mhurhangee/ep-ind-claims huggingface dataset:
A method for hardening a preform (130, 130-1) of fiber reinforced material, the method comprising: - applying a preform (130, 130-1) to a tool (110, 110-1); - covering the preform (130, 130-1) with a caul plate (150,150-1); - sealing the caul plate (150,150-1) to the tool (110, 110-1); - pushing the caul plate (150,150-1) toward the preform (130, 130-1) and the tool (110, 110-1); - hardening the preform (130, 130-1) into a composite part while the caul plate (150,150-1) is held against the preform (130, 130-1); and - disposing one or more bladders (160, 160-1) between the caul plate (150,150-1) and the tool (110, 110-1) - providing a two-stage indexing process comprising: ~ transporting the caul plate (150, 150-1) with a strongback, and aligning indexing feature at the strongback with an indexing feature at the tool (110, 110-1) as initial indexing and indexing a port of the bladder (160, 160-1) and an opening of caul plate (150, 150-1) to provide for fine indexing; or ~ aligning an indexing feature at the caul plate (150, 150-1) with an indexing feature at the tool (110, 110-1) as initial indexing and indexing a port of the bladder (160, 160-1) and an opening of caul plate (150, 150-1) to provide for fine indexing. - applying a preform (130, 130-1) to a tool (110, 110-1); - covering the preform (130, 130-1) with a caul plate (150,150-1); - sealing the caul plate (150,150-1) to the tool (110, 110-1); - pushing the caul plate (150,150-1) toward the preform (130, 130-1) and the tool (110, 110-1); - hardening the preform (130, 130-1) into a composite part while the caul plate (150,150-1) is held against the preform (130, 130-1); and - disposing one or more bladders (160, 160-1) between the caul plate (150,150-1) and the tool (110, 110-1) - providing a two-stage indexing process comprising: ~ transporting the caul plate (150, 150-1) with a strongback, and aligning indexing feature at the strongback with an indexing feature at the tool (110, 110-1) as initial indexing and indexing a port of the bladder (160, 160-1) and an opening of caul plate (150, 150-1) to provide for fine indexing; or ~ aligning an indexing feature at the caul plate (150, 150-1) with an indexing feature at the tool (110, 110-1) as initial indexing and indexing a port of the bladder (160, 160-1) and an opening of caul plate (150, 150-1) to provide for fine indexing. ~ transporting the caul plate (150, 150-1) with a strongback, and aligning indexing feature at the strongback with an indexing feature at the tool (110, 110-1) as initial indexing and indexing a port of the bladder (160, 160-1) and an opening of caul plate (150, 150-1) to provide for fine indexing; or ~ aligning an indexing feature at the caul plate (150, 150-1) with an indexing feature at the tool (110, 110-1) as initial indexing and indexing a port of the bladder (160, 160-1) and an opening of caul plate (150, 150-1) to provide for fine indexing.
A system for compensating for a phase error in a local oscillator output signal resulting from an interfering signal that falls outside a bandwidth of a phase locked loop but inside a bandwidth of a phase detector, the system comprising: the phase locked loop comprising: a controlled oscillator adapted to provide the local oscillator output signal based on a control signal; the phase detector adapted to generate a phase detector output signal that is indicative of a phase error between a feedback signal that is a function of the local oscillator output signal and a reference signal; and a loop filter adapted to filter the phase detector output signal to provide the control signal for the controlled oscillator; a receiver chain arranged to perform down-conversion using the local oscillator output signal and to output a digital receive signal; and an error compensation subsystem adapted to apply a phase rotation to the digital receive signal comprising: a multiplier arranged to multiply the digital receive signal with a compensation signal based on the phase detector output signal to provide a compensated digital receive signal and to thereby compensate for a phase error resulting from the phase error in the local oscillator output signal indicated by the phase detector output signal. the phase locked loop comprising: a controlled oscillator adapted to provide the local oscillator output signal based on a control signal; the phase detector adapted to generate a phase detector output signal that is indicative of a phase error between a feedback signal that is a function of the local oscillator output signal and a reference signal; and a loop filter adapted to filter the phase detector output signal to provide the control signal for the controlled oscillator; a controlled oscillator adapted to provide the local oscillator output signal based on a control signal; the phase detector adapted to generate a phase detector output signal that is indicative of a phase error between a feedback signal that is a function of the local oscillator output signal and a reference signal; and a loop filter adapted to filter the phase detector output signal to provide the control signal for the controlled oscillator; a receiver chain arranged to perform down-conversion using the local oscillator output signal and to output a digital receive signal; and an error compensation subsystem adapted to apply a phase rotation to the digital receive signal comprising: a multiplier arranged to multiply the digital receive signal with a compensation signal based on the phase detector output signal to provide a compensated digital receive signal and to thereby compensate for a phase error resulting from the phase error in the local oscillator output signal indicated by the phase detector output signal. a multiplier arranged to multiply the digital receive signal with a compensation signal based on the phase detector output signal to provide a compensated digital receive signal and to thereby compensate for a phase error resulting from the phase error in the local oscillator output signal indicated by the phase detector output signal.
