mhurhangee/ep-ind-claims huggingface dataset:
A board work device, comprising: a pair of board conveyance devices (40, 42) for conveying circuit boards on two paths; a work head which performs work on the circuit boards which are conveyed by each of the pair of board conveyance devices (40, 42); a moving device which moves the work head to an arbitrary position on a base; and a control device which controls operation of the work head and the moving device, wherein the control device includes a board work execution section which executes board work by the work head on the circuit board which is conveyed by one of the pair of board conveyance devices (40, 42), and a preparation work execution section which executes preparation work in which a necessary setup for executing the board work on the circuit board which is conveyed by the other of the pair of board conveyance devices (40, 42) is prepared using the work head, characterized in that the preparation work execution section starts the preparation work at a timing at which the board work by the board work execution section is suspended for work relating to the work on the circuit board which is conveyed by one of the pair of board conveyance devices (40, 42). a pair of board conveyance devices (40, 42) for conveying circuit boards on two paths; a work head which performs work on the circuit boards which are conveyed by each of the pair of board conveyance devices (40, 42); a moving device which moves the work head to an arbitrary position on a base; and a control device which controls operation of the work head and the moving device, wherein the control device includes a board work execution section which executes board work by the work head on the circuit board which is conveyed by one of the pair of board conveyance devices (40, 42), and a preparation work execution section which executes preparation work in which a necessary setup for executing the board work on the circuit board which is conveyed by the other of the pair of board conveyance devices (40, 42) is prepared using the work head, characterized in that the preparation work execution section starts the preparation work at a timing at which the board work by the board work execution section is suspended for work relating to the work on the circuit board which is conveyed by one of the pair of board conveyance devices (40, 42).
An improved agricultural machine for cutting and crushing residual materials, comprising at least one frame, inside which at least one shredding unit is installed, which includes at least one rotating drum or rotor, designed for collecting from the ground and shredding said residual materials before depositing them again on the ground suitably shredded and/or chopped, wherein at least one shaped deflector is fixed on said frame, which can be operated in at least two positions, at which the residual materials are, respectively, conveyed directly onto the ground after having made a single passage inside said shredding unit, or conveyed inside said rotor, in order to make said residual materials perform at least a second passage inside said shredding unit, wherein at least one door is associated with said shaped deflector, connected to said frame, which extends up to the ground so as to identify a closed chamber, with variable volume, inside which said rotating drum is installed; said rotating drum being driven, by means of a lateral transmission device, comprising a belt and/or pulley, wherein said belt and/or pulley is moved and tensioned through a transmission unit placed at said frame, characterised in that said transmission unit is integrated in a single structure of said frame in such a way as to make with said structure a single piece during the adjustment/tensioning of said belt and/or pulley wherein said transmission unit comprises: - a main cardan designed to transmit a motion signal; - a shaft, which forms a power take-off, having a first end connected to said main cardan, in such a way as to receive said signal, and a second end, opposite to said first end, for the transmission of said signal; - a first joint comprising two cardan joints placed in communication and in symmetrical contact with each other, wherein said first joint comprises an end connected to said second end of said shaft, to facilitate the transmission of said signal, in such a way that the working angles of said two cardan joints are practically equal; - a multiplier connected to a further end of said first joint, opposite to said end connected to said shaft, wherein said multiplier is designed to multiply and transmit said signal up to said belt and/or pulley. - a main cardan designed to transmit a motion signal; - a shaft, which forms a power take-off, having a first end connected to said main cardan, in such a way as to receive said signal, and a second end, opposite to said first end, for the transmission of said signal; - a first joint comprising two cardan joints placed in communication and in symmetrical contact with each other, wherein said first joint comprises an end connected to said second end of said shaft, to facilitate the transmission of said signal, in such a way that the working angles of said two cardan joints are practically equal; - a multiplier connected to a further end of said first joint, opposite to said end connected to said shaft, wherein said multiplier is designed to multiply and transmit said signal up to said belt and/or pulley.
A compound of formula or a tautomer thereof, wherein, - R 1 is selected from the group consisting of hydrogen and F; - R 2 is selected from the group consisting of hydrogen and F; - R 3 is selected from the group consisting of hydrogen and F; - R 4 is selected from the group consisting of hydrogen and F; - R 5 is selected from the group consisting of hydrogen and F; with the proviso that at least one of R 1, R 2, R 3, R 4 or R 5 is not hydrogen; with the proviso that said compound of formula is not N-[2-(5-fluoro-1H-indol-3-yl)ethyl]-5-[(3-fluorophenyl)methyl]isoxazole-3-carboxamide, or a solvate, a hydrate, or a salt thereof. - R 1 is selected from the group consisting of hydrogen and F; - R 2 is selected from the group consisting of hydrogen and F; - R 3 is selected from the group consisting of hydrogen and F; - R 4 is selected from the group consisting of hydrogen and F; - R 5 is selected from the group consisting of hydrogen and F; with the proviso that at least one of R 1, R 2, R 3, R 4 or R 5 is not hydrogen; with the proviso that said compound of formula is not N-[2-(5-fluoro-1H-indol-3-yl)ethyl]-5-[(3-fluorophenyl)methyl]isoxazole-3-carboxamide, or a solvate, a hydrate, or a salt thereof.
