mhurhangee/ep-ind-claims huggingface dataset:
An image forming apparatus comprising: a fixing unit configured to apply heat to a sheet at a predetermined fixing temperature to perform fixing processing of developer transferred to the sheet, and a temperature controller configured to correct the predetermined fixing temperature in the fixing process based on first information indicating a time of manufacturing of the developer, wherein the temperature controller is configured to determine from the first information an elapsed time from the time of manufacturing of the developer, characterized in that the temperature controller is further configured to determine an elapsed time fixing temperature correction value from the elapsed time. a fixing unit configured to apply heat to a sheet at a predetermined fixing temperature to perform fixing processing of developer transferred to the sheet, and a temperature controller configured to correct the predetermined fixing temperature in the fixing process based on first information indicating a time of manufacturing of the developer, wherein the temperature controller is configured to determine from the first information an elapsed time from the time of manufacturing of the developer, characterized in that the temperature controller is further configured to determine an elapsed time fixing temperature correction value from the elapsed time.
A fuselage for an airplane comprising: a frame comprising an upper truss and a lower truss extending from a front end of the fuselage towards the rear end of the fuselage, wherein the lower truss comprises two or more forward box beams; a support ring attached to the upper truss and lower truss; a front bulkhead connected to a first end of the upper truss and lower truss; a main bulkhead connected to the upper truss and lower truss; a pressure vessel adapted to fit within the frame between the front bulkhead and main bulkhead; a skin adapted to fit over the frame; and a fuel tank adjacent to the main bulkhead, wherein the fuel tank is positioned above a sleeve connected to the main bulkhead. a frame comprising an upper truss and a lower truss extending from a front end of the fuselage towards the rear end of the fuselage, wherein the lower truss comprises two or more forward box beams; a support ring attached to the upper truss and lower truss; a front bulkhead connected to a first end of the upper truss and lower truss; a main bulkhead connected to the upper truss and lower truss; a pressure vessel adapted to fit within the frame between the front bulkhead and main bulkhead; a skin adapted to fit over the frame; and a fuel tank adjacent to the main bulkhead, wherein the fuel tank is positioned above a sleeve connected to the main bulkhead.
A propulsion system for an aircraft, comprising: a gas turbine engine having a high pressure spool and a low pressure spool, wherein the LP spool is operative to drive a propulsor; an auxiliary power unit mechanically coupled to the LP spool and operative to drive the LP spool, wherein the APU is a thermodynamic machine configured to generate mechanical power from fuel; an auxiliary electrical machine mechanically coupled to LP spool and operative to drive the LP spool; and an electrical power source electrically coupled to the auxiliary electrical machine, wherein the APU and the auxiliary electrical machine are configured to jointly supply rotational power to the LP spool at the same time to generate thrust via the propulsor for taxiing the aircraft. a gas turbine engine having a high pressure spool and a low pressure spool, wherein the LP spool is operative to drive a propulsor; an auxiliary power unit mechanically coupled to the LP spool and operative to drive the LP spool, wherein the APU is a thermodynamic machine configured to generate mechanical power from fuel; an auxiliary electrical machine mechanically coupled to LP spool and operative to drive the LP spool; and an electrical power source electrically coupled to the auxiliary electrical machine, wherein the APU and the auxiliary electrical machine are configured to jointly supply rotational power to the LP spool at the same time to generate thrust via the propulsor for taxiing the aircraft.
Safety device for a striking-work of a horological mechanism for striking the integer part of a number indicated by an indicator on a dial; said safety device comprising at least: - a first wheel; said at least one first wheel being configured to be meshed with and movably mounted on a shaft; said at least one first wheel comprising at least one abutment member; - a second wheel; said at least one second wheel being movably mounted on said shaft and configured to be driven by said at least one abutment member when said at least one first wheel is meshed; said at least one second wheel including at least one first portion corresponding to the integer part of a first number, at least one second portion corresponding to the integer part of a second number and at least one intermediate portion disposed between said at least one first portion and said at least one second portion; - an actuating member; said safety device being characterised in that said at least one actuating member is configured to act on said at least one intermediate portion so as to free said at least one second wheel from said at least one abutment member and preferably strike the integer part of said second number. - a first wheel; said at least one first wheel being configured to be meshed with and movably mounted on a shaft; said at least one first wheel comprising at least one abutment member; - a second wheel; said at least one second wheel being movably mounted on said shaft and configured to be driven by said at least one abutment member when said at least one first wheel is meshed; said at least one second wheel including at least one first portion corresponding to the integer part of a first number, at least one second portion corresponding to the integer part of a second number and at least one intermediate portion disposed between said at least one first portion and said at least one second portion; - an actuating member;
A carton comprising an outer container and at least one inner container wherein the outer container receives the inner container(s); the outer container comprising a lid, a bottom wall, a rear wall, two side walls (5, 6), a substantially open front section and a closure means; each inner container comprising a bottom panel, a top panel, two side panels (13, 14), a front panel and a rear panel; a section of the rear panel being openable, so as to provide the inner container with an opening; wherein the inner container(s) are hingedly attached to the outer container so that each inner container can pivot from a closed position wherein the inner container is located inside the outer container to an open position wherein the inner container is located substantially adjacent to the outer container; characterised in that the lid comprises a lid panel which is hingedly attached to the outer container via a crease line such that the lid can pivot thereby opening the outer container wherein the lid comprises a skirted section which forms the closure means.
