mhurhangee/ep-ind-claims huggingface dataset:
Electrical line protection apparatus of the circuit breaker type comprising at least one pair of respectively fixed and movable contacts, a lever for controlling said contacts (6, 7) between a first gap position and a second contact position, said lever being connected to the movable contact by means of a mechanical lock based on a toggle joint comprising, on the one hand, a link rod and, on the other hand, an assembly pivoting against return means and comprising a movable contact holder and a tripping device mounted in relative rotation, the tripping device cooperating with at least one actuator capable of passing on an electrical fault on the line, one of the ends of the link rod being rotationally mounted on the periphery of the lever and the other end being positioned in equilibrium in abutment against a protuberance of the contact holder and being held by a tip of the tripping device, an action on the tripping device causing it to rotate relative to the contact holder and the lock to tilt under the effect of said return means by breaking said equilibrium, causing the end of the link rod to be released beyond the protuberance relative to the axis of rotation of the tripping device / contact holder assembly, return means connected to the lever bringing said link rod and its released end towards the axis of rotation of the lever along a path outside of said assembly, characterised in that it comprises an obstacle placed on said path that blocks the link rod / lever assembly in an intermediate position indicating the tripping of the lock following an electrical fault on a line, said obstacle being at least partly retractable and/or deformable when the force exerted on the lever is greater than the resultant force of the return means of the lever, and in that the obstacle comprises a projection extending towards the inside of the frontage of the casing of the apparatus from which the control lever projects, or extending towards the inside of a wall that orients itself substantially parallel to and in the vicinity of said frontage of an element of the shield type integral with the casing and cooperating with the released end of the link rod.
An apparatus (42, 44) for a wireless communication system, comprising: means for determining a transmission energy setpoint to achieve a transmission frame error rate; means for adjusting the transmission energy setpoint on occurrence of a transmission error; means for determining a retransmission energy setpoint to achieve a retransmission frame error rate; and means for adjusting the retransmission energy setpoint on occurrence of a retransmission error. means for determining a transmission energy setpoint to achieve a transmission frame error rate; means for adjusting the transmission energy setpoint on occurrence of a transmission error; means for determining a retransmission energy setpoint to achieve a retransmission frame error rate; and means for adjusting the retransmission energy setpoint on occurrence of a retransmission error.
A process for the separation of monoethylene glycol from a glycol stream comprising MEG and 1,2-butanediol (1,2-BDO), said process comprising the steps of: (a) providing the glycol stream and an azeotrope-forming agent to a distillation column,(b) subjecting the glycol stream and the azeotrope-forming agent to distillation at a distillation temperature and a distillation pressure; (c) obtaining a first overhead stream comprising an azeotrope of MEG and the azeotrope-forming agent and a first bottoms stream comprising 1,2-BDO; and (d) subjecting the first overhead stream to phase separation in the presence of water to obtain an MEG-rich aqueous stream and an azeotrope-forming agent rich stream, wherein the azeotrope-forming agent is dimethylcycylohexylamine that forms a homogeneous azeotrope with MEG and does not form an azeotrope with 1,2-BDO at the distillation temperature and pressure.
A method for treatment of a substrate surface of a substrate by applying a liquid to the substrate surface or to a layer which is present on the substrate surface, the liquid which has been applied to the substrate surface being heated by a heating area (6u, 6u', 6u", 6u"', 6u IV, 6u V) which is located above and/or below the substrate surface, wherein the temperature T R of the liquid is kept constant by moving the heating area (6u, 6u', 6u", 6u"', 6u IV, 6u V) up and down, wherein the substrate forms a base for the applied liquid and a border of a substrate holder prevents the liquid from draining, characterized in that the border forms with the substrate a trough for accommodating the liquid during the treatment.
A multi-wavelength composite light-storing powder, comprising: a light-storing material containing rare earth elements and an organic compound having a steric structure according to diimide bond, wherein said organic compound is formed and fused on a surface of said light-storing material containing rare earth elements, in a high speed gas flow and in an environment of extremely low temperature in the range from -100 °C to -196 °C, wherein said light-storing material containing said rare earth elements is MAl 2 O 4: Eu,N, and said organic compound is 4,4'-diamino-2,2'-stilbenedisulfonic acid. a light-storing material containing rare earth elements and an organic compound having a steric structure according to diimide bond, wherein said organic compound is formed and fused on a surface of said light-storing material containing rare earth elements, in a high speed gas flow and in an environment of extremely low temperature in the range from -100 °C to -196 °C, wherein said light-storing material containing said rare earth elements is MAl 2 O 4: Eu,N, and said organic compound is 4,4'-diamino-2,2'-stilbenedisulfonic acid.
