mhurhangee/ep-ind-claims huggingface dataset:
Set of preforms to make a container for beverages, comprising an external preform and an internal preform, each intended to form respectively an external keg and an internal bag of said container, said internal preform being associated internally with said external preform in order to define with said external preform a hollow space, wherein said external preform and said internal preform have respective coupling members suitable to clamp said external preform and said internal preform with respect to each other at least axially along an axis in a desired reciprocal position, wherein said respective coupling members allow to separate said hollow space from the external environment in a sealed manner and achieve a mechanical coupling by interference and are disposed in correspondence with respective neck portions (22, 28) for coupling said external preform and said internal preform, wherein said coupling members comprise a first shaped portion provided with hollows and protuberances, made on a neck portion (22, 28) of one of either said external preform and said internal preform, and a second shaped portion provided with hollows and protuberances mating with those of said first shaped portion, made on the surface of said neck portion (28, 22) of the other of said external preform and said internal preform and wherein said internal preform has at least a slit that develops along said neck portion below the mechanical seal zone obtained by said coupling members, characterized in that, in correspondence with said slit, said internal preform comprises at least one through hole that, when in operation, connects the internal volume of said internal preform with said hollow space.
Inline coating device for plasma enhanced chemical vapour deposition, comprising at least one process chamber (1, 2) with at least two plasma sources arranged successively in conveying direction of substrates through the process chamber (1, 2), wherein the at least two plasma sources are different plasma sources (6, 7), the at least two plasma sources (6, 7) are two plasma sources operating at different excitation frequencies, and wherein the at least two plasma sources (6, 7) have at least one first plasma source operating in a range of direct current up to 100 MHz and at least one second plasma source operating in a range from 100 MHz to several GHz, characterized in that the at least one first plasma source is a RF plasma source or a ICP plasma source and the at least one second plasma source is a microwave plasma source.
A use of a waste water stream from the production of useful substances as a culture medium for fermenting microorganisms in order to produce one or more further useful substances which are obtained from the fermentation broth, characterized in that: a) a halophilic microorganism is fermented, b) waste water from the production of biohydrogen is used as said culture medium, wherein c) the waste water originates from a two-step biohydrogen production process and d) the salt concentration required for the growth of said halophilic microorganism is obtained by adding salt to the waste water stream before the microorganism is cultivated. a) a halophilic microorganism is fermented, b) waste water from the production of biohydrogen is used as said culture medium, wherein c) the waste water originates from a two-step biohydrogen production process and d) the salt concentration required for the growth of said halophilic microorganism is obtained by adding salt to the waste water stream before the microorganism is cultivated.
A method of encoding a sequence of pictures into a sequence of coded pictures, the sequence of coded pictures being on the same spatial scalability layer and on the same quality scalability layer, the method comprising encoding a first picture of the sequence of pictures into a first coded reference picture of said sequence of coded pictures, the first coded reference picture comprising a first temporal level value for indicating temporal scalability of the first coded reference picture, characterised by encoding, with prediction from the first coded reference picture, a second picture of the sequence of pictures into a second coded picture of said sequence of coded pictures, the second coded picture comprising a second temporal level value for indicating temporal scalability of the second coded picture residing in an enhancement temporal scalability layer, wherein the second coded picture and all following coded pictures in decoding order having the second temporal level value are decodable without inter prediction from any coded picture with the same second temporal level value prior to, in decoding order, the second coded picture, and encoding an indication for signaling that the second coded picture and the all following coded pictures in decoding order having the second temporal level value are decodable without inter prediction from any coded picture with the same second temporal level value in the sequence of coded pictures prior to, in decoding order, the second coded picture.
Gripping or clamping device (10, 50) for gripping or clamping objects, comprising an actuator (28, 54) and a drive (20, 64) for driving the actuator (28, 54), at least one jaw (12, 14) that is motionally coupled to the actuator (28, 54) and can be moved via a jaw guidance along a base body, wherein a transmission (31, 52) is provided between the actuator (28, 54) and the jaw (12, 14), wherein the force generated by the drive (20, 64) is transferred to the object by the jaw (12, 14), characterized in that the jaw (12, 14) comprises a base body and a force conducting section (30, 58) that can be moved relative thereto in the force transmission direction, wherein an elastically compliant damping element is provided between the base body and the force conducting section (30, 58).