Sensor device comprising - an integrated signal processing module, - a gas sensitive sensor (2; 12) connected to the signal processing module, - an encapsulation (4; 14) which at least partly encloses the signal processing module, a cavity (6; 16) in the encapsulation (4; 14) providing an access to the sensor (2; 12), and the encapsulation (4; 14) being formed in such a way that the cavity (6; 16) extends from the sensor (2; 12) as far as at least two limiting side surfaces (7.1, 7.2) of the encapsulation (4; 14), the cavity (6; 16) in the encapsulation (4; 14) extending from a first side surface (7.1) of the encapsulation (4; 14) as far as a cavity base surface, in which the sensor (2; 12) is arranged, the side walls of the cavity (6; 16) not being arranged at right angles to the cavity base surface, and - the sensor (2; 12) being formed as a moisture sensor and the signal processing module (1; 11) being configured and formed to convert the signals generated by the sensor (2; 12) into moisture measured values that can be processed further, and characterized in that the moisture sensor has a base electrode (2.1) on which a moisture-sensitive measuring layer (2.3) is arranged, on which there is a top electrode (2.2) with a moisture-permeable hydrophobic protective layer (3; 13), and wherein the moisture sensor is placed on an insulating layer (1.1) arranged on the signal processing module (1; 11). - an integrated signal processing module, - a gas sensitive sensor (2; 12) connected to the signal processing module, - an encapsulation (4; 14) which at least partly encloses the signal processing module, a cavity (6; 16) in the encapsulation (4; 14) providing an access to the sensor (2; 12), and the encapsulation (4; 14) being formed in such a way that the cavity (6; 16) extends from the sensor (2; 12) as far as at least two limiting side surfaces (7.1, 7.2) of the encapsulation (4; 14), the cavity (6; 16) in the encapsulation (4; 14) extending from a first side surface (7.1) of the encapsulation (4; 14) as far as a cavity base surface, in which the sensor (2; 12) is arranged, the side walls of the cavity (6; 16) not being arranged at right angles to the cavity base surface, and - the sensor (2; 12) being formed as a moisture sensor and the signal processing module (1; 11) being configured and formed to convert the signals generated by the sensor (2; 12) into moisture measured values that can be processed further, and
Separator device for separating gas from a liquid flow, including: a housing having an inlet and an outlet for connecting to the liquid flow, a flow path extending from the inlet to the outlet for allowing liquid to flow through the housing; a valve arranged for allowing gas to escape from the housing; a float arranged for operating the valve; and a nozzle in communication with the liquid flow for spraying a part of the liquid of the liquid flow into the housing; characterized by a venturi in the liquid flow path for reducing a pressure inside the housing. a housing having an inlet and an outlet for connecting to the liquid flow, a flow path extending from the inlet to the outlet for allowing liquid to flow through the housing; a valve arranged for allowing gas to escape from the housing; a float arranged for operating the valve; and a nozzle in communication with the liquid flow for spraying a part of the liquid of the liquid flow into the housing; characterized by a venturi in the liquid flow path for reducing a pressure inside the housing.
A method for estimating source parameters of J audio sources from I mix audio signals, with I,J > 1, wherein the mix audio signals comprise a plurality of frames, wherein the I mix audio signals are representable as a mix audio matrix in a frequency domain, wherein the J audio sources are representable as a source matrix in the frequency domain, wherein the method comprises, for a frame n, - updating an un-mixing matrix which is configured to provide an estimate of the source matrix from the mix audio matrix, based on a mixing matrix which is configured to provide an estimate of the mix audio matrix from the source matrix; - updating the mixing matrix based on the un-mixing matrix and based on the I mix audio signals for the frame n; and - iterating the updating steps (601, 602) until an overall convergence criterion is met, wherein the overall convergence criterion is dependent on a degree of change of the mixing matrix between two successive iterations, wherein - the method further comprises determining a covariance matrix of the audio sources; - the un-mixing matrix is updated based on the covariance matrix of the audio sources; and - the covariance matrix of the audio sources is determined based on the mix audio matrix and based on the un-mixing matrix. - updating an un-mixing matrix which is configured to provide an estimate of the source matrix from the mix audio matrix, based on a mixing matrix which is configured to provide an estimate of the mix audio matrix from the source matrix; - updating the mixing matrix based on the un-mixing matrix and based on the I mix audio signals for the frame n; and - iterating the updating steps (601, 602) until an overall convergence criterion is met, wherein the overall convergence criterion is dependent on a degree of change of the mixing matrix between two successive iterations, wherein - the method further comprises determining a covariance matrix of the audio sources; - the un-mixing matrix is updated based on the covariance matrix of the audio sources; and - the covariance matrix of the audio sources is determined based on the mix audio matrix and based on the un-mixing matrix.
