mhurhangee/ep-ind-claims huggingface dataset:
A method for regulated humidification and temperature control of a gas mixture in an inner chamber of an incubator, which inner chamber is sealed off from the surroundings by a housing, comprising the steps of - controlling the temperature of the gas mixture to an inner chamber temperature which is higher than an ambient temperature prevailing outside the incubator, - evaporating a liquid in the inner chamber by means of a humidification device whose evaporative capacity can be regulated and/or condensing the moisture of the gas mixture on at least one condensation surface (13, 16) in the inner chamber, - continuously transferring heat from the at least one condensation surface (13, 16) to a cooling body arranged outside the housing with the aid of at least one heat conductor, wherein the heat transfer from the cooling body to the ambient air can be varied by varying the flow of the ambient air along heat-dissipating surfaces of the cooling body by means of at least one fan, - measuring an actual value of the humidity of the gas mixture in the inner chamber, - comparing the actual value with a target value for the humidity, - regulating the evaporative capacity if there is a deviation of the actual value from the target value. - controlling the temperature of the gas mixture to an inner chamber temperature which is higher than an ambient temperature prevailing outside the incubator, - evaporating a liquid in the inner chamber by means of a humidification device whose evaporative capacity can be regulated and/or condensing the moisture of the gas mixture on at least one condensation surface (13, 16) in the inner chamber, - continuously transferring heat from the at least one condensation surface (13, 16) to a cooling body arranged outside the housing with the aid of at least one heat conductor, wherein the heat transfer from the cooling body to the ambient air can be varied by varying the flow of the ambient air along heat-dissipating surfaces of the cooling body by means of at least one fan, - measuring an actual value of the humidity of the gas mixture in the inner chamber, - comparing the actual value with a target value for the humidity, - regulating the evaporative capacity if there is a deviation of the actual value from the target value.
A method of manufacturing a paper coating material having recyclable, water-proof, and oil-proof properties, the method comprising the steps of, (a) adding, to a reactor, water, acryl-based monomer, an initiator, an emulsifier, a buffer, and a silicon reaction catalyst; (b) adding a silicon-based monomer to the reactor at a uniform rate; (c) producing a copolymer emulsion having a weight average molecular weight of 100,000 to 200,000 by adjusting the temperature of the reactor; (d) putting water and polyvinyl alcohol into a separate container and stir to prepare a colloidal aqueous solution of gelatinized polyvinyl alcohol; and (e) adding the colloidal aqueous solution of gelatinized polyvinyl alcohol to the copolymer emulsion. (a) adding, to a reactor, water, acryl-based monomer, an initiator, an emulsifier, a buffer, and a silicon reaction catalyst; (b) adding a silicon-based monomer to the reactor at a uniform rate; (c) producing a copolymer emulsion having a weight average molecular weight of 100,000 to 200,000 by adjusting the temperature of the reactor; (d) putting water and polyvinyl alcohol into a separate container and stir to prepare a colloidal aqueous solution of gelatinized polyvinyl alcohol; and (e) adding the colloidal aqueous solution of gelatinized polyvinyl alcohol to the copolymer emulsion.
A method of managing group state information associated with a server-mediated communication session, comprising: maintaining, at a given user equipment, UE, participating in the communication session, an identifier associated with the communication session and a list of UEs that are currently participating in the communication session; wherein the identifier was generated by the UE which set up the communication session; determining, at the given UE, to suppress a participation level of the given UE in the communication session; configuring, at the given UE a member update message to include the communication session identifier and to indicate the suppressed participation level of the given UE; and transmitting the member update message to each other UE currently participating in the communication session. maintaining, at a given user equipment, UE, participating in the communication session, an identifier associated with the communication session and a list of UEs that are currently participating in the communication session; wherein the identifier was generated by the UE which set up the communication session; determining, at the given UE, to suppress a participation level of the given UE in the communication session; configuring, at the given UE a member update message to include the communication session identifier and to indicate the suppressed participation level of the given UE; and transmitting the member update message to each other UE currently participating in the communication session.
