mhurhangee/ep-ind-claims huggingface dataset:
Plasticating screw having a screw thread, surrounding a screw core in a spiral shape and delimited laterally by a web,, which has flow elements,, extending transversely across the screw thread, having a valley portion and a compression portion rising radially in longitudinal direction, wherein the compression portion forms at least one run-on surface inclined towards the web,, to which is attached in longitudinal direction a plateau for flow formation, characterised in that the flow elements, extend across the breadth of the screw thread, wherein the compression portion has at least two run-on surfaces, inclined towards oppositelysituated web portions,, which form a wedge, aligned against the flow direction, and wherein the flow elements, are provided at least in the melt zone of the plasticating screw.
Method for treating hair fibres which comprises: the application to hair fibres of steam in an amount of less than 5 g/min, the shaping with a smoothing iron of these hair fibres at a temperature of between 90°C and 230°C, the shaping being carried out after the stage of application of steam. the application to hair fibres of steam in an amount of less than 5 g/min, the shaping with a smoothing iron of these hair fibres at a temperature of between 90°C and 230°C, the shaping being carried out after the stage of application of steam.
Crimping insert for a hand-operated crimping tool with crimping jaws (23, 24) aligned parallel to one another and movable perpendicular to one another for processing strips of ferrules connected to one another, having - a punch part which can be fastened to a first of the crimping jaws (23, 24), - a die part which can be fastened to a second of the crimping jaws (23, 24), - wherein the die part has a feed region with a receiving opening for feeding the strip into a separating and pressing region of the die part, characterized in that - a holding element is arranged in the feed region, with which the strip can be frictionally fixed in the feed region and - the punch part and the die part each have a guide part (35, 45) for guiding a lowering movement of the punch part relative to the die part. - a punch part which can be fastened to a first of the crimping jaws (23, 24), - a die part which can be fastened to a second of the crimping jaws (23, 24), - wherein the die part has a feed region with a receiving opening for feeding the strip into a separating and pressing region of the die part, - a holding element is arranged in the feed region, with which the strip can be frictionally fixed in the feed region and - the punch part and the die part each have a guide part (35, 45) for guiding a lowering movement of the punch part relative to the die part.
A method of producing a compound of formula I: or a salt thereof, wherein R is hydrogen or unsubstituted or substituted C 1 -C 20 alkyl, wherein the alkyl is linear or branched and optionally contains a carbonyl moiety (C=O) within or at the terminus of the alkyl chain, the method comprising: ozonolysis of a triglyceride, a fatty acid, or a fatty acid ester to obtain a mono-aldehyde having the formula R-CH 2 CHO; dimerizing the mono-aldehyde to obtain the compound of formula I; further comprising reducing the compound of formula I to produce a compound of formula II: or a salt thereof; wherein the ozone used in the ozonolysis step is generated by electrolyzing water, and the hydrogen generated by electrolyzing water is used in the reduction step. ozonolysis of a triglyceride, a fatty acid, or a fatty acid ester to obtain a mono-aldehyde having the formula R-CH 2 CHO; dimerizing the mono-aldehyde to obtain the compound of formula I; further comprising reducing the compound of formula I to produce a compound of formula II:
A wear-resistant steel plate, which consists of the following chemical components in weight percentages: C:0.36-0.45%, Si: 0.10-0.30%, Mn: 0.40-1.00%, 0.007%≤P≤0.015%, 0.002%≤S≤0.01% Nb: 0.010-0.040%, Al: 0.010-0.080%, B: 0.0010-0.0020%, Ti: 0.005-0.050%, Ca: 0.0010-0.0080%, optional 0.035%≤V≤0.080%, optional 0.35%≤ Cr≤1.00%, optional 0.05%SRE≤0.10%, 0.0026% ≤N≤0.0080%, 0.0021≤% ≤0.0060%, 0.0002% ≤0.0004%, wherein 0.025%<_Nb+Ti<_0.080%, 0.030% ≤Al+ Ti≤0.12%, and the balance being Fe and unavoidable impurities, wherein V, Cr and RE are optional elements; wherein the microstructure of the wear-resistant steel plate consists of martensite and residual austenite, and the volume fraction of the residual austenite is ≤5%; and wherein the wear-resistant steel plate has a Brinell hardness of 570-630HBW; and has a Charpy V-notch longitudinal impact work at -40°C of 40-60J.
