mhurhangee/patent-ind-claim-en huggingface dataset:
Electric propulsion system (S) comprising a first (L1) and a second (L2) propulsion line, operatively connectable individually to a common driving axle (X), each propulsion line comprising - an electric motor (M1, M2), - a gearbox (G1, G2) including at least two gear ratios (1st Gear, 2nd Gear) - a clutch (C1, C2) to connect/disconnect the related propulsion line from the driving axle (X), the system comprising processing means (ECU) configured to distribute a requested torque (TD) between said first and second propulsion lines and to select, for each propulsion line, a relating transmission ratio and wherein when it is requested to vary the transmission ratio of both the first and second propulsion lines, the processing means are configured for commanding - Interruption of the supply of driving torque and consequent variation of the transmission ratio, first in a first propulsion line which has a lower maximum deliverable torque between the two propulsion lines and, at the end of the variation of the transmission ratio, - Reactivation of the torque delivery of the first transmission line, interruption of torque delivery and consequent variation of the transmission ratio, in the other propulsion line and, at the end of the variation of the transmission ratio, - Reactivation of the torque delivery of the other transmission line. - an electric motor (M1, M2), - a gearbox (G1, G2) including at least two gear ratios (1st Gear, 2nd Gear) - a clutch (C1, C2) to connect/disconnect the related propulsion line from the driving axle (X), - Interruption of the supply of driving torque and consequent variation of the transmission ratio, first in a first propulsion line which has a lower maximum deliverable torque between the two propulsion lines and, at the end of the variation of the transmission ratio, - Reactivation of the torque delivery of the first transmission line, interruption of torque delivery and consequent variation of the transmission ratio, in the other propulsion line and, at the end of the variation of the transmission ratio, - Reactivation of the torque delivery of the other transmission line.
A system for automatically deploying at least one boat fender to protect a boat's hull, comprising: at least one fender receptacle , each said at least one fender receptacle configured to hold a boat fender in a stowed position and further configured to lower the boat fender from the stowed position into a deployed position capable of protecting the boat's hull; wherein the at least one boat fender is attached to a line , the line being coupled to a winch , the winch being coupled to a motor ; and a system controller comprising a plurality of software programming instructions stored in a memory and operating on a processor of a computing device; wherein the system controller directs the operation of the motor, and wherein the system controller receives GPS information pertaining to the boat, and sets a height of fenders deployed at the location or indicates a requirement for input to raise or lower the boat fender, the prompt being based at least in part on the GPS information; and wherein the system controller, based upon input instructions, directs the motor to lower the boat fender to the deployed position when the boat arrives at a predetermined distance from a dock or raise the fender from the deployed position after the boat has departed a predetermined distance from the dock. at least one fender receptacle , each said at least one fender receptacle configured to hold a boat fender in a stowed position and further configured to lower the boat fender from the stowed position into a deployed position capable of protecting the boat's hull; wherein the at least one boat fender is attached to a line , the line being coupled to a winch , the winch being coupled to a motor ; and a system controller comprising a plurality of software programming instructions stored in a memory and operating on a processor of a computing device; wherein the system controller directs the operation of the motor, and wherein the system controller receives GPS information pertaining to the boat, and sets a height of fenders deployed at the location or indicates a requirement for input to raise or lower the boat fender, the prompt being based at least in part on the GPS information; and wherein the system controller, based upon input instructions, directs the motor to lower the boat fender to the deployed position when the boat arrives at a predetermined distance from a dock or raise the fender from the deployed position after the boat has departed a predetermined distance from the dock.
A drilling mud composition, comprising: a first concentration of powdered latex; and a second concentration of sodium asphalt sulfonate (SAS), wherein the second concentration of SAS (by mass) is greater than or equal to the first concentration of latex (by mass); wherein the drilling mud composition comprises an oil-based carrier, wherein the first concentration of powdered latex is at least 2.85 kg/m 3 (1 pounds per barrel (lbm/bbl) with respect to the drilling mud composition and wherein the second concentration of SAS is at least 2.85 kg/m 3 (1 lbm/bbl). a first concentration of powdered latex; and a second concentration of sodium asphalt sulfonate (SAS), wherein the second concentration of SAS (by mass) is greater than or equal to the first concentration of latex (by mass); wherein the drilling mud composition comprises an oil-based carrier, wherein the first concentration of powdered latex is at least 2.85 kg/m 3 (1 pounds per barrel (lbm/bbl) with respect to the drilling mud composition and wherein the second concentration of SAS is at least 2.85 kg/m 3 (1 lbm/bbl).
