mhurhangee/ep-ind-claims huggingface dataset:
A concrete base block comprising: (a) a first rounded convex end; (b) an opposite second rounded concave end; (c) first and second sides extending between the first and second ends, the base block having a length between the first and second ends and a width between the first and second sides; (d) a top face and an opposite bottom face between the first and second ends and the first and second sides, the top face, in use, providing a platform to receive wall blocks; (e) a through-core arrangement extending completely through the block from the top face to the bottom face; (f) the top face consisting of a flat top face; and characterised in that the block further comprises: (g) first and second hand-receiving indents in the bottom face and along the first and second sides of the block, the first hand-receiving indent being along the first side of the block and extending into the first side from the bottom face of the block only partially up the first side of the block, the second hand-receiving indent being along the second side of the block and extending into the second side from the bottom face of the block only partially up the second side of the block, each of the first hand-receiving indent and second hand-receiving indent sized to, in use, accommodate a user to insert at least a few fingers under each of the first and second sides of the base block when the base block is resting on the bottom face on the ground. (a) a first rounded convex end; (b) an opposite second rounded concave end; (c) first and second sides extending between the first and second ends, the base block having a length between the first and second ends and a width between the first and second sides; (d) a top face and an opposite bottom face between the first and second ends and the first and second sides, the top face, in use, providing a platform to receive wall blocks; (e) a through-core arrangement extending completely through the block from the top face to the bottom face; (f) the top face consisting of a flat top face; and characterised in that the block further comprises: (g) first and second hand-receiving indents in the bottom face and along the first and second sides of the block, the first hand-receiving indent being along the first side of the block and extending into the first side from the bottom face of the block only partially up the first side of the block, the second hand-receiving indent being along the second side of the block and extending into the second side from the bottom face of the block only partially up the second side of the block, each of the first hand-receiving indent and second hand-receiving indent sized to, in use, accommodate a user to insert at least a few fingers under each of the first and second sides of the base block when the base block is resting on the bottom face on the ground.
A method of controlling a compressor, comprising at least the steps of: (a) providing a compressor feed stream; (b) passing the compressor feed stream to an inlet of the compressor to provide a compressed stream at an outlet of the compressor; (c) calculating one or more controlled variables (CO1, CO2) that are invariant to compressor inlet conditions of the compressor feed stream, said inlet conditions comprising at least the ratio of specific heats (Cp/Cv) of the compressor feed stream, said one or more controlled variables comprising a surge controlled variable representing the surge characteristics of the compressor; (d) providing one or more set points (SP1, SP2), that are invariant to the compressor inlet conditions of the compressor feed stream, said inlet conditions comprising at least the ratio of specific heats (Cp/Cv) of the compressor feed stream, said one or more set points comprising an anti-surge set point; (e) providing a compressor recycle line around the compressor from the compressed stream to upstream of the inlet of the compressor, said compressor recycle line comprising a in-line recycle valve; (f) controlling at least one of the in-line recycle valve and the speed of the compressor in response to the difference between the surge controlled variable calculated in step (c) and the anti-surge set point provided in step (d). (a) providing a compressor feed stream; (b) passing the compressor feed stream to an inlet of the compressor to provide a compressed stream at an outlet of the compressor; (c) calculating one or more controlled variables (CO1, CO2) that are invariant to compressor inlet conditions of the compressor feed stream, said inlet conditions comprising at least the ratio of specific heats (Cp/Cv) of the compressor feed stream, said one or more controlled variables comprising a surge controlled variable representing the surge characteristics of the compressor; (d) providing one or more set points (SP1, SP2), that are invariant to the compressor inlet conditions of the compressor feed stream, said inlet conditions comprising at least the ratio of specific heats (Cp/Cv) of the compressor feed stream, said one or more set points comprising an anti-surge set point; (e) providing a compressor recycle line around the compressor from the compressed stream to upstream of the inlet of the compressor, said compressor recycle line comprising a in-line recycle valve; (f) controlling at least one of the in-line recycle valve and the speed of the compressor in response to the difference between the surge controlled variable calculated in step (c) and the anti-surge set point provided in step (d).
An aqueous composition comprising a compound represented by Formula: wherein X represents a halogen atom, or a salt thereof, or a solvate of the compound or the salt thereof, and brimonidine or a salt thereof.