A silicon solid solution comprising silicon and one or more than one of a solute element selected from a group 3 semimetal or metal element, a group 4 semimetal or metal element except silicon, and a group 5 nonmetal or semimetal element, wherein the group 3 semimetal element is boron, the group 4 semimetal element is germanium, and the group 5 semimetal element is selected from arsenic, antimony, and bismuth, and wherein the amount of the solute element in the silicon solution is 0.01 to 10 at%, the solid solution showing an XRD pattern in which the position of the XRD peak of the solid solution corresponding to the XRD peak assigned to the plane of silicon shifts to the smaller or greater angle side relative to the position of the XRD peak assigned to the plane of silicon by 0.1° to 1° and having a lattice strain of 0.01% to 1% as determined by XRD.
A method of preparation of a derivative of hyaluronic acid oxidized in the position 6 of the glucosamine part of the polysaccharide selectively to aldehyde, wherein the hyaluronic acid reacts with 4-R-TEMPO, where R is a linear or branched chain with 1 to 50 atoms, optionally containing aromatic or heteroaromatic groups, 4-R-TEMPO being present in an amount within the range from 0.005 to 0.5 equivalent with respect to the hyaluronan dimer and a co-oxidant being present in an amount within the range from 0.05 to 1 equivalent with respect to the hyaluronan dimer, at the temperature within the range from -10 to 20°C for 5 minutes to 24 hours in a protic solvent that includes water and aqueous solutions of salts of a general formula MX, where M is an alkali metal and X is selected from the group including HCO 3 -, CO 3 2-, PO 4 3-, HPO 4 2-, H 2 PO 4 - and halogens, wherein the concentration of the aqueous salt solutions is 0 to 15% by weight.
A track cleat arrangement for a track chain of a tracked vehicle having a track cleat section made of a metal alloy and a track guide which is firmly connected to the track cleat section in the fitted state, characterized in that the track guide and the track cleat section are provided with longitudinal profiles complementary to one another and forming orthogonally to their longitudinal direction at least one undercut that positively secures the track guide on the track cleat section orthogonally to the longitudinal direction.
A neural interface system, which comprises: a) a substrate; b) at least one primary metallization supported on the substrate, wherein the primary metallization has a perimeter extending from a lower metallization surface supported on the substrate to an upper metallization surface spaced from the lower metallization surface by a thickness of the perimeter, and c) wherein the thickness of the primary metallization ranges from 0.25 μm to 20 μm; - wherein the upper surface of the primary metallization is characterized by a plurality of undulations by nanosphere depositions; - said undulations comprising a plurality of recesses from etchings extending part way into the thickness of the primary metallization; and - said undulations comprising a plurality of upstanding secondary metallizations supported on the upper surface of the primary metallization; - wherein the substrate supporting the primary metallization with the undulations on its upper metallization surface is provided in a planar or three-dimensional shape for contact with body tissue. a) a substrate; b) at least one primary metallization supported on the substrate, wherein the primary metallization has a perimeter extending from a lower metallization surface supported on the substrate to an upper metallization surface spaced from the lower metallization surface by a thickness of the perimeter, and c) wherein the thickness of the primary metallization ranges from 0.25 μm to 20 μm; - wherein the upper surface of the primary metallization is characterized by a plurality of undulations by nanosphere depositions; - said undulations comprising a plurality of recesses from etchings extending part way into the thickness of the primary metallization; and - said undulations comprising a plurality of upstanding secondary metallizations supported on the upper surface of the primary metallization; - wherein the substrate supporting the primary metallization with the undulations on its upper metallization surface is provided in a planar or three-dimensional shape for contact with body tissue. - wherein the upper surface of the primary metallization is characterized by a plurality of undulations by nanosphere depositions; - said undulations comprising a plurality of recesses from etchings extending part way into the thickness of the primary metallization; and - said undulations comprising a plurality of upstanding secondary metallizations supported on the upper surface of the primary metallization; - wherein the substrate supporting the primary metallization with the undulations on its upper metallization surface is provided in a planar or three-dimensional shape for contact with body tissue.
