mhurhangee/ep-ind-claims huggingface dataset:
An energy storage system, wherein it comprises an electrolyser, a hydrogen gas storage (6, 20) and a power plant (7, 35, 32), the electrolyser being connected to the hydrogen gas storage (6, 20) and the hydrogen gas storage (6, 20) being connected to the power plant (7, 25, 32) and wherein - the electrolyser is a high pressure electrolyser, and being characterized in that - the energy storage system comprises at least one additional gas storage for natural gas and - the energy storage system comprises a gas mixing station for blending the hydrogen gas with the natural gas before combustion. - the electrolyser is a high pressure electrolyser, and being characterized in that - the energy storage system comprises at least one additional gas storage for natural gas and - the energy storage system comprises a gas mixing station for blending the hydrogen gas with the natural gas before combustion.
A surgical instrument for surgically joining tissue, the surgical instrument comprising: a handle portion; an endoscopic portion extending distally from the handle portion and defining a first longitudinal axis; a pair of jaw members disposed adjacent a distal end of the endoscopic portion and extending generally distally therefrom, at least one of the jaw members being movable with respect to the other between an open position and an approximated position for engaging body tissue therebetween; and at least one flexible member attachment structure disposed in mechanical cooperation with at least one jaw member, characterised in that, wherein a first jaw member includes a first flexible member attachment structure (300 AD, 300 AP) and a second jaw member includes a second flexible member attachment structure (300 CD, 300 CP), the first flexible member attachment structure (300 AD, 300 Ap) and second flexible member attachment structure (300 CD, 300 CP) protruding from a lateral side of the respective jaw member, the flexible member attachment structure being configured to facilitate the releasable attachment of a flexible member thereto. a handle portion; an endoscopic portion extending distally from the handle portion and defining a first longitudinal axis; a pair of jaw members disposed adjacent a distal end of the endoscopic portion and extending generally distally therefrom, at least one of the jaw members being movable with respect to the other between an open position and an approximated position for engaging body tissue therebetween; and at least one flexible member attachment structure disposed in mechanical cooperation with at least one jaw member, characterised in that, wherein a first jaw member includes a first flexible member attachment structure (300 AD, 300 AP) and a second jaw member includes a second flexible member attachment structure (300 CD, 300 CP), the first flexible member attachment structure (300 AD, 300 Ap) and second flexible member attachment structure (300 CD, 300 CP) protruding from a lateral side of the respective jaw member, the flexible member attachment structure being configured to facilitate the releasable attachment of a flexible member thereto.
A surgical instrument, comprising: a handle assembly; an elongated body portion extending distally from the handle assembly; a blade extending distally from the elongated body portion; and an ultrasonic transducer and generator assembly configured to energize the blade when connected to the handle assembly, the TAG assembly including: generator components disposed within a first cavity cooperatively defined by a body portion and a cover, wherein at least a portion of the generator components is covered in a thermally insulative material; and transducer components disposed within a second cavity cooperatively defined by a proximal housing and a spinner housing, the proximal housing being coupled to the body portion wherein the thermally insulative material fills the first cavity wherein the transducer components include: a pair of washers (234, 236); a piezoelectric stack disposed between the pair of washers; and a horn extending distally from the piezoelectric stack, wherein the pair of washers are fabricated from a material having a similar coefficient of thermal expansion as the piezoelectric stack. a handle assembly; an elongated body portion extending distally from the handle assembly; a blade extending distally from the elongated body portion; and an ultrasonic transducer and generator assembly configured to energize the blade when connected to the handle assembly, the TAG assembly including: generator components disposed within a first cavity cooperatively defined by a body portion and a cover, wherein at least a portion of the generator components is covered in a thermally insulative material; and transducer components disposed within a second cavity cooperatively defined by a proximal housing and a spinner housing, the proximal housing being coupled to the body portion wherein the thermally insulative material fills the first cavity wherein the transducer components include: a pair of washers (234, 236); a piezoelectric stack disposed between the pair of washers; and a horn extending distally from the piezoelectric stack, wherein the pair of washers are fabricated from a material having a similar coefficient of thermal expansion as the piezoelectric stack. generator components disposed within a first cavity cooperatively defined by a body portion and a cover, wherein at least a portion of the generator components is covered in a thermally insulative material; and transducer components disposed within a second cavity cooperatively defined by a proximal housing and a spinner housing, the proximal housing being coupled to the body portion wherein the thermally insulative material fills the first cavity wherein the transducer components include: a pair of washers (234, 236); a piezoelectric stack disposed between the pair of washers; and a horn extending distally from the piezoelectric stack, a pair of washers (234, 236); a piezoelectric stack disposed between the pair of washers; and a horn extending distally from the piezoelectric stack, wherein the pair of washers are fabricated from a material having a similar coefficient of thermal expansion as the piezoelectric stack.
