mhurhangee/ep-ind-claims huggingface dataset:
A system for wireless power transfer, comprising: a resonator comprising a coil with at least two windings (5602, 5604, 5606), each of the at least two windings comprising a plurality of loops formed by a conductive material and extending in a plane, wherein corresponding portions of each of the at least two windings are oriented in parallel, wherein at least one of the windings has a length that differs from a length of another one of the windings, and wherein the at least two windings are electrically connected in parallel; and at least one inductor (5702, 5704, 5706) having an inductance value, wherein the at least one inductor is connected in series to at least one of the windings, wherein the inductance value is selected so that when the coil carries a current during operation of the system, the at least one inductor maintains a distribution of current flows among the at least two windings such that for each of the at least two windings, an actual current flow in the winding differs from a target current flow for the winding by 10% or less, characterized in that: the at least one inductor comprises an adjustable inductance value which is adjustable by an electronic processor during operation of the system. a resonator comprising a coil with at least two windings (5602, 5604, 5606), each of the at least two windings comprising a plurality of loops formed by a conductive material and extending in a plane, wherein corresponding portions of each of the at least two windings are oriented in parallel, wherein at least one of the windings has a length that differs from a length of another one of the windings, and wherein the at least two windings are electrically connected in parallel; and at least one inductor (5702, 5704, 5706) having an inductance value, wherein the at least one inductor is connected in series to at least one of the windings, wherein the inductance value is selected so that when the coil carries a current during operation of the system, the at least one inductor maintains a distribution of current flows among the at least two windings such that for each of the at least two windings, an actual current flow in the winding differs from a target current flow for the winding by 10% or less, characterized in that: the at least one inductor comprises an adjustable inductance value which is adjustable by an electronic processor during operation of the system.
A spinal cross connector, comprising: a first connector element for engaging a spinal fixation element, the first connector element having a female member; a second connector element for engaging a spinal fixation element, the second connector element having a male member (32, 36) that is receivable within the female member such that the male member is (i) adjustably slidable within the female member along a longitudinal axis of the male member, (ii) rotatable about the longitudinal axis within the female member, and (iii) pivotable within the female member such that the longitudinal axis can be angularly oriented relative to a longitudinal axis of the first connector element; and a fastening element adapted to be disposed within the female member to engage and lock the male member in a fixed position relative to the female member; characterised in that the male member is disposed through the female member and the male member includes a retaining element on a terminal end thereof that is adapted to prevent removal of the male member from the female member, the retaining element being a discrete element from the male member that is disposed external to the female member when the male member is disposed through the female member. a first connector element for engaging a spinal fixation element, the first connector element having a female member; a second connector element for engaging a spinal fixation element, the second connector element having a male member (32, 36) that is receivable within the female member such that the male member is (i) adjustably slidable within the female member along a longitudinal axis of the male member, (ii) rotatable about the longitudinal axis within the female member, and (iii) pivotable within the female member such that the longitudinal axis can be angularly oriented relative to a longitudinal axis of the first connector element; and a fastening element adapted to be disposed within the female member to engage and lock the male member in a fixed position relative to the female member; characterised in that the male member is disposed through the female member and the male member includes a retaining element on a terminal end thereof that is adapted to prevent removal of the male member from the female member, the retaining element being a discrete element from the male member that is disposed external to the female member when the male member is disposed through the female member.
An iron oxide magnetic nanoparticle powder, characterized by consisting of iron oxide magnetic nanoparticles having ε-Fe 2 O 3 single phase and an average particle size of 15 nm or less, wherein the ε-Fe 2 O 3 single phase does not contain a substituted element.
