mhurhangee/patent-ind-claim-en huggingface dataset:
A turbo or super charged intake tract diverter valve system having a valve body adaptable to be sealingly mounted to said intake tract upstream of a throttle valve associated with said intake tract, said body having mounting apertures (1.1) through it, and including a closure means to operatively close off a diversion aperture (4.1) in said intake tract so as to vent pressurised gases in said intake tract to a bypass path or atmosphere at predetermined times, said system including an actuation means to allow said closure means to open whereby pressurised gases in said intake tract will pass through said diversion aperture (4.1) into said bypass path or to atmosphere, said closure means including a chamber (5.1) associated with said valve body and a valve member which cooperates with said chamber (5.1) to close said diversion aperture (4.1), said valve member including at least one transfer aperture through it, said valve member is configured so that by means of said pressurised gases, said valve member has a net force provided from a surface area differential with respect to opposite upstream and downstream sides of said valve member so as to close said diversion aperture (4.1) or keep it closed, when gas pressure on opposite sides of said valve member is equal, and when a pressure differential is created so that an upstream side of said valve member has pressure greater than a downstream side, then said valve member will move to open said diversion aperture (4.1), said system including said actuation means associated with said chamber (5.1) or said valve member , said actuation means will open a control aperture associated with said chamber to thereby create said pressure differential on the valve member to thereby cause same to open said diversion aperture (4.1),characterised in that said body has a frustoconical portion (1.6), said chamber (5.1) being generally cylindrical and being formed in said frustoconical portion (1.6), said valve body including at least one transfer passage through the body which have a port formed in the frustoconical portion (1.6) at one end of the at least one passage .
An optical transmitter comprising, on a substrate, a distributed feedback laser having an active region with a multi quantum well, an electro-absorption modulator configured to modulate oscillation light of the distributed feedback laser, and a semiconductor optical amplifier having an active region with an identical composition as the active region of the distributed feedback laser and configured to amplify signal light from the electroabsorption modulator, wherein the distributed feedback laser, the electro-absorption modulator, and the semiconductor optical amplifier are integrated in this order on the substrate, the entire extent of a waveguide of the semiconductor optical amplifier has a tapered structure where a width of the waveguide in a cross section perpendicular to an optical waveguide direction is gradually reduced along the optical waveguide direction. a distributed feedback laser having an active region with a multi quantum well, an electro-absorption modulator configured to modulate oscillation light of the distributed feedback laser, and a semiconductor optical amplifier having an active region with an identical composition as the active region of the distributed feedback laser and configured to amplify signal light from the electroabsorption modulator, wherein the distributed feedback laser, the electro-absorption modulator, and the semiconductor optical amplifier are integrated in this order on the substrate, the entire extent of a waveguide of the semiconductor optical amplifier has a tapered structure where a width of the waveguide in a cross section perpendicular to an optical waveguide direction is gradually reduced along the optical waveguide direction.
A printhead drop detector comprising: a plurality of drop detection units , each drop detection unit comprising a radiation source and radiation detector and being to detect a drop passing through a sampling volume between the radiation source and the radiation detector, characterized in that a radiation detector of a first drop detection unit and a radiation source of a second detection unit are arranged on a first side of the sampling volume; and a radiation source of the first drop detection unit and a radiation detector of the second drop detection unit are arranged on a second side of the sampling volume. a plurality of drop detection units , each drop detection unit comprising a radiation source and radiation detector and being to detect a drop passing through a sampling volume between the radiation source and the radiation detector, characterized in that a radiation detector of a first drop detection unit and a radiation source of a second detection unit are arranged on a first side of the sampling volume; and a radiation source of the first drop detection unit and a radiation detector of the second drop detection unit are arranged on a second side of the sampling volume.
An excavator quick hitch , comprising: a quick hitch body , the body comprising: a first mounting position arrangement for attaching an excavator attachment in a first position; and a second mounting position arrangement for attaching the same excavator attachment in a second position; wherein there is a shared mounting position arrangement portion , shared between the mounting position arrangements , the shared portion being substantially central between the mounting position arrangements. a quick hitch body , the body comprising: a first mounting position arrangement for attaching an excavator attachment in a first position; and a second mounting position arrangement for attaching the same excavator attachment in a second position; a first mounting position arrangement for attaching an excavator attachment in a first position; and a second mounting position arrangement for attaching the same excavator attachment in a second position; wherein there is a shared mounting position arrangement portion , shared between the mounting position arrangements , the shared portion being substantially central between the mounting position arrangements.
