mhurhangee/ep-ind-claims huggingface dataset:
A barrier paper comprising: a paper base material; and a barrier layer containing cellulose fibers formed on the paper base material, wherein an integrated value from 10.0 μm to 500.0 μm, obtained from a volume-based particle size distribution diagram when a dispersion containing the cellulose fibers is measured by laser diffraction, is 30% or more, and the barrier layer contains a water-soluble polymer. a paper base material; and a barrier layer containing cellulose fibers formed on the paper base material, wherein an integrated value from 10.0 μm to 500.0 μm, obtained from a volume-based particle size distribution diagram when a dispersion containing the cellulose fibers is measured by laser diffraction, is 30% or more, and the barrier layer contains a water-soluble polymer.
A device comprising a driving shaft, a driven shaft driven directly by the driving shaft, a coupling element and a clamp lock, the driving shaft and the driven shaft being supported such that they are coaxial with the coupling element and rotatable relative to the coupling element, wherein the clamp lock acts between the coupling element and the driving shaft or the driven shaft and locks when a torque is transmitted from the driven shaft to the driving shaft, and wherein the clamp lock is released when a torque is transmitted from the driving shaft to the driven shaft, wherein the clamp lock comprises at least one clamping element, which is arranged between a first clamping surface of the driving shaft or the driven shaft and a second clamping surface (7.1, 7.2) of the coupling element and which is adapted to be transferred from a neutral position, at which there is no clamping effect between the clamping element and the first clamping surface as well as the second clamping surface (7.1, 7.2), to a locking position, at which a self-locking effect occurs between the clamping element and the first clamping surface as well as the second clamping surface (7.1, 7.2), so that the clamp lock will lock, characterized in that the clamp lock additionally comprises a first coupling surface of the driving shaft or the driven shaft as well as a second coupling surface of the coupling element, said second coupling surface being positioned in opposed relationship with said first coupling surface, wherein the first clamping surface and the second clamping surface (7.1) are oriented and configured such that they move away from one another in the axial direction of the driving shaft, when the clamping element between the first and second clamping surfaces moves from the neutral position to the locking position, and wherein the first coupling surface and the second coupling surface are oriented such that they move towards one another in the axial direction of the driving shaft and enter into engagement with one another, when the clamping element moves from the neutral position to the locking position.
A method for making ductile honeycomb cores by 1.1 forming a flat sheet-type or web-type material to be processed into a meander-shaped structure with surfaces that essentially extend horizontally and vertically, 1.2 further processing into a 3-d expansion honeycomb, characterized by the following additional steps: 1.3 producing a folding pattern in the vertical surfaces of the meander-shaped structure by longitudinal folding along the machine running direction, wherein the horizontal surfaces are enlarged by a section of the previously vertical surfaces and the remaining previously vertical surfaces are shaped into a zigzag pattern (5b, c, d), 1.4 producing sharp-edged folding lines in order to respectively form a folded sheet or folded web. 1.1 forming a flat sheet-type or web-type material to be processed into a meander-shaped structure with surfaces that essentially extend horizontally and vertically, 1.2 further processing into a 3-d expansion honeycomb, 1.3 producing a folding pattern in the vertical surfaces of the meander-shaped structure by longitudinal folding along the machine running direction, wherein the horizontal surfaces are enlarged by a section of the previously vertical surfaces and the remaining previously vertical surfaces are shaped into a zigzag pattern (5b, c, d), 1.4 producing sharp-edged folding lines in order to respectively form a folded sheet or folded web.