An ultrasonic flow sensor, comprising: a pipe body with two mounting holes; two ultrasonic detecting elements mounted at the two mounting holes respectively; and signal reflecting units provided inside the pipe body; wherein an axis of each of the two ultrasonic detecting elements is inclined with respect to a cross-section of the pipe body perpendicular to an axis of the pipe body; the ultrasonic flow sensor being characterised in that: the pipe body further comprises: an outer pipe and an inner pipe sleeved in the outer pipe, with each of the signal reflecting units located on an inner wall of the inner pipe; the outer pipe is provided with a positioning hole, and an adjusting screw is provided in the positioning hole, with an end of the adjusting screw pressed on the inner pipe; and wherein an outer wall of the inner pipe is provided with an adjusting annular groove which corresponds to the adjusting screw. a pipe body with two mounting holes; two ultrasonic detecting elements mounted at the two mounting holes respectively; and signal reflecting units provided inside the pipe body; wherein an axis of each of the two ultrasonic detecting elements is inclined with respect to a cross-section of the pipe body perpendicular to an axis of the pipe body; the ultrasonic flow sensor being characterised in that: the pipe body further comprises: an outer pipe and an inner pipe sleeved in the outer pipe, with each of the signal reflecting units located on an inner wall of the inner pipe; the outer pipe is provided with a positioning hole, and an adjusting screw is provided in the positioning hole, with an end of the adjusting screw pressed on the inner pipe; and wherein an outer wall of the inner pipe is provided with an adjusting annular groove which corresponds to the adjusting screw. the pipe body further comprises: an outer pipe and an inner pipe sleeved in the outer pipe, with each of the signal reflecting units located on an inner wall of the inner pipe; the outer pipe is provided with a positioning hole, and an adjusting screw is provided in the positioning hole, with an end of the adjusting screw pressed on the inner pipe; and wherein an outer wall of the inner pipe is provided with an adjusting annular groove which corresponds to the adjusting screw.
A heat dissipation structure comprising a substrate, an electronic component mounted on the substrate, an electromagnetic shielding case that covers the electronic component, and a cured product in the electromagnetic shielding case, obtained by filling and curing a thermally conductive curable resin composition in the electromagnetic shielding case on the substrate on which the electronic component with a heat density of 0.2 W/cm 2 to 500 W/cm 2 is mounted, the thermally conductive curable resin composition comprising a curable liquid resin and a thermally conductive filler, having a viscosity at 23°C of 30 Pa·s to 3000 Pa·s and a thermal conductivity of 0.5 W/(m·K) or more, and being curable by moisture, wherein the volume ratio of the thermally conductive filler is 25 to 90 % by volume of the total composition, and wherein the curable liquid resin is at least one of a curable acrylic resin and a curable polypropylene oxide resin, wherein the cured product of the thermally conductive curable resin composition is in contact with both the electromagnetic shielding case and the electronic component, and characterized in that the cured product of the thermally conductive curable resin composition has a 180-degree peel strength on a SUS 304 plate of 0.05 N/25 mm to 1.00 N/25 mm.
A method of forming a soluble derivative of a poly (aryl ether ketone) ("PAEK"), comprising: dissolving the PAEK in a mixture comprising a solvent and an acid; and intermixing a Lewis acid such as boron trifluoride-diethyl etherate and a thiol compound with the PAEK mixture in sufficient quantity to form a poly (aryl ether thioacetal) corresponding to the PAEK in solution. dissolving the PAEK in a mixture comprising a solvent and an acid; and intermixing a Lewis acid such as boron trifluoride-diethyl etherate and a thiol compound with the PAEK mixture in sufficient quantity to form a poly (aryl ether thioacetal) corresponding to the PAEK in solution.
A bead comprising: first member and second members (12, 14) pivotally secured adjacent first sides thereof such that the first and second members (12, 14) are pivotable between a closed position, in which a second side of the first member is located adjacent a second side of the second member, and an open position in which the second sides of the first and second members (12, 14) have moved away from each other; first and second openings (28a, 28b) defined between the first and second members (12, 14) when in the closed position; a first resilient pad provided on a first surface of the first member; and a second resilient pad provided on an adjacent first surface of the second member; wherein the first and second resilient pads (33, 35) include complementary ridges on adjacent inner surfaces extending from adjacent the first side of the first and second members (12, 14) to adjacent the second side of the first and second members (12, 14) such that when the first and second members (12, 14) are in the closed position, the ridges engage to deflect the hair passing through the bead from the first opening to the second opening, the ridges being arcuate in transverse cross section such that the inner surface of each of the first and second resilient pads (33, 35) comprises corrugations extending transversely to an axis passing centrally through the first and second openings (28a, 28b). first member and second members (12, 14) pivotally secured adjacent first sides thereof such that the first and second members (12, 14) are pivotable between a closed position, in which a second side of the first member is located adjacent a second side of the second member, and an open position in which the second sides of the first and second members (12, 14) have moved away from each other; first and second openings (28a, 28b) defined between the first and second members (12, 14) when in the closed position; a first resilient pad provided on a first surface of the first member; and a second resilient pad provided on an adjacent first surface of the second member; wherein the first and second resilient pads (33, 35) include complementary ridges on adjacent inner surfaces extending from adjacent the first side of the first and second members (12, 14) to adjacent the second side of the first and second members (12, 14) such that when the first and second members (12, 14) are in the closed position, the ridges engage to deflect the hair passing through the bead from the first opening to the second opening, the ridges being arcuate in transverse cross section such that the inner surface of each of the first and second resilient pads (33, 35) comprises corrugations extending transversely to an axis passing centrally through the first and second openings (28a, 28b).
