mhurhangee/ep-ind-claims huggingface dataset:
Washing system for a dishwasher, which comprises a washing arm which is rotatable about an axis of rotation R, wherein the washing arm comprises at least one washing arm segment which extends out from the axis of rotation R, wherein the at least one washing arm segment comprises N dispensing elements for dispensing a fluid medium, where N ≥ 3, wherein each dispensing element A n is arranged spaced apart from the axis of rotation R at a distance r n, where n = 1...N, wherein a connection line between the axis of rotation R and a first dispensing element A 1 of the at least one washing arm segment, which has the shortest distance r 1 of all dispensing elements A n of this washing arm segment to axis of rotation R, forms in each case an internal angle α n, where n = 2... N, with a connection line between the axis of rotation R and that of the other dispensing element A n of the same washing arm segment, where n = 2... N, wherein an internal angle α n is greater for each dispensing element A n, where n = 2... N, of a washing arm segment than an internal angle α n-1 for another dispensing element A n-1, where n = 2... N, of the same washing arm segment, if the distance r n of the dispensing element A n from the axis of rotation R is greater than the distance r n-1 of the dispensing element A n-1 from the axis of rotation R, characterized in that the dispensing elements are arranged on the washing arm segment such that a difference between two internal angles α n and α n-1 for two different dispensing elements A n and A n-1 on the washing arm segment is at least 2°, and the dispensing elements are arranged on the washing arm segment such that the internal angle α max for the dispensing element A max, which, of all dispensing elements on this washing arm segment, has the greatest distance r max on this washing arm segment from the axis of rotation R, is at least 60°.
An electrical switch comprising: a first fixed contact, a second fixed contact, a rotatable knife contact having a rotational axis (Z1-Z1) and comprising at least one longitudinal pair of blades (410, 420) flexibly connected to each other, whereby the blades (410, 420) form, in a switching event, contact with contact portions (120, 220) of the first and/or the second fixed contact (100, 200), characterized in that the rotational axis (Z1-Z1) of the rotatable knife contact is positioned in a middle portion of the rotatable knife contact, a third fixed contact is positioned on an opposite side of the rotational axis (Z1-Z1) of the rotatable knife contact in relation to the first and the second fixed contact (100, 200) being adjacent to each other, the rotatable knife contact is electrically connected from the middle portion to the third fixed contact in all positions of the rotatable knife contact, whereby the rotatable knife contact is rotatable between a first switching position in which a first outer end of the rotatable knife contact makes contact to the first fixed contact so that an electrical connection is formed between the first fixed contact and the third fixed contact and a second switching position in which a second opposite outer end of the rotatable knife contact makes contact to the second fixed contact so that an electrical connection is formed between the second fixed contact and the third fixed contact. a first fixed contact, a second fixed contact, a rotatable knife contact having a rotational axis (Z1-Z1) and comprising at least one longitudinal pair of blades (410, 420) flexibly connected to each other, whereby the blades (410, 420) form, in a switching event, contact with contact portions (120, 220) of the first and/or the second fixed contact (100, 200), characterized in that the rotational axis (Z1-Z1) of the rotatable knife contact is positioned in a middle portion of the rotatable knife contact, a third fixed contact is positioned on an opposite side of the rotational axis (Z1-Z1) of the rotatable knife contact in relation to the first and the second fixed contact (100, 200) being adjacent to each other, the rotatable knife contact is electrically connected from the middle portion to the third fixed contact in all positions of the rotatable knife contact, whereby the rotatable knife contact is rotatable between a first switching position in which a first outer end of the rotatable knife contact makes contact to the first fixed contact so that an electrical connection is formed between the first fixed contact and the third fixed contact and a second switching position in which a second opposite outer end of the rotatable knife contact makes contact to the second fixed contact so that an electrical connection is formed between the second fixed contact and the third fixed contact.
