mhurhangee/ep-ind-claims huggingface dataset:
A book block feed device that is configured to feed a book block to a bookbinding machine, comprising: an alignment unit and a press unit that are adjacently arranged in order along a conveying path of the book block from an inlet to an outlet of the conveying path, a conveying mechanism that is configured to convey the book block along the conveying path, a transfer mechanism disposed in the outlet of the conveying path, to feed the book block pressed by the press unit to the bookbinding machine, the alignment unit including at least one vibrator configured to vibrate the book block, the press unit including a press surface that forms a part of a conveying surface (2a, 2b) of the conveying path, and a press plate that is configured to sandwich and press the book block between the press plate and the press surface, wherein the conveying mechanism is configured to convey the book block to the press unit, the press plate being configured to move from a standby position to a pressing position to remove air in the book block, the standby position being at a position away from the book block disposed on the press surface, the pressing position being at a position to press the book block toward the press surface, the conveying mechanism being configured to convey the book block pressed by the press plate from the press unit to the transfer mechanism, characterised in that the transfer mechanism is disposed in the outlet of the conveying path, and in that the press plate is configured to move consecutively from the standby position, via the pressing position to the standby position again. an alignment unit and a press unit that are adjacently arranged in order along a conveying path of the book block from an inlet to an outlet of the conveying path, a conveying mechanism that is configured to convey the book block along the conveying path, a transfer mechanism disposed in the outlet of the conveying path, to feed the book block pressed by the press unit to the bookbinding machine, the alignment unit including at least one vibrator configured to vibrate the book block, the press unit including a press surface that forms a part of a conveying surface (2a, 2b) of the conveying path, and a press plate that is configured to sandwich and press the book block between the press plate and the press surface, wherein the conveying mechanism is configured to convey the book block to the press unit, the press plate being configured to move from a standby position to a pressing position to remove air in the book block, the standby position being at a position away from the book block disposed on the press surface, the pressing position being at a position to press the book block toward the press surface, the conveying mechanism being configured to convey the book block pressed by the press plate from the press unit to the transfer mechanism, characterised in that the transfer mechanism is disposed in the outlet of the conveying path, and in that the press plate is configured to move consecutively from the standby position, via the pressing position to the standby position again.
Hair styling device with a handle part, at least one heater part for heating the hair, and two metallic molded parts (3, 4) for shaping - especially, straightening - curling, or waving the hair, wherein the hair can be inserted between facing contact surfaces (5, 6) of the molded parts (3, 4), and the molded parts (3, 4) can be converted from an open state into a closed state, characterized in that the molded parts (3, 4) are formed as extruded aluminum profiles consisting of aluminum or an aluminum alloy, and the contact surfaces (5, 6) have, at least regionally, an enamel coating.
An inkjet printing system, comprising: a fixer dispensing unit for applying a fixer composition on a substrate, wherein the fixer composition comprises a metal salt in a range of about 5% to 10% by weight, wherein the metal salt is dispersed in a fixer liquid vehicle and the metal salt is a polyvalent metal salt; and an ink dispensing unit for applying an ink composition on the substrate, wherein the ink composition comprises a liquid vehicle having distilled water as a solvent and a non-volatile organic solvent as a co-solvent, a colorant dispersed in the liquid vehicle, and a latex binder dispersed in the liquid vehicle. a fixer dispensing unit for applying a fixer composition on a substrate, wherein the fixer composition comprises a metal salt in a range of about 5% to 10% by weight, wherein the metal salt is dispersed in a fixer liquid vehicle and the metal salt is a polyvalent metal salt; and an ink dispensing unit for applying an ink composition on the substrate, wherein the ink composition comprises a liquid vehicle having distilled water as a solvent and a non-volatile organic solvent as a co-solvent, a colorant dispersed in the liquid vehicle, and a latex binder dispersed in the liquid vehicle.
