mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-mode composite gel marker for ultrasound imaging, comprising: a plurality of silica shells ; an imaging material which is configured to produce an imaging signal that is distinct from surrounding tissue of a patient; and a gel material which is disposed about the plurality of silica shells and the imaging material and which forms an expandable gel marker body, characterized in that each silica shell includes a shell body which is formed from silica, a hollow void disposed within an inner surface of the shell body, and a coating disposed on an outer surface of the shell body in order to seal the hollow void within each silica shell. a plurality of silica shells ; an imaging material which is configured to produce an imaging signal that is distinct from surrounding tissue of a patient; and a gel material which is disposed about the plurality of silica shells and the imaging material and which forms an expandable gel marker body, characterized in that each silica shell includes a shell body which is formed from silica, a hollow void disposed within an inner surface of the shell body, and a coating disposed on an outer surface of the shell body in order to seal the hollow void within each silica shell.
Method for decoating a surface, which is provided with a coating , of a wheel provided with screw channels and with a centrally arranged opening within a plurality of regions to be stripped which extend annularly, in particular circularly, around one of the screw channels and/or around the central opening , the method being carried out using a laser beam generated by a laser source , characterized in that the method comprises the following steps: a) Positioning of a suction opening of a suction device upwards in the Z-direction and below that screw channel or central opening which is surrounded by the region to be decoated, b) Decoating the region to be decoated by moving the laser beam over the region to be decoated without limiting the region to be decoated by additional means, wherein gases and particles generated during the decoating are directly sucked off through that screw channel or through the central opening below which the suction opening was positioned in step a), and c) Repeating steps a) and b) to decoat each further region to be decoated. a) Positioning of a suction opening of a suction device upwards in the Z-direction and below that screw channel or central opening which is surrounded by the region to be decoated, b) Decoating the region to be decoated by moving the laser beam over the region to be decoated without limiting the region to be decoated by additional means, wherein gases and particles generated during the decoating are directly sucked off through that screw channel or through the central opening below which the suction opening was positioned in step a), and c) Repeating steps a) and b) to decoat each further region to be decoated.
Agricultural harvesting and/or soil working machine with a machine frame , which is supported on the ground by at least one bogey chassis , which comprises two wheel axles attached respectively to an axle carrier , which is supported, together with the wheel axles attached thereto, pivotably about a pivot axis in the manner of a rocker, wherein to adjust the height of the bogey chassis , said axle carrier is divided into at least two axle carrier parts , which are pivotable relative to one another, wherein at least two pressure medium actuators are provided for adjusting the relative position of the axle carrier parts to one another, characterised in that the two pressure medium actuators are provided for adjusting a fixed, predeterminable angular position of the axle carrier with respect to the pivot axis and for freezing the set angular position of the axle carrier relative to the machine frame .
A colour reference for calibrating a dental camera comprising a plurality of fields , characterised in that a surface of the colour reference has both coloured fields for colour calibration and white fields and/or grey fields for a white balance and a shading correction, wherein the white fields and/or the grey fields are evenly distributed over the surface of the colour reference , wherein the fields have a rectangular shape, wherein the coloured fields and the white fields and/or the grey fields are arranged alternately in the form of a chessboard.
A wiring device for a switch socket, comprising: - a base provided with a plurality of positioning members , wherein each of the positioning members is provided with at least one cavity for accommodating a wire ; - a power conducting plate provided in the base below the cavity ; wherein in each of the positioning members a wiring terminal is provided in the cavity , wherein the wiring terminal comprises an elastic member in contact with the power conducting plate and a contact portion for pressing the wire , wherein an upper end portion of the elastic member extends obliquely upward to form the contact portion , and both sides of the elastic member are recessed downward to form respective grooves ; and - a lever , comprising an operating end and two abutment ends , wherein each abutment end corresponds to one of the grooves and is provided on a respective side of the operating end , and a bottom of the operating end is hinged to the positioning member ; and when the operating end drives the abutment ends to rotate to a lowest point, each abutment end abuts against the respective groove to elastically deform the elastic member , so as to separate the contact portion from the wire , characterized in that the abutment end comprises a curved arc portion and an abutment portion that are integrally formed, an upper edge of the curved arc portion and a horizontal inner side wall of the positioning member are parallel to each other, and a curvature of an outer edge of the curved arc portion is greater than a curvature of an inner edge of the curved arc portion , so that when the lever is in a flat position, the abutment portion extends away from a center line of the upper edge of the curved arc portion and extends toward the power conducting plate . - a base provided with a plurality of positioning members , wherein each of the positioning