mhurhangee/ep-ind-claims huggingface dataset:
A device for purification of grey water comprising: i. an air tight container for holding grey water comprising an outlet port for discharging out foam; ii. the container comprising a means for aeration of contents of the container; iii. a foam conveyor connected to the outlet port; iv. a foam breaking device wherein the outlet port is in fluid communication with said foam breaking device comprising: a. an inverted cup b. a collection tray; c. a disc connected to a motor to facilitate rotation of the disc; wherein the foam conveyor establishes fluid communication between the outlet port and the disc of the foam breaking device wherein; - either the foam breaking device is placed external to the container and is such that the inverted cup has an open mouth which is positioned in the collection tray, the disc being placed in the inverted cup and rotatably connected to the base of the inverted cup; - or the inverted cup is positioned over the collection tray and fixed to the collection tray and is provided with an air vent, the disc being placed above the collection tray and rotatably connected to the lid of the collection tray, - the device being characterised in that the surface of the disc is rough and has concentric corrugations. i. an air tight container for holding grey water comprising an outlet port for discharging out foam; ii. the container comprising a means for aeration of contents of the container; iii. a foam conveyor connected to the outlet port; iv. a foam breaking device a. an inverted cup b. a collection tray; c. a disc connected to a motor to facilitate rotation of the disc; - either the foam breaking device is placed external to the container and is such that the inverted cup has an open mouth which is positioned in the collection tray, the disc being placed in the inverted cup and rotatably connected to the base of the inverted cup; - or the inverted cup is positioned over the collection tray and fixed to the collection tray and is provided with an air vent, the disc being placed above the collection tray and rotatably connected to the lid of the collection tray, - the device being characterised in that the surface of the disc is rough and has concentric corrugations.
Method for assisting the piloting of an aircraft during a parabolic flight in order to generate weightlessness in the aircraft, said aircraft comprising a control stick capable of actuation by a pilot to alter its position and configured to act on at least one elevator so as to generate piloting of the aircraft AC on the pitch axis according to the position of said control stick, said method comprising a sequence of steps, carried out in an automatic and repeated manner, during a parabolic flight of the aircraft and consisting in real time in: a) computing a control stick command corresponding to an optimum current position of the control stick for parabolic flight; b) determining an effective current position of the control stick; and c) simultaneously showing, on at least one scale of control stick positions which is displayed on a screen of the cockpit: - a first indicator representing said control stick command computed in step a); and - a second indicator representing said effective current position of the control stick, determined in step b), characterized in that in step a) said control stick command C is computed on the basis of the following equation: C = k 0 + k 1 * cos θ / V + k 2 * sin 2 θ / V 2 in which: - θ is a current angle of pitch of the aircraft; - V is a current speed of the aircraft; and - k 0, k 1 and k 2 are predetermined constants. a) computing a control stick command corresponding to an optimum current position of the control stick for parabolic flight; b) determining an effective current position of the control stick; and c) simultaneously showing, on at least one scale of control stick positions which is displayed on a screen of the cockpit: - a first indicator representing said control stick command computed in step a); and - a second indicator representing said effective current position of the control stick, determined in step b), - a first indicator representing said control stick command computed in step a); and - a second indicator representing said effective current position of the control stick, determined in step b), - θ is a current angle of pitch of the aircraft; - V is a current speed of the aircraft; and - k 0, k 1 and k 2 are predetermined constants.
Rotor blade for a wind turbine with a trailing edge termination flange which is arranged between a rotor blade half-shell on the suction side and a rotor blade half-shell on the pressure side, characterised in that the trailing edge termination flange is constructed as a laminate component in a sandwich construction with a first core material which has a first specific density and a second core material which is arranged along a transition region between the trailing edge termination flange and the rotor blade half-shell and has a second specific density, and the second specific density is greater than the first specific density.