A method for preparing a circular woven fabric (1, 1') comprising a plurality of fabric layers (8, 9) in a subregion of its cross-section that comprises at least one weft and a plurality of warps, which weft is guided around a longitudinal axis of the circular woven fabric (1, 1') in circuits (3, 4), which warps, decoupled from a movement of the weft (2, 2'), are moved between a first position and a second position, in which first position the warp is engaged with the weft (2, 2'), and in which second position the weft (2, 2') is guided past the warp, wherein a number of first warps (11, 13, 15, 17) are assigned to a first fabric layer and a number of second warps (12, 14, 16, 18) are assigned to a second fabric layer, wherein, at the first circulation, the weft is engaged with the first warps (11, 13, 15, 17) in the first position and guided past the second warps (12, 14, 16, 18) in the second position, and at the second circulation, the weft is guided past the first warps (11, 13, 15, 17) in the second position and engaged with the second warps (12, 14, 16, 18) in the first position.
A dipole antenna, comprising: a substrate lying in a plane defined by a first axis and a second axis perpendicular to said first axis, comprising a first metal layer and a second metal layer, wherein the first metal layer and the second metal layer are disposed on the same side of the substrate and adjacent to each other along the first axis; the first metal layer comprises a feed point; and the second metal layer comprises a ground point; a first radiator, comprising a first planar connection part, disposed on the first metal layer, and a first radiating part; wherein the first radiating part is a rectangular hollow column extending along the first axis, and the hollow column has two openings at two opposite ends along the first axis; and wherein the first planar connection part is disposed on one end of the first radiating part along the first axis; and a second radiator, comprising a second planar connection part, disposed on the second metal layer, and a second radiating part; wherein the second radiating part is a rectangular hollow column extending along the first axis, and the hollow column has two openings at two opposite ends along the first axis; and wherein the second planar connection part is disposed on one end of the second radiating part along the first axis.
An apparatus (100, 800) comprising: a first optical detector configured to convert a first optical input signal into a first electrical signal proportional to an optical power of the first optical input signal, wherein the first optical input signal is a pulse-amplitude-modulated, single-sideband optical signal; a first analog-to-digital converter configured to generate a first sequence of digital electrical samples by digitally sampling the first electrical signal; and a digital signal processor (164, 864) configured to: apply a Fourier-transform operation to the first sequence of digital electrical samples to generate a first set of digital spectral components; separate the first set of digital spectral components into a first subset and a second subset of digital spectral components; compute a first sampling phase using the first subset of digital spectral components; and recover data encoded in the first optical input signal using the first sampling phase. a first optical detector configured to convert a first optical input signal into a first electrical signal proportional to an optical power of the first optical input signal, wherein the first optical input signal is a pulse-amplitude-modulated, single-sideband optical signal; a first analog-to-digital converter configured to generate a first sequence of digital electrical samples by digitally sampling the first electrical signal; and a digital signal processor (164, 864) configured to: apply a Fourier-transform operation to the first sequence of digital electrical samples to generate a first set of digital spectral components; separate the first set of digital spectral components into a first subset and a second subset of digital spectral components; compute a first sampling phase using the first subset of digital spectral components; and recover data encoded in the first optical input signal using the first sampling phase. apply a Fourier-transform operation to the first sequence of digital electrical samples to generate a first set of digital spectral components; separate the first set of digital spectral components into a first subset and a second subset of digital spectral components; compute a first sampling phase using the first subset of digital spectral components; and recover data encoded in the first optical input signal using the first sampling phase.