A clutch for a drive train of a motor vehicle, comprising a pressure plate assembly , wherein the pressure plate assembly further comprises a clutch cover , a pressure plate displaceably received on the clutch cover , a diaphragm spring supported between the clutch cover and the pressure plate , and a pressure element that bears against a radially inner edge region of the diaphragm spring in order to actuate the diaphragm spring , the pressure element is provided with a plurality of first through-holes and the clutch cover is provided with a plurality of second through-holes , each first through-hole being aligned with a second through-hole in the axial direction of the clutch , characterized in that the clutch cover has a flange region which projects inwards beyond the diaphragm spring in the radial direction and into which the second through-holes are introduced.
A beverage comprising: catechin compound, being one or more selected from catechin, epicatechin, gallocatechin, epigallocatechin, catechin gallate, epicatechin gallate, gallocatechin gallate, and epigallocatechin gallate, at a content of 1 to 600 ppm; and RebD and/or RebM at a total content of 20 to 300 ppm; wherein a weight ratio B/A of the total content B of RebD and RebM to the content A of catechin compound is 0.43 to 3.00. catechin compound, being one or more selected from catechin, epicatechin, gallocatechin, epigallocatechin, catechin gallate, epicatechin gallate, gallocatechin gallate, and epigallocatechin gallate, at a content of 1 to 600 ppm; and RebD and/or RebM at a total content of 20 to 300 ppm;
A communication system comprising: a user equipment, UE; a first node; a second node; and a third node, wherein the first node is configured to: receive a registration request message transmitted by the UE, verify information indicating whether the UE has a subscription for specific service by decrypting the registration request message including the information and a first identifier, and send, to the second node, an authentication request message including a second identifier upon successful verification of the information, wherein the second node is configured to: verify the second identifier, and route, to the third node, the authentication request based on a third identifier included in the first identifier, and wherein the third node is configured to: decrypt the authentication request message, and transmit a response for providing the secure connection with the UE. a user equipment, UE; a first node; a second node; and a third node, wherein the first node is configured to: receive a registration request message transmitted by the UE, verify information indicating whether the UE has a subscription for specific service by decrypting the registration request message including the information and a first identifier, and send, to the second node, an authentication request message including a second identifier upon successful verification of the information, receive a registration request message transmitted by the UE, verify information indicating whether the UE has a subscription for specific service by decrypting the registration request message including the information and a first identifier, and send, to the second node, an authentication request message including a second identifier upon successful verification of the information, wherein the second node is configured to: verify the second identifier, and route, to the third node, the authentication request based on a third identifier included in the first identifier, and verify the second identifier, and route, to the third node, the authentication request based on a third identifier included in the first identifier, and wherein the third node is configured to: decrypt the authentication request message, and transmit a response for providing the secure connection with the UE. decrypt the authentication request message, and transmit a response for providing the secure connection with the UE.
A microelectromechanical system, MEMS, accelerometer comprising: a proof mass comprising first and second portions defining a plane and connected to each other by a coupler , wherein, in response to out-of-plane acceleration, the first portion of the proof mass is configured to rotate clockwise relative to an axis and the second portion of the proof mass is configured to rotate counterclockwise relative to the axis; a first anchor connecting the first portion of the proof mass to a substrate ; a second anchor connecting the second portion of the proof mass to a substrate; a first sensor configured to sense in-plane motion of the first portion of the proof mass in a first direction; a second sensor configured to sense in-plane motion of the first portion of the proof mass in a second direction different from the first direction; and wherein the first portion of the proof mass is connected to the first anchor by a tether that is: compliant with respect to translation of the first portion of the proof mass in the first direction, compliant with respect to translation of the first portion of the proof mass in the second direction, compliant with respect to out-of-plane rotation of the first portion of the proof mass, and stiff with respect to out-of-plane translation of the first portion of the proof mass. a proof mass comprising first and second portions defining a plane and connected to each other by a coupler , wherein, in response to out-of-plane acceleration, the first portion of the proof mass is configured to rotate clockwise relative to an axis and the second portion of the proof mass is configured to rotate counterclockwise relative to the axis; a first anchor connecting the first portion of the proof mass to a substrate ; a second anchor connecting the second portion of the proof mass to a substrate; a first sensor configured to sense in-plane motion of the first portion of the proof mass in a first direction; a second sensor configured to sense in-plane motion of the first portion of the proof mass in a second direction different from the first direction; and wherein the first portion of the proof mass is connected to the first anchor by a tether that is: compliant with respect to translation of the first portion of the proof mass in the first direction, compliant with respect to translation of the first portion of the proof mass in the second direction, compliant with respect to out-of-plane rotation of the first portion of the proof mass, and stiff with respect to out-of-plane translation of the first portion of the proof mass. compliant with respect to translation of the first portion of the proof mass in the first direction, compliant with respect to translation of the first portion of the proof mass in the second direction, compliant with respect to out-of-plane rotation of the first portion of the proof mass, and stiff with respect to out-of-plane translation of the first portion of the proof mass.
