mhurhangee/patent-ind-claim-en huggingface dataset:
Machine (M) having a converter-controlled drive (VFD) with a variable rotational frequency, wherein the drive (VFD) is configured as an electric motor, having a working machine (WM), wherein the drive (VFD) and the working machine (WM) are connected to one another in such a way that a torque can be transmitted, wherein the machine (M) comprises at least one rotor (R), having a frequency converter (VFG) which is electrically connected to the drive (VFD) and converts an input frequency to an output frequency, wherein the converter is embodied in such a way that in a Campbell diagram relating to the machine (WM) intersection points of the natural torsional frequency of the rotor (R), which can be excited by the drive (VFD), with V shaped symmetrical straight lines of the inter-harmonic exciter frequency result for output frequencies F1, F2, F3, ..., Fi, wherein output frequencies F1, ..., Fi are grouped into concentration ranges G1, ..., Gi, ..., Gz, related to the machine rotational speed, wherein output frequencies Fi which are close to one another and which respectively have a common output point on the abscissa, are combined in concentration ranges Gi, wherein the upper and the lower limits of the concentration range G1, ..., Gi, ...Gz are defined by the intersection points of the lowest and/or second lowest and/or third lowest natural torsional frequency of the rotor with the two straight lines of the beam pair of the inter-harmonics of the first order of the respective concentration range G1, ..., Gi, ...Gz, characterized in that the intersection points of the respective natural torsional frequency with the two straight lines of the beam pair of the inter-harmonics are the intersection points of the upper limit of the respective natural torsional frequency range with the two straight lines of the beam pair of the inter-harmonics, wherein each concentration range G1, ..., Gi, ...Gz, defines a blocking range (FA), wherein the machine has an operating rotational speed range (OR) which lies outside the blocking ranges (FA).
Use of a reducing spray drift agent in a composition for spraying which reducing spray drift agent comprises one or more low hydrophilic-lipophilic balance surfactants selected from the group consisting of a linear C10-12 alcohol ethoxylate with an average 3 moles ethylene oxide and a HLB of 9.0; a linear C12-16 alcohol ethoxylate with an average 3 moles ethylene oxide and a HLB of 8.0; and a branched C13 alcohol ethoxylate with an average of 3 moles ethylene oxide and an HLB of 8.0.
A method for water flow control for swimming training, comprising: activating a filter pump , the filter pump obtaining water from a pool and pumping the water into a swimming pump , the water entering the swimming pump through a main water inlet pipe to form a first state of water circulation; and activating the swimming pump , the swimming pump starts pumping water at a first predetermined time, the swimming pump pumping water from the pool and pressing the water back into the pool via a jet nozzle forming a second state of water circulation; and detecting a water level of the main water inlet pipe , wherein, when the water level is higher than a predetermined water level value, the swimming pump is activated and when the water level is lower than the predetermined water level and the filter pump operation reaches a predetermined time, the filter pump is stopped. activating a filter pump , the filter pump obtaining water from a pool and pumping the water into a swimming pump , the water entering the swimming pump through a main water inlet pipe to form a first state of water circulation; and activating the swimming pump , the swimming pump starts pumping water at a first predetermined time, the swimming pump pumping water from the pool and pressing the water back into the pool via a jet nozzle forming a second state of water circulation; and detecting a water level of the main water inlet pipe , wherein, when the water level is higher than a predetermined water level value, the swimming pump is activated and when the water level is lower than the predetermined water level and the filter pump operation reaches a predetermined time, the filter pump is stopped.
