mhurhangee/ep-ind-claims huggingface dataset:
A grease composition comprising: a base oil which is a blend oil of a synthetic hydrocarbon oil and a highly purified mineral oil with a pour point of -35°C or less at a ratio by mass of 100:0 to 30:70; a thickener represented by formula: R 1 -NHCONH-R 2 -NHCONH-R 3 wherein R 2 is a bivalent aromatic hydrocarbon group having 6 to 15 carbon atoms; and R 1 and R 3, which may be the same or different, represent a cyclohexyl group or a straight-chain or branched alkyl group having 8 to 18 carbon atoms, with [((the number of moles of the alkyl groups) / (the number of moles of the alkyl groups + the number of moles of the cyclohexyl groups)) x 100] being 30 to 100%; and an alkenylsuccinic anhydride, wherein the synthetic hydrocarbon oil comprises a synthetic hydrocarbon oil component with a kinematic viscosity at 40°C of 300 mm 2 /s or more, wherein the highly purified mineral oil refers to a mineral oil provided with a pour point lower than the pour point of unpurified mineral oil by carrying out a dewaxing step, and wherein, when the grease composition optionally further comprises other base oil components, the other base oil components are selected from the group consisting of ether type synthetic oils, polyglycol type synthetic oils, silicone type synthetic oils, and fluorine type synthetic oils. a base oil which is a blend oil of a synthetic hydrocarbon oil and a highly purified mineral oil with a pour point of -35°C or less at a ratio by mass of 100:0 to 30:70; a thickener represented by formula: R 1 -NHCONH-R 2 -NHCONH-R 3 wherein R 2 is a bivalent aromatic hydrocarbon group having 6 to 15 carbon atoms; and R 1 and R 3, which may be the same or different, represent a cyclohexyl group or a straight-chain or branched alkyl group having 8 to 18 carbon atoms, with [((the number of moles of the alkyl groups) / (the number of moles of the alkyl groups + the number of moles of the cyclohexyl groups)) x 100] being 30 to 100%; and an alkenylsuccinic anhydride,
A method performed by a Radio Network Node, RNN, for enabling an improved reception of Positioning Reference Signals, PRSs, at a communications device, wherein the RNN and the communications device are operating in a wireless communications network, and wherein the method comprises: - selecting a first precoder and a second precoder for forming a first beam and a second beam, respectively; - obtaining a precoding switching pattern relating to when the first precoder is to be applied to one or more first PRS symbols and when the second precoder is to be applied to one or more second PRS symbols by selecting the precoding switching pattern randomly; - transmitting, to the communications device, the one or more first PRS symbols to which the first precoder is applied; and - in accordance with the obtained precoding switching pattern, transmitting, to the communications device,the one or more second PRS symbols to which the second precoder is applied. - selecting a first precoder and a second precoder for forming a first beam and a second beam, respectively; - obtaining a precoding switching pattern relating to when the first precoder is to be applied to one or more first PRS symbols and when the second precoder is to be applied to one or more second PRS symbols by selecting the precoding switching pattern randomly; - transmitting, to the communications device, the one or more first PRS symbols to which the first precoder is applied; and - in accordance with the obtained precoding switching pattern, transmitting, to the communications device,the one or more second PRS symbols to which the second precoder is applied.
Roof rack attachment arrangement for a roof rack for carrying a load on a vehicle roof comprising an elongated attachment member body and a load carrier foot, said load carrier foot comprising a coupling member, said attachment member body having a length along a longitudinal axis thereof, said attachment member body comprising a first portion being a first coupling portion that is configured to be attached to a vehicle and a second portion being a second coupling portion that is configured to be attached to the coupling member of the load carrier foot, wherein the attachment member body is configured to be movable between an operative position and a storage position, wherein the attachment member body in a use position is configured to extend from a fixed point attachment of a vehicle to the coupling member of the load carrier foot in a first longitudinal direction, and wherein the attachment member body in a storage position is configured to extend from a fixed point attachment of a vehicle in a direction that is away from the first longitudinal direction.
