mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a composite granule, comprising at least a step of granulating a second sugar or sugar alcohol while spraying thereto an aqueous dispersion comprising at least low-substituted hydroxypropyl cellulose having a degree of hydroxypropoxy substitution of 5 to 16% by weight, polyvinyl alcohol, a first sugar or sugar alcohol, and water, for coating a surface of the second sugar or sugar alcohol to modify the surface.
Chisel, in particular for motor-driven machines, having a machine-side plug-in end for receiving the chisel in the machine, a working end at the opposite end from the plug-in end, and a connecting portion between the plug-in end and the working end, wherein the working end comprises a first working portion and a second working portion, wherein the first working portion narrows to a cutting tip, wherein the second working portion is profiled between the first working portion and the connecting portion of the chisel, and wherein all cross-sectional areas (A, B; C, D), oriented perpendicularly to a longitudinal axis of the chisel, of the second working portion are congruent to one another, wherein the cross-sectional areas (A, B; C, D), following one another along the longitudinal axis of the chisel and perpendicular to the longitudinal axis, of the second working portion are arranged in a twisted manner with respect to one another about the longitudinal axis of the chisel, and the chisel is in the form of a pointed chisel, wherein the first working portion is formed by a conical or pyramidal tip and in the second working portion, between the first working portion and the connecting portion of the pointed chisel, at least one groove (13a, 13b, 13c, 13d) extends helically about the longitudinal axis of the pointed chisel, characterized in that the groove (13a, 13b, 13c, 13d) has a constant pitch angle (α) between α = 2° and α = 70°, wherein the groove (13a, 13b, 13c, 13d) runs out parallel to the longitudinal axis from the second working portion into the first working portion and into the connecting portion.
Toggle fixing (1, 1') for fixing an article to a thin-walled building component (2, 2'), - having a crosspiece (4, 4') which is elongated along a crosspiece longitudinal axis (L 1, L 1 ') and has an opening (10, 10') for receiving a screw, the opening (10, 10') extending along an opening longitudinal axis (L 2, L 2 ') which runs transversely with respect to the crosspiece longitudinal axis (L 1, L 1 '), and - having at least one strip (6, 6') which is joined to the crosspiece (4, 4'), extends along a strip longitudinal axis (L 3, L 3 ') and serves for holding and positioning the crosspiece (4, 4') during mounting, a grip element (13, 13') being arranged on the strip (6, 6') at its end remote from the crosspiece (4, 4'), wherein the grip element (13, 13') is elongated and projects from the strip (6, 6') at an angle with respect to the strip longitudinal axis (L 3, L 3 '), characterised in that the free end (14, 14') of the grip element (13, 13') is a distance (a 1, a 1 ') from the strip (6, 6') that corresponds at least to the distance (a 4, a 4 ') between the strip (6, 6') and the first end (23, 23') of the crosspiece (4, 4') which is the closest end in the direction of the crosspiece longitudinal axis (L 1, L 1 '), and the grip element (13, 13') can be used to probe for obstructive geometry in a method according to claim 7. - having a crosspiece (4, 4') which is elongated along a crosspiece longitudinal axis (L 1, L 1 ') and has an opening (10, 10') for receiving a screw, the opening (10, 10') extending along an opening longitudinal axis (L 2, L 2 ') which runs transversely with respect to the crosspiece longitudinal axis (L 1, L 1 '), and - having at least one strip (6, 6') which is joined to the crosspiece (4, 4'), extends along a strip longitudinal axis (L 3, L 3 ') and serves for holding and positioning the crosspiece (4, 4') during mounting, a grip element (13, 13') being arranged on the strip (6, 6') at its end remote from the crosspiece (4, 4'), wherein the grip element (13, 13') is elongated and projects from the strip (6, 6') at an angle with respect to the strip longitudinal axis (L 3, L 3 '),
A brewing apparatus for making a beverage from a single serve capsule, wherein the brewing apparatus has a first brewing chamber element, a second brewing chamber element and a sealing device, wherein the first brewing chamber element is movable along a central axis between a loading position, in which the first and the second brewing chamber element (3, 4) are spaced apart from each other, and a working position, in which the first and the second brewing chamber element (3, 4) are moved toward each other in order to form a substantially closed brewing chamber, wherein, in the working position, the sealing device is arranged between the first and the second brewing chamber element (3, 4), wherein the first or second brewing chamber element (3, 4) has a liquid supply device for injecting liquid into a single serve capsule situated in the brewing chamber, wherein the liquid supply device has a pressure space which is delimited with respect to the brewing chamber by a slider which is displaceable along the central axis, characterized in that the slider has the sealing device on a side facing the brewing chamber and a sealing element with an integrated pressure relief device on a side facing the pressure space.