Temperature control module for heating or cooling of battery cells, wherein the temperature control module comprises an outer shell made of a polymer is material, and the outer shell has two opposing main surfaces, which are joined to each other along their edges, wherein the outer shell surrounds the inner-lying components of the temperature control module, wherein at least one heat-conducting layer of unidirectional carbon fibre composite is provided in the interior of the temperature control module, and a conduction channel for the passage of a heat transfer medium extends along two opposing edge regions of the main surfaces, wherein the at least one thermally conductive layer of unidirectional carbon fibre composite extends between the conduction channels over the module surface, and wherein the carbon fibres of the carbon fibre composite are aligned parallel to the cell contacts of a battery cell to be temperature-controlled in order to dissipate heat away from the contact areas of the cell. wherein the temperature control module comprises an outer shell made of a polymer is material, and the outer shell has two opposing main surfaces, which are joined to each other along their edges, wherein the outer shell surrounds the inner-lying components of the temperature control module, wherein at least one heat-conducting layer of unidirectional carbon fibre composite is provided in the interior of the temperature control module, and a conduction channel for the passage of a heat transfer medium extends along two opposing edge regions of the main surfaces, wherein the at least one thermally conductive layer of unidirectional carbon fibre composite extends between the conduction channels over the module surface, and wherein the carbon fibres of the carbon fibre composite are aligned parallel to the cell contacts of a battery cell to be temperature-controlled in order to dissipate heat away from the contact areas of the cell.
A method of producing a product of a pathway of interest, the method comprising: (a) culturing in growth medium to a desired cell density cells genetically modified to comprise: (i) a HRV 3C protease coding sequence comprising a relocation sequence, and (ii) a coding sequence for at least one targeted enzyme that competes with an enzyme involved in a pathway of interest, wherein the coding sequence for the at least one targeted enzyme is genetically modified to comprise a HRV 3C protease recognition site, wherein the at least one targeted enzyme diverts/decelerates flux away from the product of interest, and/or wherein removal of the at least one targeted enzyme's enzymatic activities adversely affects cell growth; (b) lysing at least a portion of the cells to produce a cell lysate; and (c) combining the cell lysate with one or more substrates, enzymes, nutrients, co-factors, buffers, reducing agents, and/or ATP generation systems, whereby enzymes in the pathway of interest catalyze production of the product, and the HRV 3C protease cleaves the at least one targeted enzyme; and wherein the product is selected from the group consisting of antibiotics, biosurfactants, biological fuels, amino acids, organic acids, fatty acids, alcohols, polyols, flavors, fragrances, nucleotides, vitamins, pigments, sugars, polysaccharides, biopolymers, plastics, isoprenoids, and terpenes. (a) culturing in growth medium to a desired cell density cells genetically modified to comprise: (i) a HRV 3C protease coding sequence comprising a relocation sequence, and (ii) a coding sequence for at least one targeted enzyme that competes with an enzyme involved in a pathway of interest, wherein the coding sequence for the at least one targeted enzyme is genetically modified to comprise a HRV 3C protease recognition site, wherein the at least one targeted enzyme diverts/decelerates flux away from the product of interest, and/or wherein removal of the at least one targeted enzyme's enzymatic activities adversely affects cell growth; (b) lysing at least a portion of the cells to produce a cell lysate; and (c) combining the cell lysate with one or more substrates, enzymes, nutrients, co-factors, buffers, reducing agents, and/or ATP generation systems, whereby enzymes in the pathway of interest catalyze production of the product, and the HRV 3C protease cleaves the at least one targeted enzyme; and wherein the product is selected from the group consisting of antibiotics, biosurfactants, biological fuels, amino acids, organic acids, fatty acids, alcohols, polyols, flavors, fragrances, nucleotides, vitamins, pigments, sugars, polysaccharides, biopolymers, plastics, isoprenoids, and terpenes.
