mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic pressure transmitter, which has a first cylinder with a first piston, a second cylinder with a second piston, and a lever, which is mounted so as to be rotatable about a centre of rotation, wherein the first cylinder is connected to the lever by means of a first bearing point, in that a lever arm formed between the first bearing point and the central rotation of the lever is adjustable in length; wherein the second cylinder is connected by means of a second bearing point to the lever, characterized in that the cylinders (110, 120) and the lever are mounted, by means of fixed bearing points, pivotably on a frame, and in that the first bearing point is, by means of an adjustment mechanism on the lever, movable along the lever such that a lever arm formed between the first bearing point and the centre of rotation of the lever is adjustable in length.
Polyphase stator for an internally ventilated rotary electrical machine, such as a motor vehicle alternator or alternator-starter, of the type comprising a body provided with slots, the stator comprises 72 slots and six windings, the external diameter of the body being comprised between 110 and 150 mm, and bearing a stator coil comprising at least one winding per phase, each winding comprising two continuous wires in parallel, each winding comprising: - a plurality of pairs of lateral branches (140, 141) facing one another and each intended to be mounted in a slot of the body of the stator; - a plurality of winding heads (50 to 55) extending on the outside and at one first end of the stator body to form a first winding overhang and connect together the first ends of each pair of lateral branches; - a plurality of winding heels (150 to 155) which is circumferentially offset from the plurality of winding heads and extends on the outside and at a second end of the stator body to form a second winding overhang and connect together the second ends of each pair of lateral branches, characterized in that at least one of the plurality of winding heads and winding heels has a pointed overall shape made up of two sides of a triangle with a rounded vertex, the third side of the triangle being delimited overall by the body, and in that the axial length or the height of this plurality of winding heads and winding heels is comprised between 15 and 20 mm. - a plurality of pairs of lateral branches (140, 141) facing one another and each intended to be mounted in a slot of the body of the stator; - a plurality of winding heads (50 to 55) extending on the outside and at one first end of the stator body to form a first winding overhang and connect together the first ends of each pair of lateral branches; - a plurality of winding heels (150 to 155) which is circumferentially offset from the plurality of winding heads and extends on the outside and at a second end of the stator body to form a second winding overhang and connect together the second ends of each pair of lateral branches,
A method, comprising: a relay node, adapted for communication with one or more access points over a backhaul link and with one or more mobile devices over an access link, and for determining that the relay node is not in communication with the one or more mobile devices or the one or more access points, according to an assignment protocol, wherein the assignment protocol defines an access link latency between an access link resource assignment and an access link communication over the access link resource and a backhaul link latency between a backhaul link assignment and a backhaul link communication; the relay node negotiating resources with the one or more access points based on the time slots during which the relay is not communicating; and the relay node receiving the backhaul link assignment from one or more access points during the determined time slots. a relay node, adapted for communication with one or more access points over a backhaul link and with one or more mobile devices over an access link, and for determining that the relay node is not in communication with the one or more mobile devices or the one or more access points, according to an assignment protocol, wherein the assignment protocol defines an access link latency between an access link resource assignment and an access link communication over the access link resource and a backhaul link latency between a backhaul link assignment and a backhaul link communication; the relay node negotiating resources with the one or more access points based on the time slots during which the relay is not communicating; and the relay node receiving the backhaul link assignment from one or more access points during the determined time slots.
A clamp for dissolved-gas monitor which measures a concentration of gas dissolved in an aqueous solution of the gas flowing through an inside of a pipe which allows permeation of a specific gas, the clamp for dissolved-gas monitor comprising: a pair of pipe pressing portions (1a, 1b) which sandwiches the pipe; and a fixing portion which detachably fixes the pair of pipe pressing portions (1a, 1b) such that the pair of pipe pressing portions (1a, 1b) sandwiches the pipe, wherein one of the pair of pipe pressing portions has a gas storage portion which is a space which is opened to a side of the pipe and stores gas permeating through the pipe and an exhaust port which exhausts the gas stored in the gas storage portion, and the pipe pressing portion having the gas storage portion of the pair of pipe pressing portions (1a, 1b) has a re-permeable membrane which allows permeation of the gas permeating through the pipe, characterized in that the re-permeable membrane is arranged so that a surface thereof on the pipe side contacts an outer circumference of the pipe and so that an entire surface of an opening portion of the gas storage portion is covered. a pair of pipe pressing portions (1a, 1b) which sandwiches the pipe; and a fixing portion which detachably fixes the pair of pipe pressing portions (1a, 1b) such that the pair of pipe pressing portions (1a, 1b) sandwiches the pipe, wherein one of the pair of pipe pressing portions has a gas storage portion which is a space which is opened to a side of the pipe and stores gas permeating through the pipe and an exhaust port which exhausts the gas stored in the gas storage portion, and the pipe pressing portion having the gas storage portion of the pair of pipe pressing portions (1a, 1b) has a re-permeable membrane which allows permeation of the gas permeating through the pipe, characterized in that the re-permeable membrane is arranged so that a surface thereof on the pipe side contacts an outer circumference of the pipe and so that an entire surface of an opening portion of the gas storage portion is covered.
