mhurhangee/ep-ind-claims huggingface dataset:
A mounting device for installing frame elements such as a frame of a window, door or similar item in wall openings of buildings, by means of at least two adjustable clamping tools (2, 4) for arranging a frame in a defined position within an assigned wall opening, wherein each clamping tool (2, 4) comprises a first screw clamp (3, 5) with a short guide rail for connecting to the frame, and a second screw clamp (6, 7) with a long guide rail (8, 9) for connecting the frame to the edge of the wall opening, characterized in that the short guide rail is connected to the long guide rail (8, 9) in such a manner that the former can be pivoted about a hinge axis of a hinge mounted to a pivot joint (10, 11) of the short guide rail, said hinge axis being parallel to the long guide rail (8, 9), such that two clamp legs (12, 13) mounted on the long guide rail (8, 9) at a distance to each other, as seen perpendicularly to the frame opening, can be moved at their unattached ends from a starting position within the frame opening to an end position outside of the frame, where they can be locked into position against the edge of the wall opening on opposite wall surfaces (f1, f2).
Sensor device realized for registering a fill level in a collecting tank with: a) an ultrasonic transducer, b) an activation system developed such that the activation system in response to an external signal that reaches the activation system causes the ultrasonic transducer to transition to active operating state, wherein the ultrasonic transducer in the operating state carries out at least one measurement, wherein the sensor devices is developed such that before the measurements the sensor device is configurable with respect to defined boundary conditions for a specific collecting tank type, wherein the boundary conditions for the specific tank type comprise limit values for the fill level, and that the sensor device comprises a control input developed such that signals from the activation system are capturable by the control input, and wherein the activation system comprises a light sensor, a motion sensor, an electrical contact or a vibrometer, wherein a nonvolatile data store is provided with which the acquired measurement data are storable when the ultrasonic transducer transitions from active operating state to power-save mode such that no measurement data are lost when the ultrasonic transducer transitions from active operating state to power-save mode, characterized in that the boundary conditions for the specific tank type comprise trigger conditions and wherein the trigger conditions refer to temperature and/or humidity, wherein the sensor device comprises a voltage regulator with a power monitoring unit, wherein the power monitoring unit is realized to monitor whether or not in the sensor device sufficient power is available to maintain the sensor device in power-save mode, wherein the sensor device comprises an energy extraction system for energy harvesting, with which from external sources energy is harvested, wherein the sensor device comprises a storage system with which the energy obtained through energy harvesting is storable, wherein the harvested energy is supplied to the voltage regulator. a) an ultrasonic transducer, b) an activation system developed such that the activation system in response to an external signal that reaches the activation system causes the ultrasonic transducer to transition to active operating state, wherein the ultrasonic transducer in the operating state carries out at least one measurement,
A catheter grip, consisting of: a generally tubular body: comprising a first end and a second end, having an inner surface and an outer surface, defining a through bore, and configured to slidably engage the shaft of a urinary catheter; the generally tubular body having a larger diameter at the first end and at the second end than at its middle, characterised in that: the generally tubular body provides a first flare at the first end, a second flare at the second end, and a mid-section at the middle, the smaller relative diameter at the mid-section aiding in positioning a user's fingers toward the middle on the outer surface of the generally tubular body, the inner surface of the generally tubular body configured to contact the urinary catheter along the mid-section when the user applies force thereto. comprising a first end and a second end, having an inner surface and an outer surface, defining a through bore, and configured to slidably engage the shaft of a urinary catheter;
A vector, comprising: a Rubber Elongation Factor encoding gene promoter; and a gene, wherein the gene is functionally linked to the promoter, wherein the gene encoding a protein involved in polyisoprenoid biosynthesis is at least one gene selected from the group consisting of a gene encoding farnesyl diphosphate synthase, a gene encoding geranylgeranyl diphosphate synthase, a gene encoding 3-hydroxy-3-methylglutaryl CoA reductase, a gene encoding isopentenyl diphosphate isomerase, a gene encoding cis-prenyltransferase, a gene encoding Small Rubber Particle Protein, and a gene encoding Rubber Elongation Factor, wherein the Rubber Elongation Factor encoding gene promoter comprises any one of the following DNAs: a DNA comprising the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1; a DNA hybridizing to a DNA comprising a base sequence complementary to the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1 under stringent conditions, and having a promoter activity for laticifer-specific gene expression; and a DNA comprising a base sequence having 80% or more sequence identity with the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1, and having a promoter activity for laticifer-specific gene expression. a Rubber Elongation Factor encoding gene promoter; and a gene, wherein the gene is functionally linked to the promoter, wherein the gene encoding a protein involved in polyisoprenoid biosynthesis is at least one gene selected from the group consisting of a gene encoding farnesyl diphosphate synthase, a gene encoding geranylgeranyl diphosphate synthase, a gene encoding 3-hydroxy-3-methylglutaryl CoA reductase, a gene encoding isopentenyl diphosphate isomerase, a gene encoding cis-prenyltransferase, a gene encoding Small Rubber Particle Protein, and a gene encoding Rubber Elongation Factor, wherein the Rubber Elongation Factor encoding gene promoter comprises any one of the following DNAs: a DNA comprising the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1; a DNA hybridizing to a DNA comprising a base sequence complementary to the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1 under stringent conditions, and having a promoter activity for laticifer-specific gene expression; and a DNA comprising a base sequence having 80% or more sequence identity with the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1, and having a promoter activity for laticifer-specific gene expression. a DNA comprising the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1; a DNA hybridizing to a DNA comprising a base sequence complementary to the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1 under stringent conditions, and having a promoter activity for laticifer-specific gene expression; and a DNA comprising a base sequence having 80% or more sequence identity with the base sequence of base numbers 1 to 1650 represented by SEQ ID NO: 1, and having a promoter activity for laticifer-specific gene expression.
