mhurhangee/ep-ind-claims huggingface dataset:
A wireless power receiver configured to communicate with a wireless power transmitter for receiving electrical power therefrom, the wireless power receiver comprising: at least one non-transitory computer-readable medium storing a limit of the wireless power receiver and a sensitivity of the wireless power receiver, wherein the sensitivity is indicative of a voltage response of the wireless power receiver to a magnetic field; and circuitry configured to: transmit the limit of the wireless power receiver and the sensitivity of the wireless power receiver to the wireless power transmitter for the wireless power transmitter to determine a signal strength limit for the wireless power transmitter; or receive a scaling factor from the wireless power transmitter, wherein the scaling factor is indicative of the strength of a magnetic field produced by the wireless power transmitter under a predetermined operating condition, and determine a signal strength limit for the wireless power transmitter based upon the scaling factor, the limit of the wireless power receiver and the sensitivity of the wireless power receiver, and transmit the signal strength limit for the wireless power transmitter to the wireless power transmitter. at least one non-transitory computer-readable medium storing a limit of the wireless power receiver and a sensitivity of the wireless power receiver, wherein the sensitivity is indicative of a voltage response of the wireless power receiver to a magnetic field; and circuitry configured to: transmit the limit of the wireless power receiver and the sensitivity of the wireless power receiver to the wireless power transmitter for the wireless power transmitter to determine a signal strength limit for the wireless power transmitter; or receive a scaling factor from the wireless power transmitter, wherein the scaling factor is indicative of the strength of a magnetic field produced by the wireless power transmitter under a predetermined operating condition, and determine a signal strength limit for the wireless power transmitter based upon the scaling factor, the limit of the wireless power receiver and the sensitivity of the wireless power receiver, and transmit the signal strength limit for the wireless power transmitter to the wireless power transmitter. transmit the limit of the wireless power receiver and the sensitivity of the wireless power receiver to the wireless power transmitter for the wireless power transmitter to determine a signal strength limit for the wireless power transmitter; or receive a scaling factor from the wireless power transmitter, wherein the scaling factor is indicative of the strength of a magnetic field produced by the wireless power transmitter under a predetermined operating condition, and determine a signal strength limit for the wireless power transmitter based upon the scaling factor, the limit of the wireless power receiver and the sensitivity of the wireless power receiver, and transmit the signal strength limit for the wireless power transmitter to the wireless power transmitter.
A method to selectively cleave a target nucleic acid by using a catalytic domain of I-TevI, said method comprising: a) selecting a target nucleic acid sequence comprising a cleavage site selected from the group consisting of: SEQ ID NO: 2 to SEQ ID NO 117; b) selecting or engineering a nucleic acid binding domain to specifically bind a recognition site adjacent to said cleavage site, wherein the spacer between the residue preceding the first nucleic acid base of said recognition site and the terminal G base of said cleavage site is between 1 and 50 base pairs, preferably between 4 and 12 base pairs; c) fusing said nucleic acid binding domain with said catalytic domain of I-TevI to obtain a TevI chimeric endonuclease; d) in vitro contacting said target nucleic acid with said chimeric endonuclease. a) selecting a target nucleic acid sequence comprising a cleavage site selected from the group consisting of: SEQ ID NO: 2 to SEQ ID NO 117; b) selecting or engineering a nucleic acid binding domain to specifically bind a recognition site adjacent to said cleavage site, wherein the spacer between the residue preceding the first nucleic acid base of said recognition site and the terminal G base of said cleavage site is between 1 and 50 base pairs, preferably between 4 and 12 base pairs; c) fusing said nucleic acid binding domain with said catalytic domain of I-TevI to obtain a TevI chimeric endonuclease; d) in vitro contacting said target nucleic acid with said chimeric endonuclease.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: starting a Random Access Response, RAR, reception procedure by transmitting a Random Access Preamble, RAP, to an e-NodeB, eNB,; receiving, from the eNB, an indicator indicating that the UE checks a condition for whether the UE stops the RAR reception procedure or not; checking whether the condition is met or not; and stopping RAR reception procedure if the condition is met. starting a Random Access Response, RAR, reception procedure by transmitting a Random Access Preamble, RAP, to an e-NodeB, eNB,; receiving, from the eNB, an indicator indicating that the UE checks a condition for whether the UE stops the RAR reception procedure or not; checking whether the condition is met or not; and stopping RAR reception procedure if the condition is met.
