mhurhangee/ep-ind-claims huggingface dataset:
Hanger, intended to secure insulation material on a framed structure, comprising: - a shaft of which a first end is intended to be attached to the framed structure, - a cup-like mount fitted about the shaft and rigidly connected to the shaft in the vicinity of a second end of the shaft by first rigid connection means formed on the mount engaging with complementary rigid connection means formed on the shaft, - a latch fitted about the shaft being closer to the second end than the mount, the latch comprising second rigid connection means with the shaft which, in a locking configuration, are engaged with second complementary rigid connection means formed on the shaft, the rigid connection of the latch with the shaft being carried out by a pivoting of the latch with respect to a longitudinal axis of the shaft which extends between the two ends (2a, 2b) of the shaft, the latch and the mount having a respective central recess (3a 5a) for the insertion of the shaft therein, the latch having at least partially at the periphery thereof a groove for the introduction therein of the free ends curved towards one another of the two longitudinal edges curved at 90° of a furring member, characterised in that, in the locking configuration of the hanger, the mount is held in a first predefined reception zone of the shaft, whereas the latch is locked in a second predefined reception zone of the shaft, and in that the second rigid connection means: - are suitable for being engaged in the second predefined reception zone which is separated and axially spaced from the first reception zone while being closer to the second end of the shaft, and - are removable rigid connection means enabling subsequent disassembly of the latch from the shaft. - a shaft of which a first end is intended to be attached to the framed structure, - a cup-like mount fitted about the shaft and rigidly connected to the shaft in the vicinity of a second end of the shaft by first rigid connection means formed on the mount engaging with complementary rigid connection means formed on the shaft, - a latch fitted about the shaft being closer to the second end than the mount, the latch comprising second rigid connection means with the shaft which, in a locking configuration, are engaged with second complementary rigid connection means formed on the shaft, the rigid connection of the latch with the shaft being carried out by a pivoting of the latch with respect to a longitudinal axis of the shaft which extends between the two ends (2a, 2b) of the shaft, - are suitable for being engaged in the second predefined reception zone which is separated and axially spaced from the first reception zone while being closer to the second end of the shaft, and - are removable rigid connection means enabling subsequent disassembly of the latch from the shaft.
Suspension arrangement and guide shoe arrangement of an elevator, which arrangement comprises at least an elevator car configured to move up and down in an elevator hoistway guided by guide rails and at least two compensating weights (3a, 3b), which are for their part connected to support the elevator car by the aid of at least two suspension members (4a, 4b), such as ropes or belts, and also by the aid of diverting pulleys (5a, 5b), and a hoisting machine provided with at least one traction sheave or corresponding, as well as at least two traction members (14a, 14b), such as belts, ropes or chains, separate from the suspension members (4a, 4b), which traction members are configured to transmit the rotational movement of the traction sheave into movement of the elevator car and of the compensating weights (3a, 3b), characterized in that there are at least four guide rails of the elevator car and they are fitted into the elevator hoistway symmetrically to each other in relation to the elevator car.
Polycyclic dye of general formula II", V" to VII" in which R 1 is hydrogen or a hydrocarbon group having 1-20 C atoms, wherein the hydrocarbon group may optionally contain one or more heteroatoms and/or one or more substituents, R 2, R 3, R 4, R 5, R 6, R 7 and R 8 are, mutually independently on each occurrence, hydrogen, halogen, a hydroxy, amino, sulfo, carboxy or aldehyde group or a hydrocarbon group having 1-20 C atoms, wherein the hydrocarbon group may optionally contain one or more heteroatoms and/or one or more substituents, or the residues R 1 and R 8 together form a ring system, R' is hydrogen or a hydrocarbon group having 1-20 C atoms, wherein the hydrocarbon group may optionally contain one or more heteroatoms and/or one or more substituents, R is, mutually independently on each occurrence, hydrogen, halogen, a hydroxy, amino, sulfo, carboxy or aldehyde group or a hydrocarbon group having 1-20 C atoms, wherein the hydrocarbon group may optionally contain one or more heteroatoms and/or one or more substituents, or the residues R' and R together form a ring system which may contain one or more multiple bonds, R 13 is, mutually independently on each occurrence, hydrogen or a hydrocarbon group having 1-20 C atoms, wherein the hydrocarbon group may optionally contain one or more heteroatoms and/or one or more substituents, wherein R 13 in particular represents hydrogen, aryl, carboxyphenyl, alkyl, perfluoroalkyl, cycloalkyl, pyridyl or carboxypyridyl, X is OH, halogen, -O-R 9, -S-R 10 or -NR 11 R 12, wherein R 9, R 10, R 11 and R 12 are, mutually independently in each case, hydrogen or a C1 to C20 hydrocarbon residue, which may optionally contain one or more heteroatoms or one or more substituents, Y in formula VI" represents O, S or C 2, and A - is an anion.