A firearm accessory arrangement comprising: a tactical rail including a transmit non-contact optical connection associated with a transmitter optical sub-assembly, TOSA, and a receive non-contact optical connection associated with a receiver optical sub-assembly, ROSA, wherein the ROSA and TOSA are both housed together in a unitary housing, wherein the TOSA includes a light emitting element within the housing, a collimating lens in the housing, and a TOSA window in the housing, wherein the light emitting element, the collimating lens, and the TOSA window are configured so light can pass from the light emitting element, through the collimating lens, and out the TOSA window, and wherein the ROSA includes a light detecting element within the housing, a focusing lens within the housing, and a ROSA window in the housing, wherein the light detecting element, the focusing lens, and the ROSA window are aligned so light can pass in through the ROSA window, through the focusing lens, and into the light detecting element. a tactical rail including a transmit non-contact optical connection associated with a transmitter optical sub-assembly, TOSA, and a receive non-contact optical connection associated with a receiver optical sub-assembly, ROSA, wherein the ROSA and TOSA are both housed together in a unitary housing, wherein the TOSA includes a light emitting element within the housing, a collimating lens in the housing, and a TOSA window in the housing, wherein the light emitting element, the collimating lens, and the TOSA window are configured so light can pass from the light emitting element, through the collimating lens, and out the TOSA window, and wherein the ROSA includes a light detecting element within the housing, a focusing lens within the housing, and a ROSA window in the housing, wherein the light detecting element, the focusing lens, and the ROSA window are aligned so light can pass in through the ROSA window, through the focusing lens, and into the light detecting element.
A pressure member for an apparatus configured to form an electrophotographic image, comprising: a base, an elastic layer on the base, and a surface layer on the elastic layer, the surface layer containing a fluorine-containing resin, wherein the surface layer is fixed on the elastic layer in a state of being stretched in the longitudinal direction of the pressure member, said pressure member being characterized in that the elastic layer has a porosity of 20% by volume or more and 60% by volume or less, and when the elastic modulus of the elastic layer in the thickness direction is defined as E and the elastic modulus of the elastic layer in the longitudinal direction of the pressure member is defined as E, E /E is larger than 1.0. a base, an elastic layer on the base, and a surface layer on the elastic layer, the surface layer containing a fluorine-containing resin, wherein the surface layer is fixed on the elastic layer in a state of being stretched in the longitudinal direction of the pressure member, said pressure member being characterized in that the elastic layer has a porosity of 20% by volume or more and 60% by volume or less, and when the elastic modulus of the elastic layer in the thickness direction is defined as E and the elastic modulus of the elastic layer in the longitudinal direction of the pressure member is defined as E, E /E is larger than 1.0.
A production system (10; 10') for manufacturing motor vehicle number plate panels, comprising a hot stamping machine configured for the continuous application of paint to stamped number plates by means of hot stamping, wherein at least one first conveying means is provided for the transport of stamped number plates through the hot stamping machine, wherein the production system (10; 10') comprises at least one transfer device having a buffer with means for the intermediate storage of at least two planar objects (40; 70), wherein the production system (10; 10') comprises a control unit configured for controlling the buffer for successively depositing planar objects (40; 70) from the buffer onto the first conveying means, characterized in that the planar objects are stamped number plates, which can be deposited on the conveying means from the buffer and can thus be transported through the hot stamping machine, and the control unit for controlling the buffer is configured such that the stamped number plates can be deposited, one after the other, from the buffer on the first conveying means with a predetermined distance X from one another.
A method for producing a sheet-shaped cell culture, comprising a step of freezing cells, wherein the temperature of a freezing means is 0°C or lower; a step of thawing the frozen cells, wherein the temperature of a thawing means is from 4 to 50°C; and a step of forming a sheet-shaped cell culture with the thawed cells, wherein the step of forming a sheet-shaped cell culture contains a step of seeding cells on a culture substrate and a step of forming a sheet with the seeded cells; wherein the cells are skeletal myoblasts, and wherein the sheet-shaped cell culture is formed after the step of thawing the cells without proliferation of the cells.
A composition comprising an extract of Leucosidea Sericea, in the form of either an ethanolic or liquid aqueous extract, for use in a method of treating acne vulgaris.
An apparatus having a first end to accept agricultural material and a second end to provide individual plants from the agricultural material, said apparatus comprising: a conveyor system having one or more belts extending from the first end to the second end; a mesh having a first side contacting the second end and a second side opposing said second end; and a pull-through unit near the second end, where said pull-through unit includes a plurality of tines, and where the pull-through unit moves the plurality of tines through said mesh, such that said conveyor moves accepted agricultural material from the first end to the first side of said mesh, and said plurality of tines moves through said mesh to separate individual plants from agricultural material at said first side and provide individual plants at said second side. a conveyor system having one or more belts extending from the first end to the second end; a mesh having a first side contacting the second end and a second side opposing said second end; and a pull-through unit near the second end, where said pull-through unit includes a plurality of tines, and where the pull-through unit moves the plurality of tines through said mesh, such that said conveyor moves accepted agricultural material from the first end to the first side of said mesh, and said plurality of tines moves through said mesh to separate individual plants from agricultural material at said first side and provide individual plants at said second side.