A needle assembly replacement device comprising: a chassis a contact plate translatably disposed on the chassis and having an opening adapted to receive a medicament delivery device; and a plurality of gripping wheels rotatably coupled to the chassis and adapted to releasably engage a cover of a needle assembly, the cover having one or more elements engaging corresponding elements on a needle hub (3.1) of the needle assembly for preventing the needle assembly rotating relative to the cover, the gripping wheels adapted to rotate in a first rotational direction when the contact plate translates into the chassis in a first axial direction against the biasing force of a spring and rotate in a second rotational direction when the contact plate translates relative to the chassis in a second axial direction pushed by the biasing force of the spring, and wherein rotation of the gripping wheels in the first rotational direction unscrews the needle assembly from the medicament delivery device, and rotation of the gripping wheels in the second rotational direction engages an unused needle assembly to the medicament delivery device. a chassis a contact plate translatably disposed on the chassis and having an opening adapted to receive a medicament delivery device; and a plurality of gripping wheels rotatably coupled to the chassis and adapted to releasably engage a cover of a needle assembly, the cover having one or more elements engaging corresponding elements on a needle hub (3.1) of the needle assembly for preventing the needle assembly rotating relative to the cover, the gripping wheels adapted to rotate in a first rotational direction when the contact plate translates into the chassis in a first axial direction against the biasing force of a spring and rotate in a second rotational direction when the contact plate translates relative to the chassis in a second axial direction pushed by the biasing force of the spring, and wherein rotation of the gripping wheels in the first rotational direction unscrews the needle assembly from the medicament delivery device, and rotation of the gripping wheels in the second rotational direction engages an unused needle assembly to the medicament delivery device.
System comprising an evaluation unit, a sensor (2, 3), and an external device, wherein the sensor (2, 3) can measure a vital parameter of an organism and the evaluation unit allows to conduct an evaluation based on the measured vital parameter, wherein the evaluation unit is configured such that the evaluation unit can send a command signal to an external device (5, 6, 7) in dependency of a result of the evaluation, so that the external device (5, 6, 7) carries out an action based on the command signal wherein the external device (5, 6, 7) is a kitchen appliance; wherein the organism is a person, wherein the performed action is an automatic generation of a recipe or automatic suggestion of a recipe recommendation by the kitchen appliance, wherein the action-triggering event is a fall-asleep event or a wake-up event of the person; wherein the evaluation unit determines a predicted wake-up time and/or fall-asleep time on the basis of the measured vital parameter, wherein, based on a measurement curve having measurement signals (11, 12), an intersection point with a threshold value is predicted by extrapolating the measurement curve and the intersection point is the predicted wake-up time and/or fall asleep time, and the sensor (2, 3) is a skin contact sensor or a gyrometer. wherein the external device (5, 6, 7) is a kitchen appliance; wherein the organism is a person, wherein the performed action is an automatic generation of a recipe or automatic suggestion of a recipe recommendation by the kitchen appliance, wherein the action-triggering event is a fall-asleep event or a wake-up event of the person; wherein the evaluation unit determines a predicted wake-up time and/or fall-asleep time on the basis of the measured vital parameter, wherein, based on a measurement curve having measurement signals (11, 12), an intersection point with a threshold value is predicted by extrapolating the measurement curve and the intersection point is the predicted wake-up time and/or fall asleep time, and the sensor (2, 3) is a skin contact sensor or a gyrometer.
A wetting agent comprising a composition according to Formula: wherein R 1 is selected from nonyl, isononyl, 3,5,5-trimethyl hexyl, octyl, 2-methyl heptyl, 2-ethyl hexyl, 2,2,4-trimethyl pentyl, 4-methyl pentyl, heptyl, hexyl and combinations thereof; R 2 is selected from hydrogen, methyl, or ethyl; R 3 is selected from hydrogen or methyl; R 4 is selected from hydrogen or methyl; R 5 is selected from methyl or ethyl; x is 0; y ranges from 2 to 5; z ranges from 3 to 10; wherein R 3 is different from R 4. R 1 is selected from nonyl, isononyl, 3,5,5-trimethyl hexyl, octyl, 2-methyl heptyl, 2-ethyl hexyl, 2,2,4-trimethyl pentyl, 4-methyl pentyl, heptyl, hexyl and combinations thereof; R 2 is selected from hydrogen, methyl, or ethyl; R 3 is selected from hydrogen or methyl; R 4 is selected from hydrogen or methyl; R 5 is selected from methyl or ethyl; x is 0; y ranges from 2 to 5; z ranges from 3 to 10; wherein R 3 is different from R 4.
