mhurhangee/ep-ind-claims huggingface dataset:
Manufacturing method of a facade panel meant for the outer lining of a building in which tiling forming the outer surface of the mentioned panel is formed onto the surface of the back panel meant to be the background of the facade panel, tiling is attached to the mentioned back panel and the seams between the tiles are seamed with the help of a seam mass whereupon a mould equipped with a bottom panel is used in the manufacturing method on top of which a tile controller is set, such as a net to adjust the locations of the tiles positioned upside down, wherein in the method the tile seams are first filled with a jagged rough mass placed against the back panel of the mould and after that said seams are filled with a hardening seam mass that binds the tiles with each other, further the rough mass functions as a layer against the bottom panel of the mould which layer prevents the seam mass that was set later from gripping to said bottom panel, characterized in that the back panel is pressed on top of tiles and attachment spikes that belong to said back panel become penetrated into the seams between the tiles and with the help of them tiling and the back panel are bound with each other.
A system for managing delivery of an orthodontic treatment plan, the system comprising a computer coupled to a server, the computer comprising a processor and a computer readable medium comprising instructions which, if executed, cause the computer to: receive information about a dental condition of a patient; generate a treatment plan for a patient, the plan comprising a plurality of successive tooth arrangements for moving teeth along a treatment path from an initial arrangement toward a selected final arrangement, the plan further comprising a series of one or more treatment phases to move teeth along the treatment path; prepare data for enabling manufacture of a set of appliances according to the planned arrangements for at least one treatment phase; compare a digital representation of an actual arrangement of the patient's teeth following administration of a set of appliances to a planned arrangement so as to determine if the actual arrangement deviates from the planned tooth arrangement; characterized by generating a revised treatment plan where it is determined that the actual tooth arrangement substantially differs from the pre-determined planned tooth arrangement, the revised treatment plan comprising a plurality of successive tooth arrangements to move the teeth along a revised treatment path from the actual position directly toward a new final tooth position. receive information about a dental condition of a patient; generate a treatment plan for a patient, the plan comprising a plurality of successive tooth arrangements for moving teeth along a treatment path from an initial arrangement toward a selected final arrangement, the plan further comprising a series of one or more treatment phases to move teeth along the treatment path; prepare data for enabling manufacture of a set of appliances according to the planned arrangements for at least one treatment phase; compare a digital representation of an actual arrangement of the patient's teeth following administration of a set of appliances to a planned arrangement so as to determine if the actual arrangement deviates from the planned tooth arrangement; characterized by generating a revised treatment plan where it is determined that the actual tooth arrangement substantially differs from the pre-determined planned tooth arrangement, the revised treatment plan comprising a plurality of successive tooth arrangements to move the teeth along a revised treatment path from the actual position directly toward a new final tooth position.
A timepiece member including a first axis and a first threading having a pitch (p) and intended to cooperate with a second threading provided on a second timepiece member, the first threading being configured so that a zone of contact between the first threading and the second threading extends over less than 50% of the height (h) of the threads of the second threading or configured so that the zone of contact between the first threading and the second threading extends over less than 0.3 times the pitch (p), the extent (e) of the contact zone being measured radially relative to the first axis from the root of the threads of the first threading.
Set of flanges (55, 56) for securing a bundle of sheets and of lead-out wires of windings arranged axially on either side of the bundle of sheets of a rotor of a rotating electrical machine for axially clamping the bundle of sheets, each securing flange (55, 56) comprising a radial wall provided with a main aperture allowing the passage of a shaft of the rotor, characterized in that each flange (55, 56) comprises an annular lip extending on the outer periphery of the radial wall and extending axially towards the rotor, this annular lip having a face bearing on the relevant outer radial end face of the bundle of sheets and in that at least one of the securing flanges (55, 56) further comprises at least one centring and heat-discharging pin positioned so as to cooperate with an axial aperture formed in the bundle of sheets, this centring and heat-discharging pin being capable of discharging the heat from the bundle of sheets to the flange (55, 56).
A self-supporting film composition containing a tannic acid derivative, wherein 12% to 24% of a total number of hydroxyl groups in tannic acid are bonded via urethane bonds that are formed by way of reactions with isocyanate groups, wherein the tannic acid derivative is formed from 45 to 65% by mass of tannic acid and 55 to 350 by mass of a precursor polymer, and the precursor polymer is characterized in that a first linear hydrocarbon compound is urethane-bonded to both ends of an oligoethylene glycol or a polyethylene glycol, and the precursor polymer has isocyanate groups at both its ends having the oligoethylene glycol or the polyethylene glycol as a spacer.