A cabinet for housing an equipment rack and an impeller array, the equipment rack configured to house heat-producing units, the cabinet having an exterior shell and an interior partition wall, the exterior shell and the interior partition wall providing a first chamber configured to house an impeller array, the exterior shell and the partition wall providing a second chamber separated from the first chamber by the partition wall and adapted to house the equipment rack in a central portion of the first chamber between a front portion and a rear portion over a vertical span of the second chamber, whereby the partition wall provides an outlet to allow gas to flow from the first chamber through the partition wall in a substantially horizontal direction into the front portion, the impeller array comprises a plurality of vertically arranged impellers arranged vertically and disposed in the first chamber to vertically overlap with the vertical span and configured to impel a substantially uniform curtain of gas horizontally to the front portion and impel the gas substantially horizontally during an entire circulation of the gas through the first chamber and the second chamber, and a heat exchanger disposed in the first chamber, characterised by: the heat exchanger being disposed upstream of the impeller array and a non-return valve being disposed downstream of at least one of the plurality of impellers, the non-return valve being configured to prevent gas from flowing upstream if at least one of the at least one of the plurality of impellers is not functioning. the heat exchanger being disposed upstream of the impeller array and a non-return valve being disposed downstream of at least one of the plurality of impellers, the non-return valve being configured to prevent gas from flowing upstream if at least one of the at least one of the plurality of impellers is not functioning.
A method for preparing a ceramic molded body for sintering, which is molded by isostatic pressing - a raw material powder containing a ceramic powder which is oxide, nitride or fluoride, and - a thermoplastic resin having a glass transition temperature higher than room temperature into a predetermined shape, the method comprising the steps of: preparing a raw material powder slurry by adding the ceramic powder and the thermoplastic resin to a solvent, the thermoplastic resin being present in an amount of 2% by weight or more and 40% by weight or less based on the total weight of the ceramic powder and the thermoplastic resin; molding a cast-molded body by wet-casting the raw material powder slurry into a predetermined shape and drying; molding a first-stage press-molded body by isostatic pressing the dried cast-molded body at a temperature lower than the glass transition temperature of the thermoplastic resin, as first-stage isostatic press molding; and molding a ceramic molded body by warm isostatic pressing the first-stage press-molded body, heating its body up to a temperature equal to or higher than the glass transition temperature of the thermoplastic resin, as second-stage isostatic press molding, wherein the pressure holding time for the first-stage isostatic press molding is from 1 to 10 minutes and the temperature of the molded body at the time of the pressing is maintained at a temperature lower than the glass transition temperature of the thermoplastic resin by 10°C or more, wherein the glass transition temperature of the thermoplastic resin is measured by the method in the description. - a raw material powder containing a ceramic powder which is oxide, nitride or fluoride, and - a thermoplastic resin having a glass transition temperature higher than room temperature preparing a raw material powder slurry by adding the ceramic powder and the thermoplastic resin to a solvent, the thermoplastic resin being present in an amount of 2% by weight or more and 40% by weight or less based on the total weight of the ceramic powder and the thermoplastic resin; molding a cast-molded body by wet-casting the raw material powder slurry into a predetermined shape and drying; molding a first-stage press-molded body by isostatic pressing the dried cast-molded body at a temperature lower than the glass transition temperature of the thermoplastic resin, as first-stage isostatic press molding; and molding a ceramic molded body by warm isostatic pressing the first-stage press-molded body, heating its body up to a temperature equal to or higher than the glass transition temperature of the thermoplastic resin, as second-stage isostatic press molding, wherein the pressure holding time for the first-stage isostatic press molding is from 1 to 10 minutes and the temperature of the molded body at the time of the pressing is maintained at a temperature lower than the glass transition temperature of the thermoplastic resin by 10°C or more, wherein the glass transition temperature of the thermoplastic resin is measured by the method in the description.
