mhurhangee/ep-ind-claims huggingface dataset:
system for improving quality of electrical energy composed of an active parallel compensator system comprising a LCLR coupling filter (3, 4, 5) in each phase conductor and an AC/DC power electronic converter, and of a dynamic voltage restorer system comprising in each phase conductor a transformer (Tr1, Tr2, Tr3) and a LCLR coupling filter (7, 8, 9) and AC/DC power electronic converters (10, 11, 12), as well as an energy storage in the form of a storage capacitor included at DC terminals of said power electronic converters (6; 10, 11, 12), characterised in that in each phase conductor (L1, L2, L3) in the LCLR type coupling filters (3, 4, 5) of the active parallel compensator system and the LCLR type coupling filters (7, 8, 9) of the dynamic voltage restorer system, each of resistors is replaced by an energy recovery system, wherein each of these energy recovery systems is composed of a half-bridge system of power electronic switches (16, 17, 18; 26, 27, 28) connected by means of a choke (D1, D2, D3; D4, D5, D6) and a voltage and current measurement block (13, 14, 15; 23, 24, 25) to the coupling filter (3, 4, 5; 7, 8, 9) in place of a replaced resistor and signal conductors of the voltage and current measurement block (13, 14, 15; 23, 24, 25) are connected to the power electronic switch (16, 17, 18; 26, 27, 28) in each energy recovery system respectively; moreover, in the active parallel compensator system, capacitors (C2, C3) connected in series are coupled to the two remaining outputs of each of the power electronic switches (16, 17, 18) so as to form an intermediate energy storage, wherein the latter, by means of a power electronic converter, with an input circuit being galvanically isolated from a DC/DC output circuit, is connected to terminals of the storage capacitor, and a common point of the capacitors (C2, C3) is connected to a neutral conductor of a power network and by means of the voltage and current measurement blocks (13, 14, 15) to one of the outputs of the coupling filters (3, 4, 5), wherein in the dynamic voltage restorer system circuit, separately for each phase, capacitors connected in series (C4, C5; C6, C7; C8, C9) are coupled to the two remaining outputs of each of the power electronic switches (26, 27, 28) so as to form intermediate energy storage elements which by means of individual power electronic converters (32, 33, 34), with an input circuit being galvanically isolated from a DC/DC output circuit, are connected to the storage capacitor, and wherein a common point of the capacitors (C4, C5; C6, C7; C8, C9), for each phase respectively, is connected by means of the voltage and current measurement block (23, 24, 25) to one of the outputs of the coupling filter (7, 8, 9).
A system for terminating a wire having an aluminum conductor, said system comprising: a terminal having a conductor receiving area adapted to receive the aluminum conductor; a welding buffer sized and shaped to fit within the conductor receiving area of said terminal with the aluminum conductor disposed between the welding buffer and said terminal; wherein said welding buffer is made of a thin sheet material such that it can be paid out and cut from a continuous coil of copper alloy; and wherein said terminal, said welding buffer and the aluminum conductor are ultrasonically welded together to form an integrated unit, whereby said welding buffer forms a part of a finished terminated wire assembly. a terminal having a conductor receiving area adapted to receive the aluminum conductor; a welding buffer sized and shaped to fit within the conductor receiving area of said terminal with the aluminum conductor disposed between the welding buffer and said terminal; wherein said welding buffer is made of a thin sheet material such that it can be paid out and cut from a continuous coil of copper alloy; and wherein said terminal, said welding buffer and the aluminum conductor are ultrasonically welded together to form an integrated unit, whereby said welding buffer forms a part of a finished terminated wire assembly.
A type of multi-purpose vehicle with a fastback state and a wagon state, the multi-purpose vehicle comprises: a vehicle body and a main liftback body, the vehicle body comprises: a roof; a tail; and a C-pillar; the main liftback body which is movably connected with the roof and the tail, comprises: a main body and a moving assembly, the main body comprises: an engaging end which is connected with the roof; a free end; and a first end; characterized in that the moving assembly connected with the first end comprises: a) a first moving panel which is a triangular cover; b) a second moving panel; c) a tailgate window in a trapezoid shape; and d) a linkage device comprising: a linkage rod; and a linkage piece which is connected with the first moving panel through a sliding surface, whereby, the linkage device can simultaneously position the main body, the first moving panel, and the second moving panel, wherein, the tailgate window can move up relative to the tail to be connected with the free end, or can move down and stored inside the tail, while the free end is connected with the tail, furthermore, a first driving device located in the vehicle body connected with the moving assembly drives the main liftback body to move relative to the C-pillar, therefore, the multi-purpose vehicle can be converted between the fastback state and the wagon state. a roof; a tail; and a C-pillar; an engaging end which is connected with the roof; a free end; and a first end; characterized in that a) a first moving panel which is a triangular cover; b) a second moving panel; c) a tailgate window in a trapezoid shape; and d) a linkage device comprising: a linkage rod; and a linkage piece which is connected with the first moving panel through a sliding surface, whereby, the linkage device can simultaneously position the main body, the first moving panel, and the second moving panel,
A formulation which is free from phosphates and polyphosphates, comprising at least one compound selected from aminocarboxylates and polyaminocarboxylates, and at least one ethyleneimine homopolymer, sodium citrate and at least one compound selected from alkali metal percarbonate, alkali metal perborate and alkali metal persulfate. at least one compound selected from aminocarboxylates and polyaminocarboxylates, and at least one ethyleneimine homopolymer, sodium citrate and at least one compound selected from alkali metal percarbonate, alkali metal perborate and alkali metal persulfate.
