mhurhangee/ep-ind-claims huggingface dataset:
A servicing system for servicing a brake device of a wind turbine yaw brake system comprising the brake device and a horizontally arranged brake disc, wherein the servicing system includes a frame, characterised in that the servicing system comprises: - mounting means for mounting the frame in a fixed position relative to the brake disc, - coupling means for securing at least a part (25; 26) of the brake device to the frame, and - guiding means which are adapted to allow said part (25; 26) of the brake device, while secured to the frame, to be moved on the frame relative to the brake disc. - mounting means for mounting the frame in a fixed position relative to the brake disc, - coupling means for securing at least a part (25; 26) of the brake device to the frame, and - guiding means which are adapted to allow said part (25; 26) of the brake device, while secured to the frame, to be moved on the frame relative to the brake disc.
An autoinjector comprising: a case; a syringe carrier slidably disposed in the case, the syringe carrier adapted to hold a syringe; a needle shroud slidably arranged in the case; a chassis slidably arranged in the case, the chassis rotatably coupled to the needle shroud; an outer plunger selectively engaged to the chassis; an inner plunger selectively engaged to the outer plunger; and a drive spring applying a biasing force to the outer plunger, the biasing force being applied to the inner plunger when the inner plunger is engaged to the outer plunger, wherein axial movement of the needle shroud relative to the case causes rotation of the chassis relative to the needle shroud, and wherein the rotation of the chassis causes the inner plunger to rotate relative to the outer plunger and disengage the outer plunger to remove the biasing force from the drive spring on the inner plunger, characterized by a firing nut rotatably disposed on the chassis, the firing nut engaging the outer plunger when in a first angular position and disengaging the outer plunger when in a second angular position. a case; a syringe carrier slidably disposed in the case, the syringe carrier adapted to hold a syringe; a needle shroud slidably arranged in the case; a chassis slidably arranged in the case, the chassis rotatably coupled to the needle shroud; an outer plunger selectively engaged to the chassis; an inner plunger selectively engaged to the outer plunger; and a drive spring applying a biasing force to the outer plunger, the biasing force being applied to the inner plunger when the inner plunger is engaged to the outer plunger, wherein axial movement of the needle shroud relative to the case causes rotation of the chassis relative to the needle shroud, and wherein the rotation of the chassis causes the inner plunger to rotate relative to the outer plunger and disengage the outer plunger to remove the biasing force from the drive spring on the inner plunger, characterized by a firing nut rotatably disposed on the chassis, the firing nut engaging the outer plunger when in a first angular position and disengaging the outer plunger when in a second angular position.
A satellite system comprising: a first satellite operating in an orbit around the Earth where the first satellite is a geostationary satellite and the orbit is a geostationary orbit; a second satellite operating in another orbit around the Earth; where the first satellite points a beam at least temporarily to a zone above the Earth's surface through which the second satellite passes, characterized in that the beam is a fixed beam which does not move in order to maintain communication with the second satellite. a first satellite operating in an orbit around the Earth where the first satellite is a geostationary satellite and the orbit is a geostationary orbit; a second satellite operating in another orbit around the Earth;
Method for recovering MBMS service(s) after a reset of a distributed Multicell/Multicast Coordination Entity, MCEi, involved in at least one MBSFN area and hosted in an evolved Node B, NBi, of a LTE network comprising at least one Mobility Management Entity, MMEj, said method comprising a step during which said Multicell/Multicast Coordination Entity, MCEi, retrieves into said LTE network, after having been reset, ordered lists of MBMS services delivered in each MBSFN area served by its evolved Node B, NBi, to allow contents, associated to the MBMS services of said retrieved lists, to be synchronously delivered by every evolved Node Bs, NBi, of said LTE network serving said MBSFN areas and the method characterized by before being reset said Multicell/Multicast Coordination Entity, MCEi, sends lists of MBMS services, delivered in each MBSFN area served by its evolved Node B,NBi, to at least one Mobility Management Entity, MMEj, each time there is an update in one of said lists.