A photovoltaic concentrator assembly comprising: a housing having an upper portion, and a lower portion defining an internal volume; said upper portion having an opening from said internal volume; a photovoltaic cell positioned in said internal volume; and an optical element comprising an optically active body and a flange extending outward from said body about an entire periphery of the body where the flange is sandwiched between the upper and lower portions of the housing, and in which an upper surface of the flange is aligned and engaged with an internal surface of a rim of the housing to seal the opening while aligning the body of the optical element with the opening; the assembly further comprising a light shield received in said internal volume and disposed between said optical element and said photovoltaic cell, wherein said light shield defines a window that is aligned with said photovoltaic cell; wherein said flange is positioned between said housing and said light shield; and further comprising a sealing member disposed between said flange and said light shield. a housing having an upper portion, and a lower portion defining an internal volume; said upper portion having an opening from said internal volume; a photovoltaic cell positioned in said internal volume; and an optical element comprising an optically active body and a flange extending outward from said body about an entire periphery of the body where the flange is sandwiched between the upper and lower portions of the housing, and in which an upper surface of the flange is aligned and engaged with an internal surface of a rim of the housing to seal the opening while aligning the body of the optical element with the opening;
A manifold (10a, 10b) for providing hydraulic fluid to a hydraulically actuated device of a blowout preventer, the manifold comprising: first and second subsea valve modules (62a, 62b), each comprising: one or more inlets, each configured to receive hydraulic fluid from a fluid source; one or more outlets, each in selective fluid communication with at least one of the one or more inlets; and one or more subsea valve assemblies, each configured to selectively control hydraulic fluid communication from at least one of the one or more inlets to at least one of the one or more outlets; where the one or more inlets of the first subsea valve module are configured to be coupled to a first fluid source and the one or more inlets of the second subsea valve module are configured to be coupled to a second fluid source; and where at least one of the one or more outlets of the first subsea valve module and at least one of the one or more outlets of the second subsea valve module are configured to be in simultaneous fluid communication with an inlet of an actuation port of the hydraulically actuated device; where at least one of the subsea valve assemblies comprises: a first two-way valve configured to selectively allow fluid communication from at least one of the one or more inlets to at least one of the one or more outlets; and a second two-way valve configured to selectively divert hydraulic fluid from at least one of the one or more outlets to at least one of a reservoir and a subsea environment. one or more inlets, each configured to receive hydraulic fluid from a fluid source; one or more outlets, each in selective fluid communication with at least one of the one or more inlets; and one or more subsea valve assemblies, each configured to selectively control hydraulic fluid communication from at least one of the one or more inlets to at least one of the one or more outlets; where the one or more inlets of the first subsea valve module are configured to be coupled to a first fluid source and the one or more inlets of the second subsea valve module are configured to be coupled to a second fluid source; and where at least one of the one or more outlets of the first subsea valve module and at least one of the one or more outlets of the second subsea valve module are configured to be in simultaneous fluid communication with an inlet of an actuation port of the hydraulically actuated device; a first two-way valve configured to selectively allow fluid communication from at least one of the one or more inlets to at least one of the one or more outlets; and a second two-way valve configured to selectively divert hydraulic fluid from at least one of the one or more outlets to at least one of a reservoir and a subsea environment.
A device for producing three-dimensional models in a continuous process, said device comprising a construction surface which has a particulate material bed with a first end and a second end in the direction of movement, at least one metering device and at least one solidifying means, wherein the construction surface is designed for conveying heavy components and the particulate material bed can be conveyed over the construction surface substantially without deformation, wherein the construction surface is a horizontal endless or/and open conveyor belt, and a drive of the conveyor belt comprises a step conveyor including lifting and pushing grates (26, 27).
An apparatus arranged to cure a composite part, comprising: a set of tools adapted to hold a composite part layup and including at least one tool face arranged to contact the part layup, wherein the at least one tool face includes a susceptor arranged to engage the part layup; means arranged to heat the tool face to cure the part layup; means coupled with each of the tools and arranged to selectively cool individual overheated sections of the tool face, wherein coolant is arranged to be applied to overheated areas of the susceptor, wherein a substantially uniform cure temperature across substantially the entire area of the tool face can be maintained, the apparatus further comprising: means arranged to sense the temperature of the tool face within each of the sections; and a controller for selecting sections of the tool face to be cooled based on the sensed temperatures and to control the cooling means to cool the selected sections of the tool face. a set of tools adapted to hold a composite part layup and including at least one tool face arranged to contact the part layup, wherein the at least one tool face includes a susceptor arranged to engage the part layup; means arranged to heat the tool face to cure the part layup; means coupled with each of the tools and arranged to selectively cool individual overheated sections of the tool face, wherein coolant is arranged to be applied to overheated areas of the susceptor, wherein a substantially uniform cure temperature across substantially the entire area of the tool face can be maintained, the apparatus further comprising: means arranged to sense the temperature of the tool face within each of the sections; and a controller for selecting sections of the tool face to be cooled based on the sensed temperatures and to control the cooling means to cool the selected sections of the tool face. means arranged to sense the temperature of the tool face within each of the sections; and a controller for selecting sections of the tool face to be cooled based on the sensed temperatures and to control the cooling means to cool the selected sections of the tool face.
