mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an evolved NodeB for allocating resources in an LTE/Device-to-Device, D2D, network, comprising: allocating a set of resources to D2D clusters for D2D operation wherein each of the D2D clusters comprises a plurality of user equipments, UEs, (115~117, 125~127, 135~137, 145~147, 152~158), that are capable of communicating with each other without the need to communicate through the evolved NodeB ; broadcasting information regarding the allocation; wherein said set of resources is selected from: a set of resource blocks within one carrier; a set of frames or subframes; and a combination of resource blocks and sets of frames/subframes; configuring a D2D region , wherein the D2D region is a set of LTE subframes or frames where D2D communication is supported, including allocating a subset of frame resources to the D2D region ; allocating a discovery zone within the D2D region for D2D device discovery; and broadcasting D2D region configuration information including the subset of frame resources and the discovery zone. allocating a set of resources to D2D clusters for D2D operation wherein each of the D2D clusters comprises a plurality of user equipments, UEs, (115~117, 125~127, 135~137, 145~147, 152~158), that are capable of communicating with each other without the need to communicate through the evolved NodeB ; broadcasting information regarding the allocation; wherein said set of resources is selected from: a set of resource blocks within one carrier; a set of frames or subframes; and a combination of resource blocks and sets of frames/subframes; configuring a D2D region , wherein the D2D region is a set of LTE subframes or frames where D2D communication is supported, including allocating a subset of frame resources to the D2D region ; allocating a discovery zone within the D2D region for D2D device discovery; and allocating a subset of frame resources to the D2D region ; allocating a discovery zone within the D2D region for D2D device discovery; and broadcasting D2D region configuration information including the subset of frame resources and the discovery zone.
A sealing profile embodiment comprising a sealing profile placed between the vehicle door and the glass to prevent water and dust from entering the vehicle; a fixing surface formed on the door to provide ease of assembly of said sealing profile to the vehicle door; a trim placed on the sealing profile to form aesthetic appearance and a durable structure; a trim base forming the main body of said trim and covering the sealing profile , characterized in comprising • an oval connector which is formed as a leg in the middle of said trim base , in an oval structure (A) perpendicular to the trim base to ensure that the trim is fully fitted in the sealing profile , • an oval connection slot on the sealing profile where the oval connector will be placed in accordance with the oval structure (A) of the oval connector , a bolt slot on the sealing profile to secure the mounting of the trim , a hook bolt on the trim which is placed in the bolt slot so that the sealing profile and the trim are assembled, the hook bolt and the curvature of the oval connector being oriented in the same direction for ease of assembly. • an oval connector which is formed as a leg in the middle of said trim base , in an oval structure (A) perpendicular to the trim base to ensure that the trim is fully fitted in the sealing profile , • an oval connection slot on the sealing profile where the oval connector will be placed in accordance with the oval structure (A) of the oval connector , a bolt slot on the sealing profile to secure the mounting of the trim , a hook bolt on the trim which is placed in the bolt slot so that the sealing profile and the trim are assembled, the hook bolt and the curvature of the oval connector being oriented in the same direction for ease of assembly.
A compound being 4 β -amidotriazole linked podophyllotoxin of general formula A, wherein n = 0,1 and R 1 -R 5 = [H, Cl, F, CH 3 , OCH 3 , 3,4(-OCH 2 O-), CF 3 , OCF 3 , m-OC 6 H 5 , OH]
A powder-bed fusion additive manufacturing system , comprising a beam combining system comprising: a first laser configured to emit a first light beam at a first wavelength; a second laser configured to emit a second light beam at a second wavelength different from the first wavelength; beam shaping optics that form a two-wavelength common beam , the beam shaping optics including at least one wavelength filter configured to pass the first light beam of the first wavelength and reflect the second light beam of the second wavelength in the common beam ; and a light patterning unit configured to receive the common beam and form a two-dimensional patterned beam , wherein the light patterning unit further comprises a pixel addressable light valve configured to apply a pattern on the common beam of light to provide the two-dimensional patterned beam of light , wherein the beam combining system further comprises an image relay configured to receive the two-dimensional patterned beam from the pixel addressable light valve and focus it as a two-dimensional image toward a predefined location of a powder bed, and wherein the valve is optically addressable to form a two-dimensional pattern . a first laser configured to emit a first light beam at a first wavelength; a second laser configured to emit a second light beam at a second wavelength different from the first wavelength; beam shaping optics that form a two-wavelength common beam , the beam shaping optics including at least one wavelength filter configured to pass the first light beam of the first wavelength and reflect the second light beam of the second wavelength in the common beam ; and a light patterning unit configured to receive the common beam and form a two-dimensional patterned beam , wherein the light patterning unit further comprises a pixel addressable light valve configured to apply a pattern on the common beam of light to provide the two-dimensional patterned beam of light , wherein the beam combining system further comprises an image relay configured to receive the two-dimensional patterned beam from the pixel addressable light valve and focus it as a two-dimensional image toward a predefined location of a powder bed, and wherein the valve is optically addressable to form a two-dimensional pattern .