A high-strength wire mesh (1, 1') formed by a wire having a tensile strength exceeding 2200 MPa, wherein the wire mesh is a rhombus wire mesh and 50 m or a greater length of wire is used to knit 1 m 2 of the wire mesh, characterized in that the wire mesh has a thickness of 30 mm to 70 mm by forming a line wire constituting the rhombus wire mesh in a helical shape, wherein the wire tensile strength, the wire diameter, a mesh size, a wire mesh angle and the wire mesh thickness are selected such that an amount of deflection of 707 mm or greater occurs, when a net body is subjected to the following conditions: a length of a cantilever beam that supports the net body in a line wire direction in a cantilevered state where the cantilevered net body extends freely in a horizontal direction is 1000 mm, and an amount of displacement in a vertical direction of a free end of the cantilevered net body in this situation is defined as said amount of deflection. the wire mesh is a rhombus wire mesh and 50 m or a greater length of wire is used to knit 1 m 2 of the wire mesh, characterized in that the wire mesh has a thickness of 30 mm to 70 mm by forming a line wire constituting the rhombus wire mesh in a helical shape, wherein the wire tensile strength, the wire diameter, a mesh size, a wire mesh angle and the wire mesh thickness are selected such that an amount of deflection of 707 mm or greater occurs, when a net body is subjected to the following conditions: a length of a cantilever beam that supports the net body in a line wire direction in a cantilevered state where the cantilevered net body extends freely in a horizontal direction is 1000 mm, and an amount of displacement in a vertical direction of a free end of the cantilevered net body in this situation is defined as said amount of deflection.
A device for the treatment of fish in net cages, comprising a tarpaulin having a dimension for either raising up into a position for completely surrounding the net cage below the sea surface or lowering down to a level below the lower portion of the net cage, where the tarpaulin for raising and lowering thereof at or close to its upper, outer circumference is provided with buoyancy equipment in the form of a plurality of buoyancy elements (A, B, C, D) each individually adapted to be filled with or drained for a fluid, such as air or liquid, where each buoyancy element (A, B, C, D) is in the form of a hose which at the respective end is equipped with an end sealing (12, 13), characterized in - that one end sealing has at least two through passages (15, 14) for supply and drainage of the fluid from the hose, respectively, - |that at least one vacuum line is arranged within each buoyancy element (A, B, C, D) along the entire length of the buoyancy element, the vacuum line being connected with an end to the respective drainage passage, and - that the vacuum line is configured with holes over its entire length to thereby secure simultaneous drainage of all of the fluid from each buoyancy element (A, B, C, D). - that one end sealing has at least two through passages (15, 14) for supply and drainage of the fluid from the hose, respectively, - |that at least one vacuum line is arranged within each buoyancy element (A, B, C, D) along the entire length of the buoyancy element, the vacuum line being connected with an end to the respective drainage passage, and - that the vacuum line is configured with holes over its entire length to thereby secure simultaneous drainage of all of the fluid from each buoyancy element (A, B, C, D).
A method by a first user equipment, UE, for operating device-to-device, D2D, communication, the method comprising: receiving, by the first UE, a first out-of-coverage discovery signal comprising a timing reference for D2D communication, wherein the first UE is in coverage of a cellular network and wherein the first UE is time synchronized with the cellular network; determining, by the first UE, that a transmitter of the first discovery signal is a second UE out of coverage of the cellular network; receiving, by the first UE, authorization from the cellular network, the authorization enabling the first UE to act as a timing master for the second UE; upon receiving the authorization from the cellular network, switching, by the first UE, to a timing master mode; and transmitting, by the first UE, a second discovery signal to the second UE indicating itself as an in-network timing master. receiving, by the first UE, a first out-of-coverage discovery signal comprising a timing reference for D2D communication, wherein the first UE is in coverage of a cellular network and wherein the first UE is time synchronized with the cellular network; determining, by the first UE, that a transmitter of the first discovery signal is a second UE out of coverage of the cellular network; receiving, by the first UE, authorization from the cellular network, the authorization enabling the first UE to act as a timing master for the second UE; upon receiving the authorization from the cellular network, switching, by the first UE, to a timing master mode; and transmitting, by the first UE, a second discovery signal to the second UE indicating itself as an in-network timing master.
