mhurhangee/patent-ind-claim-en huggingface dataset:
A bonded abrasive article comprising: a body having abrasive particles contained within a bond material , the abrasive particles including a plurality of shaped abrasive particles or elongated abrasive particles having an aspect ratio of length: width of at least 1.1:1, each of the shaped abrasive particles or elongated abrasive particles having a predetermined rotational orientation angle relative to a side surface of the body , characterized in that the body comprises a first group of abrasive particles positioned within a first radial plane within the body , each of the abrasive particles of the first group having a predetermined rotational orientation within the first radial plane relative to the side surface of the body , wherein the body comprises a second group of abrasive particles within a second radial plane within the body , each of the abrasive particles of the second group having a predetermined rotational orientation within the second radial plane relative to the side surface of the body , and wherein the first radial plane and second radial plane are axially spaced apart from each other within the body . a body having abrasive particles contained within a bond material , the abrasive particles including a plurality of shaped abrasive particles or elongated abrasive particles having an aspect ratio of length: width of at least 1.1:1, each of the shaped abrasive particles or elongated abrasive particles having a predetermined rotational orientation angle relative to a side surface of the body , characterized in that the body comprises a first group of abrasive particles positioned within a first radial plane within the body , each of the abrasive particles of the first group having a predetermined rotational orientation within the first radial plane relative to the side surface of the body , wherein the body comprises a second group of abrasive particles within a second radial plane within the body , each of the abrasive particles of the second group having a predetermined rotational orientation within the second radial plane relative to the side surface of the body , and wherein the first radial plane and second radial plane are axially spaced apart from each other within the body .
Electric pump motor comprising a winding which is provided on a bobbin of the pump motor, and comprising a connecting element for electrically contacting the winding , wherein an aluminium wire of the winding is connected to the connecting element by means of a connection arrangement, said connection arrangement comprising the connecting element and the wire which is bonded to at least one point at a junction point on the connecting element , as well as a sheath for the junction point manufactured after the bonding, characterised in that the sheath provides heat-shrink tubing with an adhesive inner liner and grips the wire and the connecting element in the region of the junction point, and in that the bonded connection at the at least one point is made by an automatic bonding machine, wherein in making the connection the wire was pressed against the connecting element by means of a tool of the automatic bonding machine and energised by the tool to produce ultrasonic vibrations.
A method of determining a setpoint value for driving controllable equipment , said controllable equipment being adapted to modify, in controllable manner, a physical environmental quantity inside a carriage of a railway vehicle , this magnitude being perceptible to persons present inside the carriage, this method being characterised in that it comprises steps consisting of: a) initialising a control device of the equipment with a setpoint value (T 0 ) to regulate the operation of this equipment at this setpoint value; b) acquiring individual choice values (ΔC i ) expressed by the persons present inside the carriage by means of selection devices , these choices being intended to influence the physical environmental variable, the individual choice values acquired being weighted as a function of the replacement of the corresponding selection device within the carriage ; c) calculating , by means of the control device , a quantity statistically representative of the choices made; d) correcting , by means of the control device , the setpoint value by a correction coefficient depending on the calculated magnitude statistically representative of the choices expressed, the operation of the equipment being regulated with this corrected setpoint value; e) repeat steps b) to d) cyclically with a predefined fixed time step, the setpoint value being corrected periodically and with the predefined fixed time step, as a function of the setpoint value applied in the previous time step and following the correction coefficient. a) initialising a control device of the equipment with a setpoint value (T 0 ) to regulate the operation of this equipment at this setpoint value; b) acquiring individual choice values (ΔC i ) expressed by the persons present inside the carriage by means of selection devices , these choices being intended to influence the physical environmental variable, the individual choice values acquired being weighted as a function of the replacement of the corresponding selection device within the carriage ; c) calculating , by means of the control device , a quantity statistically representative of the choices made; d) correcting , by means of the control device , the setpoint value by a correction coefficient depending on the calculated magnitude statistically representative of the choices expressed, the operation of the equipment being regulated with this corrected setpoint value; e) repeat steps b) to d) cyclically with a predefined fixed time step,