Optical element (10, 30) for influencing the light output of lighting means, in particular for influencing the light output of one or more LEDs, wherein the optical element (10, 30) consists of a light-transmissive material and comprises at least one surface region (12, 33, 35) which serves as a light-refracting light entry surface or light exit surface of the optical element (10, 30) and comprises a non-planar light-directing geometry, wherein the surface region (12, 33, 35) comprises a structure (20, 40) which follows the light-directing geometry and was created by thermal processing, in particular by thermal reshaping of the optical element (10, 30) or a tool used for producing the optical element (10, 30) with corresponding shaping, e.g. an injection molding tool, characterized in that the structure (20, 40) of the surface region (12, 33, 35) along a first direction has a continuous and differentiable wave-like shape comprising elevations with a height (h) in the range of about 5-100 μm.
Mobile rear spoiler for automobile vehicle, designed to be extended in an operating position from a housing then retracted into a stowage position inside this housing by means of a deployment device, which housing is included in the bodywork of the vehicle behind the rear window of the vehicle and which is closed by the upper surface of mobile rear spoiler when it is in the retracted stowage position, said mobile rear spoiler being characterized in that it includes: • two superimposed parts (7, 8), that is, a lower support part and an upper mobile part, wherein the upper part of spoiler is mobile in its forward movement with respect to lower part of spoiler; and • a deployment device designed to extend the spoiler out of its housing and bring it into the raised operating position from a retracted position in its housing, and retract it into a rest position inside its housing; and in that: • the deployment device includes an extraction device designed to extend the spoiler assembly from its housing to reach a determined height, and a translation movement device designed to move the mobile part of spoiler with respect to its support part; • during the deployment of spoiler, the translation movement of mobile part of spoiler is in a forward direction toward the rear window of vehicle; • during the stowage of spoiler, the translation movement of mobile part of spoiler is towards the rear, by a return movement to initial position. • two superimposed parts (7, 8), that is, a lower support part and an upper mobile part, wherein the upper part of spoiler is mobile in its forward movement with respect to lower part of spoiler; and • a deployment device designed to extend the spoiler out of its housing and bring it into the raised operating position from a retracted position in its housing, and retract it into a rest position inside its housing; • the deployment device includes an extraction device designed to extend the spoiler assembly from its housing to reach a determined height, and a translation movement device designed to move the mobile part of spoiler with respect to its support part; • during the deployment of spoiler, the translation movement of mobile part of spoiler is in a forward direction toward the rear window of vehicle; • during the stowage of spoiler, the translation movement of mobile part of spoiler is towards the rear, by a return movement to initial position.
A satellite solar generator, comprising: - a printed circuit board comprising a flexible electrically insulating support and a plurality of electrically conductive tracks arranged on said face of the flexible support or in the flexible support, - at least two photovoltaic modules, attached to one face of the flexible support, and - a connection device adapted for establishing a connection between at least some of the modules on the one hand and/or for connecting the modules to the satellite on the other hand, wherein each photovoltaic module comprises: - a printed circuit board comprising at least one support made of an electrically insulating material and electrically conductive tracks arranged on at least one face of the support, - at least two chains of photovoltaic cells, each chain comprising a plurality of photovoltaic cells connected in series, the chains of photovoltaic cells being mounted on the face of the support carrying the electrically conductive tracks and connected to said tracks so that said tracks establish an electrical connection between the chains of cells - a protective layer which is optically transparent in a range of wavelengths corresponding to a range of photovoltaic conversion of the cells, the layer being attached to the printed circuit board so as to cover at least all the photovoltaic cells and all the electrically conductive tracks of the printed circuit board. - a printed circuit board comprising a flexible electrically insulating support and a plurality of electrically conductive tracks arranged on said face of the flexible support or in the flexible support, - at least two photovoltaic modules, attached to one face of the flexible support, and - a connection device adapted for establishing a connection between at least some of the modules on the one hand and/or for connecting the modules to the satellite on the other hand, - a printed circuit board comprising at least one support made of an electrically insulating material and electrically conductive tracks arranged on at least one face of the support, - at least two chains of photovoltaic cells, each chain comprising a plurality of photovoltaic cells connected in series, the chains of photovoltaic cells being mounted on the face of the support carrying the electrically conductive tracks and connected to said tracks so that said tracks establish an electrical connection between the chains of cells - a protective layer which is optically transparent in a range of wavelengths corresponding to a range of photovoltaic conversion of the cells, the layer being attached to the printed circuit board so as to cover at least all the photovoltaic cells and all the electrically conductive tracks of the printed circuit board.
