mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the volume or the mass of a filling material, comprising the steps of: assuming an empty profile detection mode in the absence of a filling material; emitting a transmission signal in various directions to the surface of the filling material; receiving the transmission signal reflected on at least the surface of the filling material; generating echo curves from the reflected and subsequently received transmission signal, and determining a corresponding direction from which the respective transmission signal was reflected; determining an interference point profile from these echo curves that corresponds to the location of interfering objects; identifying, on the basis of the interference point profile, angles of a main beam direction, at which the main beam direction intersects an interfering object; assuming a volume or mass detection mode in the presence of a filling material; generating further echo curves; determining the volume or the mass of the filling material from the further echo curves, based on the interference point profile. assuming an empty profile detection mode in the absence of a filling material; emitting a transmission signal in various directions to the surface of the filling material; receiving the transmission signal reflected on at least the surface of the filling material; generating echo curves from the reflected and subsequently received transmission signal, and determining a corresponding direction from which the respective transmission signal was reflected; determining an interference point profile from these echo curves that corresponds to the location of interfering objects; identifying, on the basis of the interference point profile, angles of a main beam direction, at which the main beam direction intersects an interfering object; assuming a volume or mass detection mode in the presence of a filling material; generating further echo curves; determining the volume or the mass of the filling material from the further echo curves, based on the interference point profile.
A method for a network operating in a wireless communication system, the network comprising a first base station, a second base station and a user equipment, LTE, the method comprising: transmitting, to the UE, information for configuring a first Medium Access Control, MAC, entity related to the first base station, and a second MAC entity related to the second base station; receiving, from the UE, power headroom reporting, PHR, triggered by the first MAC entity and the second MAC entity respectively, based on a first type event occurring in the first MAC entity; and receiving, from the LTE, PHR triggered by the first MAC entity only, based on a second type event occurring in the first MAC entity, characterized in that the first type event comprises: a prohibitPHR-Timer of the first MAC entity has expired when the first MAC entity has uplink resources for a new transmission and the following is true for a cell of activated serving cells belonging to the first MAC entity with configured uplink: i) there are UL resources allocated for transmission or there is a PUCCH transmission on the cell, and ii) a required power backoff due to power management for the cell has changed more than a threshold since a last transmission of a PHR to the first base station when the first MAC entity had LTL resources allocated for transmission or PUCCH transmission on the cell. transmitting, to the UE, information for configuring a first Medium Access Control, MAC, entity related to the first base station, and a second MAC entity related to the second base station; receiving, from the UE, power headroom reporting, PHR, triggered by the first MAC entity and the second MAC entity respectively, based on a first type event occurring in the first MAC entity; and receiving, from the LTE, PHR triggered by the first MAC entity only, based on a second type event occurring in the first MAC entity, characterized in that the first type event comprises: a prohibitPHR-Timer of the first MAC entity has expired when the first MAC entity has uplink resources for a new transmission and the following is true for a cell of activated serving cells belonging to the first MAC entity with configured uplink: i) there are UL resources allocated for transmission or there is a PUCCH transmission on the cell, and ii) a required power backoff due to power management for the cell has changed more than a threshold since a last transmission of a PHR to the first base station when the first MAC entity had LTL resources allocated for transmission or PUCCH transmission on the cell. i) there are UL resources allocated for transmission or there is a PUCCH transmission on the cell, and ii) a required power backoff due to power management for the cell has changed more than a threshold since a last transmission of a PHR to the first base station when the first MAC entity had LTL resources allocated for transmission or PUCCH transmission on the cell.
An agricultural vehicle, in particular a towing vehicle, for use in the execution of an agricultural operating procedure, with at least one attachment and/or transport trailer coupled to the rear region of the agricultural vehicle, with ground engaging means and with rear-side mud guards associated with the ground engaging means and which respectively radially cover a portion of the circumference of the associated ground engaging means, wherein the rear-side mud guards respectively have a stationary mud guard portion and an extension portion the position of which can be changed, wherein the position of the extension portion can be changed as a function of use, wherein the position of the extension portion can be changed automatically, in particular electrically or hydraulically, wherein the agricultural vehicle has a driver assistance system which has a memory for storing data, a computer device for processing the data stored in the memory and a user interface which provides at least one operating button, wherein, when in a manual mode, the driver assistance system is configured to change the position of the extension portion following an actuation of at least one operating button of the user interface by the operator, and/or wherein, when in an automatic mode, the driver assistance system is configured to automatically change the position of the extension portion, wherein the position of the extension portion can be changed between a minimum position and a maximum position, wherein in the maximum position, a larger portion of the circumference of the respective ground engaging means is covered than in the minimum position, characterized in that the driver assistance system is configured to adjust the minimum position and/or maximum position as a function of the attachment and/or transport trailer and/or as a function of the agricultural operating procedure to be carried out and/or as a function of the driving speed of the agricultural vehicle and/or to adjust the maximum position as a function of the size of the respective ground engaging means.