A method for controlling a household appliance adapted to carry out at least one laundry drying cycle, said appliance being equipped with a drum into which laundry to be dried is loaded, said method comprising: a. starting a drying cycle; b. during the execution of said drying cycle, determining a first parameter as a function of at least one of: time elapsed since the cycle was started, temperature of the drying air, humidity of said laundry; c. making a first comparison between said first parameter and a predetermined first threshold; d. based on said first comparison, generating a notification signal and interrupting said drying cycle; e. resuming said drying cycle; f. determining a second parameter as a function of at least one of: time elapsed since the cycle was started or resumed, temperature of the drying air, humidity of said laundry; g. making a second comparison between said second parameter and a predetermined second threshold; h. based on said second comparison, ending said drying cycle, said method being characterized in that it further comprises receiving an input signal for setting a multi-level drying cycle, i.e. a drying cycle whose execution occurs in several stages, wherein at least an intermediate drying level and at least a final drying level are set. a. starting a drying cycle; b. during the execution of said drying cycle, determining a first parameter as a function of at least one of: time elapsed since the cycle was started, temperature of the drying air, humidity of said laundry; c. making a first comparison between said first parameter and a predetermined first threshold; d. based on said first comparison, generating a notification signal and interrupting said drying cycle; e. resuming said drying cycle; f. determining a second parameter as a function of at least one of: time elapsed since the cycle was started or resumed, temperature of the drying air, humidity of said laundry; g. making a second comparison between said second parameter and a predetermined second threshold; h. based on said second comparison, ending said drying cycle, said method being characterized in that
A roller bearing assembly for determining loads on a roller bearing, having - a roller bearing with two coaxial rings (14, 16), namely an inner ring and an outer ring, and with a rotational axis, wherein a plurality of rollers with a respective axis of rotation is arranged between the inner ring and the outer ring, and wherein at least one of the rings (14, 16) has at least one recess for receiving a force measuring pin, - at least one force measuring pin, which is received in the recess in each case, wherein the force measuring pin arranged in the recess extends with its longitudinal axis at least partially along the rotational axis of the roller bearing, wherein an axis DR of the contact angle of at least one roller does not coincide with the maximum region of a load, - wherein the at least one recess and the at least one force measuring pin extend along the longitudinal axis into a region of the ring (14, 16) having the at least one recess, which region is acted upon by the load, in such a way that at least one projection vertical plane perpendicular to the axis of rotation of the rollers runs along the force measuring pin and a maximum region of the load. - a roller bearing with two coaxial rings (14, 16), namely an inner ring and an outer ring, and with a rotational axis, wherein a plurality of rollers with a respective axis of rotation is arranged between the inner ring and the outer ring, and wherein at least one of the rings (14, 16) has at least one recess for receiving a force measuring pin, - at least one force measuring pin, which is received in the recess in each case, wherein the force measuring pin arranged in the recess extends with its longitudinal axis at least partially along the rotational axis of the roller bearing, wherein an axis DR of the contact angle of at least one roller does not coincide with the maximum region of a load, - wherein the at least one recess and the at least one force measuring pin extend along the longitudinal axis into a region of the ring (14, 16) having the at least one recess, which region is acted upon by the load, in such a way that at least one projection vertical plane perpendicular to the axis of rotation of the rollers runs along the force measuring pin and a maximum region of the load.
A contact opening and closing device, comprising: a driven contact; a driving contact configured to move with respect to the driven contact; and a solenoid actuator including a movable component, the movable component configured to move between an off position (Poff) and an on position (Pon), the off position in which the driving contact and the driven contact are in a state of non-contact, the on position in which the driving contact and the driven contact are in a state of contact, characterized in that when the driving contact and the driven contact are switched from a state of non-contact to a state of contact, the movable component moves from the off position to the on position through an overshoot position (Pos) located beyond the on position; and when the driving contact and the driven contact are switched from a state of contact to a state of non-contact, the movable component moves from the on position to the off position through the overshoot position (Pos). a driven contact; a driving contact configured to move with respect to the driven contact; and a solenoid actuator including a movable component, the movable component configured to move between an off position (Poff) and an on position (Pon), the off position in which the driving contact and the driven contact are in a state of non-contact, the on position in which the driving contact and the driven contact are in a state of contact, characterized in that when the driving contact and the driven contact are switched from a state of non-contact to a state of contact, the movable component moves from the off position to the on position through an overshoot position (Pos) located beyond the on position; and when the driving contact and the driven contact are switched from a state of contact to a state of non-contact, the movable component moves from the on position to the off position through the overshoot position (Pos).
An encoder apparatus, comprising a first encoder for encoding the source data to produce first parity data; an interleaver for interleaving the source data to produce randomized data; a second encoder for encoding the randomized data to produce second parity data; a puncturing unit (45, 46) for selecting a number of bits from the first and second parity data to produce first selected data and second selected data, characterised in that the selection is performed based on selection information indicating whether each bit of the first and second parity data is to be selected, wherein the number of bits selected corresponds to a coding rate, the coding rate being determined according to both of a data length of the source data and a data length of an output sequence contained in the transmission frame, and the number of bits selected from the first parity data is equal to or close to the number of bits selected from the second parity data.