A method of operating an elevator system, the method comprising: controlling, using a controller, a plurality of components of the elevator system, wherein controlling comprises operating at least one of an internal power source, an elevator car, a drive unit, a power conversion device, and a brake; detecting, using the controller, when an external power source is unavailable; deactivating, using the controller, the power conversion device when an external power source is unavailable; determining, using the controller, a mode of the elevator car, wherein the mode includes at least one of a motoring mode and a near balance mode; connecting, using the controller, to an internal power source, when at least one of the motoring mode and the near balance mode is determined; and increasing, using the internal power source, voltage of the drive unit. controlling, using a controller, a plurality of components of the elevator system, wherein controlling comprises operating at least one of an internal power source, an elevator car, a drive unit, a power conversion device, and a brake; detecting, using the controller, when an external power source is unavailable; deactivating, using the controller, the power conversion device when an external power source is unavailable; determining, using the controller, a mode of the elevator car, wherein the mode includes at least one of a motoring mode and a near balance mode; connecting, using the controller, to an internal power source, when at least one of the motoring mode and the near balance mode is determined; and increasing, using the internal power source, voltage of the drive unit.
Circuit breaker comprising a short-circuit release and a thermal overload release, wherein the short-circuit release has an armature and a pole, which are arranged within a coil former, and also a yoke plate and a terminal connection, which are arranged around the coil former, and wherein the thermal overload release has a metal strip which is composed of at least two types of metal and around which a heating conductor is wound, wherein an electrical insulator is arranged between the heating conductor and the metal strip, wherein the connection of the thermal overload release to the yoke plate is implemented by means of a separate bracket, wherein the separate bracket is of L-shaped design with two limbs (6, 7), characterized in that one limb of the separate bracket is connected to the yoke plate by means of its surface, and the other limb of the separate bracket is connected to the metal strip of the thermal release by means of parts of its surface.
Urea sensor protection assembly for protecting at least one fluid sensor of a urea sensor system against bubbles and/or particles wherein the assembly comprises an inner cage for supporting the at least one fluid sensor and an outer cage comprising at least one filter member (55, 75) for blocking air bubbles and/or allowing fluid to pass, wherein the inner cage is, in assembled state, at least partially arranged in an inner volume of the outer cage, and wherein the inner cage and the outer cage each comprise at least one separate fixation means (27, 73) for separately fixating the corresponding cage (17, 19) to a common holder of the urea sensor system.
Fluid control valve comprising a valve body with a valve chamber extending along a valve centre axis, and a valve member which is arranged in the valve chamber for controlling at least a first flow of fluid through the control valve, characterized in that the valve body comprises: a first flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a first flow channel axis being angled with respect to the valve centre axis, and a second flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a second flow channel axis being parallel to and offset from the first flow channel axis, wherein the outer opening of the first flow channel and the outer opening of the second flow channel are aligned along a common axis, and wherein at least one of the first and second flow channels is formed by an impression of a kernel retracted along a respective flow channel axis of the valve body. a valve chamber extending along a valve centre axis, and a valve member which is arranged in the valve chamber for controlling at least a first flow of fluid through the control valve, characterized in that the valve body comprises: a first flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a first flow channel axis being angled with respect to the valve centre axis, and a second flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a second flow channel axis being parallel to and offset from the first flow channel axis, wherein the outer opening of the first flow channel and the outer opening of the second flow channel are aligned along a common axis, and wherein at least one of the first and second flow channels is formed by an impression of a kernel retracted along a respective flow channel axis of the valve body. a first flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a first flow channel axis being angled with respect to the valve centre axis, and a second flow channel having an inner opening fluidly connected to the valve chamber and an outer connection opening and extending along a second flow channel axis being parallel to and offset from the first flow channel axis, wherein the outer opening of the first flow channel and the outer opening of the second flow channel are aligned along a common axis, and wherein at least one of the first and second flow channels is formed by an impression of a kernel retracted along a respective flow channel axis of the valve body.
Particle beam generating device, comprising at least one accelerator unit (3, 8, 10) for generating a particle beam (12, 13) and at least one emission unit for the output of said particle beam (12, 13) onto a workpiece that is at least in part moving with time, wherein at least in part and/or at least at times at least two particle beams (12, 13), comprising hadronic particles with a different mass and/or a different charge are released, wherein at least a first one of said particle beams (12, 13) is a processing particle beam, used for processing purposes, while at least a second one of said particle beams is a monitoring particle beam, used for monitoring purposes, wherein at least one feedback unit is provided in a way that at least one property (19, 21) of at least one monitoring particle beam is used for controlling at least one processing particle beam, wherein said accelerator unit (3, 8, 10) is a linear accelerator, a cyclotron and/or a synchrotron and characterised in that said device is adapted to emit said monitoring particle beam constantly or intermittently during irradiation of said workpiece to determine the actual motion state of said workpiece.