members is provided with at least one cavity for accommodating a wire ; - a power conducting plate provided in the base below the cavity ; wherein in each of the positioning members a wiring terminal is provided in the cavity , wherein the wiring terminal comprises an elastic member in contact with the power conducting plate and a contact portion for pressing the wire , wherein an upper end portion of the elastic member extends obliquely upward to form the contact portion , and both sides of the elastic member are recessed downward to form respective grooves ; and - a lever , comprising an operating end and two abutment ends , wherein each abutment end corresponds to one of the grooves and is provided on a respective side of the operating end , and a bottom of the operating end is hinged to the positioning member ; and when the operating end drives the abutment ends to rotate to a lowest point, each abutment end abuts against the respective groove to elastically deform the elastic member , so as to separate the contact portion from the wire , characterized in that
A tambour door comprising a plurality of tambour door slats , which are articulately connected to each other by means of connecting pieces , wherein the connecting pieces comprise a transverse slot which corresponds to a transverse slot of the tambour door slat , and guide parts are provided which fix the tambour door slats and the connecting pieces in the longitudinal direction into place by means of two fixation elements of the guide parts inserted in the transverse slots , wherein the guide parts each comprise a housing with a roller and two guide pins that can be guided in a guide groove of an upper part and/or a lower part of the tambour door cupboard, wherein the axis of the roller is arranged essentially perpendicular to the two guide pins , wherein the housing comprises at least two spring-elastic locking elements , which are designed in such a way that, when connected to the tambour door slat , they are snapped behind a cam of the tambour door slat , and the housing comprises the two fixation elements which are designed in such a way that they are fixed in the transverse slot of the tambour door slat when connected to the tambour door slat .
A selectively hydrogenated, semi-crystalline block copolymer comprising at least one A block and at least one B block wherein the A block is a hydrogenated block of polymerized 1,3-butadiene having a vinyl content of 20% or less and having a peak true molecular weight (Mp) of greater than 15 kg/mol to 80 kg/mol, measured according to ASTM D5296, and the B block is a copolymer block of conjugated diene and mono vinyl aromatic monomer units, wherein the B block is a controlled distribution copolymer block of conjugated diene and mono vinyl aromatic monomer units wherein i. the polymerized conjugated diene monomer units are hydrogenated to a level of 90 mol% or greater and between 0 and 10 mol% of the aromatic double bonds present in the polymerized mono vinyl aromatic monomer units are hydrogenated; ii. the amount of polymerized mono vinyl aromatic is between 10 wt% and 55 wt.%; and iii. the mono vinyl aromatic blockiness is less than 40%, wherein the mono vinyl aromatic blockiness is measured as disclosed in the description. i. the polymerized conjugated diene monomer units are hydrogenated to a level of 90 mol% or greater and between 0 and 10 mol% of the aromatic double bonds present in the polymerized mono vinyl aromatic monomer units are hydrogenated; ii. the amount of polymerized mono vinyl aromatic is between 10 wt% and 55 wt.%; and iii. the mono vinyl aromatic blockiness is less than 40%, wherein the mono vinyl aromatic blockiness is measured as disclosed in the description.
A method of performing communication by a user equipment , UE, configured with a plurality of cells for carrier aggregation in a wireless communication system, the method comprising: receiving a Physical Downlink Control Channel, PDCCH, signal at an n-th first time unit among first time units of a first cell that each have a duration related to a first subcarrier spacing; transmitting a Physical Uplink Shared Channel, PUSCH, signal corresponding to the PDCCH signal, at an m-th second time unit among second time units of a second cell that each have a duration related to a second subcarrier spacing, wherein the m-th second time unit of the second cell is related to a timing offset delay, wherein the m-th second time unit of the second cell is determined as a second time unit after the timing offset delay from an k-th second time unit of the second cell, and the timing offset delay is represented as a number of second time units of the second cell, and wherein the duration of each of the first time units is larger than the duration of each of the second time units, based on the first subcarrier spacing being smaller than the second subcarrier spacing, and the k-th second time unit of the second cell is an earliest one of a plurality of second time units of the second cell that overlap in time with the n-th first time unit of the first cell. receiving a Physical Downlink Control Channel, PDCCH, signal at an n-th first time unit among first time units of a first cell that each have a duration related to a first subcarrier spacing; transmitting a Physical Uplink Shared Channel, PUSCH, signal corresponding to the PDCCH signal, at an m-th second time unit among second time units of a second cell that each have a duration related to a second subcarrier spacing, wherein the m-th second time unit of the second cell is related to a timing offset delay, wherein the m-th second time unit of the second cell is determined as a second time unit after the timing offset delay from an k-th second time unit of the second cell, and the timing offset delay is represented as a number of second time units of the second cell, and wherein the duration of each of the first time units is larger than the duration of each of the second time units, based on the first subcarrier spacing being smaller than the second subcarrier spacing, and the k-th second time unit of the second cell is an earliest one of a plurality of second time units of the second cell that overlap in time with the n-th first time unit of the first cell.
