mhurhangee/ep-ind-claims huggingface dataset:
An assembly of a fastening device and a plastic material of known elasticity, the fastening device comprising a threaded bush, arranged with a coarse thread on the outside of the bush and a standard metric thread on the hollow inside of the bush, wherein the coarse thread on the outside of the bush is arranged for screwing into a cavity of the plastic material, thereby said cavity of the plastic material is arranged with a complementary thread with a chosen distance within the groove, characterized in that the distance within the groove of the complementary thread is increased within the limit of the plastic materials elasticity, when the fastening device is fastened into the plastic material, wherein the coarse thread on the outside of the bush and the complementary thread of the cavity of the plastic material are engaged by at least one of compression and friction.
A profile connector subassembly for frames for protection devices for use with a building opening, comprising - a profile connector, wherein the profile connector has at least one first connecting arm which can be inserted into a profile strip and a second connecting arm which can be inserted into a profile strip and at least one central region connecting the connecting arms, and - a cover cap, wherein the cover cap can be attached to the profile connector and in the attached state covers the central region of the profile connector at least on one side, wherein at least one recess (5.1, 5.2, 5.3) and at least one elongated projection (6.1, 6.2, 6.3) are configured on the profile connector and the cover cap, wherein in the attached state the elongated projection (6.1, 6.2, 6.3) engages in at least one recess (5.1, 5.2, 5.3), characterised in that a rotational joint having at least one axis of rotation is configured between the first connecting arm and the second connecting arm such that, by a relative pivoting movement about the at least one axis of rotation of the rotational joint, the first connecting arm and the second connecting arm can be transferred from an initial position into an assembly position in which the first connecting arm and the second connecting arm are arranged in one plane at right-angles to one another. - a profile connector, wherein the profile connector has at least one first connecting arm which can be inserted into a profile strip and a second connecting arm which can be inserted into a profile strip and at least one central region connecting the connecting arms, and - a cover cap, wherein the cover cap can be attached to the profile connector and in the attached state covers the central region of the profile connector at least on one side, wherein at least one recess (5.1, 5.2, 5.3) and at least one elongated projection (6.1, 6.2, 6.3) are configured on the profile connector and the cover cap, wherein in the attached state the elongated projection (6.1, 6.2, 6.3) engages in at least one recess (5.1, 5.2, 5.3), characterised in that a rotational joint having at least one axis of rotation is configured between the first connecting arm and the second connecting arm such that, by a relative pivoting movement about the at least one axis of rotation of the rotational joint, the first connecting arm and the second connecting arm can be transferred from an initial position into an assembly position in which the first connecting arm and the second connecting arm are arranged in one plane at right-angles to one another.
A closing device for closing screw caps comprising a motor and a drive train and configured to transmit force from the motor to the screw caps by means of the drive train, further comprising a control device which dynamically adjusts the motor operation using a measured actual value of an operating parameter of the motor, a target closing torque and an actual closing torque model, wherein the actual closing torque model is configured in such a way that it provides a modelled actual closure torque resulting from this modelled torque based on a modelled torque acting on the closure, wherein the control device is configured to dynamically adjust the motor operation based on a control loop, characterised in that the control loop is configured to represent a value and/or a value range and/or an upper and/or lower limit for the value based on the measured actual value of the operating parameter and a predetermined target closing torque as input variables at least for one operating parameter to be set, wherein the control loop is configured to determine a current value of the actual closing torque using the actual closing torque model and to determine the value and/or the value range and/or the upper and/or lower limit for the at least one operating parameter to be set based on a comparison of the current value of the actual closing torque with the value of the target closing torque. further comprising a control device which dynamically adjusts the motor operation using a measured actual value of an operating parameter of the motor, a target closing torque and an actual closing torque model, wherein the actual closing torque model is configured in such a way that it provides a modelled actual closure torque resulting from this modelled torque based on a modelled torque acting on the closure, wherein the control device is configured to dynamically adjust the motor operation based on a control loop, characterised in that the control loop is configured to represent a value and/or a value range and/or an upper and/or lower limit for the value based on the measured actual value of the operating parameter and a predetermined target closing torque as input variables at least for one operating parameter to be set, wherein the control loop is configured to determine a current value of the actual closing torque using the actual closing torque model and to determine the value and/or the value range and/or the upper and/or lower limit for the at least one operating parameter to be set based on a comparison of the current value of the actual closing torque with the value of the target closing torque.