A shower partition having: at least one pivotably arranged partition element, which has an inner face and an outer face; and a sealing element, which is arranged in the region of the lower edge of the partition element and has a base profile, which is fastened to said lower edge with adhesive, and a sealing profile, which is coupled detachably to said base profile, can be exchanged as needed and has a sealing body and a deflection body, the sealing profile having an upwardly pointing side, which bears against the lower edge of the partition element, and a surface of the side being arranged flush with the inner face of the partition element, characterised in that the sealing profile has a second side pointing vertically upwards and is substantially U-shaped, the two sides (16, 18) enclose both the base profile and the adhesive, which are thus arranged inside the sealing profile such that they are covered invisibly by said sealing profile, the base profile has a cavity in its interior, the sides (16, 18) in the region of the lower edge bear directly without gaps against the chamfer present in said region, a surface of the second side is arranged flush with the outer face of the partition element, wherein the transition of the surface to the adjoining outer face and also the transition of the surface of the first side to the adjoining inner face of the partition element are continuous and gap-free.
A pressure-sensitive adhesive composition, comprising: a polymer comprising a polymerization unit of 1 to 10 parts by weight of a hydroxyalkyl (meth)acrylate in which an alkyl group has 1 to 3 carbon atoms, and a polymerization unit of 1 to 10 parts by weight of a monomer represented by Formula 1 and a polymerization unit of 80 to 98 parts by weight of an alkyl (meth)acrylate having an alkyl group having 1 to 14 carbon atoms; an aliphatic isocyanate crosslinking agent: where the "Q" is hydrogen or an alkyl group, the "T" is an alkylene group, the "m" is a number ranging from 1 to 16, and a multiplication (m×c) of the "m" and the number (c) of carbon atoms in the alkylene group of the "T" is 4 or more; wherein at least two of the [-O-T-] units are present in the formula 1, and wherein the number of carbon atoms of T in each unit is the same as or different. a polymer comprising a polymerization unit of 1 to 10 parts by weight of a hydroxyalkyl (meth)acrylate in which an alkyl group has 1 to 3 carbon atoms, and a polymerization unit of 1 to 10 parts by weight of a monomer represented by Formula 1 and a polymerization unit of 80 to 98 parts by weight of an alkyl (meth)acrylate having an alkyl group having 1 to 14 carbon atoms; an aliphatic isocyanate crosslinking agent: where the "Q" is hydrogen or an alkyl group, the "T" is an alkylene group, the "m" is a number ranging from 1 to 16, and a multiplication (m×c) of the "m" and the number (c) of carbon atoms in the alkylene group of the "T" is 4 or more; wherein at least two of the [-O-T-] units are present in the formula 1, and wherein the number of carbon atoms of T in each unit is the same as or different.
Method for controlling a water treatment installation having, in a flow direction, a supply, an ozonisation stage, a transfer stage, at least one biological filter and a discharge having the following method steps: 1.1. measuring a first parameter set in the supply by means of a fluorescence sensor or UV/Vis sensor, wherein, with reference to the first parameter set, a measurement for a first concentration of micro-contaminations and/or a nitrite concentration is determined; 1.2. controlling the ozonisation stage in such a manner that an ozone supply is carried out in a preselected ratio to the measured first parameter set (c1, n1); 1.3. measuring a second parameter set in the transfer stage by means of a fluorescence sensor or UV-Vis sensor, wherein, with reference to the second parameter set, a measurement for a second concentration of micro-contaminations is determined; 1.4. controlling the ozonisation in such a manner that the quotient (c1-c2)/c1 is produced from the difference of the first concentration of micro-contaminations and the second concentration of micro-contaminations in relation to the first concentration of micro-contaminations between a predetermined minimum value and a predetermined maximum value; 1.5. measuring a third parameter set in the discharge by means of a fluorescence sensor or UV/Vis sensor, wherein, with reference to the third parameter set, a measurement for a third concentration of micro-contaminations is determined; 1.6. if the third parameter set which comprises the measurement for the concentration of micro-contaminations exceeds a predetermined maximum value in the discharge, increasing the ozone supply in step 1.2. 1.1. measuring a first parameter set in the supply by means of a fluorescence sensor or UV/Vis sensor, wherein, with reference to the first parameter set, a measurement for a first concentration of micro-contaminations and/or a nitrite concentration is determined; 1.2. controlling the ozonisation stage in such a manner that an ozone supply is carried out in a preselected ratio to the measured first parameter set (c1, n1); 1.3. measuring a second parameter set in the transfer stage by means of a fluorescence sensor or UV-Vis sensor, wherein, with reference to the second parameter set, a measurement for a second concentration of micro-contaminations is determined; 1.4. controlling the ozonisation in such a manner that the quotient (c1-c2)/c1 is produced from the difference of the first concentration of micro-contaminations and the second concentration of micro-contaminations in relation to the first concentration of micro-contaminations between a predetermined minimum value and a predetermined maximum value; 1.5. measuring a third parameter set in the discharge by means of a fluorescence sensor or UV/Vis sensor, wherein, with reference to the third parameter set, a measurement for a third concentration of micro-contaminations is determined; 1.6. if the third parameter set which comprises the measurement for the concentration of micro-contaminations exceeds a predetermined maximum value in the discharge, increasing the ozone supply in step 1.2.