A nanoemulsion comprising a population of particles, wherein more than 50% of particles have diameters between approximately 10 and approximately 300 nanometers, wherein the nanoemulsion comprises oily particles dispersed within an aqueous dispersion medium and wherein said nanoemulsion comprises at least one botulinum toxin, a surfactant and an oil.
A waterwheel arrangement, comprising a support structure; a waterwheel supported by the support structure; and a generator comprising a rotor and a stator; wherein the waterwheel is formed from wheel rim elements and can be driven by means of water which flows, shoots or flows off in a free-falling manner over associated water vanes, for the purpose of power generation; wherein a ring element is concentrically connected to the waterwheel and provided with set-in permanent magnets for forming the rotor of the generator and electric coils forming the stator are arranged in association with the permanent magnets, and wherein the ring element of the rotor consists of modularly associated individual segments with set-in permanent magnets and has at least one corresponding part-ring forming said stator with electric coils associated with it, which is arranged on the side of the waterwheel, which is acted upon by water, in the area of the support structure with its holding elements.
A helmet with a transformable jaw protecting structure based on gear constraint, comprising a helmet housing body, a jaw protector and two mounts, wherein the jaw protector is provided with two prongs disposed at both sides of the helmet housing body respectively, the two mounts are arranged at both side faces of the helmet housing body respectively, and the mounts are fastened and installed on the helmet housing body or the mounts and the helmet housing body are made in an integral structure; wherein two stationary gears fixed relative to the helmet housing body are provided, the two stationary gears are disposed at both sides of the helmet housing body respectively; two rotary gears moving along with the jaw protector are provided, the two rotary gears are also disposed at both sides of the helmet housing body respectively, and the mount, the prong, the stationary gear and the rotary gear at the same side of the helmet housing body constitute an associated group; in the same associated group, the rotary gear and the prong are tightly connected with each other or made in an integral structure, the jaw protector drives the rotary gear to move via the prong, when the rotary gear and the stationary gear are in an engaging movement the stationary gear prompts a position and a phase position of the rotary gear to transform, by this time the position and posture of the jaw protector is also transformed under the constraint of the rotary gear so as to adapt to a transformation between a full-face helmet structure and a half-face helmet structure, wherein both the stationary gear and the rotary gear are in a form of a cylindrical gear and an engaging mechanism constituted by the stationary gear and the rotary gear belongs to a plane gear transmission mechanism, wherein the stationary gear is an internal gear and the rotary gear is an external gear, characterised in that the stationary gear is mutually engaged with the rotary gear, a pitch radius of the stationary gear is R, a pitch radius of the rotary gear is r, a relatively rotated central angle of axis of the rotary gear is β while a rotated angle of the jaw protector relative to the helmet housing body is α during engagement, and these parameters meet a constraint formula: R r = 1 + α β.