A two-part adhesive comprising: A) a curative part comprising: i) one or more epoxy curatives, where the one or more epoxy curatives include norbornane diamine (NBDA) and additionally 4,7,10-trioxa-1,13-tridecane-diamine; and ii) a reaction intermediate which is the reaction product of a liquid epoxy resin having an epoxy functionality of 2 with an excess of the epoxy curatives; and B) an epoxy part comprising: iii) one or more multifunctional epoxy resins having an epoxy functionality of greater than 2.2. A) a curative part comprising: i) one or more epoxy curatives, where the one or more epoxy curatives include norbornane diamine (NBDA) and additionally 4,7,10-trioxa-1,13-tridecane-diamine; and ii) a reaction intermediate which is the reaction product of a liquid epoxy resin having an epoxy functionality of 2 with an excess of the epoxy curatives; and i) one or more epoxy curatives, where the one or more epoxy curatives include norbornane diamine (NBDA) and additionally 4,7,10-trioxa-1,13-tridecane-diamine; and ii) a reaction intermediate which is the reaction product of a liquid epoxy resin having an epoxy functionality of 2 with an excess of the epoxy curatives; B) an epoxy part comprising: iii) one or more multifunctional epoxy resins having an epoxy functionality of greater than 2.2. iii) one or more multifunctional epoxy resins having an epoxy functionality of greater than 2.2.
Sports footwear, comprising a shell, made of a substantially rigid material and designed for receiving the foot of a user, and a cuff, also made of a substantially rigid material and designed for receiving the lower portion of the leg of said user, wherein that said cuff comprises at least a first cuff portion, which is articulated to said shell, and at least a second cuff portion, which is articulated to said first cuff portion, said first cuff portion having a substantially tubular shape and being designed so as to surround at least a substantial part of a corresponding portion of the user's leg and said second cuff portion having a substantially tubular shape and being designed so as to surround at least a substantial part of a corresponding portion of the user's leg.
Method of combustion of at least one fuel using at least one oxygen containing gas and one mainly inert gas, in which: - the said oxygen containing gas comprises at least 80% of oxygen in volume, - the said mainly inert gas comprises at least 50 mole % of at least one of the compounds CO 2, H 2 O, Ar, whereby - the said fuel and the said oxygen containing gas are injected in such a way as to create a flame, - the said mainly inert gas is injected in a single jet which is contiguous to and surrounds the flame created by the said fuel and the said oxygen containing gas and has a divergent swirl with regard to the flame. - the said oxygen containing gas comprises at least 80% of oxygen in volume, - the said mainly inert gas comprises at least 50 mole % of at least one of the compounds CO 2, H 2 O, Ar, - the said fuel and the said oxygen containing gas are injected in such a way as to create a flame, - the said mainly inert gas is injected in a single jet which is contiguous to and surrounds the flame created by the said fuel and the said oxygen containing gas and has a divergent swirl with regard to the flame.
A medical pump (40; 40') for conveying a medium, comprising a seating (42; 42') for a hose clamp (2; 2'), according to one of claims 12 or 13 -15, which is separate from the pump (40; 40') and arranged on a hose that is flexible at least in sections, said hose clamp comprising two clamping portions (4, 6; 4', 6') which can be moved relative to each other and can be brought into a closed relative position with respect to each other, in which the hose arranged between the clamping portions (4, 6; 4', 6') is pinched off such that no medium can flow through the interior of the hose, and into an opened relative position with respect to each other, in which the hose arranged between the clamping portions (4, 6; 4', 6') is not pinched off, so that a medium can flow through the interior of the hose, wherein the medical pump (40; 40') comprises a sensor (26; 54), which is provided in particular in the seating (42; 42') and which, when the hose clamp (2; 2') is provided in the seating (42; 42'), detects at least whether their clamping portions (4, 6; 4', 6') are in the closed or the opened relative position, and comprises an electronic data processing unit, characterized in that the electronic data processing unit detects the structural and/or functional integrity of the hose clamp (2; 2') received in the seating (42; 42') required for use of the hose clamp (2; 2') with the aid of the temporal course of the measurement carried out by the sensor (26; 54) during the transition of the clamping portions (4, 6; 4', 6') from the closed to the opened or from the opened to the closed relative position, and compares it with a temporal target course of the measurement.