A device comprising: a) a carrier capable of easily bending without breaking, the carrier having a first surface and a second surface opposing the first surface, and the carrier is made of a flexible material; b) a first set of at least three parallel strips made of a first thermally activatable material and located on the first surface of the carrier; characterized in that it further comprises: c) a second set of at least three parallel strips made of a second thermally activatable material and located on the second surface of the carrier; wherein the first set and the second set of at least three parallel strips (18, 20) are aligned relative to each other for defining a plurality of hinge portions on the carrier that are free of any activatable material; wherein the carrier is capable of deforming along at least two axes; and wherein the device is able to conform to a surface of a secondary device. a) a carrier capable of easily bending without breaking, the carrier having a first surface and a second surface opposing the first surface, and the carrier is made of a flexible material; b) a first set of at least three parallel strips made of a first thermally activatable material and located on the first surface of the carrier; characterized in that it further comprises: c) a second set of at least three parallel strips made of a second thermally activatable material and located on the second surface of the carrier;
A power regulator having a full-wave rectifier for supplying a rectified AC signal (vin); a linear regulator (Q1, D4, R2) having an input (vd) connected to the full-wave rectifier, the linear regulator being configured for outputting a first signal (vs) derived from the rectified AC signal; and a switching means (Q2, D3) having an input connected to the output (vs) of the linear regulator and having an output (vout), the switching means (Q2, D3) including first and second switching elements (Q2, Q3; D3) each respectively connected between the input and output of the switching means, the operation of the first switching element (Q2, Q3) being determined by a first difference between a voltage value associated with the rectified AC signal (vin) and a first reference voltage value, and the operation of the second switching element being determined by a second difference between the voltage value at the output (vout) of the switching means and a second reference voltage value; wherein when said second difference is equal to or greater than a predetermined amount, the second switching element operates to provide a current bypass to the first switching element (Q2, Q3), wherein the first switching element (Q2, Q3) includes a transistor and the base of the transistor is arranged to be supplied with the rectified AC signal (vin).
Gripping group (31, 32) for a switch, changeover switch, disconnector or generally a power switch, said power switch being mounted inside an insulated switch body and comprising at least a movable contact providing an electrical connection, said gripping group (31, 32) being configured to grip said at least a movable contact of said power switch, a modular structure comprising a plurality of caliper-like elements being parallelly mounted on a supporting frame and in turn including respective terminal finger elements being angularly movable one with respect to the other, mutually approaching and moving away in contrast with elastic returning means, characterized in that each terminal finger element of said caliper-like elements comprises at least two holes, said holes being in proximity of two opposite ends of said terminal finger element, and in that the gripping group (31, 32) further comprises a pin for each hole of said terminal finger elements of said caliper-like elements. a modular structure comprising a plurality of caliper-like elements being parallelly mounted on a supporting frame and in turn including respective terminal finger elements being angularly movable one with respect to the other, mutually approaching and moving away in contrast with elastic returning means, characterized in that each terminal finger element of said caliper-like elements comprises at least two holes, said holes being in proximity of two opposite ends of said terminal finger element, and in that the gripping group (31, 32) further comprises a pin for each hole of said terminal finger elements of said caliper-like elements.
A garnet-type single crystal for a scintillator that is represented by General Formula,, or, Gd 3-x-y Ce x RE y Al 5-z Ga z O 12 wherein in Formula, 0.003 ≤ x ≤ 0.15, 0 ≤ y ≤ 0.1, 2.5 ≤ z ≤ 3.5, and RE represents at least one selected from Y and Yb, Gd 3-a-b Ce a Lu b Al 5-c Ga c O 12 wherein in Formula, 0.0001 ≤ a ≤ 0.15, 0.1 < b ≤ 3, and 3 < c ≤ 4.5, Gd 3-p-q Ce p RE' q Al 5-r Ga r O 12 wherein in Formula, 0.0001 ≤ p ≤ 0.15, 0.5 ≤ q ≤ 3, 2 ≤ r ≤ 4, and RE' represents Y, wherein an amount of luminescence by γ-ray excitation is 20,000 photons/MeV or more.
