mhurhangee/ep-ind-claims huggingface dataset:
A rotatable cutter for use on an earth-boring tool in a subterranean borehole, comprising: a rotatable element comprising a cutting surface over a support structure; a stationary element comprising a cavity, the rotatable element disposed at least partially within the cavity, the rotatable element configured to move relative to the stationary element between a first axial position and a second axial position along a longitudinal axis of the rotatable cutter; and an index positioning feature positioned laterally between the rotatable element and the stationary element, the index positioning feature comprising at least one protrusion and at least one track, wherein engagement of the at least one protrusion in the at least one track is configured to rotate the rotatable element relative to the stationary element when the rotatable element is moved toward the second axial position. a rotatable element comprising a cutting surface over a support structure; a stationary element comprising a cavity, the rotatable element disposed at least partially within the cavity, the rotatable element configured to move relative to the stationary element between a first axial position and a second axial position along a longitudinal axis of the rotatable cutter; and an index positioning feature positioned laterally between the rotatable element and the stationary element, the index positioning feature comprising at least one protrusion and at least one track, wherein engagement of the at least one protrusion in the at least one track is configured to rotate the rotatable element relative to the stationary element when the rotatable element is moved toward the second axial position.
Method for transmitting data via an electrical conductor of an electricity grid, said electrical conductor having at least one first node and at least one second node coupled to it by coupling by means of a respective impedance-transparent coupling device, having the steps of: transmission of a carrier signal via the electrical conductor by the first node, rectification of the transmitted carrier signal at the second node for the purpose of supplying power to the second node, modulation of the transmitted carrier signal by the second node by means of load modulation for the purpose of transmitting response data to the first node, and characterized in that the following method step is carried out: modulation of the transmitted carrier signal by a further second node by means of further load modulation for the purpose of transmitting further response data to the first node. transmission of a carrier signal via the electrical conductor by the first node, rectification of the transmitted carrier signal at the second node for the purpose of supplying power to the second node, modulation of the transmitted carrier signal by the second node by means of load modulation for the purpose of transmitting response data to the first node, and modulation of the transmitted carrier signal by a further second node by means of further load modulation for the purpose of transmitting further response data to the first node.
A window covering control apparatus (200a, 200b, 200c) for controlling a window covering system, comprising a driving module (230a, 230b, 230c), a damping output module (210a, 210b, 210c), and a damping control module (220a, 220b, 220c);wherein the damping output module and the driving module are configured to operate simultaneously, the damping control module (220a, 220b, 220c) is coupled to the damping output module (210a, 210b, 210c) and the driving module (230a, 230b, 230c), and the damping control module (210a, 210b, 210c) comprises a control detecting unit (223a, 223b, 223c) and a fitting unit (221a, 221b, 221c); wherein the control detecting unit (223a, 223b, 223c) comprises a detecting portion (2231a, 2231b, 2231c) and a stopper portion (2233a, 2233b, 2233c), the detecting portion (2231a, 2231b, 2231c) and the stopper portion (2233a, 2233b, 2233c) are coupled to each other, the detecting portion (2231a, 2231b, 2231c) is configured to drive the stopper portion (2233a, 2233b, 2233c) to move, the driving module (230a, 230b, 230c) is coupled to the detecting portion (2231a, 2231b, 2231c), the detecting portion (2231a, 2231b, 2231c) is driven to be displaced by the driving module (230a, 230b, 230c);the fitting unit (221a, 221b, 221c) is coupled to the damping output module (210a, 210b, 210c), and the stopper portion is configured to be detachably engaged to the fitting unit; wherein during an expansion of the window covering system, the damping output module is driven by the driving module to provide damping to the driving module, the driving module drives the detecting portion to move; when the stopper portion is driven apart by the detecting portion from the fitting unit, the driving module operates independently of the damping output module to stop the damping output module from providing damping characterized in that: the damping control module (220a, 220b, 220c) further comprises an elastic unit (225a, 225b, 225c), wherein the elastic unit (225a, 225b, 225c) is coupled to the control detecting unit (223a, 223b, 223c), and the elastic unit (225a, 225b, 225c) provides a first force to the detecting portion (2231a, 2231b, 2231c), wherein the first force acting on the detecting portion (2231a, 2231b, 2231c) has a direction that is opposite to a direction of the detecting portion (2231a, 2231b, 2231c) driven to be moved by the driving module (230a, 230b, 230c).