An agricultural implement comprising an elongated main chassis member , ground engaging wheels for supporting the main chassis member on the ground and at least one set of two arms, each set including an arm having a forward working implement (24L; 24R) and an arm having a rear working implement including a hub , the forward working implement (24L;24R) being located laterally further from the main chassis member than the rear working implement and each arm (26L,26R;30L,30R) being pivotably connected to the main chassis member and adapted to be moved between a working position, a headland position and a transport position, characterised in that the main chassis member further comprises a secondary chassis member , a cross beam and a hydraulic cylinder operating between a mounting point provided on the secondary chassis member and a drive means, in that each arm having a rear working implement further comprises a major portion and a depending portion , a first connecting rod , a second connecting rod , a third connecting rod and a fourth connecting rod , the major portion being hingedly connected at a first end to a lower side of the secondary chassis member at a first pivot point, a second end of the major portion being hingedly connected to a first end of the depending portion , a second end of the depending portion being hingedly connected to the hub of the rear working implement , the first connecting rod is pivotally connected at a first end to a central part of the depending portion and connected at a second end to a connecting pivot pin arrangement , the second connecting rod being connected at a first end towards the second end of the major portion and pivotally connected at a second end to the hub , the third connecting rod is connected between a free end of the crossbeam and the connecting pivot point arrangement and the fourth connecting rod is connected at a first lower end to the connecting pivot pin arrangement and connected at a second upper end to the drive means driven by the hydraulic cylinder wherein when moving from the working position to the headland position the hydraulic cylinder is operated to pull down the first end of the fourth connecting rod to displace the lower end of the fourth connecting rod outwards, causing the first connecting rod to cause the depending portion to pivot with respect to the main chassis member and so displace an inner working implement along the arm , such that when in the headland position the inner working implement (28L;28R) of the at least one set of arms is displaced laterally away from the main chassis member.
A method for subscribing to a resource in a field of Internet of Things, comprising: receiving (S101), by a service entity, a subscription request for a first object from a first entity; determining (S102), by the service entity, a second object associated with the first object; generating (S103), by the service entity, a subscription at least to the second object; and sending (S104), by the service entity, a subscription response, wherein the subscription response is used to indicate a result of the subscription, wherein the determining the second object associated with the first object comprises: determining whether the first object and the second object are for a same object; or determining whether the first object and the second object belong to a same group; or determining whether an association attribute of the first object comprises the second object; or determining whether an association attribute of the second object comprises the first object; or determining the second object associated with the first object based on an association rule comprised in the subscription request. receiving (S101), by a service entity, a subscription request for a first object from a first entity; determining (S102), by the service entity, a second object associated with the first object; generating (S103), by the service entity, a subscription at least to the second object; and sending (S104), by the service entity, a subscription response, wherein the subscription response is used to indicate a result of the subscription, wherein the determining the second object associated with the first object determining whether the first object and the second object are for a same object; or determining whether the first object and the second object belong to a same group; or determining whether an association attribute of the first object comprises the second object; or determining whether an association attribute of the second object comprises the first object; or determining the second object associated with the first object based on an association rule comprised in the subscription request.
A mixing system for a power generation system , the power generation system comprises a rotary machine , an exhaust processing system , and a duct system , the rotary machine is configured to produce an exhaust stream , the exhaust processing system is positioned to receive and process the exhaust stream , the duct system is oriented to channel an air stream to the exhaust processing system and to channel the exhaust stream from the rotary machine to the exhaust processing system , said mixing system within the duct system , said mixing system comprising: a plurality of supports ; a plurality of links extending between at least two of said supports ; and at least one wrap circumscribing at least two of said links , wherein said at least one wrap is oriented to change an effective direction of momentum of the exhaust stream and the air stream . a plurality of supports ; a plurality of links extending between at least two of said supports ; and at least one wrap circumscribing at least two of said links , wherein said at least one wrap is oriented to change an effective direction of momentum of the exhaust stream and the air stream .
An Fc fusion protein comprising: (i) a high affinity IgE receptor α-chain; and (ii) the Fc region of IgG1, wherein the linker fragment region between the (i) and the (ii) is the amino acid sequence shown in SEQ ID NO: 2. (i) a high affinity IgE receptor α-chain; and (ii) the Fc region of IgG1, wherein
A fluid handling structure for a lithographic apparatus, the fluid handling structure having a plurality of meniscus pinning openings arranged in plan, in a first cornered shape having a plurality of corners and a plurality of fluid supply openings arranged, in plan, in a further cornered shape, the fluid handling structure configured such that the meniscus pinning openings are directed, in use, towards a substrate and/or a substrate table configured to support the substrate, characterized in that the first cornered shape has a side that curves towards the center of the cornered shape in areas away from the corners .
