mhurhangee/ep-ind-claims huggingface dataset:
Injector for filling a mould with plastic particles, comprising a. a front part with a mouth end for connection to the mould and b. a drive part for arrangement at a connection end of the front part opposite the mouth end with a piston insertable into the front part and a drive for moving the piston along a longitudinal axis of the front part, and c. a connecting device for releasably fixing the drive part to the front part, the drive part being mounted on the front part rotatably about the longitudinal axis, characterized in that the drive has a piston rod attached to the piston adjustably along the longitudinal axis. a. a front part with a mouth end for connection to the mould and b. a drive part for arrangement at a connection end of the front part opposite the mouth end with a piston insertable into the front part and a drive for moving the piston along a longitudinal axis of the front part, and c. a connecting device for releasably fixing the drive part to the front part, the drive part being mounted on the front part rotatably about the longitudinal axis,
A method for controlling at least two parallel three-phase power converters with asynchronous pulse-width modulation, wherein each power converter is capable of delivering three power phases and wherein each power supply phase of each power converter is controlled by a pulse-width modulation control signal by intersection resulting from the intersection of a modulating signal and a carrier signal, the method comprising the following steps: for each phase of each converter, determining the characteristics of the signals used to generate the modulating signal and carrier signal of each control signal, for each converter, inserting a phase shift between the carrier signals used to generate the phase control signals of the converter, for each phase, inserting a phase shift between the carrier signals used to generate the control signals of the converters, for each phase of each converter, determining a pulse-width modulation control signal by intersection resulting from the intersection of a modulating signal and a carrier signal, and transmitting the control signals to the converters, wherein the control signal is an asynchronous pulse-width modulation control signal derived from the intersection between a modulating signal and a first sawtooth carrier signal for the positive amplitudes of the modulating signal, and a second sawtooth carrier signal for the negative amplitudes of the modulating signal, wherein the modulating signal is derived from the sum of a sinusoidal signal and a square-wave signal, and further comprising inserting a phase shift of 0 or p, where p is π, between the carrier signal and the square-wave signal for each control signal of each phase of each converter, such as to balance the zero-sequence components between the phases of the power converters. for each phase of each converter, determining the characteristics of the signals used to generate the modulating signal and carrier signal of each control signal, for each converter, inserting a phase shift between the carrier signals used to generate the phase control signals of the converter, for each phase, inserting a phase shift between the carrier signals used to generate the control signals of the converters, for each phase of each converter, determining a pulse-width modulation control signal by intersection resulting from the intersection of a modulating signal and a carrier signal, and transmitting the control signals to the converters,
A system (100, 200, 300, 400) comprising: a housing (110, 610); a checkout module (115, 620, 700) having a product identifier 120, 121); a rotatable platform (215 or 510) configured to support a checkout module (115, 620, 700); a lift assembly supported by the housing (110, 610) and coupled to lift the rotatable platform (215 or 510) from a first position, to a raised height above a working surface of the housing (110, 610), wherein the rotatable platform (215 or 510) can rotate at the raised height; and to lower the rotatable platform (215 or 510) to a second position; wherein the first position and the second positions each comprise one of a self-checkout position and an assisted checkout position. a housing (110, 610); a checkout module (115, 620, 700) having a product identifier 120, 121); a rotatable platform (215 or 510) configured to support a checkout module (115, 620, 700); a lift assembly supported by the housing (110, 610) and coupled to lift the rotatable platform (215 or 510) from a first position, to a raised height above a working surface of the housing (110, 610), wherein the rotatable platform (215 or 510) can rotate at the raised height; and to lower the rotatable platform (215 or 510) to a second position; wherein the first position and the second positions each comprise one of a self-checkout position and an assisted checkout position.