Aqueous dispersions, comprising a) 20 to 45% aclonifen and 4 to 20% flufenacet, at a total amount of 24 to 65%, b) 0.3 to 3% of one or more anionic surfactants from the group of the sulfonates, selected from the groups based on naphthalenes, the alkylaryls, the fused naphthalenes and based on lignin, c) 2 to 15% of one or more nonionic surfactants from the group of the di- and tri-block-copolymers of alkylene oxides, d) 0.01 to 1% of an organic thickener based on xanthan gum, e) 0.1 to 3% of an inorganic thickener, f) 0 to 50% of one or more agrochemically active compounds different from component a), g) 0 to 20% of one or more further customary auxiliaries and additives, and 20 to 70% water; where the components d) and e) are present in a ratio of from 1:300 to 10:1 to one another. a) 20 to 45% aclonifen and 4 to 20% flufenacet, at a total amount of 24 to 65%, b) 0.3 to 3% of one or more anionic surfactants from the group of the sulfonates, selected from the groups based on naphthalenes, the alkylaryls, the fused naphthalenes and based on lignin, c) 2 to 15% of one or more nonionic surfactants from the group of the di- and tri-block-copolymers of alkylene oxides, d) 0.01 to 1% of an organic thickener based on xanthan gum, e) 0.1 to 3% of an inorganic thickener, f) 0 to 50% of one or more agrochemically active compounds different from component a), g) 0 to 20% of one or more further customary auxiliaries and additives,
A rotary drum furnace, e.g. a metal smelting rotary drum furnace or a metal smelting tilting rotary drum furnace, with a drum furnace mounted rotatably around its longitudinal axis, which has an opening on at least one end face for charging and/or heating a drum furnace interior with a heat source, and with a number of stirring bodies attached to a drum casing of the drum furnace and projecting into the drum furnace interior, wherein in relation to its wall structure, the drum furnace is basically made up of the drum casing on one side and on the other side, next to it, an inner cladding, and the inner cladding is provided with a respective recess which accommodates the relevant stirring body, and wherein the drum furnace interior is divided transversely to the longitudinal extent of the drum furnace into a stirring body area preferably facing the opening with the stirring bodies exclusively arranged there and at least one adjoining stirring body free area without stirring bodies, characterised in that an insulating layer is provided in the recess which is interposed between a base of the stirring body and the drum casing and reduces the heat transfer from the stirring body to the drum casing.
A system, comprising: a multimedia device including a memory and a processor, and configured to: collect, using the processor, usage data, wherein the usage data identifies when the multimedia device is in use during different times of day and wherein the usage data is stored in the memory; determine usage probability of the multimedia device based on the usage data, wherein the usage probability includes probability values that correspond to the different times of day; generate a polling schedule for a remote control device based on the usage probability, wherein the polling schedule includes different polling periods associated with the different times of day and each of the different polling periods indicate a time period between polls for the remote control device; and transmit the polling schedule to the remote control device, whereby the polling schedule causes the remote control device to conserve battery life of the remote control device by polling the multimedia device according to the different polling periods included in the polling schedule. collect, using the processor, usage data, wherein the usage data identifies when the multimedia device is in use during different times of day and wherein the usage data is stored in the memory; determine usage probability of the multimedia device based on the usage data, wherein the usage probability includes probability values that correspond to the different times of day; generate a polling schedule for a remote control device based on the usage probability, wherein the polling schedule includes different polling periods associated with the different times of day and each of the different polling periods indicate a time period between polls for the remote control device; and transmit the polling schedule to the remote control device, whereby the polling schedule causes the remote control device to conserve battery life of the remote control device by polling the multimedia device according to the different polling periods included in the polling schedule.
Method for consolidating the ground encasing a tunnel excavated section by section (R 1,..., R N, R N+1, R N+2,...), wherein each section (R 1,..., R N, R N+1, R N+2,...) of said tunnel is topped by a pre-retaining roof (V 1, V N, V N+2,...) made of a plurality of tubes grouted to the ground by a sealing grout, and including the following steps: a) introducing into the ground a plurality of tubes in order to form the pre-retaining roof (V 1, V N, V N+1, V N+2,...) of a contour corresponding to that desired for the tunnel, each tube having an open proximal end and at least a first output port on its distal portion inserted in the ground, and b) introducing a sealing grout into the ground, through said first output port of said tube, so that the sealing grout grouts the tube to the neighbouring ground, the process being characterized in that it further includes the following step: c) after the sealing grout has cured, injecting a consolidating grout in the ground through said first output port of said tube or through at least a second output port formed on its distal portion. a) introducing into the ground a plurality of tubes in order to form the pre-retaining roof (V 1, V N, V N+1, V N+2,...) of a contour corresponding to that desired for the tunnel, each tube having an open proximal end and at least a first output port on its distal portion inserted in the ground, and b) introducing a sealing grout into the ground, through said first output port of said tube, so that the sealing grout grouts the tube to the neighbouring ground, c) after the sealing grout has cured, injecting a consolidating grout in the ground through said first output port of said tube or through at least a second output port formed on its distal portion.
