mhurhangee/ep-ind-claims huggingface dataset:
Supply unit for electric drives with a three-phase voltage input and a d.c. voltage output for feeding into a capacitive d.c. voltage intermediate circuit in the event of motorized load and feeding back into the three-phase voltage network in the event of generator operation of the load at the d.c. voltage circuit with a mains inverter with electronic switches (T1... T6) controlled in dependence on the paths of the linked mains a.c. voltages, and freewheeling diodes (D7... D12) which are antiparallel thereto and which are used in the feed operation as bridge rectifiers wherein a mains rectifier is arranged parallel to the mains inverter, wherein at the mains output of the mains inverter as well as at the mains input of the mains rectifier there are balancing units (x1...x6) for the infeed operation simultaneously via the mains inverter as well as the mains rectifier, wherein the balancing units (x1... x6) are designed so that during infeed operation the power available each time on the mains side for the mains rectifier and the mains inverter corresponds to the power which can be received by the mains rectifier and the mains inverter, characterised in that the mains rectifier is connected with its d.c. voltage output without intermediate members to the d.c. voltage connection of the mains inverter, and that the balancing units (x1...x6) are further designed so that during the infeed operation power is fed into the d.c.voltage intermediate circuit via both the mains rectifier and via the freewheeling diodes (D7...D12) of the mains inverter.
A variable vane system for a gas turbine engine, the variable vane system comprising: an actuator; a drive gear; and an actuator gear mounted to a variable vane, the actuator gear driven by the drive gear, wherein the actuator gear is mounted to an outer trunion of a variable vane, characterised in that: a harmonic drive is driven by the actuator, and the drive gear is driven by the harmonic drive. an actuator; a drive gear; and an actuator gear mounted to a variable vane, the actuator gear driven by the drive gear, wherein the actuator gear is mounted to an outer trunion of a variable vane, characterised in that: a harmonic drive is driven by the actuator, and the drive gear is driven by the harmonic drive.
Expanded dry food product comprising at least the following ingredients: - a protein concentrate of animal or vegetable origin, food-grade, - a food-grade texturizing additive selected from the group consisting of hydrocolloids and vegetable gelling agents, proteolytic additives and their hydrolysis products, and acidifying agents and salts thereof, - residual water, said heat-expandable precursor being free of starch. - a protein concentrate of animal or vegetable origin, food-grade, - a food-grade texturizing additive selected from the group consisting of hydrocolloids and vegetable gelling agents, proteolytic additives and their hydrolysis products, and acidifying agents and salts thereof, - residual water,
Rotor blade for a wind turbine, comprising a hollow blade body with a root and a tip, whereby the blade body is split along a split plane into two body parts (8, 9), one extending from the root to a first connection section and the other extending from a second connection section to the tip, wherein the first and the second connection sections (11, 12) are adapted to overlap each other in the connected position, characterised in that the split plane is in an area where the rotor blade has a convex peripheral geometry seen from the side of the blade and where it has a single curved cross section seen in the direction from the root to the tip.
A method of reducing a leak or a risk of a leak of a pipe system, the method comprising: a. introducing a sealing composition into said pipe system (101, 202); b. removing gases from said pipe system and filling the pipe system with said sealing composition (102, 203); c. applying pressure to said sealing composition within said pipe system (103, 204); d. draining said pipe system partially of said sealing composition (104, 205) and collecting the drained sealing composition; wherein the method is characterized in that said sealing composition is a single component composition comprising metal powder and xylenes, and said partial draining leaves a film of said sealing composition onto the inner surface of said pipe system. a. introducing a sealing composition into said pipe system (101, 202); b. removing gases from said pipe system and filling the pipe system with said sealing composition (102, 203); c. applying pressure to said sealing composition within said pipe system (103, 204); d. draining said pipe system partially of said sealing composition (104, 205) and collecting the drained sealing composition; wherein the method is characterized in that said sealing composition is a single component composition comprising metal powder and xylenes, and said partial draining leaves a film of said sealing composition onto the inner surface of said pipe system.
A composition comprising a primer that is: a loopable primer comprising a target-specific section, a molecular indexing section, an adaptor section, and a stem-forming section, wherein the stem-forming section is hybridizable to a portion of the target-specific section to form a loop structure comprising the adapter section and the molecular indexing section.