A bellows assembly for storage and displacement of a first fluid used in precise fluid indication of time in a watch or wall clock in a capillary tube, the bellows comprising: a bellows housing for storing a fluid in a storage volume contained therein, the housing made of a flexible, water-tight material and comprising: i. an upper portion, ii. a lower portion, iii. an outer accordion formed portion having a length l and sealingly connected along a periphery (22, 24) with the upper and lower portions, and iv. at least one entry/exit port formed on at least one of the portions thereof, the assembly including a temperature compensation device comprising: i. a second bellows and reservoir; ii. a second fluid contained in the second bellows and reservoir; iii. a support arrangement for the second bellows and reservoir such that the thermal expansion of the first fluid which causes an expansion of the first fluid at a first expansion rate in a capillary tube is mitigated by the expansion of the second fluid at a second expansion rate; and the assembly also including a capillary tube attached to the bellows into which the fluid communicates so that a meniscus thereof is visible to indicate the level of the fluid. i. an upper portion, ii. a lower portion, iii. an outer accordion formed portion having a length l and sealingly connected along a periphery (22, 24) with the upper and lower portions, and iv. at least one entry/exit port formed on at least one of the portions thereof, the assembly including i. a second bellows and reservoir; ii. a second fluid contained in the second bellows and reservoir; iii. a support arrangement for the second bellows and reservoir such that the thermal expansion of the first fluid which causes an expansion of the first fluid at a first expansion rate in a capillary tube is mitigated by the expansion of the second fluid at a second expansion rate; and
An aircraft thrust and control system for an aircraft comprising a roll axis (x), a yaw axis (y) and a pitch axis (x), the aircraft thrust and control system comprising a central power unit which is open-type or housed in an aerodynamic duct, the central power unit comprising an upper propeller (5.1) and a lower propeller (5.2) arranged one above the other and adapted to rotate in opposite directions, and open-type peripheral power units each comprising an upper propeller (6.1) or an upper propeller (6.1) and a lower propeller (6.2), the peripheral power units being located outside an aerodynamic operating range of the upper and lower propellers (5.1, 5.2) of the central power unit, whereby the central power unit is adapted only for generating a lifting force of the aircraft with respect to F the yaw axis (y), whereby the peripheral power units are adapted for control of a direction of movement of the aircraft with respect to the roll (x), yaw (y) and pitch (x) axes by varying rotational speeds of the upper and lower propellers (6.1, 6.2), whereby the central power unit is not involved at all in controlling the direction of movement of the aircraft, whereby the upper propeller (5.1) of the central power unit operates in a t<w same plane as each upper propeller (6.1) of the peripheral power units when the peripheral power units are equipped only with the upper propellers (6.1), and whereby the upper propeller (5.1) of the central power unit operates in the same plane as each upper propeller (6.1) of the peripheral power units and the lower propeller (5.2) of the central power unit operates in a same plane as each lower propeller (6.2) of the peripheral power units when the peripheral power units are equipped with upper propellers (6.1) and lower propellers (6.2). whereby the central power unit is adapted only for generating a lifting force of the aircraft with respect to F the yaw axis (y), whereby the peripheral power units are adapted for control of a direction of movement of the aircraft with respect to the roll (x), yaw (y) and pitch (x) axes by varying rotational speeds of the upper and lower propellers (6.1, 6.2), whereby the central power unit is not involved at all in controlling the direction of movement of the aircraft, whereby the upper propeller (5.1) of the central power unit operates in a t<w same plane as each upper propeller (6.1) of the peripheral power units when the peripheral power units are equipped only with the upper propellers (6.1), and whereby the upper propeller (5.1) of the central power unit operates in the same plane as each upper propeller (6.1) of the peripheral power units and the lower propeller (5.2) of the central power unit operates in a same plane as each lower propeller (6.2) of the peripheral power units when the peripheral power units are equipped with upper propellers (6.1) and lower propellers (6.2).
Calender for profiling a rubber mixture intended for the manufacture of tyre casings, the calender comprising three rotating rolls arranged such that the axis of rotation of the upper roll is situated above the axis of rotation of the intermediate roll and such that the axis of rotation of the intermediate roll is situated above the axis of rotation of the lower roll, these three axes of rotation (A112,A114,A116) being parallel, the axis of rotation of the lower roll and the axis of rotation of the intermediate roll being situated in the same vertical plane, the axis of rotation of the upper roll being situated in a plane inclined with respect to the vertical plane, the upper roll and the intermediate roll being separated by a first distance in the inclined plane, this first distance defining the height of a first profiling nip, the intermediate roll and the lower roll being separated by a second distance in the vertical plane, this second distance defining the height of a second profiling nip, the calender being characterized in that it comprises a table for separating the profiled mixture that is positioned downstream of the second profiling nip, and in that the separating table comprises at least one scraper of which the sharpened end is kept in bearing contact against the outer wall of the lower roll by an actuator.