Motor vehicle display device for displaying at least one display object, comprising a first display apparatus and a second display apparatus, each having a display surface (12, 14), wherein at least one of the two display apparatuses is configured to produce the at least one display object in a first predetermined sub-region (1, 2, 3, 4, 5, 6) on the respective display surface (12, 14), wherein - the respective display surfaces (12, 14) are designed as mirroring display surfaces; and - the respective display surfaces (12, 14) are arranged parallel to each other and facing each other such that a mirror shaft is formed between the respective display surfaces (12, 14) of the first display apparatus and of the second display apparatus, such that the display surfaces (12, 14) are mirrored in one another inside the mirror shaft; wherein - at least a second predetermined sub-region of the display surface of the first display apparatus is arranged outside the mirror shaft; wherein - the motor vehicle display device is configured to mirror the at least one display object produced in the first predetermined sub-region (1, 2, 3, 4, 5, 6), after a predefinable number of mirrorings inside the mirror shaft, in the second predetermined sub-region of the first display apparatus; characterised in that the respective display surfaces (12, 14) are designed in one piece, in each case as a single display; and at least one of the two display apparatuses is configured to change a brightness of the display object to be shown depending on the position at which the at least one display object is to be shown, wherein at least one of the two display apparatuses is configured to vary a respective brightness of the respective display object along a longitudinal direction and to show the display object brighter in the first predetermined sub-region (1, 2, 3, 4, 5, 6) the greater the distance from the first predetermined sub-region (1, 2, 3, 4, 5, 6) to the second predetermined sub-region. - the respective display surfaces (12, 14) are designed as mirroring display surfaces; and - the respective display surfaces (12, 14) are arranged parallel to each other and facing each other such that a mirror shaft is formed between the respective display surfaces (12, 14) of the first display apparatus and of the second display apparatus, such that the display surfaces (12, 14) are mirrored in one another inside the mirror shaft; wherein - at least a second predetermined sub-region of the display surface of the first display apparatus is arranged outside the mirror shaft; wherein - the motor vehicle display device is configured to mirror the at least one display object produced in the first predetermined sub-region (1, 2, 3, 4, 5, 6), after a predefinable number of mirrorings inside the mirror shaft, in the second predetermined sub-region of the first display apparatus;
A high-pressure fuel supply pump, comprising: a plunger that reciprocates; a cylinder including a part that guides the reciprocation of the plunger; a pressurizing chamber formed in the cylinder; and a pump body that holds the cylinder, wherein the cylinder is formed in a cylindrical shape with a bottom, and includes a large-diameter part and a small-diameter part, and a surface of the cylinder is subjected to a surface pressure and pressed to the pump body in a direction in which the plunger reciprocates in a compression process, and the pressed surface of the cylinder is an annular step surface formed between the large-diameter part and an intermediate part of the cylinder having a smaller diameter than the small-diameter part, and the annular step surface seals the pressurizing chamber so as to prevent the pressurized fuel from leaking. a plunger that reciprocates; a cylinder including a part that guides the reciprocation of the plunger; a pressurizing chamber formed in the cylinder; and a pump body that holds the cylinder, wherein the cylinder is formed in a cylindrical shape with a bottom, and includes a large-diameter part and a small-diameter part, and a surface of the cylinder is subjected to a surface pressure and pressed to the pump body in a direction in which the plunger reciprocates in a compression process, and the pressed surface of the cylinder is an annular step surface formed between the large-diameter part and an intermediate part of the cylinder having a smaller diameter than the small-diameter part, and the annular step surface seals the pressurizing chamber so as to prevent the pressurized fuel from leaking.
A control unit for a motorized device, having: a brushless motor, a current supply, and an operating unit which is activatable by a user, wherein the control unit is adapted to control commutation of the motor by multiple circuit breakers (12, 13, 14, 15, 16, 17) connected to the current supply, and to initiate electronic deceleration of the motor, characterized in that the control unit is adapted to deactivate the motor for a respective speed-dependent time period to upon detecting a speed of the motor or a defined point in time by means of a position sensor, and to keep the motor in an active switched-on operating state in the meantime, wherein a control means is provided, which is adapted to initiate switch-off of the control unit in an automated manner upon a standstill of the motor being reached, further wherein a memory is provided, in which target values t D,TARGET for the speed-dependent time periods to are stored for a plurality of motor speeds across the entire motor speed range. a brushless motor, a current supply, and an operating unit which is activatable by a user, wherein the control unit is adapted to control commutation of the motor by multiple circuit breakers (12, 13, 14, 15, 16, 17) connected to the current supply, and to initiate electronic deceleration of the motor, characterized in that the control unit is adapted to deactivate the motor for a respective speed-dependent time period to upon detecting a speed of the motor or a defined point in time by means of a position sensor, and to keep the motor in an active switched-on operating state in the meantime, wherein a control means is provided, which is adapted to initiate switch-off of the control unit in an automated manner upon a standstill of the motor being reached, further wherein a memory is provided, in which target values t D,TARGET for the speed-dependent time periods to are stored for a plurality of motor speeds across the entire motor speed range.
Flexible insulating material based on a rubber mixture having high temperature resistance, characterized in that the rubber mixture is at least to some extent uncrosslinked and plastically deformable, and has a Mooney viscosity ML(1+4) of from 5 to 20 MU at 23°C, determined in accordance with DIN 53523 Part 3, and has a pore structure and comprises from 2 to 100 phr of microspheres in order to form the pore structure, and comprises a black pigment preparation and a flame retardant.