A method for a first wireless device to receive queued downlink, DL, data (540, 540, 540) from a second wireless device, the method performed by the first wireless device and comprising: receiving, from the second wireless device, a beacon frame indicating a presence of a plurality of sets of queued DL data (540, 540, 540) each for concurrent delivery to a corresponding one of a plurality of wireless devices, wherein the plurality of wireless devices includes the first wireless device, and wherein the beacon frame indicates that the first wireless device is to transmit a request (530, 530) for delivery of the queued DL data (540, 540, 540) upon receiving permission from the second wireless device; receiving, from the second wireless device, permission to request delivery of the queued DL data (540, 540, 540); transmitting, to the second wireless device, the request (530, 530) for delivery of the queued DL data (540, 540, 540) based on the permission; and receiving, from the second wireless device, the set of queued DL data (540, 540, 540) corresponding to the first wireless device. receiving, from the second wireless device, a beacon frame indicating a presence of a plurality of sets of queued DL data (540, 540, 540) each for concurrent delivery to a corresponding one of a plurality of wireless devices, wherein the plurality of wireless devices includes the first wireless device, and wherein the beacon frame indicates that the first wireless device is to transmit a request (530, 530) for delivery of the queued DL data (540, 540, 540) upon receiving permission from the second wireless device; receiving, from the second wireless device, permission to request delivery of the queued DL data (540, 540, 540); transmitting, to the second wireless device, the request (530, 530) for delivery of the queued DL data (540, 540, 540) based on the permission; and receiving, from the second wireless device, the set of queued DL data (540, 540, 540) corresponding to the first wireless device.
Freeze-drying system carriage with an electrical drive for displacing the carriage, characterised in that the carriage comprises a battery and that the drive is fed via the battery.
A spiro-orbital expansion member housing a fixed spiral element and a movable spiral element, the spiro-orbital expansion member including an eccentric shaft provided with a carrier plate of the movable spiral element, the spiro-orbital expansion member being provided with an inlet port of a first fluid, characterized in that the spiral-orbital expansion member includes at least one bypass duct which is arranged between the inlet port and an arrival point arranged opposite the plate, and in that the arrival point is equipped with a seal.
An arrangement for a sowing row of a sowing machine, having - a transport pipe; - an input opening formed in the transport pipe through which input opening the transport pipe can receive separated grains from a separating device; - an output opening formed in the transport pipe through which output opening the separated grains can exit the transport pipe to apply the separated grains in a furrow on a field; - a transport channel formed in the transport pipe through which transport channel the separated grains pass along a transport path from the input opening to the output opening; and - a measuring device formed on the transport channel and configured to detect the grains transported along the transport channel on the transport path when they are transported through a detection region of the measuring device, which extends transversely to the transport path in the transport channel; wherein the detection region is displaceable between a first measuring position in which the detection region covers a first portion of the transport channel, and a second measuring position, in which the detection region covers a second portion of the transport channel, which is different from the first section, characterized in that a manual or a motor-driven displacing mechanism is provided on the measuring device for displacing the detection region. - a transport pipe; - an input opening formed in the transport pipe through which input opening the transport pipe can receive separated grains from a separating device; - an output opening formed in the transport pipe through which output opening the separated grains can exit the transport pipe to apply the separated grains in a furrow on a field; - a transport channel formed in the transport pipe through which transport channel the separated grains pass along a transport path from the input opening to the output opening; and - a measuring device formed on the transport channel and configured to detect the grains transported along the transport channel on the transport path when they are transported through a detection region of the measuring device, which extends transversely to the transport path in the transport channel;
A casting runner crushing device comprising a receiving blade and a hydraulically-operated pushing blade, wherein the receiving blade includes a plurality of plate-like longitudinal receiving blades having a predetermined height, and a plurality of transverse receiving blades each disposed between adjacent plate-like longitudinal receiving blades in a substantially orthogonal relationship thereto, and characterized in that the pushing blade includes cross-shaped pushing blade single bodies of a predetermined height juxtaposed in a plurality of rows, with each pushing blade single body being capable of entering a blade space portion defined between longitudinal receiving blades and transverse receiving blades in the receiving blade.