A device suitable for immersed operation comprising, two sheets of a substrate material, the sheets of substrate material having a plurality of depressions extending to at least one edge of the sheets of substrate material, whereby the plurality of depressions form a plurality of internal channels between the two sheets of substrate material, the internal channels being open to at least one of the outer edges, a filtration membrane material pre-coated on outer surfaces of each of the two sheets of substrate material before they are bonded together or coated on outer surfaces of the two sheets of substrate material after they are bonded together, wherein the two sheets of substrate material are bonded together along one or more lines between the internal channels as well as along outer edges parallel to the depressions wherein the two sheets of substrate material are: a) bonded together between one or more internal channels through a sheet form insert between the entire area of the two sheets of substrate material; or b) bonded together between: (i) the outer edges parallel to the depressions through at least one rigid insert made of a very thin, high tensile strength material; and/or (ii) the one or more lines between the internal channels through at least one rigid insert made of a very thin, high tensile strength material. two sheets of a substrate material, the sheets of substrate material having a plurality of depressions extending to at least one edge of the sheets of substrate material, whereby the plurality of depressions form a plurality of internal channels between the two sheets of substrate material, the internal channels being open to at least one of the outer edges, a filtration membrane material pre-coated on outer surfaces of each of the two sheets of substrate material before they are bonded together or coated on outer surfaces of the two sheets of substrate material after they are bonded together, wherein the two sheets of substrate material are bonded together along one or more lines between the internal channels as well as along outer edges parallel to the depressions wherein the two sheets of substrate material are: a) bonded together between one or more internal channels through a sheet form insert between the entire area of the two sheets of substrate material; or b) bonded together between: (i) the outer edges parallel to the depressions through at least one rigid insert made of a very thin, high tensile strength material; and/or (ii) the one or more lines between the internal channels through at least one rigid insert made of a very thin, high tensile strength material. a) bonded together between one or more internal channels through a sheet form insert between the entire area of the two sheets of substrate material; or b) bonded together between: (i) the outer edges parallel to the depressions through at least one rigid insert made of a very thin, high tensile strength material; and/or (ii) the one or more lines between the internal channels through at least one rigid insert made of a very thin, high tensile strength material.
A spacer for positioning a rehabilitating pipe that renovates an existing pipe, and for being inserted into a space between the existing pipe and the rehabilitating pipe and adjusting a position of the rehabilitating pipe with respect to the existing pipe, characterized by the spacer having an elongated shape with both end portions (53, 54) in a longitudinal direction cut off at an oblique angle (θ 1, θ 2), the spacer having a transverse width increasing gradually from an upper surface portion to a bottom surface portion and a space formed in the bottom surface portion to correspond to a shape of the upper surface portion, thereby allowing a plurality of the spacers to be stacked on one another in a thickness direction thereof, the upper surface portion having a flat-plate shape with a flat rectangular surface region.
Method for producing a decorated wooden board coated on both sides, having the following steps: - applying a liquid layer as primer to the top side of the wooden board, with partial penetration of the primer into the top side of the wooden board; - applying a liquid layer as grounding to the primer; - applying one or more liquid coloured layers (6a, 6b, 6c) to form a decoration on the grounding; - applying a liquid protective layer of melamine formaldehyde resin to the decoration and then drying the protective layer; - applying at least one liquid layer as counterbalance to the underside of the wooden board; - scattering a particulate layer as overlay onto the protective layer on the decorated top side, the overlay comprising at least resin particles; - pressing the wooden board with the layer structure, so that the entire resin structure is liquefied and as a result can penetrate as far as into the wooden board, in order to form a laminate; - dividing up the wooden board into panels and - machining connecting and locking means in the manner of groove and tongue on the side edges of the panels for glue-less connection and locking in order to form a flooring layer that can be laid in a floating manner. - applying a liquid layer as primer to the top side of the wooden board, with partial penetration of the primer into the top side of the wooden board; - applying a liquid layer as grounding to the primer; - applying one or more liquid coloured layers (6a, 6b, 6c) to form a decoration on the grounding; - applying a liquid protective layer of melamine formaldehyde resin to the decoration and then drying the protective layer; - applying at least one liquid layer as counterbalance to the underside of the wooden board; - scattering a particulate layer as overlay onto the protective layer on the decorated top side, the overlay comprising at least resin particles; - pressing the wooden board with the layer structure, so that the entire resin structure is liquefied and as a result can penetrate as far as into the wooden board, in order to form a laminate; - dividing up the wooden board into panels and - machining connecting and locking means in the manner of groove and tongue on the side edges of the panels for glue-less connection and locking in order to form a flooring layer that can be laid in a floating manner.
Rolling bearing for use in a steering column for an automotive vehicle, the rolling bearing comprising an inner ring, an outer ring and a row of rolling elements between the rings (2, 3), at least one of the said rings comprising a housing, at least two raceway elements (7, 8) mounted in the housing and at least one pre-stressing element mounted in the housing and provided with at least one portion in sliding contact with the other ring, characterized in that said portion has a circumferential extension of less than 360°.
