mhurhangee/ep-ind-claims huggingface dataset:
Method for packaging cylindrical packages with a rectangular base, comprising the following steps: - 2N packages are provided, N being greater than 1, each of the packages having an upper end and two first (70, 72) and two second (74, 76) faces opposite one another respectively, said upper end comprising two panels (78, 80) inclined towards one another and extending respectively in extension of said two first opposite faces (70, 72), and a closure element projecting from one of said panels; - two rows (92, 94) of N packages are joined together, second face against second face and first face against first face respectively, such that the closure elements of N packages of one of said rows extend respectively opposite the closure elements of N packages of the other of said rows; - two cardboard sheets (96, 98) are provided which bear against one another and have two flaps (12, 14) folded opposite one another respectively along two contiguous parallel fold lines (16, 18), each of said flaps having N free edge portions spaced apart from one another along their fold line; - said two sheets of cardboard are carried between said two rows by applying said two flaps (12, 14) respectively against the panels of the packages of the two rows, while the 2N free edge portions are applied respectively tangentially against the 2N closure elements, and - a cardboard skirt is provided for covering said two rows (92, 94) joined together so as to hold said 2N packages together, while said two sheets of cardboard (96, 98) bearing against one another extend through said skirt so as to be able to form a handle. - 2N packages are provided, N being greater than 1, each of the packages having an upper end and two first (70, 72) and two second (74, 76) faces opposite one another respectively, said upper end comprising two panels (78, 80) inclined towards one another and extending respectively in extension of said two first opposite faces (70, 72), and a closure element projecting from one of said panels; - two rows (92, 94) of N packages are joined together, second face against second face and first face against first face respectively, such that the closure elements of N packages of one of said rows extend respectively opposite the closure elements of N packages of the other of said rows; - two cardboard sheets (96, 98) are provided which bear against one another and have two flaps (12, 14) folded opposite one another respectively along two contiguous parallel fold lines (16, 18), each of said flaps having N free edge portions spaced apart from one another along their fold line; - said two sheets of cardboard are carried between said two rows by applying said two flaps (12, 14) respectively against the panels of the packages of the two rows, while the 2N free edge portions are applied respectively tangentially against the 2N closure elements, and - a cardboard skirt is provided for covering said two rows (92, 94) joined together so as to hold said 2N packages together, while said two sheets of cardboard (96, 98) bearing against one another extend through said skirt so as to be able to form a handle.
Transmission system of at least one electrical signal to be transmitted by a transmitting electronic device to at least a receiving electronic device, where each electrical signal contains all the information which must be transmitted to the receiving electronic device and has a frequency spectrum which comprises a noise component formed by harmonics suitable to generate electromagnetic disturbances, the transmission system comprising: - at least one signal line (SCL; SDA) which connects the transmitting electronic device to the at least one receiving electronic device and which is suitable to transmit the respective electrical signal to be transmitted; - a signal generation unit, configured to generate the electrical signal to be transmitted on each signal line; - at least one noise compensation line (202; 302; 404); - a noise compensation circuit (20; 30; 40) configured to generate on each noise compensation line a noise compensation signal having at least one variable component that corresponds, setting aside a multiplication factor, to the inverted of at least a portion of the electrical signal or of the sum of the electrical signals, wherein the noise compensation circuit (20; 30; 40) comprises at least one transistor inverter circuit which receives in input the electrical signal to be transmitted and supplies in output an electrical output signal and an inverter circuit noise compensation signal corresponding to the inverted of the electrical output signal, and wherein the noise compensation circuit (20; 30; 40) is powered by a constant power supply voltage (VBATT) and wherein the noise compensation signal is added to the constant power supply voltage. - at least one signal line (SCL; SDA) which connects the transmitting electronic device to the at least one receiving electronic device and which is suitable to transmit the respective electrical signal to be transmitted; - a signal generation unit, configured to generate the electrical signal to be transmitted on each signal line; - at least one noise compensation line (202; 302; 404); - a noise compensation circuit (20; 30; 40) configured to generate on each noise compensation line a noise compensation signal having at least one variable component that corresponds, setting aside a multiplication factor, to the inverted of at least a portion of the electrical signal or of the sum of the electrical signals,
A sanitary washing device comprising: a heat exchanger configured to heat cleaning water; a cleaning water nozzle configured to clean a human body; a cleaning water nozzle drive unit configured to drive the cleaning water nozzle; a foam generation unit configured to generate cleaning foam; a spray nozzle configured to discharge the cleaning water or the cleaning foam into a toilet bowl; a discharge water amount variable unit configured to variably change a flow rate of the cleaning water or the cleaning foam to be delivered to the cleaning water nozzle and the spray nozzle; an opening and closing valve configured to open and close a branch passage to the spray nozzle; a control unit; and an operation unit configured to issue an instruction to the control unit, characterized in that the sanitary washing device further comprises a spray nozzle drive unit configured to rotate a discharge opening of the spray nozzle in a predetermined direction; wherein the control unit performs control to discharge the cleaning foam from the spray nozzle to a surface of the cleaning water nozzle. a heat exchanger configured to heat cleaning water; a cleaning water nozzle configured to clean a human body; a cleaning water nozzle drive unit configured to drive the cleaning water nozzle; a foam generation unit configured to generate cleaning foam; a spray nozzle configured to discharge the cleaning water or the cleaning foam into a toilet bowl; a discharge water amount variable unit configured to variably change a flow rate of the cleaning water or the cleaning foam to be delivered to the cleaning water nozzle and the spray nozzle; an opening and closing valve configured to open and close a branch passage to the spray nozzle; a control unit; and an operation unit configured to issue an instruction to the control unit, characterized in that the sanitary washing device further comprises a spray nozzle drive unit configured to rotate a discharge opening of the spray nozzle in a predetermined direction; wherein the control unit performs control to discharge the cleaning foam from the spray nozzle to a surface of the cleaning water nozzle.