Refrigerant compressor comprising a hermetically sealed housing and a drive unit arranged in the interior of the housing, comprising a piston-cylinder unit for cyclical compression of a refrigerant and an electric motor for driving the piston-cylinder unit, wherein the refrigerant compressor additionally comprises at least one connecting component for connecting the housing to a device operatively connected to the refrigerant compressor, preferably a mounting plate of a refrigeration appliance, wherein the connecting component comprises an inner element and an outer element surrounding the inner element, wherein the inner element has a higher rigidity than the outer element, wherein recesses running in transverse directions are provided in the outer element, wherein the transverse directions are directed from an outer envelope surface of the outer element to the inner element, characterized in that the recesses pass through the entire outer element in an axial direction.
A circulating hot water nursing machine, comprising a main unit and a working head, wherein a water tank support, a clean water tank, a small water pump and a PTC heater are arranged on the main unit; a heating tank is arranged at a lower part of the water tank support, the clean water tank is arranged at an upper part of the water tank support, a shunt valve is arranged on the water tank support, water inlets of the shunt valve are connected with the heating tank and the clean water tank through water pipes, respectively, and a water outlet of the shunt valve, the small water pump, the PTC heater and the heating tank are connected successively through water pipes; a control system and a main power supply are arranged on the main unit, and the small water pump, the PTC heater and the shunt valve are electrically connected with the main power supply through the control system, respectively, wherein when the water inlet of the shunt valve corresponding to the clean water tank is opened, water in the clean water tank flows via the small water pump to the heating tank; when the shunt valve switches over the water inlet to form a backflow passage with the heating tank, the small water pump and the PTC heater, the control system starts up the small water pump and the PTC heater successively to circularly heat the water in the heating tank.
Fume cupboard for a laboratory space, having a housing with a work space located therein, which is delimited on the front side by a front sash, on the bottom by a base plate and on each side by a side wall, and a first hollow profile (10, 10') arranged on a front end face side of each side wall, wherein each first hollow profile (10, 10') defines a first pressure chamber (10b, 10b'), which is fluidically connected to a plurality of first openings (10d, 10d'), from which air jet streams in the form of wall jet streams consisting of pressurised air can be emitted along the respective side wall into the work space, characterized in that at least one of the first openings (10d, 10d') is fluidically connected to the first pressure chamber (10b, 10b') via a first longitudinal duct (10c, 10c'), and that the first duct (10c, 10c') has a length L in the direction of flow that is at least three times as long as the hydraulic diameter of a cross-sectional area of the first opening (10d, 10d') viewed perpendicularly to the direction of flow, in order to prevent a flow separation of the wall jet stream exiting the first opening (10d, 10d') of the side wall in an area from the front side of the work space up to at least 25% of the depth of the work space.
A line trap for transmission systems on medium/high voltage AC power lines, each trap comprising a continuous electrically conductive metal coil connectable in series with a medium/high voltage line, such metal coil being formed by at least a continuous spiral made with coil turns (1, 1A, 1B, 1C) which are wound as a solenoid and are kept spaced apart from each other by a series of spacers made of an electrically insulating material, characterised in that said coil turns (1, 1A, 1B, 1C) have a substantially H cross-section such as to define on each of the opposed surfaces of such coil turns a recess or continuous channel in which said spacers are housed and held, which spacers create a safe anchorage of each coil turn to the coil turn adjacent to it in the continuous spiral of the coil turns.
A filtering system, in particular for an internal combustion engine or a fuel cell for a motor vehicle, having a holder on the vehicle and an exchangeable filter element, in particular an air filter element, - wherein the filter element comprises a first end plate, a second end plate and a filtering material that is arranged between the end plates (12, 14) and separates a filtered air zone from an unfiltered air zone, - wherein the filtering system comprises at least one filtered air opening formed at the filter element and at least one unfiltered air opening, - wherein the filter element lies detachably on the holder, characterized in - that at least the second end plate protrudes beyond the filtering material, - that the outer wall is held securely on the protruding second end plate or is formed integrally with the second end plate, - that the outer wall lies loosely on the holder, - that the unfiltered air zone is enclosed by the holder, the protruding second end plate, the filtering material and the outer wall. - wherein the filter element comprises a first end plate, a second end plate and a filtering material that is arranged between the end plates (12, 14) and separates a filtered air zone from an unfiltered air zone, - wherein the filtering system comprises at least one filtered air opening formed at the filter element and at least one unfiltered air opening, - wherein the filter element lies detachably on the holder, characterized in - that at least the second end plate protrudes beyond the filtering material, - that the outer wall is held securely on the protruding second end plate or is formed integrally with the second end plate, - that the outer wall lies loosely on the holder, - that the unfiltered air zone is enclosed by the holder, the protruding second end plate, the filtering material and the outer wall.
