mhurhangee/ep-ind-claims huggingface dataset:
An assembly comprising a coolant circuit for an internal combustion engine, wherein - the internal combustion engine is thermally couplable to at least one coolant circuit through which a coolant with a maximum allowable coolant temperature flows, - the coolant circuit is thermally coupled via at least one heat exchanger to a latent heat storage, or couplable thereto at least intermittently, - the latent heat storage comprises a latent heat storage medium, which has a phase transition temperature that is higher than the maximum allowable coolant temperature, - the latent heat storage medium is arranged in a container of the latent heat storage, - the container is movable relative to the at least one heat exchanger, - the container and the heat exchanger are adapted to be brought into at least two different relative positions, in which the heat transmission from the latent heat storage medium to the coolant in the coolant circuit is different. - the internal combustion engine is thermally couplable to at least one coolant circuit through which a coolant with a maximum allowable coolant temperature flows, - the coolant circuit is thermally coupled via at least one heat exchanger to a latent heat storage, or couplable thereto at least intermittently, - the latent heat storage comprises a latent heat storage medium, which has a phase transition temperature that is higher than the maximum allowable coolant temperature, - the latent heat storage medium is arranged in a container of the latent heat storage, - the container is movable relative to the at least one heat exchanger, - the container and the heat exchanger are adapted to be brought into at least two different relative positions, in which the heat transmission from the latent heat storage medium to the coolant in the coolant circuit is different.
A method of designing computer networks comprising assessing the impact of the introduction of an application into a network before the application is introduced into the real network, the method comprising the steps of: determining a representation of the network; determining a security policy for a node of the network; determining communications requirements for the particular application that is intended to be executed within said node of the network; and conducting an impact analysis to determine whether said communications requirements are met and/or exceeded at said node, thereby determining whether or not the particular application will function as required; the method further comprising at least one of: adjusting the representation of said network; and adjusting said security policy. determining a representation of the network; determining a security policy for a node of the network; determining communications requirements for the particular application that is intended to be executed within said node of the network; and conducting an impact analysis to determine whether said communications requirements are met and/or exceeded at said node, thereby determining whether or not the particular application will function as required; the method further comprising at least one of: adjusting the representation of said network; and adjusting said security policy. adjusting the representation of said network; and adjusting said security policy.
A press die, comprising: a first die; a second die disposed opposite to the first die to perform presswork on a panel together with the first die; a drawing unit configured to hold the panel; characterised in that the press die further comprises a trimming unit configured to cut the panel; and a fluid pressure controlling unit configured to selectively deliver fluid pressure to one of the drawing unit and the trimming unit, further comprising: a first delivery tube connecting the fluid pressure controlling unit to the drawing unit for providing fluid from the fluid pressure controlling unit to the drawing unit; and a second delivery tube connecting the fluid pressure controlling unit to the trimming unit for providing fluid from the fluid pressure controlling unit to the trimming unit, wherein the fluid pressure controlling unit is configured to deliver fluid pressure from one of the drawing unit and the trimming unit to the other one of the drawing unit and the trimming unit. a first die; a second die disposed opposite to the first die to perform presswork on a panel together with the first die; a drawing unit configured to hold the panel; characterised in that the press die further comprises a trimming unit configured to cut the panel; and a fluid pressure controlling unit configured to selectively deliver fluid pressure to one of the drawing unit and the trimming unit, further comprising: a first delivery tube connecting the fluid pressure controlling unit to the drawing unit for providing fluid from the fluid pressure controlling unit to the drawing unit; and a second delivery tube connecting the fluid pressure controlling unit to the trimming unit for providing fluid from the fluid pressure controlling unit to the trimming unit, wherein the fluid pressure controlling unit is configured to deliver fluid pressure from one of the drawing unit and the trimming unit to the other one of the drawing unit and the trimming unit. a first delivery tube connecting the fluid pressure controlling unit to the drawing unit for providing fluid from the fluid pressure controlling unit to the drawing unit; and a second delivery tube connecting the fluid pressure controlling unit to the trimming unit for providing fluid from the fluid pressure controlling unit to the trimming unit, wherein the fluid pressure controlling unit is configured to deliver fluid pressure from one of the drawing unit and the trimming unit to the other one of the drawing unit and the trimming unit.