A turbocharger turbine wheel comprising: a hub that comprises a rotational axis, a backdisk and a nose , wherein the rotational axis defines an axial coordinate (z) in a cylindrical coordinate system that comprises a radial coordinate (r) and an azimuthal coordinate (□) in a direction of intended rotation about the rotational axis; and blades that extend outwardly from the hub, wherein each of the blades comprises a hub profile , a shroud edge, a leading edge , a trailing edge , a pressure side, and a suction side, wherein the hub profile comprises a global maximum radius and a global minimum radius, and wherein, between the global maximum radius and the global minimum radius, in an axial direction from the backdisk to the nose, the hub profile comprises a local minimum radius at a first axial coordinate position and a local maximum radius at a second axial coordinate position, characterized in that , a radial dimension of the hub is smaller at the local minimum radius as compared to a radial dimension of the hub at the local maximum radius, and the first axial coordinate position is less than an axial co-ordinate position of a free tip of the leading edge of one of the blades. a hub that comprises a rotational axis, a backdisk and a nose , wherein the rotational axis defines an axial coordinate (z) in a cylindrical coordinate system that comprises a radial coordinate (r) and an azimuthal coordinate (□) in a direction of intended rotation about the rotational axis; and blades that extend outwardly from the hub, wherein each of the blades comprises a hub profile , a shroud edge, a leading edge , a trailing edge , a pressure side, and a suction side, wherein the hub profile comprises a global maximum radius and a global minimum radius, and wherein, between the global maximum radius and the global minimum radius, in an axial direction from the backdisk to the nose, the hub profile comprises a local minimum radius at a first axial coordinate position and a local maximum radius at a second axial coordinate position, characterized in that , a radial dimension of the hub is smaller at the local minimum radius as compared to a radial dimension of the hub at the local maximum radius, and the first axial coordinate position is less than an axial co-ordinate position of a free tip of the leading edge of one of the blades.
A method for wireless communications by a user equipment, UE, comprising: receiving a physical downlink control channel, PDCCH, transmission with downlink control information, DCI, signaling a scheduling parameter indicating a scheduling delay between an end of the PDCCH transmission and a beginning of a transmission scheduled by the PDCCH; determining whether a value of the scheduling parameter is below a minimum threshold; treating the DCI as invalid if the value of the scheduling parameter is below the minimum threshold; and receiving the transmission scheduled by the PDCCH if the value of the scheduling parameter is not below the minimum threshold, wherein the scheduled transmission comprises at least one channel state information reference signal, CSI-RS, transmitted on the downlink after an aperiodic CSI, A-CSI, request is triggered. receiving a physical downlink control channel, PDCCH, transmission with downlink control information, DCI, signaling a scheduling parameter indicating a scheduling delay between an end of the PDCCH transmission and a beginning of a transmission scheduled by the PDCCH; determining whether a value of the scheduling parameter is below a minimum threshold; treating the DCI as invalid if the value of the scheduling parameter is below the minimum threshold; and receiving the transmission scheduled by the PDCCH if the value of the scheduling parameter is not below the minimum threshold, wherein the scheduled transmission comprises at least one channel state information reference signal, CSI-RS, transmitted on the downlink after an aperiodic CSI, A-CSI, request is triggered.
A shield-type connector comprising: an inner shell and an inner housing , wherein the inner shell is made of metal and covers an outer circumference surface of the inner housing ; an outer shell and an outer housing , wherein the outer shell is made of metal and covers the outer housing , wherein the inner housing is fitted into the outer housing ; and a cover shell made of metal and contacting with both of the inner shell and the outer shell , wherein the inner shell , the outer shell and the cover shell include contact portions that contact with each other, characterized in that the contact portion of the cover shell is inserted between the contact portion of the inner shell and the contact portion of the outer shell so that the contact portion of the cover shell , the contact portion of the inner shell and the contact portion of the outer shell overlap at the same position. an inner shell and an inner housing , wherein the inner shell is made of metal and covers an outer circumference surface of the inner housing ; an outer shell and an outer housing , wherein the outer shell is made of metal and covers the outer housing , wherein the inner housing is fitted into the outer housing ; and a cover shell made of metal and contacting with both of the inner shell and the outer shell , wherein the inner shell , the outer shell and the cover shell include contact portions that contact with each other,
Container handling system comprising a plurality of handling stations for containers , wherein the handling stations are arranged next to one another as well as above one another, and the container handling system comprises at least one transporter for the containers , which exhibits a horizontal as well as a vertical transport direction, and is designed such as to provide the handling stations with containers and/or to convey the containers away from the handling stations , characterised in that the handling stations are configured as modular in form, and are held in a replaceable manner in at least one vertically extending carrying frame, and that, arranged at the carrying frame, at each operating position of a handling module, is a fluid interface, connected to the central fluid lines of the container handling system and with at least one coupling flange, which interacts with a complementary coupling flange of the handling module, which in turn is connected to the fluid lines of the handling module.