An electroless nickel plating solution, comprising - a source of nickel ions, - a source of molybdenum ions, - a source of tungsten ions, - a source of hypophosphite ions, - at least one complexing agent, wherein the solution does not comprise any reducing agent comprising boron, characterised in that the solution further comprises - at least one organic sulphur containing compound in a concentration of 0.38 - 38.00 μmol/L, and - at least one amino acid in a concentration of 0.67 - 40.13 mmol/L. - a source of nickel ions, - a source of molybdenum ions, - a source of tungsten ions, - a source of hypophosphite ions, - at least one complexing agent, - at least one organic sulphur containing compound in a concentration of 0.38 - 38.00 μmol/L, and - at least one amino acid in a concentration of 0.67 - 40.13 mmol/L.
A method for producing a coal-containing formed product, comprising adding a binder to components constituting the coal-containing formed product, wherein the binder contains an aqueous solution containing a macromolecular polymer or an emulsion containing a macromolecular polymer, wherein the macromolecular polymer has an intrinsic viscosity of 2.0 dl/g or higher as determined at 30°C as described in the description. adding a binder to components constituting the coal-containing formed product, wherein the binder contains an aqueous solution containing a macromolecular polymer or an emulsion containing a macromolecular polymer, wherein the macromolecular polymer has an intrinsic viscosity of 2.0 dl/g or higher as determined at 30°C as described in the description.
Appliance (A) for recharging batteries of electric vehicles or the like, comprising: - AC/DC conversion means which can be connected at input to an alternate current power supply line (AC IN) and connected at output to a high voltage electric battery (HVB) of an electric vehicle; - DC/DC conversion means connected at input to said high voltage electric battery (HVB) and connected at output to a low voltage electric battery (LVB) of said electric vehicle; - wherein said AC/DC conversion means and said DC/DC conversion means can be activated alternatively for recharging said high voltage electric battery (HVB) and said low voltage electric battery (LVB), respectively; wherein said AC/DC conversion means and said DC/DC conversion means comprise a sole and shared DC/DC converter (CNV), characterized in that said AC/DC conversion means and said DC/DC conversion means comprise a sole and shared correction unit (PFC/STU) configured to be operated between a first mode, wherein said correction unit (PFC/STU) acts as a power factor correction circuit, and a second mode, wherein said correction unit (PFC/STU) acts as a step-up converter, wherein said appliance comprises at least a switch (SW) which can be operated between a first configuration, wherein the input of said correction unit (PFC/STU) is connected to said power supply line (AC IN), and a second configuration, wherein the input of said correction unit (PFC/STU) is connected to said high voltage electric battery (HVB), wherein said sole and shared DC/DC converter (CNV) comprises an input connected to an output of said sole and shared correction unit (PFC/STU), a first output connected to said high voltage electric battery (HVB) and a second output connected to said low voltage electric battery (LVB), and wherein said converter (CNV) comprises selection means able to operate alternatively said first output and said second output, wherein said appliance (A) further comprises a control unit (U) operatively connectable to a central unit of said electric vehicle, operatively connected to said switch (SW), to said correction unit (PFC/STU) and to said converter (CNV) and configured to pilot the appliance (A) to, alternatively, charge the high voltage electric battery (HVB) and the low voltage electric battery (LVB). - AC/DC conversion means which can be connected at input to an alternate current power supply line (AC IN) and connected at output to a high voltage electric battery (HVB) of an electric vehicle; - DC/DC conversion means connected at input to said high voltage electric battery (HVB) and connected at output to a low voltage electric battery (LVB) of said electric vehicle; - wherein said AC/DC conversion means and said DC/DC conversion means can be activated alternatively for recharging said high voltage electric battery (HVB) and said low voltage electric battery (LVB), respectively;
A positive active material for a lithium ion battery, comprising a first lithium transition metal oxide represented by formula Li a (Ni b Co c Mn d ) 1-e M e O 2 , wherein 0.9<a<1.1, 0.6≤b<0.9, 0.1≤c<0.4, 0.05≤d<0.4, 0≤e≤0.1, b+c+d=1, M is at least one of Al, Mg, Ti, Zr, and a second lithium transition metal oxide represented by formula Li x Ni y Co z M" s O 2 , wherein 0.9<x<1.1, 0.4≤y<0.6, 0.2≤z<0.5, 0.2≤s<0.5, y+z+s=1, M" is at least one of Mn, Al, Mg, Ti, Zr, Fe, Cr, V, Cu, B, Ca, Zn, Nb, Mo, Sr, Sb, W, Bi; wherein a compacted density of the positive electrode active material is more than 3.4 g/cm 3 , and a particle of the second lithium transition metal oxide represented by formula Li x Ni y Co z M" s O 2 is a single crystalline particle.