Air duct - having at least one connection point for the feedingin or intake of air, and - having a multiplicity of holes through which air fed in at the at least one connection point exits the air duct towards the outside or air taken in there enters the air duct, wherein, - in the interior of the air duct, there is arranged a separating device which extends along the longitudinal direction of the air duct and subdivides the interior of the air duct into an inner duct section and an outer duct section, wherein the holes of the air duct are situated in the inner duct section and the connection point is situated in the outer duct section, and - the separating device has a plurality of openings which, as viewed in the longitudinal direction of the air duct, are arranged spaced apart from one another and each allow an air flow between the inner duct section and the outer duct section, characterized in that the plane in which the openings of the separating device are situated is arranged transversely to that plane in which the holes of the air duct are situated. - having at least one connection point for the feedingin or intake of air, and - having a multiplicity of holes through which air fed in at the at least one connection point exits the air duct towards the outside or air taken in there enters the air duct, wherein, - in the interior of the air duct, there is arranged a separating device which extends along the longitudinal direction of the air duct and subdivides the interior of the air duct into an inner duct section and an outer duct section, wherein the holes of the air duct are situated in the inner duct section and the connection point is situated in the outer duct section, and - the separating device has a plurality of openings which, as viewed in the longitudinal direction of the air duct, are arranged spaced apart from one another and each allow an air flow between the inner duct section and the outer duct section,
Suction device for a textile machine, wherein the suction device comprises an inlet piece for introducing at least one yarn, a suction tube for guiding the yarn and a suction element for generating a suction pressure, wherein the suction unit comprises at least two cyclone elements (1a, 1b) for generating a vortex flow of compressed air, which cyclone elements (1a, 1b) are arranged in series in the suction direction, so that a yarn can be guided first through a first cyclone element and then through a second cyclone element, each cyclone element (1a, 1b) comprising a cyclone axis (Ma, Mb), each cyclone element (1a, 1b) comprising at least one aperture (31a, 31b) at the circumference, which is connected to a preferably common air supply characterized in that the inlet piece comprises at least one aperture at the circumference on the inside, through which aperture an air flow can be introduced into the inlet piece, the aperture being aligned in the suction direction, so that the air flow introduced through this aperture flows in the suction direction, and in that the suction tube comprises a first tube channel for transporting yarns along the tube axis and a second tube channel for transporting an air flow, the air supply being designed such that the air supply serves both as an air supply to cyclone elements (1a, 1b) of the suction device and to the inlet piece, in particular via the second tube channel.
French door comprising - an inactive leaf and an active leaf, which together form a mullion region, - a threshold, - a threshold seal, - a central seal in the mullion region, the central seal forming a third sealing plane between the inactive leaf and active leaf alongside the inner and the outer stop seals, wherein - in the lower region directed towards the threshold, the central seal terminates at a distance apart from the threshold, and - the region between said end of the central seal and the threshold seal is sealed at least largely by a sealing cushion when the French door is in a closed state. - an inactive leaf and an active leaf, which together form a mullion region, - a threshold, - a threshold seal, - a central seal in the mullion region, the central seal forming a third sealing plane between the inactive leaf and active leaf alongside the inner and the outer stop seals, wherein - in the lower region directed towards the threshold, the central seal terminates at a distance apart from the threshold, and - the region between said end of the central seal and the threshold seal is sealed at least largely by a sealing cushion when the French door is in a closed state.
A method for managing client-side services, the method comprising: receiving, by an intermediary between a plurality of client devices and a server, metadata from a first one of the plurality of client devices, the metadata comprising runtime characteristics of a first service instance of a service incorporated into a client-side application or a web application, the first service instance executing on the first one of the plurality of client devices and requesting service data from the server; detecting, by the intermediary, an anomaly in the operation of the first service instance; identifying, by the intermediary, an operation of the first service instance causing the detected anomaly; and causing, by the intermediary responsive to the detected anomaly, a delay of, a removal of or a modification to operations corresponding to the identified operation in other service instances executing on others of the plurality of client devices, each of the other service instances incorporated into a corresponding client-side application or web application, and executing on others of the plurality of client devices. receiving, by an intermediary between a plurality of client devices and a server, metadata from a first one of the plurality of client devices, the metadata comprising runtime characteristics of a first service instance of a service incorporated into a client-side application or a web application, the first service instance executing on the first one of the plurality of client devices and requesting service data from the server; detecting, by the intermediary, an anomaly in the operation of the first service instance; identifying, by the intermediary, an operation of the first service instance causing the detected anomaly; and causing, by the intermediary responsive to the detected anomaly, a delay of, a removal of or a modification to operations corresponding to the identified operation in other service instances executing on others of the plurality of client devices, each of the other service instances incorporated into a corresponding client-side application or web application, and executing on others of the plurality of client devices.