Universal rake, comprising a carrying beam at which in traveling direction in the rear at least one swath element and in front of the swath element at least one band rake are supported, the band rake being offset sidewards relative to the swath element and being linked to the carrying beam by an adjustable carrier arm construction, wherein the band rake can be dislocated sidewardly crosswise to the traveling direction and relative to the rear swath element, characterized in that the direction of the band rake can be inverted and that the band rake is adjustable out of at least one center swath-working position sidewardly in relation to one side of the swath element and crosswise to the traveling direction either to at least one side swath-working position associated to the other side of the swath element and into a lateral overlap with the rear swath element or into a single swath-working position laterally separated from the rear swath element, and that the band rake either comprises a conveyor belt-like band orbiting substantially horizontally and being arranged substantially vertical, the band being equipped with substantially vertical tines spaced apart in band running direction and having bent-off lower tine ends, and a carrying frame including substantially vertical deflecting rollers for the band and ground wheels or skids, or a conveyor belt-like band arranged substantially parallel to the ground and having tines which protrude in working position from the band with an essentially vertical orientation, the running direction (R1, R2) of the band relative to the ground is reversible by an adjustment of the band rake between the respective working positions (I, II, III).
Continuous process system comprising a biomass material treatment stage, wherein the biomass material treatment stage includes a hydrolysis or pre-hydrolysis reactor, a feeding arrangement arranged to continuously feed biomass material to an inlet of the reactor, the reactor includes a reactor screw for moving the biomass material through the reactor and a discharge pipe including a discharge screw for continuously discharging treated biomass material, said continuous process system further comprising a cleaning system comprising at least one high-pressure cleaning nozzle arranged inside a housing of said reactor, wherein said at least one high-pressure cleaning nozzle is arranged to eject cleaning agent at predetermined intervals during operation of the reactor and at a pressure within a range of 1.5 - 22.5 MPa to the reactor screw during operating of the reactor, and wherein said at least one cleaning nozzle is arranged to eject cleaning agent towards a leeward side of the reactor screw so that the cleaning agent is directed to impact the leeward side of the screw threads.
A signal processing device for processing a periodic physiological signal of a subject, the device comprising: a recording means for recording the signal for a period long enough to record a known number of cycles; a cycle detection unit for detecting cycles of the signal; an analysis unit for determining at least one of: a value of the signal to noise ratio of the detected cycle; a value of the energy characteristic of at least a selected part of the cycle; and a value of the ratio of the energy characteristic of a selected part of the cycle and the energy characteristic of the cycle; a selection unit for storing cycles based on the determined value or values, and for subsequently discarding cycles out of all the stored cycles that do not meet a time period criteria; and a concatenating unit adapted to generate a concatenated signal including the stored cycle or cycles, thereby repeating the stored cycle or cycles in a sequence to provide a continuous concatenated signal. a recording means for recording the signal for a period long enough to record a known number of cycles; a cycle detection unit for detecting cycles of the signal; an analysis unit for determining at least one of: a value of the signal to noise ratio of the detected cycle; a value of the energy characteristic of at least a selected part of the cycle; and a value of the ratio of the energy characteristic of a selected part of the cycle and the energy characteristic of the cycle; a value of the signal to noise ratio of the detected cycle; a value of the energy characteristic of at least a selected part of the cycle; and a value of the ratio of the energy characteristic of a selected part of the cycle and the energy characteristic of the cycle; a selection unit for storing cycles based on the determined value or values, and for subsequently discarding cycles out of all the stored cycles that do not meet a time period criteria; and a concatenating unit adapted to generate a concatenated signal including the stored cycle or cycles, thereby repeating the stored cycle or cycles in a sequence to provide a continuous concatenated signal.
Method of operating a device (60; 100) for controlling home automation equipment (1a, 2a, 2b, 2c, 3a, 3b, 5a) for orienting and/or displacing a moving product of a building, comprising a display screen, on which a first portion of the screen is assigned to the display of a first graphic representation, such as an equipment icon (4, 5, 123, 125, 131), symbolizing this equipment, wherein the method comprises a step for graphic adjustment of the first graphic representation so that it represents the real degree of orientation and/or deployment of the moving product, wherein the selection of the first graphic representation provokes the display on the screen of a second graphic representation of the moving product and wherein the method comprises a step for action on an area of the second graphic representation, provoking a modification of the appearance of the second graphic representation, the duly modified second graphic representation being representative of a desired degree of orientation and/or deployment of the moving product.