Self-balancing motorized wheelchair for the transportation of at least one person, comprising a base operable to activate said motorized wheelchair, two wheels (3, 4) both disposed at the sides (2a, 2b) of said base resting on a slide surface, a supporting frame integrally constrained to said base and provided with a seat, and means to support said wheelchair on said slide surface at least when in not-operating conditions, said supporting means comprising at least one foot restable on the ground, and by comprising means for displacing and blocking said at least one foot between a raised position and a lowered position, and vice versa, characterized in that said at least one foot is blocked in said lowered position at least when in contact with said slide surface for resting said motorized wheelchair in a substantially horizontal position, said displacing and blocking means comprising at least one cam rotatably constrained to said supporting frame between a start and limit position, and vice versa, to drive the displacement of said at least one foot between said raised position and said lowered position, and vice versa, wherein said at least one foot is slidingly constrained to said at least one cam between said start and limit positions.
Modular system for the construction of a support device for supporting processing modules (120, 121, 122, 124) of a processing facility, comprising at least an at least approximately prismatic, preferably cuboid support module for mounting processing modules (120, 121, 122, 124), wherein the support module comprises on at least one prism side surface a predetermined grid of prepared fixing points for processing modules (120, 121, 122, 124), and comprising at least one mounting adapter (114, 118, 148) attached to the support module with a mounting plate for mounting further processing modules (120, 121, 122, 124) to the support module, wherein said mounting adapter (114, 118, 148) comprises another predetermined grid of prepared fastening points at least at the mounting plate, characterized in that the mounting adapter (114, 118, 148) is attached at the support module so that the mounting plate is parallel to a prism side surface of the support module, at least partially overlapping the latter outside and extending beyond its prism side surface edge, so that the other processing modules (120, 121, 122, 124) can be arranged remote to the support module by attaching them to the other predetermined grid of the mounting adapter (114, 118, 148) extending away from the support module, said mounting adapter (114, 118, 148) comprising at least one support device for supporting the mounting plate at the support module, said support device being provided with a resting surface for resting on the support module and with an abutment surface for abutting at the mounting plate.
A dental adhesive composition comprising: ethylenically unsaturated component(s) with acidic moiety, ethylenically unsaturated component(s) without acidic moiety, water, sensitizing agent(s), reducing agent(s), a silane composition comprising (meth)acrylate functional silane(s), amino functional silane(s), wherein the (meth)acrylate functional silane(s) is present in equal proportion or in excess with respect to weight over the amino functional silane(s). ethylenically unsaturated component(s) with acidic moiety, ethylenically unsaturated component(s) without acidic moiety, water, sensitizing agent(s), reducing agent(s), a silane composition comprising (meth)acrylate functional silane(s), amino functional silane(s), (meth)acrylate functional silane(s), amino functional silane(s), wherein the (meth)acrylate functional silane(s) is present in equal proportion or in excess with respect to weight over the amino functional silane(s).
A multicarrier transmission system for transmitting a signal comprising digital data over a predetermined number of subchannels, the system comprising at least a transmitter having a synthesis filter bank deduced from a prototype filter by frequency translation, the transmitter including a serial-to-parallel converter that forms sets of samples of the signal for transmission, each set comprising a number of samples equal to the number of subchannels of said system, and an iFFT block adapted to output the inverse Fourier transform of said signal applied to its inputs, wherein said transmitter also includes a frequency spreader device that multiplies each data sample of each set of data samples from the serial-to-parallel converter by predetermined frequency coefficients (H k) of the prototype filter of the synthesis filter bank, and applies each signal resulting from the multiplication of a data sample by one of said frequency coefficients (H k) to one of the inputs of the iFFT block, which block presents a size, i.e. a number of inputs equal to its number of outputs, that is strictly greater than said predetermined number of subchannels.