A mixed powder for iron-based powder metallurgy, which comprises an iron-based powder at a weight ratio of 60 wt% or more, where wt% is relative to the total weight of the constituent components of the mixed powder for iron-based powder metallurgy other than the lubricants, a powder containing calcium sulfate anhydrite II such that a weight ratio of CaS after sintering is 0.01 wt% or more to 0.1 wt% or less, and one or more ternary oxides selected from the group consisting of Ca-Al-Si oxides and Ca-Mg-Si oxides, wherein the weight ratio of calcium sulfate anhydrite II in the powder containing calcium sulfate anhydrite is at least 70 wt%.
A thermally curable coating composition for alloy substrates, comprising: curable components, comprising an epoxy resin and a multifunctional (meth)acrylate, latent curing agents, which crosslink with the curable components upon heating, and comprise an isocyanate having at least two NCO groups and an amino resin, a curing promoter, comprising an aromatic phosphate comprising at least one hydroxy group connected with the phosphorous atom, and an organic solvent. curable components, comprising an epoxy resin and a multifunctional (meth)acrylate, latent curing agents, which crosslink with the curable components upon heating, and comprise an isocyanate having at least two NCO groups and an amino resin, a curing promoter, comprising an aromatic phosphate comprising at least one hydroxy group connected with the phosphorous atom, and an organic solvent.
A system for surveying a track , comprising - with regard to the longitudinal direction of the track - two outer measuring devices and a central measuring device arranged there between, wherein each measuring device has a specific position relative to the track in order to detect geometric track parameters, characterized in that the one outer measuring device comprises a camera with a recording area which is defined by track parameters such as lens focal length and image sensor size, wherein a selected lens aperture of the camera determines the depth of field within the recording area 19, that a measuring object of the other outer measuring device and a measuring object of the central measuring device are arranged in the recording area , and that the camera is connected to an evaluation device for pattern recognition, and that the evaluation device is a computer in which a pattern recognition and image evaluation software are implemented to recognize by means of pattern recognition, the measuring objects and to determine the position thereof relative to one another and with respect to an image section of the camera .
A needle tip shielding device , comprising a base plate with a hole extending there through from the proximal side of the base plate to the distal side of the base plate, and at least one resilient arm extending at an attachment point at said base plate , wherein said at least one resilient arm has a resting state wherein a distal hook of the resilient arm will coincide with a straight imaginary line extending longitudinally through said hole in the axial direction of said base plate , said at least one resilient arm comprises a knob at its distal end, said knob extending laterally from the resilient arm ; wherein said knob does not include sharp corners in a transversal plane 106) and is shaped with an outer curvature in the transversal plane around an axis parallel to the central axis of the needle tip shielding device . said at least one resilient arm has a resting state wherein a distal hook of the resilient arm will coincide with a straight imaginary line extending longitudinally through said hole in the axial direction of said base plate , said at least one resilient arm comprises a knob at its distal end, said knob extending laterally from the resilient arm ; wherein said knob does not include sharp corners in a transversal plane 106) and is shaped with an outer curvature in the transversal plane around an axis parallel to the central axis of the needle tip shielding device .
A lighting system for a vehicle having a vehicle structure, said lighting system comprising: a plurality of primary low beam elements (210A-210C); a plurality of secondary low beam elements (220A-220D, 222A-222D) which is discrete from the plurality of primary low beam elements; a primary high beam element and a secondary high beam element which are discrete from each other and from the plurality of primary low beam elements and the plurality of secondary low beam elements; a lean angle sensor coupled to the vehicle structure generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the plurality of primary low beam elements, the plurality of secondary low beam elements and the secondary high beam element in response to the lean angle signal. a plurality of primary low beam elements (210A-210C); a plurality of secondary low beam elements (220A-220D, 222A-222D) which is discrete from the plurality of primary low beam elements; a primary high beam element and a secondary high beam element which are discrete from each other and from the plurality of primary low beam elements and the plurality of secondary low beam elements; a lean angle sensor coupled to the vehicle structure generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the plurality of primary low beam elements, the plurality of secondary low beam elements and the secondary high beam element in response to the lean angle signal.
A carburisable steel alloy comprising, in percent by weight: C 0.05-0.5 wt.% Cr 2.5-5.0 wt.%, Mo 4-6 wt.%, W 2-4.5 wt.%, V 1-3 wt.%, Ni 2-4 wt.%, Co 2-8 wt.%, Si 0.05-0.7 wt.%, Mn 0.05-0.7 wt.%, optionally one or more of the following elements: Nb 0-2 wt.% N 0-0.5 wt.% Al 0-0.15 wt.%, wherein the combined amount of Nb+V is within the range 1-3.5 wt.%, wherein the combined amount of C+N is within the range 0.05-0.5 wt.%, the balance being Fe and unavoidable impurities, wherein the steel alloy comprises less than 1 wt.% unavoidable impurities, wherein the steel alloy is produced by vacuum induced melting and vacuum arc remelting (VIM-VAR), or wherein the steel alloy is in the form of powder metallurgy steel alloy produced by gas atomisation followed by hot isostatic pressing.
