mhurhangee/patent-ind-claim-en huggingface dataset:
A vegetation cutting device comprising: a deck and a plurality of wheels attached to the deck to move the vegetation cutting device over a surface, a rear portion of the deck having a platform for a user to stand on; and a handle assembly connected to the deck, the handle assembly having a walk position extending rearwardly, and characterised in that the handle assembly has a ride position extending forwardly. a deck and a plurality of wheels attached to the deck to move the vegetation cutting device over a surface, a rear portion of the deck having a platform for a user to stand on; and a handle assembly connected to the deck, the handle assembly having a walk position extending rearwardly, and characterised in that the handle assembly has a ride position extending forwardly.
A gas cell for the spectroscopic, in particular absorption spectroscopic, analysis of a gas, in which the gas is exposed to an incoming beam (S) of electromagnetic radiation and a beam of electromagnetic radiation (S A ) emerging from the gas is detected to form a measurement signal, wherein the gas cell comprises a body made of a porous material that scatters electromagnetic radiation, and a coupling device for coupling the incoming beam (S) into the gas cell and a decoupling device for decoupling the emerging beam (S A ) from the gas cell , characterized in that a material-free cavity is formed in the body , which cavity is enclosed by an inner surface which extends within the material and both diffusely reflects and transmits the electromagnetic radiation.
An apparatus of a network entity, the apparatus comprising circuitry adapted to: receive, from a user equipment, UE, a combined scheduling request, SR, and a buffer status report group indicator, BSRGI, in a single subframe, wherein a buffer status report, BSR, is divided into two or more groups and the BSRGI is used to indicate to which BSR group the BSR belongs, wherein a value of the BSRGI is based on a BSR group threshold indicating a maximum buffer size for the value of the BSRGI, wherein the BSR group threshold is based on a power control factor of the UE or uplink Channel State Information, CSI, for the UE, wherein the BSRGI is added to an end of the CSI; configure uplink resource scheduling in reply to the combined SR and BSRGI; and transmit, to the UE, the uplink resource scheduling. receive, from a user equipment, UE, a combined scheduling request, SR, and a buffer status report group indicator, BSRGI, in a single subframe, wherein a buffer status report, BSR, is divided into two or more groups and the BSRGI is used to indicate to which BSR group the BSR belongs, wherein a value of the BSRGI is based on a BSR group threshold indicating a maximum buffer size for the value of the BSRGI, wherein the BSR group threshold is based on a power control factor of the UE or uplink Channel State Information, CSI, for the UE, wherein the BSRGI is added to an end of the CSI; configure uplink resource scheduling in reply to the combined SR and BSRGI; and transmit, to the UE, the uplink resource scheduling.
A computer-implemented method for performing gridless simulation of a fluvio-deltaic environment, the method comprising: generating a set of channel centerlines corresponding to a set of channels that are indicative of flow units of a reservoir , wherein generating the set of channel centerlines of the reservoir comprises: selecting a seed point for each channel of the reservoir ; assigning each seed point a direction of propagation , wherein assigning each seed point a direction of propagation comprises constructing a probability distribution of azimuths for each seed point ; and iteratively generating each channel of the reservoir ; and generating channel widths for each of the channel centerlines . generating a set of channel centerlines corresponding to a set of channels that are indicative of flow units of a reservoir , wherein generating the set of channel centerlines of the reservoir comprises: selecting a seed point for each channel of the reservoir ; assigning each seed point a direction of propagation , wherein assigning each seed point a direction of propagation comprises constructing a probability distribution of azimuths for each seed point ; and iteratively generating each channel of the reservoir ; and selecting a seed point for each channel of the reservoir ; assigning each seed point a direction of propagation , wherein assigning each seed point a direction of propagation comprises constructing a probability distribution of azimuths for each seed point ; and iteratively generating each channel of the reservoir ; generating channel widths for each of the channel centerlines .