A multilayer effect pigment comprising: a transparent substrate having a layer of titanium dioxide thereon, the optical thickness of said layer of titanium dioxide being such as to provide a white hue to said substrate, and ranges from about 105 to 155 nm; a layer of silica as a low refractive index material on said titanium dioxide layer and an outermost layer of a high refractive index material placed on said low refractive index material layer; said outermost layer comprising titanium dioxide having a optical thickness of from about 45 to 240 nm, said low refractive index material layer having an optical thickness in the range of about 215-470 nm to provide a variable pathlength for light dependent on the angle of incidence of light impinging thereon; each layer differs in refractive index from any adjacent layer by at least about 0.2 and wherein at least one layer has an optical thickness which is different from all of the other layers, whereby the pigment is not a quarter- wave stack; and said multilayer effect pigment has a non-white hue. a transparent substrate having a layer of titanium dioxide thereon, the optical thickness of said layer of titanium dioxide being such as to provide a white hue to said substrate, and ranges from about 105 to 155 nm; a layer of silica as a low refractive index material on said titanium dioxide layer and an outermost layer of a high refractive index material placed on said low refractive index material layer; said outermost layer comprising titanium dioxide having a optical thickness of from about 45 to 240 nm, said low refractive index material layer having an optical thickness in the range of about 215-470 nm to provide a variable pathlength for light dependent on the angle of incidence of light impinging thereon; each layer differs in refractive index from any adjacent layer by at least about 0.2 and wherein at least one layer has an optical thickness which is different from all of the other layers, whereby the pigment is not a quarter- wave stack; and said multilayer effect pigment has a non-white hue.
An apparatus for flatting, punching or stamping a material introduced into the apparatus, said apparatus comprising: - a first cylinder provided with an outer layer configured for flatting, punching or stamping the material; - a back-pressure cylinder extending parallel to the first cylinder; - an adjustment mechanism (22, 22', 28, 28', 34, 34', 36) for adjusting the distance between the first cylinder and the back-pressure cylinder, and the adjustment mechanism (22, 22', 28, 28', 34, 34', 36) comprises at least a first contact member and preferably a second contact member brought into contact with a bottom portion (circumference) of the first cylinder, characterised in that the contact member(s) (22, 22') are mounted on a structure (34, 34') being movably mounted relative to the back-pressure cylinder. - a first cylinder provided with an outer layer configured for flatting, punching or stamping the material; - a back-pressure cylinder extending parallel to the first cylinder; - an adjustment mechanism (22, 22', 28, 28', 34, 34', 36) for adjusting the distance between the first cylinder and the back-pressure cylinder,
A method for evaluating events in a telecommunication network based on an occurrence of a plurality of the events in the telecommunication network, comprising the steps of: selecting at least two parameters of the events; categorizing each of the parameters into a respective finite set of values; defining, for at least a part of conjunctions between the respective finite sets of values, a dedicated counter per conjunction, wherein each conjunction is realized in the form of one of a mapping and a link between two or more of the finite sets of values; and altering, upon the occurrence of an individual event, the respective counter if the parameters of the occurred event match the respective conjunction between the finite sets of values. selecting at least two parameters of the events; categorizing each of the parameters into a respective finite set of values; defining, for at least a part of conjunctions between the respective finite sets of values, a dedicated counter per conjunction, wherein each conjunction is realized in the form of one of a mapping and a link between two or more of the finite sets of values; and altering, upon the occurrence of an individual event, the respective counter if the parameters of the occurred event match the respective conjunction between the finite sets of values.
Operating circuit for at least one LED, a1) to which a direct voltage or a rectified alternating voltage is supplied, and a2) which provides a supply voltage for at least one LED by means of a coil and a first switch clocked by a control unit, wherein b1) energy is temporarily stored in the coil when the first switch is switched on and is discharged via a diode and via at least one LED when the first switch is switched off; wherein b2) the coil, the control unit and the first switch clocked by the control unit are part of the operating circuit; wherein c) the control unit monitors the current through the coil during the power-on time of the first switch, and the first switch is opened when a defined first reference current is exceeded, wherein the control unit subsequently detects the achievement of the demagnetization of the coil; wherein the first switch is closed again upon detection of the achievement of the demagnetization of the coil, characterized in that the control unit d1) opens the first switch when a defined second reference current is exceeded by the first switch during the power-on time of the first switch, and subsequently deactivates the detection of the achievement of the demagnetization of the coil for a predefined pause time. a1) to which a direct voltage or a rectified alternating voltage is supplied, and a2) which provides a supply voltage for at least one LED by means of a coil and a first switch clocked by a control unit, wherein b1) energy is temporarily stored in the coil when the first switch is switched on and is discharged via a diode and via at least one LED when the first switch is switched off; wherein b2) the coil, the control unit and the first switch clocked by the control unit are part of the operating circuit; wherein c) the control unit monitors the current through the coil during the power-on time of the first switch, and the first switch is opened when a defined first reference current is exceeded, wherein the control unit subsequently detects the achievement of the demagnetization of the coil; wherein the first switch is closed again upon detection of the achievement of the demagnetization of the coil, d1) opens the first switch when a defined second reference current is exceeded by the first switch during the power-on time of the first switch, and subsequently deactivates the detection of the achievement of the demagnetization of the coil for a predefined pause time.