A method for configuring a relay node, RN, subframe, wherein the RN subframe is used for relay link transmission of a relay link, wherein the method comprises: • determining (201; 502; 703; 803), by a RN, that the RN requires a RN subframe configuration for at least one component carrier, CC, wherein the determination is done according to capability information of the RN, carrier information for a CC of an access link and carrier information for a CC of the relay link, wherein the capability information comprises an interference elimination capability, being a capability of eliminating interference between the access link and the relay link in case a same CC is simultaneously used on the access link and the relay link; • sending (101; 202; 503; 704; 804), by the RN, an RN subframe configuration request for the at least one CC to a base station, wherein the RN subframe configuration request for at least one CC is used to request for an RN subframe configuration for the at least one CC; and • receiving (102; 501; 504a; 504b; 705a; 705b; 805a; 805b), by the RN, RN subframe configuration information for the at least one CC sent by the base station. • determining (201; 502; 703; 803), by a RN, that the RN requires a RN subframe configuration for at least one component carrier, CC, wherein the determination is done according to capability information of the RN, carrier information for a CC of an access link and carrier information for a CC of the relay link, wherein the capability information comprises an interference elimination capability, being a capability of eliminating interference between the access link and the relay link in case a same CC is simultaneously used on the access link and the relay link; • sending (101; 202; 503; 704; 804), by the RN, an RN subframe configuration request for the at least one CC to a base station, wherein the RN subframe configuration request for at least one CC is used to request for an RN subframe configuration for the at least one CC; and • receiving (102; 501; 504a; 504b; 705a; 705b; 805a; 805b), by the RN, RN subframe configuration information for the at least one CC sent by the base station.
Method for steering a rig having a vehicle and at least one trailer, in which a mobile display unit is used for showing at least one part of the rig and wherein the mobile display unit is in contact with the vehicle via a wireless connection and is used for control of drive functions of the vehicle, and wherein on the mobile display unit additionally at least one orientation aid is displayed and wherein the user can select a parking space and the rig drives, after agreement of the user, automatically into the selected parking space, and wherein the mobile display unit is a smart phone, characterised in that during a passing by a respective environment of the rig is detected and respective possible parking spaces for the rig are graphically highlighted on the mobile display unit, and that in a situation from the following list of situations a protective braking follows: unclear communication status, dangerous conditions, potential collision of the rig with the environment, breakdown in connection of the vehicle to the mobile display unit, implausible sensor signal, at least one geometrical specification outside a range which can be regulated and failure of a control signal from the mobile display unit.
A method of barring access of a station in a radio resource control, RRC, connected mode to a radio access network, RAN, the method comprising the following steps: maintaining one or more timers when the station is in the RRC connected mode; and conditionally performing access barring in the RRC connected mode, wherein the condition for performing the access barring includes expiry of at least one of the one or more timers, and the at least one of the one or more timers is initiated upon establishing the RRC connected mode with the RAN. maintaining one or more timers when the station is in the RRC connected mode; and conditionally performing access barring in the RRC connected mode, wherein the condition for performing the access barring includes expiry of at least one of the one or more timers, and the at least one of the one or more timers is initiated upon establishing the RRC connected mode with the RAN.