A controller for controlling a pump system including a user-interface and a motor, the controller comprising: a user-interface input configured to be electrically coupled to the user-interface; a serial communication input; a digital input having a plurality of digital input pins; a processor; and a computer readable memory storing instructions that, when executed by the processor, cause the controller to assign a priority to the serial communication input and assign another priority to the digital input; simultaneously receive a first operating signal from the serial communication input and a second operating signal from the digital input, and provide for control of the motor based on one selected from the group consisting of the first operating signal and the second operating signal, the selection based on a priority control algorithm, wherein the priority control algorithm selects the operating signal from the input with the highest priority. a user-interface input configured to be electrically coupled to the user-interface; a serial communication input; a digital input having a plurality of digital input pins; a processor; and a computer readable memory storing instructions that, when executed by the processor, cause the controller to assign a priority to the serial communication input and assign another priority to the digital input; simultaneously receive a first operating signal from the serial communication input and a second operating signal from the digital input, and provide for control of the motor based on one selected from the group consisting of the first operating signal and the second operating signal, the selection based on a priority control algorithm, wherein the priority control algorithm selects the operating signal from the input with the highest priority. simultaneously receive a first operating signal from the serial communication input and a second operating signal from the digital input, and provide for control of the motor based on one selected from the group consisting of the first operating signal and the second operating signal, the selection based on a priority control algorithm, wherein the priority control algorithm selects the operating signal from the input with the highest priority.
A motor vehicle hybrid panel assembly, comprising: • a body formed of a metallic sheet having an aperture created therein, the aperture at least partially surrounded by a peripheral flange; • a reinforcement member of a polymeric material integrally connected to the peripheral flange; and • at least one connecting member of the polymeric material integrally connected to the reinforcement member and extending away from the peripheral flange on the body. • a body formed of a metallic sheet having an aperture created therein, the aperture at least partially surrounded by a peripheral flange; • a reinforcement member of a polymeric material integrally connected to the peripheral flange; and • at least one connecting member of the polymeric material integrally connected to the reinforcement member and extending away from the peripheral flange on the body.
A terminal apparatus comprising: a receiving section configured to receive channel quality information, CQI, control information field consisting of two bits, the two bits indicating whether a CQI report is requested or not, the CQI control information field being included in a dedicated downlink control information and the CQI report being an aperiodic CQI report, characterized in that when the CQI report is requested, the two bits further specifying one or more component carriers for which the CQI report is requested, wherein neither one of the two bits alone indicates a request for the CQI report; and in that the terminal apparatus further comprises a transmitting section configured to transmit, when the CQI report is requested, the CQI report of the specified one or more component carriers. a receiving section configured to receive channel quality information, CQI, control information field consisting of two bits, the two bits indicating whether a CQI report is requested or not, the CQI control information field being included in a dedicated downlink control information and the CQI report being an aperiodic CQI report, characterized in that when the CQI report is requested, the two bits further specifying one or more component carriers for which the CQI report is requested, wherein neither one of the two bits alone indicates a request for the CQI report; and in that the terminal apparatus further comprises a transmitting section configured to transmit, when the CQI report is requested, the CQI report of the specified one or more component carriers.
Order picking system for storing and discharging medication packages, the order picking system comprising a dispensing rack having a plurality of dispensing shelves arranged one above the other, which are diagonally inclined downward from a storage side of the dispensing rack to a discharge side of the dispensing rack and each have a plurality of parallel dispensing channels, and comprising a buffer shelf system arranged at a transfer distance opposite the storage side of the dispensing rack, which buffer shelf system has at least two individual shelves (101, 102, 103) which are arranged parallel to one another and have a maneuvering distance to one another or can be moved toward one another at the maneuvering distance, each of the individual shelves (101, 102, 103) having a plurality of buffer shelves arranged one above the other, wherein the order picking system having a first gripping device which can be moved in a height direction (H A) and in the width direction (B A) of the dispensing rack on the storage side of the dispensing rack, characterized in that the order picking system has a second gripping device which can be moved in a height direction (H P), a width direction and a length direction (L P) of the buffer shelf system on and between the individual shelves (101, 102, 103) of the buffer shelf system and within the transfer distance and is synchronized with the first gripping device in terms of its movement and positioning. wherein the order picking system having a first gripping device which can be moved in a height direction (H A) and in the width direction (B A) of the dispensing rack on the storage side of the dispensing rack, characterized in that the order picking system has a second gripping device which can be moved in a height direction (H P), a width direction and a length direction (L P) of the buffer shelf system on and between the individual shelves (101, 102, 103) of the buffer shelf system and within the transfer distance and is synchronized with the first gripping device in terms of its movement and positioning.