Solid anhydrous composition, preferably cosmetic, containing: - at least 70% by weight of microcrystalline cellulose as a proportion of the total weight of the composition; - at least one surfactant chosen from among isethionic derivatives and their cosmetically acceptable salts; - at least one surfactant chosen from among acyl glutamic acids and their cosmetically acceptable salts, and wherein the anhydrous composition contains less than 5% by weight of water relative to the total weight of the composition. - at least 70% by weight of microcrystalline cellulose as a proportion of the total weight of the composition; - at least one surfactant chosen from among isethionic derivatives and their cosmetically acceptable salts; - at least one surfactant chosen from among acyl glutamic acids and their cosmetically acceptable salts,
A rotary compressor comprising: - a hollow compressor housing that is provided with an inlet and an outlet (68, 72) of refrigerant; - a compressing unit that is located in a lower part of the compressor housing to compress refrigerant sucked in from the inlet; - a motor that is located in an upper part of the compressor housing to drive the compressing unit through a rotation shaft; and - an oil supply mechanism that supplies lubricant oil retained in a lower part of the compressor housing to a sliding portion of the compressing unit through an oil supply hole of the rotation shaft, wherein - the oil supply mechanism includes -- a housing hole that has an opening in a lower end of the rotation shaft and is communicated with the oil supply hole, -- a pump case that includes a lubricant oil inlet in a lower end and an opening in an upper end, the pump case configured to be fitted in the housing hole, and -- a pump vane that has a plate-like shape and is housed in the housing hole and the pump case, characterized in that the pump vane includes at least one bulge (202a, 202b) forming a large width portion at a longitudinal center, which is locked by an upper inner surface of the pump case. - a hollow compressor housing that is provided with an inlet and an outlet (68, 72) of refrigerant; - a compressing unit that is located in a lower part of the compressor housing to compress refrigerant sucked in from the inlet; - a motor that is located in an upper part of the compressor housing to drive the compressing unit through a rotation shaft; and - an oil supply mechanism that supplies lubricant oil retained in a lower part of the compressor housing to a sliding portion of the compressing unit through an oil supply hole of the rotation shaft, wherein - the oil supply mechanism includes -- a housing hole that has an opening in a lower end of the rotation shaft and is communicated with the oil supply hole, -- a pump case that includes a lubricant oil inlet in a lower end and an opening in an upper end, the pump case configured to be fitted in the housing hole, and -- a pump vane that has a plate-like shape and is housed in the housing hole and the pump case, -- a housing hole that has an opening in a lower end of the rotation shaft and is communicated with the oil supply hole, -- a pump case that includes a lubricant oil inlet in a lower end and an opening in an upper end, the pump case configured to be fitted in the housing hole, and -- a pump vane that has a plate-like shape and is housed in the housing hole and the pump case,
An apparatus comprising: an inductor and a capacitor coupled to an antenna; and a first switch configured to selectively connect a first terminal of the inductor to ground; and a second switch configured to selectively connect the first terminal of the inductor to a first terminal of the capacitor; and a third switch configured to selectively connect a second terminal of the inductor and a second terminal of the capacitor to ground; and wherein the first, second and third switch (SW1, SW2, SW3) are configured to selectively connect the inductor and the capacitor to form a matching network when transmitting a first RF transmission from the antenna, and to connect the inductor and the capacitor to form a parallel resonant circuit configured to resonate at a frequency of a second RF transmission when transmitting the second RF transmission from the antenna; and wherein the first RF transmission is received at a first power amplifier which is coupled to an input inductor of a transformer having the input inductor and the inductor and the second RF transmission is received at a second power amplifier which is coupled to the first terminal of the capacitor through an RFIO terminal, wherein the RFIO terminal is connected to the antenna. an inductor and a capacitor coupled to an antenna; and a first switch configured to selectively connect a first terminal of the inductor to ground; and a second switch configured to selectively connect the first terminal of the inductor to a first terminal of the capacitor; and a third switch configured to selectively connect a second terminal of the inductor and a second terminal of the capacitor to ground; and wherein the first, second and third switch (SW1, SW2, SW3) are configured to selectively connect the inductor and the capacitor to form a matching network when transmitting a first RF transmission from the antenna, and to connect the inductor and the capacitor to form a parallel resonant circuit configured to resonate at a frequency of a second RF transmission when transmitting the second RF transmission from the antenna; and wherein the first RF transmission is received at a first power amplifier which is coupled to an input inductor of a transformer having the input inductor and the inductor and the second RF transmission is received at a second power amplifier which is coupled to the first terminal of the capacitor through an RFIO terminal, wherein the RFIO terminal is connected to the antenna.