A method for producing a fluorine-containing haloolefin compound via a step of fluorinating a halogenated C 3 -hydrocarbon in the presence of a catalyst and HF, comprising removing a stabilizer contained in the halogenated C 3 -hydrocarbon before the fluorination step.
A method of providing a cementitious mixture comprising mixing: water and a cementitious reactive powder composition to form a mixture, the cementitious reactive powder composition comprising: a cementitious reactive powder comprising portland cement including no more than 10 weight % fly ash; a set accelerating amount of an alkali metal citrate; and sodium trimetaphosphate, wherein the cementitious reactive powder comprises 80 to 100 wt % portland cement, 0 to 20 wt % calcium aluminate cement, and 0 to 7 wt % calcium sulfate, based on the sum of the portland cement, calcium aluminate cement, and calcium sulfate, wherein the cementitious reactive powder composition comprises 1.0 to 4.5 wt. % said alkali metal citrate based on the weight of the cementitious reactive powder and sodium trimetaphosphate in an amount of 0.05 to 1.5 wt % based upon the weight of the cementitious reactive powder, wherein the mixture does not contain an alkanolamine, and wherein the mixture has an initial temperature of at least 32.2°C (90 °F) and is fast setting having a set time of less than 30 minutes. a cementitious reactive powder comprising portland cement including no more than 10 weight % fly ash; a set accelerating amount of an alkali metal citrate; and sodium trimetaphosphate,
A needle assembly, comprising: a housing including a passageway extending therethrough and a needle cannula having a puncture tip extending from a forward end thereof; a shielding member movable with respect to the housing between a first position in which the puncture tip of the needle cannula is exposed and a second position in which the puncture tip of the needle cannula is shielded by the shielding member, the shielding member maintained in the first position against a biasing force provided by a drive member biasing the shielding member toward the second position; characterized in that an activation material associated with the shielding member and adapted to deform upon the flow of fluid through the passageway of the housing, wherein fluid flowing through the passageway of the housing causes the activation material to deform, thereby releasing the shielding member from the first position and causing the drive member to bias the shielding member toward the second position. a housing including a passageway extending therethrough and a needle cannula having a puncture tip extending from a forward end thereof; a shielding member movable with respect to the housing between a first position in which the puncture tip of the needle cannula is exposed and a second position in which the puncture tip of the needle cannula is shielded by the shielding member, the shielding member maintained in the first position against a biasing force provided by a drive member biasing the shielding member toward the second position; characterized in that an activation material associated with the shielding member and adapted to deform upon the flow of fluid through the passageway of the housing,
Railway station roof, relating to a functional railway station roof consisting of a platform and functional interconnected modules (2, 2'), in each case comprising a roof and preferably transparent wall elements, made of glass or Plexiglas, with an integrated path line, such that the boarding and disembarking passenger flows are separated by optionally displaceable separating elements, likewise preferably made of glass, Plexiglas or plastics glass, wherein each module (2, 2') represents a waiting area for passengers, wherein these modules (2, 2') are placed on the already existing platform by means of a crane or a comparable lifting vehicle, for example, wherein the modules (2, 2') are provided for this purpose with an individual foundation, which can optionally be anchored, but does not need to be anchored, in the platform, wherein each module (2, 2') is already provided with all the necessary connections, such as power connections for illumination, ventilation, and cooling, wherein the corresponding connections are arranged on the roof or via side connections which are integrated in the wall elements, such that later installations, for example via cable channels on the floor, are not necessary, and therefore the railway station roof is immediately functional after being placed on the existing platform and being connected to the necessary connections, wherein the modules (2, 2') are each divided such that in each case a passage connects to the boarding and disembarking openings of a stopped train via the modules (2,2'), which passage is delimited on both sides by half-height or room-height passage wall elements (18, 18') which are preferably made from transparent plastics glass, wherein the disembarking passengers leave the module (2, 2') on the side remote from the train by passing through the passage, wherein the passage wall elements (18, 18'), on one side or both sides of the passage, are provided with electric-motor-driven pivotable doors, sliding doors (14, 14') or barriers (17, 17'), which are selectively half-height or full-height, wherein the passage wall elements (18, 18') are each penetrated by electric-motor-driven sliding doors (14, 14') in such a way that, by means of the sliding doors (14, 14'), after the disembarking passengers have finished disembarking from the train, a passage from waiting areas arranged preferably on both sides of the passage is opened in the passage on one or both sides, such that the passengers in the waiting areas can enter the passage and board the stopped train through the passage.