Planar drive system comprising at least two, preferably a plurality of, stator modules and a frame , wherein each of the stator modules comprises a main body having a transport surface and a rear side opposite the transport surface , and also a mounting plate detachably mounted on the rear side of the main body , wherein the frame has a plurality of receptacles , wherein each receptacle is designed to receive a stator module , wherein the stator modules can be inserted, with the transport surface forward, into the receptacles of the frame and can be locked in the receptacles by means of a locking mechanism . at least two, preferably a plurality of, stator modules and a frame , wherein each of the stator modules comprises a main body having a transport surface and a rear side opposite the transport surface , and also a mounting plate detachably mounted on the rear side of the main body , wherein the frame has a plurality of receptacles , wherein each receptacle is designed to receive a stator module , wherein the stator modules can be inserted, with the transport surface forward, into the receptacles of the frame and can be locked in the receptacles by means of a locking mechanism .
An actuation system comprising: an actuator assembly comprising an actuator screw shaft on which is mounted an actuator nut, the actuator screw shaft arranged to be rotated in response to an actuator control signal and wherein rotation of the actuator screw shaft causes a relative axial movement of the actuator nut along the shaft, and an actuator position measurement assembly, the actuator position measurement assembly comprising a sensor rotary member arranged to engage and rotate with the actuator screw shaft , and a sensor linearly moveable element mounted on the sensor rotary member that moves axially with respect to the sensor rotary member, and wherein the actuator screw shaft is coupled to the sensor rotary member to cause corresponding rotation of the sensor rotary member; wherein the actuator assembly is coupled to the actuator position measurement assembly via a gear mechanism ; wherein the gear mechanism comprises an actuator gearwheel rotatably coupled to the actuator screw shaft and a sensor gear wheel rotatably coupled to the sensor rotary member, the actuator gear wheel and the sensor gear wheel in intermeshing rotary engagement, characterized in that a linear sensor is coupled to the linearly moveable element to provide an output indicative of the axial position of the linearly moveable element . an actuator assembly comprising an actuator screw shaft on which is mounted an actuator nut, the actuator screw shaft arranged to be rotated in response to an actuator control signal and wherein rotation of the actuator screw shaft causes a relative axial movement of the actuator nut along the shaft, and an actuator position measurement assembly, the actuator position measurement assembly comprising a sensor rotary member arranged to engage and rotate with the actuator screw shaft , and a sensor linearly moveable element mounted on the sensor rotary member that moves axially with respect to the sensor rotary member, and wherein the actuator screw shaft is coupled to the sensor rotary member to cause corresponding rotation of the sensor rotary member; wherein the actuator assembly is coupled to the actuator position measurement assembly via a gear mechanism ; wherein the gear mechanism comprises an actuator gearwheel rotatably coupled to the actuator screw shaft and a sensor gear wheel rotatably coupled to the sensor rotary member, the actuator gear wheel and the sensor gear wheel in intermeshing rotary engagement, characterized in that a linear sensor is coupled to the linearly moveable element to provide an output indicative of the axial position of the linearly moveable element .
Method for determining an adapted master value of a master axis (L), wherein a setpoint slave value (t10F) for a slave axis (F) is derivable from the adapted master value by means of a synchronism function and a drive on the slave axis (F) is operated in synchronism with the master axis (L) on the basis of the setpoint slave value (t10F), characterized in that the adapted master value is determined on the basis of a base master value of the master axis (L) and a time difference (ΔT10, ΔT30) of operative times (t10L, t10F, t30L, t30F) of determinable events on the master axis (L) and slave axis (F), wherein the time difference (ΔT10, ΔT30) is specified in a common time reference system, wherein the determinable events on the master axis (L) and on the slave axis (F) are events that belong to one another or are equivalent events.