A poultry feed composition including an algal biomass comprising a species of Klebsormidium algae for use in a method of mitigating symptoms relating to coccidiosis or necrotic enteritis in poultry.
Metering module for a liquid reducing agent, in particular a urea/water solution, for mixing the liquid reducing agent with a gas, in particular air, for further introduction into an exhaust pipe of an internal combustion engine, the metering module comprising a metering valve and a mixing chamber, the metering module having a connection for the liquid reducing agent and a compressed-air connection, a profile seal being arranged between the compressed-air connection and the mixing chamber, the profile seal having a centre bore, and the metering valve being arranged between the connection for the liquid reducing agent and the centre bore, characterized in that a lead pipe is arranged in the centre bore, and in that an outlet orifice of the lead pipe so far projects into the mixing chamber and is remote from a sealing lip of the profile seal that wetting of the sealing lip with the liquid reducing agent is prevented.
A winding-type non-aqueous electrolyte secondary battery, comprising: an electrode assembly having a positive electrode and a negative electrode wound with separators intervening therebetween; and a non-aqueous electrolyte, wherein at least any one of the positive electrode and the negative electrode comprises: a current collector (30, 36); a mixture layer (32, 38) on an inner periphery side that is arranged on a surface, of both surfaces of the current collector (30, 36), that is on the inner periphery side; and a mixture layer (34, 40) on an outer periphery side that is arranged on a surface, of both surfaces of the current collector (30, 36), that is on the outer periphery side, the mixture layer (32, 38) on the inner periphery side and the mixture layer (34, 40) on the outer periphery side include active material and carbon nanotubes, and the carbon nanotubes of the mixture layer (34, 40) on the outer periphery side and the carbon nanotubes of the mixture layer (32, 38) on the inner periphery side have different average fiber lengths. an electrode assembly having a positive electrode and a negative electrode wound with separators intervening therebetween; and a non-aqueous electrolyte, wherein at least any one of the positive electrode and the negative electrode comprises: a current collector (30, 36); a mixture layer (32, 38) on an inner periphery side that is arranged on a surface, of both surfaces of the current collector (30, 36), that is on the inner periphery side; and a mixture layer (34, 40) on an outer periphery side that is arranged on a surface, of both surfaces of the current collector (30, 36), that is on the outer periphery side, the mixture layer (32, 38) on the inner periphery side and the mixture layer (34, 40) on the outer periphery side include active material and carbon nanotubes, and the carbon nanotubes of the mixture layer (34, 40) on the outer periphery side and the carbon nanotubes of the mixture layer (32, 38) on the inner periphery side have different average fiber lengths. a current collector (30, 36); a mixture layer (32, 38) on an inner periphery side that is arranged on a surface, of both surfaces of the current collector (30, 36), that is on the inner periphery side; and a mixture layer (34, 40) on an outer periphery side that is arranged on a surface, of both surfaces of the current collector (30, 36), that is on the outer periphery side, the mixture layer (32, 38) on the inner periphery side and the mixture layer (34, 40) on the outer periphery side include active material and carbon nanotubes, and the carbon nanotubes of the mixture layer (34, 40) on the outer periphery side and the carbon nanotubes of the mixture layer (32, 38) on the inner periphery side have different average fiber lengths.
