mhurhangee/ep-ind-claims huggingface dataset:
A device for determining the diameter and/or outer contour of a strand-shaped object, comprising at least one transmission apparatus for emitting terahertz radiation or gigahertz radiation as measuring radiation onto the strand-shaped object, wherein the measuring radiation is reflected by the strand-shaped object, further comprising at least one receiving apparatus for receiving the measuring radiation emitted by the at least one transmission apparatus and reflected by the strand-shaped object, and comprising an evaluation apparatus which is configured to determine the diameter and/or outer contour of the strand-shaped object based on the measuring radiation received by the at least one receiving apparatus, characterized in that the device comprises at least one retroreflector that surrounds the strand-shaped object at least in portions in the circumferential direction and that retroreflects some or all of the measuring radiation reflected by the strand-shaped object.
A fuel injection control device for controlling fuel injection to directly inject fuel into a cylinder of a spark-ignition internal combustion engine including a head-side cooling channel that is configured to cool a cylinder head, a block-side cooling channel that is configured to cool a cylinder block, and a cooling device for independently controlling circulation of coolant in the head-side cooling channel and in the block-side cooling channel, comprising a fuel injection timing setting means configured - to set a fuel injection timing for cooling the inside of the cylinder in a range between an intake bottom dead center timing and an intake valve closing timing in order to obtain a reduction in gas temperature and - such that the intake valve closing timing occurs during reduction in gas temperature inside the cylinder due to evaporative latent heat of the injected fuel, while the coolant circulates in the head-side cooling channel and the circulation of the coolant in the block-side cooling channel is stopped, wherein the fuel injection control device is configured - to inject the fuel based on the fuel injection timing for cooling the inside of the cylinder and - such that fuel injection for cooling the inside of the cylinder occurs between said bottom dead center timing and the intake valve closing timing. - to set a fuel injection timing for cooling the inside of the cylinder in a range between an intake bottom dead center timing and an intake valve closing timing in order to obtain a reduction in gas temperature and - such that the intake valve closing timing occurs during reduction in gas temperature inside the cylinder due to evaporative latent heat of the injected fuel, while the coolant circulates in the head-side cooling channel and the circulation of the coolant in the block-side cooling channel is stopped, wherein the fuel injection control device is configured - to inject the fuel based on the fuel injection timing for cooling the inside of the cylinder and - such that fuel injection for cooling the inside of the cylinder occurs between said bottom dead center timing and the intake valve closing timing.
A thermal sprayer system comprising: an injector conduit in communication with an injector; a first valve for selectively directing a coating fluid through the injector conduit; a flush fluid conduit in communication with the injector conduit for directing a flush fluid through the injector conduit; and a pressurized air conduit in communication with the injector conduit for directing a pressurized fluid through the injector conduit, characterised by a circulation loop located upstream of the first valve for circulating the coating fluid, wherein the first valve selectively directs the coating fluid to at least one of a reservoir or the injector conduit. an injector conduit in communication with an injector; a first valve for selectively directing a coating fluid through the injector conduit; a flush fluid conduit in communication with the injector conduit for directing a flush fluid through the injector conduit; and a pressurized air conduit in communication with the injector conduit for directing a pressurized fluid through the injector conduit, characterised by a circulation loop located upstream of the first valve for circulating the coating fluid, wherein the first valve selectively directs the coating fluid to at least one of a reservoir or the injector conduit.
A movable turbomachine blade comprising: a vane extending radially between a blade root and a blade tip and axially between a leading edge and a trailing edge; and at least one cooling circuit comprising at least one cavity (16; 16a, 16b) extending radially between the root and the tip, at least one air intake opening at a radial end of the cavity (16; 16a, 16b), a plurality of first discharge slots arranged to open out along the trailing edge between the root and the tip, and a plurality of second discharge slots separate from the first discharge slots and arranged along the trailing edge between the root and the tip, the second discharge slots being offset axially upstream relative to the first discharge slots and each of the first discharge slots being radially offset relative to each of the second discharge slots, with no overlap between the first and second discharge slots. a vane extending radially between a blade root and a blade tip and axially between a leading edge and a trailing edge; and at least one cooling circuit comprising at least one cavity (16; 16a, 16b) extending radially between the root and the tip, at least one air intake opening at a radial end of the cavity (16; 16a, 16b), a plurality of first discharge slots arranged to open out along the trailing edge between the root and the tip, and a plurality of second discharge slots separate from the first discharge slots and arranged along the trailing edge between the root and the tip, the second discharge slots being offset axially upstream relative to the first discharge slots and each of the first discharge slots being radially offset relative to each of the second discharge slots, with no overlap between the first and second discharge slots.
