mhurhangee/ep-ind-claims huggingface dataset:
Vacuum cleaner nozzle comprising a motorised nozzle brush and an access cover which can be removed from the nozzle, said cover being capable of covering at least partially the motorised brush, characterised in that the access cover comprises a cutting device to clean said motorised brush.
A pneumatic tire, wherein four land portion rows (9, 11) are defined in a tread surface by one central main groove extending in a tire circumferential direction and outer main grooves extending in the tire circumferential direction on both sides of the central main groove, each central land portion row located between the central main groove and a different one of the outer main grooves has at least one first narrow groove that is open to the central main groove and has a length a in a tire width direction and an angle α to the tire width direction, and at least one second narrow groove that is open to the outer main groove and has a length b in the tire width direction and an angle β to the tire width direction, and each outer land portion row located on an outer side of a different one of the outer main grooves in the tire width direction has at least one third narrow groove that is open to the outer main groove and has a length c in the tire width direction and an angle γ to the tire width direction, and characterized in that the length a of the first narrow groove in the tire width direction, the length b of the second narrow groove in the tire width direction, the angle α of the first narrow groove to the tire width direction, the angle β of the second narrow groove to the tire width direction, and the angle γ of the third narrow groove to the tire width direction satisfy a < b and α < β < γ.
A maneuverable system comprising: a maneuverable open-bore wrist-type magnetic resonance device with no fringing of its magnetic field in which the open bore comprises an aperture, a gantry for maneuvering said magnetic resonance device from at least one first location towards at least one second location with patient accommodating means; said gantry comprising a transporting mechanism set along a longitudinal axis and comprising a proximal portion and a distal portion, said proximal portion being at said second location; the patient accommodating means comprising a seat at said second location and a handle connected to the seat by a shaped neck; said magnetic resonance device being interconnected to said gantry by at least one maneuverable member; the aperture of said magnetic resonance device's open-bore, by means of said maneuverable member, being directable towards a defined spatial orientation facing the wrist of a patient; and said system further comprising a system navigation and orientation mechanism, a magnetic resonance device operating mechanism, seat height adjusters and patient monitors located adjacent to said handle. a maneuverable open-bore wrist-type magnetic resonance device with no fringing of its magnetic field in which the open bore comprises an aperture, a gantry for maneuvering said magnetic resonance device from at least one first location towards at least one second location with patient accommodating means; said gantry comprising a transporting mechanism set along a longitudinal axis and comprising a proximal portion and a distal portion, said proximal portion being at said second location; the patient accommodating means comprising a seat at said second location and a handle connected to the seat by a shaped neck; said magnetic resonance device being interconnected to said gantry by at least one maneuverable member; the aperture of said magnetic resonance device's open-bore, by means of said maneuverable member, being directable towards a defined spatial orientation facing the wrist of a patient; and said system further comprising a system navigation and orientation mechanism, a magnetic resonance device operating mechanism, seat height adjusters and patient monitors located adjacent to said handle.
Rail vehicle having a coupling which is arranged centrally in the region of its front and is mounted in a transversely running crossmember, wherein forces acting on the coupling are introduced, via the crossmember, into abutments which are supported on a front side of a body of the rail vehicle, wherein the crossmember is connected to one of the abutments via at least one elastic energy-absorption arrangement, characterized in that the elastic energy-absorption arrangement is arranged on a connecting rod which runs horizontally in the longitudinal direction of the rail vehicle and is fixed to an associated abutment, wherein the connecting rod passes through an opening in a retaining portion of the crossmember and the elastic energy-absorption arrangement is designed for lateral abutment against the retaining portion, and the crossmember is guided vertically and/or laterally in relation to the abutments via the connecting rods.