Cutlery set, comprising a piece of cutlery, in particular a knife, fork or spoon, and an attachment, wherein the piece of cutlery has a handle, wherein the attachment is detachably connectable and/or detachably connected to the handle, wherein the attachment has a connecting element and wherein the handle has a connecting complement, wherein the connecting element and the connecting complement are configured to cooperate to produce the detachable connection between the attachment and the handle, wherein the connecting element and the connecting complement form a plug-in system, wherein the connecting element is a pipe or a tube with a cavity and an opening at the end, and wherein the connecting complement is a peg, wherein the peg can be inserted through the opening into the cavity to establish the detachable connection, characterized in in that the opening of the pipe or tube ends flush with an underside of the attachment, in that the pipe or tube and the peg have an interference fit, and in that the pipe or tube has a chamfer in the region of the opening, along which the peg can be guided into the opening.
Machine frame for a high pressure roller press for receiving the rollers (31, 32) in their bearings (33, 34, 35, 36), comprising - at least one first frame element below the rollers (31, 32), - at least one second frame element above the the rollers (31, 32), characterized in that the frame elements (41, 42) are configured as frames, and wherein the machine frame has at least one connecting element (43, 44) for connecting the at least one first frame element to the at least one second frame element, wherein the at least one connecting element (43, 44) is of one-part U-shaped configuration, with the formation of two side members (45, 46, 47, 48). - at least one first frame element below the rollers (31, 32), - at least one second frame element above the the rollers (31, 32),
Device for measuring fluxes reflected by a solar field of a solar power plant in the direction of a receiver of the solar power plant and intended to be mounted at the level of the receiver, said measuring device comprising: • first photodetectors (2a, 2b, 2c, 2d) aligned along a corresponding axis of alignment, and • a system configured so as to delineate for each first photodetector (2a, 2b, 2c, 2d), in a configuration of use of the measuring device, a zone to be monitored of the solar field, said system being able to vary between a first configuration relative to the first photodetectors (2a, 2b, 2c, 2d) and a second configuration relative to the first photodetectors (2a, 2b, 2c, 2d) so that the passage from the first configuration to the second configuration simultaneously modifies the zone to be monitored of each of the first photodetectors (2a, 2b, 2c, 2d), characterized in that the system comprises a shield having a mobility relative to the first photodetectors (2a, 2b, 2c, 2d), said shield being configured so as to make it possible for each position of the shield relative to the first photodetectors (2a, 2b, 2c, 2d), on the one hand, to prevent a first portion of the rays issuing from the solar field to reach the first photodetectors (2a, 2b, 2c, 2d) and, on the other hand, to allow the passage of a second portion of the rays issuing from the solar field in the direction of the first photodetectors (2a, 2b, 2c, 2d), and in that the mobility of the shield relative to the first photodetectors (2a, 2b, 2c, 2d) allows the passage from the first configuration to the second configuration. • first photodetectors (2a, 2b, 2c, 2d) aligned along a corresponding axis of alignment, and • a system configured so as to delineate for each first photodetector (2a, 2b, 2c, 2d), in a configuration of use of the measuring device, a zone to be monitored of the solar field, said system being able to vary between a first configuration relative to the first photodetectors (2a, 2b, 2c, 2d) and a second configuration relative to the first photodetectors (2a, 2b, 2c, 2d) so that the passage from the first configuration to the second configuration simultaneously modifies the zone to be monitored of each of the first photodetectors (2a, 2b, 2c, 2d),
A method for optimizing the specific fuel consumption of a helicopter equipped with two turbo-engines (1, 2) each comprising a gas generator (11, 21) provided with a combustion chamber, characterized in that at least one of the turbo-engines (1, 2) is adapted to operate alone at a continuous flight speed (B, E, C), the other engine (2, 1) being then at a so-called over-idling nil power speed adapted to switch into an acceleration mode of the gas generator of such engine (2, 1) through driving means (E1, E2) being compatible with an emergency restart output, in that such emergency restart is carried out, in case of a failure of at least a prior conventional restart try, through an emergency mechanical assistance (U2, U1) to the gas generator (21, 11) of the standby turbo-engine (2, 1), produced by an autonomous power dedicated to such restart, and in that, in case of a failure in a turbo-engine (1, 2) being operated alone, the other over-idling turbo-engine (2, 1) is restarted by the emergency assistance (U2, U1).