A heat exchanger for a thermal management system of an aircraft assembly, the heat exchanger comprising: a core including a first side with a first core inlet, a second side that opposes the first side and includes a first core outlet, wherein the first core inlet is in fluid communication with the first core outlet, a third side having a second core inlet and a fourth side that opposes the third side and includes a second core outlet, wherein the second core inlet is in fluid communication with the second core outlet, the heat exchanger is a cross-flow plate-fin heat exchanger configured to utilize a first stream of cold air to cool a second stream of warm air; characterised by a screen being wrapped around the core, the screen covering the first core inlet and the first core outlet; and a plurality of rollers (136, 138, 140, 142) disposed between the core and the screen for movably securing the screen to the core, the plurality of rollers (136, 138, 140, 142) engaging the screen, wherein movement of at least one of the plurality of rollers (136, 138, 140, 142) causes the screen to move about the core. a core including a first side with a first core inlet, a second side that opposes the first side and includes a first core outlet, wherein the first core inlet is in fluid communication with the first core outlet, a third side having a second core inlet and a fourth side that opposes the third side and includes a second core outlet, wherein the second core inlet is in fluid communication with the second core outlet, the heat exchanger is a cross-flow plate-fin heat exchanger configured to utilize a first stream of cold air to cool a second stream of warm air; characterised by a screen being wrapped around the core, the screen covering the first core inlet and the first core outlet; and a plurality of rollers (136, 138, 140, 142) disposed between the core and the screen for movably securing the screen to the core, the plurality of rollers (136, 138, 140, 142) engaging the screen, wherein movement of at least one of the plurality of rollers (136, 138, 140, 142) causes the screen to move about the core.
A method for manufacturing a solenoid switch for a vehicle starter, comprising the steps of: 1.) fixedly mounting a fixed core into a housing; 2.) mounting a movable core, which carries a single push rod and a compression spring, into the housing so that the movable core is able to move back and forth in the housing, the push rod being slidable back and forth in the movable core, and the push rod extending through the fixed core so that a back end of the push rod is exposed from a back portion of the fixed core; 3.) mounting an elastic member onto the push rod, and mounting a contact bridge onto the back end of the push rod so that the push rod is able to move with respect to the contact bridge in a backward direction against an acting force of the elastic member; 4.) moving the push rod backwards until it is detected that an initial electric connection state is established between two contact studs, which are disposed behind the contact bridge, via the contact bridge; 5.) moving the push rod further backwards through a reserve distance; and 6.) fixing the movable core to the push rod in a state that the movable core is pushed against the fixed core. 1.) fixedly mounting a fixed core into a housing; 2.) mounting a movable core, which carries a single push rod and a compression spring, into the housing so that the movable core is able to move back and forth in the housing, the push rod being slidable back and forth in the movable core, and the push rod extending through the fixed core so that a back end of the push rod is exposed from a back portion of the fixed core; 3.) mounting an elastic member onto the push rod, and mounting a contact bridge onto the back end of the push rod so that the push rod is able to move with respect to the contact bridge in a backward direction against an acting force of the elastic member; 4.) moving the push rod backwards until it is detected that an initial electric connection state is established between two contact studs, which are disposed behind the contact bridge, via the contact bridge; 5.) moving the push rod further backwards through a reserve distance; and 6.) fixing the movable core to the push rod in a state that the movable core is pushed against the fixed core.
An air conditioner comprising: an irradiation unit configured to irradiate an irradiation area of an indoor unit of the air conditioner with ultraviolet rays; a temperature detection unit; and a control unit, characterized in that the temperature detection unit is configured to detect an ambient temperature of the irradiation unit; wherein the control unit is configured to control an irradiation time of the irradiation unit; wherein the irradiation time is controlled by the control unit in accordance with the ambient temperature detected by the temperature detection unit; and wherein the control unit is further configured to control the irradiation unit to make the irradiation time longer as the ambient temperature becomes higher and to make the irradiation time shorter as the ambient temperature becomes lower. an irradiation unit configured to irradiate an irradiation area of an indoor unit of the air conditioner with ultraviolet rays; a temperature detection unit; and a control unit, characterized in that the temperature detection unit is configured to detect an ambient temperature of the irradiation unit; wherein the control unit is configured to control an irradiation time of the irradiation unit; wherein the irradiation time is controlled by the control unit in accordance with the ambient temperature detected by the temperature detection unit; and wherein the control unit is further configured to control the irradiation unit to make the irradiation time longer as the ambient temperature becomes higher and to make the irradiation time shorter as the ambient temperature becomes lower.