A zeolite beta having a SiO 2 /Al 2 O 3 ratio of 10 to 16, wherein a BET specific surface area measured in the state of a sodium type is 500 to 700 m 2 /g, a micropore specific surface area is 350 to 500 m 2 /g, and a micropore volume is 0.15 to 0.25 cm 3 /g.
Device for manipulating an object, wherein the object can be moved in a contactless manner on a drive surface by at least one mover which is magnetically coupled to a stator assembly, wherein the drive surface is designed as a tight boundary, in particular as a boundary wall, of a protected interior space, wherein a coupling region of the stator assembly is produced from a magnetically neutral separating layer and wherein at least one process station is located in a fixedly mounted manner or on the mover in the protected interior space.
A hydraulic circuit comprising a circuit pressure control unit, an actuator (2, RM), a directional control valve and a controller,the hydraulic circuit further comprising: a connecting passage connecting the actuator (2, RM) and the directional control valve, and a branch passage branched from the connecting passage, wherein the circuit pressure control unit comprises: a relief valve connected to the branch passage, and a variable throttle valve disposed in the branch passage upstream of the relief valve, the variable throttle valve being configured to change an opening degree thereof according to a control signal from the controller. a connecting passage connecting the actuator (2, RM) and the directional control valve, and a branch passage branched from the connecting passage, wherein the circuit pressure control unit comprises: a relief valve connected to the branch passage, and a variable throttle valve disposed in the branch passage upstream of the relief valve, the variable throttle valve being configured to change an opening degree thereof according to a control signal from the controller. a relief valve connected to the branch passage, and a variable throttle valve disposed in the branch passage upstream of the relief valve, the variable throttle valve being configured to change an opening degree thereof according to a control signal from the controller.
An article of clothing comprising: a lower portion configured to be positioned around the legs of a person wearing the article of clothing; and an upper portion (130, 730) coupled to the lower portion and configured to be oriented around the waist of the person wearing the article of clothing, the upper portion (130, 730) including: a top edge and a bottom edge; an exterior surface; an interior surface opposite the exterior surface; and a backing panel includes a top edge and a bottom edge and is coupled to the interior surface, wherein the backing panel and the interior surface define a pocket (160, 800); wherein an interior of the pocket (160, 800) is accessible when the top edge of the backing panel is separated from the top edge of the upper portion, characterized in that the backing panel is reconfigurable between a first configuration, where the backing panel includes a first number of folded panels, and a second configuration, where the backing panel includes a second number of folded panels, the second number of folded panels being less than the first number of folded panels. a lower portion configured to be positioned around the legs of a person wearing the article of clothing; and an upper portion (130, 730) coupled to the lower portion and configured to be oriented around the waist of the person wearing the article of clothing, the upper portion (130, 730) including: a top edge and a bottom edge; an exterior surface; an interior surface opposite the exterior surface; and a backing panel includes a top edge and a bottom edge and is coupled to the interior surface, wherein the backing panel and the interior surface define a pocket (160, 800); wherein an interior of the pocket (160, 800) is accessible when the top edge of the backing panel is separated from the top edge of the upper portion, a top edge and a bottom edge; an exterior surface; an interior surface opposite the exterior surface; and a backing panel includes a top edge and a bottom edge and is coupled to the interior surface, wherein the backing panel and the interior surface define a pocket (160, 800); wherein an interior of the pocket (160, 800) is accessible when the top edge of the backing panel is separated from the top edge of the upper portion, characterized in that the backing panel is reconfigurable between a first configuration, where the backing panel includes a first number of folded panels, and a second configuration, where the backing panel includes a second number of folded panels, the second number of folded panels being less than the first number of folded panels.
An isolated compound having the following formula: or a pharmaceutically acceptable salt thereof for use in a method for treating a subject to reduce inflammation in conditions or disorders of the central nervous system where inflammation suppression is beneficial, wherein said method is used to treat a condition selected from the group consisting of post-infection associated neurological neuralgia, shingles, varicella zoster infection, herpes simplex infection, cytomegalovirus infection, herpes simplex virus-8 infection, neuralgia, and neurasthenia associated with herpes zoster reactivation, inflammatory components of stroke, inflammatory components of central nervous system compression or CNS trauma or cerebrovascular accidents, wherein said method comprises administering, to a subject in need of such treatment, an effective amount of said compound.