, which is arranged therein, with an end face, wherein the valve housing has at least two guide grooves in which guidance assisting means arranged at the valve body engage, wherein the guide grooves have a shape which predetermines a coupled translational and rotational movement of the valve body with the help of the guidance assisting means for opening or closing the valve, the valve body has a continuous open bore and a valve chamber, wherein the valve chamber in the closed state is sealed outwardly by way of two seals, and the valve body can be subjected to radial incident flow, characterised in that the valve body has a valve outlet, the continuous open bore extends from the valve outlet to the end face, and the guidance assisting means engage from the outside in the at least two guide grooves.
A computer-implemented method for detecting when a user is not being attentive based on eye convergence, the method comprising: determining, via a depth sensor, a first distance between a location of the depth sensor, said location being associated with a vehicle, and a first object located outside the vehicle; determining a second distance from the user to the first object based on the first distance and the relative position of the depth sensor with respect to the user's eyes; determining a first vergence angle (311, α) associated with a left eye of the user; determining a second vergence angle (312, β) associated with a right eye of the user; determining a first eye convergence distance based on the first vergence angle (311, α), the second vergence angle (312, β), and an interocular distance between the left eye and the right eye; and comparing the second distance to the first eye convergence distance to generate a first result, wherein the first result indicates that the user is not paying attention to the object when the second distance is not substantially similar to the first eye convergence distance. determining, via a depth sensor, a first distance between a location of the depth sensor, said location being associated with a vehicle, and a first object located outside the vehicle; determining a second distance from the user to the first object based on the first distance and the relative position of the depth sensor with respect to the user's eyes; determining a first vergence angle (311, α) associated with a left eye of the user; determining a second vergence angle (312, β) associated with a right eye of the user; determining a first eye convergence distance based on the first vergence angle (311, α), the second vergence angle (312, β), and an interocular distance between the left eye and the right eye; and comparing the second distance to the first eye convergence distance to generate a first result, wherein the first result indicates that the user is not paying attention to the object when the second distance is not substantially similar to the first eye convergence distance.
A cleaning tool, comprising a mop bucket and a mop, wherein a lower end of a mop rod is provided with a mop head with a wiping object, and the mop rod comprises an inner rod and an outer rod; the inner rod, whose lower end connects with the mop head, and the outer rod are sleeved and joined with each other, and a drive mechanism, used to convert a telescoping motion of the mop rod to a rotational motion of the mop head, is mounted between the inner rod and the outer rod; a rotatable drying basket is accommodated in the mop bucket, the drying basket is adapted to receive the mop head therein and the drive mechanism is adapted to drive the mop head and the drying basket to rotate unidirectionally for drying; a rotatable washing head is accommodated in the mop bucket, the washing head is adapted to receive the mop head thereon and the drive mechanism is adapted to drive the mop head to rotate unidirectionally for washing, characterized in that: the drive mechanism is a variable speed drive mechanism; the mop rod is adapted to be depressed and the variable speed drive mechanism is adapted to drive the mop head to rotate at a first rotation speed for drying; the mop rod is adapted to be depressed at the same speed and the variable speed drive mechanism is adapted to drive the mop head to rotate at a second rotation speed for washing, wherein the first rotation speed is higher than the second rotation speed.
A web- or sheetlike packaging material to be reformed into a tube to be sealed at one end, filled with content, sealed again to enclose the content, cut, and formed to a package, comprising a plurality of magnetisable portions thereon comprising at least one spot per package to be formed from the packaging material, wherein at least one of the magnetisable portions provides a first magnetic mark carrying a magnetic field pattern providing position information through which any twist of the formed tube can be detected and corrected, wherein the magnetic field pattern comprises at least a first magnetic field peak having a first polarity and a second magnetic field peak having a second opposite polarity, enabling for a position of the formed tube in a longitudinal direction being detected by observing a shift of the magnetic field pattern, further defining a transversal direction being parallel to an imaginary axis of a roll when a web of the material is spooled, a longitudinal direction perpendicular to the transversal direction, and an imaginary line between a midpoint of the first magnetic field peak and the second magnetic field peak of the magnetic field pattern, wherein the magnetic field pattern is arranged such that the angle between the imaginary line and the longitudinal direction is between -10 and 10 degrees.