A production method of an O/W emulsion composition comprising the steps of: emulsifying, at 70 °C or higher, an oil phase with a portion of a water phase to prepare a high-temperature emulsified part that is a highly concentrated O/W emulsion, wherein the oil phase comprises a nonionic surfactant, a linear higher alcohol that has 16 or more carbon atoms and can form an α-gel in water with the nonionic surfactant, and an oil component, and the water phase comprises water; mixing the remaining water phase, which is 50 to 75 mass % of the total amount of the O/W emulsion composition and at 10 to 35 °C, with the high-temperature emulsified part while the high-temperature emulsified part is being stirred, to rapidly cool the high-temperature emulsified part with continuous stirring to the lower temperature limit, or lower, of a temperature range wherein the oil phase forms an α-gel in the water phase; and then stopping the stirring. emulsifying, at 70 °C or higher, an oil phase with a portion of a water phase to prepare a high-temperature emulsified part that is a highly concentrated O/W emulsion, wherein the oil phase comprises a nonionic surfactant, a linear higher alcohol that has 16 or more carbon atoms and can form an α-gel in water with the nonionic surfactant, and an oil component, and the water phase comprises water; the oil phase comprises a nonionic surfactant, a linear higher alcohol that has 16 or more carbon atoms and can form an α-gel in water with the nonionic surfactant, and an oil component, and a nonionic surfactant, a linear higher alcohol that has 16 or more carbon atoms and can form an α-gel in water with the nonionic surfactant, and an oil component, and the water phase comprises water; water; mixing the remaining water phase, which is 50 to 75 mass % of the total amount of the O/W emulsion composition and at 10 to 35 °C, with the high-temperature emulsified part while the high-temperature emulsified part is being stirred, to rapidly cool the high-temperature emulsified part with continuous stirring to the lower temperature limit, or lower, of a temperature range wherein the oil phase forms an α-gel in the water phase; and then stopping the stirring.
A sheet storage device comprising: a reel (621, 922) around which a tape (641, 942) is wound; a drum (63, 93) onto which a sheet is wound together with the tape (641, 942); an input and output opening (610, 910) through which the sheet is passed; and a frame (61, 91) configured to form at least a portion of a transport path (620, 920) on which the sheet is transported from the input and output opening (610, 910) to the drum (63, 93), wherein the frame (61, 91) has a first frame part (611, 912) and a second frame part (612, 911), the first frame part (611, 912) and the second frame part (612, 911) are configured to move relative to each other to switch between a state in which the transport path (620, 920) is formed and a state in which at least a portion of the transport path (620, 920) is open, characterized in that the first frame part (611, 912) supports the reel (621, 922), and forms a tape path (81, 820) extending from the reel (621, 922) to the drum (63, 93), and the first frame part (611, 912) moves together with the reel (621, 922) and the tape path (81, 820) relative to the second frame part (612, 911). a reel (621, 922) around which a tape (641, 942) is wound; a drum (63, 93) onto which a sheet is wound together with the tape (641, 942); an input and output opening (610, 910) through which the sheet is passed; and a frame (61, 91) configured to form at least a portion of a transport path (620, 920) on which the sheet is transported from the input and output opening (610, 910) to the drum (63, 93), wherein the frame (61, 91) has a first frame part (611, 912) and a second frame part (612, 911), the first frame part (611, 912) and the second frame part (612, 911) are configured to move relative to each other to switch between a state in which the transport path (620, 920) is formed and a state in which at least a portion of the transport path (620, 920) is open, characterized in that the first frame part (611, 912) supports the reel (621, 922), and forms a tape path (81, 820) extending from the reel (621, 922) to the drum (63, 93), and the first frame part (611, 912) moves together with the reel (621, 922) and the tape path (81, 820) relative to the second frame part (612, 911).
A drive system for an agricultural work machine, the drive system configured to drive a performance system for performing a crop preparation or handling operation, the drive system comprising: a primary drive system operatively connected to a primary power source and configured to drive the performance system for the crop preparation or handling operation; a secondary drive system operatively connected to the primary drive system, wherein the secondary drive system includes a fluid driven motor having a drive shaft providing a motor torque, the fluid driven motor operatively connected to a belt by a wheel, the fluid driven motor configured to adjust a condition of the primary drive system; a tensioner system operatively connected to the fluid driven motor and being disposed adjacently to the belt, characterized in that the tensioner being configured to tension the belt as the wheel is driven by fluid driven motor, wherein the application of at least one force applied to the belt of the secondary drive system to adjust a tension thereof is adjustable by a directional movement of the fluid driven motor. a primary drive system operatively connected to a primary power source and configured to drive the performance system for the crop preparation or handling operation; a secondary drive system operatively connected to the primary drive system, wherein the secondary drive system includes a fluid driven motor having a drive shaft providing a motor torque, the fluid driven motor operatively connected to a belt by a wheel, the fluid driven motor configured to adjust a condition of the primary drive system; a tensioner system operatively connected to the fluid driven motor and being disposed adjacently to the belt, characterized in that the tensioner being configured to tension the belt as the wheel is driven by fluid driven motor, wherein the application of at least one force applied to the belt of the secondary drive system to adjust a tension thereof is adjustable by a directional movement of the fluid driven motor.