A tolerogenic peptide for use in the treatment or prevention of a condition associated with aberrant immune tolerance, wherein (a) the condition is multiple sclerosis or optic neuritis, and the tolerogenic peptide is selected from myelin basic protein peptides MBP 30-44 (SEQ ID NO: 1), MBP 83-99 (SEQ ID NO: 2), MBP 131-145 (SEQ ID NO: 3) and MBP 140-154 (SEQ ID NO: 4); or (b) the condition is Graves' Disease, and the tolerogenic peptide is selected from thyroid stimulating hormone receptor (TSHR) peptides RNB-5D-K1 (SEQ ID NO: 5) and RNB-9B (SEQ ID NO: 6); and wherein the tolerogenic peptide is administered via a dose escalation protocol in the following doses: Day 1: a first dose of 15 to 40μg; Day 14±7 days: a second dose of 35-65μg; Day 28±7 days: a third dose of 80-120μg; Day 42±7 days: a fourth dose of 300-500μg; Day 56±7 days: a fifth dose of 600-1500μg; Day 70±7 days: a sixth dose of 600-1500μg; Day 84±7 days: a seventh dose of 600-1500μg; Day 98±7 days: an eighth dose of 600-1500μg; Day 112±7 days: a ninth dose of 600-1500μg; and Day 126±7 days: a tenth dose of 600-1500μg. (a) the condition is multiple sclerosis or optic neuritis, and the tolerogenic peptide is selected from myelin basic protein peptides MBP 30-44 (SEQ ID NO: 1), MBP 83-99 (SEQ ID NO: 2), MBP 131-145 (SEQ ID NO: 3) and MBP 140-154 (SEQ ID NO: 4); or (b) the condition is Graves' Disease, and the tolerogenic peptide is selected from thyroid stimulating hormone receptor (TSHR) peptides RNB-5D-K1 (SEQ ID NO: 5) and RNB-9B (SEQ ID NO: 6); and Day 1: a first dose of 15 to 40μg; Day 14±7 days: a second dose of 35-65μg; Day 28±7 days: a third dose of 80-120μg; Day 42±7 days: a fourth dose of 300-500μg; Day 56±7 days: a fifth dose of 600-1500μg; Day 70±7 days: a sixth dose of 600-1500μg; Day 84±7 days: a seventh dose of 600-1500μg; Day 98±7 days: an eighth dose of 600-1500μg; Day 112±7 days: a ninth dose of 600-1500μg; and Day 126±7 days: a tenth dose of 600-1500μg.
A method for coating workpieces, comprising the following steps: - loading a coating chamber with the workpieces to be coated, - closing and evacuating the coating chamber to a predetermined process pressure, - starting a coating source, which comprises a target as a material source, and whereby particles are accelerated from the surface of the target in the direction toward substrates, characterized in that a shield is provided between the target surface and the substrate until the target has been conditioned, wherein the substrates to be coated are, at least in part, simultaneously subjected to a pre-treatment, wherein the pre-treatment includes a method step during which the workpieces are nitrided. - loading a coating chamber with the workpieces to be coated, - closing and evacuating the coating chamber to a predetermined process pressure, - starting a coating source, which comprises a target as a material source, and whereby particles are accelerated from the surface of the target in the direction toward substrates,
Imprinting apparatus for a roll-to-plate imprinting process comprising a flexible master, a plate carrier and a substrate, whereby the flexible master is pressable upon the substrate during the imprinting process and the plate carrier comprises at least one substrate, whereby the plate carrier has at least one cavity wherein the at least one substrate is located characterized in that at least one substrate side-face is at least partially unenclosed by the cavity.
A double pipe heat exchanger comprising an outer pipe and an inner pipe having a first flow channel therein and having an outer diameter smaller than an inner diameter of the outer pipe and inserted into the outer pipe to form a second flow channel between the inner pipe and the outer pipe, the double pipe heat exchanger comprising: a plurality of first grooves formed in a spiral shape in a lengthwise direction at an outer circumferential surface of the inner pipe to enable the second flow channel to have at least partially a spiral shape; characterized in that at least one second groove each formed in a portion between two first grooves adjacent to an outer circumferential surface of the inner pipe and formed along the first grooves. a plurality of first grooves formed in a spiral shape in a lengthwise direction at an outer circumferential surface of the inner pipe to enable the second flow channel to have at least partially a spiral shape; characterized in that at least one second groove each formed in a portion between two first grooves adjacent to an outer circumferential surface of the inner pipe and formed along the first grooves.