A hearing device comprising: - a housing comprising one or more wall portions defining an inner space and including a cavity extending through a wall portion of the housing; - a speaker provided in the inner space, - a circuit board layer, - an optical transducer mounted in the cavity, the optical transducer being mounted on the circuit board layer such that a spacing exists between a side of the optical transducer and a sidewall of the cavity; the circuit board layer extending underneath the wall portion and touching the wall portion such that the optical transducer is held within the cavity and - a protective substance forming a shield over the optical transducer and the cavity, the protective substance configured to affect a field of view of the optical transducer characterized in that the protective substance includes one or more sealing glues, the one or more sealing glues filling the cavity and forming the shield as an outwardly curved shield. - a housing comprising one or more wall portions defining an inner space and including a cavity extending through a wall portion of the housing; - a speaker provided in the inner space, - a circuit board layer, - an optical transducer mounted in the cavity, the optical transducer being mounted on the circuit board layer such that a spacing exists between a side of the optical transducer and a sidewall of the cavity; the circuit board layer extending underneath the wall portion and touching the wall portion such that the optical transducer is held within the cavity and - a protective substance forming a shield over the optical transducer and the cavity, the protective substance configured to affect a field of view of the optical transducer
Electric battery module for a motor vehicle, comprising a heating and/or air-conditioning device for a motor vehicle, said device comprising a first heat exchanger and a second heat exchanger, the first and the second heat exchanger (2, 3) being able to modify the temperature of an air flow passing through in a direction of flow, and at least one ventilation member that is able to set said air flow in motion, said ventilation member being a fan of the centrifugal type, characterized in that at least the ventilation member is disposed downstream of the first and the second heat exchanger (2, 3) relative to the direction of flow of the air flow passing through, and ensures that the air travels in a straight line from the inlet of the device to the inlet of the fan.
Optical reader comprising an array of individually drivable, adjacent light sources, and a driver adapted to drive the light sources of the array in an illumination mode, an aiming mode, and a reading outcome indication mode, the driver switching on only a first subset of the sources during the illumination mode, characterised: - in that the light sources of the array are made in the form of an integrated circuit on a common substrate; and - in that the driver switches on only a subset of the sources of the first subset when in an aiming mode or in a reading outcome indication mode. - in that the light sources of the array are made in the form of an integrated circuit on a common substrate; and - in that the driver switches on only a subset of the sources of the first subset when in an aiming mode or in a reading outcome indication mode.
A spectroscopic analysis apparatus comprising: a light source that is adapted to generate light incident on a sample comprising DNA fragments labeled by a plurality of fluorescent labeled substances in accordance with a base sequence, the different bases being labeled by different fluorescent substances; a spectrometer that is adapted to disperse observed light generated in the sample by the light incident on the sample; a detector that is adapted to detect the observed light dispersed by the spectrometer to output observed spectral data; and a processor that is adapted to analyze the DNA fragments included in the sample based on the observed spectral data output from the detector, the processor analyzing a concentration of each base of the DNA fragment from the observed spectral data using a generalized inverse of a matrix including, as an element, reference spectrum data set for the plurality of labeled substances, wherein the sample that is PCR amplified is subjected to electrophoresis to separate the DNA fragments by size, the spectral data is obtained for each size of the DNA fragments, characterized in that the concentration of the each base of the DNA fragments separated by size is analyzed based on a plurality of the observed spectral data and the generalized inverse of the matrix, a distribution of the concentration of the base is obtained for each size of the DNA fragments by analyzing the concentration of the each base of the DNA fragments separated by size, and a DNA test is performed according to the distribution of the concentrations of the base. a light source that is adapted to generate light incident on a sample comprising DNA fragments labeled by a plurality of fluorescent labeled substances in accordance with a base sequence, the different bases being labeled by different fluorescent substances; a spectrometer that is adapted to disperse observed light generated in the sample by the light incident on the sample; a detector that is adapted to detect the observed light dispersed by the spectrometer to output observed spectral data; and a processor that is adapted to analyze the DNA fragments included in the sample based on the observed spectral data output from the detector, the processor analyzing a concentration of each base of the DNA fragment from the observed spectral data using a generalized inverse of a matrix including, as an element, reference spectrum data set for the plurality of labeled substances, wherein the sample that is PCR amplified is subjected to electrophoresis to separate the DNA fragments by size, the spectral data is obtained for each size of the DNA fragments, characterized in that the concentration of the each base of the DNA fragments separated by size is analyzed based on a plurality of the observed spectral data and the generalized inverse of the matrix, a distribution of the concentration of the base is obtained for each size of the DNA fragments by analyzing the concentration of the each base of the DNA fragments separated by size, and a DNA test is performed according to the distribution of the concentrations of the base.