A dishwasher control method comprising: a rinsing cycle (S400) in which one or more washing objects which are held in a tub are rinsed by injecting rinse water; a steam drying cycle (S500) in which the washing objects are dried by suppling steam; a normal drying cycle (S600) in which the washing objects are dried, without supplying steam, wherein the rinsing cycle (S400) comprises, a rinse water supply step (S402) in which rinse water is supplied to a sump ; a rinse water circulating step (S404) in which the rinse water is injected into the tub via an injection arm by driving a pump ; a rinse water drainage step (S406) in which the rinse water from the sump is drained, and wherein the steam drying cycle (S500) comprises, a drying steam water supply step (S502) in which water is supplied to the pump ; and a drying steam supply step (S504) in which steam generated in the pump is supplied to the tub so as to dry the washing objects, and controlling a water level of the water supplied in the drying steam water supply step (S502) to be lower than a steam outlet hole provided in the pump and for exhausting steam. a rinsing cycle (S400) in which one or more washing objects which are held in a tub are rinsed by injecting rinse water; a steam drying cycle (S500) in which the washing objects are dried by suppling steam; a normal drying cycle (S600) in which the washing objects are dried, without supplying steam, wherein the rinsing cycle (S400) comprises, a rinse water supply step (S402) in which rinse water is supplied to a sump ; a rinse water circulating step (S404) in which the rinse water is injected into the tub via an injection arm by driving a pump ; a rinse water drainage step (S406) in which the rinse water from the sump is drained, and a rinse water supply step (S402) in which rinse water is supplied to a sump ; a rinse water circulating step (S404) in which the rinse water is injected into the tub via an injection arm by driving a pump ; a rinse water drainage step (S406) in which the rinse water from the sump is drained, and wherein the steam drying cycle (S500) comprises, a drying steam water supply step (S502) in which water is supplied to the pump ; and a drying steam supply step (S504) in which steam generated in the pump is supplied to the tub so as to dry the washing objects, and controlling a water level of the water supplied in the drying steam water supply step (S502) to be lower than a steam outlet hole provided in the pump and for exhausting steam. a drying steam water supply step (S502) in which water is supplied to the pump ; and a drying steam supply step (S504) in which steam generated in the pump is supplied to the tub so as to dry the washing objects, and controlling a water level of the water supplied in the drying steam water supply step (S502) to be lower than a steam outlet hole provided in the pump and for exhausting steam.
Powder having a BET value of less than 10 m 2 /g, comprising particles comprising a matrix material and silicon-based domains dispersed in this matrix material, whereby the matrix material is carbon or a material that can be thermally decomposed to carbon, characterized in that either part of the silicon-based domains are present in the form of agglomerates of silicon-based domains whereby at least 98% of these agglomerates have a maximum size of 1μm or less, or the silicon-based domains are not at all agglomerated into agglomerates.
A system comprising a processor and an energy delivery device comprising an ablation probe, wherein the processor is configured to: identify a target tissue region adjusted for ablation-related anatomical changes , wherein identifying the target tissue region adjusted for expected ablation-related anatomical changes comprises: receiving information regarding the tissue region and the energy delivery device; computing contraction deformations within the tissue region; and identifying the target tissue region adjusted for ablation-related anatomical changes; and adjusting an amount of energy delivered during the ablation procedure if a predicted contraction point distance and/or direction for one or more contraction points is inconsistent with an actual respective contraction point distance and/or direction. identify a target tissue region adjusted for ablation-related anatomical changes , wherein identifying the target tissue region adjusted for expected ablation-related anatomical changes comprises: receiving information regarding the tissue region and the energy delivery device; computing contraction deformations within the tissue region; and identifying the target tissue region adjusted for ablation-related anatomical changes; and adjusting an amount of energy delivered during the ablation procedure if a predicted contraction point distance and/or direction for one or more contraction points is inconsistent with an actual respective contraction point distance and/or direction. receiving information regarding the tissue region and the energy delivery device; computing contraction deformations within the tissue region; and identifying the target tissue region adjusted for ablation-related anatomical changes; and adjusting an amount of energy delivered during the ablation procedure if a predicted contraction point distance and/or direction for one or more contraction points is inconsistent with an actual respective contraction point distance and/or direction.