A mechanical control device for communicating control commands to an external device by selectively reflecting light for detection by a controller of the external device , the mechanical control device comprising: a plurality of reflectors , each of said reflectors comprising a reflecting side and an opposed non-reflecting side and being operable in either an enabled state in which said reflector is in a reflecting position in which light incident on the reflector is incident on the reflecting side and is reflected by the reflector or a disabled state in which said reflector is in a non-reflecting position in which light incident on the reflector is incident on the non-reflecting side and is not reflected by the reflector ; and a button-operated mechanism for selectively causing the reflectors to rotate between their enabled and disabled states, the button-operated mechanism comprising a rotating mechanism for selectively rotating the reflectors and at least one button and being constructed and arranged so as to arrange a predetermined one or more of the reflectors into their respective enabled state and arrange any others of the reflectors into their respective disabled state when the at least one button is operated by a user . a plurality of reflectors , each of said reflectors comprising a reflecting side and an opposed non-reflecting side and being operable in either an enabled state in which said reflector is in a reflecting position in which light incident on the reflector is incident on the reflecting side and is reflected by the reflector or a disabled state in which said reflector is in a non-reflecting position in which light incident on the reflector is incident on the non-reflecting side and is not reflected by the reflector ; and a button-operated mechanism for selectively causing the reflectors to rotate between their enabled and disabled states, the button-operated mechanism comprising a rotating mechanism for selectively rotating the reflectors and at least one button and being constructed and arranged so as to arrange a predetermined one or more of the reflectors into their respective enabled state and arrange any others of the reflectors into their respective disabled state when the at least one button is operated by a user .
Heating system comprising a heating circuit and a thermodynamic boiler configured for at least delivering heat in said heating circuit , the boiler comprising at least one compressor (M1) forming the compression function of a heat pump type loop using a refrigerant, the boiler further comprising a fuel burner which delivers heat at least into the refrigerant, characterized in that the fuel burner delivers the heat into the refrigerant, downstream of the compressor.
A worm wheel comprising: an inner wheel element ; and an outer wheel element , wherein: the inner wheel element includes: a metal core made of metal and formed in an annular shape; and a resin core which is made of a synthetic resin and formed in an annular shape to surround an outer circumference of the metal core ; the outer wheel element is made of a synthetic resin, formed in an annular shape, includes a worm wheel tooth part on an outer circumferential surface, and surrounds an outer circumference of the resin core ; and characterized in that : the dimension of an inner diameter of the outer wheel element is smaller than the dimension of an outer diameter of the metal core . an inner wheel element ; and an outer wheel element , wherein: the inner wheel element includes: a metal core made of metal and formed in an annular shape; and a resin core which is made of a synthetic resin and formed in an annular shape to surround an outer circumference of the metal core ; the outer wheel element is made of a synthetic resin, formed in an annular shape, includes a worm wheel tooth part on an outer circumferential surface, and surrounds an outer circumference of the resin core ; and characterized in that : the dimension of an inner diameter of the outer wheel element is smaller than the dimension of an outer diameter of the metal core . the inner wheel element includes: a metal core made of metal and formed in an annular shape; and a resin core which is made of a synthetic resin and formed in an annular shape to surround an outer circumference of the metal core ; the outer wheel element is made of a synthetic resin, formed in an annular shape, includes a worm wheel tooth part on an outer circumferential surface, and surrounds an outer circumference of the resin core ; and characterized in that : the dimension of an inner diameter of the outer wheel element is smaller than the dimension of an outer diameter of the metal core .
Timepiece subassembly for a watch, which subassembly includes a main structure and an arbor which can pivot about a pivot axis (DA) in at least one recess (14; 15) in said main structure , said arbor including at least one surface (16; 21, 22) made of a magnetised or magnetically conductive material, or respectively made of an electrified or electrostatically conductive material, and said main structure including at least one pole piece (11; 31, 32) made of a magnetised or magnetically conductive material or respectively made of an electrified or electrostatically conductive material, said at least one surface or said at least one pole piece including a said magnetised material or respectively a said electrified material which is arranged so as to create a magnetic field or respectively an electrostatic field for holding said arbor axially and radially, at least one said pole piece (11; 31, 32) being arranged to cooperate, by axial and radial attraction or repulsion, along said pivot axis (DA), with at least one said surface (16; 21, 22) in order to absorb an impact and return said arbor to the operating position after said impact has ceased; characterised in that said at least one surface (16; 21, 22) and/or said at least one pole piece (11; 31, 32) include/ includes an alternation of magnetised zones, or respectively of electrified zones, with opposite polarities and/or said at least one surface or said at least one pole piece includes an alternation of diamagnetic and paramagnetic/ ferromagnetic zones, such that said arbor is braked axially along said pivot axis (DA) by a magnetic potential, or respectively by an electrostatic potential, varying along the pivot axis (DA) and creating a resistive force resulting from cooperation, by attraction and repulsion, between said at least one pole piece (11; 31, 32) and said at least one surface (16; 21, 22).
