mhurhangee/ep-ind-claims huggingface dataset:
Process for preparing an extract of leaves of Vitis vinifera L. comprising the following steps: a) preparing a drug from leaves of Vitis vinifera L. b) extracting the drug with an eluant selected from among water and mixtures of water with alcohol, to obtain a raw extract, c) separating the raw extract from the extracted drug, d) at least partly eliminating the eluant, to obtain a thick extract, e) redissolving the thick extract in water, f) separating off any insoluble constituents, g) selectively concentrating secondary plant ingredients by i. a 2-phase extraction or ii. membrane filtration. a) preparing a drug from leaves of Vitis vinifera L. b) extracting the drug with an eluant selected from among water and mixtures of water with alcohol, to obtain a raw extract, c) separating the raw extract from the extracted drug, d) at least partly eliminating the eluant, to obtain a thick extract, e) redissolving the thick extract in water, f) separating off any insoluble constituents, g) selectively concentrating secondary plant ingredients by i. a 2-phase extraction or ii. membrane filtration. i. a 2-phase extraction or ii. membrane filtration.
Method for operating a washing machine comprising a suds container for receiving washing liquid, a rib-free drum, which is rotatably mounted in the suds container, for receiving laundry, a motor for driving the drum and an open-loop or closed-loop control device, the method comprising a step for rearranging the laundry in the drum, in which the drum is offset in a right-left movement by means of the motor in such a way that a rocking motion of the laundry is caused at a rocking frequency, the predetermined rocking amplitude of which is set in such a way that a laundry fall is realised, in which the laundry falls from a first region of the drum into a second region of the drum, characterised in that the rocking frequency is set in the range of -50% to +20%, preferably - 30%, of a calculated rocking frequency stored in the washing machine, the stored calculated rocking frequency being calculated using the following formula, f = g r 2 π where f is the predetermined rocking frequency, g is the gravitational constant = 9.81 m/s 2 and r is a drum radius of the rib-free drum.
Wheelchair having an underframe on which front steering wheels and rear drive wheels are fastened at a spacing to one another, a seat frame which is fastened on the underframe so as to be height-adjustable, is mounted so as to be pivotable about a pivot axis and is adjustable in its inclination with regard to the horizontal and in its height, and a backrest frame which is connected to the seat frame which consists of two oppositely situated longitudinal tubes and at least one transverse tube which connects the longitudinal tubes together, wherein a) the seat frame is connected to the underframe by means of at least two telescopic tubes which are formed from a bottom and a top tube each, b) the bottom ends of the bottom tubes are fastened in a rigid manner to the underframe, characterized in that c) the top ends of the top tubes 12a) are connected to the seat frame in the rotational axis, d) a latching plate, which is connected to the top tubes, is arranged on each of the longitudinal tubes for adjusting the inclination of the seat frame and e) the rotational axis is provided above the seat frame. a) the seat frame is connected to the underframe by means of at least two telescopic tubes which are formed from a bottom and a top tube each, b) the bottom ends of the bottom tubes are fastened in a rigid manner to the underframe, c) the top ends of the top tubes 12a) are connected to the seat frame in the rotational axis, d) a latching plate, which is connected to the top tubes, is arranged on each of the longitudinal tubes for adjusting the inclination of the seat frame and e) the rotational axis is provided above the seat frame.
Cosmetic or dermatological preparations comprising one or more silicone elastomers obtainable or which are obtained by carrying out the reaction of A one or more oligomeric organohydrosiloxanes having at least two SiH-bearing siloxane units per molecule of the following structure wherein m = 0-40, preferably 0-30, especially preferably 0-20, and n = 2 - 25, preferably 2 - 15, especially preferably 4 - 10, and B one or more oligomeric divinylsiloxanes of the following structure where O = 5 - 90, preferably 10 - 80 and particularly preferably 15 - 70, with use of C platinum -1,2-divinyl-1,1,3,3-tetramethyldisiloxane which is characterized by the structure as hydrosilylation catalyst, wherein the divinylsilane B is dissolved in a silicone oil, advantageously dimethicone, and is heated with stirring to temperatures in the range of 20 - 60°C, preferably 25 - 45°C, and wherein, after the catalyst C has been stirred in, the organohydrosiloxane A is added. A one or more oligomeric organohydrosiloxanes having at least two SiH-bearing siloxane units per molecule of the following structure wherein m = 0-40, preferably 0-30, especially preferably 0-20, and n = 2 - 25, preferably 2 - 15, especially preferably 4 - 10, and B one or more oligomeric divinylsiloxanes of the following structure where O = 5 - 90, preferably 10 - 80 and particularly preferably 15 - 70, with use of C platinum -1,2-divinyl-1,1,3,3-tetramethyldisiloxane which is characterized by the structure as hydrosilylation catalyst, wherein the divinylsilane B is dissolved in a silicone oil, advantageously dimethicone, and is heated with stirring to temperatures in the range of 20 - 60°C, preferably 25 - 45°C, and wherein, after the catalyst C has been stirred in, the organohydrosiloxane A is added.