A combination of a pipe securing apparatus and a stud of a wall, the pipe securing apparatus comprising: a generally rectangular brace having a front having a length, a back, a first side, a second side, a top, and a bottom wherein the back of the generally rectangular brace is secured to the stud of a wall; an extended support unit having a length less than the length of the generally rectangular brace wherein the extended support unit is partially secured to the second side of the generally rectangular brace and wherein the extended support unit has a generally rectangular front portion and a generally curved bottom end; wherein the front of the extended support unit is substantially parallel to the front of the generally rectangular brace; and wherein the generally curved bottom end of the extended support unit partially secures a pipe wherein the pipe runs substantially parallel with the front of the generally rectangular brace and wherein the pipe passes through an opening in the stud of the wall, the combination characterised by: an adhesive on a top surface of the generally curved bottom end of the support unit wherein the adhesive secures the pipe to the generally curved bottom end of the extended support unit. a generally rectangular brace having a front having a length, a back, a first side, a second side, a top, and a bottom wherein the back of the generally rectangular brace is secured to the stud of a wall; an extended support unit having a length less than the length of the generally rectangular brace wherein the extended support unit is partially secured to the second side of the generally rectangular brace and wherein the extended support unit has a generally rectangular front portion and a generally curved bottom end; wherein the front of the extended support unit is substantially parallel to the front of the generally rectangular brace; and wherein the generally curved bottom end of the extended support unit partially secures a pipe wherein the pipe runs substantially parallel with the front of the generally rectangular brace and wherein the pipe passes through an opening in the stud of the wall, the combination characterised by: an adhesive on a top surface of the generally curved bottom end of the support unit wherein the adhesive secures the pipe to the generally curved bottom end of the extended support unit.
A method for measuring a location of a mobile terminal, comprising: a scheme of transmitting a reference signal of one signal source in response to reception of a reference signal of another signal source, comprising: step (a) of transmitting a reference signal at a first signal source and transmitting a reference signal (hereinafter, a second reference signal) at a second signal source in response to reception of the reference signal from the first signal source; and step (b) of transmitting a reference signal (hereinafter, a first reference signal) at the first signal source in response to reception of the second reference signal from the second signal source, wherein the steps (a) and (b) are repeatedly performed; receiving at a mobile terminal first and second reference signals from first and second signal sources for transmitting the first and second reference signals; calculating at the mobile terminal a Time Difference of Arrival (TDOA) between the first and second reference signals in consideration of the first and second reference signals received at the mobile terminal and a signal shift time between the first and second signal sources; and calculating at the mobile terminal the location of the mobile terminal using the TDOA and locations of the first and second signal sources. a scheme of transmitting a reference signal of one signal source in response to reception of a reference signal of another signal source, comprising: step (a) of transmitting a reference signal at a first signal source and transmitting a reference signal (hereinafter, a second reference signal) at a second signal source in response to reception of the reference signal from the first signal source; and step (b) of transmitting a reference signal (hereinafter, a first reference signal) at the first signal source in response to reception of the second reference signal from the second signal source, wherein the steps (a) and (b) are repeatedly performed; step (a) of transmitting a reference signal at a first signal source and transmitting a reference signal (hereinafter, a second reference signal) at a second signal source in response to reception of the reference signal from the first signal source; and step (b) of transmitting a reference signal (hereinafter, a first reference signal) at the first signal source in response to reception of the second reference signal from the second signal source, wherein the steps (a) and (b) are repeatedly performed; receiving at a mobile terminal first and second reference signals from first and second signal sources for transmitting the first and second reference signals; calculating at the mobile terminal a Time Difference of Arrival (TDOA) between the first and second reference signals in consideration of the first and second reference signals received at the mobile terminal and a signal shift time between the first and second signal sources; and calculating at the mobile terminal the location of the mobile terminal using the TDOA and locations of the first and second signal sources.
A detoxification device comprising: a detoxification chamber; an insulator provided adjacent to the detoxification chamber; and an inlet nozzle embedded in the insulator to guide an exhaust gas to be detoxified to the detoxification chamber, wherein the inlet nozzle defines an axial direction and the insulator is made of a insulating material thickness in the axial direction; characterised in that a portion of the inlet nozzle adjacent to the detoxification chamber has a length in the axial direction set shorter by a predetermined length in the axial direction than the thickness of the insulating material to expose a portion of the insulator, wherein the predetermined length corresponds to a portion of the inlet nozzle on which a metallic product is deposited when the exhaust gas which is a metallic exhaust gas is allowed to flow in a state before the inlet nozzle is shortened. a detoxification chamber; an insulator provided adjacent to the detoxification chamber; and an inlet nozzle embedded in the insulator to guide an exhaust gas to be detoxified to the detoxification chamber, wherein the inlet nozzle defines an axial direction and the insulator is made of a insulating material thickness in the axial direction; characterised in that a portion of the inlet nozzle adjacent to the detoxification chamber has a length in the axial direction set shorter by a predetermined length in the axial direction than the thickness of the insulating material to expose a portion of the insulator, wherein the predetermined length corresponds to a portion of the inlet nozzle on which a metallic product is deposited when the exhaust gas which is a metallic exhaust gas is allowed to flow in a state before the inlet nozzle is shortened.