A method for producing a coil, in which, by way of casting, a semi-finished product in the form of an elongate conductor is formed in a cavity of a casting mould and, following a demoulding of the semi-finished product, the coil is formed by reshaping this semi-finished product, wherein the form of the semi-finished product is derivable from a shape of the finished coil by stretching along a longitudinal axis of the coil and/or by bending this longitudinal axis, wherein the semi-finished product is bent and compressed during the reshaping, such that turns of the coil already present in the semi-finished product are brought closer towards one another, at least in regions, during the reshaping and are brought into an arrangement along the longitudinal axis of the finished coil, wherein the conductor, during the reshaping, is twisted or bent by no more than a right angle in a course of each individual turn, wherein the semi-finished product is formed as a rosette, so that the turns are arranged fanned out around a centre prior to the reshaping. wherein the form of the semi-finished product is derivable from a shape of the finished coil by stretching along a longitudinal axis of the coil and/or by bending this longitudinal axis, wherein the semi-finished product is bent and compressed during the reshaping, such that turns of the coil already present in the semi-finished product are brought closer towards one another, at least in regions, during the reshaping and are brought into an arrangement along the longitudinal axis of the finished coil, wherein the conductor, during the reshaping, is twisted or bent by no more than a right angle in a course of each individual turn, wherein the semi-finished product is formed as a rosette, so that the turns are arranged fanned out around a centre prior to the reshaping.
Process of preparing a ground mineral material, comprising the steps of: a) providing at least one mineral material, optionally in the form of an aqueous suspension, b) grinding the mineral material, c) optionally screening and / or upconcentrating the ground mineral material obtained following step (b), d) optionally drying the ground mineral material obtained following step (b) or (c) characterised in that said grinding during step (b) is performed in the presence of ceria-containing zirconium oxide grinding beads having: - a ceria content of between 15 and 18 % by weight relative to the total weight of said bead, and most preferably of approximately 16 % by weight relative to the total weight of said bead; and - an average grain size after sintering of the grains forming said bead with a median diameter of less than 1 μm, preferably of less than 0.5 μm, and most preferably of less than 0.3 μm: - and in that step b) occurs at a pH of above 7; characterised in that the beads have an original diameter of between 0.2 and 1.5 mm, and preferably of between 0.4 and 1.0 mm. a) providing at least one mineral material, optionally in the form of an aqueous suspension, b) grinding the mineral material, c) optionally screening and / or upconcentrating the ground mineral material obtained following step (b), d) optionally drying the ground mineral material obtained following step (b) or (c) - a ceria content of between 15 and 18 % by weight relative to the total weight of said bead, and most preferably of approximately 16 % by weight relative to the total weight of said bead; and - an average grain size after sintering of the grains forming said bead with a median diameter of less than 1 μm, preferably of less than 0.5 μm, and most preferably of less than 0.3 μm: - and in that step b) occurs at a pH of above 7;
A data processing system for dynamic acquiring of weighted interrelations between data representing information in at least one data inventory, said data processing system provides means which are formed and/or arranged in such a way that an interrelation as a link between at least one item of data representing at least one item of information of at least one data inventory and at least one further item of data representing at least one item of information of at least one data inventory is also acquired as one item of data representing one item of information, wherein the interrelations are autonomously acquired and kept updated by the data processing system and wherein the interrelations are acquired dynamically as n-to-n connections, wherein n is a natural integer number, which are modifiable by strengthening or weakening, wherein the connection is established by a semantic comparison of data representing information of an interrelation request and data representing information of the least one data inventory, wherein in the course of the semantic comparison a semantic network is established, from which interrelations are acquirable, and wherein by semantic comparisons dynamic interrelations are acquired based on, or by means of, the sequence of data representing information of data inventories and of uses of data representing information of data inventories, and wherein the acquiring of interrelation is weighted, wherein the weighting of interrelation of at least one already as data representing at least one item of information in a data inventory acquired interrelation is modified by increase or decrease in dependency of the weighting of interrelation of an interrelation acquired subsequently, wherein the data processing system logs the sequence of all called up or used data representing information of a data inventory and wherein a latent connection is created if two items of data representing information of a data inventory succeed each other und the connection is strengthened if these sequence occurs multiple.