A downhole machining system for machining a casing in a borehole in a well having a top, comprising: - a first tool part having an axial extension and an anchoring section, - a second tool part adapted to rotate and move axially in relation to the first tool part, the second tool part comprising a machining bit which is movable in a direction radial in relation to the axial extension, - a first actuator comprising an electrical motor or a hydraulic cylinder instead of the motor for axially moving the second tool part in relation to the first tool part, - a second actuator comprising an electrical motor for rotating the second tool part in relation to the first tool part, and - a third actuator comprising an electrical motor for rotating the bit, wherein at least one of the actuators comprises a gear for changing a rotational speed of a rotor of the motor, and wherein the bit is moved radially in a bit housing, the bit has a piston end and a sharp end facing the casing, and the bit is moved radially in relation to the axial extension by means of an electrical motor driving a hydraulic cylinder which is in fluid communication with the bit housing pressing onto the piston end. - a first tool part having an axial extension and an anchoring section, - a second tool part adapted to rotate and move axially in relation to the first tool part, the second tool part comprising a machining bit which is movable in a direction radial in relation to the axial extension, - a first actuator comprising an electrical motor or a hydraulic cylinder instead of the motor for axially moving the second tool part in relation to the first tool part, - a second actuator comprising an electrical motor for rotating the second tool part in relation to the first tool part, and - a third actuator comprising an electrical motor for rotating the bit,
An antifouling coating composition for use to make an antifouling coating film, the antifouling coating composition containing a solid content which is a constituent component of the antifouling coating film, the solid content containing a resin component and a filler, the resin component including a fluorine-containing copolymer with or without a silicon-containing copolymer, the fluorine-containing copolymer including a fluorine-containing segment and an acrylic segment containing no fluorine or silicon, the silicon-containing copolymer including a silicon-containing segment and an acrylic segment containing no fluorine or silicon; the filler having a mean particle size falling within a range from 10 nm to 200 nm, the mean particle size referring to either a volume-based particle size calculated based on the filler's specific surface area measured by the BET method or an arithmetic mean of volume-based particle sizes calculated based on the filler's particle size distribution measured by the dynamic light scattering method. the solid content containing a resin component and a filler, the resin component including a fluorine-containing copolymer with or without a silicon-containing copolymer, the fluorine-containing copolymer including a fluorine-containing segment and an acrylic segment containing no fluorine or silicon, the silicon-containing copolymer including a silicon-containing segment and an acrylic segment containing no fluorine or silicon; the filler having a mean particle size falling within a range from 10 nm to 200 nm, the mean particle size referring to either a volume-based particle size calculated based on the filler's specific surface area measured by the BET method or an arithmetic mean of volume-based particle sizes calculated based on the filler's particle size distribution measured by the dynamic light scattering method.
A dialyzer comprising a tubular dialyzer housing in the interior of which a plurality of capillaries each extending in the longitudinal direction of the dialyzer housing and being juxtaposed transversely to the longitudinal direction is arranged, with a filler (20, 22) having a volume-increasing property being arranged between the inner wall of the dialyzer housing and the capillaries and which expands after introduction into the dialyzer housing, characterized in that the capillaries are wrapped with a film and the filler (20, 22) is arranged between the film and the inner wall of the dialyzer housing, wherein the filler is surrounded by a water-permeable film or the filler is a gel-type paste or a polymer foam adapted to be injected into the dialyzer housing. the capillaries are wrapped with a film and the filler (20, 22) is arranged between the film and the inner wall of the dialyzer housing, wherein the filler is surrounded by a water-permeable film or the filler is a gel-type paste or a polymer foam adapted to be injected into the dialyzer housing.
