mhurhangee/ep-ind-claims huggingface dataset:
A brake assembly for a hand-held power-driven cutting device comprising: - a movably arranged lever, at least being movable between a first and a second position, - a brake member, and - a brake element connected to or forming one unit with a rotatable part of a transmission of the cutting device, wherein the brake member is movable between a non-activated position and an activated position, and wherein the brake member is arranged to engage with the brake element in the activated position to prevent rotation of the rotatable part, the brake assembly further comprising: - a holding mechanism arranged to hold the brake member in the non- activated position when the lever is in the first position, and - a first resilient element arranged to bias the brake member towards the activated position, and wherein the brake member is arranged to be released from the holding mechanism as a response to the lever coming into the second position, and wherein when released the brake member is adapted to be forced towards the activated position by means of the first resilient element, and wherein the brake member is arranged to engage with a structure of the brake element in said activated position so as to prevent rotation of the brake element, characterized in that a force transmitting structure of the lever is adapted to transmit movement to the brake member as a response to the lever coming into the second position, where a connecting portion of the brake member is provided with a cavity, and where the force transmitting structure is a protrusion extending into the cavity, wherein the lever is pivotably arranged about a first pivot axis and the protrusion is positioned at a radius from the pivot axis of the lever and wherein the protrusion is arranged to be pressed against a first wall inside the cavity as a response to the lever coming into the second position and starting from the first position. - a movably arranged lever, at least being movable between a first and a second position, - a brake member, and - a brake element connected to or forming one unit with a rotatable part of a transmission of the cutting device, wherein the brake member is movable between a non-activated position and an activated position, and wherein the brake member is arranged to engage with the brake element in the activated position to prevent rotation of the rotatable part, the brake assembly further comprising: - a holding mechanism arranged to hold the brake member in the non- activated position when the lever is in the first position, and - a first resilient element arranged to bias the brake member towards the activated position, and wherein the brake member is arranged to be released from the holding mechanism as a response to the lever coming into the second position, and wherein when released the brake member is adapted to be forced towards the activated position by means of the first resilient element, and wherein the brake member is arranged to engage with a structure of the brake element in said activated position so as to prevent rotation of the brake element,
A nozzle device for spraying fluid, comprising: a body including a supply inlet that receives supply of fluid, and two or more spray holes that communicate with the supply inlet and are open on a fluid spraying side, characterized in that the nozzle device further comprises: two or more rotational nozzles arranged in the body in correspondence with the two or more spray holes, the rotational nozzles being retained in the body in a rotatable manner; and a control member that controls rotation of the rotational nozzles, wherein each rotational nozzle has a nozzle hole, through which fluid flowing into the corresponding spray hole of the body is sprayed toward a spraying side of the nozzle device, each rotational nozzle includes a tip portion on the spraying side in which an axis of the nozzle hole is tilted relative to a rotation axis of the rotational nozzle, and the nozzle device further comprises a rotation control mechanism that rotates each rotational nozzle based on an operation of the control member, and the rotation control mechanism is arranged between the control member and each rotational nozzle. a body including a supply inlet that receives supply of fluid, and two or more spray holes that communicate with the supply inlet and are open on a fluid spraying side, characterized in that the nozzle device further comprises: two or more rotational nozzles arranged in the body in correspondence with the two or more spray holes, the rotational nozzles being retained in the body in a rotatable manner; and a control member that controls rotation of the rotational nozzles, wherein each rotational nozzle has a nozzle hole, through which fluid flowing into the corresponding spray hole of the body is sprayed toward a spraying side of the nozzle device, each rotational nozzle includes a tip portion on the spraying side in which an axis of the nozzle hole is tilted relative to a rotation axis of the rotational nozzle, and the nozzle device further comprises a rotation control mechanism that rotates each rotational nozzle based on an operation of the control member, and the rotation control mechanism is arranged between the control member and each rotational nozzle. two or more rotational nozzles arranged in the body in correspondence with the two or more spray holes, the rotational nozzles being retained in the body in a rotatable manner; and a control member that controls rotation of the rotational nozzles, wherein each rotational nozzle has a nozzle hole, through which fluid flowing into the corresponding spray hole of the body is sprayed toward a spraying side of the nozzle device, each rotational nozzle includes a tip portion on the spraying side in which an axis of the nozzle hole is tilted relative to a rotation axis of the rotational nozzle, and the nozzle device further comprises a rotation control mechanism that rotates each rotational nozzle based on an operation of the control member, and the rotation control mechanism is arranged between the control member and each rotational nozzle.