A control and safety system suitable for conveyance circuits of pressurized fluids provided with at least one process valve, said system comprising: - a pressure reducer, - a control valve, - a secondary valve, - a driving element, - a shuttle valve, - a flow amplifier valve, - a single-acting actuator, the system being a single circuit in which: - a supply line of a working fluid is directly connected to the pressure reducer, to the control valve and to the flow amplifier valve, - the secondary valve is connected downstream of the pressure reducer, - the control valve and the secondary valve are both connected to the shuttle valve, which manages the working fluid supply to a pilot of the flow amplifier valve, - the flow amplifier valve connects the single-acting actuator to the working fluid supply line or to a discharge line and is configured to load or discharge the actuator according to the pressure signal that reaches the pilot of the flow amplifier valve; the system being therefore configured to actuate a partial stroke maneuver of the process valve, said partial stroke maneuver - taking place in the same or in shorter time than the time required by a real emergency maneuver of the process valve in emergency conditions, and - involving all the components used in the case of the real emergency maneuver in emergency conditions. - a pressure reducer, - a control valve, - a secondary valve, - a driving element, - a shuttle valve, - a flow amplifier valve, - a single-acting actuator, the system being a single circuit in which: - a supply line of a working fluid is directly connected to the pressure reducer, to the control valve and to the flow amplifier valve, - the secondary valve is connected downstream of the pressure reducer, - the control valve and the secondary valve are both connected to the shuttle valve, which manages the working fluid supply to a pilot of the flow amplifier valve, - the flow amplifier valve connects the single-acting actuator to the working fluid supply line or to a discharge line and is configured to load or discharge the actuator according to the pressure signal that reaches the pilot of the flow amplifier valve; - taking place in the same or in shorter time than the time required by a real emergency maneuver of the process valve in emergency conditions, and - involving all the components used in the case of the real emergency maneuver in emergency conditions.
A process for the production of a compound of formula by reacting the compound of formula with the compound of formula characterized in that the process is carried in the presence of at least one catalyst of formula (VIII) wherein M signifies a 3d element or a 4f element from the periodic table and x is 2, 3 or 4. M signifies a 3d element or a 4f element from the periodic table and x is 2, 3 or 4.
Method for island operation of at least two wind turbines (102a-102i) associated with a wind farm, said wind farm being configured for providing power generated by wind turbines in said wind farm to a main grid, the method comprising: detecting at least two or more deactivated wind turbines in said wind farm, said deactivated wind turbines being disconnected from said main grid; configuring at least one islanded local grid for electrically connecting said two or more deactivated wind turbines; activating at least one of said deactivated wind turbines using a black start operation; connecting said at least one activated wind turbine and at least one of said deactivated wind turbines to said local grid, said activated wind turbine acting as a power supply for said at least one deactivated wind turbine connected to said local grid. detecting at least two or more deactivated wind turbines in said wind farm, said deactivated wind turbines being disconnected from said main grid; configuring at least one islanded local grid for electrically connecting said two or more deactivated wind turbines; activating at least one of said deactivated wind turbines using a black start operation; connecting said at least one activated wind turbine and at least one of said deactivated wind turbines to said local grid, said activated wind turbine acting as a power supply for said at least one deactivated wind turbine connected to said local grid.
Method for establishing at least one control rule for a communication session between a packet communication network and a mobile terminal attached to a mobile network, referred to as a user session, the user session being carried by a connection between the mobile terminal and a gateway (PGWn) of the mobile network, the gateway being connected to the packet communication network, a control session (CSn) being carried by a connection between the gateway and a control entity (PCRFn) of the mobile network, the method being carried out by the control entity and including: • a step of receiving a request to open the user session, the request including parameters representing the user session; • a step of determining at least one control rule applicable to the user session according to the parameters representing the user session; • a step of transmitting a response, including the at least one control rule; • a step (E702b) of determining a parameter corresponding to a status of said at least one control rule, referred to as the status, according to the parameters representing the user session, the status indicating whether the at least one control rule is non-modifiable during the user session; • according to the value of the status, a step (E702c) of inserting the status into the response, prior to the transmission step; • a step of releasing the control session if the determined status indicates that the at least one control rule is non-modifiable during the user session. • a step of receiving a request to open the user session, the request including parameters representing the user session; • a step of determining at least one control rule applicable to the user session according to the parameters representing the user session; • a step of transmitting a response, including the at least one control rule; • a step (E702b) of determining a parameter corresponding to a status of said at least one control rule, referred to as the status, according to the parameters representing the user session, the status indicating whether the at least one control rule is non-modifiable during the user session; • according to the value of the status, a step (E702c) of inserting the status into the response, prior to the transmission step; • a step of releasing the control session if the determined status indicates that the at least one control rule is non-modifiable during the user session.