A method for making a splice between optical fibers in a joint device suitable for housing a joint between a first electrical cable comprising a first optical fiber and a second electrical cable comprising a second optical fiber, said joint device comprising a sleeve having a cylindrical portion, said method comprising: i) splicing said first optical fiber and said second optical fiber, thereby forming said splice; and ii) winding at least a portion of an excess length of said first optical fiber and at least a portion of an excess length of said second optical fiber about said cylindrical portion of said sleeve according to a helix substantially coaxial with said cylindrical portion, wherein said step i) comprises fitting at least one tube (41, 42, 43) on at least one of said splice, said at least a portion of said excess length of said first optical fiber and said at least a portion of said excess length of said second optical fiber. i) splicing said first optical fiber and said second optical fiber, thereby forming said splice; and ii) winding at least a portion of an excess length of said first optical fiber and at least a portion of an excess length of said second optical fiber about said cylindrical portion of said sleeve according to a helix substantially coaxial with said cylindrical portion,
Corner bearing for concealed assembly for a casement, being pivotable and tiltable against a frame, of a window, a French door or the like, with a fitting component on the frame side, with a fitting component on the casement side, with a support arm and with a control arm for connecting the fitting components (4, 5), wherein the support arm and the control arm have, respectively, vertical bearing axes for connecting to the fitting components (4, 5), characterized in that the fitting component on the casement side has a flange element for connecting with the casement and a rest element for connecting with the control arm and the support arm, in that a tilting bearing is arranged between the flange element and the rest element, in that the fitting component on the frame side has a bearing plate for connecting with the control arm and the support arm and a base plate for connecting with the frame and in that the base plate and the bearing plate are connected via a plug connection.
A wiring board, comprising: an insulating substrate having a cutout opened in a main surface and a side surface; and an inner electrode arranged on an inner surface of the cutout, the inner electrode including a plurality of metal layers, wherein the inner electrode includes, as an intermediate layer, at least one metal layer selected from the group consisting of a nickel layer, a chromium layer, a platinum layer, and a titanium layer, and includes a gold layer as an outermost layer, characterized in that and the at least one metal layer is exposed at an outer edge portion of the inner electrode. an insulating substrate having a cutout opened in a main surface and a side surface; and an inner electrode arranged on an inner surface of the cutout, the inner electrode including a plurality of metal layers, wherein the inner electrode includes, as an intermediate layer, at least one metal layer selected from the group consisting of a nickel layer, a chromium layer, a platinum layer, and a titanium layer, and includes a gold layer as an outermost layer, characterized in that and the at least one metal layer is exposed at an outer edge portion of the inner electrode.
Coplanar dielectric barrier discharge source comprising two elongated electrodes which have a common shielding made of a dielectric and which extend in parallel with regard to each other and in parallel to a free surface of the shielding, characterised in that the shielding comprises grooves in the free surface that extend transversely to the electrodes from in front of the one electrode to in front of the other electrode.
Anvil device for a closure applicator, where the anvil device comprises one or more arms, where a carrier is arranged on each arm for the positioning of a closure against a contact surface to cooperate with a welding head during the fixing of the closure to a carton, where the carrier and the contact surface are arranged on a contact device being adjustably fastened to the anvil device, and where a ball shell formed surface for contact against a corresponding ball shell formed surface on the anvil device is arranged on the contact device, for adjusting the contact device with respect to the anvil device, and where a bolt is arranged in a boring in the contact device for securing the contact device to the anvil device, characterised in that the bolt has a head with a ball shell formed underside which is adapted to cooperate with a corresponding ball shell formed recess in the contact device.
A method comprising: receiving at a call control device a communication session request from an endpoint; determining whether any one of a plurality of unicast media encoders is available for the communication session request; when it is determined that none of the plurality of unicast media encoders is available, connecting (235, 260) the endpoint to a multicast media encoder in the call control device, wherein the multicast media encoder is configured to generate a multicast media notification; presenting the multicast media notification to the endpoint, wherein the multicast media notification comprises a continuously repeating audio loop; characterised by delaying output of the multicast media notification to the endpoint until the audio loop reached a starting point. receiving at a call control device a communication session request from an endpoint; determining whether any one of a plurality of unicast media encoders is available for the communication session request; when it is determined that none of the plurality of unicast media encoders is available, connecting (235, 260) the endpoint to a multicast media encoder in the call control device, wherein the multicast media encoder is configured to generate a multicast media notification; presenting the multicast media notification to the endpoint, wherein the multicast media notification comprises a continuously repeating audio loop; characterised by delaying output of the multicast media notification to the endpoint until the audio loop reached a starting point.