A trimming system for trimming fish, the system comprising: • a supporting structure adapted to engage with the fish such that a first belly side of the fish extends along a first side of the supporting structure and a second belly side of the fish extends along a second side of the supporting structure, • a force supplying means (110, 111) for supplying opposite forces onto the first and the second belly sides (201, 202) towards the first and the second sides of the supporting structure, • an advancing means (210, 211) for advancing the fish from a first position to a second position, • a profile measuring means arranged at the first position for measuring, at the first and the second sides of the supporting structure, the profile of the first and the second belly sides of the fish, • a cutting means arranged at the second position, the cutting means being operable to trim the first and second belly sides (201, 202) of the fish, • a control unit operably connected to the profile measuring means for receiving profile data acquired by the profile measuring means and for controlling operation of the cutting means to trim the first and second belly sides (201, 202) of the fish, wherein the profile measuring means and the force supplying means (110, 111) are positioned and configured such that the opposite forces are supplied by the force supplying means at the first position while a lower edge of at least one of the first and the second belly sides is being measured by the profile measuring means. • a supporting structure adapted to engage with the fish such that a first belly side of the fish extends along a first side of the supporting structure and a second belly side of the fish extends along a second side of the supporting structure, • a force supplying means (110, 111) for supplying opposite forces onto the first and the second belly sides (201, 202) towards the first and the second sides of the supporting structure, • an advancing means (210, 211) for advancing the fish from a first position to a second position, • a profile measuring means arranged at the first position for measuring, at the first and the second sides of the supporting structure, the profile of the first and the second belly sides of the fish, • a cutting means arranged at the second position, the cutting means being operable to trim the first and second belly sides (201, 202) of the fish, • a control unit operably connected to the profile measuring means for receiving profile data acquired by the profile measuring means and for controlling operation of the cutting means to trim the first and second belly sides (201, 202) of the fish, wherein the profile measuring means and the force supplying means (110, 111) are positioned and configured such that the opposite forces are supplied by the force supplying means at the first position while a lower edge of at least one of the first and the second belly sides is being measured by the profile measuring means.
An information processing method, characterized in that the method comprises: Acquiring, in response to receiving an acquisition request to announcement information of a chat group, a document identification corresponding to the announcement information, wherein the document identification is associated with an online document within which the announcement information is recorded, wherein the acquisition request is transmitted from a user, the announcement information includes notification information for notifying other chat group members or introduction information of the communication chat group, and the acquisition request is received by a terminal device; acquiring the online document indicated by the document identification; and displaying the online document. Acquiring, in response to receiving an acquisition request to announcement information of a chat group, a document identification corresponding to the announcement information, wherein the document identification is associated with an online document within which the announcement information is recorded, wherein the acquisition request is transmitted from a user, the announcement information includes notification information for notifying other chat group members or introduction information of the communication chat group, and the acquisition request is received by a terminal device; acquiring the online document indicated by the document identification; and displaying the online document.
A polyester resin composition comprising: 100 parts by mass of a polyester resin having at least 50 % by mass of a glycolic acid resin; and from 0.5 to 50 parts by mass of at least one carboxylic acid anhydride selected from the group consisting of an aliphatic monocarboxylic acid anhydride, an aromatic monocarboxylic acid anhydride, an aromatic tricarboxylic acid anhydride, an alicyclic dicarboxylic acid anhydride, an aliphatic tetracarboxylic dianhydride, and 3,3',4,4'-benzophenone tetracarboxylic dianhydride.
An electric vehicle having: a body; a device for arranging batteries, the batteries consisting of individual battery cells which are individually detachably retained and detachably contacted in at least one drawer, the at least one drawer being mounted in the body so as to be laterally displaceable between a pulled-out and a pushed-in position, and the individual battery cells having plug contacts for connection contacts in the drawer; and battery management electronics, characterised in that the battery management electronics are arranged in the drawer, and the at least one drawer can be pulled out as far as a stop such that, in the pulled-out position, all the individual battery cells can be removed upwards individually from the at least one drawer, wherein the connection contacts are arranged in the drawer and are connected to the battery management electronics in the drawer, and the battery management electronics can be or are connected to power electronics for vehicle operation, and wherein the battery management electronics connect the battery cells arranged in the drawer together or adjusts voltages of the battery cells arranged in the drawer by transferring charge.