Planetary gear, in particular for a wind power plant, comprising a gear housing, a central sun gear which is rotatably held in the gear housing about a central gear axis and bears external teeth, a ring gear which is arranged concentrically to the central gear axis in the gear housing and has internal teeth, a planetary carrier which is rotatably mounted in the gear housing about the central gear axis and has side cheeks, and a plurality of planet gears which are rotatably mounted via planet gear bearings (7, 8) on the planetary carrier about planetary carrier axles and which are in engagement with the internal teeth of the ring gear and the external teeth of the sun gear, wherein lubricant channels are formed in the planetary carrier axles in order to supply lubricant to the planet gear bearings (7, 8) and lubricant supply channels are formed in the planetary carrier, said lubricant supply channels being connected to the lubricant channels and being able to be attached or being attached on the inlet side to an external lubricant supply, wherein the planetary carrier is radially supported relative to the gear housing by a slide bush held fixedly in terms of rotation on the gear housing, in that the slide bush on its outer surface defines a radial outer sliding surface and a radial inner sliding surface with an interposed shoulder surface and correspondingly thereto a radial outer bearing surface and a radial inner bearing surface with an interposed shoulder surface are formed on the inner surface of the planetary carrier, wherein the sliding surfaces (13, 14) of the slide bush and the bearing surfaces (15, 16) of the planetary carrier bear flat against one another and in that the slide bush is positioned relative to the planetary carrier such that an annular lubricant distribution channel is formed between the shoulder surface of the slide bush which is formed between the radial inner sliding surfaces and the radial outer sliding surface and the shoulder surface which is formed between the radial inner bearing surface and the radial outer bearing surface of the planetary carrier, the lubricant supply channels discharging into said lubricant distribution channel on the inlet side and being connected to the external lubricant supply via a lubricant supply channel formed in the slide bush, characterised in that the lubricant distribution channel is delimited on an outer face by an inner surface of the planetary carrier and on a radial inner face by an outer surface of an axial portion of the slide bush.
Wind turbine rotor blade having a blade outer side, a wall, a blade inner side, and at least a first and second rotor blade portion (210, 220) which are secured to each other by means of at least one securing unit in a dividing plane, wherein the wall has in the region of the first rotor blade portion a laminate having at least a first through-hole, wherein the wall has in the region of the second rotor blade portion a laminate having at least a second through-hole, wherein the at least one securing unit has a cable having a first end and second end (311, 312) and a tensioning element which is coupled to the first and second end (311, 312) of the cable and which is configured to pretension the cable, wherein the first end and second end (311, 312) of the cable and the tensioning element are arranged at the rotor blade inner side, wherein the cable is guided through the first and second through-holes (210b, 220b), wherein the at least one securing unit has transverse pins in the first and second through-holes (210b, 220b), wherein the transverse pins serve to redirect the cable in the first and second through-holes (210b, 220b) so that a portion of the cable abuts the rotor blade outer side and the first and second ends (311, 312) of the cable are provided on the rotor blade inner side. a blade outer side, a wall, a blade inner side, and at least a first and second rotor blade portion (210, 220) which are secured to each other by means of at least one securing unit in a dividing plane, wherein the wall has in the region of the first rotor blade portion a laminate having at least a first through-hole, wherein the wall has in the region of the second rotor blade portion a laminate having at least a second through-hole, wherein the at least one securing unit has a cable having a first end and second end (311, 312) and a tensioning element which is coupled to the first and second end (311, 312) of the cable and which is configured to pretension the cable, wherein the first end and second end (311, 312) of the cable and the tensioning element are arranged at the rotor blade inner side, wherein the cable is guided through the first and second through-holes (210b, 220b), wherein the at least one securing unit has transverse pins in the first and second through-holes (210b, 220b), wherein the transverse pins serve to redirect the cable in the first and second through-holes (210b, 220b) so that a portion of the cable abuts the rotor blade outer side and the first and second ends (311, 312) of the cable are provided on the rotor blade inner side.
An ultrasound endoscope comprising: a housing in which an opening portion is formed; an ultrasound transmitting/receiving portion comprising a first ultrasound transducer group comprising at least one ultrasound transducer and causing a transmission wave to be emitted from the opening portion and a second ultrasound transducer group comprising at least one ultrasound transducer and causing a transmission wave to be reflected in the housing; and wiring connecting to each of ultrasound transducers constituting the first ultrasound transducer group and ultrasound transducers constituting the second ultrasound transducer group. a housing in which an opening portion is formed; an ultrasound transmitting/receiving portion comprising a first ultrasound transducer group comprising at least one ultrasound transducer and causing a transmission wave to be emitted from the opening portion and a second ultrasound transducer group comprising at least one ultrasound transducer and causing a transmission wave to be reflected in the housing; and wiring connecting to each of ultrasound transducers constituting the first ultrasound transducer group and ultrasound transducers constituting the second ultrasound transducer group.