A method of transporting products, the method comprising - providing a conveyor surface moving at a conveyor velocity; - providing products on the conveyor surface in a measurement zone, wherein the products move through the measurement zone with a product velocity that is at least initially different than the conveyor velocity, wherein a contact between the products and the relatively moving conveyor surface causes the products to accelerate or decelerate (a) in the measurement zone depending on a kinetic friction coefficient (μk) there between; - measuring with a sensor the acceleration or deceleration (a) of the products in the measurement zone for calculating a control signal indicative of the acceleration or deceleration (a); - receiving by a friction adjustment device the control signal indicative of the acceleration or deceleration (a) of the products in the measurement zone; and - controlling, by means of the friction adjustment device, the kinetic friction coefficient (μk) based on the control signal to keep the acceleration or deceleration (a) within a predetermined threshold range, wherein the kinetic friction coefficient (μk) is controlled by changing a surface property of the conveyor surface and/or surface of the products. - providing a conveyor surface moving at a conveyor velocity; - providing products on the conveyor surface in a measurement zone, wherein the products move through the measurement zone with a product velocity that is at least initially different than the conveyor velocity, wherein a contact between the products and the relatively moving conveyor surface causes the products to accelerate or decelerate (a) in the measurement zone depending on a kinetic friction coefficient (μk) there between; - measuring with a sensor the acceleration or deceleration (a) of the products in the measurement zone for calculating a control signal indicative of the acceleration or deceleration (a); - receiving by a friction adjustment device the control signal indicative of the acceleration or deceleration (a) of the products in the measurement zone; and - controlling, by means of the friction adjustment device, the kinetic friction coefficient (μk) based on the control signal to keep the acceleration or deceleration (a) within a predetermined threshold range, wherein the kinetic friction coefficient (μk) is controlled by changing a surface property of the conveyor surface and/or surface of the products.
Motor vehicle, comprising at least one linear lighting device for directly and/or indirectly lighting an interior of a motor vehicle, which extends at least in sections horizontally along at least one component of the motor vehicle and a position-sensing unit for detecting ego information describing a position and an orientation of the motor vehicle, characterised in that the lighting device is divided horizontally into a plurality of lighting segments which each have a set radiation profile, wherein the motor vehicle has a control device which is designed - to determine from location information provided by the navigation device of the motor vehicle, which describes at least one destination, wherein the destination is a destination of a current navigation of the navigation device and/or at least one destination provided from a database for future navigation, and ego information, direction information describing a direction of the destination in relation to the motor vehicle, - to select, in accordance with the direction information for the respective destination, a subgroup of lighting segments comprising at least one lighting segment to be activated and - to activate the respective lighting segment belonging to the subgroup according to a configuration specifying its lighting brightness and/or lighting colour and visualising the direction of the destination. - to determine from location information provided by the navigation device of the motor vehicle, which describes at least one destination, wherein the destination is a destination of a current navigation of the navigation device and/or at least one destination provided from a database for future navigation, and ego information, direction information describing a direction of the destination in relation to the motor vehicle, - to select, in accordance with the direction information for the respective destination, a subgroup of lighting segments comprising at least one lighting segment to be activated and - to activate the respective lighting segment belonging to the subgroup according to a configuration specifying its lighting brightness and/or lighting colour and visualising the direction of the destination.
A biodegradable chewing gum composition comprising: (a) a gum base; wherein the gum base contains at least one elastomer having an average molecular weight of at least 200,000; (b) at least one flavor; and/or at least one sweetener; and (c) at least one free-radical generator selected from the group consisting of chlorophyll, chlorophyllin, pheophytin, pyropheophytin, pheophorbide, phthalocyanine derivatives, riboflavin, myoglobin, heme, haemoglobin, and combinations thereof (a) a gum base; wherein the gum base contains at least one elastomer having an average molecular weight of at least 200,000; (b) at least one flavor; and/or at least one sweetener; and (c) at least one free-radical generator selected from the group consisting of chlorophyll, chlorophyllin, pheophytin, pyropheophytin, pheophorbide, phthalocyanine derivatives, riboflavin, myoglobin, heme, haemoglobin, and combinations thereof
