mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing can end stock (110, 302), comprising: pre-heating a metal strip to a first temperature below 250 °C, wherein the metal strip is an aluminum strip; laminating a polymer film to a first side of the metal strip to produce a laminated metal strip, wherein the first side of the metal strip corresponds to an exterior-facing side of a can end formed from the metal strip, wherein the polymer film comprises a polyethylene terephthalate film and wherein the polymer film comprises a colorant selected from the group consisting of carbon black and titanium dioxide, applying a layer of lacquer to a second side of the metal strip, wherein the second side of the metal strip corresponds to an interior-facing side of a can end formed from the metal strip, wherein the lacquer comprises an epoxy-based solution, a polyester solution, or a combination thereof; and annealing the laminated metal strip at an annealing temperature, wherein the annealing temperature is greater than 175 °C. pre-heating a metal strip to a first temperature below 250 °C, wherein the metal strip is an aluminum strip; laminating a polymer film to a first side of the metal strip to produce a laminated metal strip, wherein the first side of the metal strip corresponds to an exterior-facing side of a can end formed from the metal strip, wherein the polymer film comprises a polyethylene terephthalate film and wherein the polymer film comprises a colorant selected from the group consisting of carbon black and titanium dioxide, applying a layer of lacquer to a second side of the metal strip, wherein the second side of the metal strip corresponds to an interior-facing side of a can end formed from the metal strip, wherein the lacquer comprises an epoxy-based solution, a polyester solution, or a combination thereof; and annealing the laminated metal strip at an annealing temperature, wherein the annealing temperature is greater than 175 °C.
A dispenser, in particular a shower, arranged for dispensing a base liquid with an additive, comprising • a showerhead; • a shower hose for supplying the base liquid to the showerhead; • at least one additive supply; • at least one additive conduit for supplying additive from the at least one additive supply to the showerhead; • wherein the shower hose and the at least one additive conduit are flexible, and are combined with one another; wherein • the dispenser comprises at least one additive pump for delivering the additive from the at least one additive supply to the at least one additive conduit, • the at least one additive pump is arranged and controlled to control delivery of the additive to the showerhead, characterised in that an additive outlet, arranged at an end of the additive conduit, is arranged in the showerhead, for mixing of the additive with the base liquid in the showerhead, and wherein the additive conduit, at the additive outlet, is open to a volume inside the showerhead for guiding the base liquid to an outlet of the showerhead, and wherein the showerhead is configured to dispense either the base liquid or a base liquid-based mixture, by creating colliding jets of the liquid. • a showerhead; • a shower hose for supplying the base liquid to the showerhead; • at least one additive supply; • at least one additive conduit for supplying additive from the at least one additive supply to the showerhead; • wherein the shower hose and the at least one additive conduit are flexible, and are combined with one another; wherein • the dispenser comprises at least one additive pump for delivering the additive from the at least one additive supply to the at least one additive conduit, • the at least one additive pump is arranged and controlled to control delivery of the additive to the showerhead, characterised in that an additive outlet, arranged at an end of the additive conduit, is arranged in the showerhead, for mixing of the additive with the base liquid in the showerhead, and wherein the additive conduit, at the additive outlet, is open to a volume inside the showerhead for guiding the base liquid to an outlet of the showerhead, and wherein the showerhead is configured to dispense either the base liquid or a base liquid-based mixture, by creating colliding jets of the liquid.
A recombinant lower eukaryotic host cell producing human-like glycoproteins characterized as having a terminal β-galactose residue and essentially lacking fucose and sialic acid residues on the glycoprotein; wherein the host cell expresses: nucleic acid molecule encoding β1,4-galactosyltransferase activity and nucleic acid molecule encoding UDP-galactose C4 epimerase activity.
A hydrofluoroether compound, wherein said compound is one of a class that is represented by the following general formula: R f -CFX-O-CF(CF 3)-CF -CFX-R f wherein each R f is independently a fluorine atom or a perfluoroalkyl group that is linear, branched, or cyclic, that optionally contains one or more catenated heteroatoms, and that optionally comprises a terminal moiety selected from -CF 2 H, -CFHCF 3, and -CF 2 OCH 3; each X is independently a fluorine atom or a perfluoroalkyl group that is linear and that has from one to six carbon atoms; and R is an alkyl group that is linear and that optionally contains one or more catenated heteroatoms, wherein catenated heteroatom means an atom other than carbon that is bonded to carbon atoms in a carbon chain so as to form a carbon-heteroatom-carbon chain.
