mhurhangee/ep-ind-claims huggingface dataset:
A wheel comprising an antenna (60, 70), wherein the antenna (60, 70) includes a first conductor and a second conductor that face each other in a first direction, one or more third conductors that are located between the first conductor and the second conductor and extend in the first direction, a fourth conductor that is connected to the first conductor and the second conductor and extends in the first direction, and a feeding line that is electromagnetically connected to the one or more third conductors, the first conductor and the second conductor are capacitively connected via the one or more third conductors, and a surface of the fourth conductor faces an installation surface of the wheel in a second direction perpendicular to the first direction, the one or more third conductors are configured to function as a resonator between the first conductor and the second conductor, the resonator has electrically open ends in a third direction that is perpendicular to the first direction and to the second direction, and the resonator is configured to have an artificial magnetic conductor character in the second direction such that the electrically open ends are seen as magnetic conductors. an antenna (60, 70), wherein the antenna (60, 70) includes a first conductor and a second conductor that face each other in a first direction, one or more third conductors that are located between the first conductor and the second conductor and extend in the first direction, a fourth conductor that is connected to the first conductor and the second conductor and extends in the first direction, and a feeding line that is electromagnetically connected to the one or more third conductors, a first conductor and a second conductor that face each other in a first direction, one or more third conductors that are located between the first conductor and the second conductor and extend in the first direction, a fourth conductor that is connected to the first conductor and the second conductor and extends in the first direction, and a feeding line that is electromagnetically connected to the one or more third conductors, the first conductor and the second conductor are capacitively connected via the one or more third conductors, and a surface of the fourth conductor faces an installation surface of the wheel in a second direction perpendicular to the first direction, the one or more third conductors are configured to function as a resonator between the first conductor and the second conductor, the resonator has electrically open ends in a third direction that is perpendicular to the first direction and to the second direction, and the resonator is configured to have an artificial magnetic conductor character in the second direction such that the electrically open ends are seen as magnetic conductors.
An input circuit for a safety switching device, wherein the safety switching device has a plurality of control contacts and a plurality of safety contacts for output circuits that can be connected downstream, and the output circuits can be controlled independently of one another by switching signals that can be applied to the control contacts, wherein the input circuit has a plurality of sensor circuits for generating switching signals, and each sensor circuit is configured for connection to a plurality of control contacts of the safety switching device, characterised in that the input circuit comprises a primary sensor circuit having a plurality of channels for connection in each case to two control contacts, wherein the primary sensor circuit is arranged in a superordinate plane and is connected to the plurality of sensor circuits in such a way that each channel of the primary sensor circuit has a common control contact with a sensor circuit.
A cochlear implant system for use by a recipient, the cochlear implant system (100, 300, 500) comprising: a microphone assembly including a microphone configured to capture an audio signal representative of sound presented to the recipient, and a retention device (606, 702) configured to hold the microphone in place near an entrance to an ear canal of an ear of the recipient; a cochlear implant configured to be implanted within the recipient; and an off-the-ear, OTE, sound processor communicatively coupled with the microphone assembly and including a housing configured to be worn on a head of the recipient at a location that is off the ear of the recipient, and electronic circuitry included within the housing and configured to generate and transcutaneously transmit stimulation parameters to the cochlear implant to direct the cochlear implant to apply electrical stimulation representative of the captured audio signal to the recipient, wherein the electronic circuitry is configured to operate in either a first mode or a second mode; wherein the electronic circuitry is configured to operate in the first mode when the microphone assembly is worn on the ear of the recipient such that the retention device holds the microphone in place near the entrance to the ear canal of the ear; and wherein the electronic circuitry is configured to operate in the second mode when the microphone assembly is worn off the ear of the recipient by physically attaching to the housing of the OTE sound processor. a microphone assembly including a microphone configured to capture an audio signal representative of sound presented to the recipient, and a retention device (606, 702) configured to hold the microphone in place near an entrance to an ear canal of an ear of the recipient; a microphone configured to capture an audio signal representative of sound presented to the recipient, and a retention device (606, 702) configured to hold the microphone in place near an entrance to an ear canal of an ear of the recipient; a cochlear implant configured to be implanted within the recipient; and an off-the-ear, OTE, sound processor communicatively coupled with the microphone assembly and including a housing configured to be worn on a head of the recipient at a location that is off the ear of the recipient, and electronic circuitry included within the housing and configured to generate and transcutaneously transmit stimulation parameters to the cochlear implant to direct the cochlear implant to apply electrical stimulation representative of the captured audio signal to the recipient, wherein the electronic circuitry is configured to operate in either a first mode or a second mode; wherein the electronic circuitry is configured to operate in the first mode when the microphone assembly is worn on the ear of the recipient such that the retention device holds the microphone in place near the entrance to the ear canal of the ear; and wherein the electronic circuitry is configured to operate in the second mode when the microphone assembly is worn off the ear of the recipient by physically attaching to the housing of the OTE sound processor.