A plasma deposition source adapted for transferring a deposition gas into a plasma phase and for depositing, from the plasma phase, a thin film onto a substrate moving in a substrate transport direction in a vacuum chamber, the plasma deposition source comprising: an electrode device adapted to be disposed in the vacuum chamber and comprising at least one RF electrode, the electrode having an electrode width parallel to and an electrode length perpendicular to the substrate transport direction, and being arranged opposite to the moving substrate, and wherein a normalized plasma volume is provided by a plasma volume defined between an electrode surface and an opposing substrate position, divided by the electrode length; a RF power generator adapted for supplying RF power to the RF electrode, wherein the RF electrode has at least one gas inlet arranged at one edge of the RF electrode and at least one gas outlet arranged at the opposing edge of the RF electrode, characterized in that the electrode width of the RF electrode parallel to the substrate transport direction is less than a critical depletion length of a depletion profile of the deposition gas, and/or wherein an electrode-substrate gap distance is such that the critical depletion length of the deposition gas is equal to or larger than an electrode width of the RF electrode parallel to the substrate transport direction, wherein the critical depletion length is defined at about 10% of a maximum mole fraction of the deposition gas. an electrode device adapted to be disposed in the vacuum chamber and comprising at least one RF electrode, the electrode having an electrode width parallel to and an electrode length perpendicular to the substrate transport direction, and being arranged opposite to the moving substrate, and wherein a normalized plasma volume is provided by a plasma volume defined between an electrode surface and an opposing substrate position, divided by the electrode length; a RF power generator adapted for supplying RF power to the RF electrode, wherein the RF electrode has at least one gas inlet arranged at one edge of the RF electrode and at least one gas outlet arranged at the opposing edge of the RF electrode, characterized in that the electrode width of the RF electrode parallel to the substrate transport direction is less than a critical depletion length of a depletion profile of the deposition gas, and/or wherein an electrode-substrate gap distance is such that the critical depletion length of the deposition gas is equal to or larger than an electrode width of the RF electrode parallel to the substrate transport direction, wherein the critical depletion length is defined at about 10% of a maximum mole fraction of the deposition gas.
A device (10, 32) for processing fruit or vegetables, the device (10, 32) comprising: (i) a first chamber (12, 34) having a first ingress (14, 36) for air, a second ingress (16, 38) for the fruit or vegetables, and means for reducing the fruit or vegetables to small particles; and (ii) a second chamber (24, 46) connected to the first chamber (12, 34), the second chamber (24, 46) have an ingress (26, 48) to receive fruit and vegetables from the first chamber (12, 34) and an egress (28, 50) for the processed fruit or vegetables, such that in use, fruit or vegetables is passed into the first chamber (12, 34) via the second ingress (16, 38) with concomitant passage of air into the first chamber (12, 34) via the first ingress (14, 36) with the air acting to dry the fruit or vegetables whilst the fruit or vegetables is reduced to small particles within the first chamber(12, 34), and wherein the resultant dried fruit or vegetables passes from the first chamber (12, 34) to the second chamber (24, 46) for collection via the egress (28, 50) of the second chamber (24, 46), characterized in that the second ingress (16, 38) is provided with a seal that prevents air within the first chamber (12, 34) exiting the first chamber (12, 34) via the second ingress (16, 38), and/or the egress (28, 50) of the second chamber (24, 46) comprises a cyclone dryer. (i) a first chamber (12, 34) having a first ingress (14, 36) for air, a second ingress (16, 38) for the fruit or vegetables, and means for reducing the fruit or vegetables to small particles; and (ii) a second chamber (24, 46) connected to the first chamber (12, 34), the second chamber (24, 46) have an ingress (26, 48) to receive fruit and vegetables from the first chamber (12, 34) and an egress (28, 50) for the processed fruit or vegetables, such that in use, fruit or vegetables is passed into the first chamber (12, 34) via the second ingress (16, 38) with concomitant passage of air into the first chamber (12, 34) via the first ingress (14, 36) with the air acting to dry the fruit or vegetables whilst the fruit or vegetables is reduced to small particles within the first chamber(12, 34), and wherein the resultant dried fruit or vegetables passes from the first chamber (12, 34) to the second chamber (24, 46) for collection via the egress (28, 50) of the second chamber (24, 46), characterized in that the second ingress (16, 38) is provided with a seal that prevents air within the first chamber (12, 34) exiting the first chamber (12, 34) via the second ingress (16, 38), and/or the egress (28, 50) of the second chamber (24, 46) comprises a cyclone dryer.