Valve for controlling a fluid flow, comprising at least: a valve housing with at least one inlet side and one outlet side , and a valve insert for controlling the fluid flow between the inlet side and the outlet side , which is arranged within the valve housing , wherein the valve insert comprises at least a first element in the form of a hollow body and a second element and wherein the second element is arranged within the first hollow body-shaped element , and wherein the valve insert is arranged within the valve housing in such a way that the first element is axially fixed in the valve housing and the second element is arranged in the valve housing so as to be secured against rotation, and wherein the first element has at least one opening (14.3) along the circumference of the first element for passing the fluid flow and is designed to be rotatable relative to the second element , and wherein the second element is designed to be axially movable relative to the first element , wherein the first element on a first section of its inner surface or the second element on a first section of its surface has flow-guiding structures (14.8), characterised in that the flow-guiding structures (14.8) are depressions and/or elevations incorporated on the inner surface of the first element or the surface of the second element.
A composition comprising pheromones in an amount of less than or equal to about 1% by weight with respect to the total weight of said composition, wherein the pheromones are mixtures of fatty acids selected from a mixture of linoleic acid and valeric acid including esters thereof, and wherein the composition further comprises ethyl lactate.
Watch corrector configured to be inserted in a watch middle ; said watch middle including a primary contour, in particular of a left-hand shape, preferably of a left-hand curve; said watch corrector comprising at least one: - Case ; said at least one case comprising at least one first surface and being configured to be inserted, preferably by force, in said watch middle; said at least one first surface representing a first portion of said primary contour and being configured to follow said primary contour of said watch middle, preferably said at least one first surface being configured to be combined with said primary contour of said watch middle when said at least one case is inserted in said middle of said watch; - Mobile element ; said at least one mobile element being configured to be inserted, preferably by force, in said at least one case , preferably to be mobile in said at least one case and said at least a mobile element comprising at least one second surface representing a second portion of said primary contour and being configured to follow said primary contour of said watch middle and/or of said at least one first surface of said at least one case , preferably said at least one second surface being configured to be combined with said primary contour of said watch middle, and/or of said at least one first surface of said at least one case when said at least one case is inserted in said middle of said watch,, characterized in that said at least one case comprises at least one first immobilisation member ; said at least one first immobilisation member being configured to immobilise said at least one case in at least one degree of freedom when said at least one case is inserted in said watch middle . - Case ; said at least one case comprising at least one first surface and being configured to be inserted, preferably by force, in said watch middle; said at least one first surface representing a first portion of said primary contour and being configured to follow said primary contour of said watch middle, preferably said at least one first surface being configured to be combined with said primary contour of said watch middle when said at least one case is inserted in said middle of said watch; - Mobile element ; said at least one mobile element being configured to be inserted, preferably by force, in said at least one case , preferably to be mobile in said at least one case and said at least a mobile element comprising at least one second surface representing a second portion of said primary contour and being configured to follow said primary contour of said watch middle and/or of said at least one first surface of said at least one case , preferably said at least one second surface being configured to be combined with said primary contour of said watch middle, and/or of said at least one first surface of said at least one case when said at least one case is inserted in said middle of said watch,,
Pyrimidine derivatives represented by the following general formula (1-1), wherein, Ar 1 is a phenyl group that has an unsubstituted condensed polycyclic aromatic group as a substituent, Ar 1 is a biphenylyl group, or Ar 1 is an unsubstituted condensed polycyclic aromatic group selected from an anthracenyl group, an acenaphthenyl group, a phenanthrenyl group and a spirobifluorenyl group, Ar 2 is unsubstituted phenyl group, biphenylyl group, naphthyl group, phenanthrenyl group, or 9,9-dimethylfluorenyl group, Ar 3 is a hydrogen atom, A 1 and A 2 are both phenylene groups, A 3 is a single bond, and B is a pyridyl group. Ar 1 is a phenyl group that has an unsubstituted condensed polycyclic aromatic group as a substituent, Ar 1 is a biphenylyl group, or Ar 1 is an unsubstituted condensed polycyclic aromatic group selected from an anthracenyl group, an acenaphthenyl group, a phenanthrenyl group and a spirobifluorenyl group, Ar 2 is unsubstituted phenyl group, biphenylyl group, naphthyl group, phenanthrenyl group, or 9,9-dimethylfluorenyl group, Ar 3 is a hydrogen atom, A 1 and A 2 are both phenylene groups, A 3 is a single bond, and B is a pyridyl group.