A method for treating a fabric article in need of treatment, the method comprising the step of treating the fabric article with a nonwoven web preferably wherein the step of treating comprises one or more steps selected from the group consisting of: a. pre-treating the fabric article before washing the fabric article; b. contacting the fabric article with a wash liquor formed by nonwoven web with water; c. contacting the fabric article with the nonwoven web in a dryer; d. drying the fabric article in the presence of the nonwoven web in a dryer; and e. combinations thereof; wherein the web comprises one or more filaments, and wherein the filament comprises one or more filament-forming materials and one or more active agents that are releasable from the filament when the filament's morphology changes, wherein the total level of the one or more filament-forming materials present in the filament is less than 65% by weight on a dry filament basis and the total level of the one or more active agents present in the filament is greater than 35% by weight on a dry filament basis. a. pre-treating the fabric article before washing the fabric article; b. contacting the fabric article with a wash liquor formed by nonwoven web with water; c. contacting the fabric article with the nonwoven web in a dryer; d. drying the fabric article in the presence of the nonwoven web in a dryer; and e. combinations thereof;
A perpendicularly magnetized thin film structure comprising; a base layer; an insulating layer located on the base layer; an magnetic layer located on the insulating layer and having an L1 0 -crystalline structure; a metal oxide layer (32, 34) located on the magnetic layer; an electrode layer located on the metal oxide layer (32, 34), and another magnetic layer located between the insulating layer and the magnetic layer, and wherein the thickness of the metal oxide layer (32.34) is less than the thickness of the magnetic layer, wherein the magnetic layer contains at least one material selected from a group of CoFeB, CoFe and Fe which have a BCC (BodyCentered Cubic) crystalline structure.
A connecting unit comprising a first and a second holding element (2, 3), which are at least temporarily connected with one another against an ejection force introduced into at least one of the holding elements (2, 3) and are respectively configured to be connected or connectable to different components, wherein a disconnecting mechanism is provided, upon activation of which the connection between the first and the second holding element (2, 3) is disconnected, wherein the disconnecting mechanism comprises a locking element, which is movably arranged, at least partially, relative to the first and to the second holding element (2, 3), and an arresting unit, wherein, in the connected state of the first and the second holding element (2, 3), the locking element is held in an interlocked position by the arresting unit, in which the ejection force introduced is transmitted from the second holding element to the first holding element via the locking element, and, upon activation of the disconnecting mechanism, the arresting unit moves the locking element out of the interlocked position in such a way that the connection between the first and the second holding element (2, 3) is disconnected, wherein the arresting unit comprises a fixation element, which holds the locking element in the interlocked position against a release force applied by a release element, characterized in that the fixation element has a wire and/or a strap, which, upon activation of the disconnecting mechanism, is at least partially destroyed due to a force applied by the disconnecting mechanism. wherein the disconnecting mechanism comprises a locking element, which is movably arranged, at least partially, relative to the first and to the second holding element (2, 3), and an arresting unit, wherein, in the connected state of the first and the second holding element (2, 3), the locking element is held in an interlocked position by the arresting unit, in which the ejection force introduced is transmitted from the second holding element to the first holding element via the locking element, and, upon activation of the disconnecting mechanism, the arresting unit moves the locking element out of the interlocked position in such a way that the connection between the first and the second holding element (2, 3) is disconnected, wherein the arresting unit comprises a fixation element, which holds the locking element in the interlocked position against a release force applied by a release element, characterized in that the fixation element has a wire and/or a strap, which, upon activation of the disconnecting mechanism, is at least partially destroyed due to a force applied by the disconnecting mechanism.
A non-invasive blood volume measurement method for calculating a cardiac output from a pulse wave transit time, the method comprising the steps of: with a respiratory variation measurement unit (14,15,16), measuring respiratory variations of at least two types of parameters, comprising respiratory variations in stroke volume and respiratory variations in pulse pressure; with a pulse wave transit time measurement unit, measuring a pulse wave transit time (PWTT) in a respiratory cycle; with a heart rate calculation unit, measuring a heart rate in a predetermined time; and with a cardiac output calculation unit, calculating a cardiac output by use of the respiratory variations of at least the two types of parameters, the pulse wave transit time, and the heart rate.