A resin fuel tube comprising at least one resin layer, wherein the resin layer is made of a resin composition comprising: a polypropylene prepared through polymerization with the use of a metal-locene catalyst; and a polypropylene material having a melting point of 137°C to 160°C, wherein a melting point of the component is higher than a melting point of the component, wherein the melting point of the component is outside the range of 137°C to 160°C, wherein the resin composition has a mixing weight ratio of the components and satisfying / = 95/5 to 50/50, and wherein the resin layer has a structure such that a soft structural portion of the component intrudes into a space between crystalline structural portions of the component. a polypropylene prepared through polymerization with the use of a metal-locene catalyst; and a polypropylene material having a melting point of 137°C to 160°C,
Coupling system for connecting two fluid conduits (14, 16), wherein - the coupling system comprises a first annular or tubular coupling element which is or can be fixedly connected to a first fluid conduit; - the coupling system comprises a second annular coupling element which is embodied to enclose a second fluid conduit with a circular profile; - the coupling system comprises an annular sleeve which can be fixedly connected to one end of the second fluid conduit; - the first coupling element and the second coupling element can be connected to one another such that in the connected state the sleeve is rotatably mounted and surrounded by the first and second coupling elements (210, 220), and that a fluid-conducting connection is created between the first coupling element and the sleeve; - the sleeve in the connected state is surrounded in the radial direction by a system wall formed by the first and/or second coupling element (210, 220); - the sleeve comprises an additional ring which is rotatably mounted on an outer wall of the sleeve; characterised in that - an annular, deformable seal is arranged on the additional ring and, in the connected state, is pressed against the system wall in order to seal the fluid-conducting connection; - the additional ring comprises an inner surface which is oriented towards the outer wall of the sleeve and is made of a material that is not substantially deformable; and - the outer wall of the sleeve and the inner surface of the additional ring form friction surfaces which allow the additional ring to rotate about an axis of the sleeve relative to the outer wall. - the coupling system comprises a first annular or tubular coupling element which is or can be fixedly connected to a first fluid conduit; - the coupling system comprises a second annular coupling element which is embodied to enclose a second fluid conduit with a circular profile; - the coupling system comprises an annular sleeve which can be fixedly connected to one end of the second fluid conduit; - the first coupling element and the second coupling element can be connected to one another such that in the connected state the sleeve is rotatably mounted and surrounded by the first and second coupling elements (210, 220), and that a fluid-conducting connection is created between the first coupling element and the sleeve; - the sleeve in the connected state is surrounded in the radial direction by a system wall formed by the first and/or second coupling element (210, 220); - the sleeve comprises an additional ring which is rotatably mounted on an outer wall of the sleeve; characterised in that - an annular, deformable seal is arranged on the additional ring and, in the connected state, is pressed against the system wall in order to seal the fluid-conducting connection; - the additional ring comprises an inner surface which is oriented towards the outer wall of the sleeve and is made of a material that is not substantially deformable; and - the outer wall of the sleeve and the inner surface of the additional ring form friction surfaces which allow the additional ring to rotate about an axis of the sleeve relative to the outer wall.
A device for filling and withdrawing gas, comprising: - a withdrawing circuit comprising an upstream end provided with a storage connector configured for a connection with a storage container of a pressurized gas, and a downstream end provided with a withdrawing connector configured for a connection with a withdrawing device for withdrawing gas at reduced pressure, wherein said withdrawing circuit comprises at least one driven isolation gate and at least one pressure regulator (5; 6); - a filling circuit comprising an upstream end provided with a filling connector configured for a connection with a source of pressurized gas for filling the storage container, and a downstream end connected to the upstream end of the withdrawing circuit; said device being characterized in that the filling connector comprises a piston internally defining a filling duct and having at least one drain orifice opening transversely into said filling duct, wherein said piston is movable at least inside a drain body provided with a drain duct connected to a leakage circuit connected to the outside, said drain duct opening out at the periphery of the piston between two seals mounted around the piston, said piston being selectively displaceable between: - an open position establishing communication between said filling duct and the upstream end of the filling circuit, and wherein the drain orifice does not coincide with the drain duct; and - a closed position cutting off the communication between said filling duct and the upstream end of the filling circuit, and wherein the drain orifice coincides with the drain duct to establish communication between said filling duct and the leakage circuit. - a withdrawing circuit comprising an upstream end provided with a storage connector configured for a connection with a storage container of a pressurized gas, and a downstream end provided with a withdrawing connector configured for a connection with a withdrawing device for withdrawing gas at reduced pressure, wherein said withdrawing circuit comprises at least one driven isolation gate and at least one pressure regulator (5; 6); - a filling circuit comprising an upstream end provided with a filling connector configured for a connection with a source of pressurized gas for filling the storage container, and a downstream end connected to the upstream end of the withdrawing circuit; - an open position establishing communication between said filling duct and the upstream end of the filling circuit, and wherein the drain orifice does not coincide with the drain duct; and - a closed position cutting off the communication between said filling duct and the upstream end of the filling circuit, and wherein the drain orifice coincides with the drain duct to establish communication between said filling duct and the leakage circuit.