A cold appliance, such as a refrigerator or a freezer, comprising a cabinet having a cold compartment and a cooling module, wherein the cooling module comprises an air outlet delivering cooled air to the cold compartment, an air inlet receiving air from the cold compartment, an evaporator, and an evaporator fan, which generates an air flow from the air inlet, through the evaporator, and out of the air outlet, characterized in that the cooling module further comprises a pre-defrost plate, which is arranged on top of the evaporator, such that the air from the cold compartment is guided by the pre-defrost plate before reaching the evaporator such that at least some humidity in the air sticks to the pre-defrost plate and wherein the pre-defrost plate is arranged in thermal contact with the evaporator such that when the evaporator is heated for defrosting the pre-defrost plate also is defrosted.
A method for continuously supplying power to an external element, characterized by comprising the following steps: when a terminal device switches from a first operating system to a second operating system, a proxy external element application is generated in the second operating system so that the proxy external element application is associated with said external element; by means of this proxy external element application, the external element which is associated with an application in the first operating system before the above switch operation is continuously supplied with power after the above switch operation. when a terminal device switches from a first operating system to a second operating system, a proxy external element application is generated in the second operating system so that the proxy external element application is associated with said external element; by means of this proxy external element application, the external element which is associated with an application in the first operating system before the above switch operation is continuously supplied with power after the above switch operation.
Electric charge dissipation system for a wind turbine blade, wherein the wind turbine blade comprises a root, an internal surface, an external surface and a first conductive paint disposed at least partially on the external surface, wherein the system comprises: • at least one metallic receptor assembly (7, 8) disposed at least partially on the external surface of the blade, • at least one conductor cable connected to the at least one metallic receptor assembly (7, 8), characterized in that the system further comprises at least one first anti-static element configured to electrically connect the first conductive paint disposed at least partially on the external surface of the blade with the at least one metallic receptor assembly (7, 8), and wherein the at least one first anti-static element is a resistive element comprising a resistance in the interval [1 kΩ, 10 MΩ]. • at least one metallic receptor assembly (7, 8) disposed at least partially on the external surface of the blade, • at least one conductor cable connected to the at least one metallic receptor assembly (7, 8),
Reinforcement element comprising a proximal end, a distal end, at least one transverse rod, and at least one longitudinal rod (210,220), wherein the at least one longitudinal rod (210,220) comprises a top longitudinal rod, and wherein the at least one transverse rod is connected to the top longitudinal rod; - wherein the at least one transverse rod comprises at least two slightly slanted legs and at least one greatly slanted leg; wherein both the slightly slanted legs and the at least one greatly slanted leg run obliquely upwards in the direction of the proximal end; and wherein the slightly slanted legs form an angle α with the top longitudinal rod which is greater than the angle β which the greatly slanted legs form with the top longitudinal rod; - and characterized in that the two outer legs at the proximal end of the at least one transverse rod are at least two consecutive slightly slanted legs. - wherein the at least one transverse rod comprises at least two slightly slanted legs and at least one greatly slanted leg; wherein both the slightly slanted legs and the at least one greatly slanted leg run obliquely upwards in the direction of the proximal end; and wherein the slightly slanted legs form an angle α with the top longitudinal rod which is greater than the angle β which the greatly slanted legs form with the top longitudinal rod; - and characterized in that the two outer legs at the proximal end of the at least one transverse rod are at least two consecutive slightly slanted legs.
A method of locating one or more radio frequency identification (RFID) tags comprising: illuminating at least one RFID tag by an exciter using a plurality of frequencies; receiving information signals from the illuminated at least one RFID tag by a plurality of receive antennas (20-1; 20-2; 20-3); measuring phases of the received information signals from the illuminated at least one RFID tag by the plurality of receive antennas (20-1; 20-2; 20-3); determining a group delay for the received information signals from the at least one illuminated RFID tag received by each of the plurality of receive antennas (20-1; 20-2; 20-3) where the group delay is a ratio of the difference in the measured phases versus the difference in frequency; and identifying a location of the at least one RFID tag based on the determined group delay of the received information signals; the method characterized by: repeating the operations to produce multiple read points; determining a read rate, which is the ratio of the number of times an RFID tag is read to the number of times in which the RFID tag could have been read during excitation of an exciter; generating a probability distribution model based on the determined group delay and read rate; and estimating the location of the at least one RFID tag using the probability distribution model. illuminating at least one RFID tag by an exciter using a plurality of frequencies; receiving information signals from the illuminated at least one RFID tag by a plurality of receive antennas (20-1; 20-2; 20-3); measuring phases of the received information signals from the illuminated at least one RFID tag by the plurality of receive antennas (20-1; 20-2; 20-3); determining a group delay for the received information signals from the at least one illuminated RFID tag received by each of the plurality of receive antennas (20-1; 20-2; 20-3) where the group delay is a ratio of the difference in the measured phases versus the difference in frequency; and identifying a location of the at least one RFID tag based on the determined group delay of the received information signals; repeating the operations to produce multiple read points; determining a read rate, which is the ratio of the number of times an RFID tag is read to the number of times in which the RFID tag could have been read during excitation of an exciter; generating a probability distribution model based on the determined group delay and read rate; and estimating the location of the at least one RFID tag using the probability distribution model.