Interstitial free low carbon steel strip, sheet or blank, characterized in that the steel has in weight% a composition of the following elements: C: 0.0010 - 0.0022 Mn: 0.04-0.13 Si: 0.002 - 0.013 Al: 0.03-0.07 Ti: 0.05 - 0.09 Nb: max 0.002 V: max 0.004 P: 0.002 - 0.013 S: 0.003 - 0.013 N: 0.001 - 0.004 wherein Ti+Nb+V together max 0.10 and optionally: Cr: max 0.04 Ni: max 0.04 B: max 0.0002 Ca: max 0.001 Cu: max 0.04 Mo: max 0.02 Sn: max 0.01 the remainder being Fe and unavoidable impurities, the steel having a yield strength in transverse direction between 110 and 170 MPa, a tensile strength in transverse direction between 250 and 330 MPa, an elongation A80 in transverse direction of at least 42%, an average plastic strain ratio r of at least 2.00, and a strain hardening exponent n90 in transverse direction of at least 0.22; and a plastic strain ratio in diagonal direction r45 of at least 1.8, wherein the values of A80, r and n90 are the mean values of at least three measurements performed on at least three different strips of one cast, wherein the steel is coated with a zinc alloy coating the remainder being Fe and unavoidable impurities, the steel having a yield strength in transverse direction between 110 and 170 MPa, a tensile strength in transverse direction between 250 and 330 MPa, an elongation A80 in transverse direction of at least 42%, an average plastic strain ratio r of at least 2.00, and a strain hardening exponent n90 in transverse direction of at least 0.22; and a plastic strain ratio in diagonal direction r45 of at least 1.8, wherein the values of A80, r and n90 are the mean values of at least three measurements performed on at least three different strips of one cast, wherein the steel is coated with a zinc alloy coating
A light barrier system comprising at least two reflection light barrier devices, which each configured to emit a light beam and to detect a reflected light beam, characterized in that the light barrier system comprises a reflection body, which is configured to reflect back in parallel light beams emitted from at least two different directions (Ri), which are spaced apart at an angle of at least 20°, wherein the at least two reflection light barrier devices are arranged in such a way that they emit light beams from different directions (Ri) onto the same reflection body in order to monitor at least two spatially different areas.
A folding bed base consisting of a structure of multiple slats of wood or similar material, arranged transversally in a metal frame with legs, the configuration of which is suitable for arranging it In an extended position of use In order to incorporate a mattress, and in a folded position for storage and/or transportation In which It takes up minimum space, where said frame Is divided into two equal portions (3a, 3b), foldable over one another, and wherein the slats of each portion are grouped Into two symmetrical movable assemblies, transversally movable in order to bring them closer together or separate them from one another, determining the width of the bed base and reaching the necessary dimensions for use In an extended position or reducing It to half Its size in the folded position, characterized In that the two portions (3a and 3b) of the frame are Joined together by means of two extendable longitudinal tubes, which are articulately joined to the fixed longitudinal tubes of each portion (3a, 3b).
A method of printing on a hygienic article comprising: applying droplets of an ink composition with an ink jet printer to a surface of a hygienic article to form a desired image, wherein the ink composition comprises: an organic solvent; a water-soluble binder resin comprising hydroxypropylcellulose with a molecular weight of between 10 kDaltons and 90 kDaltons; and a water-soluble dye, wherein the image acts as a wetness indicator by dissolving in an aqueous fluid. applying droplets of an ink composition with an ink jet printer to a surface of a hygienic article to form a desired image, wherein the ink composition comprises: an organic solvent; an organic solvent; a water-soluble binder resin comprising hydroxypropylcellulose with a molecular weight of between 10 kDaltons and 90 kDaltons; and a water-soluble dye, wherein the image acts as a wetness indicator by dissolving in an aqueous fluid.