Method for the radiomarking of carbon nanotubes comprising one or more surface carboxyl groups, characterised in that it comprises at least the following steps: a) a step of substituting the surface carboxyl groups by radiomarked nitrile groups, consisting of causing said carbon nanotubes, in an organic solvent, to react with a cyanide radiomarked with carbon 13 or carbon 14, in the presence of a palladium catalyst, to lead to radiomarked carbon nanotubes comprising, on the surface, one or more nitrile groups marked with carbon 13 or carbon 14; and b) a step of hydrolysis of the nitrile group or groups consisting of causing the carbon nanotubes obtained above at step a) to react, in an organic solvent or an aqueous organic mixture, with an acid or a base in order to lead to radiomarked carbon nanotubes comprising, on the surface, one or more carboxyl groups in which the carbon atom carrying the acid function is a carbon 13 or carbon 14 atom. a) a step of substituting the surface carboxyl groups by radiomarked nitrile groups, consisting of causing said carbon nanotubes, in an organic solvent, to react with a cyanide radiomarked with carbon 13 or carbon 14, in the presence of a palladium catalyst, to lead to radiomarked carbon nanotubes comprising, on the surface, one or more nitrile groups marked with carbon 13 or carbon 14; and b) a step of hydrolysis of the nitrile group or groups consisting of causing the carbon nanotubes obtained above at step a) to react, in an organic solvent or an aqueous organic mixture, with an acid or a base in order to lead to radiomarked carbon nanotubes comprising, on the surface, one or more carboxyl groups in which the carbon atom carrying the acid function is a carbon 13 or carbon 14 atom.
Process for manufacturing 2,3,3,3-tetrafluoro-propene from halopropanes of formulae CX 3 CHClCH 2 X and CX 3 CFXCH 3 and halopropenes of formulae CX 3 CCl=CH 2, CClX 2 CCl=CH 2 and CX 2 =CClCH 2 X, where X is independently a fluorine or chlorine atom, characterized in that it comprises at least one step (referred to as "FCO step" below) during which 2-chloro-3,3,3-trifluoro-1-propene, optionally mixed with at least one halopropane of formulae CX 3 CHClCH 2 X and CX 3 CFXCH 3 and/or at least one halopropene of formulae CClX 2 CCl=CH 2 and CX 2 -CClCH 2 X, where X is independently a fluorine or chlorine atom, react(s) with HF in the gas phase in the presence of a fluorination catalyst at a temperature of between 320 and 420°C in the presence of a molar ratio of oxygen to 2-chloro-3,3,3-trifluoro-1-propene of greater than 1 and less than or equal to 2.5 and a molar ratio of HF to all the compounds to be reacted of between 5 and 40.
A cement-based multilayer assembly used as a biological support for building facades or other structures, comprising at least one conventional structural concrete layer which complies with the specified project requirements and can optionally be newly-installed, and at least one biological layer made from a cement-based material; said cement-based material has a low pH comprised in a range of between 5.5 and 8 suitable for the colonization and adhesion of certain families of biological organisms and for water retention, and further comprising a waterproofing and anchoring layer between the structural layer and the biological layer; characterized in that the cement-based material with low pH comprised in a range of between 5.5 and 8 includes a retarder- or acid-type chemical additive which allows obtaining a pH comprised between 5.5 and 8 and furthermore controls reaction kinetics.
A method for determining radio resource usage, the method being performed by a network node (2, 2a, 2b), the method comprising the steps of: associating a bearer of a terminal device with a target bitrate, wherein the target bitrate is a bitrate the bearer requires and is set based at least on terminal device subscription type, past and predicted terminal device behavior, and traffic; acquiring (S104b) historical radio resource usage and bitrate related to the bearer; estimating (S106b) a spectral efficiency of the bearer based on the acquired historical radio resource usage and bitrate; acquiring a maximum radio resource usage of the bearer, wherein the maximum radio resource usage comprises a maximum resource unit usage as a maximum fraction of resource units the network node (2, 2a, 2b) assigns to the bearer; determining radio resource usage of the bearer based on the target bitrate, the maximum radio resource usage, and the estimated spectral efficiency; and performing (S126a) a load sharing action based on the determined radio resource usage of the bearer. associating a bearer of a terminal device with a target bitrate, wherein the target bitrate is a bitrate the bearer requires and is set based at least on terminal device subscription type, past and predicted terminal device behavior, and traffic; acquiring (S104b) historical radio resource usage and bitrate related to the bearer; estimating (S106b) a spectral efficiency of the bearer based on the acquired historical radio resource usage and bitrate; acquiring a maximum radio resource usage of the bearer, wherein the maximum radio resource usage comprises a maximum resource unit usage as a maximum fraction of resource units the network node (2, 2a, 2b) assigns to the bearer; determining radio resource usage of the bearer based on the target bitrate, the maximum radio resource usage, and the estimated spectral efficiency; and performing (S126a) a load sharing action based on the determined radio resource usage of the bearer.