A method to initiate wireless communication by an advanced mobile station AMS, comprising: locating a closed subscriber group CSG white list in the AMS, the CSG white list comprising a list of one or more common identifiers each representing a corresponding set of base stations, each of the one or more common identifiers comprising common bits of base station identifications BSIDs, for its corresponding set of base stations; locating a femto advanced base station ABS; receiving an identifying parameter of the femto ABS; decoding the identifying parameter to derive a common identifier representing a plurality of femto ABSs; determining whether the common identifier representing the plurality of femto ABSs is on the CSG white list; and thereby determining whether the AMS is a subscriber to the femto ABS. locating a closed subscriber group CSG white list in the AMS, the CSG white list comprising a list of one or more common identifiers each representing a corresponding set of base stations, each of the one or more common identifiers comprising common bits of base station identifications BSIDs, for its corresponding set of base stations; locating a femto advanced base station ABS; receiving an identifying parameter of the femto ABS; decoding the identifying parameter to derive a common identifier representing a plurality of femto ABSs; determining whether the common identifier representing the plurality of femto ABSs is on the CSG white list; and thereby determining whether the AMS is a subscriber to the femto ABS.
A binding compound that specifically binds human and cynomolgus monkey TSLPR comprising: a heavy chain variable region comprising residues 1-116 of SEQ ID NO: 51; and a light chain variable region comprising residues 1-108 of SEQ ID NO: 52; or comprising: a heavy chain variable region comprising residues 1-116 of SEQ ID NO: 51 or a variant of any one of said sequences comprising up to three conservatively modified amino acid residues; and a light chain variable region comprising residues 1-108 of SEQ ID NO: 52 or a variant of any one of said sequences comprising up to three conservatively modified amino acid residues, wherein the K D value is no more than 1 x 10 -10 M as measured by BIACORE. a heavy chain variable region comprising residues 1-116 of SEQ ID NO: 51; and a light chain variable region comprising residues 1-108 of SEQ ID NO: 52; or comprising: a heavy chain variable region comprising residues 1-116 of SEQ ID NO: 51 or a variant of any one of said sequences comprising up to three conservatively modified amino acid residues; and a light chain variable region comprising residues 1-108 of SEQ ID NO: 52 or a variant of any one of said sequences comprising up to three conservatively modified amino acid residues, wherein the K D value is no more than 1 x 10 -10 M as measured by BIACORE. a heavy chain variable region comprising residues 1-116 of SEQ ID NO: 51 or a variant of any one of said sequences comprising up to three conservatively modified amino acid residues; and a light chain variable region comprising residues 1-108 of SEQ ID NO: 52 or a variant of any one of said sequences comprising up to three conservatively modified amino acid residues, wherein the K D value is no more than 1 x 10 -10 M as measured by BIACORE.
A layered composite, comprising: 1.1. a foam core made of a plastic foam; 1.2. a first cover layer and a second cover layer, between which the foam core is arranged, wherein at least one of the cover layers (7, 8) is a fibre material layer containing reinforcement fibres embedded in plastic, preferably in the form of one or more plies of a textile sheet structure; 1.3. a plastic resin which fills intermediate spaces between the cover layers (7, 8) in and around the foam core and holds the cover layers (7, 8) and the foam core together; and 1.4. a fire protection layer made of a composite material (11, 12) on a side of the fibre material layer facing away from the foam core, 1.5. wherein the composite material (11, 12) contains hollow micro-bodies made of ceramics or glass in a plastic material. 1.1. a foam core made of a plastic foam; 1.2. a first cover layer and a second cover layer, between which the foam core is arranged, wherein at least one of the cover layers (7, 8) is a fibre material layer containing reinforcement fibres embedded in plastic, preferably in the form of one or more plies of a textile sheet structure; 1.3. a plastic resin which fills intermediate spaces between the cover layers (7, 8) in and around the foam core and holds the cover layers (7, 8) and the foam core together; and 1.4. a fire protection layer made of a composite material (11, 12) on a side of the fibre material layer facing away from the foam core, 1.5. wherein the composite material (11, 12) contains hollow micro-bodies made of ceramics or glass in a plastic material.