Pneumatic vehicle tyre, in particular winter tyre or all-year tyre, for a passenger car, comprising a tread profile with at least one radially raised profile block, • wherein the profile block is delimited by at least one profile groove (4, 14), which has a first groove flank, which is involved in forming a flank of the profile block, and also a second groove flank, opposite the first groove flank, • wherein the at least one profile groove (4, 14) has a first groove portion, which has a radially outwardly tapering cross section, and • wherein the first groove flank of the first groove portion has a negative flank angle, • wherein the at least one profile groove (4, 14) has a second groove portion, which has a radially inwardly tapering cross section, and • wherein the first groove flank of the second groove portion has a positive flank angle, • wherein the flank angle (8, 10) of a groove flank (5, 6) of a profile groove (4, 14) is the angle that the flank (5, 6) includes with a direction perpendicular to an envelope of the tread and wherein the flank angle is positive if the flank is inclined away from the flank of the same groove opposite it from radially inside to radially outside and wherein the flank angle is negative if the flank is inclined towards the flank of the same groove (4, 14) opposite it from radially inside to radially outside, characterized in that • the first groove flank of the first groove portion has a negative flank angle of -8° to - 2°, preferably -4° to -2°, particularly preferably -3.4° to -3°. • wherein the profile block is delimited by at least one profile groove (4, 14), which has a first groove flank, which is involved in forming a flank of the profile block, and also a second groove flank, opposite the first groove flank, • wherein the at least one profile groove (4, 14) has a first groove portion, which has a radially outwardly tapering cross section, and • wherein the first groove flank of the first groove portion has a negative flank angle, • wherein the at least one profile groove (4, 14) has a second groove portion, which has a radially inwardly tapering cross section, and • wherein the first groove flank of the second groove portion has a positive flank angle, • wherein the flank angle (8, 10) of a groove flank (5, 6) of a profile groove (4, 14) is the angle that the flank (5, 6) includes with a direction perpendicular to an envelope of the tread and wherein the flank angle is positive if the flank is inclined away from the flank of the same groove opposite it from radially inside to radially outside and wherein the flank angle is negative if the flank is inclined towards the flank of the same groove (4, 14) opposite it from radially inside to radially outside, • the first groove flank of the first groove portion has a negative flank angle of -8° to - 2°, preferably -4° to -2°, particularly preferably -3.4° to -3°.
A network entity, NE, comprising: a transceiver; and at least one processor configured to: control the transceiver to receive feedback information from a plurality of transmit points, TPs, operating in license assisted access, LAA, cells; and control the transceiver to transmit, to at least two TPs, scheduling information indicating that the at least two TPs are selected among the plurality of TPs for a coordinated transmission to a user equipment, UE, based on the feedback information; characterized in that the feedback information comprises, for each of the plurality of TPs, information associated with a rate that is a measure of the probability that the TP is able to pass clear channel assessment and gain access to a channel. a transceiver; and at least one processor configured to: control the transceiver to receive feedback information from a plurality of transmit points, TPs, operating in license assisted access, LAA, cells; and control the transceiver to transmit, to at least two TPs, scheduling information indicating that the at least two TPs are selected among the plurality of TPs for a coordinated transmission to a user equipment, UE, based on the feedback information; characterized in that the feedback information comprises, for each of the plurality of TPs, information associated with a rate that is a measure of the probability that the TP is able to pass clear channel assessment and gain access to a channel. control the transceiver to receive feedback information from a plurality of transmit points, TPs, operating in license assisted access, LAA, cells; and control the transceiver to transmit, to at least two TPs, scheduling information indicating that the at least two TPs are selected among the plurality of TPs for a coordinated transmission to a user equipment, UE, based on the feedback information; characterized in that the feedback information comprises, for each of the plurality of TPs, information associated with a rate that is a measure of the probability that the TP is able to pass clear channel assessment and gain access to a channel.
Transport crawler with an internal combustion engine and with a hydraulic unit, wherein the hydraulic unit comprises a hydraulic tank and at least one hydraulic pump, and wherein the internal combustion engine is in operative connection with the hydraulic pump, characterized in that the transport crawler comprises an exhaust gas purification device, wherein the exhaust gas purification device and the internal combustion engine are arranged in a common drive housing and form a drive unit, and in that the hydraulic pump is arranged within the hydraulic tank, wherein the hydraulic tank is arranged outside the drive housing.
A method for enrichment of target DNA with high GC content, comprising the following steps: (a) designing single-stranded oligonucleotide probes against specific flanking sequences of the target DNA with high GC content, and capturing the target DNA from genome DNA by target sequence capture technology; (b) amplifying the captured target DNA with high GC content using multiple displacement amplification so as to obtain amplification product; (c) subjecting the amplification product to enzyme digestion to remove branched DNA intermediates, so as to obtain digested product; (d) purifying DNA fragment with a length equal to or larger than 2kb, so as to obtain enriched target DNA with high GC content. (a) designing single-stranded oligonucleotide probes against specific flanking sequences of the target DNA with high GC content, and capturing the target DNA from genome DNA by target sequence capture technology; (b) amplifying the captured target DNA with high GC content using multiple displacement amplification so as to obtain amplification product; (c) subjecting the amplification product to enzyme digestion to remove branched DNA intermediates, so as to obtain digested product; (d) purifying DNA fragment with a length equal to or larger than 2kb, so as to obtain enriched target DNA with high GC content.