Motor member for a clock movement equipped with a barrel comprising a drum, and at least one spring, the spring being wound inside the barrel, the inner coil of the spring being coupled to a core, and the outer coil of the spring being in contact with the inner circular wall of the drum, the drum comprising, on the inner circular wall thereof, axial means for retaining the spring in the form of a peripheral groove, and the spring comprising complementary retaining means configured to engage with the axial retaining means so as to axially maintain the spring inside the barrel.
An energy storage system is provided having at least one energy storage module and also having a system storage capacity as well as a system output to withdraw (En) and release (Ep) energy to the power networks (5, 61, 62) that are connected to the energy storage system, whereby the energy storage system is provided for connection to a non-local power network in order to carry out received, non-location-bound regulation and system tasks (NLRS), comprising the provision of primary and secondary operating reserve in transmission or distribution networks of the public power grid as a non-local power network, characterized in that the energy storage system is additionally provided for connection to one or more inplant power networks, power networks within a single building or within building complexes or power networks of a wind power plant or of a solar power plant as geographically very limited local power networks (61, 62) in order to carry out received location-bound regulation and system tasks so as to improve the quality of a local network in the local power network(s) (61, 62), and said energy storage system is configured in such a way that, via at least one interface (12a, 12b, 12c) of the energy storage system, it can be connected to a communication network and in such a way that it can receive at least the non-location-bound regulation and system tasks (NLRS) via the communication network, and said energy storage system comprises a control unit that is configured to control (SL, SG) the withdrawal (En) of energy from and the release (Ep) of energy into the connected power networks (5, 61, 62) in accordance with the location-bound and non-location-bound regulation and system tasks (LRS, NLRS) simultaneously for all of the connected power networks (5, 61, 62), whereby the control unit is configured to control the non-location-bound regulation and system tasks (NLRS) only within the scope of the free portions (SKg, Lg) of the system storage capacities and/or the system output that are not needed for the location-bound regulation and system tasks, whereby the energy storage system comprises one or more measuring units for measuring one or more pieces of relevant data in the appertaining connected local power network (61, 62), and in that the control unit is configured to execute the control of the energy storage system for the location-bound regulation and system tasks in this local power network (61, 62) on the basis of the measured relevant data.
Agricultural mixer in particular including a mixing tank and a loading arm, the loading arm carrying a product loading auger and a device for conveying products towards the mixing tank, the conveying device including a forth roller positioned downstream and in the proximity of the loading auger, a hind roller positioned in the proximity of the mixing tank and a conveyor belt wrapped around the said rollers (29 and 30), the loading arm also carrying a device for tensioning the conveyor belt, characterised in that the tensioning device includes at least one jack (35, 36) connected to the forth roller and to the loading arm such that the activation of the jack (35, 36) causes the forth roller to move relative to the loading arm and such that the at least one jack (35, 36) is connected to an accumulator.
An OBD connector protective cover for protecting an OBD connector provided for a vehicle, comprising: a body case that comprises an opening, the body case accommodating an entire OBD connector through the opening; a slide cover that is slidably attached to the body case and opens/closes the opening by sliding thereof; and a lock mechanism that comprises a key cylinder placed on a forefront of the slide cover in a visually observable manner and locks the slide cover through operation of the key cylinder, characterized in that the lock mechanism further comprises: a key plate that engages with a plate insertion hole of the slide cover and a plate engagement groove in the body case to thereby set the slide cover in a non-slidable state; and a lock pin that is inserted into a lock hole of the key plate from the key cylinder through operation of the key cylinder to thereby lock the slide cover set in the non-slidable state. a body case that comprises an opening, the body case accommodating an entire OBD connector through the opening; a slide cover that is slidably attached to the body case and opens/closes the opening by sliding thereof; and a lock mechanism that comprises a key cylinder placed on a forefront of the slide cover in a visually observable manner and locks the slide cover through operation of the key cylinder, characterized in that the lock mechanism further comprises: a key plate that engages with a plate insertion hole of the slide cover and a plate engagement groove in the body case to thereby set the slide cover in a non-slidable state; and a lock pin that is inserted into a lock hole of the key plate from the key cylinder through operation of the key cylinder to thereby lock the slide cover set in the non-slidable state. a key plate that engages with a plate insertion hole of the slide cover and a plate engagement groove in the body case to thereby set the slide cover in a non-slidable state; and a lock pin that is inserted into a lock hole of the key plate from the key cylinder through operation of the key cylinder to thereby lock the slide cover set in the non-slidable state.
An isolated amylase variant comprising the amino acid sequence selected from the group consisting of SEQ ID NO: 9, 10, 11 or 12, wherein the first amino acid residue of SEQ ID NO: 9, 10, 11 or 12 is replaced by a Threonine residue.