A capacitor component comprising a first busbar , a first electrode and a second electrode separated by a dielectric film, wherein the first electrode, the second electrode and the dielectric film are arranged in a annular ring with the first busbar arranged around the outer circumference of the annular ring, wherein the first busbar is in electrical contact with the first electrode and the first busbar includes a gap in a circumferential portion of the first busbar, characterised in that the gap is formed by a first end of the first busbar and a second end of the first busbar being disconnected to form a C shape.
Hob apparatus, in particular induction hob apparatus, with at least one housing unit , which, at least in the assembled state, embodies at least one part of an external housing, with at least one base body , which embodies at least one cooking surface, wherein the housing unit and the base body , at least in the assembled state, embody at least one interior for storing components, with at least one operating unit , with at least one support unit , which is provided to hold the operating unit , and with at least one space divider element which, at least in the assembled state, is arranged on a side of the support unit facing away from the operating unit , characterised in that the support unit has at least one engagement element , which, at least in the assembled state, passes at least partially through the space divider element , which subdivides the interior into at least two subspaces, wherein the space divider element is embodied as a shielding element.
A steel filament with diameter 'd' being the diameter of an imaginary circle having the same surface area as the perpendicular cross section to said steel filament expressed in millimeter for reinforcing rubber articles comprising a steel substrate coated with a coating comprising brass, said brass consisting of copper and zinc; said coating having an average thickness of 450 × d nanometer or more as determined by the total mass of copper and zinc of said brass; said brass having a mass of copper of between 61 to 75 mass percent compared to the total mass of copper and zinc in said brass, said thickness of said coating and said amount of copper in said brass being determined by wet chemical analytical methods, characterized in that said coating has an average iron content of from 4 to 10 atomic percent in the first layer, said first layer extending from the surface of said filament to a depth of 3 nanometer below said surface, said iron content being expressed as an atomic percent related to the total of iron, zinc and copper in said first layer, said iron, zinc and copper content being determined by X-Ray photo electron spectroscopy, said average being taken over the depth of said first layer and over 4 different spots on the surface of said steel filament. said brass consisting of copper and zinc; said coating having an average thickness of 450 × d nanometer or more as determined by the total mass of copper and zinc of said brass; said brass having a mass of copper of between 61 to 75 mass percent compared to the total mass of copper and zinc in said brass, said thickness of said coating and said amount of copper in said brass being determined by wet chemical analytical methods,
A frequency converter to control an electric motor with a converter housing intended for mounting on the motor housing , whereby an intermediate part replacing a terminal housing is fitted between the motor housing and the converter housing , where the converter housing consists of a lower housing section containing an interconnect device made up of the electronic component elements of the control and power electronics of the frequency converter and a housing cover, whereby the intermediate part has retainer elements providing mechanical attachment to the housing cover and where the underside of the lower housing section has an opening ; the whole characterised by the fact that, after the lower housing section has been attached to the intermediate part and before the housing cover is fitted, a terminal piece on the electric motor for attaching or removing electrical connecting wiring is accessible from the exterior through this opening .