A computer-implemented method of refining an earth model of a reservoir formation integrating reservoir related data, the method comprising: (i) selecting, by computer system, cells in a mesh to be refined in a determined direction within a three-dimensional space representing the reservoir formation, the selecting by: determining a location of a fracture within the earth model; identifying cells in a near-fracture region, based on the location of the fracture; determining a target size of edges of the identified near-fracture cells; determining whether edges of the near-fracture cells in the determined direction are longer than the target size times a scalar variable; and identifying the near-fracture cells having edges in the determined direction which are determined to be longer than the target size times the scalar variable; (ii) anisotropically refining the near-fracture cells having edges in the determined direction which are determined to be longer than the target size times the scalar variable; and (iii) resolving a fracture network within the earth model using the refined cells; thereby to generate a refined earth model for use in reservoir simulation for well planning and placement, the refined earth model having an improved mesh resolution in the near-fracture region. (i) selecting, by computer system, cells in a mesh to be refined in a determined direction within a three-dimensional space representing the reservoir formation, the selecting by: determining a location of a fracture within the earth model; identifying cells in a near-fracture region, based on the location of the fracture; determining a target size of edges of the identified near-fracture cells; determining whether edges of the near-fracture cells in the determined direction are longer than the target size times a scalar variable; and identifying the near-fracture cells having edges in the determined direction which are determined to be longer than the target size times the scalar variable; determining a location of a fracture within the earth model; identifying cells in a near-fracture region, based on the location of the fracture; determining a target size of edges of the identified near-fracture cells; determining whether edges of the near-fracture cells in the determined direction are longer than the target size times a scalar variable; and identifying the near-fracture cells having edges in the determined direction which are determined to be longer than the target size times the scalar variable; (ii) anisotropically refining the near-fracture cells having edges in the determined direction which are determined to be longer than the target size times the scalar variable; and (iii) resolving a fracture network within the earth model using the refined cells;
Method for the production of a concrete double-wall element, comprising a first concrete shell and a second concrete shell with the steps: a. pouring of liquid concrete and placing connectors section by section protruding from this liquid concrete in a cavity formed by a formwork on a first pallet (step B); b. curing of the liquid concrete layer with the connectors to create a first concrete shell (step C); c. pouring of liquid concrete in a cavity formed by a formwork on a second pallet (step D); d. turning of the first concrete shell (step E) and placing on the liquid concrete layer of the second pallet (step F); e. curing of the liquid concrete layer on the second pallet to create a concrete shell firmly connected to the first concrete shell via the connectors (step G), whereby f. a fixing device is inserted into the liquid concrete in such a way in step B that a first end section of the fixing device is embedded in the liquid concrete and a second end section protrudes laterally from the formwork, g. and in the course of placing the first concrete shell on the liquid concrete layer of the second pallet (step F) an anchor element on the second end section of the fixing device is fixed to the second pallet. a. pouring of liquid concrete and placing connectors section by section protruding from this liquid concrete in a cavity formed by a formwork on a first pallet (step B); b. curing of the liquid concrete layer with the connectors to create a first concrete shell (step C); c. pouring of liquid concrete in a cavity formed by a formwork on a second pallet (step D); d. turning of the first concrete shell (step E) and placing on the liquid concrete layer of the second pallet (step F); e. curing of the liquid concrete layer on the second pallet to create a concrete shell firmly connected to the first concrete shell via the connectors (step G), whereby f. a fixing device is inserted into the liquid concrete in such a way in step B that a first end section of the fixing device is embedded in the liquid concrete and a second end section protrudes laterally from the formwork, g. and in the course of placing the first concrete shell on the liquid concrete layer of the second pallet (step F) an anchor element on the second end section of the fixing device is fixed to the second pallet.
Personal data card including an integrated circuit containing characteristics of at least one fingerprint of a user of the card, characterized in that the card includes a succession of raised portions (5, 6) on at least one face of the card to form a means (5, 6) for automatic spoiling of fingerprints deposited on the card when manipulating it, said face of the card being granular.