A system for emulating a plurality of wireless communication channels, the system comprising: a plurality of elevation steering devices configured to modify at least one elevation characteristic of a plurality of signals, the plurality of elevation steering devices outputting a plurality of modified signals; a plurality of combiners, each combiner configured to combine at least two signals of the plurality of modified signals to output a combined signal, the plurality of combiners outputting a plurality of combined signals; a plurality of azimuth steering devices configured to modify at least one azimuth characteristic of the plurality of combined signals, the plurality of azimuth steering devices outputting a plurality of manipulated signals to emulate channel geometry and fading; and the plurality of elevation steering devices and the plurality of azimuth steering devices emulating the plurality of wireless communication channels. a plurality of elevation steering devices configured to modify at least one elevation characteristic of a plurality of signals, the plurality of elevation steering devices outputting a plurality of modified signals; a plurality of combiners, each combiner configured to combine at least two signals of the plurality of modified signals to output a combined signal, the plurality of combiners outputting a plurality of combined signals; a plurality of azimuth steering devices configured to modify at least one azimuth characteristic of the plurality of combined signals, the plurality of azimuth steering devices outputting a plurality of manipulated signals to emulate channel geometry and fading; and the plurality of elevation steering devices and the plurality of azimuth steering devices emulating the plurality of wireless communication channels.
A data verification method, applied to a first device, comprising: receiving, from a second device, fingerprint information of N data slices of to-be-sent data of a second device, wherein the N data slices are obtained by slicing the to-be-sent data; and in the fingerprint information, first fingerprint information corresponding to an i th data slice is obtained in the second device by updating second fingerprint information corresponding to an (i-1) th data slice with the i th data slice, and both N and i are integers greater than 1, i is less than N; receiving, the i th data slice from the second device; updating, the received second fingerprint information with the i th data slice to obtain third fingerprint information; and sending, data verification failure indication information to the second device in response to the third fingerprint information not matching the received first fingerprint information, wherein the data verification failure indication information comprises information indicating the i th data slice. receiving, from a second device, fingerprint information of N data slices of to-be-sent data of a second device, wherein the N data slices are obtained by slicing the to-be-sent data; and in the fingerprint information, first fingerprint information corresponding to an i th data slice is obtained in the second device by updating second fingerprint information corresponding to an (i-1) th data slice with the i th data slice, and both N and i are integers greater than 1, i is less than N; receiving, the i th data slice from the second device; updating, the received second fingerprint information with the i th data slice to obtain third fingerprint information; and sending, data verification failure indication information to the second device in response to the third fingerprint information not matching the received first fingerprint information, wherein the data verification failure indication information comprises information indicating the i th data slice.
A dosage form article suitable for oral administration, comprising more than one compartments (101 a, 101b) each delimited by a plurality of distinct segments (102, 103, 104) of the dosage form article, said distinct segments being selected from the group consisting of body parts (102, 104), cap parts and combinations thereof, wherein said dosage form article comprises: at least one first body part and at least one first cap part each comprising inner and outer surfaces, wherein said first body part is telescopically engageable with said first cap part (102, 103); and at least one second body part, comprising inner and outer surfaces, being telescopically engageable with said at least one first body or cap parts or both, characterized in that at least one of the second body parts is arranged within said at least one first body part such that a distinct first compartment (101 a) is formed between the outer surface of said second body part and the inner surface of said first body part. at least one first body part and at least one first cap part each comprising inner and outer surfaces, wherein said first body part is telescopically engageable with said first cap part (102, 103); and at least one second body part, comprising inner and outer surfaces, being telescopically engageable with said at least one first body or cap parts or both, characterized in that at least one of the second body parts is arranged within said at least one first body part such that a distinct first compartment (101 a) is formed between the outer surface of said second body part and the inner surface of said first body part.
A structural tent, being of the type including a floor, two side faces or elevations, a front face and a rear face, and an upper roof, which tent includes a bearing structure on which there are arranged an inner covering and an outer covering, both being made of a textile material, between which there is defined an intermediate insulation chamber, characterized in that the inner covering made of fabric is part of a frame incorporating both the side faces or elevations and the floor of the tent into one piece, wherein there are assembled on said frame a plurality of profiles and lower posts, on which there are mechanically fixed second profiles and upper posts and which, together with brackets, determine a support structure for a ridgepole, such that outside the frame there is fixed a permeable outside fabric by means of eyelets arranged in said fabric and serving as a housing for turnbuckles and buttons present in the frame, there being defined between both coverings an insulating chamber in which a filler material is introduced; wherein in the upper roof there are included a plurality of plates with an alveolar structure which are supported on the ridgepole, and wherein said plates have gaps on their outer face where a fine granular material is deposited, the roof being finished in the upper part with an impermeable roof made of cloth or the like, fixed on the plates with an alveolar structure.