A method, comprising: adding to a used hydrocarbon lubricant comprising a Group II or Group III oil from about 2 percent by weight to about 20 percent by weight, based on the weight of the used hydrocarbon lubricant, of a polyhydroxy polypropylene oxide homopolymer having a hydroxyl number of from about 12 mg KOH/g to about 58 mg KOH/g as measured according to ASTM D4274, wherein the used hydrocarbon lubricant: (a) comprises sludge or varnish and/or (b) has a change in atomic oxygen of at least about 0.3 weight percent compared to the weight of atomic oxygen of the hydrocarbon lubricant as originally formulated and/or (c) has an increase in ΔE of at least about 25 in the Membrane Patch Colorimetry test, ASTM D7843 compared to the hydrocarbon lubricant as originally formulated and wherein the used hydrocarbon lubricant has an ISO Viscosity Grade of at least 46 and is free of zinc dialkylthiophosphate and other zinc coordination compounds. adding to a used hydrocarbon lubricant comprising a Group II or Group III oil from about 2 percent by weight to about 20 percent by weight, based on the weight of the used hydrocarbon lubricant, of a polyhydroxy polypropylene oxide homopolymer having a hydroxyl number of from about 12 mg KOH/g to about 58 mg KOH/g as measured according to ASTM D4274, wherein the used hydrocarbon lubricant: (a) comprises sludge or varnish and/or (b) has a change in atomic oxygen of at least about 0.3 weight percent compared to the weight of atomic oxygen of the hydrocarbon lubricant as originally formulated and/or (c) has an increase in ΔE of at least about 25 in the Membrane Patch Colorimetry test, ASTM D7843 compared to the hydrocarbon lubricant as originally formulated and wherein the used hydrocarbon lubricant has an ISO Viscosity Grade of at least 46 and is free of zinc dialkylthiophosphate and other zinc coordination compounds.
A spray head for a spray assembly structured to apply a coating to a plurality of can ends , the spray assembly comprising a power source and a motion control mechanism , said spray head comprising: a mounting member ; a singular longitudinal axis of rotation; a rotatable pivotal shaft including a first end movably coupled to the mounting member , and a second end disposed opposite and distal from the first end ; a gun assembly comprising a first spray gun and a second spray gun coupled to the pivotal shaft proximate the second end ; and a transfer mechanism structured to transfer an oscillating motion that is induced by the motion control mechanism from the motion control mechanism to the pivotal shaft , wherein the first and second spray guns rotate about said singular longitudinal axis of rotation to apply the coating to the can ends in accordance with said oscillating motion. a mounting member ; a singular longitudinal axis of rotation; a rotatable pivotal shaft including a first end movably coupled to the mounting member , and a second end disposed opposite and distal from the first end ; a gun assembly comprising a first spray gun and a second spray gun coupled to the pivotal shaft proximate the second end ; and a transfer mechanism structured to transfer an oscillating motion that is induced by the motion control mechanism from the motion control mechanism to the pivotal shaft , wherein the first and second spray guns rotate about said singular longitudinal axis of rotation to apply the coating to the can ends in accordance with said oscillating motion.
An agricultural working machine , in particular a tractor, comprising - a vehicle frame , - at least two wheel axles , - at least three wheels , - a control system , as well as - an operating device which is connected to the control system , wherein the wheel axles are at least indirectly connected to the vehicle frame in a force-transmitting manner, wherein at least one wheel axle is formed by a floating axle which is pivotably mounted about a pivot axis relative to the vehicle frame , wherein, on the floating axle , at least one wheel is formed by a steerable wheel which is pivotable about a steering axis relative to the floating axle in a manner such that a steering angle of the steerable wheel with respect to a longitudinal direction of the working machine can be modified, wherein the steering behaviour of the working machine can be controlled by means of the control system avoiding a collision of the steerable wheel with other parts of the machine, characterized in that a pivot angle , through which the floating axle can be pivoted about the pivot axis relative to the vehicle frame , is limited by means of the control system as a function of a specified maximum steering angle of the at least one steerable wheel , and the maximum possible steering angle is specified as a function of a working mode selected on the operating device, in particular a cultivation operation and/or front loader operation and/or ground travel operation. - a vehicle frame , - at least two wheel axles , - at least three wheels , - a control system , as well as - an operating device which is connected to the control system , wherein the wheel axles are at least indirectly connected to the vehicle frame in a force-transmitting manner, wherein at least one wheel axle is formed by a floating axle which is pivotably mounted about a pivot axis relative to the vehicle frame , wherein, on the floating axle , at least one wheel is formed by a steerable wheel which is pivotable about a steering axis relative to the floating axle in a manner such that a steering angle of the steerable wheel with respect to a longitudinal direction of the working machine can be modified, wherein the steering behaviour of the working machine can be controlled by means of the control system avoiding a collision of the steerable wheel with other parts of the machine, characterized in that a pivot angle , through which the floating axle can be pivoted about the pivot axis relative to the vehicle frame , is limited by means of the control system as a function of a specified maximum steering angle of the at least one steerable wheel , and the maximum possible steering angle is specified as a function of a working mode selected on the operating device, in particular a cultivation operation and/or front loader operation and/or ground travel operation.