A surveying system for assisting placement of a slope staking tool including a picket, a crossbeam, and a slope beam, the surveying system including a surveying device and a terminal device with a screen unit, the surveying system comprising: a design information acquisition unit configured to acquire design information including a designed slope; a current slope estimation unit configured to calculate a current slope in accordance with a result of surveying the current slope in at least two points using the surveying device; a first intersection calculation unit configured to calculate a coordinate of a first intersection between the current slope and the designed slope using the current slope estimated by the current slope estimation unit and the design information including the designed slope, and to display the coordinate on the screen unit; and a second intersection calculation unit configured to calculate, using the surveying device, an altitude difference between any position on the crossbeam placed and a plane including the designed slope and to display the altitude difference on the screen unit. a design information acquisition unit configured to acquire design information including a designed slope; a current slope estimation unit configured to calculate a current slope in accordance with a result of surveying the current slope in at least two points using the surveying device; a first intersection calculation unit configured to calculate a coordinate of a first intersection between the current slope and the designed slope using the current slope estimated by the current slope estimation unit and the design information including the designed slope, and to display the coordinate on the screen unit; and a second intersection calculation unit configured to calculate, using the surveying device, an altitude difference between any position on the crossbeam placed and a plane including the designed slope and to display the altitude difference on the screen unit.
A method for producing a lipoplex comprising dioleylphosphatidylethanolamine (DOPE), phosphatidylcholine, a cationic lipid, and RNAi molecules, comprising steps of: (a) dissolving dioleylphosphatidylethanolamine (DOPE), phosphatidylcholine, and a cationic lipid in ethanol, wherein the phosphatidylcholine is 1,2-dioleoyl-sn-glycero-3-phosphocholine (DOPC), palmitoyl-oeoyl phosphatidylcholine (POPC), or 1,2-dieicosenoyl-sn-glycero-3-phosphocholine (DEPC), and wherein the cationic lipid is O,O'-ditetradecanoyl-N-(α-trimethylammonioacetyl)diethanolamine chloride (DC-6-14); (b) adding the alcohol solution obtained in (a) dropwise to a solution of RNAi molecules in water with agitation; and (c) lyophilizing the solution obtained in (b). (a) dissolving dioleylphosphatidylethanolamine (DOPE), phosphatidylcholine, and a cationic lipid in ethanol, wherein the phosphatidylcholine is 1,2-dioleoyl-sn-glycero-3-phosphocholine (DOPC), palmitoyl-oeoyl phosphatidylcholine (POPC), or 1,2-dieicosenoyl-sn-glycero-3-phosphocholine (DEPC), and wherein the cationic lipid is O,O'-ditetradecanoyl-N-(α-trimethylammonioacetyl)diethanolamine chloride (DC-6-14); (b) adding the alcohol solution obtained in (a) dropwise to a solution of RNAi molecules in water with agitation; and (c) lyophilizing the solution obtained in (b).
A heat pump having an outdoor unit with a compressor and an outdoor heat exchanger housed in a package and an indoor unit with an indoor heat exchanger such that the outdoor unit and the indoor unit are connected through a gas refrigerant pipe and a liquid refrigerant pipe, wherein a gas-side stop valve on the gas refrigerant side and a liquid-side stop valve on the liquid refrigerant side are provided in the package of the outdoor unit, and a gas-side filter on the gas refrigerant side is mounted on the indoor unit side relative to the gas-side stop valve and inside the package of the outdoor unit while a liquid-side filter on the liquid refrigerant side is mounted on the indoor unit side relative to the liquid-side stop valve and inside the package of the outdoor unit; wherein the gas-side stop valve and the gas-side filter are arranged such that the gas-side stop valve and the gas-side filter each extend in an up-down direction, characterized in that at least a portion of the gas-side stop valve is present in a height range overlapping with a height range in which the gas-side filter is present.