A coffee grinding assembly comprising a coffee grinding device and a loading device , wherein - the coffee grinding device comprises a frame having a passage opening , - the coffee grinding device comprises grinding members inside the frame , which are configured to grind coffee beans and are arranged so that the ground coffee passes through the passage opening , and - the loading device is removably fixed outside of the frame of the coffee grinding device , the loading device being configured to interface the passage opening with at least one respective container , so that the ground coffee can be loaded from the passage opening to the container , characterized in that: - the frame has a fixing wall having a fixing aperture , - the loading device comprises a fixing pin which is slidably inserted through the fixing aperture , the fixing pin having a locking seat , - the coffee grinding device comprises a locking element which is movable along the fixing wall between a first position, in which the locking element engages the locking seat to stop the sliding movement of the fixing pin through the fixing aperture , and a second position, in which the locking element does not engage the locking seat . - the coffee grinding device comprises a frame having a passage opening , - the coffee grinding device comprises grinding members inside the frame , which are configured to grind coffee beans and are arranged so that the ground coffee passes through the passage opening , and - the loading device is removably fixed outside of the frame of the coffee grinding device , the loading device being configured to interface the passage opening with at least one respective container , so that the ground coffee can be loaded from the passage opening to the container , - the frame has a fixing wall having a fixing aperture , - the loading device comprises a fixing pin which is slidably inserted through the fixing aperture , the fixing pin having a locking seat , - the coffee grinding device comprises a locking element which is movable along the fixing wall between a first position, in which the locking element engages the locking seat to stop the sliding movement of the fixing pin through the fixing aperture , and a second position, in which the locking element does not engage the locking seat .
A method for managing power in an elevator system , the method comprising: storing a plurality of power profiles identifying a component to be turned off during a power savings mode; determining a time; selecting from the plurality of power profiles stored in a database a power profile which is to be applied in response to the time; sending a power command to an elevator controller in response to the component identified in the selected power profile ; and sending a power off signal to the component in response to the power command. storing a plurality of power profiles identifying a component to be turned off during a power savings mode; determining a time; selecting from the plurality of power profiles stored in a database a power profile which is to be applied in response to the time; sending a power command to an elevator controller in response to the component identified in the selected power profile ; and sending a power off signal to the component in response to the power command.
A machine for repairing a pipeline in a body of water, wherein the pipeline (2; 31) extends along a given longitudinal axis (A), the machine (1; 27; 40) comprising: - a frame configured to be clamped to the pipeline (2; 31); - an applicator configured to apply material along an outer surface of the pipeline (2; 31) and comprising a support body shaped as an open ring and configured to be arranged about the pipeline (2; 31); and - an actuating assembly , which is supported by the frame , is arranged between the frame and the applicator , has a distal end configured to support the applicator in a cantilevered fashion and in a rotatable manner, and is configured to displace the applicator along the longitudinal axis (A) and to rotate the applicator about the longitudinal axis (A), wherein the actuating assembly comprises: (i) an annular guide configured to support in a rotatable manner the applicator ; (ii) at least one actuator for the mechanical transmission of the rotational motion from the actuating assembly to the applicator ; (iii) a carriage slidingly coupled to the frame and configured to support the annular guide ; and (iv) an actuator for moving the carriage with respect to the frame . - a frame configured to be clamped to the pipeline (2; 31); - an applicator configured to apply material along an outer surface of the pipeline (2; 31) and comprising a support body shaped as an open ring and configured to be arranged about the pipeline (2; 31); and - an actuating assembly , which is supported by the frame , is arranged between the frame and the applicator , has a distal end configured to support the applicator in a cantilevered fashion and in a rotatable manner, and is configured to displace the applicator along the longitudinal axis (A) and to rotate the applicator about the longitudinal axis (A), wherein the actuating assembly comprises: (i) an annular guide configured to support in a rotatable manner the applicator ; (ii) at least one actuator for the mechanical transmission of the rotational motion from the actuating assembly to the applicator ; (iii) a carriage slidingly coupled to the frame and configured to support the annular guide ; and (iv) an actuator for moving the carriage with respect to the frame . (i) an annular guide configured to support in a rotatable manner the applicator ; (ii) at least one actuator for the mechanical transmission of the rotational motion from the actuating assembly to the applicator ; (iii) a carriage slidingly coupled to the frame and configured to support the annular guide ; and (iv) an actuator for moving the carriage with respect to the frame .
A process for preparing ammonia and urea in a joint facility, where a crude synthesis gas stream which contains at least the gases hydrogen, nitrogen and carbon dioxide is firstly compressed, then one substream of the crude synthesis gas is washed with ammonia, forming a purified synthesis gas stream depleted in carbon dioxide and also a condensate, where ammonia is synthesized from the purified synthesis gas stream which is depleted in carbon dioxide and urea is synthesized from the condensate to form an aqueous urea composition, characterized in that , in the preparation of ammonia and urea, the crude synthesis gas stream is compressed and then divided into two substreams, namely a first synthesis gas substream and a second synthesis gas substream, with only the first synthesis gas substream being scrubbed with liquid ammonia.