Gas generator for airbag(s) comprising: - at least one pyrotechnic charge and means for igniting/activating said charge triggered during a predetermined condition, - a reservoir containing a pressurised gas and of which the mouth is closed by a sealing member, and - an opening for evacuating gases that communicates with at least one airbag (141, 142), the gas generator further comprising a striker located in a duct wherein exits the opening for evacuating gases and which can be displaced in a first step, when the predetermined condition is fulfilled, by the combustion gases generated by the pyrotechnic charge in the direction of the sealing member, from an initial position to an open position, so as to pierce the latter using means for piercing carried by said striker, said striker able to be returned, once the sealing member is pierced, by the pressurised gas stored in the reservoir, to the initial position, the pressurised gas escaping from the reservoir being directed towards said opening for evacuating gases, characterised in that, in the initial position, the striker is located on one side of the opening for evacuating gases, with the mouth of the reservoir being located on the other side of the opening for evacuating gases in the duct, and in that the pyrotechnic charge is arranged at least partially in a housing arranged in said striker. - at least one pyrotechnic charge and means for igniting/activating said charge triggered during a predetermined condition, - a reservoir containing a pressurised gas and of which the mouth is closed by a sealing member, and - an opening for evacuating gases that communicates with at least one airbag (141, 142),
A pharmaceutical or cosmetic topical composition comprising, together with any acceptable pharmaceutically or cosmetically excipients and/or carriers: - a compound derived from hyaluronic acid which is selected from the group consisting of hyaluronic acid, a salt of hyaluronic acid, and mixtures thereof; and - an effective amount of a plant cell culture from Centella asiatica, said plant cell culture comprising an amount of madecassoside from 85 % to 95 % by weight in respect of the total weight of centellosides in the plant cell culture; and an amount of asiaticoside from 5 % to 15 % by weight in respect of the total weight of centellosides in the plant cell culture; and wherein the plant cell culture is obtainable by a method comprising: a) cultivating an undifferentiated plant cell from Centella asiatica by cell suspension in a suitable medium for a period comprised from 8 to 15 days, until stationary growing phase is reached, in order to obtain an in-stationary phase culture; b) adding from 2 to 6 dosis of a jasmonate compound to the growing culture for a period of time comprised from 13 to 18 days, wherein each one of the doses added corresponds to an amount such of jasmonate compound that the final concentration at the end of each addition is from 80 μM to 150 μM. - a compound derived from hyaluronic acid which is selected from the group consisting of hyaluronic acid, a salt of hyaluronic acid, and mixtures thereof; and - an effective amount of a plant cell culture from Centella asiatica, said plant cell culture comprising an amount of madecassoside from 85 % to 95 % by weight in respect of the total weight of centellosides in the plant cell culture; and an amount of asiaticoside from 5 % to 15 % by weight in respect of the total weight of centellosides in the plant cell culture; and a) cultivating an undifferentiated plant cell from Centella asiatica by cell suspension in a suitable medium for a period comprised from 8 to 15 days, until stationary growing phase is reached, in order to obtain an in-stationary phase culture; b) adding from 2 to 6 dosis of a jasmonate compound to the growing culture for a period of time comprised from 13 to 18 days, wherein each one of the doses added corresponds to an amount such of jasmonate compound that the final concentration at the end of each addition is from 80 μM to 150 μM.
A battery cell configured to have a structure in which an electrode assembly (200, 300, 400, 500, 600, 700, 800, 1000), comprising positive electrodes (204, 301, 401, 501), negative electrodes (205, 302, 402, 502), and separators disposed respectively between the positive electrodes and the negative electrodes, is mounted in a battery case, wherein the electrode assembly is provided with a deformation part (207, 403, 503, 701, 801, 802, 1001, 1002), a sectional width of which is discontinuously or continuously decreased, formed at at least a portion of an outer edge of the electrode assembly on the basis of positions of electrode terminals of the electrode assembly in vertical section, the battery case comprises two or more case members (601, 602) each made of a metal sheet, the case members being coupled to each other in a state in which the electrode assembly is mounted in the case members, at least one of the case members being provided with a receiving part having an internal shape corresponding to the deformation part of the electrode assembly, the battery case comprises a first case member having a receiving part, in which the electrode assembly is received, the first case member being open at one end thereof, and a second case member coupled to the open end of the first case member for sealing the receiving part, and the second case member is made of a plate-shaped member having a shape corresponding to the open end of the first case member, the battery case is made of aluminum or an aluminum alloy, and the second case member has a step shape, and is provided with a protruding terminal corresponding to the positive electrode terminal or the negative electrode terminal.