A door closer, in particular a swing door closer, comprising a door closer housing, an output shaft, which is connectable to a door, a piston assembly, which is connected to the output shaft and guided in the door closer housing, a closer spring, a piston rod arranged for connecting the piston assembly to the closer spring, a freewheeling arrangement, which is configured to allow for a translational movement of the piston assembly uncoupled from the closer spring with the closer spring being blocked, wherein the freewheeling arrangement is configured as a sliding coupling, which exclusively transfers compressive forces between the closer spring and the piston assembly, and a hydraulic blocking space, which is configured for blocking the closer spring, wherein the output shaft comprises a camshaped rolling contour, in particular a cam disc, and the piston assembly comprises at least one cam follower (47, 50) bearing on the rolling contour, characterized in that the piston assembly comprises a dampening piston with a first cam follower and an opening piston with a second cam follower, wherein the output shaft is disposed between the dampening piston and the opening piston, and wherein the damping piston and the opening piston are connected to each other by means of four traction rods (81 to 84).
Switching device for connecting coaxial cables, said switching device having: a housing with at least two coaxial connectors (104, 105, 106, 107); a switch rotor arranged in the housing such that it can be rotated about a longitudinal axis; a first electrical connection, which passes through the switch rotor and is designed to capacitively couple a first coaxial connector and a second coaxial connector in a predetermined position of the switch rotor and thus to create an electrical connection between the first coaxial connector and the second coaxial connector; wherein the switch rotor is provided with a slot, the first electrical connection extending along the slot; wherein the first electrical connection has an inner conductor, the inner conductor in at least some sections in its longitudinal direction being electrically connected to the switch rotor; wherein in at least some sections the inner conductor in the slot is surrounded by an insulator and/or a dielectric; wherein at each of its opposite ends in the longitudinal direction of the inner conductor the first electrical connection has a terminating element which is connected to the inner conductor, wherein the terminating elements are configured to capacitively couple to one coaxial connection each in the predetermined position of the switch rotor and thereby create the electrical connection between the first coaxial connector and the second coaxial connector. a housing with at least two coaxial connectors (104, 105, 106, 107); a switch rotor arranged in the housing such that it can be rotated about a longitudinal axis; a first electrical connection, which passes through the switch rotor and is designed to capacitively couple a first coaxial connector and a second coaxial connector in a predetermined position of the switch rotor and thus to create an electrical connection between the first coaxial connector and the second coaxial connector; wherein the switch rotor is provided with a slot, the first electrical connection extending along the slot; wherein the first electrical connection has an inner conductor, the inner conductor in at least some sections in its longitudinal direction being electrically connected to the switch rotor; wherein in at least some sections the inner conductor in the slot is surrounded by an insulator and/or a dielectric; wherein at each of its opposite ends in the longitudinal direction of the inner conductor the first electrical connection has a terminating element which is connected to the inner conductor, wherein the terminating elements are configured to capacitively couple to one coaxial connection each in the predetermined position of the switch rotor and thereby create the electrical connection between the first coaxial connector and the second coaxial connector.
An epoxy resin adhesive for a medical device, the epoxy resin adhesive comprising the following components to: an epoxy resin; a polyamine compound having two or more unsubstituted amino groups; and a compound having a nonaromatic carbon-carbon double bond group and a phenolic hydroxy group. an epoxy resin; a polyamine compound having two or more unsubstituted amino groups; and a compound having a nonaromatic carbon-carbon double bond group and a phenolic hydroxy group.
A polyurethane prepared by the reaction product of: a) an NCO-terminated polymer formed from the reaction of a hydroxylated oleaginous component derived from plant oil comprising hydroxylated soybean oil and a diisocyante; and b) an alkoxy-functionalized monomer. a) an NCO-terminated polymer formed from the reaction of a hydroxylated oleaginous component derived from plant oil comprising hydroxylated soybean oil and a diisocyante; and b) an alkoxy-functionalized monomer.
A method of manufacturing a coil element, comprising: forming a first auxiliary layer and a second auxiliary layer each including coil portions formed of a plating pattern (60-a) disposed on a substrate; aligning the first auxiliary layer and the second auxiliary layer so that an upper surface of the coil portion of the first auxiliary layer and an upper surface of the coil portion of the second auxiliary layer are adjacent to each other while facing each other; and forming a conductive coupling portion between the upper surface of the coil portion of the first auxiliary layer and the upper surface of the coil portion of the second auxiliary layer, characterized in that the conductive coupling portion is formed by an electroless plating method. forming a first auxiliary layer and a second auxiliary layer each including coil portions formed of a plating pattern (60-a) disposed on a substrate; aligning the first auxiliary layer and the second auxiliary layer so that an upper surface of the coil portion of the first auxiliary layer and an upper surface of the coil portion of the second auxiliary layer are adjacent to each other while facing each other; and forming a conductive coupling portion between the upper surface of the coil portion of the first auxiliary layer and the upper surface of the coil portion of the second auxiliary layer, characterized in that the conductive coupling portion is formed by an electroless plating method.