A busbar system for a lighting module, having - a support profile for supporting the lighting module, wherein the support profile has a cross section open in a first direction (u) and wherein an emission of a light generated by the lighting module is provided substantially in the first direction (u), characterized by - a lighting element with a light source of a light emission in a second direction (o) opposite to the first direction (u), wherein the support profile has an opening on a side, which points in the second direction (o), through which opening an optical element associated with the light source extends. - a support profile for supporting the lighting module, - a lighting element with a light source of a light emission in a second direction (o) opposite to the first direction (u),
A pump, comprising: a first housing part defining a first portion of a bore extending within said first housing part and shaped to receive a rotor; and a second housing part defining a second portion of said bore extending within said second housing part and shaped to receive said rotor, said first housing part having a first face abutable against an opposing second face of said second housing part to position said first portion of said bore with said second portion of said bore to receive said rotor, said first portion of said bore having a first circular cross-section portion centred along said first face and wherein the first circular cross-section portion has its centerline located along the first face and characterised in that said second portion of said bore has a second circular cross-section portion centred, within said second housing part, at a distance (t) from said second face, and wherein the centreline of that circular cross-section portion is located into the second housing part at the distance (t) which is offset from the second face. a first housing part defining a first portion of a bore extending within said first housing part and shaped to receive a rotor; and a second housing part defining a second portion of said bore extending within said second housing part and shaped to receive said rotor, said first housing part having a first face abutable against an opposing second face of said second housing part to position said first portion of said bore with said second portion of said bore to receive said rotor, said first portion of said bore having a first circular cross-section portion centred along said first face and wherein the first circular cross-section portion has its centerline located along the first face and characterised in that said second portion of said bore has a second circular cross-section portion centred, within said second housing part, at a distance (t) from said second face, and wherein the centreline of that circular cross-section portion is located into the second housing part at the distance (t) which is offset from the second face.
A composition comprising: a supported hydrogenation catalyst comprising palladium and an inorganic support, wherein the supported hydrogenation catalyst is capable of selectively hydrogenating highly unsaturated hydrocarbons to unsaturated hydrocarbons; and a dopant, wherein the dopant comprises a fluorene structure. a supported hydrogenation catalyst comprising palladium and an inorganic support, wherein the supported hydrogenation catalyst is capable of selectively hydrogenating highly unsaturated hydrocarbons to unsaturated hydrocarbons; and a dopant, wherein the dopant comprises a fluorene structure.
A drive rod lock for locking a casement pivotable against a frame with a drive rod longitudinally displaceable between a locking position and an unlocking position on a face plate, with an energy store connected with the drive rod, with a drive device for driving the drive rod into the unlocking position and for charging the energy store and with a release device for releasing the stored energy of the energy store when the casement moves against the frame, wherein the release device has a holding device for holding the drive rod when the casement is removed from the frame, wherein the holding device has a free wheel blocking a movement of the drive rod in one direction of movement and releasing it in the other direction of movement and the holding device has a pivotable clamping lever non-positively holding the drive rod in a direction of movement and the clamping lever can be deflected by the release device for releasing the non-positive engagement, wherein the clamping lever has a bearing with an eccentric and wherein the drive rod can be clamped between the face plate and the eccentric.
A floor covering comprising a substrate, and a coating layer comprising: a coating matrix formed from a curable coating composition comprising a binder, wherein the coating matrix has an average coating matrix thickness; and diamond particles that have an average particle size and a narrow distribution of particle sizes, the narrow distribution of particle sizes has a standard deviation less than 35% of the average particle size; wherein a ratio of the average coating matrix thickness to average particle size ranges from 0.6: 1 to 2:1. a coating matrix formed from a curable coating composition comprising a binder, wherein the coating matrix has an average coating matrix thickness; and diamond particles that have an average particle size and a narrow distribution of particle sizes, the narrow distribution of particle sizes has a standard deviation less than 35% of the average particle size; wherein a ratio of the average coating matrix thickness to average particle size ranges from 0.6: 1 to 2:1.
A layered product comprising an optical substrate having, on at least one surface thereof, a photochromic surface layer constituted by a resin in which a photochromic compound is dispersed, and an ultraviolet ray-absorbing film comprising an ultraviolet ray-absorbing agent that selectively absorbs an ultraviolet ray of a wavelength of 320 nm formed on the photochromic surface layer of said optical substrate, and has a transmission factor of not smaller than 50% for a ray of light of 360 nm and a transmission factor of not larger than 10% for a ray of light of 320 nm, and characterized in that said ultraviolet ray-absorbing film has a thickness of 0.5 to 30 μm and in that said photochromic compound is a chromene compound.