A method for preparing fuel using biological oils and fats, comprising: heating raw materials of biological oils and fats in a distillation still to obtain heated raw materials; (a) guiding the said heated raw materials into a catalytic distillation tower wherein a catalytic cracking-deoxygenation reaction of the said heated raw materials is carried out in the presence of a cracking-deoxygenation catalyst; (b) mixing the product of step (a) with hydrogen gas; and (c) proceeding with a catalytic hydrodeoxygenation reaction for the mixture from step (b) under heating in the presence of a hydrodeoxygenation catalyst. (a) guiding the said heated raw materials into a catalytic distillation tower wherein a catalytic cracking-deoxygenation reaction of the said heated raw materials is carried out in the presence of a cracking-deoxygenation catalyst; (b) mixing the product of step (a) with hydrogen gas; and (c) proceeding with a catalytic hydrodeoxygenation reaction for the mixture from step (b) under heating in the presence of a hydrodeoxygenation catalyst.
Method for producing an interdental brush which has a bristle-carrying stem which defines a longitudinal direction and comprises an elongate support core, a bristle field comprising bristles protruding from the bristle-carrying stem, and a neck element which connects the support core to a handle, said method comprising the following steps: injection molding the handle, the neck element and the support core integrally from a first plastics component made of hard material, inserting the support core in the longitudinal direction through a bristle field cavity opening of an injection mold into a bristle field cavity, securing the support core inserted into the bristle field cavity in order to prevent movement of the support core in the longitudinal direction, wherein the support core is centered in the bristle field cavity by means of supporting elements projecting toward the interior of the bristle field cavity, at a plurality of support points spaced apart from one another in the longitudinal direction, and injecting a second plastics component made of soft material from an injection point (51, 51") of the injection mold onto the support core in order to integrally form a layer on the support core and the bristles protruding therefrom, wherein the injection point (51, 51") of the second plastics component made of soft material is at the front end of the handle facing the neck element or at the rear end of the handle facing away from the neck element. injection molding the handle, the neck element and the support core integrally from a first plastics component made of hard material, inserting the support core in the longitudinal direction through a bristle field cavity opening of an injection mold into a bristle field cavity, securing the support core inserted into the bristle field cavity in order to prevent movement of the support core in the longitudinal direction, wherein the support core is centered in the bristle field cavity by means of supporting elements projecting toward the interior of the bristle field cavity, at a plurality of support points spaced apart from one another in the longitudinal direction, and injecting a second plastics component made of soft material from an injection point (51, 51") of the injection mold onto the support core in order to integrally form a layer on the support core and the bristles protruding therefrom, wherein the injection point (51, 51") of the second plastics component made of soft material is at the front end of the handle facing the neck element or at the rear end of the handle facing away from the neck element.
An extracorporeal blood circulation system running from a blood collection unit to a blood returning unit, wherein the extracorporeal blood circulation system comprises the following: a blood component adjuster; a blood purification device; a tubing system comprising a pump for supply of blood from the blood collection unit to the blood component adjuster in dialysis mode, a valve for supply of physiological saline or air from a tubing system in place of blood, in reinfusion mode, and a pressure gauge for detection of pressure loss of the blood component adjuster; a bypass tubing system comprising a valve for supply of blood to the blood purification device bypassing the blood component adjuster, and supply of physiological saline or air in reinfusion mode; a tubing system which comprises pressure gauges (5', 5") for detecting pressure loss of the blood component adjuster and/or blood purification device, and connects the blood component adjuster and the blood purification device; a tubing system comprising a pressure gauge for returning blood from the blood purification device to the blood returning unit and for detecting pressure loss of the blood purification device, in dialysis mode, and if necessary a valve for recovering physiological saline or air in the tubing system in place of blood, in reinfusion mode; and a control unit having a function for switching between the tubing system and the bypass tubing system, based on pressure loss of the blood component adjuster, and a function for switching between dialysis mode and reinfusion mode, based on pressure loss of the blood purification device. a blood component adjuster; a blood purification device; a tubing system comprising a pump for supply of blood from the blood collection unit to the blood component adjuster in dialysis mode, a valve for supply of physiological saline or air from a tubing system in place of blood, in reinfusion mode, and a pressure gauge for detection of pressure loss of the blood component adjuster; a bypass tubing system comprising a valve for supply of blood to the blood purification device bypassing the blood component adjuster, and supply of physiological saline or air in reinfusion mode; a tubing system which comprises pressure gauges (5', 5") for detecting pressure loss of the blood component adjuster and/or blood purification device, and connects the blood component adjuster and the blood purification device; a tubing system comprising a pressure gauge for returning blood from the blood purification device to the blood returning unit and for detecting pressure loss of the blood purification device, in dialysis mode, and if necessary a valve for recovering physiological saline or air in the tubing system in place of blood, in reinfusion mode; and a control unit having a function for switching between the tubing system and the bypass tubing system, based on pressure loss of the blood component adjuster, and a function for switching between dialysis mode and reinfusion mode, based on pressure loss of the blood purification device.