An antimicrobial composition for use in delaying the onset of an infection or preventing an infection caused by a microbial organism in an internal cavity of a subject, wherein the antimicrobial composition comprises: an effective amount of an antimicrobial component comprising one or more antimicrobial lipid antiseptics comprising one or more fatty acid esters of a polyhydric alcohol, one or more fatty ethers of a polyhydric alcohol, or alkoxylated derivatives of either or both of the ester and ether, or combinations thereof; wherein the antimicrobial composition includes the one or more antimicrobial lipids in a total amount of at least 0.25 wt-%, based on the total weight of the antimicrobial composition; a hydrophilic vehicle; and a surfactant component distinct from the antimicrobial component; wherein the antimicrobial composition is to be administered in a method comprising the steps of: contacting at least a portion of the interior surface of an opening leading to the internal cavity with the antimicrobial composition; and subsequently at least partially inserting an instrument into the opening.
A liquid tight, flexible bag for a bag-in-box packaging, comprising, a flexible, liquid tight outer sleeve, and a flexible inner sleeve extending longitudinally within the outer sleeve, wherein the longitudinal direction of the sleeves (2,3) form a longitudinal upright direction of the bag; wherein the inner sleeve is along at least a part of the length of the outer sleeve connected to the outer sleeve at a number of locations characterized in that the number of locations connecting the inner and outer sleeves are spaced apart along the circumference of the inner sleeve so as to form a tension loaded bracing for the outer sleeve when the bag is filled with liquid, for preventing the outer sleeve of the bag from bulging out, and helping to keep the bag from sagging.
A system for conveying objects along a conveying path, comprising: an object support surface; an object transfer mechanism operative to move an object, supported by the object support surface, in at least one object transfer direction (A; B); and a sensing arrangement for sensing an intersection between an object and a detection plane, the sensing arrangement including: a plurality of photodetector elements disposed in a linear array; a laser light source; and a lens system dimensioned and arranged to receive optical energy from the laser light source and to collimate the received optical energy into a line aligned with the plurality of photodetector elements, wherein optical energy of the line is received by each photodetector element of the plurality of photodetector elements unless an amount of optical energy above a sensitivity threshold is absorbed, reflected or refracted by an object disposed on the object support surface. an object support surface; an object transfer mechanism operative to move an object, supported by the object support surface, in at least one object transfer direction (A; B); and a sensing arrangement for sensing an intersection between an object and a detection plane, the sensing arrangement including: a plurality of photodetector elements disposed in a linear array; a laser light source; and a lens system dimensioned and arranged to receive optical energy from the laser light source and to collimate the received optical energy into a line aligned with the plurality of photodetector elements, wherein optical energy of the line is received by each photodetector element of the plurality of photodetector elements unless an amount of optical energy above a sensitivity threshold is absorbed, reflected or refracted by an object disposed on the object support surface. a plurality of photodetector elements disposed in a linear array; a laser light source; and a lens system dimensioned and arranged to receive optical energy from the laser light source and to collimate the received optical energy into a line aligned with the plurality of photodetector elements, wherein optical energy of the line is received by each photodetector element of the plurality of photodetector elements unless an amount of optical energy above a sensitivity threshold is absorbed, reflected or refracted by an object disposed on the object support surface.
Connecting flange for a heat exchanger collector box, said flange defining a fluid inlet and/or outlet, said flange comprising a fixing adapter intended for fixing said exchanger to a fixing support of the vehicle, said adapter being produced separately from said flange, the flange comprising a housing to house said fixing adapter, such that said housing is produced by extrusion in the direction of extrusion of said flange, said housing being produced in the form of a groove, said fixing adapter is produced in the form of a fixing strip, characterized in that said fixing adaptor is produced in the form of a fixing strip offering an assembly part that complements the groove, said assembly part being substantially U-shaped with a central part and two lateral branches (31b, 31c) extending one on either side of the central branch, the fixing strip 27 being bent on both sides, so as to form two fixing surfaces (33, 35).