A torque device (110; 210) for securing an elongate medical device, the torque device comprising: a housing (120; 220) comprising a first opening, the first opening defining an arcuate first end portion and a tapered second end portion, and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (185; 186); and an actuator (140; 240) slidably disposed within at least a portion of the housing, the actuator comprising a second opening, the second opening defining an arcuate first end portion and a tapered second end portion, and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (195; 196), and wherein the first opening and the second opening are configured for passage of an elongate medical device. a housing (120; 220) comprising a first opening, the first opening defining an arcuate first end portion and a tapered second end portion, and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (185; 186); and an actuator (140; 240) slidably disposed within at least a portion of the housing, the actuator comprising a second opening, the second opening defining an arcuate first end portion and a tapered second end portion, and a first lateral side and a second lateral side extending between the first and second end portions, wherein each of the first lateral side and the second lateral side comprise a concave portion (195; 196), and wherein the first opening and the second opening are configured for passage of an elongate medical device.
A therapeutically effective amount of an oral antiviral supplement composition for use in the treatment or prophylaxis of an influenza A, influenza B, influenza C or a non-polio enterovirus infection in a subject in need thereof, wherein said composition comprises a lysine, an ascorbic compound, a flavonoid glycoside, a threonine, taurine and a pyridoxine.
Turbo machine, in particular a gas turbine, - with a stator and a rotor and an axial sealing device arranged between the stator and the rotor, - wherein the sealing device on the stator side has a radially stepped sealing contour with protruding and recessed regions (9, 10) in the direction of the rotor, - wherein on the rotor side, several sealing fins are provided which protrude in the direction of the stator and each engage in adjacent recessed regions of the sealing contour on the stator side, - wherein on the rotor side, at least one additional fin is provided which protrudes in the direction of the stator and is positioned between two adjacent sealing fins arranged on the rotor side, and lies opposite a protruding region of the stator-side sealing contour, - wherein a stator-side recessed region is wider than a stator-side protruding region, - wherein the radial height (h) of the sealing fin is approximately 2 to 4 times greater than a radial height of the additional fin, characterised in that at least one additional fin and/or sealing fin is arranged radially and axially sloping on the rotor, and that a slope angle of the at least one additional fin and/or at least one sealing fin is around 25° to 35°. - with a stator and a rotor and an axial sealing device arranged between the stator and the rotor, - wherein the sealing device on the stator side has a radially stepped sealing contour with protruding and recessed regions (9, 10) in the direction of the rotor, - wherein on the rotor side, several sealing fins are provided which protrude in the direction of the stator and each engage in adjacent recessed regions of the sealing contour on the stator side, - wherein on the rotor side, at least one additional fin is provided which protrudes in the direction of the stator and is positioned between two adjacent sealing fins arranged on the rotor side, and lies opposite a protruding region of the stator-side sealing contour, - wherein a stator-side recessed region is wider than a stator-side protruding region, - wherein the radial height (h) of the sealing fin is approximately 2 to 4 times greater than a radial height of the additional fin,
An organic electroluminescence element comprising an anode, a cathode and a plurality of composing layers including a light emitting layer sandwiched between the anode and the cathode, wherein an electron transport layer containing a compound represented by Formula is included in the composing layers; the light emitting layer contains a phosphorescence emitting organic metal complex represented by Formula; and the cathode or one composing layer adjacent to the cathode contains a metal or a metal compound is one selected from the group consisting of sodium, potassium and cesium: wherein R11 to R17 each represent a hydrogen atom or a substituent; X represents -0-, -S-, or -N -, and R10 represents a hydrogen atom or a substituent; and X11 to X17 represents -C =, or-N=, R18 represents a hydrogen atom or a substituent, and when a plurality of-C = exists, a plurality of R18s may be the same or different, provided that at least one of R10 to R18 represents a substituent, wherein P and Q each represent a carbon atom or a nitrogen atom; A1 represents a group of atoms necessary to form an aromatic hydrocarbon ring or an aromatic heterocycle together with P-C; A2 represents a group of atoms necessary to form an aromatic heterocycle together with Q-N; P 1 -L1-P 2 represents a bidentate ligand, P 1 and P 2 each independently represent a carbon atom, a nitrogen atom, or an oxygen atom, and L1 represents a group of atoms necessary to form a bidentate ligand together with P 1 and P 2; j1 is an integer of 1 to 3, and j2 is an integer of 0 to 2, provided that the sum of j1 and j2 is 2 or 3; and M 1 represents iridium.