A method for the operational change of the hydraulic resistance of a liquid at the outlet from a container for the liquid, which is under pressure, wherein: - at the outlet from the container an additional container is situated, which is provided in the form of a working chamber with changing volumes with one or several end openings, - the volume of the additional container is changed depending on the volume of the liquid, which is contained in the working chamber of the additional container, or depending on the change of the physical parameters of the process or according to the discontinued program, characterized in that the volume of the indicated additional container is changed with the aid of the elements of the additional container moving in the axial direction in split design according to the present claims 2 to 6, for example, with the aid of a moving partition arranged therein, which is offset in the axial direction. - at the outlet from the container an additional container is situated, which is provided in the form of a working chamber with changing volumes with one or several end openings, - the volume of the additional container is changed depending on the volume of the liquid, which is contained in the working chamber of the additional container, or depending on the change of the physical parameters of the process or according to the discontinued program,
An electrochemical cell, which comprises a membrane electrode assembly (34, 44), having an anode side and a cathode side, and a diffusion bonded bipolar plate assembly, the bipolar plate assembly comprising: - a water flowfield (28, 50); - an oxygen screen/frame assembly (10, 46) having a screen mesh including a plurality of openings forming fluid-flow spaces; and - a hydrophilic porous plate (30, 48) comprising a sintered metallic porous membrane for water/gas separation, the hydrophilic porous plate (30, 48) being located between and diffusion bonded to the water flowfield (28, 50) and the oxygen screen/frame assembly (10, 46), and the oxygen screen/frame assembly (10, 46) being located on the cathode side of the membrane electrode assembly (34, 44). - a water flowfield (28, 50); - an oxygen screen/frame assembly (10, 46) having a screen mesh including a plurality of openings forming fluid-flow spaces; and - a hydrophilic porous plate (30, 48) comprising a sintered metallic porous membrane for water/gas separation, the hydrophilic porous plate (30, 48) being located between and diffusion bonded to the water flowfield (28, 50) and the oxygen screen/frame assembly (10, 46), and the oxygen screen/frame assembly (10, 46) being located on the cathode side of the membrane electrode assembly (34, 44).
Regenerative shock absorber comprising: a piston disposed for reciprocating motion within a cylinder as a vehicle's suspension system deflects; hydraulic fluid contained within the cylinder; a first fluid circuit in fluid communication with a first chamber in the cylinder on a first side of the piston, in fluid communication with an hydraulic motor and in fluid communication with a capacitive reservoir, wherein upon compression of the piston, hydraulic fluid passes through the hydraulic motor thereby turning a shaft thereof and a second fluid circuit in fluid communication with a second chamber in the cylinder on a second side of the piston and in fluid communication with the first chamber, wherein upon extension of the piston, hydraulic fluid in said second fluid circuit directly passes from the second chamber to the first chamber; and an electric generator connected to the hydraulic motor shaft for generating electricity upon rotation of the shaft. a piston disposed for reciprocating motion within a cylinder as a vehicle's suspension system deflects; hydraulic fluid contained within the cylinder; a first fluid circuit in fluid communication with a first chamber in the cylinder on a first side of the piston, in fluid communication with an hydraulic motor and in fluid communication with a capacitive reservoir, wherein upon compression of the piston, hydraulic fluid passes through the hydraulic motor thereby turning a shaft thereof and a second fluid circuit in fluid communication with a second chamber in the cylinder on a second side of the piston and in fluid communication with the first chamber, wherein upon extension of the piston, hydraulic fluid in said second fluid circuit directly passes from the second chamber to the first chamber; and an electric generator connected to the hydraulic motor shaft for generating electricity upon rotation of the shaft.