Method, implemented in a management information system, for automatically calculating an imposition scheme which defines an allocation of a series of pages of the printed work to fields of a sheet in order to produce a printed work, into which fields the sheet is divided into rows and columns on the basis of a folding sequence, the folding sequence defining the series of pages in the printed work that are allocated to the fields, characterized in that a possible segmentation of the sheet and subsequently a folding sequence associated with said segmentation is selected from a list of segmentations, initially on the basis of a sheet format of the sheet and also on the basis of net sheet sizes of the pages, each segmentation, irrespective of the sheet format, defining how the fields are arranged into rows and columns, and in that, finally, the imposition scheme is determined on the basis of the selected folding sequence and the series of pages in the printed work.
A method for producing a branched aromatic polycarbonate resin that comprises subjecting an aromatic polycarbonate prepolymer and a linking agent containing a trifunctional or more of an aliphatic polyol compound to transesterification reaction in the presence of a transesterification catalyst under a reduced pressure condition.
An apparatus for performing adaptive duo-binary coding for signal transmission via a partial response, PR, transmission system, wherein in the PR transmission system, a PR channel is specified by a transfer function which is dependent on a delay operator D, said apparatus comprising: a spectrum analyzer for obtaining a fading characteristic of a transmission spectrum available for said signal transmission; a spectrum divider for dividing said available transmission spectrum into at least two subbands in accordance with said fading characteristic, wherein a power spectrum density, PSD, or a fast Fourier transform, FFT, of the PR channel is analyzed to find minimum values of the transfer function, based on these minimum values, the baud rate for the first subband is obtained as the double frequency value of a first minimum value, the baud rate of the second subband is obtained by subtracting the frequency value of the first minimum value from the frequency value of a second minimum value; and a modulation selector for selecting a modulation format for each of said at least two subbands based on a transmission characteristic of the subband. a spectrum analyzer for obtaining a fading characteristic of a transmission spectrum available for said signal transmission; a spectrum divider for dividing said available transmission spectrum into at least two subbands in accordance with said fading characteristic, wherein a power spectrum density, PSD, or a fast Fourier transform, FFT, of the PR channel is analyzed to find minimum values of the transfer function, based on these minimum values, the baud rate for the first subband is obtained as the double frequency value of a first minimum value, the baud rate of the second subband is obtained by subtracting the frequency value of the first minimum value from the frequency value of a second minimum value; and a modulation selector for selecting a modulation format for each of said at least two subbands based on a transmission characteristic of the subband.
Heating device adapted to be mounted on a windscreen wiper articulated to an actuator arm, the heating device including: at least one vertebra adapted to be mounted in at least one housing of the windscreen wiper, a so-called upper face of the vertebra facing the actuator arm in the assembled position of the wiper and the actuator arm and a so-called lower face being opposite the upper face, and at least one heating element a first portion of which is on the upper face of the vertebra, a second portion of the heating element being on the lower face of the vertebra, the first and second portions (14, 14') of the heating element being in electrical contact with each other and characterized in that the first portion of the heating element is on the upper face of the vertebra only in the area of contact with an electrical connection device. at least one vertebra adapted to be mounted in at least one housing of the windscreen wiper, a so-called upper face of the vertebra facing the actuator arm in the assembled position of the wiper and the actuator arm and a so-called lower face being opposite the upper face, and at least one heating element a first portion of which is on the upper face of the vertebra,
A method of wireless communication at a user equipment, UE, comprising: receiving (1202, 1204) from a base station via UE-specific signaling an indication of a bandwidth to be used by the UE for communication with the base station, the bandwidth including a first system bandwidth and a second system bandwidth configured by the base station for the UE, the first system bandwidth comprising resource blocks associated with a non-extension portion, the second system bandwidth comprising the non-extension portion and an extension portion, the extension portion comprising one or more resource blocks not usable by legacy UEs served by the base station, wherein different UEs served by the base station utilize different portions of the second bandwidth according to their respective indications; wherein the UE-specific signaling allows the extension portion to be subdivided and allocated to different subsets of non-legacy UEs; and communicating with the base station based on the indicated bandwidth. receiving (1202, 1204) from a base station via UE-specific signaling an indication of a bandwidth to be used by the UE for communication with the base station, the bandwidth including a first system bandwidth and a second system bandwidth configured by the base station for the UE, the first system bandwidth comprising resource blocks associated with a non-extension portion, the second system bandwidth comprising the non-extension portion and an extension portion, the extension portion comprising one or more resource blocks not usable by legacy UEs served by the base station, wherein different UEs served by the base station utilize different portions of the second bandwidth according to their respective indications; wherein the UE-specific signaling allows the extension portion to be subdivided and allocated to different subsets of non-legacy UEs; and communicating with the base station based on the indicated bandwidth.