A pipe coupling for coupling together two pipes in a fluid-tight manner, comprising: a tubular casing comprising: an outer tubular casing ; and an inner tubular casing , fitting entirely inside the outer casing; a tubular sealing gasket disposed within the inner tubular casing ; and means for tensioning the casing around the gasket , wherein: the casing further comprises: at least one layer of fire-resistant material disposed between the inner and outer casings, whereby the outer casing and the tubular sealing gasket are thermally insulated from each other; and characterised in that the casing further comprises: at least one layer of thermally-insulating material disposed between the tubular sealing gasket and the inner casing . a tubular casing comprising: an outer tubular casing ; and an inner tubular casing , fitting entirely inside the outer casing; a tubular sealing gasket disposed within the inner tubular casing ; and means for tensioning the casing around the gasket , wherein: the casing further comprises: at least one layer of fire-resistant material disposed between the inner and outer casings, whereby the outer casing and the tubular sealing gasket are thermally insulated from each other; and characterised in that the casing further comprises: at least one layer of thermally-insulating material disposed between the tubular sealing gasket and the inner casing . at least one layer of fire-resistant material disposed between the inner and outer casings, whereby the outer casing and the tubular sealing gasket are thermally insulated from each other; and characterised in that the casing further comprises: at least one layer of thermally-insulating material disposed between the tubular sealing gasket and the inner casing .
A composition comprising: a. an ester; b. an oil; c. a flake resin, wherein said flake resin is trimethylsiloxysilicate; d. an inorganic compound, wherein said inorganic compound is zinc oxide; and e. water in an amount of from 55-60% by weight of the composition. a. an ester; b. an oil; c. a flake resin, wherein said flake resin is trimethylsiloxysilicate; d. an inorganic compound, wherein said inorganic compound is zinc oxide; and e. water in an amount of from 55-60% by weight of the composition.
A cosmetic composition comprising eicosapentaenoic free acid; gamma-linolenic free acid; and cosmetically acceptable excipients comprising water, disodium EDTA, glycerine, sodium polyacrylate, C12-15 alkyl benzoate, cetearyl isononanoate, butyrospermum parkii butter, 90% phenoxyethanol & 10% ethylhexylglycerin, a fragrance, dimethylmethoxy chromanol, ascorbyl palmitate, glyceryl stearate citrate, glyceryl stearate, behenyl alcohol, sodium hydroxide and aluminum starch octenylsuccinate, wherein the eicosapentaenoic free acid and the gamma-linolenic free acid are present in a weight ratio of 2:1 to 8:1.
Device for measuring temperatures, comprising a first thermocouple with a feed line to the positive pole and a feed line to the negative pole of a connection point and with a first electrical connection of the positive pole and a first electrical connection of the negative pole, comprising a second thermocouple with a feed line to the positive pole and a feed line to the negative pole of a second connection point and with a second electrical connection of the positive pole and a second electrical connection of the negative pole, the first and the second thermocouple being embedded in a common protective tube , characterised in that in each case one feed line to the poles of each of the thermocouples is directly connected to an electrical base point , in that the feed lines directly connected to the base points lead to different poles of the thermocouple connection points , and in that the electrical base points are each connected to a potential base with approximately the same potentials.
Water pump comprising a check valve arranged in the suction region of the water pump, the valve body of which valve is arranged such that it can move in the direction of a valve axis (V) between an open and a closed position, the check valve being connected to an actuation device by means of which said valve can be transferred into a ventilation position, characterised in that the actuation device has an operating element which can be moved coaxially to the valve axis (V), acts on the valve body and is arranged such that it can transfer the valve body into the at least slightly open ventilation position by applying a coaxial force, and in that the actuation device has a frictional fixing of the operating element , the force applied by the fixing of the operating element being greater than a pretensioning force of the check valve and smaller than a structurally predetermined restoring force which acts on the check valve when the pump is being switched off.