Body (1 III - 1 V ), in particular box body, of a commercial vehicle (N), preferably a truck, trailer or semi-trailer, with a loading space (7 III -7 V ) arranged therein and at least one lighting unit (8 III -8 V ) for illuminating the loading space (7 III -7 V ), wherein the lighting unit (8 III -8 V ) is elongated shaped, in particular strip-shaped, and is at least partially received in at least one receptacle (11 III -11 V ) of an receiving component (9 III -9 V ) limiting the loading space (7 III -7 V ), in that the part of the lighting unit (8-8 V ) received in the receptacle (11 III -11 V ) is not protruding with respect to the receptacle component (9 III -9 V ), in particular to the regions of the receptacle component (9 III -9 V ) provided on opposite sides of the lighting unit (8 III -8 V ), into the loading space (7 III -7 V ) wherein the at least one lighting unit (9 III -9 V ) is mounted in at least one intermediate piece (16 III -16 V ), wherein the intermediate piece (16 III -16 V ) together with the lighting unit (8 III -8 V ) is at least partially received in the receptacle (11 III -11 V ) of the receiving component (9 III -9 V ), wherein the at least one intermediate piece (16 III -16 V ) is held in the receiving component (9 III -9 V ) at least partially by a snap-in connection and/or adhesive connection and wherein the at least one receiving component (9 V ) comprises a roof panel (3 V ) and/or a side wall panel (4 V ) with an inner cover layer (5 V ) adjoining the loading space (7 V ) and/or the at least one receiving component (9 III ,9 IV ) is a profile (12 III ,12 IV ), wherein the intermediate piece (16 III -16 V ) is arranged on the side of the inner cover layer (5 III -5 V ) of the roof panel (3 III -3 V ) and/or side wall panel (4 III -4 V ) facing the loading space (7 III -7 V ).
A castor wheel cover comprising a resiliently deformable material, wherein said material is formable to provide a housing with a first aperture , said housing suitable for accommodating a castor wheel which rotates around a single axis as it protrudes through the first aperture , characterised in that said castor wheel cover comprises a first engagement portion and a second engagement portion , wherein said first engagement portion engages with said second engagement portion to form said housing.
A fuel supply circuit for a combustion chamber of a turbomachine , in particular an aircraft, comprising: - a supply channel configured for the circulation of a first fuel flow (F1) from a fuel tank ; - a metering unit configured to provide a predetermined flow rate of fuel into the combustion chamber ; - at least one supply pump for circulating the fuel from the tank towards the metering unit ; - a recirculation channel for a second fuel flow (F2), corresponding to a quantity of excess fuel from the metering unit , upstream of the supply pump ; - the supply and recirculation channels opening in different directions (D1, D2) upstream of the supply pump ; characterised in that the circuit comprises a distribution device of at least one of the fuel flows (F1, F2) which comprises an internal conduit for the flow of the first fuel flow (F1), an external annular gorge for the flow of the second fuel flow (F2) and at least one orifice for the passage of the second flow (F2) which is in fluidic communication with the annular gorge , and in that said at least one orifice and said internal conduit are coaxial and open respectively upstream of the supply pump . - a supply channel configured for the circulation of a first fuel flow (F1) from a fuel tank ; - a metering unit configured to provide a predetermined flow rate of fuel into the combustion chamber ; - at least one supply pump for circulating the fuel from the tank towards the metering unit ; - a recirculation channel for a second fuel flow (F2), corresponding to a quantity of excess fuel from the metering unit , upstream of the supply pump ; - the supply and recirculation channels opening in different directions (D1, D2) upstream of the supply pump ;
An agricultural vehicle , comprising: - a chassis ; and - a header carried by said chassis , said header including: - a header frame ; - a cutter movably coupled to said header frame ; - a reel arm pivotably coupled to said header frame ; - a reel carried by said reel arm and including a plurality of tines ; and - a variable displacement fluid cylinder including an interior chamber , a first piston linked to said reel arm placed within said interior chamber characterized by a second piston placed within said interior chamber , said interior chamber defining a shared volume between said first piston and said second piston ; and - a piston driver linked to said cutter , said piston driver being configured to translate movement of said cutter relative to said header frame into displacement of said second piston within said interior chamber . - a chassis ; and - a header carried by said chassis , said header including: - a header frame ; - a cutter movably coupled to said header frame ; - a reel arm pivotably coupled to said header frame ; - a reel carried by said reel arm and including a plurality of tines ; and - a variable displacement fluid cylinder including an interior chamber , a first piston linked to said reel arm placed within said interior chamber characterized by a second piston placed within said interior chamber , said interior chamber defining a shared volume between said first piston and said second piston ; and - a piston driver linked to said cutter , said piston driver being configured to translate movement of said cutter relative to said header frame into displacement of said second piston within said interior chamber . - a header frame ; - a cutter movably coupled to said header frame ; - a reel arm pivotably coupled to said header frame ; - a reel carried by said reel arm and including a plurality of tines ; and - a variable displacement fluid cylinder including an interior chamber , a first piston linked to said reel arm placed within said interior chamber characterized by a second piston placed within said interior chamber , said interior chamber defining a shared volume between said first piston and said second piston ; and - a piston driver linked to said cutter , said piston driver being configured to translate movement of said cutter relative to said header frame into displacement of said second piston within said interior chamber .