A fixed bed reactor with thin layers intended for the treatment of solid particles with a size in the range 30 to 100 microns, said reactor being constituted by an assembly of similar modules operating in parallel, enclosed in a common vessel constituting the envelope of said reactor, each module comprising: - at least one partially porous envelope enclosing each thin layer of particles and having communication means with the outside of the reactor for admission of solid, and means distinct from the preceding means for its evacuation from said envelope; - a diffuser for reagent gas coupled to the porous inlet face of the porous envelope; - a collector (Cl) for effluents coupled to the porous outlet face of the porous envelope; - a pipe for admitting reagent gas into the diffuser, communicating with the exterior of the reactor; - a pipe for recovering reaction effluents communicating with the exterior of the reactor; - a pipe for admitting solid to be treated into the porous envelope; - a pipe for evacuating treated solid outside the porous envelope; - the assembly of pipes for admission of reagent gas, pipe for admission of solid to be treated and pipe for collecting effluents is disposed on an upper flange (Bs) which will close the upper portion of the reactor, and the set of modules being arranged inside the reactor so as to form an assembly with a planar geometry, each module having a height in the range 0.5 to 4 m, a width in the range 0.5 to 4 m, and a thickness of the thin layer of solid to be treated in the range 100 mm to 200 mm and the number of modules being in the range 4 to 12. - at least one partially porous envelope enclosing each thin layer of particles and having communication means with the outside of the reactor for admission of solid, and means distinct from the preceding means for its evacuation from said envelope; - a diffuser for reagent gas coupled to the porous inlet face of the porous envelope; - a collector (Cl) for effluents coupled to the porous outlet face of the porous envelope; - a pipe for admitting reagent gas into the diffuser, communicating with the exterior of the reactor; - a pipe for recovering reaction effluents communicating with the exterior of the reactor; - a pipe for admitting solid to be treated into the porous envelope; - a pipe for evacuating treated solid outside the porous envelope; - the assembly of pipes for admission of reagent gas, pipe for admission of solid to be treated and pipe for collecting effluents is disposed on an upper flange (Bs) which will close the upper portion of the reactor, and
Method for controlling the defrost of an evaporator in a refrigerator having a cooling circuit with a variable cooling capacity compressor, wherein it comprises the steps of assessing the cooling capacity of the cooling circuit and calculating the defrost time on the basis of such cooling capacity, characterized in that the cooling capacity is assessed on the basis of the inverter frequency driving the compressor and wherein the cooling capacity is assessed according to the following formula: CC = f freq ∼ A 0 + A 1 ⋅ freq where: freq is the frequency of the inverter driving the compressor. A0 and A 1 are experimental constants. freq is the frequency of the inverter driving the compressor. A0 and A 1 are experimental constants.
A medical implant system for coupling a hearing device to a user, comprising: a bone fixture configured to anchor to a bone of a recipient via outer threads of the bone fixture, wherein the bone fixture also includes internal threads; an abutment configured to be retainably connected to the bone fixture, wherein a first portion of the abutment is further configured to be in direct contact with the bone fixture and a second portion of the abutment defines a coupling portion configured to couple with the hearing device, wherein the abutment comprises an inner wall and an inner bottom; and a screw having a head, the screw configured to extend through the abutment, so as to bolt the abutment to the bone fixture by threading with the internal threads of the bone fixture such that the head rests on the abutment at a distance away from the bone fixture, wherein at least one of the bone fixture or the abutment includes a deformable element configured to deform to form an anti-microbial seal between the bone fixture and the abutment, wherein the deformable element and at least one of the bone fixture or the abutment are configured to deform upon threadably tightening of the screw, thereby pressing the abutment against the bone fixture to form the anti-microbial seal, wherein the deformable element is configured to deform against a contact surface of the other of the abutment or bone fixture, characterised in that the deformable element is an annular corner (19, 26, 36) or an annular ring (39, 17) or an annular relief. a bone fixture configured to anchor to a bone of a recipient via outer threads of the bone fixture, wherein the bone fixture also includes internal threads; an abutment configured to be retainably connected to the bone fixture, wherein a first portion of the abutment is further configured to be in direct contact with the bone fixture and a second portion of the abutment defines a coupling portion configured to couple with the hearing device, wherein the abutment comprises an inner wall and an inner bottom; and a screw having a head, the screw configured to extend through the abutment, so as to bolt the abutment to the bone fixture by threading with the internal threads of the bone fixture such that the head rests on the abutment at a distance away from the bone fixture, wherein at least one of the bone fixture or the abutment includes a deformable element configured to deform to form an anti-microbial seal between the bone fixture and the abutment, wherein the deformable element and at least one of the bone fixture or the abutment are configured to deform upon threadably tightening of the screw, thereby pressing the abutment against the bone fixture to form the anti-microbial seal, wherein the deformable element is configured to deform against a contact surface of the other of the abutment or bone fixture, characterised in that the deformable element is an annular corner (19, 26, 36) or an annular ring (39, 17) or an annular relief.