A line support for the surface-free installation of lines, comprising a base part for installing the line support on a surface, a cable routing area and a connection area, which connects the base part and the cable routing area, wherein two guide tracks (12, 13), which are arranged at an angle to each other and which have surfaces, are arranged in the cable routing area, which guide tracks comprise a curve shape, wherein an insertion arrangement configured as a slot for a line is formed in the connection area, which slot is open on a free external edge of the connection area and ends at a position, which is placed on the surfaces of both guide tracks (12, 13) comprising a common contact point, wherein the slot ends at the contact point.
A system for detecting a defect of an electrode tab, the system comprising: a gripper configured to grasp a unit cell including an electrode and to transfer the unit cell to a magazine, wherein the gripper has an exposed area formed so that a portion of an area facing an electrode tab of the electrode is exposed; and a visual inspection unit configured to check whether the electrode tab is detected in the exposed area of the gripper when the unit cell is grasped. a gripper configured to grasp a unit cell including an electrode and to transfer the unit cell to a magazine, wherein the gripper has an exposed area formed so that a portion of an area facing an electrode tab of the electrode is exposed; and a visual inspection unit configured to check whether the electrode tab is detected in the exposed area of the gripper when the unit cell is grasped.
An organoaminosilane selected from N-methylcyclohexylaminosilane, N-ethylcyclohexylaminosilane, N-isopropylcyclohexylaminosilane, phenylcyclohexylaminosilane and dicyclohexylaminosilane.
A composition comprising: a quaternary ammonium compound; a first surfactant, comprising a quaternary phospholipid; a second surfactant, comprising an amphoteric surfactant; and a quaternary polymer, wherein the quaternary ammonium compound is benzethonium chloride; the quaternary phospholipid is cocamidopropyl PG-dimonium chloride phosphate; the amphoteric surfactant is lauryl dimethylamine oxide; and the quaternary polymer is hydroxypropyl guar hydroxypropyltrimonium chloride, the composition further comprising PEG-7 glyceryl cocoate and glycereth-18 ethylhexanoate. a quaternary ammonium compound; a first surfactant, comprising a quaternary phospholipid; a second surfactant, comprising an amphoteric surfactant; and a quaternary polymer, wherein the quaternary ammonium compound is benzethonium chloride; the quaternary phospholipid is cocamidopropyl PG-dimonium chloride phosphate; the amphoteric surfactant is lauryl dimethylamine oxide; and the quaternary polymer is hydroxypropyl guar hydroxypropyltrimonium chloride, the composition further comprising PEG-7 glyceryl cocoate and glycereth-18 ethylhexanoate.
Apparatus for compressing cryogenic fluid in at least one compression stage comprising at least one piston (5, 8) and at least one sleeve (13, 14) delimiting at least one compression chamber (3, 4), a shaft that is able to move in translation along a longitudinal axis, the shaft being connected to the piston(s) or sleeve(s) and being able to move with an alternating movement in two opposite directions to ensure phases of compression and intake of fluid into the at least one compression chamber (3, 4) by moving the at least one piston and the at least one sleeve (13, 14) in a relative manner, the shaft comprising a portion of reduced cross section in the longitudinal direction, said portion of reduced cross section separating two adjacent parts (153, 154) of the shaft, the shaft also comprising at least one linking element made of material that is less thermally conductive than the constituent material of the shaft, said at least one linking element having two ends connected respectively to the two adjacent parts (153, 154) of the shaft, in the portion of reduced cross section, the shaft having a cross section reduced by 30 to 85% and preferably reduced by 65 to 80% compared with the cross section of the rest of the shaft.
A method for producing a strapped bundle in which at least two articles or containers are held together and connected to each other by at least one band- or strip-type, closed strapping, which is tensioned horizontally around respective outer sides of the articles or containers, which strapping is formed by one, two or more strapping bands of the of the same type or of different types made of plastic or of a composite material, the ends of which strapping bands are fixed to each other under application of a definable strap tension, whereupon the strap tension of the at least one strapping band of the strapping is detected by way of detecting an impulse response of a mechanical impulse (p), which is applied to the strapping band, wherein the impulse (p) is applied by means of a mechanically acting plunger, bobbin, hammer or the like, and wherein the impulse response is detected as a direct retroaction to the plunger, bobbin, hammer or the like.
A copper foil composite comprising a copper foil and a resin layer laminated thereon, wherein elongation after fracture of the copper foil is 5% or more, and wherein (F x T)/(f x t) => 1 is satisfied when t is a thickness of the copper foil, f is a stress of the copper foil under tensile strain of 4%, T is a thickness of the resin layer and F is a stress of the resin layer under tensile strain of 4%.