The method of arc-welding Zn-based plated steel sheets , in which an inter-sheet gap in a range of 0.2 to 1.5 mm is provided, and welding is performed by moving a welding means along an overlaid portion of the steel sheets to be welded and joined, the method comprising: a first step of moving the welding means at a first welding speed from a welding start point, and applying a first welding heat input to perform welding, and being characterised by the following steps : second step of, after the first step, moving the welding means at a second welding speed, and applying a second welding heat input to perform welding and a third step of, after the second step, stopping the movement of the welding means, and performing welding for 0.1 to 2 seconds at a position where the welding means is stopped and wherein the first step includes a welding section welded under conditions where the first welding speed is smaller than the second welding speed, and the first welding heat input is larger than the second welding heat input, and the third step includes performing welding at a welding current and a welding voltage lower than those used in the second step. a first step of moving the welding means at a first welding speed from a welding start point, and applying a first welding heat input to perform welding, and being characterised by the following steps : second step of, after the first step, moving the welding means at a second welding speed, and applying a second welding heat input to perform welding and a third step of, after the second step, stopping the movement of the welding means, and performing welding for 0.1 to 2 seconds at a position where the welding means is stopped and wherein the first step includes a welding section welded under conditions where the first welding speed is smaller than the second welding speed, and the first welding heat input is larger than the second welding heat input, and the third step includes performing welding at a welding current and a welding voltage lower than those used in the second step. second step of, after the first step, moving the welding means at a second welding speed, and applying a second welding heat input to perform welding and a third step of, after the second step, stopping the movement of the welding means, and performing welding for 0.1 to 2 seconds at a position where the welding means is stopped and wherein the first step includes a welding section welded under conditions where the first welding speed is smaller than the second welding speed, and the first welding heat input is larger than the second welding heat input, and the third step includes performing welding at a welding current and a welding voltage lower than those used in the second step.
A stereotactic perineum positioning device for magnetic resonance, MR, imaging, the stereotactic perineum positioning device comprising: a frame ; a patient receive coil rigidly mounted to the frame; and a fiducial array rigidly mounted to the frame, characterized in that the fiducial array comprises three distinct MR-visible fiducials and a fiducial receive coil wrapped around the three distinct MR-visible fiducials.
A foaming sunscreen composition, comprising: an oil-in-water emulsion, comprising a continuous water phase comprising from 0.75% to 6% by weight of a superhydrophilic amphiphilic copolymer, based on total weight of the foaming sunscreen composition, wherein the superhydrophilic amphiphilic copolymer is a starch based polysaccharide modified with one or more hydrophobic reagents, wherein the total amount of superhydrophilic amphiphilic copolymer in the continuous water phase is 0.75% to 6% based on the total weight of the sunscreen composition; and a discontinuous oil phase dispersed in the water phase, wherein the discontinuous oil phase comprises a UV absorbing compound and is substantially free of an oil soluble polymer, wherein the oil phase comprises 80% or more by weight of the UV absorbing compound and wherein the foaming sunscreen composition is essentially free of monomeric surfactant. a continuous water phase comprising from 0.75% to 6% by weight of a superhydrophilic amphiphilic copolymer, based on total weight of the foaming sunscreen composition, wherein the superhydrophilic amphiphilic copolymer is a starch based polysaccharide modified with one or more hydrophobic reagents, wherein the total amount of superhydrophilic amphiphilic copolymer in the continuous water phase is 0.75% to 6% based on the total weight of the sunscreen composition; and a discontinuous oil phase dispersed in the water phase,
A computer device operable with a user's eye movement, the device comprising: means for detecting the user's eye movement; the device being characterized in that it also comprises: means for analyzing the user's eye movement to specify an eye movement pattern in the detected user's eye movement and a plurality of threshold time periods for completing the eye movement pattern; means for determining a command associated with a combination of the eye movement pattern and one of said plurality of threshold time periods; and means for operating the device according to the command if the eye movement pattern is completed within said one of said plurality of threshold time periods. means for analyzing the user's eye movement to specify an eye movement pattern in the detected user's eye movement and a plurality of threshold time periods for completing the eye movement pattern; means for determining a command associated with a combination of the eye movement pattern and one of said plurality of threshold time periods; and means for operating the device according to the command if the eye movement pattern is completed within said one of said plurality of threshold time periods.
A method for detecting an open circuit state failure in a piezoelectric element connection, the method comprising: exciting a piezoelectric element with an electrical excitation signal, and monitoring and evaluating an electrical output signal generated by the piezoelectric element in response to the excitation signal, characterised in that the excitation signal is a pulse train, wherein a frequency of the pulse train is chosen such that the piezoelectric element acts as a low pass filter. exciting a piezoelectric element with an electrical excitation signal, and monitoring and evaluating an electrical output signal generated by the piezoelectric element in response to the excitation signal, characterised in that the excitation signal is a pulse train, wherein a frequency of the pulse train is chosen such that the piezoelectric element acts as a low pass filter.