A device for preheating particulate charging material for glass melting plants by means of the exhaust gases thereof, having a vertical preheating shaft, through which a heat exchanger extends, through which the exhaust gases are conveyed, the exhaust-gas ducts of the heat exchanger, which are protected from the penetration of particles, having openings along the periphery thereof, and the upper end of the preheating shaft having a charging opening for the charging material and the lower end having a discharge opening for the preheated charging material, and the inlet of the exhaust-gas ducts of the heat exchanger being connected to a supply line and the outlet being connected to a discharge opening for the exhaust gases, the exhaust-gas ducts of the heat exchanger being connected on the discharge side thereof to a suction draught, the suction power thereof being regulated by means of a pressure sensor, the exhaust-gas ducts of the heat exchanger running in a cross-countercurrent across a plurality of horizontal stages (E1, E2, E3) in the preheating shaft, a drain line for draining a portion of the exhaust gases branching off from the supply line for the exhaust gases, and the drain line being connected to at least one downwardly open barrier gas line, which is arranged in the region of the charging material above the exhaust-gas ducts for outputting the exhaust gases into the charging material.
A compound that inhibits VEGF-B signaling for use in reducing an effect of stroke in a subject by inhibiting VEGF-B signaling, wherein the effect of stroke comprises one or more of infarct size, hemorrhage score, hemorrhage incidence, likelihood of lethal hemorrhage, brain edema and/or blood brain barrier breakdown or leakage, and wherein the compound that inhibits VEGF-B signaling is: (i) a protein comprising an antibody variable region that binds to or specifically binds to VEGF-B and neutralizes VEGF-B signaling; or (ii) a nucleic acid that inhibits or prevents expression of VEGF-B. (i) a protein comprising an antibody variable region that binds to or specifically binds to VEGF-B and neutralizes VEGF-B signaling; or (ii) a nucleic acid that inhibits or prevents expression of VEGF-B.
A device for controlling a gearbox of a motor vehicle, comprising: a casing in which there is mounted a control lever associated with a ball joint; a control finger fixed to the ball joint and extending along a radial direction of the ball joint; a return member mounted on the casing to pivot about a return axis extending perpendicularly to the control lever for a position of rest thereof, and associated in an articulated manner to the control finger on the one hand, and to a control member of the gearbox on the other hand; and a return spring carried by the casing and cooperating with a return support element disposed to exert on the control lever a force tending to bring the latter back towards its position of rest; the return support element being carried by the return member, the return spring comprising branches, characterized in that the branches extend on either side of the control finger and in that the branches are not in contact with the control finger.
A method for service discovery in a communications network, the method comprising: Receiving a service discovery request, the service discovery request identifying a type of service; the method being characterized by the following steps: In response to the service discovery request, providing a service discovery response, the response identifying a service providing network function that provides the service and identifying data administered by the service provided by the service providing network function, wherein the service discovery response identifies a further network function that provides the service and identifies further data administered by the service provided by the further network function, wherein the data administered by the service provided by the service providing network function and the further data administered by the service provided by the further network function comprise the same group of subscribers associated with the data, the same subset of data, category of data and/or range of data. Receiving a service discovery request, the service discovery request identifying a type of service; the method being characterized by the following steps: In response to the service discovery request, providing a service discovery response, the response identifying a service providing network function that provides the service and identifying data administered by the service provided by the service providing network function, wherein the service discovery response identifies a further network function that provides the service and identifies further data administered by the service provided by the further network function, wherein the data administered by the service provided by the service providing network function and the further data administered by the service provided by the further network function comprise the same group of subscribers associated with the data, the same subset of data, category of data and/or range of data.
An axial flow-type cyclone dust collection device comprising: a main body configured to comprise a turning cylinder portion where dust gas is swirled and moved, a dust gas inlet pipe and a de-dust gas discharge pipe arranged in front and rear ends of the turning cylinder portion along an axial line, and a dust collection port provided in an rear end area of the turning cylinder portion and guiding centrifuged dust to be discharged, wherein an inner diameter of the turning cylinder portion is 1.5 times to 1.6 times larger than an inner diameter of the inlet pipe; and a plurality of guide vanes configured to be arranged between the dust gas inlet pipe and the turning cylinder portion in the main body, give a swirling centrifugal force to dust gas introduced through the inlet pipe, and be radially arranged with a vane angle changing from a lead-in angle (α) of 0° to 5° in a front end portion to a discharge angle (β) of 75° to 80° in a rear end portion with respect to the axial line of the turning cylinder portion. a main body configured to comprise a turning cylinder portion where dust gas is swirled and moved, a dust gas inlet pipe and a de-dust gas discharge pipe arranged in front and rear ends of the turning cylinder portion along an axial line, and a dust collection port provided in an rear end area of the turning cylinder portion and guiding centrifuged dust to be discharged, wherein an inner diameter of the turning cylinder portion is 1.5 times to 1.6 times larger than an inner diameter of the inlet pipe; and a plurality of guide vanes configured to be arranged between the dust gas inlet pipe and the turning cylinder portion in the main body, give a swirling centrifugal force to dust gas introduced through the inlet pipe, and be radially arranged with a vane angle changing from a lead-in angle (α) of 0° to 5° in a front end portion to a discharge angle (β) of 75° to 80° in a rear end portion with respect to the axial line of the turning cylinder portion.