A method of performing a bale ejection sequence to eject a bale from a baler connected to a tractor, the baler comprising a baling chamber with a tailgate in a rear section of the baling chamber, the tailgate moveable between a closed position and an open position, the baler further comprising a hydraulic system connected to the tailgate to move the tailgate between the closed position and the open position, and a controller connected to a flow valve to control a flow of fluid to the hydraulic system and coupled to a tractor controller and an operator interface in the tractor, the method comprising: - determining, by the controller, an indication for bale ejection of the bale; - upon determination of the indication for bale ejection, controlling, by the controller, a timing sequence relating to movement of the tractor, a position of the tailgate, and a hydraulic flow rate of the fluid to the hydraulic system, characterized in that the timing sequence comprises: (i) stopping movement of the tractor; (ii) opening the tailgate while maintaining the hydraulic flow rate at a normal level; (iii) when the tailgate is approaching a near-opened position, proportionately decreasing the hydraulic flow rate from the normal level to zero; (iv) when the tailgate reaches a calibrated top position, closing the tailgate while maintaining the hydraulic flow rate at a normal level; and (v) when the tailgate is approaching a near-closed position, resuming movement of the tractor while proportionately decreasing the hydraulic flow rate from the normal level to a nominal level sufficient for engaging a tailgate close latching mechanism; wherein the timing sequence is based on a calibration of a cycle timing of the tailgate. - determining, by the controller, an indication for bale ejection of the bale; - upon determination of the indication for bale ejection, controlling, by the controller, a timing sequence relating to movement of the tractor, a position of the tailgate, and a hydraulic flow rate of the fluid to the hydraulic system, (i) stopping movement of the tractor; (ii) opening the tailgate while maintaining the hydraulic flow rate at a normal level; (iii) when the tailgate is approaching a near-opened position, proportionately decreasing the hydraulic flow rate from the normal level to zero; (iv) when the tailgate reaches a calibrated top position, closing the tailgate while maintaining the hydraulic flow rate at a normal level; and (v) when the tailgate is approaching a near-closed position, resuming movement of the tractor while proportionately decreasing the hydraulic flow rate from the normal level to a nominal level sufficient for engaging a tailgate close latching mechanism;
A negative electrode active material for a secondary battery, wherein the negative electrode active material is a mixture of scaly natural graphite and spheroidized natural graphite, wherein the scaly natural graphite has an average particle diameter (D 50) of 10 to 15 μm and a spheroidization degree of the scaly natural graphite is 0.4 to 0.6, wherein the spheroidized natural graphite has an average particle diameter (D 50) of 14 μm or less and a spheroidization degree of the spheroidized natural graphite is 0.7 to 0.95, the average particle diameter being determined by laser diffraction method and the spheroidization degree being determined as described in the description, wherein the spheroidization degree is defined as a ratio of a shorter diameter to a long diameter, and wherein the negative electrode active material comprises 40 to 60% by weight of the scaly natural graphite and 40 to 60% by weight of the spheroidized natural graphite based on the total weight of the negative electrode active material. wherein the negative electrode active material is a mixture of scaly natural graphite and spheroidized natural graphite, wherein the scaly natural graphite has an average particle diameter (D 50) of 10 to 15 μm and a spheroidization degree of the scaly natural graphite is 0.4 to 0.6, wherein the spheroidized natural graphite has an average particle diameter (D 50) of 14 μm or less and a spheroidization degree of the spheroidized natural graphite is 0.7 to 0.95, the average particle diameter being determined by laser diffraction method and the spheroidization degree being determined as described in the description, wherein the spheroidization degree is defined as a ratio of a shorter diameter to a long diameter, and wherein the negative electrode active material comprises 40 to 60% by weight of the scaly natural graphite and 40 to 60% by weight of the spheroidized natural graphite based on the total weight of the negative electrode active material.