A method for a first node to establish a session with a second node, the method being performed at the first node, wherein the method comprises: sending, from a first address for the first node to a first address for the second node, a request to initiate the session; and receiving, at the first address for the first node from the first address for the second node, a first acknowledgement message, characterized in that: the first acknowledgement message includes a transmit hopblock that the first node is to use to communicate with the second node during the session, wherein the transmit hopblock comprises: a block of IP addresses; and an algorithm and a randomization seed for selecting, from the block of IP addresses, a source address and a destination address for use in transmitting a next message; and further characterized in that the method further comprises: during the session, communicating with the second node using a second address for the first node and a second address for the second node, wherein the second addresses are specified by the transmit hopblock. sending, from a first address for the first node to a first address for the second node, a request to initiate the session; and receiving, at the first address for the first node from the first address for the second node, a first acknowledgement message, characterized in that: the first acknowledgement message includes a transmit hopblock that the first node is to use to communicate with the second node during the session, wherein the transmit hopblock comprises: a block of IP addresses; and an algorithm and a randomization seed for selecting, from the block of IP addresses, a source address and a destination address for use in transmitting a next message; and further characterized in that the method further comprises: during the session, communicating with the second node using a second address for the first node and a second address for the second node, wherein the second addresses are specified by the transmit hopblock. the first acknowledgement message includes a transmit hopblock that the first node is to use to communicate with the second node during the session, wherein the transmit hopblock comprises: a block of IP addresses; and an algorithm and a randomization seed for selecting, from the block of IP addresses, a source address and a destination address for use in transmitting a next message; and further characterized in that the method further comprises: during the session, communicating with the second node using a second address for the first node and a second address for the second node, wherein the second addresses are specified by the transmit hopblock.
Device for self-adjustment of an engine speed pulse generator relative to a rotor, comprising: - an engine speed pulse generator with a cylindrical sensor head and an adapter leading to a measurement and supply cable, - an elastic clamping sleeve radially enclosing said cylindrical sensor head and supported in a bore of a mount in a force-locking manner, with said clamping sleeve creating press fit of said sensor head in said bore, and with said press fit permitting rotation and axial displacement between said mount and said sensor head, characterized in that said engine speed pulse generator is provided with an active orientation-dependent cylindrical sensor head and that said clamping sleeve or said engine speed pulse generator is provided with anti-torsion means to prevent torsion relative to said mount, and that said anti-torsion means permit axial displacement of said sensor head in said clamping sleeve relative to said rotor for self-adjustment, while retaining the radial arrangement or orientation of said sensor head relative to said rotor. - an engine speed pulse generator with a cylindrical sensor head and an adapter leading to a measurement and supply cable, - an elastic clamping sleeve radially enclosing said cylindrical sensor head and supported in a bore of a mount in a force-locking manner, with said clamping sleeve creating press fit of said sensor head in said bore, and with said press fit permitting rotation and axial displacement between said mount and said sensor head, characterized in that said engine speed pulse generator is provided with an active orientation-dependent cylindrical sensor head and that said clamping sleeve or said engine speed pulse generator is provided with anti-torsion means to prevent torsion relative to said mount, and that said anti-torsion means permit axial displacement of said sensor head in said clamping sleeve relative to said rotor for self-adjustment, while retaining the radial arrangement or orientation of said sensor head relative to said rotor.
An insert for a throwaway drill having a main body including an upper surface and a side surface, the insert having a rake face formed on the upper surface of the main body and a cutting edge formed at a crossed portion between the upper surface and the side surface of the main body, wherein the cutting edge has a corner R cutting edge formed at a corner portion of the rake face, an inner cutting edge located on one end side of the corner R cutting edge and an outer cutting edge located on the other end side of the corner R cutting edge, the inner cutting edge has a first inner cutting edge located on the corner R cutting edge side, the rake angle of the rake face connected to the first inner cutting edge is positive, characterized in that the rake angle of the rake face connected to the corner R cutting edge is larger at the outer cutting edge side than the first inner cutting edge side, and the inner cutting edge further has a second inner cutting edge located oppositely to the corner R cutting edge with respect to the first inner cutting edge, and the rake angle of the rake face connected to the first inner cutting edge is smaller than the rake angle of the rake face connected to the second inner cutting edge.