A strain sensor mounting device comprising: a strain gauge provided in close contact with a surface of a tie bar and configured to detect strain generated at the surface; an element integrally mounted with the strain gauge; characterised by, a plate integrally attached at one side of the element and including side end portions (15sc, 15sd) which are portions of the plate protruding from the side surfaces (12c, 12d) of the element; a mounting body including recessed portions (433, 434) engageable with the side end portions (15sc, 15sd), the mounting body being mounted at the surface of the tie bar in a state of holding the element and while the recessed portions (433, 434) are engaged with the side end portions (15sc, 15sd); and a fastening band that fastens the element from above the mounting body so as to cause the element to be in close contact with an outer peripheral surface of the tie bar. a strain gauge provided in close contact with a surface of a tie bar and configured to detect strain generated at the surface; an element integrally mounted with the strain gauge; characterised by, a plate integrally attached at one side of the element and including side end portions (15sc, 15sd) which are portions of the plate protruding from the side surfaces (12c, 12d) of the element; a mounting body including recessed portions (433, 434) engageable with the side end portions (15sc, 15sd), the mounting body being mounted at the surface of the tie bar in a state of holding the element and while the recessed portions (433, 434) are engaged with the side end portions (15sc, 15sd); and a fastening band that fastens the element from above the mounting body so as to cause the element to be in close contact with an outer peripheral surface of the tie bar.
A wheel hub tool positioning fixture, wherein the clamp comprises a machine frame, a driving mechanism, an air pump, a plurality of clamping members and receding assemblies; the multiple clamping members are evenly distributed on the machine frame in the circumferential direction, each clamping member comprises a baffle, storage grooves and airbags; the storage grooves are formed in the side surfaces, opposite to a wheel hub, of the baffles; the airbags are arranged in the storage grooves and connected with the air pump; and the airbags protrude from the side surfaces of the baffles after being inflated and expanded; and each receding assembly corresponds to one of the clamping members; each receding assembly comprises a connecting block, a sliding rod, an elastic member and two cushion blocks; the two ends of each sliding rod are each connected with the corresponding cushion block; the cushion blocks are connected with the driving mechanism and driven by the driving mechanism to move in the radial direction of the machine frame; the connecting block is slidably arranged on the sliding rod in a sleeving mode; the elastic member is arranged on the sliding rod in a sleeving mode, and the two ends of the elastic member are connected with the connecting block and the cushion block; and the bottom ends of the baffles are connected with the connecting blocks. the multiple clamping members are evenly distributed on the machine frame in the circumferential direction, each clamping member comprises a baffle, storage grooves and airbags; the storage grooves are formed in the side surfaces, opposite to a wheel hub, of the baffles; the airbags are arranged in the storage grooves and connected with the air pump; and the airbags protrude from the side surfaces of the baffles after being inflated and expanded; and each receding assembly corresponds to one of the clamping members; each receding assembly comprises a connecting block, a sliding rod, an elastic member and two cushion blocks; the two ends of each sliding rod are each connected with the corresponding cushion block; the cushion blocks are connected with the driving mechanism and driven by the driving mechanism to move in the radial direction of the machine frame; the connecting block is slidably arranged on the sliding rod in a sleeving mode; the elastic member is arranged on the sliding rod in a sleeving mode, and the two ends of the elastic member are connected with the connecting block and the cushion block; and the bottom ends of the baffles are connected with the connecting blocks.