An RFID detection device for detecting a ferromagnetic item, which is placed on the RFID detection device, wherein the RFID detection device comprises the following components: - A housing, - A RFID inlay, which is positioned in the housing, - A detuning element, which is positioned in the housing, - A magnet, which positioned in the housing and configured to move the detuning element and the RFID inlay relative to each other from a first position in which the detuning elements abuts the RFID inlay to a second position in which the detuning element is spaced apart from the RFID inlay or vice versa, and - The detuning element being configured to detune the RFID inlay when the detuning element abuts the RFID inlay in the first position. - A housing, - A RFID inlay, which is positioned in the housing, - A detuning element, which is positioned in the housing, - A magnet, which positioned in the housing and configured to move the detuning element and the RFID inlay relative to each other from a first position in which the detuning elements abuts the RFID inlay to a second position in which the detuning element is spaced apart from the RFID inlay or vice versa, and - The detuning element being configured to detune the RFID inlay when the detuning element abuts the RFID inlay in the first position.
An upstream facing port, UFP, device comprising: at least one upstream facing port coupleable to a host device or a hub device via a USB protocol; and a detection proxy engine configured to: establish a USB communication channel with a host device or a hub device coupled to the at least one upstream facing port; and hold the USB communication channel with the host device or the hub device in a logically disconnected state until a signal is received indicating whether a USB device connected to a downstream facing port, DFP, device supports SuperSpeed communication. at least one upstream facing port coupleable to a host device or a hub device via a USB protocol; and a detection proxy engine configured to: establish a USB communication channel with a host device or a hub device coupled to the at least one upstream facing port; and hold the USB communication channel with the host device or the hub device in a logically disconnected state until a signal is received indicating whether a USB device connected to a downstream facing port, DFP, device supports SuperSpeed communication. establish a USB communication channel with a host device or a hub device coupled to the at least one upstream facing port; and hold the USB communication channel with the host device or the hub device in a logically disconnected state until a signal is received indicating whether a USB device connected to a downstream facing port, DFP, device supports SuperSpeed communication.
A device for generating a flow of a non-thermal gaseous plasma, comprising: a gas capsule (12, 502) for releasably holding a gas under pressure; a plasma generator (16, 510) in which gas released from the capsule (12, 502) can be energised to generate said flow of a non-thermal gaseous plasma; an applicator (18, 90, 110, 122, 540) of the non-thermal plasma for directing the non-thermal gaseous plasma or an active gas derived therefrom at a surface to be treated; a source (20, 520) of electrical energy; energising means (22, 54, 56; 58; 524, 526) electrically connected to the source of electrical energy for energising gas in the plasma generator (16, 510) to form said non-thermal gaseous plasma; and a housing (28, 506) for housing the plasma generator (16, 510), source (20, 520) of electrical energy, and energising means (22, 54, 56, 58; 524, 526), the housing (28, 506) having an external port to which the gas capsule (12, 502) can be docked and a passage (30, 508) which when open can conduct gas released from the capsule (12, 502) to the plasma generator (16, 510), wherein when the capsule (12, 502) is in its docked position the device can be held and operated by a user by hand to direct the flow of the non-thermal gaseous plasma from the applicator (18, 90, 110, 122, 540) at a surface to be treated thereby. a gas capsule (12, 502) for releasably holding a gas under pressure; a plasma generator (16, 510) in which gas released from the capsule (12, 502) can be energised to generate said flow of a non-thermal gaseous plasma; an applicator (18, 90, 110, 122, 540) of the non-thermal plasma for directing the non-thermal gaseous plasma or an active gas derived therefrom at a surface to be treated; a source (20, 520) of electrical energy; energising means (22, 54, 56; 58; 524, 526) electrically connected to the source of electrical energy for energising gas in the plasma generator (16, 510) to form said non-thermal gaseous plasma; and a housing (28, 506) for housing the plasma generator (16, 510), source (20, 520) of electrical energy, and energising means (22, 54, 56, 58; 524, 526), the housing (28, 506) having an external port to which the gas capsule (12, 502) can be docked and a passage (30, 508) which when open can conduct gas released from the capsule (12, 502) to the plasma generator (16, 510), wherein when the capsule (12, 502) is in its docked position the device can be held and operated by a user by hand to direct the flow of the non-thermal gaseous plasma from the applicator (18, 90, 110, 122, 540) at a surface to be treated thereby.