Device for folding a blade, comprising a fitting able to be secured to a spar of an aerofoil extending spanwise in a radial direction, the folding device having a cuff connected to said fitting and able to be fastened to a hub, - the fitting comprising at least one vertical pin orifice, - the cuff comprising at least one horizontal pin axis and one vertical pin orifice, and - said folding device having a vertical pin passing through said vertical pin orifice of the fitting and the vertical pin orifice of the cuff, characterized in that - the fitting comprises at least one horizontal pin axis perpendicular to the radial direction of the fitting, - the vertical pin orifice is offset axially from the horizontal pin axis of the fitting in the radial direction, and - said folding device comprises at least one lateral arm connecting each horizontal pin axis of the fitting to a horizontal pin axis of the cuff in a removable manner so as to enable a rotation of the fitting relative to the cuff about the vertical pin. - the fitting comprising at least one vertical pin orifice, - the cuff comprising at least one horizontal pin axis and one vertical pin orifice, and - said folding device having a vertical pin passing through said vertical pin orifice of the fitting and the vertical pin orifice of the cuff, - the fitting comprises at least one horizontal pin axis perpendicular to the radial direction of the fitting, - the vertical pin orifice is offset axially from the horizontal pin axis of the fitting in the radial direction, and - said folding device comprises at least one lateral arm connecting each horizontal pin axis of the fitting to a horizontal pin axis of the cuff in a removable manner so as to enable a rotation of the fitting relative to the cuff about the vertical pin.
Holder for beverages, whereby the holder comprises a rigid outer holder that is provided with a mouth for inserting a flexible inner holder, whereby the holder also comprises an adapter that is designed to be provided on the mouth and which is designed to be coupled to a coupling element of such an inner holder, so that in this way an inner holder, with a coupling element that is too small to be provided on the mouth directly, can nonetheless be provided on the mouth, whereby the outer holder and the adapter are fitted with complementary first means (9, 26) to lock their mutual position when they are coupled, whereby the locking is repeatedly reversible, whereby the holder also comprises said flexible inner holder that is provided with said coupling element, whereby the coupling element and the adapter are equipped to be coupled together, whereby the coupling element and the adapter are fitted with complementary second means (17, 27) in order to lock their mutual position when they are coupled, whereby the locking is repeatedly reversible, whereby the adapter is provided with an operating element to operate both the first means (9, 26) and the second means (17, 27) and to bring them from an unlocked state to a locked state and back to an unlocked state, characterised in that the adapter is provided with an operating element to operate both the first means (9, 26) and the second means (17, 27), whereby, from a situation in which the first means (9, 26) and the second means (17, 27) are both in an unlocked state, a movement of the operating element over a first distance in a direction brings the second means (17, 27) to a locked state, and a movement of the operating element in the same direction over a greater distance brings the first means (9, 26) to a locked state.
Method for operating an arrangement which is suitable for protecting, controlling and/or monitoring an electrical switchgear or energy supply system and comprises: - a central control unit, - at least one terminal (E1 - E4) which is suitable for measuring energy, switching energy and/or transmitting status data of an energy source connected to the terminal or of an energy user connected to the terminal, and - a communication network, wherein - after the terminal has been connected to the communication network, the central control unit assigns network configuration data to the terminal, characterized in that - the terminal sends its type identifier, which characterizes the equipment type of the terminal, to the central control unit by using the network configuration data assigned, and - the function-related communication between the terminal and the central control unit is operated out by utilizing an equipment type description (G) corresponding to the type identifier, such that the central control unit communicates with the terminal by referencing its individual equipment functions. - a central control unit, - at least one terminal (E1 - E4) which is suitable for measuring energy, switching energy and/or transmitting status data of an energy source connected to the terminal or of an energy user connected to the terminal, and - a communication network, wherein - after the terminal has been connected to the communication network, the central control unit assigns network configuration data to the terminal, characterized in that - the terminal sends its type identifier, which characterizes the equipment type of the terminal, to the central control unit by using the network configuration data assigned, and - the function-related communication between the terminal and the central control unit is operated out by utilizing an equipment type description (G) corresponding to the type identifier, such that the central control unit communicates with the terminal by referencing its individual equipment functions.