A support tool for holding a cardiac valve implant comprising first and second elongate support members (401, 402) being separate and radially movable in relation to each other, and each having a curvature about which said cardiac valve implant can be fitted, a manipulator portion (413, 414) connected to said first and second elongate support members for moving at least one of said first and second elongate support members in relation to each other to cause said curvature to conform at least partly to said cardiac valve implant to hold said cardiac valve implant in place, characterized in that at least one of said first and second elongate support members generally follows a three-dimensional path such that ends (407, 408) of said support members are axially off-set.
A flexible medical lead having at least one conductor, wherein each conductor comprises a plurality of segments, each segment comprising a preformed multi-layer stacked coil configuration, each multi-layer stacked coil configuration comprising a first forward coiled section that extends in a forward lengthwise direction, then turns back into a reverse coiled section that extends in a substantially opposing reverse lengthwise direction, then turns back into a second forward coiled section that extends in the forward lengthwise direction, wherein the first forward coiled, reverse coiled, and second forward coiled sections are disposed in a plurality of layers stacked over each other.
A communication device using a plurality of communication paths for transmitting a message including control-related data, comprising: an opposite-side transmitter unit for transmitting the same messages to the plurality of communication paths(3,3), respectively; and a host-side receiver unit for receiving the messages flowing through the plurality of communication paths(3,3), respectively; wherein, the receiver unit compares the plurality of received messages with each other, and performs verification using an error-detection code on any one of the messages when they are identical to each other, or on all of the messages when there is a mismatch between them; and then the receiver unit, when an error of the message is detected due to its error inclusion or reception failure, discards all of the messages received at that time, and calculates an accumulated number of error detections for each of the communication paths(3,3) through which the messages have been transmitted, and stops receiving the message, when the number of error detections has reached a given number, from the communication path where the number of error detections has reached the given number. an opposite-side transmitter unit for transmitting the same messages to the plurality of communication paths(3,3), respectively; and a host-side receiver unit for receiving the messages flowing through the plurality of communication paths(3,3), respectively; wherein, the receiver unit compares the plurality of received messages with each other, and performs verification using an error-detection code on any one of the messages when they are identical to each other, or on all of the messages when there is a mismatch between them; and then the receiver unit, when an error of the message is detected due to its error inclusion or reception failure, discards all of the messages received at that time, and calculates an accumulated number of error detections for each of the communication paths(3,3) through which the messages have been transmitted, and stops receiving the message, when the number of error detections has reached a given number, from the communication path where the number of error detections has reached the given number.
An apparatus for rotating a rotatable element located within a vacuum chamber comprising: a hollow support axle extending into the vacuum chamber to define a volume within the vacuum chamber that is sealingly isolated therefrom, the hollow support axle comprising an open end communicating with the exterior of the vacuum chamber, characterised by a target assembly being detachably mounted for rotation about a longitudinal axis of the hollow support axle, and a drive assembly operatively connected to, and configured to rotate, the target assembly.
A non-destructive inspection ("NDI") system, the system comprising: an unmanned aerial vehicle ("UAV") comprising a body structure having at least one support arm, where the at least one support arm comprises: a first arm portion having a first end coupled to the body structure and a second end coupled to a second arm portion; the second arm portion having a first end coupled to an NDI scanning device and a second end coupled to the second end of the first arm portion; and a compliant member disposed between the first arm portion and the second arm portion; where the NDI scanning device is formed with a housing comprising one or more NDI sensors; where the first arm portion is pivotally coupled to the second arm portion; and where the compliant member biases movement of the second arm portion with respect to the first arm portion. a first arm portion having a first end coupled to the body structure and a second end coupled to a second arm portion; the second arm portion having a first end coupled to an NDI scanning device and a second end coupled to the second end of the first arm portion; and a compliant member disposed between the first arm portion and the second arm portion; where the NDI scanning device is formed with a housing comprising one or more NDI sensors; where the first arm portion is pivotally coupled to the second arm portion; and where the compliant member biases movement of the second arm portion with respect to the first arm portion.