Closing unit (3, 61, 80, 112) for a throughflow opening of a beverage container (1, 60, 111), the closing unit comprising: - a first closing element (4, 64, 94) configured to be mounted or integrally formed on the beverage container, wherein the first closing element comprises a receiving part (4, 64, 94) comprising a wall, the receiving part being provided with a passage and arrangeable in the throughflow opening, the throughflow opening being a drinking or pouring opening of the beverage container; - a second closing element (6, 67, 82) comprising a closing part configured to be received by the receiving part and to be coupled releasably thereto for the purpose of closing or leaving clear the drinking or pouring opening; wherein the releasable coupling between the receiving part (4, 64, 94) and the closing part comprises a conical threaded coupling, characterized in that the closing part of the second closing element (6,67,82) comprises a substantially annular downward extending part (28;92), an external screw thread of the threaded coupling is on the outer side of the substantially annular downward extending part (28;92), the substantially annular downward extending part is manufactured from flexible material, the flexibility of wall of the receiving part of the first closing element (4, 64, 94) is relatively low compared to the flexibility of the substantially annular downward extending part (28; 92) of the closing part of the second closing element, and the substantially annular downward extending part (28; 92) comprises a hollow space which in the closed situation is connected to the volume of the beverage container, and in that the first and second closing elements are configured such that in the closed situation, pressure in the hollow space presses the closing part radially outward increasingly more firmly against the receiving part as the pressure inside the container becomes higher. - a first closing element (4, 64, 94) configured to be mounted or integrally formed on the beverage container, wherein the first closing element comprises a receiving part (4, 64, 94) comprising a wall, the receiving part being provided with a passage and arrangeable in the throughflow opening, the throughflow opening being a drinking or pouring opening of the beverage container; - a second closing element (6, 67, 82) comprising a closing part configured to be received by the receiving part and to be coupled releasably thereto for the purpose of closing or leaving clear the drinking or pouring opening; wherein the releasable coupling between the receiving part (4, 64, 94) and the closing part comprises a conical threaded coupling,
An insulated tarpaulin consisting of at least a first and second layer of fabric (105 and 202) and at least one piece of insulation between said first and second layer of fabric (105, 202), further having means for securing said at least one piece of insulation to at least said first layer of fabric, and wherein said piece of insulation has at least two perforations through which a pair of straps, forming said means for securing, connected to said first layer of fabric, are guided and connected to each other, and wherein said second layer of fabric is connected to said first layer of fabric and at least one valve is attached to said tarpaulin.
A central flow system for surgery rooms arranged to exhaust by suction e.g. anesthetic gases, comprising a central fan configured to create a negative pressure in at least one channel connected to said central fan; at least one outlet connected to said channel; at least a control means in said channel, placed separated from said outlet and configured to increase or decrease the flow resistance in said channel, wherein said control means includes a motor operated valve configured to reduce flow resistance when flow in said channel drops below a preset flow and to increase the flow resistance when the flow in said channel rises above said preset flow; characterized in that said control means is further configured to receive a signal indicative of the flow in said channel, wherein the signal is a flow in the channel, and said control means is further configured to receive a signal indicative of said preset flow in said channel, said control means is further configured to send a first signal to said central fan to reduce pressure in case the flow does not reach said preset flow despite that said motor operated valve is fully open in the event said control means is configured to regulate the flow in a negative pressure system and wherein said central fan is further configured receiving the first signal and reduce the pressure in said central fan.
A system comprising: a hang tag or care label for a garment or accessory, comprising embedded trigger technology, a data management platform storing data items comprising data relating to the garment or accessory, and a mobile application which is accessed via the embedded trigger technology; wherein: the trigger technology is configured to generate a unique identifier for the garment or accessory; the trigger technology and the corresponding unique identifier are configured to enable access to the data management platform; the mobile application is configured to act as a field authentication tool and to link a user to a secure database and to validate a record being queried; and characterized in that the mobile application is configured to let a user register the garment or accessory and to provide the user with a coupon or other credit or discount when the used garment or accessory is recycled. a hang tag or care label for a garment or accessory, comprising embedded trigger technology, a data management platform storing data items comprising data relating to the garment or accessory, and a mobile application which is accessed via the embedded trigger technology; wherein: the trigger technology is configured to generate a unique identifier for the garment or accessory; the trigger technology and the corresponding unique identifier are configured to enable access to the data management platform; the mobile application is configured to act as a field authentication tool and to link a user to a secure database and to validate a record being queried; and characterized in that the mobile application is configured to let a user register the garment or accessory and to provide the user with a coupon or other credit or discount when the used garment or accessory is recycled. the trigger technology is configured to generate a unique identifier for the garment or accessory; the trigger technology and the corresponding unique identifier are configured to enable access to the data management platform; the mobile application is configured to act as a field authentication tool and to link a user to a secure database and to validate a record being queried; and characterized in that the mobile application is configured to let a user register the garment or accessory and to provide the user with a coupon or other credit or discount when the used garment or accessory is recycled.
Motor vehicle having a pressurised tank and a supporting element, the supporting element supporting the pressurised tank, the supporting element being configured as a lower half shell, with the result that the supporting element at least partially surrounds the underside of the pressurised tank, the supporting element substantially following the contour of the pressurised tank, the supporting element being fastened to the body of the motor vehicle, with the result that the body is reinforced by way of the supporting element, characterized in that an elastic layer is arranged between the supporting element and the pressurised tank, the elastic layer being formed by way of a strip which runs over the entire circumference of the pressurised tank.