Storage container having: a body with a top wall, a bottom wall positioned opposite the top wall, a pair of opposite side walls extending between the top wall and the bottom wall, and a panel connecting the top wall, the bottom wall, and the pair of opposite side walls to define an interior storage space and a door opening disposed at a door end of the body and in communication with the interior storage space; and a pair of container doors having a container door hinge assembly secured to the pair of opposite side walls and movable between a container closed position covering the door opening and a container open position permitting access to the interior storage space; characterised in that the storage container is further comprising a modular door which is removably attachable to the body and covering the door opening with the pair of container doors in the container open position, wherein the modular door includes an outer panel having a plurality of modular door fastener receiving passageways and a door panel passageway extending through the outer panel, wherein the modular door includes a door panel disposed in the door panel passageway and movable with respect to the outer panel between a door open position and a door closed position. a body with a top wall, a bottom wall positioned opposite the top wall, a pair of opposite side walls extending between the top wall and the bottom wall, and a panel connecting the top wall, the bottom wall, and the pair of opposite side walls to define an interior storage space and a door opening disposed at a door end of the body and in communication with the interior storage space; and a pair of container doors having a container door hinge assembly secured to the pair of opposite side walls and movable between a container closed position covering the door opening and a container open position permitting access to the interior storage space; characterised in that the storage container is further comprising a modular door which is removably attachable to the body and covering the door opening with the pair of container doors in the container open position, wherein the modular door includes an outer panel having a plurality of modular door fastener receiving passageways and a door panel passageway extending through the outer panel, wherein the modular door includes a door panel disposed in the door panel passageway and movable with respect to the outer panel between a door open position and a door closed position.
An evaluation method of an external preparation for skin, comprising: a step of forming a coating film of an external preparation for skin on a base body; a step of subjecting the coating film of the external preparation for skin to heat treatment; and a step of measuring a protective effect of the coating film of the external preparation for skin subjected to the heat treatment against a UV ray, characterized in that the heat treatment is carried out in an environment shielded from UV rays. a step of forming a coating film of an external preparation for skin on a base body; a step of subjecting the coating film of the external preparation for skin to heat treatment; and a step of measuring a protective effect of the coating film of the external preparation for skin subjected to the heat treatment against a UV ray, characterized in that the heat treatment is carried out in an environment shielded from UV rays.
Use of a polyurethane foam forming composition for filling, in a window assembly, the gap between the window frame and the outer perimeter of the glass unit of the window assembly, the gap being situated outwards from the glass unit and in between the planes defined by a straight virtual extension of the outer facing and the inner facing surfaces of the at least one glass plate of the glass unit and which gap is assured by support blocks, whereby the foam forming composition is dispensed from a pressurized container and wherein the foam forming composition comprises at least one propellant or blowing agent in a total propellant concentration of at least 5 wt%, wherein the foam forming composition is a 1K composition or a 1.5K composition, and wherein the foam forming composition expands not more than 100% in volume when comparing the volume of the ultimate PU foam with the volume of the injected foam forming composition before the foaming.
Installation for treating water by flotation, comprising a substantially parallelepipedal assembly produced by connecting modules (2, 2a), said assembly comprising a contact tank which is provided with supply means for water to be treated including a perforated pipe provided longitudinally in its lower part and supply means for white water including a supply pipe for white water provided with nozzles, said supply pipe for white water being provided parallel and above said perforated pipe, a flotation tank which is provided with means for discharging treated water (7, 7a), said flotation tank being separated from said contact tank by a vertical wall, and means for discharging floated sludge, characterised in that said contact tank is provided along said flotation tank and delimits a single contact zone for said water to be treated with said white water, and in that said supply means for water to be treated are configured to distribute the water to be treated in said contact tank according to a longitudinal water supply flow through said perforated pipe, the water distribution flow in the flotation tank, which correspond to the flow of water which cross by overflow said vertical wall to go from the contact tank to the flotation tank, being perpendicular to said water supply flow in said contact tank.
A kit for correcting for variations in sample processing and/or biological matrix effects when performing biological assays, said kit comprising a normalization factor that does not bind an analyte from the biological sample to be assayed and that is coupled to a solid support, wherein the normalization factor is hFXIII, and a plurality of solid supports having binding members immobilize thereon that bind one or more analytes in the sample.