A Leukotriene B4 receptor 2 agonist for use in the prevention or treatment of pain in a subject, which is 4'-[[(1-oxopentyl)phenylamino]methyl]-[1,1'-biphenyl]-2-carboxylic acid.
A method carried out by a server or a system which comprises at least two apparatuses, wherein at least one apparatus is a server, comprising: - obtaining of an identifier of a locker system detected or obtained by a device of a person who wants to obtain access to a locker of a plurality of lockers of the locker system, and - generating and/or outputting access authorization information, the provision of which to a locker system is a necessary condition for the granting of access to a locker of a plurality of lockers of the locker system by the locker system, wherein the access authorization information is generated after the identifier of the locker system had been detected or obtained by the device of the person, and the identifier of the locker system is taken into account during the generating of the access authorization information. - obtaining of an identifier of a locker system detected or obtained by a device of a person who wants to obtain access to a locker of a plurality of lockers of the locker system, and - generating and/or outputting access authorization information, the provision of which to a locker system is a necessary condition for the granting of access to a locker of a plurality of lockers of the locker system by the locker system, wherein the access authorization information is generated after the identifier of the locker system had been detected or obtained by the device of the person, and the identifier of the locker system is taken into account during the generating of the access authorization information.
A high-strength low-alloy steel having high-pressure hydrogen environment embrittlement resistance characteristics, which has a composition comprising C: 0.10 to 0.20% by mass, Si: 0.10 to 0.40% by mass, Mn: 0.50 to 1.20% by mass, Ni: 0.75 to 1.75% by mass, Cr: 0.20 to 0.80% by mass, Cu: 0.31 to 0.50% by mass, Mo: 0.10 to 1.00% by mass, V: 0.01 to 0.10% by mass, B: 0.0005 to 0.005% by mass and N: 0.01% by mass or less, and further comprising one or two of Nb: 0.01 to 0.10% by mass and Ti: 0.005 to 0.050% by mass, with the balance Fe and unavoidable impurities.
A chromium-free surface-treated tinplate, wherein a chromium-free passivation film is formed on a surface of a tin layer, wherein the chromium-free passivation film comprises 0.1-20 mg/m 2 of zinc, 0.1-20 mg/m 2 of zirconium and/or molybdenum and 0.5-100 mg/m 2 silicon, wherein the silicon in the chromium-free passivation film is from an organosiloxane or polysiloxane, and the organosiloxane or polysiloxane is obtained by hydrolysis of an epoxy silane coupling agent.
A stator structure, comprising: a stator core (11,31), stator windings (12,32) and an avoidance layer (13,33), the stator core has an inner cylinder cavity, a plurality of iron core slots arranged at intervals in a circumferential direction on an end face of the stator core, and the iron core slot is communicated with the inner cylinder cavity via a slot opening; and the stator windings have a plurality of layers of flat wire conductor wound in the iron core slots; characterized in that: the avoidance layer is located, as a separate structure, between the slot opening and a first layer of flat wire conductor in a radial direction of the stator core; and the avoidance layer is composed of two trapezoidal blocks, and the two trapezoidal blocks are fixed on the stator core on two sides of a radial channel between the slot opening and the first layer of the flat wire conductor. the stator core has an inner cylinder cavity, a plurality of iron core slots arranged at intervals in a circumferential direction on an end face of the stator core, and the iron core slot is communicated with the inner cylinder cavity via a slot opening; and the stator windings have a plurality of layers of flat wire conductor wound in the iron core slots; characterized in that: the avoidance layer is located, as a separate structure, between the slot opening and a first layer of flat wire conductor in a radial direction of the stator core; and the avoidance layer is composed of two trapezoidal blocks, and the two trapezoidal blocks are fixed on the stator core on two sides of a radial channel between the slot opening and the first layer of the flat wire conductor. the avoidance layer is located, as a separate structure, between the slot opening and a first layer of flat wire conductor in a radial direction of the stator core; and the avoidance layer is composed of two trapezoidal blocks, and the two trapezoidal blocks are fixed on the stator core on two sides of a radial channel between the slot opening and the first layer of the flat wire conductor.