Nanoparticulate material suitable for administration to a subject, the nanoparticulate material having bound to its surface: (a) copolymeric steric stabiliser that promotes dispersion of the nanoparticulate material in a liquid, wherein the copolymeric steric stabiliser comprises (i) an anchoring polymer segment having one or more binding groups that bind the copolymeric steric stabiliser to the nanoparticulate material, and (ii) a steric stabilising polymer segment that is different from the anchoring polymer segment, and (b) copolymeric mapping moiety comprising (i) an anchoring polymer segment having one or more binding groups that bind the copolymeric mapping moiety to the nanoparticulate material, (ii) one or more mapping groups comprising an agent that specifically binds to fibroblast activation protein, and (iii) a coupling polymer segment that is different to the anchoring polymer segment, wherein the coupling polymer segment couples the anchoring polymer segment to the one or more mapping groups, wherein the nanoparticulate material is magnetic nanoparticulate material..
Vessel comprising a crane, the crane being connected to a deck of the vessel, the crane comprising - a frame which is rotatable about a horizontal hinge axis, and - a rotation mechanism connected to the frame at a position away from the horizontal hinge axis, which is arranged to rotate the frame about the horizontal hinge axis from an upper position to a lower position and vice versa, wherein in the upper position a top of the crane is higher than in the lower position, characterized in that the crane further comprises - a swivel member, which is with a first end rotatable connected to the deck and which is with a second end rotatable connected to the rotation mechanism, wherein the swivel member is rotatable from an inward position associated with the upper position of the frame to an outward position associated with the lower position of the frame and vice versa. - a frame which is rotatable about a horizontal hinge axis, and - a rotation mechanism connected to the frame at a position away from the horizontal hinge axis, which is arranged to rotate the frame about the horizontal hinge axis from an upper position to a lower position and vice versa, wherein in the upper position a top of the crane is higher than in the lower position, characterized in that the crane further comprises - a swivel member, which is with a first end rotatable connected to the deck and which is with a second end rotatable connected to the rotation mechanism, wherein the swivel member is rotatable from an inward position associated with the upper position of the frame to an outward position associated with the lower position of the frame and vice versa.
A fuel cell assembly, which has a housing defining an electricity generation/combustion chamber, and electricity generation/combustion means disposed within said housing, and in which a fuel gas and an oxygen-containing gas are supplied to said electricity generation/combustion means, and a combustion gas formed within said electricity generation/combustion chamber is discharged from said electricity generation/combustion chamber, wherein a heat exchanger having a first channel and a second channel is disposed on at least one surface of said housing, said combustion gas is discharged from an interior of said electricity generation/combustion chamber through said first channel of said heat exchanger, one of said oxygen-containing gas and said fuel gas is supplied to said electricity generation/combustion means through said second channel of said heat exchanger, said housing has opposite flat side surfaces extending substantially vertically, and said heat exchanger is flat plate-shaped and is disposed on one or each of said opposite side surfaces.
An ink discharge head for controlling discharging of ink by pressing a valve body, which is movably arranged in a nozzle body of the ink discharge head, towards a discharge port from which the ink is discharged, wherein the valve body comprises a compressible leading end portion and a recessed portion is formed in the leading end portion of the valve body at a position facing the discharge port. the valve body comprises a compressible leading end portion and a recessed portion is formed in the leading end portion of the valve body at a position facing the discharge port.
A stamp for making a microarray of biomolecules, wherein the stamp comprises a stamp body comprising - a stamping surface for stamping the biomolecules onto a substrate, - a plurality of reservoirs for liquids comprising the biomolecules, wherein each of the reservoirs has a bottom wall and - a plurality of channels extending between each of the bottom wall and the stamping surface, wherein each of the reservoirs and the channels comprises a macroporous hydrogel and wherein the stamping surface is provided with a hydrophobic coating. - a stamping surface for stamping the biomolecules onto a substrate, - a plurality of reservoirs for liquids comprising the biomolecules, wherein each of the reservoirs has a bottom wall and - a plurality of channels extending between each of the bottom wall and the stamping surface,
Gels selected from among lyogel- or aerogel-containing primary particles which are made up of oxidic units and [R x SiO (4-x)/2] units, wherein the primary particles have a change in the concentration of [R x SiO (4-x)/2] units from the inside to the outside, where the indices x can be identical or different and are in each case 1 or 2 and the radicals R can be identical or different and are each hydrogen or an organic, substituted or unsubstituted radical, and the oxidic units contain [SiO 4/2] units.