A method for forming a helical antenna assembly, comprising: determining a length of a conductive portion to obtain desired electrical characteristics of the helical antenna; laminating the conductive portion to a rectangular base portion to form a tape assembly, wherein the conductive portion is diagonally placed on the base portion; wrapping the tape assembly around a dielectric core; electrically coupling an electrical connector to the conductive portion; characterized in that said method further comprises inserting a center conductor through the approximate center of the dielectric core; bending at least one tab of the tape assembly over at least one end of the dielectric core, wherein a conductive extension of said conductive portion extends on said tab and wherein said tab comprises a hole formed through said tab and said conductive extension extending on said tab, so that after bending of said tab a first end of said center conductor protrudes through said hole, said center conductor being thus electrically coupled to said conductive portion, wherein said base portion comprises a second tab with a hole, said method further comprising bending said second tab over the second end of said dielectric core so that, after bending of said second tab a second end of said center conductor is received in said hole. determining a length of a conductive portion to obtain desired electrical characteristics of the helical antenna; laminating the conductive portion to a rectangular base portion to form a tape assembly, wherein the conductive portion is diagonally placed on the base portion; wrapping the tape assembly around a dielectric core; electrically coupling an electrical connector to the conductive portion; inserting a center conductor through the approximate center of the dielectric core; bending at least one tab of the tape assembly over at least one end of the dielectric core,
An optics carrier having an optics holder and having an optical element, wherein the optics carrier has a receiver for the optics holder and the optics holder has at least two clamping hooks for receiving and fastening the optical element, characterised in that the optics holder with the inserted optical element is inserted into the receiver of the optics carrier, wherein the clamping hooks are bent inwardly and plastically deformed by the optics carrier and are pressed towards the optical element and the clamping hooks are fixed in their final assembly position by the optics carrier so that the optical element can no longer be moved or removed in the inserted final end position of the optics holder.
A plate for direct contact with food served thereon, said plate comprising: an upper part defining a generally planar disc-shaped well of the plate for receiving food and a slanting outer rim extending along the periphery of the well; a base part fixed to the upper part thereby defining a sealed cavity between the upper and base parts (2, 3); and an amount of latent heat storing material disposed in said sealed cavity wherein said heat storing material is provided in a sealed flexible pouch; characterized in that said outer rim comprises a flange that extends from the outer periphery of the rim towards the base part, thereby defining a void between the outer rim and said flange, wherein the base part comprises a rim along its periphery extending into the cavity and defining a circular shoulder portion able to cooperate with a circular slot of the upper part for sealing and fixing the base part to the upper part; wherein the rim provided defines a partitioning wall in the cavity, thereby creating a central compartment below the well of the plate wherein the pouch is accommodated and a free volume below the outer rim of the plate corresponding to the void. an upper part defining a generally planar disc-shaped well of the plate for receiving food and a slanting outer rim extending along the periphery of the well; a base part fixed to the upper part thereby defining a sealed cavity between the upper and base parts (2, 3); and an amount of latent heat storing material disposed in said sealed cavity wherein said heat storing material is provided in a sealed flexible pouch; characterized in that said outer rim comprises a flange that extends from the outer periphery of the rim towards the base part, thereby defining a void between the outer rim and said flange, wherein the base part comprises a rim along its periphery extending into the cavity and defining a circular shoulder portion able to cooperate with a circular slot of the upper part for sealing and fixing the base part to the upper part; wherein the rim provided defines a partitioning wall in the cavity, thereby creating a central compartment below the well of the plate wherein the pouch is accommodated and a free volume below the outer rim of the plate corresponding to the void.
A row unit for a work vehicle, the row unit configured to be attached to the work vehicle with a plurality of other row units for movement across a field, the row unit comprising: a forward frame defining a forward longitudinal axis, the forward frame configured to attach to a work vehicle frame of the work vehicle; a closer frame defining a closer longitudinal axis, the closer frame rotationally attached to the forward frame and supported for rotational movement about a substantially vertical steering axis to vary a turning angle between the closer longitudinal axis and the forward longitudinal axis; and a closer implement attached to the closer frame, the closer implement configured to move ground material into a ground opening as the work vehicle moves across the field; characterised by the closer frame supported for movement relative to the forward frame between an unrestrained position and a restrained position; the closer frame, in the unrestrained position, being supported for rotational movement about the steering axis to vary the turning angle; and wherein the closer frame, in the restrained position, is restrained at a substantially fixed turning angle. a forward frame defining a forward longitudinal axis, the forward frame configured to attach to a work vehicle frame of the work vehicle; a closer frame defining a closer longitudinal axis, the closer frame rotationally attached to the forward frame and supported for rotational movement about a substantially vertical steering axis to vary a turning angle between the closer longitudinal axis and the forward longitudinal axis; and a closer implement attached to the closer frame, the closer implement configured to move ground material into a ground opening as the work vehicle moves across the field; characterised by the closer frame supported for movement relative to the forward frame between an unrestrained position and a restrained position; the closer frame, in the unrestrained position, being supported for rotational movement about the steering axis to vary the turning angle; and wherein the closer frame, in the restrained position, is restrained at a substantially fixed turning angle.