A method of isolating stem cells from adipose tissue, comprising: providing an adipose tissue sample from a subject; placing the tissue sample into a processing container or cartridge; subjecting the tissue sample to force from mechanical impacts to break down the tissue; and separating a stem cell fraction from the adipose tissue; wherein: the mechanical impacts are generated by a motor that drives an impact arm that makes physical contact with the container or cartridge containing the adipose tissue; and the impact arm does not physically contact the adipose tissue. providing an adipose tissue sample from a subject; placing the tissue sample into a processing container or cartridge; subjecting the tissue sample to force from mechanical impacts to break down the tissue; and separating a stem cell fraction from the adipose tissue; wherein: the mechanical impacts are generated by a motor that drives an impact arm that makes physical contact with the container or cartridge containing the adipose tissue; and the impact arm does not physically contact the adipose tissue. the mechanical impacts are generated by a motor that drives an impact arm that makes physical contact with the container or cartridge containing the adipose tissue; and the impact arm does not physically contact the adipose tissue.
A clocked, galvanically-separated voltage supply circuit for operating an LED module, having a galvanic separating element, on the primary side of which a switch clocked by a first control circuit is provided, and the secondary side of which is guided to terminals for the LED module, wherein furthermore a second control circuit is provided arranged in terms of potential on the secondary side of the galvanic separating element, which is designed to communicate at least unidirectionally with the first control circuit by means of a digital protocol via a preferably potential-separated signal transmitter (Opto), for example, an optocoupler, in order to transmit operating parameters of the LED module to the first control circuit, wherein furthermore on the secondary side a circuit is provided for detecting an overvoltage state, wherein an output signal from the detection circuit is likewise transmitted via the signal transmitter (Opto), which is also used for transmitting the operating parameters, characterized in that the output signal of the detection circuit bypassing the second control circuit is supplied to the signal transmitter (Opto), wherein in the event that the output signal of the detection circuit displays an overvoltage state, this signal has a higher priority than the transmission of the operating parameter, and that during the presence of the output signal of the detection circuit, which displays an overvoltage state, no operating parameters can be transmitted.
A computer-implemented method performed by a computing system for managing blockchain-based event messages, the method comprising: storing shipping data and shipping insurance order data associated with a purchase order on a blockchain (216, 606) based on initiating a consensus algorithm through a blockchain node associated with the computing system; determining, by executing a smart contract based on one or more predetermined rules and the shipping data, whether a shipping insurance order associated with the shipping insurance order data is valid; in response to determining that the shipping insurance order is valid, generating, by executing the smart contract, an event message dedicated to an insurance provider (318, 610) notifying that a shipping insurance of the purchase order is effective, wherein the smart contract invokes an event management function to periodically generate the first event message until an acknowledgement receipt feedback is received; storing the event message to a hardware cache managed by the computing system; sending the event message to a blockchain node associated with the insurance provider; and processing the event message in response to receiving a feedback message from the blockchain node associated with the insurance provider. storing shipping data and shipping insurance order data associated with a purchase order on a blockchain (216, 606) based on initiating a consensus algorithm through a blockchain node associated with the computing system; determining, by executing a smart contract based on one or more predetermined rules and the shipping data, whether a shipping insurance order associated with the shipping insurance order data is valid; in response to determining that the shipping insurance order is valid, generating, by executing the smart contract, an event message dedicated to an insurance provider (318, 610) notifying that a shipping insurance of the purchase order is effective, wherein the smart contract invokes an event management function to periodically generate the first event message until an acknowledgement receipt feedback is received; storing the event message to a hardware cache managed by the computing system; sending the event message to a blockchain node associated with the insurance provider; and processing the event message in response to receiving a feedback message from the blockchain node associated with the insurance provider.
Cell-free combination for use - in the controlled, especially decelerated or retarded, release of active ingredient, wherein the cell-free combination comprises a first component and a second component, the first component comprising crosslinkable albumin and the second component comprising a crosslinking agent for the albumin, characterized in that the crosslinkable albumin has a degree of functionalization of 5 groups to 35 groups per albumin molecule, the crosslinking agent has a degree of functionalization of at least two groups per individual crosslinking agent molecule or, in the case of a polymeric crosslinking agent in which nonterminal monomer units and optionally also terminal monomer units are functionalized, per 100 monomer units of the polymeric crosslinking agent, the crosslinkable albumin has a fraction of 0.1 wt% to 11 wt%, based on the total volume of the cell-free combination, and the crosslinking agent has a fraction of 0.1 wt% to 30 wt%, based on the total volume of the cell-free combination, and the first component and/or the second component further comprise an active ingredient, the active ingredient being an antibody, a Fab fragment of an antibody, and/or a chondroprotective agent. - in the controlled, especially decelerated or retarded, release of active ingredient,