A stent for implantation in a blood vessel, especially in the region of the aortic arch, with rings (23, 28, 29) which are disposed successively in its longitudinal direction and which are made up of meandering circumferential supports, and with a prosthesis material which is fixed to the rings (23, 28, 29) and which connects them, said prosthesis material forming a hollow cylindrical body with a jacket which is substantially closed on the circumference thereof, characterized in that only between the last ring and the penultimate ring at the proximal end of the stent at least one V-shaped connecting support comprising two legs is provided, which two legs widen in a V-shape to the distal end of the stent, wherein the V-shaped connecting support connects the last ring and the penultimate ring at the proximal end of the stent to one another, and in that in the distal area the rings are connected to one another by the prosthesis material solely.
A system for asynchronously messaging between Java servlets and a servlet response handler, the system comprising: a server including a servlet container, a servlet and a servlet response handler; and an HTTP interface provided by the servlet container for receiving requests from, and sending responses to, an HTTP client, wherein the servlet container is responsible for issuing an:init request to the servlet response handler and transmitting a:service request to the servlet for processing; wherein the servlet processes the request from an HTTP client received via the servlet container by: returning certain response data immediately to the servlet response handler, thereby freeing up the servlet response handler for handling subsequent requests, setting a response code to be used with subsequent responses, and when the servlet has appropriate data to return to the request, sending a subsequent response to the servlet response handler, wherein the servlet response handler then sends a response to the servlet container which transmits an HTTP response to the HTTP client. a server including a servlet container, a servlet and a servlet response handler; and an HTTP interface provided by the servlet container for receiving requests from, and sending responses to, an HTTP client, wherein the servlet container is responsible for issuing an:init request to the servlet response handler and transmitting a:service request to the servlet for processing; wherein the servlet processes the request from an HTTP client received via the servlet container by: returning certain response data immediately to the servlet response handler, thereby freeing up the servlet response handler for handling subsequent requests, setting a response code to be used with subsequent responses, and when the servlet has appropriate data to return to the request, sending a subsequent response to the servlet response handler, wherein the servlet response handler then sends a response to the servlet container which transmits an HTTP response to the HTTP client.
A composition for maternal administration comprising myo-inositol and probiotics for use to minimise excessive fat accretion in a pregnant subject or a subject desiring to become pregnant, and/or to treat or prevent gestational diabetes mellitus and a condition associated therewith in a pregnant subject and/or its offspring, wherein said composition is administered to said subject before and/or during pregnancy and/or during lactation and, wherein the probiotics comprise a combination of Lactobacillus and Bifidobacterium, and wherein preferably the Lactobacillus is the Lactobacillus rhamnosus GG strain available under the deposit number CGMCC 1.3724, and/or the Bifidobacterium is the Bifidobacterium lactis BB12 strain deposited as CNCM 1-3446.
A flying toy comprising a body, having a first propulsion unit being a first motor and a first propeller rotated by the first motor mounted on the body, a propeller holder for mounting the propeller, an end cap for location in front of the propeller holder, comprising a snap joint between the holder and the end cap, the end cap being removable by disengagement of the holder and the end cap at the snap joint, the propeller being releasable from the holder by a human hand and without a tool, and the holder including a drive shaft for engagement with the motor, characterized in that it comprises a stub for mounting the propeller, the propeller having a bore for accommodation on the stub, the stub with the holder and bore having an interface whereby the propeller is mountable for normal operation to be rotatable by the drive shaft in an essentially right angular transverse plane with respect to the drive shaft, in that with the drive shaft continuing rotation in the normal operation drive mode, and with a removal of the propeller towards the body, such removal effectively disengages the propeller from the drive shaft whereby the drive shaft rotates in the normal drive mode and the propeller is removed from the rotating drive action, and in that the disengagement traps the propeller at least in part between the body and the stub.
Polyamide particles consisting of a polyamide that consists of repeating structural units having at least one alkylene group and at least one amide bond, each of the at least one alkylene group having 1 to 3 carbon atoms; wherein a main shape of the particles is a non-spherical shape with a circularity of less than 0.98; wherein a non-spherical shape does not meet the requirements for a spherical shape, which is a sphere with a sphericity of 80 or more, and a coefficient of variation of a circularity distribution is 30% or less, where the circularity is a value that is determined by Equation: circularity = 4 π ⋅ S / L 2 where L is a total outer perimeter of a shape of the particles when the particles are viewed from one direction, and S is a surface area of the shape; and the coefficient of variation of a circularity distribution is a value that is determined by Equation: coefficient of variation CV of a circularity distribution % = standard deviation in circularity distribution / average value of circularity distribution × 100 and the sphericity is a value calculated in accordance with Equation below by measuring the short diameter and the long diameter for a quantity n of arbitrarily selected polyamide fine particles: Sphericity = Σ short diameter / long diameter / n × 100