Access control device with at least one barrier element, which is moveably mounted on a barrier support and can be moved in to blocking position that blocks access and an access position that allows access, wherein the barrier support has tilt-resistant floor standing means of a free-standing design for an anchor-free, position variable positioning of the barrier element on the floor, wherein the access control device forms a mobile, offsetable assembly that can be handled without tools for a variable delimitation of various room sections of an event room, wherein the floor standing means are disconnectably connected with a removable additional weight for absorbing tilting moments that can be generated by horizontal activation forces against the barrier element, characterised in that the floor standing means are designed to be displaced on the floor and their standing surface has a rubberised and/or soft plastic coated surface and/or a non-slip surface structure in the form of a corrugation.
A method for defining a plurality of thrust limits for a wind turbine having a rotor with a plurality of blades and being located at a site, wherein the thrust limits define values of aerodynamic thrust on the rotor not to be exceeded in operation, the method characterized by comprising: providing a wind speed distribution representative for the site, defining one or more isolines of constant turbulence probability representing a turbulence parameter as a function of wind speed, wherein the isolines correspond to quantile levels of turbulence of the wind speed distribution and the turbulence parameter is indicative of wind speed variation; and defining turbulence ranges with respect to the isolines; and defining thrust limits for the turbulence ranges. providing a wind speed distribution representative for the site, defining one or more isolines of constant turbulence probability representing a turbulence parameter as a function of wind speed, wherein the isolines correspond to quantile levels of turbulence of the wind speed distribution and the turbulence parameter is indicative of wind speed variation; and defining turbulence ranges with respect to the isolines; and defining thrust limits for the turbulence ranges.
A lubricant applicator comprising: a body comprising an inner surface defining a lumen, an outer surface, and a connector fluidly connected to the lumen; wherein: the connector is configured to receive a lubricating fluid and convey the lubricating fluid to the lumen; a plurality of openings connecting the lumen to the outer surface of the body; and the lubricant applicator is attached to a coater blade at a position such that the plurality of openings are configured to deliver the lubricant to an edge region of paper and a backing drum during coating of the paper. a body comprising an inner surface defining a lumen, an outer surface, and a connector fluidly connected to the lumen; wherein: the connector is configured to receive a lubricating fluid and convey the lubricating fluid to the lumen; a plurality of openings connecting the lumen to the outer surface of the body; and the lubricant applicator is attached to a coater blade at a position such that the plurality of openings are configured to deliver the lubricant to an edge region of paper and a backing drum during coating of the paper. the connector is configured to receive a lubricating fluid and convey the lubricating fluid to the lumen; a plurality of openings connecting the lumen to the outer surface of the body; and the lubricant applicator is attached to a coater blade at a position such that the plurality of openings are configured to deliver the lubricant to an edge region of paper and a backing drum during coating of the paper.