A method for ploughing farmland, using an autonomous tractor and connected thereto a swivel plough comprising a first and a second mouldboard, extending in parallel and positioned on opposite sides of a common axle, the method comprising: - crossing the farmland with the tractor and swivel plough connected thereto along a line that extends in a longitudinal direction from a first location on the farmland to a second location on the farmland, while the first mouldboard is in contact with the farmland to turn its soil, and the second mouldboard is raised above the farmland, - adjacent the second location, lifting the swivel plough such that the first mouldboard is raised above the farmland and thereafter rotating the swivel plough around the axle to bring the second mouldboard in the position the first mouldboard had relative to the tractor when crossing the farmland from the first location to the second location, - crossing the farmland with the tractor and swivel plough connected thereto adjacent the said line, moving in opposite direction while the second mouldboard is in contact with the farmland to turn its soil, and the first mouldboard is raised above the farmland, characterised in that the swivel plough is rotated when the axle is in an upright position. - crossing the farmland with the tractor and swivel plough connected thereto along a line that extends in a longitudinal direction from a first location on the farmland to a second location on the farmland, while the first mouldboard is in contact with the farmland to turn its soil, and the second mouldboard is raised above the farmland, - adjacent the second location, lifting the swivel plough such that the first mouldboard is raised above the farmland and thereafter rotating the swivel plough around the axle to bring the second mouldboard in the position the first mouldboard had relative to the tractor when crossing the farmland from the first location to the second location, - crossing the farmland with the tractor and swivel plough connected thereto adjacent the said line, moving in opposite direction while the second mouldboard is in contact with the farmland to turn its soil, and the first mouldboard is raised above the farmland,
Tyre for vehicle wheels, comprising a tread band having a plurality of blocks , at least some of said blocks comprising at least one sipe extending from an axially outer portion of the block up to an axially inner portion of the block and from a radially outer face of the block towards a radially inner portion of the block , wherein said sipe extends from said axially outer portion of the block to said axially inner portion of the block along a predetermined trajectory and comprises, in any cross-section perpendicular to said predetermined trajectory, a main portion having a first radial dimension (H1) and a first transversal dimension (L1) and, in a radially inner position with respect to said main portion and adjacent to the radially inner portion of the block , a bottom portion having a second radial dimension (H2) smaller than said first radial dimension (H1) and a second transversal dimension (L2) greater than said first transversal dimension (L1), wherein the second transversal dimension (L2) measured in a first cross-section of the sipe taken at at least one of said axially outer portion of the block and said axially inner portion of the block is greater than the second transversal dimension (L2) measured in a second cross-section of the sipe taken at a portion of the block axially arranged between said axially outer portion of the block and said axially inner portion of the block , wherein said at least one sipe comprises an axially outer portion , an axially inner portion and a central portion defined between said axially outer portion and said axially inner portion , characterised in that said at least one sipe comprises, in said central portion , at least one area in which said predetermined trajectory is not rectilinear.
A smart water timer system for controlling an amount of water delivered to a lawn, said smart water timer system comprising: a controller for opening and closing a water valve, a receiving unit in communication with the controller ; and a moisture sensing unit in wireless communication with the receiving unit ; wherein the moisture sensing unit comprises a selection means for a user to select a desired soil moisture range, wherein said controller is a water timer and said water valve is positioned inside said water timer wherein the water timer comprises a water input and a water output, for connecting a sprinkler , the water timer is programmed to turn on at a scheduled interval(s) for watering the lawn, and a transmitter of the moisture unit is configured to send a signal to the water timer to turn off or remain off. a controller for opening and closing a water valve, a receiving unit in communication with the controller ; and a moisture sensing unit in wireless communication with the receiving unit ; wherein the moisture sensing unit comprises a selection means for a user to select a desired soil moisture range, wherein said controller is a water timer and said water valve is positioned inside said water timer wherein the water timer comprises a water input and a water output, for connecting a sprinkler , the water timer is programmed to turn on at a scheduled interval(s) for watering the lawn, and a transmitter of the moisture unit is configured to send a signal to the water timer to turn off or remain off.