A method of consolidating thermoplastic composite material comprising: forming a tube of thermoplastic material by braiding thermoplastic tape into the tube of thermoplastic material; positioning the tube of thermoplastic material in a groove of an insert on a tool surface; slitting the tube of thermoplastic material in the groove and spreading out the tube of thermoplastic material as a sheet of thermoplastic material across the groove; positioning a pressure bladder 84 on the sheet of thermoplastic material spread out across the groove; moving a press into engagement with the tool surface and the pressure bladder positioned in the groove on top of the sheet of thermoplastic material spread across the groove with the sheet of thermoplastic material spread across the groove being pressed into the groove by the pressure bladder and by the press engaging against the tool surface. forming a tube of thermoplastic material by braiding thermoplastic tape into the tube of thermoplastic material; positioning the tube of thermoplastic material in a groove of an insert on a tool surface; slitting the tube of thermoplastic material in the groove and spreading out the tube of thermoplastic material as a sheet of thermoplastic material across the groove; positioning a pressure bladder 84 on the sheet of thermoplastic material spread out across the groove; moving a press into engagement with the tool surface and the pressure bladder positioned in the groove on top of the sheet of thermoplastic material spread across the groove with the sheet of thermoplastic material spread across the groove being pressed into the groove by the pressure bladder and by the press engaging against the tool surface.
Method for uplink control information transmission in a radio communication system utilizing carrier aggregation, wherein a number of uplink component carriers can be aggregated for communication between a User Equipment, UE, and a network node in said system, the method comprising: - selecting, if a set including at least one of said number of uplink component carriers includes at least one uplink component carrier comprising an uplink shared channel, one of said at least one uplink component carrier comprising an uplink shared channel for said transmission of said uplink control information in said uplink shared channel, wherein said selection is based on a priority indication information in which each of said at least one uplink component carrier of said set is assigned a priority indication; and - transmitting said uplink control information in the uplink shared channel of the selected one uplink component carrier; - wherein said set includes at least two uplink component carriers; characterized by - wherein the at least one priority indication information assigned to said at least one uplink component carriers of said set, respectively, are signaled to said UE from said network node. - selecting, if a set including at least one of said number of uplink component carriers includes at least one uplink component carrier comprising an uplink shared channel, one of said at least one uplink component carrier comprising an uplink shared channel for said transmission of said uplink control information in said uplink shared channel, wherein said selection is based on a priority indication information in which each of said at least one uplink component carrier of said set is assigned a priority indication; and - transmitting said uplink control information in the uplink shared channel of the selected one uplink component carrier; - wherein said set includes at least two uplink component carriers; - wherein the at least one priority indication information assigned to said at least one uplink component carriers of said set, respectively, are signaled to said UE from said network node.
A neophallus implant (1050, 1120) comprising: a distal portion (1052, 1122) that is adapted for insertion into tissue of a neophallus to provide the neophallus with an erection adapted for penetrative intercourse; a first proximal portion (1054, 1124) and a separate second proximal portion (1056, 1126); and a transfer joint (1058, 1100) having a distal end connected to the distal portion of the neophallus implant, a first proximal end connected to the first proximal portion of the neophallus implant, a second proximal end connected to the separate second proximal portion of the neophallus implant, with a body of the transfer joint extending between the distal end, the first proximal end, and the second proximal end; wherein the body of the transfer joint (1058, 1100) has a fixed bend (1090, 1116) that is adapted to orient the first proximal portion (1054, 1124) and the separate second proximal portion (1056, 1126) alongside a descending pubic ramus on either side of a pubic arch of a trans-male pelvis. a distal portion (1052, 1122) that is adapted for insertion into tissue of a neophallus to provide the neophallus with an erection adapted for penetrative intercourse; a first proximal portion (1054, 1124) and a separate second proximal portion (1056, 1126); and a transfer joint (1058, 1100) having a distal end connected to the distal portion of the neophallus implant, a first proximal end connected to the first proximal portion of the neophallus implant, a second proximal end connected to the separate second proximal portion of the neophallus implant, with a body of the transfer joint extending between the distal end, the first proximal end, and the second proximal end; wherein the body of the transfer joint (1058, 1100) has a fixed bend (1090, 1116) that is adapted to orient the first proximal portion (1054, 1124) and the separate second proximal portion (1056, 1126) alongside a descending pubic ramus on either side of a pubic arch of a trans-male pelvis.