A packaging substrate comprising: a core layer comprising a glass substrate with a first surface and a second surface facing each other; and a plurality of core via which penetrate the glass substrate in a thickness direction, wherein the core via comprises a circular core via of which opening part is a circle-shape and a non-circular core via of which an aspect ratio in the x-y direction of opening part is 1.2 or more, wherein one, two, or more electric power transmitting elements are disposed on the non-circular core via and at least a part of the electric power transmitting elements are disposed to be electrically connected to the non-circular core via, and comprising a non-circular via distribution pattern disposed inside the non-circular core via, wherein the non-circular via distribution pattern comprises a composite-type-via pattern (242d, 242e) where some of the inner space of the non-circular core via is filled with an electrically conductive layer and the remainder is filled with an insulating layer. a core layer comprising a glass substrate with a first surface and a second surface facing each other; and a plurality of core via which penetrate the glass substrate in a thickness direction, wherein the core via comprises a circular core via of which opening part is a circle-shape and a non-circular core via of which an aspect ratio in the x-y direction of opening part is 1.2 or more, wherein one, two, or more electric power transmitting elements are disposed on the non-circular core via and at least a part of the electric power transmitting elements are disposed to be electrically connected to the non-circular core via, and comprising a non-circular via distribution pattern disposed inside the non-circular core via, wherein the non-circular via distribution pattern comprises a composite-type-via pattern (242d, 242e) where some of the inner space of the non-circular core via is filled with an electrically conductive layer and the remainder is filled with an insulating layer.
Use of an enzyme preparation having a cellulase activity to progressively release water and/or humectant from a tropicalizing agent comprising a liquid fat component and a plurality of discrete particles of insoluble water-absorbing food ingredient material loaded with water and/or a liquid humectant dispersed in the liquid fat component, wherein the insoluble water absorbing food ingredient material comprises cellulosic structures.
A cutting apparatus for cutting a food object (120, 124), said apparatus comprising: - at least one cutting blade, - An actuator arranged for moving the at least one cutting blade before and during cutting, and - an element comprising: - A receiving section arranged for receiving and abutting the cutting blade, such as at a point in time prior to cutting, and - at least one supporting section arranged for supporting a food object before and during cutting, wherein during cutting the at least one supporting section is arranged for being displaced, such as displaced by elastic deformation, by the cutting blade with respect to a position of the at least one supporting section prior to cutting, wherein during moving of the cutting blade, the cutting blade is arranged for displacing the at least one supporting section subsequent to the cutting blade abutting the receiving section, wherein the cutting blade and the element are arranged for being continuously in contact with each other from - a point of contact is made between the cutting blade and the receiving section prior to cutting, and at least until - a point in time during cutting. - at least one cutting blade, - An actuator arranged for moving the at least one cutting blade before and during cutting, and - an element comprising: - A receiving section arranged for receiving and abutting the cutting blade, such as at a point in time prior to cutting, and - at least one supporting section arranged for supporting a food object before and during cutting, wherein during cutting the at least one supporting section is arranged for being displaced, such as displaced by elastic deformation, by the cutting blade with respect to a position of the at least one supporting section prior to cutting, - A receiving section arranged for receiving and abutting the cutting blade, such as at a point in time prior to cutting, and - at least one supporting section arranged for supporting a food object before and during cutting, wherein during cutting the at least one supporting section is arranged for being displaced, such as displaced by elastic deformation, by the cutting blade with respect to a position of the at least one supporting section prior to cutting, wherein during moving of the cutting blade, the cutting blade is arranged for displacing the at least one supporting section subsequent to the cutting blade abutting the receiving section, wherein the cutting blade and the element are arranged for being continuously in contact with each other from - a point of contact is made between the cutting blade and the receiving section prior to cutting, and at least until - a point in time during cutting. - a point of contact is made between the cutting blade and the receiving section prior to cutting, and at least until - a point in time during cutting.