A method comprising: a control apparatus for a communication system sending frequency setting information; and the control apparatus allowing a communication device supporting only a first frequency setting to enter the communication system providing a communications facility based on a second frequency setting, wherein the first frequency setting provides only a partial support for communications in the communication system, and wherein the first frequency setting provides support for communication on a first frequency band, and the second frequency setting defines communications on at least a second frequency band different from the first frequency band, wherein the second frequency band is overlapping the first frequency band, wherein the first frequency setting and the second frequency setting comprise radio frequency requirements for relevant radio frequency bands, the control apparatus receiving a transmission from the communication device, wherein the transmission is performed based on the first frequency setting, the control apparatus determining a level of support provided by the communication device for the second frequency setting based on the transmission, and the control apparatus providing control of the communication device based on the determination, wherein the control is based on either full support or partial support. a control apparatus for a communication system sending frequency setting information; and the control apparatus allowing a communication device supporting only a first frequency setting to enter the communication system providing a communications facility based on a second frequency setting, wherein the first frequency setting provides only a partial support for communications in the communication system, and wherein the first frequency setting provides support for communication on a first frequency band, and the second frequency setting defines communications on at least a second frequency band different from the first frequency band, wherein the second frequency band is overlapping the first frequency band, wherein the first frequency setting and the second frequency setting comprise radio frequency requirements for relevant radio frequency bands, the control apparatus receiving a transmission from the communication device, wherein the transmission is performed based on the first frequency setting, the control apparatus determining a level of support provided by the communication device for the second frequency setting based on the transmission, and the control apparatus providing control of the communication device based on the determination, wherein the control is based on either full support or partial support.
Axial fan, comprising: - a fan hub rotatable about a center axis, which comprises a bottom wall and an annular side wall, - a plurality of fan blades projecting from the annular side wall of the fan hub, - wherein the fan hub comprises a plurality of outlet openings for the discharge of gaseous, liquid and/or solid accumulations from the interior of the fan hub to the outside of the fan hub, - wherein the plurality of outlet openings are provided on the annular circumferential side wall of the fan hub, - wherein elevations are provided next to the outlet openings, which elevations project from the annularly encircling side wall, and the elevations rise towards the outlet openings, characterized in that the elevations each comprise a slope which increases towards the respective outlet opening. - a fan hub rotatable about a center axis, which comprises a bottom wall and an annular side wall, - a plurality of fan blades projecting from the annular side wall of the fan hub, - wherein the fan hub comprises a plurality of outlet openings for the discharge of gaseous, liquid and/or solid accumulations from the interior of the fan hub to the outside of the fan hub, - wherein the plurality of outlet openings are provided on the annular circumferential side wall of the fan hub, - wherein elevations are provided next to the outlet openings, which elevations project from the annularly encircling side wall, and the elevations rise towards the outlet openings, characterized in that the elevations each comprise a slope which increases towards the respective outlet opening.
An aerosol provision system comprising: an aerosol provision device comprising a chamber for receiving a consumable comprising aerosol-generating material, and an aerosol generator for generating aerosol from the aerosol-generating material when the consumable is located in the chamber, characterised in that the chamber has a proximal end comprising an opening through which the consumable is insertable into the chamber, and a distal end comprising a tapered wall that tapers toward a central axis of the chamber with distance from the opening; and the aerosol provision device comprises an adapter to selectively determine a maximum width of consumable insertable into the chamber via the opening. an aerosol provision device comprising a chamber for receiving a consumable comprising aerosol-generating material, and an aerosol generator for generating aerosol from the aerosol-generating material when the consumable is located in the chamber, characterised in that the chamber has a proximal end comprising an opening through which the consumable is insertable into the chamber, and a distal end comprising a tapered wall that tapers toward a central axis of the chamber with distance from the opening; and the aerosol provision device comprises an adapter to selectively determine a maximum width of consumable insertable into the chamber via the opening.
Adjusting apparatus for a beverage filling system, comprising a rotation element and a translation element which can be moved in a translatory manner relative to the rotation element by rotation of the said rotation element, characterized in that the rotation element and/or the translation element have/has a cleaning recess for cleaning a contact region between the translation element and the rotation element, wherein the cleaning recess is formed such that the ability to freely thoroughly rinse the contact region with a cleaning liquid, a drying medium and/or sterilization medium is achieved.