A compound of the formula Ia or Ib: wherein R 1 is selected from a linear or branched (C 1 -C 18)alkyl, or (C 3 -C 7)cycloalkyl; R 2 and R 3 each independently is selected from a branched (C 3 -C 18)alkyl or (C 3 -C 7)cycloalkyl, or R 2 and R 3 together with the carbon atom to which they are attached form a fused, spiro or bridged cyclic or polycyclic ring; R 4 is a group of the formula: R 5 is H, or halogen attached either ortho or para to the -O-R 4 group; A is a π ∗ acceptor group of the formula -CH=CH-E, attached either ortho or para to the -O-R 4 group, wherein E is -CN, -COOH, -COO(C 1 -C 18)alkyl, 4-pyridinyl, methylpyridinium-4-yl, 3,3-dimethyl-3H-indolyl, or 1,3,3-trimethyl-3H-indol-1-ium-2-yl; Pep 1 is a protease cleavable peptide moiety consisting of at least two amino acid residues and linked via a carboxylic group thereof to the aniline group, wherein said peptide moiety is protected or linked through an amino group thereof to a polyethylene glycol -containing group; L is absent; and Pep 2 is absent. R 1 is selected from a linear or branched (C 1 -C 18)alkyl, or (C 3 -C 7)cycloalkyl; R 2 and R 3 each independently is selected from a branched (C 3 -C 18)alkyl or (C 3 -C 7)cycloalkyl, or R 2 and R 3 together with the carbon atom to which they are attached form a fused, spiro or bridged cyclic or polycyclic ring; R 4 is a group of the formula: R 5 is H, or halogen attached either ortho or para to the -O-R 4 group; A is a π ∗ acceptor group of the formula -CH=CH-E, attached either ortho or para to the -O-R 4 group, wherein E is -CN, -COOH, -COO(C 1 -C 18)alkyl, 4-pyridinyl, methylpyridinium-4-yl, 3,3-dimethyl-3H-indolyl, or 1,3,3-trimethyl-3H-indol-1-ium-2-yl; Pep 1 is a protease cleavable peptide moiety consisting of at least two amino acid residues and linked via a carboxylic group thereof to the aniline group, wherein said peptide moiety is protected or linked through an amino group thereof to a polyethylene glycol -containing group; L is absent; and Pep 2 is absent.
A zinc alloy plated steel material having excellent corrosion resistance after being processed, comprising: a base steel; a zinc alloy plating layer formed on the base steel; and an inhibition layer formed between the base steel and the zinc alloy plating layer, wherein the zinc alloy plating layer comprises, by wt%, 0.5% to 3.5% of magnesium (Mg), 0.5% to 11.0% of aluminum (Al), 10 ppm to 350 ppm of silicon (Si), a remainder of zinc (Zn) and inevitable impurities, and the inhibition layer comprises a Si-enrichment layer, and wherein the number of Mg 2 Si phase between the base steel and the zinc alloy plating layer, having a diameter greater than 1000 nm per 100 μm, is 5 or less. a base steel; a zinc alloy plating layer formed on the base steel; and an inhibition layer formed between the base steel and the zinc alloy plating layer, wherein the zinc alloy plating layer comprises, by wt%, 0.5% to 3.5% of magnesium (Mg), 0.5% to 11.0% of aluminum (Al), 10 ppm to 350 ppm of silicon (Si), a remainder of zinc (Zn) and inevitable impurities, and the inhibition layer comprises a Si-enrichment layer, and wherein the number of Mg 2 Si phase between the base steel and the zinc alloy plating layer, having a diameter greater than 1000 nm per 100 μm, is 5 or less.
A user input device, UID for a surgical robotic system, comprising: a device body extending from a proximal end to a distal end along a central axis, the device body configured to be held by an operator's hand for teleoperation of a surgical robotic arm with the distal end of the device body being forward of the proximal end and the proximal end is to be cupped in the operators hand; a plurality of cameras, each having an image sensor and an imaging lens that faces forward at the distal end of the device body to view a marker, the lenses of the cameras being mounted on a front cover of the device body and being tilted relative to each other such that the cameras have a plurality of directions of views relative to the central axis; and a UID controller coupled to the image sensor, wherein the UID controller is to send digital images of the marker produced by the image sensor to a processor that computes a visual modality estimation of a pose of the UID based on detecting the marker in the digital images, wherein the UID is unrestricted by mechanical linkages that constrain a size of the operator's workspace. a device body extending from a proximal end to a distal end along a central axis, the device body configured to be held by an operator's hand for teleoperation of a surgical robotic arm with the distal end of the device body being forward of the proximal end and the proximal end is to be cupped in the operators hand; a plurality of cameras, each having an image sensor and an imaging lens that faces forward at the distal end of the device body to view a marker, the lenses of the cameras being mounted on a front cover of the device body and being tilted relative to each other such that the cameras have a plurality of directions of views relative to the central axis; and a UID controller coupled to the image sensor, wherein the UID controller is to send digital images of the marker produced by the image sensor to a processor that computes a visual modality estimation of a pose of the UID based on detecting the marker in the digital images, wherein the UID is unrestricted by mechanical linkages that constrain a size of the operator's workspace.