A logic card holding apparatus for use in a computing resource, the apparatus comprising: a logic card comprising opposed edges (20a, 20b) and opposed surfaces connected therewith; a holding base having a longitudinal axis; and a pair of spaced arms extending from opposing ends of the holding base, each spaced arm extending in a generally orthogonal direction to the longitudinal axis of the holding base and each spaced arm comprises an association groove for receiving one of the opposed edges (20a, 20b) of the logic card, and wherein the spaced arms are configured to be flexible and resilient and further being configured for snap locking with the logic card; wherein the pair of spaced arms connect with the logic card such that the association grooves grip the edges (20a, 20b) of the logic card; and characterised in that the association groove includes at least one detent configured for containing a flange extending from at least one edge (20a, 20b) of the logic card. a logic card comprising opposed edges (20a, 20b) and opposed surfaces connected therewith; a holding base having a longitudinal axis; and a pair of spaced arms extending from opposing ends of the holding base, each spaced arm extending in a generally orthogonal direction to the longitudinal axis of the holding base and each spaced arm comprises an association groove for receiving one of the opposed edges (20a, 20b) of the logic card, and wherein the spaced arms are configured to be flexible and resilient and further being configured for snap locking with the logic card;
A method for positioning calculations in an occluded environment comprising: receiving signals by a receiver from at least LEO satellite; computing a pseudo range and a pseudo range rate measurements which represent the receiver's relative position to the satellite including a time bias and a frequency bias of the received signals from the at least one satellite; and minimizing a cost function including the pseudo range and the pseudo range rate to obtain a position of the receiver; said minimizing comprising approximating the time bias by a polynomial in time and the frequency bias by a derivative of the time bias to removing the biases as independent states, thereby reducing the number of independent variables to those of a position of the receiver alone. receiving signals by a receiver from at least LEO satellite; computing a pseudo range and a pseudo range rate measurements which represent the receiver's relative position to the satellite including a time bias and a frequency bias of the received signals from the at least one satellite; and
A cleaning cloth (28, 28") for use with a steam mop comprising: at least one fabric layer (62, 62", 72, 74) that is configured to be attached to a steam mop and that has a cleaning composition associated with the at least one fabric layer; and characterised in that the cleaning composition (76, 90, 190) is encapsulated and configured to be released from encapsulation by exposure to steam delivered to the cleaning cloth (28, 28"). at least one fabric layer (62, 62", 72, 74) that is configured to be attached to a steam mop and that has a cleaning composition associated with the at least one fabric layer; and characterised in that the cleaning composition (76, 90, 190) is encapsulated and configured to be released from encapsulation by exposure to steam delivered to the cleaning cloth (28, 28").
A mounting device for mounting and holding wafers with the following features: - a holding surface, - holding means for holding the wafer on the holding surface and - compensation means (3, 4, 5, 6) for the active at least partial compensation of global distortions of the wafer, wherein pressure is applied locally, i.e. hydraulically and/or pneumatically, to the holding surface from the rear side of the holding surface by the compensation means (3, 4, 5, 6), wherein the compensation means (3, 4, 5, 6) are provided as a plurality of active control elements (3, 4, 5, 6) in the mounting device, characterised in that the plurality of active control elements (3, 4, 5, 6) are integrated into the holding surface. - a holding surface, - holding means for holding the wafer on the holding surface and - compensation means (3, 4, 5, 6) for the active at least partial compensation of global distortions of the wafer, wherein pressure is applied locally, i.e. hydraulically and/or pneumatically, to the holding surface from the rear side of the holding surface by the compensation means (3, 4, 5, 6),
Shading device comprising a housing, a support device, a locking device, a cloth shaft and a cloth which can be wound onto and unwound from the cloth shaft and can be unwound from the latter, wherein the cloth shaft is accommodated in the housing, which is attached to the support device, wherein the locking device has at least one adjustable locking element which is adjustable between a locking position, in which it holds the housing form-fittingly on the support device, and a release position, in which the housing can be removed from the support device, wherein the locking element is a displaceably and/or pivotably mounted locking bolt, and wherein the housing is clamped against the support device by means of the locking bolt when the locking bolt in its locking position, wherein a cloth guide is provided on the shading device for the cloth, wherein the locking bar is adjustably mounted on the cloth guide, characterized in that a recess, a groove or a guide track is formed in the cloth guide, into which recess, groove or guide track the locking bolt is displaceably inserted.