An ice maker for a refrigerator, comprising: an ice tray configured to receive water to be frozen into ice; a water container that supplies a predetermined amount of water to the ice tray, the water container comprising: a body; and a lid removably coupled to the body, the lid having at least one hole formed therein through which water is discharged from the water container; and a housing provided in a case of the ice maker, wherein the water container is removably coupled to the housing and positioned apart from the ice tray, wherein the water container is configured to be installed in a freezing chamber of the refrigerator, wherein the housing includes a funnel-shaped holder comprising a channel collecting water discharged through the at least one hole formed in the lid of the water container, a water outlet that guides the water from the channel to the ice tray, characterized in that the housing includes a first air inlet formed at a higher position in a vertical direction than a position at which the water discharged through the at least one hole formed in the lid of the water container impacts the channel, an interior surface of the lid in which the at least one hole is formed has a curved shape so as to completely discharge water received in the water container through the at least one hole in a state that the water container is inverted, and a second air inlet is formed in a side of the lid for promoting discharge of water. an ice tray configured to receive water to be frozen into ice; a water container that supplies a predetermined amount of water to the ice tray, the water container comprising: a body; and a lid removably coupled to the body, the lid having at least one hole formed therein through which water is discharged from the water container; and a body; and a lid removably coupled to the body, the lid having at least one hole formed therein through which water is discharged from the water container; and a housing provided in a case of the ice maker, wherein the water container is removably coupled to the housing and positioned apart from the ice tray, wherein the water container is configured to be installed in a freezing chamber of the refrigerator, wherein the housing includes a funnel-shaped holder comprising a channel collecting water discharged through the at least one hole formed in the lid of the water container, a water outlet that guides the water from the channel to the ice tray, characterized in that the housing includes a first air inlet formed at a higher position in a vertical direction than a position at which the water discharged through the at least one hole formed in the lid of the water container impacts the channel, an interior surface of the lid in which the at least one hole is formed has a curved shape so as to completely discharge water received in the water container through the at least one hole in a state that the water container is inverted, and a second air inlet is formed in a side of the lid for promoting discharge of water.
A method for mitigating a reaction inhibition in endotoxin assay in the presence of a salt ion, the method comprising: mixing a horseshoe crab Factor C produced by a human cell or a Chinese hamster cell as a host cell with a test specimen containing the salt ion, wherein the Factor C contains (α-2,3)-linked terminal sialic acid in a greater amount, as compared with a horseshoe crab Factor C expressed using Sf9 as a host cell, and wherein the Factor C exhibits a higher residual activity (i) in the presence of 21 mM sodium citrate, and/or (ii) in the presence of 52 mM sodium hydrogencarbonate, and/or (iii) in the presence of 214 mM sodium chloride, and/or (iv) in the presence of 16 mM magnesium sulfate, as compared with a horseshoe crab Factor C expressed in Sf9 as a host cell. mixing a horseshoe crab Factor C produced by a human cell or a Chinese hamster cell as a host cell with a test specimen containing the salt ion, wherein the Factor C contains (α-2,3)-linked terminal sialic acid in a greater amount, as compared with a horseshoe crab Factor C expressed using Sf9 as a host cell, and wherein the Factor C exhibits a higher residual activity (i) in the presence of 21 mM sodium citrate, and/or (ii) in the presence of 52 mM sodium hydrogencarbonate, and/or (iii) in the presence of 214 mM sodium chloride, and/or (iv) in the presence of 16 mM magnesium sulfate, (i) in the presence of 21 mM sodium citrate, and/or (ii) in the presence of 52 mM sodium hydrogencarbonate, and/or (iii) in the presence of 214 mM sodium chloride, and/or (iv) in the presence of 16 mM magnesium sulfate, as compared with a horseshoe crab Factor C expressed in Sf9 as a host cell.