A washing machine, comprising: a washing machine main body in which a main controller is disposed; a rotatable drum disposed in the washing machine main body and used for accommodating laundry; a washing machine door, connected to a shell of the washing machine main body, and used for closing a laundry input mouth of the rotatable drum formed on the washing machine main body shell; a hook, disposed at one of the washing machine main body shell and the washing machine door; and a door lock device, disposed at the other of the washing machine main body shell and the washing machine door, and used for locking or unlocking the washing machine door in cooperation with the hook, wherein the door lock device comprises: a door lock sliding block, disposed with a clipping hole at one end thereof, and used for latching in cooperation with the hook; a resetting spring disposed on the door lock sliding block, and used for resetting the door lock sliding block to an initial state; and a first latching part and a second latching part used for latching the door lock sliding block, wherein the first latching part and the second latching part are both controlled by the washing machine main controller; after washing of the washing machine ends, the washing machine main controller controls the first latching part and the second latching part to unlock the door lock sliding block, the door lock sliding block is restored to the initial state by the action of the resetting spring, and the hook is separated from the door lock device by the action of the door lock sliding block to automatically open the washing machine door; wherein the first latching part comprises a relay component, the relay component has an electromagnet with a hollow passage, a coil wound around the electromagnet, an iron core and an iron core spring disposed on the iron core, the iron core moves in the hollow passage of the electromagnet by the action of an electromagnetic force and the iron core spring characterized in that a groove in cooperation with the iron core is disposed on the door lock sliding block, and when the iron core is inserted into the groove, the first latching part latches the door lock sliding block. a door lock sliding block, disposed with a clipping hole at one end thereof, and used for latching in cooperation with the hook; a resetting spring disposed on the door lock sliding block, and used for resetting the door lock sliding block to an initial state; and a first latching part and a second latching part used for latching the door lock sliding block, wherein the first latching part and the second latching part are both controlled by the washing machine main controller; after washing of the washing machine ends, the washing machine main controller controls the first latching part and the second latching part to unlock the door lock sliding block, the door lock sliding block is restored to the initial state by the action of the resetting spring, and the hook is separated from the door lock device by the action of the door lock sliding block to automatically open the washing machine door;
A method comprising: transmitting a plurality of radar signals from a plurality of different locations by a radar unit (200, 312) of a vehicle; receiving a plurality of reflection signals, wherein each reflection signal is associated with one of the transmitted radar signals; mapping reflection signals of the plurality of reflection signals to objects of a plurality of objects that caused reflection in the plurality of reflection signals; estimating the number of objects in the plurality of objects; determining, by a processor, based on the mapped reflection signals, a probability for each object in the plurality of objects that the object is a stationary object; based on the determined probabilities, determining, by the processor, an offset for the radar unit, wherein the offset comprises at least one of an elevational offset, a rotational offset, and an azimuthal offset; operating the radar unit based on the determined offset to determine a position of an object causing radar reflections. transmitting a plurality of radar signals from a plurality of different locations by a radar unit (200, 312) of a vehicle; receiving a plurality of reflection signals, wherein each reflection signal is associated with one of the transmitted radar signals; mapping reflection signals of the plurality of reflection signals to objects of a plurality of objects that caused reflection in the plurality of reflection signals; estimating the number of objects in the plurality of objects; determining, by a processor, based on the mapped reflection signals, a probability for each object in the plurality of objects that the object is a stationary object; based on the determined probabilities, determining, by the processor, an offset for the radar unit, wherein the offset comprises at least one of an elevational offset, a rotational offset, and an azimuthal offset; operating the radar unit based on the determined offset to determine a position of an object causing radar reflections.
An oil-in-water type emulsified cosmetic, comprising: 1 to 20 mass% of a hydrophobized titanium oxide having an average particle size of at least 0.1 μm; a sugar ester selected from the group consisting of sorbitan sesquiisostearate, dipentaerythrityl fatty acid esters, polyoxyethylene sorbitan monooleate and polyoxyethylene sorbitan monostearate; a liquid higher fatty acid which is one or more selected from the group consisting of isostearic acid, oleic acid, linolic acid and linoleic acid; a higher alcohol, wherein the higher alcohol is one or more selected from the group consisting of dodecanol (lauryl alcohol), tridodecanol, tetradodecanol (myristyl alcohol), pentadecanol, hexadecanol (cetyl alcohol), heptadecanol, octadecanol (stearyl alcohol), nonadecanol, icosanol (aralkyl alcohol), henicosanol, docosanol (behenyl alcohol), tricosanol, tetracosanol (carnaubyl alcohol), pentacosanol, hexacosanol (ceryl alcohol) and elaidyl alcohol; a non-ionic surfactant, other than the component; water; and an oil component, wherein the component is dispersed in the oil phase. 