A tool for use in an oil pipe comprising a multi-layer coating on said tool including a primer layer adhered to its exterior surface and an overcoat adhered to said primer layer, wherein the coating comprises a barrier layer formed between the primer layer and the overcoat, and the barrier layer includes a plurality of particles which form a mechanical barrier against permeation of water, gas and solvents to the tool, where the overcoat comprises perfluoropolymer that reduces the deposition of at least one of asphaltenes, paraffin wax, and inorganic scale as compared to the surface of said tool without said coating being present.
Electrical machine with an axis of rotation and a basic body, which contains two axial end sides (5, 6) and slots for accommodating electrical conductors of a winding system, a) the slots on the end sides (5, 6) each having a slot end opening, b) the electrical conductors on one of the end sides (5, 6) b1) being passed out of at least one of the slot end openings, b2) being laid within a bridging region (15; 40; 41; 42) running in the circumferential direction on the end side (5, 6), and b3) being inserted into at least one other one of the slot end openings, c) a first guide element (23; 24) for guiding the electrical conductors of a first subwinding of the winding system being arranged on the end side (5, 6) in the bridging region (15; 40; 41; 42), d) an end plate (7, 8) with at least one axially protruding separating element being arranged on the end side (5, 6) and the first guide element (23; 24) bearing against the separating element with a base (23c; 24b), and e) the first guide element (23; 24) running in a circumferential direction and having the form of a circular arc segment. a) the slots on the end sides (5, 6) each having a slot end opening, b) the electrical conductors on one of the end sides (5, 6) b1) being passed out of at least one of the slot end openings, b2) being laid within a bridging region (15; 40; 41; 42) running in the circumferential direction on the end side (5, 6), and b3) being inserted into at least one other one of the slot end openings, b1) being passed out of at least one of the slot end openings, b2) being laid within a bridging region (15; 40; 41; 42) running in the circumferential direction on the end side (5, 6), and b3) being inserted into at least one other one of the slot end openings, c) a first guide element (23; 24) for guiding the electrical conductors of a first subwinding of the winding system being arranged on the end side (5, 6) in the bridging region (15; 40; 41; 42), d) an end plate (7, 8) with at least one axially protruding separating element being arranged on the end side (5, 6) and the first guide element (23; 24) bearing against the separating element with a base (23c; 24b), and e) the first guide element (23; 24) running in a circumferential direction and having the form of a circular arc segment.
A method for communicating data in a geostationary satellite system, the method comprising: receiving at a geostationary satellite a plurality of uplink service beams, each of the plurality of uplink service beams being associated with a different service beam coverage area which together form a combined service beam coverage area, at least one of the plurality of uplink service beams being received using a common uplink frequency and a common uplink polarization; transmitting, by the geostationary satellite, a plurality of downlink service beams; receiving, at the geostationary satellite, an uplink feeder beam using the common uplink frequency and the common uplink polarization from a gateway located within a feeder beam coverage area at least partially not overlapping the combined service beam coverage area and, in response to receiving the uplink feeder beam, forming the plurality of downlink service beams; and forming a downlink feeder beam responsive to the plurality of uplink service beams and transmitting, by the geostationary satellite, the downlink feeder beam. receiving at a geostationary satellite a plurality of uplink service beams, each of the plurality of uplink service beams being associated with a different service beam coverage area which together form a combined service beam coverage area, at least one of the plurality of uplink service beams being received using a common uplink frequency and a common uplink polarization; transmitting, by the geostationary satellite, a plurality of downlink service beams; receiving, at the geostationary satellite, an uplink feeder beam using the common uplink frequency and the common uplink polarization from a gateway located within a feeder beam coverage area at least partially not overlapping the combined service beam coverage area and, in response to receiving the uplink feeder beam, forming the plurality of downlink service beams; and forming a downlink feeder beam responsive to the plurality of uplink service beams and transmitting, by the geostationary satellite, the downlink feeder beam.