An apparatus, comprising: a mandrel; a slide member reciprocatable between a proximal position and a distal position along a slide portion of the mandrel and having a plurality of circumferentially and radially outwardly extending brush elements thereon sized to engage a well casing; a spring element disposed intermediate the slide member and the mandrel which biases the slide member to the proximal position; an actuatable downhole tool connected to the mandrel and operable by movement of the slide member from the proximal position to the distal position; wherein, disposing the brush elements in a transition mode intermediate a trailing up mode and a trailing down mode by reversing the direction of movement of the apparatus within the well casing frictionally engaged by the brush elements provides sufficient displacing force to the slide member to overcome the spring element and move the slide member to the distal position to actuate the actuatable downhole tool. a mandrel; a slide member reciprocatable between a proximal position and a distal position along a slide portion of the mandrel and having a plurality of circumferentially and radially outwardly extending brush elements thereon sized to engage a well casing; a spring element disposed intermediate the slide member and the mandrel which biases the slide member to the proximal position; an actuatable downhole tool connected to the mandrel and operable by movement of the slide member from the proximal position to the distal position; wherein, disposing the brush elements in a transition mode intermediate a trailing up mode and a trailing down mode by reversing the direction of movement of the apparatus within the well casing frictionally engaged by the brush elements provides sufficient displacing force to the slide member to overcome the spring element and move the slide member to the distal position to actuate the actuatable downhole tool.
A battery module comprising: a pouch-shaped battery cell array comprising two or more stacked pouch-shaped battery cells, each of which is configured to have a structure in which an electrode assembly, comprising a cathode, and anode, and a separator disposed between the cathode and the anode, is received in a battery case, which is configured to have a laminate sheet structure in which an outer coating layer formed of a polymer resin exhibiting high durability, a barrier layer formed of a metal material blocking moisture or air, and an inner sealant layer formed of a thermally bondable polymer resin are sequentially stacked, together with an electrolyte in a sealed state; fixing members for fixing the respective pouch-shaped battery cells to form a pouch-shaped battery cell stack structure, each of the fixing members being integrally coupled to an outer circumference of a corresponding one of the pouch-shaped battery cells, wherein each of the fixing members is provided with a venting guiding portion (240, 241) formed by cutting a portion of each of the fixing members such that a portion of the outer circumference of each of the pouch-shaped battery cells is exposed, such that sealing of the battery case is released through the venting guiding portion (240, 241) when internal pressure of each of the pouch-shaped battery cells increases. a pouch-shaped battery cell array comprising two or more stacked pouch-shaped battery cells, each of which is configured to have a structure in which an electrode assembly, comprising a cathode, and anode, and a separator disposed between the cathode and the anode, is received in a battery case, which is configured to have a laminate sheet structure in which an outer coating layer formed of a polymer resin exhibiting high durability, a barrier layer formed of a metal material blocking moisture or air, and an inner sealant layer formed of a thermally bondable polymer resin are sequentially stacked, together with an electrolyte in a sealed state; fixing members for fixing the respective pouch-shaped battery cells to form a pouch-shaped battery cell stack structure, each of the fixing members being integrally coupled to an outer circumference of a corresponding one of the pouch-shaped battery cells, wherein each of the fixing members is provided with a venting guiding portion (240, 241) formed by cutting a portion of each of the fixing members such that a portion of the outer circumference of each of the pouch-shaped battery cells is exposed, such that sealing of the battery case is released through the venting guiding portion (240, 241) when internal pressure of each of the pouch-shaped battery cells increases.
A snow bucket for use in snow ploughing and antiskid treatment, the snow bucket being connectable to a vehicle such as a tractor, loader, or similar, and which snow bucket comprises a body and in it a scoop, and in connection with the body of the snow bucket, in one and the same device, an antiskid substance container, the body of the snow bucket comprising a bottom wall, side walls (14, 15) and a rear wall which form a scoop and define a snow collecting space to which snow is collected through an inlet opening of the space when carrying out ploughing, wherein the rear parts (14a, 15a) of the side walls (14, 15) form the side walls of the antiskid substance container and the antiskid substance container comprises a bottom and in it an outlet to distribute antiskid substance onto the ground surface, and, in the vicinity of the outlet of the bottom part, a mixer and dosing device for the antiskid substance, wherein the device is rotated with a motor, the rear wall of the antiskid substance container comprising fastening means (25a, 26a) for detachable connection of the snow bucket to a vehicle such as a tractor, the fastening means (25a, 26a) consisting of two hooks and two lugs with holes in them, to which the mating fastening means of the vehicle couple, characterised in that the rear wall of the snow collecting space forms a second transverse wall of the antiskid substance container, that the antiskid substance container comprises at least one top lid (18: 18a, 18b) which is openable and closable and a screen/sieve for separating the antiskid substance, and in that the screen/sieve is a meshy structure that passes across the container space of the container.