An improved process for the epoxidation of mono and polyenic fatty acids, their esters or mixtures thereof using a solid catalyst comprising contacting mono and polyenic fatty acids, their esters or mixtures thereof with a peroxide in the presence of a solid catalyst for a period in the range of 0.5 to 6 hr at a temperature in the range of 40 to 120°C followed by separation of the epoxide product from the reaction mixture to obtain the mono and poly epoxy functionalized fatty acids, their esters or mixtures thereof wherein the amount of side products of the process comprising diols, furans and oligomers is less than 1%, said solid catalyst is a supported group VIB metal oxide, wherein the group VIB metal oxide content in the catalyst is 5-20 wt % of the support, said support comprising silica, alumina and mixtures thereof and a promoter from group VA.
Attachment device for fitting a piece of joinery, comprising an attachment bracket, formed by a bore mounted on a base, and an upstream bolt provided with a shank and a head, said bore being capable of receiving said shank, said attachment device being characterised in that it includes at least one downstream bolt, that is identical to the upstream bolt, provided with a shank and a head, and in that the head of the at least one downstream bolt includes a bore capable of receiving a part of the shank of the upstream bolt
A blade of a gas turbine engine comprising: an airfoil portion including a first portion located radially outwardly that is located in a flow path and a second portion located radially inwardly of the first portion that is not located in the flow path; a root portion radially inward of the airfoil portion; and a plurality of external cavities in the second portion of the airfoil portion; characterised in that: each of the plurality of external cavities is substantially elliptical in shape. an airfoil portion including a first portion located radially outwardly that is located in a flow path and a second portion located radially inwardly of the first portion that is not located in the flow path; a root portion radially inward of the airfoil portion; and a plurality of external cavities in the second portion of the airfoil portion; characterised in that: each of the plurality of external cavities is substantially elliptical in shape.
A fluid regulator, comprising: a valve assembly including: a valve seat, a valve disc, a valve stem, and a valve guide configured to hold the valve stem so that a sealing surface of the valve disc is substantially coplanar to the valve seat; and a lever engaged with the valve stem, characterized in that: the lever is engaged with the valve stem to side load the valve stem against the valve guide to restrict the movement of the valve stem in the valve guide. a valve assembly including: a valve seat, a valve disc, a valve stem, and a valve guide configured to hold the valve stem so that a sealing surface of the valve disc is substantially coplanar to the valve seat; and a lever engaged with the valve stem, a valve seat, a valve disc, a valve stem, and a valve guide configured to hold the valve stem so that a sealing surface of the valve disc is substantially coplanar to the valve seat; and a lever engaged with the valve stem, the lever is engaged with the valve stem to side load the valve stem against the valve guide to restrict the movement of the valve stem in the valve guide.
An assembly comprising: a forward unit comprising a mounting portion for mounting thereon a firearm, said forward unit defining a projectile shooting axis; and a rearward unit coupled to said forward unit, said rearward unit comprising a retractable buttstock that has a retracted position and an extended position, wherein in the extended position said rearward unit is pivotable with respect to said forward unit about a pivot axis which is tilted relative to said projectile shooting axis, wherein said rearward unit is coupled to said forward unit with a hinge connector, and said hinge connector is blocked by a portion of said rearward unit when the buttstock is in the retracted position that prevents pivoting said rearward unit about the pivot axis, and said hinge connector is not blocked by said portion of said rearward unit when the buttstock is in the extended position, the extended position thereby permitting pivoting said rearward unit about the pivot axis. a forward unit comprising a mounting portion for mounting thereon a firearm, said forward unit defining a projectile shooting axis; and a rearward unit coupled to said forward unit, said rearward unit comprising a retractable buttstock that has a retracted position and an extended position, wherein in the extended position said rearward unit is pivotable with respect to said forward unit about a pivot axis which is tilted relative to said projectile shooting axis, wherein said rearward unit is coupled to said forward unit with a hinge connector, and said hinge connector is blocked by a portion of said rearward unit when the buttstock is in the retracted position that prevents pivoting said rearward unit about the pivot axis, and said hinge connector is not blocked by said portion of said rearward unit when the buttstock is in the extended position, the extended position thereby permitting pivoting said rearward unit about the pivot axis.
A p-type impurity-diffusing composition comprising a group 13 element-containing compound, a hydroxyl group-containing polymer, and an organic solvent, wherein the organic solvent comprises a cyclic ester solvent.