1 to 20 mass% of a hydrophobized titanium oxide having an average particle size of at least 0.1 μm; a sugar ester selected from the group consisting of sorbitan sesquiisostearate, dipentaerythrityl fatty acid esters, polyoxyethylene sorbitan monooleate and polyoxyethylene sorbitan monostearate; a liquid higher fatty acid which is one or more selected from the group consisting of isostearic acid, oleic acid, linolic acid and linoleic acid; a higher alcohol, wherein the higher alcohol is one or more selected from the group consisting of dodecanol (lauryl alcohol), tridodecanol, tetradodecanol (myristyl alcohol), pentadecanol, hexadecanol (cetyl alcohol), heptadecanol, octadecanol (stearyl alcohol), nonadecanol, icosanol (aralkyl alcohol), henicosanol, docosanol (behenyl alcohol), tricosanol, tetracosanol (carnaubyl alcohol), pentacosanol, hexacosanol (ceryl alcohol) and elaidyl alcohol; a non-ionic surfactant, other than the component; water; and an oil component,
A method for scheduled transmission from at least two network devices (na, 11b, 11c) in a cellular communications network (10a, 10b, 10c, 10d), the method being performed by a scheduler providing network entity (13a, 13b, 13c), the method comprising: determining a beamforming pattern for the at least two network devices according to which concurrent received power from all but one of the at least two network devices in sectors (12a, 12b) in which more than one network device is enabled to transmit using directional transmission beams (w 1,...,w 3) is below a threshold interference power level; and providing information of said beamforming pattern to the at least two network devices. determining a beamforming pattern for the at least two network devices according to which concurrent received power from all but one of the at least two network devices in sectors (12a, 12b) in which more than one network device is enabled to transmit using directional transmission beams (w 1,...,w 3) is below a threshold interference power level; and providing information of said beamforming pattern to the at least two network devices.
Mould drum (1, 61) for moulding products from a mass of food starting material, comprising one or more cavities with a mould cavity wall having at least partially a porous structure, whereas each cavity is connected to a passage, wherein the passage extends from the first front end to the second front end of the mould drum, wherein it comprises a distributor to supply a cleaning fluid to all passages simultaneously, which are fluidwise connected to the distributor, the distributor being integrated in the first front end of the mould drum characterized in that the distributor is a ring shaped groove.
A ring type spinning machine comprising an apparatus for assisting in yarn piecing, the spinning machine including a plurality of spindles and a plurality of yarn break detectors provided for the respective spindles, wherein said apparatus comprises: a plurality of indicators (14, 15) configured to guide the worker to a position of one of the spindles having a yarn break; and a controller (18, 20) configured to control the indicators (14, 15) based in part on the position of the spindle having the yarn break, characterised in that the spinning machine further includes a position detector (16, 17) configured to detect a position of a worker who provides a yarn piecing service, wherein the indicators (14, 15) are yarn break indicator lamps provided for the respective spindles, and the controller (18, 20) is configured to control the indicators (14, 15) also based on the position of the worker, and is configured to control the yarn break indicator lamps to blink sequentially in a direction in which the worker is guided to the position of the spindle having the yarn break. a plurality of spindles and a plurality of yarn break detectors provided for the respective spindles, wherein said apparatus comprises: a plurality of indicators (14, 15) configured to guide the worker to a position of one of the spindles having a yarn break; and a controller (18, 20) configured to control the indicators (14, 15) based in part on the position of the spindle having the yarn break, characterised in that the spinning machine further includes a position detector (16, 17) configured to detect a position of a worker who provides a yarn piecing service, wherein the indicators (14, 15) are yarn break indicator lamps provided for the respective spindles, and the controller (18, 20) is configured to control the indicators (14, 15) also based on the position of the worker, and is configured to control the yarn break indicator lamps to blink sequentially in a direction in which the worker is guided to the position of the spindle having the yarn break. a plurality of indicators (14, 15) configured to guide the worker to a position of one of the spindles having a yarn break; and a controller (18, 20) configured to control the indicators (14, 15) based in part on the position of the spindle having the yarn break, characterised in that the spinning machine further includes a position detector (16, 17) configured to detect a position of a worker who provides a yarn piecing service, wherein the indicators (14, 15) are yarn break indicator lamps provided for the respective spindles, and the controller (18, 20) is configured to control the indicators (14, 15) also based on the position of the worker, and is configured to control the yarn break indicator lamps to blink sequentially in a direction in which the worker is guided to the position of the spindle having the yarn break.
A tank including a tank body comprising a metal liner, a composite body coiled on the liner, and at least one base fitted with a collar, wherein at least one of the ends of the tank including said at least one base includes a junction annular region between the liner and the base surrounding the collar of the base and wherein the coiled composite body is extended over the collar without being secured to this collar and without interposing an elastomeric ply between the collar and the composite body, characterised in that the liner and composite body are bonded to each other except for said junction annular region surrounding the collar of the base.