A method for forming a graphene-reinforced polymer matrix composite, comprising: (a) distributing graphite microparticles into a molten thermoplastic polymer phase; and (b) applying a succession of shear strain events to the molten polymer phase so that the shear stress within said molten polymer phase is equal to or greater than the Interlayer Shear Strength (ISS) of said graphite microparticles and said molten polymer phase exfoliates the graphite successively with each event until said graphite is at least partially exfoliated to form a distribution in the molten polymer phase of single- and multi-layer graphene nanoparticles less than 10 nanometers thick along a c-axis direction. (a) distributing graphite microparticles into a molten thermoplastic polymer phase; and (b) applying a succession of shear strain events to the molten polymer phase so that the shear stress within said molten polymer phase is equal to or greater than the Interlayer Shear Strength (ISS) of said graphite microparticles and said molten polymer phase exfoliates the graphite successively with each event until said graphite is at least partially exfoliated to form a distribution in the molten polymer phase of single- and multi-layer graphene nanoparticles less than 10 nanometers thick along a c-axis direction.
Bearing system for molds, wherein the mold includes a fixed part and a moving part , the bearing system comprising a sliding mold carrier provided with vertically movable support elements for bearing the moving part of the mold, said support elements being hydraulic support elements, characterized in that each hydraulic support element comprises a blocking flange .
A method for supporting position determination of a user equipment, UE, performed by the UE in a wireless network, comprising: receiving a Sounding Reference Signal, SRS, resource configuration for transmitting positioning SRS from a serving base station, the SRS resource configuration comprising at least one of timing adjustment, TA, and an uplink, UL, transmission spatial filter; entering an idle or inactive mode; transmitting the positioning SRS using the at least one of the TA and the UL transmission spatial filter while in the idle or inactive mode; receiving from the serving base station an update to the at least one of the TA and the UL transmission spatial filter while the UE is in the idle or inactive mode; and transmitting the positioning SRS using the update to the at least one of the TA and the UL transmission spatial filter while in the idle or inactive mode. receiving a Sounding Reference Signal, SRS, resource configuration for transmitting positioning SRS from a serving base station, the SRS resource configuration comprising at least one of timing adjustment, TA, and an uplink, UL, transmission spatial filter; entering an idle or inactive mode; transmitting the positioning SRS using the at least one of the TA and the UL transmission spatial filter while in the idle or inactive mode; receiving from the serving base station an update to the at least one of the TA and the UL transmission spatial filter while the UE is in the idle or inactive mode; and transmitting the positioning SRS using the update to the at least one of the TA and the UL transmission spatial filter while in the idle or inactive mode.
Method for actuating an automated gearbox, in particular an automated gearbox of a utility vehicle that is coupled to a drive engine, wherein a controller of the automated gearbox is supplied with data and/or signals via an interface, characterized in that occurrence of a defined event results in a time-predictive nonstationary characteristic of the drive engine torque for this event being transmitted to the controller of the automated gearbox, so that the controller of the automated gearbox ascertains and/or prescribes a gearbox shift strategy on the basis of these transmitted data, in that the event heeded is an upward shift or a downward shift of the automated gearbox, and detection of such a shift process results in a time-predictive nonstationary characteristic of the drive engine torque being transmitted to the controller of the automated gearbox, on the basis of which characteristic the controller of the automated gearbox ascertains and/or prescribes a gearbox shift strategy for the upward or downward shift, and in that the controller of the automated gearbox avoids shifting to and fro by taking the transmitted characteristic of the drive engine torque as a basis for ascertaining whether or not a shift is triggered.
A razor or razor blade cartridge including at least one razor blade supported in a housing made from a polymer material and said housing comprising at least one skin contacting surface, the at least one skin contacting surface being made of a superhydrophilic polymer material, characterised in that the polymer material of the at least one skin contacting surface has its surface properties modified by functionalisation which includes an activation stage provided by exposing the skin contacting surface to any medium to produce oxygen centred radicals or by oxygen plasma followed by a grafting stage of a functional group onto the surface, wherein the functional group is an N-vinyl lactam or an acrylamide.