A process for preparing a structured metal-ceramic substrate, characterized by the following process steps: (1.1) applying of a thick-film paste containing Cu as a metal onto a ceramic substrate; (1.1a) sintering the thick-film paste at a temperature below 1025°C; (1.2) applying of a metal foil onto the thick-film layer of the ceramic substrate; and (1.3) bonding of the metal foil with the ceramic substrate via the thick-film layer, wherein the thick-film paste comprises 70 to less than 92 wt.-% copper based on the total weight of the thick-film paste. (1.1) applying of a thick-film paste containing Cu as a metal onto a ceramic substrate; (1.1a) sintering the thick-film paste at a temperature below 1025°C; (1.2) applying of a metal foil onto the thick-film layer of the ceramic substrate; and (1.3) bonding of the metal foil with the ceramic substrate via the thick-film layer, wherein the thick-film paste comprises 70 to less than 92 wt.-% copper based on the total weight of the thick-film paste.
A pharmaceutical formulation of thiocolchicoside comprising immediate release phase, and a sustained release phase comprising glyceryl behenate as rate controlling polymer.
A pharmaceutical aerosol solution composition intended for use in a pressurised metered dose inhaler comprising: (a) glycopyrronium bromide at a dosage in the range of from 5 to 26 μg per actuation; (b) formoterol, or a salt thereof or a solvate of said salt, at a dosage in the range of from 1 to 25 μg per actuation; (c) a HFA propellant; (d) a co-solvent; (e) a stabilising amount of a mineral acid; said composition being contained in an aerosol can provided with a metering valve having at least a butyl rubber gasket. (a) glycopyrronium bromide at a dosage in the range of from 5 to 26 μg per actuation; (b) formoterol, or a salt thereof or a solvate of said salt, at a dosage in the range of from 1 to 25 μg per actuation; (c) a HFA propellant; (d) a co-solvent; (e) a stabilising amount of a mineral acid;
Circuit breaker, in particular protective circuit breaker, with one contact fixed to the housing and one moveable contact, wherein the moveable contact is disposed at a contact arm disposed moveably in the circuit breaker, which contact arm has a contact arm extension facing away from the movable contact, wherein the movable contact is provided for contacting the contact fixed to the housing and forming a conducting current path through the circuit breaker, wherein the circuit breaker has a breaker mechanism, which is connected with the movable contact arm, wherein the circuit breaker furthermore has a hand shift lever, which hand shift lever is connected with the breaker mechanism, wherein the circuit breaker furthermore has a jump switch-on mechanism, which jump switch-on mechanism has a jump rocker which is rotatably movably supported and controlled by a first cam of the hand shift lever, said jump rocker having a contact arm catching device for contact with the contact arm extension, wherein the contact arm catching device has a surface hardness which is greater than or equal to a surface hardness of the contact arm extension, and wherein the contact arm catching device is formed with rotational symmetry, characterised in that the contact arm catching device is formed as round rivet and/or pipe rivet.
A flowmeter which includes: - a body defining a passageway for allowing fluid to flow therethrough, the passageway having inlet and outlet portions and arranged at opposing end regions of an intermediate portion of the passageway, which intermediate portion is arranged at an angle relative to central axes of the inlet and outlet portions and; a sensing arrangement including a pair of sensors extending substantially inwardly from opposing end regions of the intermediate portion for sensing a flow of fluid therebetween; characterised in that: the intermediate portion has a reduced cross-sectional area compared to the inlet and outlet portions and, and the sensing arrangement extends along an axis which is substantially parallel to the intermediate portion. a body defining a passageway for allowing fluid to flow therethrough, the passageway having inlet and outlet portions and arranged at opposing end regions of an intermediate portion of the passageway, which intermediate portion is arranged at an angle relative to central axes of the inlet and outlet portions and; a sensing arrangement including a pair of sensors extending substantially inwardly from opposing end regions of the intermediate portion for sensing a flow of fluid therebetween; characterised in that: the intermediate portion has a reduced cross-sectional area compared to the inlet and outlet portions and, and the sensing arrangement extends along an axis which is substantially parallel to the intermediate portion. the intermediate portion has a reduced cross-sectional area compared to the inlet and outlet portions and, and the sensing arrangement extends along an axis which is substantially parallel to the intermediate portion.