An electrolyte for a lithium secondary battery, the electrolyte comprising: an additive containing a compound represented by Formula 1; an oligomer containing a unit represented by Formula 2 and having an acrylate group at an end thereof; a lithium salt; and an organic solvent: wherein, in Formula 1, R 1 is selected from the group consisting of an alkyl group having 1 to 5 carbon atoms which is unsubstituted or substituted with a halogen element, an alkoxy group having 1 to 5 carbon atoms which is unsubstituted or substituted with a halogen element, a phenyl group which is unsubstituted or substituted with an alkyl group having 1 to 3 carbon atoms, and an amine group which is unsubstituted or substituted with an alkyl group having 1 to 5 carbon atoms. wherein, in Formula 2, R a, R b, R c, and R d are each independently a fluorine element or an alkyl group having 1 to 3 carbon atoms which is unsubstituted or substituted with a fluorine element, and p is an integer of 1 to 50. an additive containing a compound represented by Formula 1; an oligomer containing a unit represented by Formula 2 and having an acrylate group at an end thereof; a lithium salt; and an organic solvent: wherein, in Formula 1, R 1 is selected from the group consisting of an alkyl group having 1 to 5 carbon atoms which is unsubstituted or substituted with a halogen element, an alkoxy group having 1 to 5 carbon atoms which is unsubstituted or substituted with a halogen element, a phenyl group which is unsubstituted or substituted with an alkyl group having 1 to 3 carbon atoms, and an amine group which is unsubstituted or substituted with an alkyl group having 1 to 5 carbon atoms. wherein, in Formula 2, R a, R b, R c, and R d are each independently a fluorine element or an alkyl group having 1 to 3 carbon atoms which is unsubstituted or substituted with a fluorine element, and p is an integer of 1 to 50.
A head mounted display, comprising: a line of sight tracker; and, a display controller configured to: present a user with a symbology; receive a reference vector denoting a direction from a monitoring system; present a reference symbol indicative of the reference vector within a predefined region of the symbology, the predefined region being a subregion of the symbology corresponding with a range of the user's line of sight direction, and the reference symbol being configured to move within the predefined region according to changes in the reference vector without any spatial change in the position of the symbology while the reference symbol is within the predefined region; and determine movements of the symbology according to a spatial relation between the user's line of sight as received from the line of sight tracker and the reference vector when the reference symbol moves beyond the predefined region. a line of sight tracker; and, a display controller configured to: present a user with a symbology; receive a reference vector denoting a direction from a monitoring system; present a reference symbol indicative of the reference vector within a predefined region of the symbology, the predefined region being a subregion of the symbology corresponding with a range of the user's line of sight direction, and the reference symbol being configured to move within the predefined region according to changes in the reference vector without any spatial change in the position of the symbology while the reference symbol is within the predefined region; and determine movements of the symbology according to a spatial relation between the user's line of sight as received from the line of sight tracker and the reference vector when the reference symbol moves beyond the predefined region.
A monitoring system for monitoring milk flow during breast feeding or milk expression, comprising: an acoustic or optical flow sensor arrangement for application to the breast, with known placement position relative to the breast, for monitoring milk flow levels from different regions of the breast; a processor for generating a map of milk flow levels for different regions of the breast; and characterised in that it further comprises a display device for displaying the map as an image of the whole breast from which the different regions can be identified and recognized together with a representation of a front view of the whole breast. an acoustic or optical flow sensor arrangement for application to the breast, with known placement position relative to the breast, for monitoring milk flow levels from different regions of the breast; a processor for generating a map of milk flow levels for different regions of the breast; and characterised in that it further comprises a display device for displaying the map as an image of the whole breast from which the different regions can be identified and recognized together with a representation of a front view of the whole breast.