A composition comprising a plastic material and a content of from 50 to 90% by weight of an additive, wherein said additive comprises zinc oxide that has been treated with a silicon compound, wherein said zinc oxide has a specific surface area (BET) of from 0.5 m 2 /g to 6 m 2 /g before being treated with a silicon compound.
A process for casting a single crystal axisymmetric thick walled tube , the process comprising: forming an axisymmetric single crystal ring seed around a circular internal core , wherein the ring seed has an inner diameter , characterised in that : the ring seed has a taper on the inner diameter , the internal core has an outer diameter and a matching taper on the outer diameter , said matching taper matching the taper of the inner diameter of the axisymmetric single crystal ring seed , and said internal core being free to translate in a vertical direction relative to the axisymmetric single crystal ring seed ; and the process further comprises heating said axisymmetric single crystal ring seed so as to expand said axisymmetric single crystal ring seed relative to said internal core , and allowing said circular internal core to translate relative to said axisymmetric single crystal ring seed in a direction of the force of gravity, thereby maintaining contact between said circular internal core and said axisymmetric single crystal ring seed . the ring seed has a taper on the inner diameter , the internal core has an outer diameter and a matching taper on the outer diameter , said matching taper matching the taper of the inner diameter of the axisymmetric single crystal ring seed , and said internal core being free to translate in a vertical direction relative to the axisymmetric single crystal ring seed ; and the process further comprises heating said axisymmetric single crystal ring seed so as to expand said axisymmetric single crystal ring seed relative to said internal core , and allowing said circular internal core to translate relative to said axisymmetric single crystal ring seed in a direction of the force of gravity, thereby maintaining contact between said circular internal core and said axisymmetric single crystal ring seed .
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements with two rows of comb-like cutting teeth at opposite edges thereof and at least one field of cutting perforations between said rows of comb-like cutting teeth , wherein said cutting elements are movably supported relative to each other by a support structure , wherein the cutting perforations are arranged in two separate elongated fields of perforations which are separated from each other by an elongated unperforated center section of an outer one of said cutting elements defining a skin contact surface, and which include each at least two rows of perforations extending along the rows of comb-like cutting teeth wherein said separate elongated fields of perforations are separated from said rows of comb-like teeth by elongated, unperforated side sections of said outer cutting element characterized in that said support structure includes a pair of support ribs supporting an inner one of said cutting elements under said unperforated side sections along outer boundaries of said fields of perforations and/or wherein said inner cutting element extends unsupported under said unperforated center section between said fields of said perforations.
A connecting device for coupling a rinsing system to a channel of a surgical instrument, which channel is to be cleaned, in particular an endoscope channel of an endoscope , wherein the connecting device comprises a supply-side coupling device having an accommodating channel , which accommodating channel is designed to accommodate a connecting element which extends within the accommodating channel in a longitudinal axial direction (A) of the accommodating channel in the connected state and which is provided at the end of a connecting channel which communicates with the channel of the surgical instrument, which channel is to be cleaned, wherein the accommodating channel is connected to the rinsing system in order to feed rinsing liquid to the channel to be cleaned, wherein the coupling device comprises a sealing element, wherein the sealing element is elastic and means for hydraulically and/or pneumatically actuating the sealing element are provided, wherein the hydraulically and/or pneumatically actuated sealing element reduces a cross-section of the accommodating channel in the region of the sealing element by means of an expansion transverse to the longitudinal axial direction (A) such that a liquid-tight connection of the connecting element to the coupling device can be or is provided, characterized in that an overpressure chamber and a compressed air supply are provided, wherein the compressed air supply is connected to the overpressure chamber , and the sealing element forms at least one section of a wall of the overpressure chamber , the coupling device comprises the overpressure chamber , wherein the overpressure chamber extends along an outer perimeter of the accommodating channel , and wherein the sealing element is a sealing membrane which delimits the overpressure chamber at an inner wall of the overpressure chamber , the inner wall facing the accommodating channel , and an outer component of the coupling device comprises an overpressure chamber connected to a compressed air supply , wherein the inner wall of the overpressure chamber is interrupted in a ring-shaped manner along the perimeter of the accommodating channel such that the inner wall has an annular gap , wherein the annular gap is sealed with the elastic sealing membrane as the sealing element.