A position measuring system with at least one position pickup (7.1) which is connected to a pickup unit, and at least a second position pickup (7.2) is associated with the position pickup (7.1), wherein the ends of the position pickups overlap, wherein at least two profiles (1.1, 1.2, 1.3) are provided, which comprise in each case two partial profiles (10.1, 10.2), wherein the partial profiles (10.1, 10.2) are of different lengths and/or are arranged offset relative to each other, wherein the position pickups (7.1, 7.2) are arranged in each case in a partial profile (10.1, 10.2); and wherein the two profiles are connected together overlapping, so that at least one position pickup (7.1, 7.2) engages by one end in the adjacent profile.
A particulate matter measurement device comprising a dilutor that is connected to an exhaust pipe of an automobile and connected to a dilution gas introducing inlet (Ia) and that mixes an exhaust gas from an engine of the automobile with a dilution gas so as to dilute the exhaust gas, a mass-related value measurement device into which a part of the diluted exhaust gas diluted by the dilutor is introduced and that continuously measures a mass-related value indirectly indicating a mass of particulate matters contained in the diluted exhaust gas, a collection filter through which the remainder of the diluted exhaust gas passes and that collects the particulate matters contained in the remainder of the diluted exhaust gas, a dilution gas flow rate adjusting device that adjusts a flow rate of the dilution gas introduced into the dilutor, a filter passing flow rate adjusting device that adjusts a flow rate of the diluted exhaust gas passing the collection filter, characterized by a control part adapted to keep a sum of the flow rate of the diluted exhaust gas introduced into the mass-related value measurement device and the flow rate of the diluted exhaust gas passing the collection filter at a constant value by controlling the filter passing flow rate adjusting device based on the flow rate of the diluted exhaust gas introduced into the mass-related value measurement device, and an information processing part adapted to calculate a correlation between a mass measurement value of the particulate matters collected by the collection filter during a predetermined period while the engine is in operation and a time integrated value of the mass-related value measurement data during the predetermined period as being a time series change data of the mass-related value measured by the mass-related value measurement device and adapted to convert the mass-related value measurement data to the time series change data of the mass of the particulate matters based on the correlation.
A conjugate compound comprising a cysteine-engineered antibody or Fc fusion protein and at least one heterologous moiety, wherein: (i) the Fc domain of the antibody or Fc fusion protein comprises a cysteine amino acid insertion between positions 239 and 240, wherein the amino acid position numbering is according to the EU index as set forth in Kabat; and (ii) wherein at least one heterologous moiety is conjugated to the cysteine amino acid inserted between positions 239 and 240. (i) the Fc domain of the antibody or Fc fusion protein comprises a cysteine amino acid insertion between positions 239 and 240, wherein the amino acid position numbering is according to the EU index as set forth in Kabat; and (ii) wherein at least one heterologous moiety is conjugated to the cysteine amino acid inserted between positions 239 and 240.
A computer-implemented method of determining relative strength of binding between a receptor and individual members of a set of ligands to form complexes between individual ligand set members and the receptor, the method comprising a computer-implemented determination of multiple relative binding free energy differences for a set of three or more ligand pairs forming at least one closed cycle, and a computer implemented determination of hysteresis magnitude about each closed thermodynamic cycle, comprising: a) a computer implemented probabilistic determination of the free energy differences and error distributions about those free energy differences along each of the legs of the closed thermodynamic cycle that probabilistically lead to the hysteresis value observed for the closed thermodynamic cycles; b) a computer implemented determination of the most probable free energy difference for each leg in the closed thermodynamic cycle included in the probabilistic model determined in step a); c) a computer implemented determination of the most probable error associated with the most probable binding free energy difference for each pair of ligands along each leg in the closed thermodynamic cycle from the probabilistic determination in step b); d) a computer implemented output of values representing the relative binding free energies and errors in step c) to a computer user. a) a computer implemented probabilistic determination of the free energy differences and error distributions about those free energy differences along each of the legs of the closed thermodynamic cycle that probabilistically lead to the hysteresis value observed for the closed thermodynamic cycles; b) a computer implemented determination of the most probable free energy difference for each leg in the closed thermodynamic cycle included in the probabilistic model determined in step a); c) a computer implemented determination of the most probable error associated with the most probable binding free energy difference for each pair of ligands along each leg in the closed thermodynamic cycle from the probabilistic determination in step b); d) a computer implemented output of values representing the relative binding free energies and errors in step c) to a computer user.