An aerosol generating apparatus comprising: a liquid source comprising a liquid container including a perforated membrane through which a liquid can pass through; an adaptor detachably engaged with the liquid source; and a driving element including a piezoelectric element coupled to a substrate, wherein the substrate includes an aperture that corresponds to the perforated membrane when the liquid source and the adaptor are engaged; wherein the adaptor is in contact with the substrate's periphery; and wherein the adaptor includes at least one jack for supporting the substrate and maintaining the substrate at a predetermined height away from a liquid inlet surface of the adaptor such that a space is maintained between the liquid inlet surface of the adaptor and the substrate. a liquid source comprising a liquid container including a perforated membrane through which a liquid can pass through; an adaptor detachably engaged with the liquid source; and a driving element including a piezoelectric element coupled to a substrate, wherein the substrate includes an aperture that corresponds to the perforated membrane when the liquid source and the adaptor are engaged; wherein the adaptor is in contact with the substrate's periphery; and wherein the adaptor includes at least one jack for supporting the substrate and maintaining the substrate at a predetermined height away from a liquid inlet surface of the adaptor such that a space is maintained between the liquid inlet surface of the adaptor and the substrate.
Process for casting molten metal into continuously cast pre-products comprising the following steps - introducing the molten metal into a mould, a meniscus of the molten metal in the mould and at least one flow of the molten metal in the mould being given the form of a single vortex or a double vortex; - cooling down the molten metal in the mould and thereby forming a solid strand shell; - drawing out an at least partly solidified strand from the mould; - guiding, supporting and cooling the drawn-out strand in a strand-supporting device; characterized by - recording a measured value by means of a measured value sensor by measuring a state variable of the continuous casting process; - determining a time-variable actuating signal with the aid of a controller, while taking into account the measured value; - applying the actuating signal to an actuator, the actuator changing either an immersion depth of at least one bar-shaped built-in part relative to the meniscus or a position of a bar-shaped built-in part relative to a side wall (2, 3) of the mould, so that the flow of the molten metal is stabilized in the area of the meniscus in the form of a single vortex or a double vortex by a plurality of bar-shaped built-in parts. - introducing the molten metal into a mould, a meniscus of the molten metal in the mould and at least one flow of the molten metal in the mould being given the form of a single vortex or a double vortex; - cooling down the molten metal in the mould and thereby forming a solid strand shell; - drawing out an at least partly solidified strand from the mould; - guiding, supporting and cooling the drawn-out strand in a strand-supporting device; - recording a measured value by means of a measured value sensor by measuring a state variable of the continuous casting process; - determining a time-variable actuating signal with the aid of a controller, while taking into account the measured value; - applying the actuating signal to an actuator, the actuator changing either an immersion depth of at least one bar-shaped built-in part relative to the meniscus or a position of a bar-shaped built-in part relative to a side wall (2, 3) of the mould, so that the flow of the molten metal is stabilized in the area of the meniscus in the form of a single vortex or a double vortex by a plurality of bar-shaped built-in parts.
A cutter for wood chipping machines, the cutter comprising: • a substantially disc-shaped cutting blade comprising at least one cutting edge and defining a central opening therethrough • a mounting structure adapted to removably attach the substantially disc-shaped cutting blade to a wood chipping machine, the mounting structure comprising first and second clamping members adapted to clamp the cutting blade therebetween, each clamping member (5, 7) defining a respective central opening therethrough wherein the central openings in the clamping members (5, 7) and the blade are arranged such that when the blade is clamped between the clamping members (5, 7), the central openings are aligned; and • a fastening member which extends through the central openings and is configured to secure the clamping members (5, 7) and blade to the wood chipping machine and thereby facilitate clamping of the blade between the clamping members (5, 7). • a substantially disc-shaped cutting blade comprising at least one cutting edge and defining a central opening therethrough • a mounting structure adapted to removably attach the substantially disc-shaped cutting blade to a wood chipping machine, the mounting structure comprising first and second clamping members adapted to clamp the cutting blade therebetween, each clamping member (5, 7) defining a respective central opening therethrough wherein the central openings in the clamping members (5, 7) and the blade are arranged such that when the blade is clamped between the clamping members (5, 7), the central openings are aligned; and • a fastening member which extends through the central openings and is configured to secure the clamping members (5, 7) and blade to the wood chipping machine and thereby facilitate clamping of the blade between the clamping members (5, 7).