mhurhangee/ep-ind-claims huggingface dataset:
A dispenser for dispensing sheet material, comprising: a body having four side walls, a base, an opening in a top of the body, a lid for covering the opening in use and enabling access to the opening for refilling, wherein the lid has a dispensing opening therein to enable sheet material to be dispensed therefrom, wherein at least one of the side walls is a double-walled side wall comprising an inner wall and an outer wall, a space being defined between the inner wall and the outer wall, and wherein at least part of the inner wall is pivotable around a pivot axis to the inside of the body, characterised in that the inner wall is hinged to the body in such a manner that the inner wall can be tilted away from the outer wall via hinges provided on the body. a body having four side walls, a base, an opening in a top of the body, a lid for covering the opening in use and enabling access to the opening for refilling, wherein the lid has a dispensing opening therein to enable sheet material to be dispensed therefrom, wherein at least one of the side walls is a double-walled side wall comprising an inner wall and an outer wall, a space being defined between the inner wall and the outer wall, and wherein at least part of the inner wall is pivotable around a pivot axis to the inside of the body, characterised in that the inner wall is hinged to the body in such a manner that the inner wall can be tilted away from the outer wall via hinges provided on the body.
A vacuum cleaner comprising: a cleaner body comprising a suction motor for generating a suction force; a suction part arranged to communicate with the cleaner body and receive air and dust; a battery arranged to supply power to the suction motor; a cleaner connector disposed on the cleaner body or the suction part; and a disconnection member for selectively connecting or disconnecting the cleaner connector to or from the battery, wherein the disconnection member is a switch; and further wherein the cleaner connector comprises a terminal insertion part comprising a plurality of main body terminals (173, 174, 175, 176) arranged to connect to a corresponding plurality of charger terminals (335, 336) of a charger terminal part of a vacuum cleaner charger when the charger terminal part is inserted in the cleaner connector. a cleaner body comprising a suction motor for generating a suction force; a suction part arranged to communicate with the cleaner body and receive air and dust; a battery arranged to supply power to the suction motor; a cleaner connector disposed on the cleaner body or the suction part; and a disconnection member for selectively connecting or disconnecting the cleaner connector to or from the battery, wherein the disconnection member is a switch; and further wherein the cleaner connector comprises a terminal insertion part comprising a plurality of main body terminals (173, 174, 175, 176) arranged to connect to a corresponding plurality of charger terminals (335, 336) of a charger terminal part of a vacuum cleaner charger when the charger terminal part is inserted in the cleaner connector.
An in vitro method for diagnosing an allergic disease in a subject, comprising the steps of: creating a concentration gradient of serum derived from the subject, and causing migration of chemotactic cells in the presence of the concentration gradient of the serum; and measuring the migration distance of the migrating cells, wherein the method is carried out in vitro, and the chemotactic cells are leukocyte cells derived from a healthy mammal or cells of an established cell line, and wherein steps and are further carried out by using serum derived from a healthy mammal as a negative control in place of the serum derived from the subject, (i) the subject is determined to have an allergic disease when the migration distance of the migrating cells caused by the serum derived from the subject is longer than that caused by the serum derived from the healthy mammal; or (ii) the subject is determined not to have an allergic disease when the migration distance of the migrating cells caused by the serum derived from the subject is equivalent to that caused by the serum derived from the healthy mammal. creating a concentration gradient of serum derived from the subject, and causing migration of chemotactic cells in the presence of the concentration gradient of the serum; and measuring the migration distance of the migrating cells, (i) the subject is determined to have an allergic disease when the migration distance of the migrating cells caused by the serum derived from the subject is longer than that caused by the serum derived from the healthy mammal; or (ii) the subject is determined not to have an allergic disease when the migration distance of the migrating cells caused by the serum derived from the subject is equivalent to that caused by the serum derived from the healthy mammal.
A wheel holder for a bicycle carrier for a vehicle, said wheel holder being configured to receive and retain a wheel (3, 4) having a rim, said wheel holder comprising at least one body having at least one wheel receiving surface (21, 22), a first plane being aligned with a rotation plane of said wheel (3, 4) of said bicycle after said wheel (3, 4) has been mounted to said wheel holder, at least one fastening member (15, 16) adapted to retain said wheel (3, 4) of said bicycle to said at least one wheel receiving surface (21, 22) of said body, said fastening member having a released position in which said wheel (3, 4) can be positioned in said wheel holder and a secured position in which said wheel holder is retaining said wheel (3, 4), said fastening member is formed by a strap, and said wheel holder further comprises a strap lock, characterized in that at least one fastening member is adapted to extend in a diagonal direction across said first plane and said rim of said wheel (3, 4) when positioned in said secured position.