Self-lighting device for a cigarette comprising: - a primary chemical material to be placed at the end to be lit of the cigarette, - a secondary chemical material that is incompatible with the primary material, said primary and secondary materials being capable of igniting when they are in contact with each other, said secondary material being arranged in a receptacle configured to fit over the end to be lit of the cigarette and bring into contact said secondary material with said primary material, said receptacle being closed at one of its ends, - the receptacle comprises a fastening zone having the shape of a cylindrical portion configured to fit over the end to be lit of a cigarette, characterised in that a seal forms the bottom of the fastening zone, with the secondary material being arranged between said seal and the closed end of the receptacle, said seal being provided with a cannula directed towards said fastening zone, and configured so that said secondary material can flow outside of said cannula when a pressure is exerted on said receptacle. - a primary chemical material to be placed at the end to be lit of the cigarette, - a secondary chemical material that is incompatible with the primary material, said primary and secondary materials being capable of igniting when they are in contact with each other, said secondary material being arranged in a receptacle configured to fit over the end to be lit of the cigarette and bring into contact said secondary material with said primary material, said receptacle being closed at one of its ends, - the receptacle comprises a fastening zone having the shape of a cylindrical portion configured to fit over the end to be lit of a cigarette,
A method for protecting the integrity of data ciphered (CDATA, C) by a ciphering algorithm providing at least one intermediary state meant to be identical in ciphering and deciphering, characterized in that is this intermediary state (ISTATE) is sampled during the ciphering to generate a signature, which is provided in addition to the ciphered data; and when deciphering the data, an intermediate state is sampled during the deciphering to verify the signature.
An insulated conduit for use in offshore, deep water environments, said insulated conduit comprising: a pipe having an outer surface; and a fluoropolymer composition disposed about said outer surface of said pipe for providing a thermoplastic thermal insulation layer, said fluoropolymer composition comprising, a fluoroplastic polymer present in an amount of at least 50 parts by weight based on 100 parts by weight of said fluoropolymer composition, and a fluoroelastomer present in an amount of from about 20 to about 50 parts by weight based on 100 parts by weight of said fluoropolymer composition; wherein said fluoropolymer composition has a thermal conductivity less than about 0.20W/mK at 205°C. a pipe having an outer surface; and a fluoropolymer composition disposed about said outer surface of said pipe for providing a thermoplastic thermal insulation layer, said fluoropolymer composition comprising, a fluoroplastic polymer present in an amount of at least 50 parts by weight based on 100 parts by weight of said fluoropolymer composition, and a fluoroelastomer present in an amount of from about 20 to about 50 parts by weight based on 100 parts by weight of said fluoropolymer composition; a fluoroplastic polymer present in an amount of at least 50 parts by weight based on 100 parts by weight of said fluoropolymer composition, and a fluoroelastomer present in an amount of from about 20 to about 50 parts by weight based on 100 parts by weight of said fluoropolymer composition; wherein said fluoropolymer composition has a thermal conductivity less than about 0.20W/mK at 205°C.
Composite glass pane comprising at least a. an inner pane, b. an outer pane, and c. an intermediate layer between the inner pane and the outer pane, wherein the intermediate layer contains at least one first thermoplastic film with a first luminescent pigment, a second thermoplastic film, and a barrier film between the thermoplastic films (3b, 3d) and wherein the luminescent pigment contains a hydroxyalkyl terephthalate having the formula: R 1 -COO-P x -COO-R 2, where R 1, R 2 is an alkyl or allyl residue having 1 to 10 C atoms, P is a phenyl ring, OH is hydroxyl groups bonded to the phenyl ring, and x is the number of hydroxyl groups bonded to the phenyl ring, wherein the second thermoplastic film contains a second luminescent pigment. a. an inner pane, b. an outer pane, and c. an intermediate layer between the inner pane and the outer pane, wherein the intermediate layer contains at least one first thermoplastic film with a first luminescent pigment, a second thermoplastic film, and a barrier film between the thermoplastic films (3b, 3d) and wherein the luminescent pigment contains a hydroxyalkyl terephthalate having the formula: R 1 -COO-P x -COO-R 2, where R 1, R 2 is an alkyl or allyl residue having 1 to 10 C atoms, P is a phenyl ring, OH is hydroxyl groups bonded to the phenyl ring, and x is the number of hydroxyl groups bonded to the phenyl ring, wherein the second thermoplastic film contains a second luminescent pigment. R 1 -COO-P x -COO-R 2, where R 1, R 2 is an alkyl or allyl residue having 1 to 10 C atoms, P is a phenyl ring, OH is hydroxyl groups bonded to the phenyl ring, and x is the number of hydroxyl groups bonded to the phenyl ring, wherein the second thermoplastic film contains a second luminescent pigment.