Method for manufacturing a contact carrier of an electrical switching contact, wherein the contact carrier is formed of multiple layers of a flat metal material arranged one over the other, said method comprising the following method steps: - providing a strip-shaped flat metal material that extends in a first longitudinal direction, wherein the flat material has a transverse extent in a transverse direction transverse to the first longitudinal direction and a thickness extent orthogonally to its plane of extension, characterised by - performing a contour or die cut on the flat material such that at least two flat material portions are formed successively in the first longitudinal direction, which flat material portions remain joined to one another in the first longitudinal direction via a connecting web, wherein the contour or die cut includes a cut on both sides of the flat material, such that first free cuts (10, 12) are formed transversely to the first longitudinal direction and, as a result, flat material portions are successively formed in the first longitudinal direction, which flat material portions remain joined to one another in the first longitudinal direction via a connecting web, - folding at least two flat material portions one onto the other in the manner of a concertina about a folding axis that extends orthogonally to the first longitudinal direction in the region of the connecting web so as to form the contact carrier, - deforming protruding bent connecting webs in a material-displacing manner, such that they protrude less far from a lateral surface of the contact carrier formed from flat material portions folded one onto the other. - providing a strip-shaped flat metal material that extends in a first longitudinal direction, wherein the flat material has a transverse extent in a transverse direction transverse to the first longitudinal direction and a thickness extent orthogonally to its plane of extension, characterised by - performing a contour or die cut on the flat material such that at least two flat material portions are formed successively in the first longitudinal direction, which flat material portions remain joined to one another in the first longitudinal direction via a connecting web, wherein the contour or die cut includes a cut on both sides of the flat material, such that first free cuts (10, 12) are formed transversely to the first longitudinal direction and, as a result, flat material portions are successively formed in the first longitudinal direction, which flat material portions remain joined to one another in the first longitudinal direction via a connecting web, - folding at least two flat material portions one onto the other in the manner of a concertina about a folding axis that extends orthogonally to the first longitudinal direction in the region of the connecting web so as to form the contact carrier, - deforming protruding bent connecting webs in a material-displacing manner, such that they protrude less far from a lateral surface of the contact carrier formed from flat material portions folded one onto the other.
Method for the production of plastic footwear (10; 100) of the full plastic type by means of moulding using a polyurethane mixture (M; P), wherein the sole (11; 101) and upper (12; 102) of the footwear (10; 100) are made integrally as one piece, the method comprising the steps of: - providing a mould having a mould cavity defined by at least two impressions (28, 30) and designed to receive a shoe last so as to define, when the mould is closed, an interspace having the shape and dimensions of the plastic footwear (10; 100) to be produced; - spraying a polyurethane mixture (M, P) with the mould open onto said at least two impressions (28, 30) of the mould cavity; - inserting the shoe last inside the said mould cavity; - closing the mould cavity so that the sprayed polyurethane mixture (M, P) occupies said interspace; - opening the mould, once at least the demoulding time (td) for the sprayed polyurethane mixture (M, P) has lapsed, so that the sprayed polyurethane mixture (M, P) has solidified inside the interspace forming said plastic footwear (10, 100); - extracting the shoe last from the mould cavity; - removing the plastic footwear (10, 100) from the shoe last. - providing a mould having a mould cavity defined by at least two impressions (28, 30) and designed to receive a shoe last so as to define, when the mould is closed, an interspace having the shape and dimensions of the plastic footwear (10; 100) to be produced; - spraying a polyurethane mixture (M, P) with the mould open onto said at least two impressions (28, 30) of the mould cavity; - inserting the shoe last inside the said mould cavity; - closing the mould cavity so that the sprayed polyurethane mixture (M, P) occupies said interspace; - opening the mould, once at least the demoulding time (td) for the sprayed polyurethane mixture (M, P) has lapsed, so that the sprayed polyurethane mixture (M, P) has solidified inside the interspace forming said plastic footwear (10, 100); - extracting the shoe last from the mould cavity; - removing the plastic footwear (10, 100) from the shoe last.
A method of estimating spectral characteristics of an object, the method comprising: obtaining a sensor response indicating light intensity signals of a predetermined number of wavelength bands that are respectively detected by a light intensity sensor from the object; extracting, from the detected light intensity signals of the sensor response, at least two light intensity signals whose wavelength ranges are partially overlapped with each other; generating an extended sensor response based on the sensor response and a product of the extracted light intensity signals; estimating the spectral characteristics of the object based on the extended sensor response, characterised in that: the generating an extended sensor response includes: calculating a square root of the product of the extracted light intensity signals to generate a calculation result; and combining the calculation result with the sensor response to generate the extended sensor response. obtaining a sensor response indicating light intensity signals of a predetermined number of wavelength bands that are respectively detected by a light intensity sensor from the object; extracting, from the detected light intensity signals of the sensor response, at least two light intensity signals whose wavelength ranges are partially overlapped with each other; generating an extended sensor response based on the sensor response and a product of the extracted light intensity signals; estimating the spectral characteristics of the object based on the extended sensor response, characterised in that: the generating an extended sensor response includes: calculating a square root of the product of the extracted light intensity signals to generate a calculation result; and combining the calculation result with the sensor response to generate the extended sensor response. the generating an extended sensor response includes: calculating a square root of the product of the extracted light intensity signals to generate a calculation result; and combining the calculation result with the sensor response to generate the extended sensor response. calculating a square root of the product of the extracted light intensity signals to generate a calculation result; and combining the calculation result with the sensor response to generate the extended sensor response.