Capping device intended to be attached to a neck of a container which includes a hole, including the capping device: - a cap which includes an upper wall and an external peripheral skirt, with the external peripheral skirt having a helical thread formed by a series of ribs and intended to cooperate with a helical thread formed in the neck to allow • unscrewing of the cap from the neck around an X-axis to move the cap from a closing position where the upper wall closes the neck hole and the outer peripheral skirt surrounds the neck to a released position where the cap is no longer attached to the neck; and • screwing of the cap into the neck to move the cap from the released position to the closing position; - a lower ring configured to be fixed axially to the neck and movable in rotation about the neck along the X axis; and - a hinge device that connects the cap to the lower ring, including the hinge device two plates (11, 12) that connect the outer peripheral skirt and the lower ring and are arranged to allow the cap to rotate between the released position and an open tilted position in which the cap disengages from the neck hole, including the capping device in addition a cap lock configured to lock the cap in the open tilted position, including such locking device a bead which is formed on the outer peripheral skirt, between the two sheets (11, 12), and which is configured to rest against the neck of the container when the cap is in the open tilted position, the bead has an internal face where at least one of the ribs of the helical thread series is formed. - a cap which includes an upper wall and an external peripheral skirt, with the external peripheral skirt having a helical thread formed by a series of ribs and intended to cooperate with a helical thread formed in the neck to allow • unscrewing of the cap from the neck around an X-axis to move the cap from a closing position where the upper wall closes the neck hole and the outer peripheral skirt surrounds the neck to a released position where the cap is no longer attached to the neck; and • screwing of the cap into the neck to move the cap from the released position to the closing position; • unscrewing of the cap from the neck around an X-axis to move the cap from a closing position where the upper wall closes the neck hole and the outer peripheral skirt surrounds the neck to a released position where the cap is no longer attached to the neck; and • screwing of the cap into the neck to move the cap from the released position to the closing position; - a lower ring configured to be fixed axially to the neck and movable in rotation about the neck along the X axis; and - a hinge device that connects the cap to the lower ring, including the hinge device two plates (11, 12) that connect the outer peripheral skirt and the lower ring and are arranged to allow the cap to rotate between the released position and an open tilted position in which the cap disengages from the neck hole,
A billet (Bl-B23) comprising a body (C, 110, 110a, 122, 62) of steel, a cladding member that is comprised of an alloy selected from the group comprising stainless steel, nickel-chrome, nickel-copper and copper-nickel alloys and that is positioned so that there is an interface between the body and the cladding member at which the cladding member and the body become bonded together when the billet is heated and worked to form a ferrous product (F, R, 120, 123), and preventive means arranged to exclude from the interface gases that are capable of causing oxidation of chrome, nickel or copper in the cladding member at the interface, the cladding member forms at least a part of a closed housing in which the body and the mass of scavenging metal are located and which prevents gases outside the billet from penetrating to the interface, the body (C, 110, 11 0a, 122, 62) is of solid steel and the preventive means includes a mass (Ea, Et, Em) of scavenging metal that can be heated to a temperature at which it becomes active to scavenge oxidising gases at the interface before the alloy of which the cladding member is composed reaches a temperature at which oxides of chrome, nickel or copper can form at the interface characterised in that the mass of scavenging metal is located at a position separate from the interface.
Laminating apparatus (100; 200) for laminating a substrate foil with a laminating foil, the apparatus comprising - a first and a second facility (110, 112, 114, 116; 210, 214) for providing the substrate foil and the laminating foil respectively, each of the first and the second facility comprising a holder with at least one supply roll, - an alignment facility (130,132; 252, 253), - a recognition and control facility (120, 122, 124; 224, 225) for determining a location of at least one feature of at least one of the laminating foil and the substrate foil and for controlling the alignment facility, - a separation facility (140, 142; 240) for separating a longitudinal portion (SF1; LF1) of the at least one of the foils from a remainder of said at least one of the foils, - a laminating facility (150, 152; 250, 252) for laminating the separated longitudinal portion of the at least one of the foils against the other one of the foils, wherein said longitudinal portion to be separated is arranged in a transportation direction of said at least one of the foils with respect to the remainder of said at least one of the foils from which it is to be separated and wherein the separation facility is arranged for separating said longitudinal portion (SF1; LF1) of the at least one of the foils after said longitudinal portion is controlled by the alignment facility, characterized in that the alignment facility is arranged to control the alignment of the separated longitudinal portion. - a first and a second facility (110, 112, 114, 116; 210, 214) for providing the substrate foil and the laminating foil respectively, each of the first and the second facility comprising a holder with at least one supply roll, - an alignment facility (130,132; 252, 253), - a recognition and control facility (120, 122, 124; 224, 225) for determining a location of at least one feature of at least one of the laminating foil and the substrate foil and for controlling the alignment facility, - a separation facility (140, 142; 240) for separating a longitudinal portion (SF1; LF1) of the at least one of the foils from a remainder of said at least one of the foils, - a laminating facility (150, 152; 250, 252) for laminating the separated longitudinal portion of the at least one of the foils against the other one of the foils,