Use of a rotary atomizer with a) a bell plate, which is rotatable about an axis of rotation and has a flow-off surface, to which coating material can be fed in such a way that coating material is thrown off from the bell plate; b) a radiation device, which ba) comprises at least one radiation source (36, 38), by means of which electromagnetic radiation (40, 60) can be generated, bb) can direct the electromagnetic radiation onto coating material thrown off from the bell plate, wherein c) the at least one radiation source (36, 38) can generate an electromagnetic radiation (40, 60) of such high energy that air located in the range of influence of the electromagnetic radiation and/or coating material located in the range of influence of the electromagnetic radiation is ionized, for applying a coating material to an article, in which coating material is ionized and is directed onto the article and air and/or coating material is ionized by means of electromagnetic radiation (40, 60) and/or is directed onto the article. a) a bell plate, which is rotatable about an axis of rotation and has a flow-off surface, to which coating material can be fed in such a way that coating material is thrown off from the bell plate; b) a radiation device, which ba) comprises at least one radiation source (36, 38), by means of which electromagnetic radiation (40, 60) can be generated, bb) can direct the electromagnetic radiation onto coating material thrown off from the bell plate, wherein ba) comprises at least one radiation source (36, 38), by means of which electromagnetic radiation (40, 60) can be generated, bb) can direct the electromagnetic radiation onto coating material thrown off from the bell plate, c) the at least one radiation source (36, 38) can generate an electromagnetic radiation (40, 60) of such high energy that air located in the range of influence of the electromagnetic radiation and/or coating material located in the range of influence of the electromagnetic radiation is ionized,
A linear actuator comprising: a screw shaft comprising a screw thread and having a longitudinal axis; a nut movable along the screw shaft from a retracted position to an extended position; and a plurality of rollers movable with the nut, each comprising a cylindrical surface and being configured to roll along a respective flank (16,18) of the screw thread, such that rotation of the screw shaft causes the rollers to roll along a respective flank (16,18) so that the nut translates in an axial direction along the screw shaft; wherein the screw thread has a variable lead angle, characterised in that: a first lead angle is provided at a first end end of the screw shaft corresponding to the position of the rollers when the nut is in its retracted position, and a second lead angle is provided at a second end of the screw shaft corresponding to the position of the rollers when the nut is in its extended position, wherein the second end is opposite the first end and the first lead angle is larger than the second lead angle. a screw shaft comprising a screw thread and having a longitudinal axis; a nut movable along the screw shaft from a retracted position to an extended position; and a plurality of rollers movable with the nut, each comprising a cylindrical surface and being configured to roll along a respective flank (16,18) of the screw thread, such that rotation of the screw shaft causes the rollers to roll along a respective flank (16,18) so that the nut translates in an axial direction along the screw shaft; wherein the screw thread has a variable lead angle, characterised in that: a first lead angle is provided at a first end end of the screw shaft corresponding to the position of the rollers when the nut is in its retracted position, and a second lead angle is provided at a second end of the screw shaft corresponding to the position of the rollers when the nut is in its extended position, wherein the second end is opposite the first end and the first lead angle is larger than the second lead angle.
A xanthogen-modified chloroprene rubber, wherein a bonding amount of chloroprene units is 78 to 98.9% by mass; a bonding amount of 2,3-dichloro-1,3-butadiene units is 1 to 20% by mass; and a bonding amount of α,β-unsaturated carboxylic acid units is 0.1 to 2% by mass, and a weight average molecular weight is 340,000 to 520,000.
A triggering retaining method, applied to a user equipment, the triggering retaining method comprising: generating a media access control protocol data unit, MAC PDU, according to received uplink resource allocation indication information for a first service; in response to determining that the MAC PDU comprises a buffer status report, BSR, retaining triggering of a BSR and/or a scheduling request, SR, for a second service within a first predetermined duration and cancelling the BSR and/or the SR for the second service, for which the triggering is retained, after the first predetermined duration, wherein the first predetermined duration is from a timing at which it is determined that the MAC PDU comprises the BSR to a timing at which the MAC PDU is transmitted according to the uplink resource allocation indication information for the first service. generating a media access control protocol data unit, MAC PDU, according to received uplink resource allocation indication information for a first service; in response to determining that the MAC PDU comprises a buffer status report, BSR, retaining triggering of a BSR and/or a scheduling request, SR, for a second service within a first predetermined duration and cancelling the BSR and/or the SR for the second service, for which the triggering is retained, after the first predetermined duration, wherein the first predetermined duration is from a timing at which it is determined that the MAC PDU comprises the BSR to a timing at which the MAC PDU is transmitted according to the uplink resource allocation indication information for the first service.
A method for manufacturing a magnetostrictive torque sensor, comprising the steps of: forming, by electroplating, magnetostrictive films (14A, 14B) on a rotating shaft of the magnetostrictive sensor; and creating magnetic anisotropy in the magnetostrictive films (14A, 14B) formed on the rotating shaft by heating for a predetermined time the magnetostrictive films (14A,14B) with a predetermined twisting torque (Tq) applied to the films and then releasing the twisting torque; characterized in that the method further comprises, after the magnetostrictive films forming step and before the magnetic anisotropy creating step, the step of demagnetizing the rotating shaft. forming, by electroplating, magnetostrictive films (14A, 14B) on a rotating shaft of the magnetostrictive sensor; and creating magnetic anisotropy in the magnetostrictive films (14A, 14B) formed on the rotating shaft by heating for a predetermined time the magnetostrictive films (14A,14B) with a predetermined twisting torque (Tq) applied to the films and then releasing the twisting torque; characterized in that the method further comprises, after the magnetostrictive films forming step and before the magnetic anisotropy creating step, the step of demagnetizing the rotating shaft.