A composition comprising: an aqueous phase including at least one water-soluble UV sunscreen filter at a concentration by weight of from 2% to 25%, based upon weight of the composition; and an oil phase consisting of: dimethicone, at a concentration by weight of from 1% to 25%, based upon weight of the composition; an emulsifying crosslinked siloxane elastomer at a concentration, by weight, of 0.1% to 20%, based upon weight of the composition; and optionally, a co-emulsifier at a concentration, by weight, of 0.01% to 1%, based upon weight of the composition; wherein a ratio, by weight, of the aqueous phase to the oil phase is 5.0 to 9.0; and wherein the composition converts from an emulsion to a plurality of droplets upon application of shear. an aqueous phase including at least one water-soluble UV sunscreen filter at a concentration by weight of from 2% to 25%, based upon weight of the composition; and an oil phase consisting of: dimethicone, at a concentration by weight of from 1% to 25%, based upon weight of the composition; an emulsifying crosslinked siloxane elastomer at a concentration, by weight, of 0.1% to 20%, based upon weight of the composition; and optionally, a co-emulsifier at a concentration, by weight, of 0.01% to 1%, based upon weight of the composition; wherein a ratio, by weight, of the aqueous phase to the oil phase is 5.0 to 9.0; and wherein the composition converts from an emulsion to a plurality of droplets upon application of shear. dimethicone, at a concentration by weight of from 1% to 25%, based upon weight of the composition; an emulsifying crosslinked siloxane elastomer at a concentration, by weight, of 0.1% to 20%, based upon weight of the composition; and optionally, a co-emulsifier at a concentration, by weight, of 0.01% to 1%, based upon weight of the composition; wherein a ratio, by weight, of the aqueous phase to the oil phase is 5.0 to 9.0; and wherein the composition converts from an emulsion to a plurality of droplets upon application of shear.
An Orthogonal Frequency Division Multiplexing, OFDM, symbol distributing method for Multimedia Broadcast multicast service Single Frequency Network, MBSFN, sub-frame, the method comprising: according to uniform configuration rules, uniformly configuring (22-23, 31-33, 42-43) a number of OFDM symbols occupied by a physical downlink control channel, PDCCH, in all MBSFN sub-frames bearing transmission of multi-cell transmission Multimedia Broadcast Multicast Service, MBMS, in a MBSFN area; wherein, the MBSFN sub-frames in each cell involved in transmission of the MBMS in the MBSFN area are segmented to make each segment contain at least one of the MBSFN sub-frames, and then configure a same number of the OFDM symbols occupied by the PDCCH of the MBSFN sub-frames in each segment, which results in a uniform configuration across the MBSFN area; the method being characterised in that, when segmenting the MBSFN sub-frames, the size of each segment is the multicast control channel, MCCH, modification period or Broadcast Control Channel, BCCH, modification period.
An interfering line detection method performed by an interfering line detection apparatus, the method comprising: instructing, according to an interference type that needs to be detected, a first digital subscriber line access multiplexer, DSLAM, to send, on at least one preset subcarrier, a single-ended loop test SELT signal, wherein the at least one preset subcarrier is acquired according to a spectrum plan table of a second DSLAM, and a spectrum plan table of a first DSLAM that is configured according to the spectrum plan table of the second DSLAM; and the interference type is near-end crosstalk (step 600); acquiring a line detection parameter value corresponding to the at least one preset subcarrier on the second DSLAM, and a line detection parameter value corresponding to a neighboring subcarrier, wherein the line detection parameter values are acquired according to the interference type and are reported by the second DSLAM after the first DSLAM sends the SELT signal (step 610); and when it is determined that a difference between the line detection parameter value corresponding to the at least one preset subcarrier and the line detection parameter value corresponding to the neighboring subcarrier reaches a preset threshold, determining that a line corresponding to the at least one preset subcarrier is an interfering line, and determining that the first DSLAM is an interference source of the second DSLAM (step 620). instructing, according to an interference type that needs to be detected, a first digital subscriber line access multiplexer, DSLAM, to send, on at least one preset subcarrier, a single-ended loop test SELT signal, wherein the at least one preset subcarrier is acquired according to a spectrum plan table of a second DSLAM, and a spectrum plan table of a first DSLAM that is configured according to the spectrum plan table of the second DSLAM; and the interference type is near-end crosstalk (step 600); acquiring a line detection parameter value corresponding to the at least one preset subcarrier on the second DSLAM, and a line detection parameter value corresponding to a neighboring subcarrier, wherein the line detection parameter values are acquired according to the interference type and are reported by the second DSLAM after the first DSLAM sends the SELT signal (step 610); and when it is determined that a difference between the line detection parameter value corresponding to the at least one preset subcarrier and the line detection parameter value corresponding to the neighboring subcarrier reaches a preset threshold, determining that a line corresponding to the at least one preset subcarrier is an interfering line, and determining that the first DSLAM is an interference source of the second DSLAM (step 620).