A side airbag apparatus comprising an airbag, the apparatus being characterized in that the airbag has a lumbar-region-protecting inflatable portion, an upstream inflatable portion, and a downstream inflatable portion, which are inflated by inflation gas, the lumbar-region-protecting inflatable portion is deployed and inflated at a side of the lumbar region of an occupant seated on a vehicle seat, the upstream inflatable portion is adjacent to an upper side of the lumbar-region-protecting inflatable portion via a communication passage, the downstream inflatable portion is adjacent to a front side of the upstream inflatable portion via a planar partitioning member and is deployed and inflated by inflation gas that has passed through the upstream inflatable portion, at least one of the upstream inflatable portion and the downstream inflatable portion is a thorax-protecting inflatable portion, which is deployed and inflated at a side of the thorax of the occupant, a check valve that restricts outflow of inflation gas from the lumbar-region-protecting inflatable portion to the upstream inflatable portion is provided in the communication passage, such that the upstream inflatable portion is deployed and inflated at an internal pressure lower than that of the lumbar-region-protecting inflatable portion, a pressure regulation valve that has an opening and a pair of valve body elements (97, 98) is provided in the partitioning member, before the occupant is restrained by the upstream inflatable portion, the valve body elements (97, 98) are brought into contact with each other by being pushed by inflation gas in the upstream inflatable portion, thereby restricting flow of inflation gas at the opening, and when the occupant is restrained by the upstream inflatable portion, the valve body elements (97, 98) are flexed and separated from each other by external force applied following restraining of the occupant, thereby permitting flow of inflation gas at the opening.
A washing machine with a drying apparatus, comprising: a tub; a drum rotatably provided inside the tub to rotate around a horizontal driving shaft; a drying apparatus provided at an upper portion of the tub, configured to introduce air from the tub, to heat the introduced air and to supply the heated air to the drum so that laundry accommodated in the drum is dried; and a control unit configured to rotate the drum alternately in a clockwise direction and a counterclockwise direction, respectively, to rotate the drum in the clockwise direction for a first time and to rotate the drum in the counterclockwise direction for a second time that is shorter than the first time when the washing machine with the drying apparatus enters a drying operation, characterized in that, the control unit is configured to decrease a difference between the first time and the second time, when a weight of the laundry is smaller than a minimum value in a predetermined reference range, and/or to increase a difference between the first time and the second time when a weight of the laundry is larger than a maximum value in a predetermined reference range, wherein the drying apparatus comprises an inlet, which is provided at a right upper portion of the tub and through which air is introduced from the tub. a tub; a drum rotatably provided inside the tub to rotate around a horizontal driving shaft; a drying apparatus provided at an upper portion of the tub, configured to introduce air from the tub, to heat the introduced air and to supply the heated air to the drum so that laundry accommodated in the drum is dried; and a control unit configured to rotate the drum alternately in a clockwise direction and a counterclockwise direction, respectively, to rotate the drum in the clockwise direction for a first time and to rotate the drum in the counterclockwise direction for a second time that is shorter than the first time when the washing machine with the drying apparatus enters a drying operation, characterized in that, the control unit is configured to decrease a difference between the first time and the second time, when a weight of the laundry is smaller than a minimum value in a predetermined reference range, and/or to increase a difference between the first time and the second time when a weight of the laundry is larger than a maximum value in a predetermined reference range, wherein the drying apparatus comprises an inlet, which is provided at a right upper portion of the tub and through which air is introduced from the tub.
A method for use in a wireless transmit/receive unit, WTRU, for providing beamforming feedback, the method comprising: receiving a sounding frame from an access point, AP (114a, 114b); performing a first measurement on the sounding frame; performing a Givens rotation based decomposition on the performed first measurement; said method being characterized in that it further comprises: performing a second measurement on the sounding frame; performing a Givens rotation based decomposition on the performed second measurement; calculating a difference between the resulting angles of the Givens rotation based decomposition on the performed first measurement and the resulting angles of the Givens rotation based decomposition on the performed second measurement to determine differential resulting angles; quantizing each differential resulting angle by assigning a range to each differential resulting angle, wherein each range is a subset of [0, 2 π]; and transmitting the quantized angles to the AP in a feedback frame. receiving a sounding frame from an access point, AP (114a, 114b); performing a first measurement on the sounding frame; performing a Givens rotation based decomposition on the performed first measurement; said method being characterized in that it further comprises: performing a second measurement on the sounding frame; performing a Givens rotation based decomposition on the performed second measurement; calculating a difference between the resulting angles of the Givens rotation based decomposition on the performed first measurement and the resulting angles of the Givens rotation based decomposition on the performed second measurement to determine differential resulting angles; quantizing each differential resulting angle by assigning a range to each differential resulting angle, wherein each range is a subset of [0, 2 π]; and transmitting the quantized angles to the AP in a feedback frame. performing a second measurement on the sounding frame; performing a Givens rotation based decomposition on the performed second measurement; calculating a difference between the resulting angles of the Givens rotation based decomposition on the performed first measurement and the resulting angles of the Givens rotation based decomposition on the performed second measurement to determine differential resulting angles; quantizing each differential resulting angle by assigning a range to each differential resulting angle, wherein each range is a subset of [0, 2 π]; and transmitting the quantized angles to the AP in a feedback frame.