A chain belt-type continuously variable transmission comprising a ratchet-type chain belt which is wound between a driving pulley device which receives power from an input shaft and a driven pulley device which transmits the power to an output shaft, characterized in that each of the driving and driven pulley devices (20, 30) includes front and rear pulley plates which are disposed in front of and behind a cylinder which is disposed in a central portion of a pulley shaft and operates in response to a hydraulic pressure that is input and output via first and second flow passages (48, 49), the front and rear pulley plates facing each other, each of the front and rear pulley plates having a plurality of radial slide slots, and shift plates which are disposed on the pulley shaft outside the front and rear pulley plates, the shift plates having involute grooves corresponding to the slide slots, the shift plates being guided by spiral ribs on the pulley shaft so as to spirally rotate, belt supports are disposed between the front and rear pulley plates such that the belt supports are radially guided so as to contract or expand, both ends of the belt supports being inserted into the involute grooves of the shift plates through the slide slots so as to be guided thereby, front and rear ratchet gears (61, 62) are provided on front and rear portions of upper surfaces of bodies of the belt supports, teeth of the front and rear ratchet gears (61, 62) being oriented in opposite directions, the teeth of the front and rear ratchet gears (61, 62) formed on driving belt supports being oriented opposite to the teeth of the front and rear ratchet gears (61, 62) formed on driven belt supports, and the front and rear ratchet gears (61, 62) formed on the driving belt supports and the front and rear ratchet gears (61, 62) formed on the driven belt supports being arranged in alternating positions without being formed at corresponding positions in a line, and the ratchet-type chain belt includes first and second chain belts (71, 72) which are wound on front and rear portions of the driving and driven pulley devices (20, 30), each of the first and second chain belts (71, 72) having forward ratchets and reverse ratchets on an inner surface thereof which are configured so as to correspond to and are caught by the front and rear ratchet gears (61, 62) formed on the driving and driven belt supports (60a, 60b).
A pacemaker comprising: a pulse detector circuit configured to detect pacing pulses delivered by another medical device and produce a pulse detect signal in response to each one of the detected pacing pulses; a control circuit configured to: determine a pulse detect interval between two pulse detect signals consecutively received from the pulse detector circuit; set a first pacing escape interval based on the pulse detect interval less a pre-interval; and a pulse generator configured to deliver a first pacing pulse upon expiration of the first pacing escape interval, characterised by the control circuit being further configured to: set at least one time window after the delivered first pacing pulse; determine whether a next pulse detect signal is received from the pulse detector circuit during the time window; select a first response for controlling delivery of a second pacing pulse in response to the next pulse detect signal being received during the time window; and select a second response for controlling delivery of the second pacing pulse in response to the next pulse detect signal being received outside the time window, the second response different than the first response. a pulse detector circuit configured to detect pacing pulses delivered by another medical device and produce a pulse detect signal in response to each one of the detected pacing pulses; a control circuit configured to: determine a pulse detect interval between two pulse detect signals consecutively received from the pulse detector circuit; set a first pacing escape interval based on the pulse detect interval less a pre-interval; and determine a pulse detect interval between two pulse detect signals consecutively received from the pulse detector circuit; set a first pacing escape interval based on the pulse detect interval less a pre-interval; and a pulse generator configured to deliver a first pacing pulse upon expiration of the first pacing escape interval, characterised by the control circuit being further configured to: set at least one time window after the delivered first pacing pulse; determine whether a next pulse detect signal is received from the pulse detector circuit during the time window; select a first response for controlling delivery of a second pacing pulse in response to the next pulse detect signal being received during the time window; and select a second response for controlling delivery of the second pacing pulse in response to the next pulse detect signal being received outside the time window, the second response different than the first response. set at least one time window after the delivered first pacing pulse; determine whether a next pulse detect signal is received from the pulse detector circuit during the time window; select a first response for controlling delivery of a second pacing pulse in response to the next pulse detect signal being received during the time window; and select a second response for controlling delivery of the second pacing pulse in response to the next pulse detect signal being received outside the time window, the second response different than the first response.