A cable set (1, 101, 201, 301) comprising at least one electrical audio line (2, 102, 202, 302) for transmitting an audio signal from a receiving unit (21, 221, 321) that is designed to receive the audio signal to headphones or earphones (22, 322), wherein the at least one electrical audio line (2, 102, 202, 302) has a first end (8, 208, 308) which is provided with a first plug (6, 106, 206, 306) and connectable to the headphones or earphones (22, 322), and a second end which is opposite the first end (8, 208, 308), characterized by - at least one sensor (5, 105, 205, 305) for measuring an orientation of the sensor (5, 105, 205, 305), which is arranged on the at least one electrical audio line (2, 102, 202, 302) at a distance not exceeding 40 cm from the first end (8, 208, 308) thereof and is fastened thereto, and - a transmitting unit (13, 20, 320) separate from the receiving unit (21, 221, 321) to which at least one control signal measured by the sensor (5, 105, 205, 305) can be transmitted directly or indirectly via an electrical signal line (3, 103, 203, 303), wherein the sensor (5, 105, 205, 305) can be or is connected to the transmitting unit (13, 20, 230) or the receiving unit (21, 321) by means of the at least one electrical signal line (3, 103, 203, 303). - at least one sensor (5, 105, 205, 305) for measuring an orientation of the sensor (5, 105, 205, 305), which is arranged on the at least one electrical audio line (2, 102, 202, 302) at a distance not exceeding 40 cm from the first end (8, 208, 308) thereof and is fastened thereto, and - a transmitting unit (13, 20, 320) separate from the receiving unit (21, 221, 321) to which at least one control signal measured by the sensor (5, 105, 205, 305) can be transmitted directly or indirectly via an electrical signal line (3, 103, 203, 303), wherein the sensor (5, 105, 205, 305) can be or is connected to the transmitting unit (13, 20, 230) or the receiving unit (21, 321) by means of the at least one electrical signal line (3, 103, 203, 303).
Front stop for fixing a shoe to a sliding board comprising: - a member; - two wings (3, 4), each wing being mounted for pivoting on the member about a substantially vertical axis (Z37, Z47); - an angular return mechanism which acts on the rotation of the wings; each wing comprising: - a lateral interface surface with respect to a front portion of the shoe; - a horizontal interface surface with respect to a front portion of the shoe; - a securing means which is capable of cooperating with a front lateral portion of the shoe so as to allow the rotation of the shoe about a substantially transverse axis relative to the stop; - an actuation member which cooperates with the angular return mechanism; - a pivot element which defines the rotation axis about which the wing pivots relative to the member; - a frame comprising a first fixing element for the securing means and a second fixing element (3131, 3141) for the pivot element, the first and second fixing elements being rigidly connected; characterized in that the frame forms a metal monobloc piece which has a substantially uniform thickness between 1.5 mm and 5 mm, and in that the horizontal interface surface is defined by an end piece of plastics material. - a member; - two wings (3, 4), each wing being mounted for pivoting on the member about a substantially vertical axis (Z37, Z47); - an angular return mechanism which acts on the rotation of the wings; each wing comprising: - a lateral interface surface with respect to a front portion of the shoe; - a horizontal interface surface with respect to a front portion of the shoe; - a securing means which is capable of cooperating with a front lateral portion of the shoe so as to allow the rotation of the shoe about a substantially transverse axis relative to the stop; - an actuation member which cooperates with the angular return mechanism; - a pivot element which defines the rotation axis about which the wing pivots relative to the member; - a frame comprising a first fixing element for the securing means and a second fixing element (3131, 3141) for the pivot element, the first and second fixing elements being rigidly connected; characterized in that the frame forms a metal monobloc piece which has a substantially uniform thickness between 1.5 mm and 5 mm, and in that the horizontal interface surface is defined by an end piece of plastics material. - a lateral interface surface with respect to a front portion of the shoe; - a horizontal interface surface with respect to a front portion of the shoe; - a securing means which is capable of cooperating with a front lateral portion of the shoe so as to allow the rotation of the shoe about a substantially transverse axis relative to the stop; - an actuation member which cooperates with the angular return mechanism; - a pivot element which defines the rotation axis about which the wing pivots relative to the member; - a frame comprising a first fixing element for the securing means and a second fixing element (3131, 3141) for the pivot element, the first and second fixing elements being rigidly connected;
Inlet aid for cables with a hose made of textile material that is connected with an enlongated, elastically bendable inlet element, characterized in that a connection element is provided at which the inlet element and directly or indirectly the hose is fixed and that at least one of the fixings is formed in that a length of the insertion aid is adjustable from an insertion end of the inlet element to an end of the hose that is turned towards the connection element.
Method for enabling coherent reception of a radio signal comprising the following steps: a) tuning a radio receiver to a first receiver frequency, b) generating within the radio receiver a test signal having a first test frequency, c) measuring a first phase of the test signal while the radio receiver is tuned to the first receiver frequency, d) tuning the radio receiver to a second receiver frequency, which is different from the first receiver frequency, e) measuring a second phase of the test signal while the radio receiver is tuned to the second receiver frequency, f) calculating a phase relationship depending on the first and second phases of the test signal. a) tuning a radio receiver to a first receiver frequency, b) generating within the radio receiver a test signal having a first test frequency, c) measuring a first phase of the test signal while the radio receiver is tuned to the first receiver frequency, d) tuning the radio receiver to a second receiver frequency, which is different from the first receiver frequency, e) measuring a second phase of the test signal while the radio receiver is tuned to the second receiver frequency, f) calculating a phase relationship depending on the first and second phases of the test signal.