A method (8000 of wireless communication performed by a user equipment, UE, the method comprising: receiving signaling identifying a plurality of semi-persistent scheduling, SPS, configurations corresponding to a plurality of SPS occasions for reception of a physical downlink shared channel, PDSCH, in a slot, wherein the signaling does not indicate which SPS occasion is to be used for reception of the PDSCH; buffering in-phase and quadrature, IQ, symbols within a bandwidth part of the slot; and decoding, based at least in part on buffering the IQ symbols, one or more SPS occasions, sequentially, of the plurality of SPS occasions, to attempt to receive the PDSCH in the slot. receiving signaling identifying a plurality of semi-persistent scheduling, SPS, configurations corresponding to a plurality of SPS occasions for reception of a physical downlink shared channel, PDSCH, in a slot, wherein the signaling does not indicate which SPS occasion is to be used for reception of the PDSCH; buffering in-phase and quadrature, IQ, symbols within a bandwidth part of the slot; and decoding, based at least in part on buffering the IQ symbols, one or more SPS occasions, sequentially, of the plurality of SPS occasions, to attempt to receive the PDSCH in the slot.
Self-levelling line laser device with two laser beams and means (9, 10) for expanding the two laser beams in at least one plane, with a micro-optical element and a non-interference optical element, wherein a first laser beam is expandable by the micro-optical element in a first plane, characterized in that a second laser beam is expandable in the same first plane by way of the non-interference optical element, as a result of which the laser beam expanded by micro-optical means is superimposeable on the laser beam expanded by non-interference optical means in this first plane, at least in portions.
A liquid-crystal display device comprising: an array substrate on which a sub-pixel is disposed; a color filter substrate on which a color filter corresponding to the sub-pixel is disposed; and a liquid-crystal layer between the array substrate and the color filter substrate, wherein the array substrate comprises a lens hole, the color filter substrate comprises a lens hole guide, and a diameter of the lens hole is smaller than a diameter of the lens hole guide, wherein the array substrate comprises a measurement pattern, which is arranged to facilitate an accurate measurement of a thickness of the array substrate by a confocal sensor, configured to be concentric with the lens hole, and wherein the measurement pattern is made of a metal material and is opaque. an array substrate on which a sub-pixel is disposed; a color filter substrate on which a color filter corresponding to the sub-pixel is disposed; and a liquid-crystal layer between the array substrate and the color filter substrate, wherein the array substrate comprises a lens hole, the color filter substrate comprises a lens hole guide, and a diameter of the lens hole is smaller than a diameter of the lens hole guide, wherein the array substrate comprises a measurement pattern, which is arranged to facilitate an accurate measurement of a thickness of the array substrate by a confocal sensor, configured to be concentric with the lens hole, and wherein the measurement pattern is made of a metal material and is opaque.
A sensing screen apparatus comprising a sensing screen, wherein the sensing screen comprises a display screen, a first transparent medium layer, a transparent connection layer, and a transparent antenna layer, wherein the first transparent medium layer is sandwiched between the connection layer and the antenna layer, and the connection layer is sandwiched between the first transparent medium layer and the display screen; and the antenna layer comprises multiple antenna units, and the multiple antenna units comprise at least one first antenna unit and multiple second antenna units, wherein the multiple second antenna units are interspersed with the first antenna unit; wherein: in a sensing timeslot, the first antenna unit is configured to transmit a sensing signal, and the second antenna units are configured to receive reflected signals of the sensing signal, wherein the reflected signals are generated by a touch object by reflecting the sensing signal; and in a communication timeslot, the first antenna unit and the second antenna units are configured to simultaneously transmit or receive a communication signal; wherein one or more sensing timeslots are inserted between two adjacent communication timeslots; wherein the sensing screen apparatus further comprises a control circuit configured to control the sensing screen and wherein control unit is configured to: according to the coordinates of the touch object on the plane and a distance from the touch object to the sensing screen, control a beam angle generated by the antenna units in the communication timeslot such that the touch object is located outside the generated beam angle. the antenna layer comprises multiple antenna units, and the multiple antenna units comprise at least one first antenna unit and multiple second antenna units, wherein the multiple second antenna units are interspersed with the first antenna unit; wherein: in a sensing timeslot, the first antenna unit is configured to transmit a sensing signal, and the second antenna units are configured to receive reflected signals of the sensing signal, wherein the reflected signals are generated by a touch object by reflecting the sensing signal; and in a communication timeslot, the first antenna unit and the second antenna units are configured to simultaneously transmit or receive a communication signal; wherein one or more sensing timeslots are inserted between two adjacent communication timeslots; wherein the sensing screen apparatus further comprises a control circuit configured to control the sensing screen and wherein control unit is configured to: according to the coordinates of the touch object on the plane and a distance from the touch object to the sensing screen, control a beam angle generated by the antenna units in the communication timeslot such that the touch object is located outside the generated beam angle.