A backing film for use in a resilient floor covering comprising at least a wear layer and a backing film, the backing film comprising (a) a first layer and (b) a second layer, wherein the first layer contains a first filler in an amount of from 30 to 80% by weight and the second layer contains a second filler in an amount of from 10 to 80% by weight, wherein the first filler is a platelet type filler which comprises kaolin, talc, mica or graphite and the second filler is a non-platelet type filler which comprises calcium carbonate, dolomite, magnesium hydroxide, ATH, magnesium carbonate, calcium sulphate, SiO 2, Feldspar or glass beads, and wherein in use the first layer is positioned closer to the wear layer of the resilient floor covering than the second layer.
A compound represented by general formula, or stereoisomers, solvates, or pharmaceutically acceptable salts thereof, wherein R 1 and R 4 bond each other to form -(CR 9 R 9') n -; R 1', R 2, R 3, R 3', R 4', R 5, R 5', R 6, R 9 or R 9' is each independently selected from H, F, Cl, Br, I, or a C 1-6 alkyl, wherein the alkyl is optionally further substituted with 0 to 6 substituents selected from F, Cl, Br, I, or a C 1-6 alkyl; n is selected from 1, 2 or 3; alternatively, any pair of R 3 and R 3', R 5 and R 5', and R 9 and R 9' forms together with the carbon atom to which they are attached, and the is optionally further substituted with 0 to 2 substituents selected from F, Cl, Br, I, or a C 1-6 alkyl, wherein the alkyl is optionally further substituted with 0 to 6 substituents selected from F, Cl, Br, I, or a C 1-6 alkyl; R 7 is selected from H, or a C 1-6 alkyl; and R 8 is selected from H, or a C 1-6 alkyl. R 1 and R 4 bond each other to form -(CR 9 R 9') n -; R 1', R 2, R 3, R 3', R 4', R 5, R 5', R 6, R 9 or R 9' is each independently selected from H, F, Cl, Br, I, or a C 1-6 alkyl, wherein the alkyl is optionally further substituted with 0 to 6 substituents selected from F, Cl, Br, I, or a C 1-6 alkyl; n is selected from 1, 2 or 3; alternatively, any pair of R 3 and R 3', R 5 and R 5', and R 9 and R 9' forms together with the carbon atom to which they are attached, and the is optionally further substituted with 0 to 2 substituents selected from F, Cl, Br, I, or a C 1-6 alkyl, wherein the alkyl is optionally further substituted with 0 to 6 substituents selected from F, Cl, Br, I, or a C 1-6 alkyl; R 7 is selected from H, or a C 1-6 alkyl; and R 8 is selected from H, or a C 1-6 alkyl.
Drill head (100, 300, 400) for a deep hole drilling tool for BTA/STS or ejector deep hole drilling, with: a drill head body which is rotatable about an axis of rotation (113, 313) and which has a single drilling side and, inside, a cavity duct for chip and cooling lubricant return with at least one chip collecting orifice on the drilling side; a cutting edge (109, 309), which is arranged on the drilling side and which has a main cutting edge with a main cutting edge cant and a secondary cutting edge with a secondary cutting edge cant, the secondary cutting edge being arranged on a radial outside of the cutting edge, and the main cutting edge cant and the secondary cutting edge cant forming a cutting edge corner and spanning a rake which is arranged contiguously to the chip collecting orifice; and guide pads (110, 111, 310, 311, 410, 411), a first guide pad (111, 311, 411) being arranged, offset to the cutting edge corner by the amount of a guide pad angle (112, 412) measured in the circumferential direction of the drill head (100, 300, 400), in a circumferential half, facing away from the rake, of the drill head body, and a second guide pad (110, 310, 410) being arranged diametrically opposite the cutting edge corner, characterized in that the guide pad angle (112, 412) amounts to less than 70°. a drill head body which is rotatable about an axis of rotation (113, 313) and which has a single drilling side and, inside, a cavity duct for chip and cooling lubricant return with at least one chip collecting orifice on the drilling side; a cutting edge (109, 309), which is arranged on the drilling side and which has a main cutting edge with a main cutting edge cant and a secondary cutting edge with a secondary cutting edge cant, the secondary cutting edge being arranged on a radial outside of the cutting edge, and the main cutting edge cant and the secondary cutting edge cant forming a cutting edge corner and spanning a rake which is arranged contiguously to the chip collecting orifice; and guide pads (110, 111, 310, 311, 410, 411), a first guide pad (111, 311, 411) being arranged, offset to the cutting edge corner by the amount of a guide pad angle (112, 412) measured in the circumferential direction of the drill head (100, 300, 400), in a circumferential half, facing away from the rake, of the drill head body, and a second guide pad (110, 310, 410) being arranged diametrically opposite the cutting edge corner, characterized in that the guide pad angle (112, 412) amounts to less than 70°.