Electropneumatic parking brake device for venting and bleeding one or more spring brake cylinders of an electronically controllable pneumatic brake system for a vehicle (200, 202), comprising a parking brake valve unit having a supply connection for receiving supply pressure (pV) from a parking brake supply, the parking brake valve unit modulating a parking brake pressure (pBP) at at least one spring-loaded connection (8, 9) on the basis of a parking brake signal, and a non-return valve arranged between the parking brake valve unit and the parking brake supply to prevent a backflow of compressed air from the parking brake valve unit to the parking brake supply, characterized by a bypass valve which can be switched to vent and bleed the spring-loaded connection (8, 9), the bypass valve being controlled and switched independently of the parking brake valve unit. a parking brake valve unit having a supply connection for receiving supply pressure (pV) from a parking brake supply, the parking brake valve unit modulating a parking brake pressure (pBP) at at least one spring-loaded connection (8, 9) on the basis of a parking brake signal, and a non-return valve arranged between the parking brake valve unit and the parking brake supply to prevent a backflow of compressed air from the parking brake valve unit to the parking brake supply, characterized by a bypass valve which can be switched to vent and bleed the spring-loaded connection (8, 9), the bypass valve being controlled and switched independently of the parking brake valve unit.
An apparatus for electrotherapeutic treatment of a region of interest, comprising: first and second transducer arrays, wherein the first transducer array comprises a first plurality of electrodes and the second transducer array comprises a second plurality of electrodes; and an electric field generator configured to cause cyclical application of first and second electric fields in first and second, different directions via the first and second transducer arrays to a region of interest; characterized in that, during the cyclical application, based on a temperature associated with one or more electrodes of the first plurality of electrodes or one or more electrodes of the second plurality of electrodes, one or more electrodes of the first plurality of electrodes or one or more electrodes of the second plurality of electrodes satisfying a threshold are selectively deactivated and one or more electrodes of the first plurality of electrodes or one or more electrodes of the second plurality of electrodes not satisfying the threshold are selectively activated, so as to adjust an angle at which the first electric field or the second electric field is applied to the region of interest. first and second transducer arrays, wherein the first transducer array comprises a first plurality of electrodes and the second transducer array comprises a second plurality of electrodes; and an electric field generator configured to cause cyclical application of first and second electric fields in first and second, different directions via the first and second transducer arrays to a region of interest; characterized in that, during the cyclical application, based on a temperature associated with one or more electrodes of the first plurality of electrodes or one or more electrodes of the second plurality of electrodes, one or more electrodes of the first plurality of electrodes or one or more electrodes of the second plurality of electrodes satisfying a threshold are selectively deactivated and one or more electrodes of the first plurality of electrodes or one or more electrodes of the second plurality of electrodes not satisfying the threshold are selectively activated, so as to adjust an angle at which the first electric field or the second electric field is applied to the region of interest.
A machine for the wrapping of pallets by means of a stretchable film cap, comprising: a main frame, comprising two pairs of uprights and one pair of cross-members, each upright being connected to a respective end of the upper cross-members, said cross-members and uprights of the main frame defining a bearing structure which internally delimits a working area of the machine; said main frame being provided with guides (11,12) that comprise a first portion associated to an upper portion of the main frame, and a second portion associated to a side portion of the main frame; a traction device, predisposed for lowering the film cap and for fitting it onto the pallet; a feeder device arranged to feed the film to the traction device; a cutting and welding device of the film, arranged to cut and weld the film so as to obtain a cap closed at one end thereof; wherein the feeder device is movable along the frame between an operating position, located superiorly to the main frame, and a service position, in which said feeder device is located at a given height from the ground, on one side of the main frame; wherein the feeder device comprises a pair of rollers (31,32), the ends of which are slidably associated to said guides (11,12), said guides (11,12) being structured such as to maintain the feeder device externally of the main frame and the working area, during the displacement between the operating and service positions.