A planographic printing plate precursor comprising: a support; and an image recording layer on the support, wherein the image recording layer contains a polymer having any group selected from a sulfonamide group, an amide group, an imide group and a carbonate group in a main chain and having a group represented by the following Formula, wherein in the Formula, X represents a single bond or an oxygen atom, Ra represents an alkylene group having 6 to 40 carbon atoms in a case where X represents a single bond and Ra represents an alkylene group having 2 to 20 carbon atoms in a case where X represents an oxygen atom, and n represents an integer of 1 to 90. a support; and an image recording layer on the support, wherein the image recording layer contains a polymer having any group selected from a sulfonamide group, an amide group, an imide group and a carbonate group in a main chain and having a group represented by the following Formula, wherein in the Formula, X represents a single bond or an oxygen atom, Ra represents an alkylene group having 6 to 40 carbon atoms in a case where X represents a single bond and Ra represents an alkylene group having 2 to 20 carbon atoms in a case where X represents an oxygen atom, and n represents an integer of 1 to 90.
An aircraft comprising: a left fixed wing; a right fixed wing; a fuselage coupled to the left and the right fixed wings; at least one tail coupled to the fuselage; a lifting propeller; a connector or a gear or a link; and a motor that drives the lifting propeller using the connector or the gear or the link, wherein each of the at least one tail has a vertical stabilizer and the vertical stabilizer has a top distal end; the lifting propeller is disposed on the top distal end of the vertical stabilizer; the motor has a rotary axis, and the rotary axis is substantially parallel to a longitudinal axis of the aircraft, and the lifting propeller has a rotary axis at an angle between 75 degrees to 135 degrees relative to the rotary axis of the motor that drives the lifting propeller; and wherein the motor is either disposed within the top distal end of the vertical stabilizer or the vertical stabilizer is fixed to a structure and the motor is disposed within the structure directly below the vertical stabilizer. a left fixed wing; a right fixed wing; a fuselage coupled to the left and the right fixed wings; at least one tail coupled to the fuselage; a lifting propeller; a connector or a gear or a link; and a motor that drives the lifting propeller using the connector or the gear or the link, wherein each of the at least one tail has a vertical stabilizer and the vertical stabilizer has a top distal end; the lifting propeller is disposed on the top distal end of the vertical stabilizer; the motor has a rotary axis, and the rotary axis is substantially parallel to a longitudinal axis of the aircraft, and the lifting propeller has a rotary axis at an angle between 75 degrees to 135 degrees relative to the rotary axis of the motor that drives the lifting propeller; and wherein the motor is either disposed within the top distal end of the vertical stabilizer or the vertical stabilizer is fixed to a structure and the motor is disposed within the structure directly below the vertical stabilizer.
A composition comprising a compound of formula and a compound of formula, and/or pharmaceutically acceptable solvates or co-crystals thereof, wherein the enantiomeric excess (ee) of said compound of formula is equal to or higher than 50% and lower than or equal to 67%. and/or pharmaceutically acceptable solvates or co-crystals thereof, wherein the enantiomeric excess (ee) of said compound of formula is equal to or higher than 50% and lower than or equal to 67%.
A signal sending apparatus, comprising: a determining module, configured to determine a time unit for transmitting a synchronization signal and a broadcast channel in a time window, wherein the time window comprises S time units, the determined time unit is the j th time unit in the time window, where 1 ≤ j ≤S, and S and j are positive integers; a transmission module, configured to transmit synchronization signal information to enable a signal detection apparatus to determine the determined time unit; and the transmission module, further configured to transmit the synchronization signal and the broadcast channel in the determined time unit on a same antenna port. a determining module, configured to determine a time unit for transmitting a synchronization signal and a broadcast channel in a time window, wherein the time window comprises S time units, the determined time unit is the j th time unit in the time window, where 1 ≤ j ≤S, and S and j are positive integers; a transmission module, configured to transmit synchronization signal information to enable a signal detection apparatus to determine the determined time unit; and the transmission module, further configured to transmit the synchronization signal and the broadcast channel in the determined time unit on a same antenna port.
Electronic weighing apparatus comprising in particular: - a reception plate configured to receive a load, - an electronic processing system configured to activate functions associated with respective resting positions (14a, 14b, 14c, 14d, 14e, 14f) on the reception plate, said resting positions (14a, 14b, 14c, 14d, 14e, 14f) corresponding to coordinates of the centre of gravity of the load positioned on the reception plate, characterised in that it comprises an overplate configured to be attached to the reception plate, whereon control buttons (20a, 20b, 20c) are provided, matching said resting positions on said reception plate. - a reception plate configured to receive a load, - an electronic processing system configured to activate functions associated with respective resting positions (14a, 14b, 14c, 14d, 14e, 14f) on the reception plate, said resting positions (14a, 14b, 14c, 14d, 14e, 14f) corresponding to coordinates of the centre of gravity of the load positioned on the reception plate,