A method for developing a configuration plan for communication transport links (28a-j) of a distributed antenna system, the distributed antenna system having a unit in communication over the communication transport links (28a-j) with remote antenna units (18a-h) for one or more coverage zones (408a-e), the unit receiving a plurality of signals from at least one base station (12a-n), wherein Determining, for each signal, characteristics comprising a respective frequency occupancy of the signal, a respective coverage zone (408a-e) to which to provide the signal, and a respective bandwidth for communicating the signal via at least one of the communication transport links (28a-j), wherein the frequency occupancy comprises the minimum frequency component and the maximum frequency component of the signal; determining (320, 540) available bandwidths for the communication transport links (28a-j) between the unit and the remote antenna units (18a-h) that transmit signals in the one or more coverage zones (408a-e); generating (330, 550) the configuration plan based on the determined characteristics of the signals and the available bandwidths of the communication transport links (28a-j), wherein the configuration plan includes assignments of different subsets of the received signals to the communication transport links (28a-j) for transmitting the subsets of the received signals to the one or more coverage zones (408a-e); and outputting the configuration plan.
A metal air battery system comprising: an air intake apparatus configured to draw external air; a metal air battery module configured to receive oxygen from the air intake apparatus to perform a discharging reaction and comprising at least one inlet (121,122) configured for oxygen inflow and at least one outlet (121,122) configured for oxygen outflow; and a flow path connection unit connecting the air intake apparatus to the metal air battery module, wherein a position of the at least one inlet (121,122) and a position of the at least one outlet (121,122) are configured to alternate between a first opening in the metal air battery module and a second opening in the metal air battery module as the metal air battery module is discharged, and wherein the metal air battery system is configured so that at least a portion of the oxygen in the metal air battery module is removed during a charging reaction of the metal air battery module; characterised in that: the position of the inlet (121,122) and the position of the outlet (121,122) are configured to be alternately reversed by the flow path connection unit. an air intake apparatus configured to draw external air; a metal air battery module configured to receive oxygen from the air intake apparatus to perform a discharging reaction and comprising at least one inlet (121,122) configured for oxygen inflow and at least one outlet (121,122) configured for oxygen outflow; and a flow path connection unit connecting the air intake apparatus to the metal air battery module, wherein a position of the at least one inlet (121,122) and a position of the at least one outlet (121,122) are configured to alternate between a first opening in the metal air battery module and a second opening in the metal air battery module as the metal air battery module is discharged, and wherein the metal air battery system is configured so that at least a portion of the oxygen in the metal air battery module is removed during a charging reaction of the metal air battery module; characterised in that: the position of the inlet (121,122) and the position of the outlet (121,122) are configured to be alternately reversed by the flow path connection unit.
A communications transmitter at least comprising: a transmitting electrode; a modulator for modulating an electrical charge to apply to the transmitting electrode with an information-bearing signal; a charger for applying the modulated charge to the transmitting electrode; a source of ionising radiation for at least partially ionising a body of ionisable gas (12, 12'; 12a, 12b, 12c) in contact with the transmitting electrode; and characterised in that the communications transmitter further comprises a gas pressure pump for imparting a velocity ( v) to the body of gas (12, 12'; 12a, 12b, 12c) to direct it away from the transmitting electrode. a transmitting electrode; a modulator for modulating an electrical charge to apply to the transmitting electrode with an information-bearing signal; a charger for applying the modulated charge to the transmitting electrode; a source of ionising radiation for at least partially ionising a body of ionisable gas (12, 12'; 12a, 12b, 12c) in contact with the transmitting electrode; and characterised in that the communications transmitter further comprises a gas pressure pump for imparting a velocity ( v) to the body of gas (12, 12'; 12a, 12b, 12c) to direct it away from the transmitting electrode.
A formulation comprising: a compound having a structure: or a pharmaceutically acceptable salt thereof, and a lipophilic vehicle, in which the compound, or the pharmaceutically acceptable salt thereof, is soluble, wherein the lipophilic vehicle comprises at least one lipid excipient and at least one surfactant. a compound having a structure: or a pharmaceutically acceptable salt thereof, and a lipophilic vehicle, in which the compound, or the pharmaceutically acceptable salt thereof, is soluble, wherein the lipophilic vehicle comprises at least one lipid excipient and at least one surfactant.