Chair assembly for a chair or an armchair, comprising a seat body for a seat, a backrest body for a backrest, a locking and adjustment device applied to the seat body and a backrest support that connects the locking and adjustment device to the backrest body, wherein the backrest support comprises a lower engagement portion fixed to the seat body, an upper engagement portion fixed to the backrest body, a first arm, hinged to the lower engagement portion in a first lower axis and to the upper engagement portion in a first upper axis, and a second arm, hinged to the lower engagement portion in a second lower axis and to the upper engagement portion in a second upper axis, to form an articulated parallelogram that allows the position of the backrest body to be changed, keeping it parallel to itself, wherein the backrest support comprises return means suitable to operate permanently to bring the backrest support towards a retracted limit position, wherein said return means are elastic and comprise at least one spring operating on one of said arms (16, 20) and on a fixed stop, permanently in traction.
A method for operating a variable speed wind turbine being connectable to a grid, the wind turbine comprising a variable speed rotor, a torque controller, a blade pitch controller and a main converter, wherein prior to connecting the wind turbine to the grid, the rotor speed is controlled by varying the blade pitch angle, characterized in that a constant, minimum blade pitch angle Φ start dependent on the wind speed is determined, wherein the blade pitch angle does not fall below the minimum blade pitch angle Φ start prior to connecting to the grid, wherein the minimum blade pitch angle Φ start is set to a first value (Φ starthighwind) when a wind speed limit (v windgrenz) is exceeded and to a second value (Φ startlowwind) otherwise, wherein the second value (Φ startlowwind) is smaller than the first value (Φ starthighwind).
A leveler apparatus comprising: a first plurality of work rolls to process a strip material; and a second plurality of work rolls to process the strip material; and a motor (601; 602) to drive the first plurality of work rolls and the second plurality of work rolls, the motor (601; 602) to apply a first rolling torque to at least one work roll of the first plurality of work rolls and a second rolling torque to at least one work roll of the second plurality of work rolls, wherein the apparatus further comprises means for determining the second rolling torque using a measured output value of the first rolling torque, the second rolling torque being greater than the first rolling torque. a first plurality of work rolls to process a strip material; and a second plurality of work rolls to process the strip material; and a motor (601; 602) to drive the first plurality of work rolls and the second plurality of work rolls, the motor (601; 602) to apply a first rolling torque to at least one work roll of the first plurality of work rolls and a second rolling torque to at least one work roll of the second plurality of work rolls, wherein the apparatus further comprises means for determining the second rolling torque using a measured output value of the first rolling torque, the second rolling torque being greater than the first rolling torque.
A device for stretch rolling, stretching and extending a dough piece, having at least one conveyor belt (10, 13) on which the dough piece can be conveyed in the conveying direction, and having a stretch rolling roller which is disposed over the conveyor belt (10, 13), wherein a conveyor belt and the stretch rolling roller form a roll nip in which the dough piece is rolled out in the conveying direction in order to reduce the thickness of the dough piece and to increase the length of the dough piece, and wherein at least one revolving locating belt is provided in front of the stretch rolling roller, and wherein the locating belt can come into contact with the top of the dough piece, and wherein on the surface of the locating belt, impressing protrusions are provided which are mechanically keyed into the surface of the dough piece, characterized in that the conveyor belt on which the dough piece with a thickness D 1 in front of the roll nip is conveyed in the conveying direction, and the locating belt are driven synchronously with respect to each other at a first speed of revolution (V 1), and in that the conveyor belt after the roll gap on which the dough piece with a thickness D 2 is conveyed in the conveying direction and the tangential speed of rotation of the stretch rolling roller are driven synchronously with respect to each other at a second speed of revolution (V 2), wherein the ratio of speeds, V 2 /V 1 is at least slightly larger than the ratio of the thicknesses, D 1 /D 2, in order to stretch or extend the dough piece in the longitudinal direction in the transition region between the locating belt on the one hand and the roll gap on the other hand.
A fusion bead testing device for testing a fusion bead removed from a pipe joint, comprising a first pressing means for exerting a force on the fusion bead characterised in that, the fusion bead testing device comprises a wheel for engaging the fusion bead to move the fusion bead and a driving means for rotating the wheel wherein rotation of the wheel by the driving means moves the fusion bead relative to the first pressing means whereby the first pressing means exerts a force at a plurality of points along a length of the fusion bead.
Locking device for a sliding door, with a sliding wing which is guided displaceably by means of at least one roller carriage in a positionally fixed guide rail, wherein the locking device is actuable by means of an actuator, wherein an actuating element which is movable horizontally by means of the actuator interacts with a conversion unit which converts the horizontal movement of the actuating element into a movement, which is perpendicular thereto, of a bolt, characterized in that a mounting plate having a receiving slide is arranged on the actuator, the actuator being able to be arranged in a groove of the guide rail by means of said receiving slide.