A painting system (100, 200) comprising: a body transport device transporting a body; a painting robot fixedly set at a first height, painting at least an inner portion of a door of said body while changing a posture to follow transport of said body by said body transport device; and a door opening/closing robot fixedly set at a second height different from said first height, so formed that an operating range thereof can overlap with an operating range of said painting robot, wherein said door opening/closing robot opens and closes said door of said body and keeps said door in an open state while changing a posture to follow the transport of said body by said body transport device, characterized in that: said door opening/closing robot includes an attraction implement in which a plurality of permanent magnets are stacked and is formed to attract said door of said body by said attraction implement for opening and closing the same; at least part of said plurality of permanent magnets of said attraction implement is stacked such that the same magnetic poles of adjacent said permanent magnets face each other along a stacking direction; and said attraction implement is formed to be capable of obtaining constant magnetic force anywhere in attracting sites of said attraction implement. a body transport device transporting a body; a painting robot fixedly set at a first height, painting at least an inner portion of a door of said body while changing a posture to follow transport of said body by said body transport device; and a door opening/closing robot fixedly set at a second height different from said first height, so formed that an operating range thereof can overlap with an operating range of said painting robot, wherein said door opening/closing robot opens and closes said door of said body and keeps said door in an open state while changing a posture to follow the transport of said body by said body transport device, characterized in that: said door opening/closing robot includes an attraction implement in which a plurality of permanent magnets are stacked and is formed to attract said door of said body by said attraction implement for opening and closing the same; at least part of said plurality of permanent magnets of said attraction implement is stacked such that the same magnetic poles of adjacent said permanent magnets face each other along a stacking direction; and said attraction implement is formed to be capable of obtaining constant magnetic force anywhere in attracting sites of said attraction implement. said door opening/closing robot includes an attraction implement in which a plurality of permanent magnets are stacked and is formed to attract said door of said body by said attraction implement for opening and closing the same; at least part of said plurality of permanent magnets of said attraction implement is stacked such that the same magnetic poles of adjacent said permanent magnets face each other along a stacking direction; and said attraction implement is formed to be capable of obtaining constant magnetic force anywhere in attracting sites of said attraction implement.
Roadway device comprising a rectangular frame, the opening of which is delimited by four internal walls forming a peripheral rib, joined together with the lateral walls of the frame perpendicularly, this device comprising at least two legs fixed by bolts to two parallel internal walls of the frame respectively, projecting into the opening of the frame and adapted to allow a fall protection safety grille to be put in place and supported, characterised in that the legs extend in a plane perpendicular to the two internal walls and each leg is roughly in the shape of a Z, the top wing of which is fixed under the corresponding internal wall of the frame and the bottom wing of which extends below this internal wall, and in that the bottom wings of the legs are situated in one and the same plane parallel to the frame to serve as support for the rectangular-shaped fall protection safety grille and in that each leg is fixed under the corresponding internal wall of the frame by means of an angle bracket part, one of the wings of which is fixed by a bolt to the wing linking both the top and bottom wings of the leg so that the internal wall is inserted between the other wing of the angle bracket part and the top wing of the leg.
Sliding bearing having at least one groove formed on a sliding surface of the sliding bearing and which extends at least partly in axial direction of a mounted shaft, terminates at least at one end before the edge of the bearing and is deeper than 50 μm and/or wider than 100 μm so that dirt and/or particles may be embedded, and furthermore at least one depository formed as a blind hole on a depository surface which is the sliding surface and/or a surface of an oil-supply groove, wherein the depository is a recess which is open towards the depository surface, has a depository wall and extends away from the depository surface into the bearing, and the depository wall in the direction of extension forms an acute angle with a reference direction, wherein the reference direction is the tangent of the depository surface at the point of intersection of the depository wall with the depository surface in the direction away from the depository.
Method for weathervaning a crane, which comprises a boom which can rotate about a vertical axis, a slewing gear motor and a slewing gear brake for securing the boom in a rotational position with a securing torque in the crane mode, wherein, when the crane has been set out of operation, the boom is braked against rotation with an out-of-operation mode braking torque which is less than the securing torque in the crane mode, characterized in that the out-of-operation mode braking torque is applied by a torque limiting coupling in the form of a hysteresis clutch or a hysteresis brake, which is arranged between the slewing gear brake and the slewing gear drive or between the slewing gear drive and an output gear, wherein the out-of-operation mode braking torque is kept constant over the range of the speed of rotation and over the range of the angle of rotation of the boom.
Brake system in a vehicle, the friction braking system of which has in each case one vehicle wheel brake at the front wheels and at the rear wheels, which is controllable by way of an electronic control device which has a brake force distributor unit individual to each axle, by means of which from a friction braking system target deceleration (V RBS) a front axle target deceleration (V VA) and a rear axle target deceleration (V HA) can be determined, and has a brake force distributor unit individual to each wheel, by means of which from the front axle target deceleration (V VA) front wheel target decelerations (V VR) and from the rear axle target deceleration (V HA) rear wheel target decelerations (V HR) can be determined, on the basis of which the brake force distributor unit generates actuator signals (S, n) for controlling the vehicle wheel brakes, wherein a determination module is assigned to the electronic control device of the friction braking system by means of which a current actual wheel circumference ratio (k(t)) between the front wheels and the rear wheels can be determined, and that the control device determines the front wheel target decelerations (V VR) and the rear wheel target decelerations (V HR) taking into consideration the current actual wheel circumference ratio (k(t)).