A lining being arranged to extend over a haul truck body for carrying a load, wherein the lining is formed by a plurality of lining elements comprising at least a first type of lining elements, termed load-breaking lining elements, and a second type of lining elements, different from the load-breaking lining elements, said load-breaking lining elements being structured and arranged to restrict, to a higher degree than the second type of lining elements, movement of said load in relation to the lining wherein said plurality of lining elements comprises an elastic material, such as rubber, and characterized in that the load-breaking lining elements, compared to the lining elements of the second type, comprises a softer elastic material arranged to be deformed by the weight of the load in order to restrict movement of the load in relation to the lining. wherein said plurality of lining elements comprises an elastic material, such as rubber, and characterized in that the load-breaking lining elements, compared to the lining elements of the second type, comprises a softer elastic material arranged to be deformed by the weight of the load in order to restrict movement of the load in relation to the lining.
A friction stir welding apparatus for joining together workpieces abutting each other by friction stir welding, comprising: a rotating shaft, on which a thread for friction stirring is formed; a rotating shoulder fixed to a distal end of the rotating shaft and configured to rotate together with the rotating shaft to generate frictional heat between the rotating shoulder and back surfaces of the workpieces; a drive unit rotatably supporting the rotating shaft on a front surface side of the workpieces, the drive unit including a motor configured to rotate the rotating shaft; a pushing mechanism configured to push the rotating shoulder against the back surfaces of the workpieces; and a stationary shoulder penetrated by the rotating shaft and configured to hold the workpieces in a sandwiching manner together with the rotating shoulder, the stationary shoulder being non-rotatably mounted to the drive unit or a member connected to the drive unit; characterized in that the thread is further formed on a part of the rotating shaft where the rotating shaft overlaps the stationary shoulder, and a wire-feeding groove, through which a wire made of a material that is able to be stirred together with the workpieces is fed to the thread, is formed in a surface of the stationary shoulder, the surface facing the rotating shoulder, such that the wire-feeding groove extends from a central hole, through which the rotating shaft is inserted, and the wire-feeding groove extends in a joining direction, the joining direction being a direction in which the rotating shaft is moved along a boundary between the workpieces. a rotating shaft, on which a thread for friction stirring is formed; a rotating shoulder fixed to a distal end of the rotating shaft and configured to rotate together with the rotating shaft to generate frictional heat between the rotating shoulder and back surfaces of the workpieces; a drive unit rotatably supporting the rotating shaft on a front surface side of the workpieces, the drive unit including a motor configured to rotate the rotating shaft; a pushing mechanism configured to push the rotating shoulder against the back surfaces of the workpieces; and a stationary shoulder penetrated by the rotating shaft and configured to hold the workpieces in a sandwiching manner together with the rotating shoulder, the stationary shoulder being non-rotatably mounted to the drive unit or a member connected to the drive unit; characterized in that the thread is further formed on a part of the rotating shaft where the rotating shaft overlaps the stationary shoulder, and a wire-feeding groove, through which a wire made of a material that is able to be stirred together with the workpieces is fed to the thread, is formed in a surface of the stationary shoulder, the surface facing the rotating shoulder, such that the wire-feeding groove extends from a central hole, through which the rotating shaft is inserted, and the wire-feeding groove extends in a joining direction, the joining direction being a direction in which the rotating shaft is moved along a boundary between the workpieces.
Method of call presentation that can be implemented by an application server spliced into the signalling streams between a first terminal (HGW, T1) and an S-CSCF entity managing this first terminal comprising: - a step of receiving a call presentation request INVITE intended for said at least one first terminal; - the method being characterized in that it comprises - a step of obtaining the public identity (IMPU) of said first terminal (HGW, T1) on the basis of said request; - a step of detecting the registration, in said network, of a second terminal having said public identity; and - a step of dispatching a request for presentation of said call to said second terminal. - a step of receiving a call presentation request INVITE intended for said at least one first terminal; - the method being characterized in that it comprises - a step of obtaining the public identity (IMPU) of said first terminal (HGW, T1) on the basis of said request; - a step of detecting the registration, in said network, of a second terminal having said public identity; and - a step of dispatching a request for presentation of said call to said second terminal.