A leakage inspection method for a container to be inspected having a deformable flexible portion, wherein the leakage inspection method comprises: a step of filling the container to be inspected, with an inspection gas containing helium; a step of disposing the container to be inspected filled with the inspection gas inside an inspection chamber partitioned from outside, and forming an upward flow of a carrier gas, of which a concentration of contained helium is different from the concentration of helium contained in the inspection gas, from a lower portion side toward an upper portion side of the container to be inspected; characterized in a step of detecting leakage of the inspection gas filled in the container to be inspected, based on measurement results of a concentration of helium in the carrier gas gathered at a position higher than a position at which the carrier gas is supplied to the inside of the inspection chamber, wherein an exhaust portion for the carrier gas is provided in the inspection chamber at a position above the container to be inspected disposed inside the inspection chamber, and the carrier gas is gathered at a height position between a position at which the carrier gas is supplied to the inside of the inspection chamber and the exhaust portion. a step of filling the container to be inspected, with an inspection gas containing helium; a step of disposing the container to be inspected filled with the inspection gas inside an inspection chamber partitioned from outside, and forming an upward flow of a carrier gas, of which a concentration of contained helium is different from the concentration of helium contained in the inspection gas, from a lower portion side toward an upper portion side of the container to be inspected; characterized in a step of detecting leakage of the inspection gas filled in the container to be inspected, based on measurement results of a concentration of helium in the carrier gas gathered at a position higher than a position at which the carrier gas is supplied to the inside of the inspection chamber, wherein an exhaust portion for the carrier gas is provided in the inspection chamber at a position above the container to be inspected disposed inside the inspection chamber, and the carrier gas is gathered at a height position between a position at which the carrier gas is supplied to the inside of the inspection chamber and the exhaust portion.
A method of manufacturing an automobile frame component made of thin steel sheets, the automobile frame component comprising a closed section constituted by welding a flange portion of a frame component having a substantially hat-like sectional shape to another frame component or a panel part disposed facing the flange portion, a weldable gap amount being formed between the flange portion and the another frame component or panel part disposed facing the flange portion wherein the weldable gap amount is the upper limit value for the inter-sheet distance where no welding defects occur; the method characterised in that: when a welding position coordinate is represented in a coordinate system in a direction parallel to the flange portion in which an end of a contact position between the flange portion and the other frame component or the panel part is assumed as 0, and a flange outer end side of the flange portion is assumed as negative whereas a vertical wall side in the substantially hat-like shape is assumed as positive, and when a radius of a circular arc-like portion connecting a vertical wall portion and the flange portion in the substantially hat-like shape is denoted as R mm, and the weldable gap amount is denoted as a mm, a welding position X mm in parallel to the flange portion and the other frame component or the panel part disposed facing the flange portion, represented by the following formula: + √ 2 Ra − a 2 ≥ X where X > 1.5 mm, and R ≥ 2 mm, is continuously welded using a one-side welding method.
Device for insulating layer drying by means of vacuum, comprising a vacuum chamber accommodating a water separator and a suction motor serving to form a vacuum in the vacuum chamber, the suction motor being arranged at least partially inside a housing providing a motor space, the housing having two compartments (8, 9), and the first compartment providing the engine compartment and the second compartment providing a volume space for accommodating a device electronics unit, characterized in that a fluidic connection is formed between volume space and vacuum chamber, the housing terminating on the vacuum chamber side with a wall which has a passage opening to form a fluidic connection between volume space and vacuum chamber.
A valve for draining fluid from a urostomy pouch, wherein the valve comprises a first valve portion comprising a head portion, a stem, an inlet, a first bore, at least one outlet opening and a distal end closure, a second valve portion comprising a sleeve, a second bore and a valve outlet, wherein the first bore and the second bore form a channel to transport fluid from the inlet to the valve outlet, wherein the sleeve encircles the stem and is adapted to close the channel to prevent drainage of fluid, wherein the distal end closure of the first valve portion is adapted to close off the valve outlet of the second valve portion, wherein the valve comprises one or more arms, characterized in that the one or more arms extending between a distal end and a proximal end, the one or more arms having the distal end connected to the sleeve and the proximal end coupled to the head portion, wherein the one or more arms are arranged in a distance from the sleeve forming a gap between the one or more arms and the sleeve, wherein the one or more arms are adapted to be moved towards the sleeve into the gap, which displaces the sleeve away from the head portion of the first valve portion to open the channel and allow drainage of fluid through the valve, as the distal end closure is simultaneously displaced into the second bore.