A chemiluminescence analyzer comprising: a reactor to cause waste liquid discharged from a blood purification apparatus to react with a reagent solution; a photodetector to measure an intensity of chemiluminescence arising in the reactor; a first liquid conveyor to convey the waste liquid from a waste liquid passage of the blood purification apparatus to the reactor; a second liquid conveyor to convey the reagent solution to the reactor; a liquid mixture passage extending from the reactor to convey a liquid mixture including the waste liquid and the reagent solution after reaction; a joint to couple the liquid mixture passage to the waste liquid passage of the blood purification apparatus; means for communicating (165; 160) with an external device (310; 320); and characterised by comprising a non-return valve to prevent the liquid mixture from flowing to the first liquid conveyor. a reactor to cause waste liquid discharged from a blood purification apparatus to react with a reagent solution; a photodetector to measure an intensity of chemiluminescence arising in the reactor; a first liquid conveyor to convey the waste liquid from a waste liquid passage of the blood purification apparatus to the reactor; a second liquid conveyor to convey the reagent solution to the reactor; a liquid mixture passage extending from the reactor to convey a liquid mixture including the waste liquid and the reagent solution after reaction; a joint to couple the liquid mixture passage to the waste liquid passage of the blood purification apparatus; means for communicating (165; 160) with an external device (310; 320); and characterised by comprising a non-return valve to prevent the liquid mixture from flowing to the first liquid conveyor.
Adapter sleeve for adapting the internal diameter of cylindrical hollow cylinders to the external diameter of a cylindrical roller, comprising a sleeve body which has, viewed from the inside to the outside, a deformable base sleeve, optionally at least one intermediate layer, and a cover layer, the adapter sleeve having at least one gas inlet which is connected to a first gas distribution system, and the adapter sleeve having at least one first gas outlet which is connected to the first gas distribution system and which opens on an outer lateral face of the adapter sleeve, characterised in that the adapter sleeve further comprises a second gas distribution system, the second gas distribution system being connected to the gas inlet and the second gas distribution system having a cavity which is designed, when supplied with a pressurised gas, to transmit pressure from the inside to the deformable base sleeve in such a way that the internal diameter of the sleeve body is reduced by deformation of the base sleeve at least in a portion of the adapter sleeve.
Method for forming an anilox roll (5, 63), comprising supplying a cylinder of the anilox roll that has an outer surface (70, 100) to be tooled, supplying at least a continuous laser source and laser engraving the outer surface of the anilox roll with a laser spot that is formed by the continuous laser source for obtaining a tooled anilox roll, wherein the method further comprises applying an optical guide in the light path of the laser for enabling the laser spot to move reciprocally on the outer surface to be tooled, characterized by the reciprocal movement causing a shift of the laser spot on the anilox roll (5, 63) in a direction that is parallel to a longitudinal axis of the anilox roll, while continuously moving the anilox roll, such that the moving laser spot generally moves with a constant speed over the outer surface of the anilox roll and thereby forms a channel in the outer surface of the anilox roll, said channel meandering over the surface.
Imaging device for locating structures (2, 3) through the surface of an object such as a wafer, in order to position a measuring sensor (45, 46, 47) relative to said structures (2, 3), comprising: - an imaging sensor, - optical imaging means capable of producing, on said imaging sensor, an image of the object in a field of view, - illuminating means (23, 27) for generating an illuminating beam (25, 30) and lighting said field of view in reflection, characterized in that the illuminating means (23, 27): - are capable of generating an illuminating beam (25, 30) the spectral content of which is suited to the nature of the object, so that the light of said beam (25, 30) is capable essentially of penetrating into said object, - are capable of producing a lighting of the "bright field" type with an illuminating beam which is incident in the field of view along an axis substantially parallel to the optical axis of the imaging system, in such a way that the light reflected or diffused in the direction of the imaging system on all the surfaces substantially perpendicular to the optical axis contributes to the image, and - are capable of producing a lighting of the "dark field" type with an illuminating beam which is incident in the field of view along an axis of illumination forming with the optical axis of the imaging system an angle greater than the angle defining the numerical aperture of said imaging system, in such a way that only the light diffused on or in the object in direction of the optical imaging system contributes to the image. - an imaging sensor, - optical imaging means capable of producing, on said imaging sensor, an image of the object in a field of view, - illuminating means (23, 27) for generating an illuminating beam (25, 30) and lighting said field of view in reflection, - are capable of generating an illuminating beam (25, 30) the spectral content of which is suited to the nature of the object, so that the light of said beam (25, 30) is capable essentially of penetrating into said object, - are capable of producing a lighting of the "bright field" type with an illuminating beam which is incident in the field of view along an axis substantially parallel to the optical axis of the imaging system, in such a way that the light reflected or diffused in the direction of the imaging system on all the surfaces substantially perpendicular to the optical axis contributes to the image, and - are capable of producing a lighting of the "dark field" type with an illuminating beam which is incident in the field of view along an axis of illumination forming with the optical axis of the imaging system an angle greater than the angle defining the numerical aperture of said imaging system, in such a way that only the light diffused on or in the object in direction of the optical imaging system contributes to the image.