Electromechanical brake booster for a vehicle, having: a housing ; a spindle nut which is in operative engagement with a spindle ; an electric motor by means of the operation of which the spindle nut can be set in rotation such that the spindle can be set in translational motion along its spindle axis ; a first tie rod which is fastened to the housing and which extends parallel to the spindle axis of the spindle ; a second tie rod which is fastened to the housing and which extends parallel to the spindle axis of the spindle ; and a bracket which is fastened to the spindle , wherein a first plain bearing which engages around the first tie rod is arranged in a first opening of the bracket and a second plain bearing which engages around the second tie rod is arranged in a second opening of the bracket ; characterized in that the first plain bearing and the second plain bearing are each clamped, resiliently in a plane (E) perpendicular to the spindle axis , in the bracket . a housing ; a spindle nut which is in operative engagement with a spindle ; an electric motor by means of the operation of which the spindle nut can be set in rotation such that the spindle can be set in translational motion along its spindle axis ; a first tie rod which is fastened to the housing and which extends parallel to the spindle axis of the spindle ; a second tie rod which is fastened to the housing and which extends parallel to the spindle axis of the spindle ; and a bracket which is fastened to the spindle , wherein a first plain bearing which engages around the first tie rod is arranged in a first opening of the bracket and a second plain bearing which engages around the second tie rod is arranged in a second opening of the bracket ; characterized in that the first plain bearing and the second plain bearing are each clamped, resiliently in a plane (E) perpendicular to the spindle axis , in the bracket .
A self-propelled vehicle comprising: a chassis ; first and second drive wheels connected to the chassis; first and second drive systems connected to the first and second drive wheels for independently controlling a rotational drive speed of each of the first and second drive wheels; caster wheels connected to the chassis; a steering system selectively operable between a drive wheel steering mode and a caster wheel steering mode, wherein, in the caster wheel steering mode, the steering system controls a swivel position of the caster wheels to steer the vehicle and the first and second drive systems are controlled equally to drive the first and second drive wheels, and, in the drive wheel steering mode, the steering system controls the speed difference between the first and second drive wheels to steer the vehicle; and a differential system connected to the drive systems of the first and second drive wheels to enable the first and second drive wheels to operate at different speeds to follow an arc defined by the caster wheels in the caster wheel steering mode. a chassis ; first and second drive wheels connected to the chassis; first and second drive systems connected to the first and second drive wheels for independently controlling a rotational drive speed of each of the first and second drive wheels; caster wheels connected to the chassis; a steering system selectively operable between a drive wheel steering mode and a caster wheel steering mode, wherein, in the caster wheel steering mode, the steering system controls a swivel position of the caster wheels to steer the vehicle and the first and second drive systems are controlled equally to drive the first and second drive wheels, and, in the drive wheel steering mode, the steering system controls the speed difference between the first and second drive wheels to steer the vehicle; and a differential system connected to the drive systems of the first and second drive wheels to enable the first and second drive wheels to operate at different speeds to follow an arc defined by the caster wheels in the caster wheel steering mode.
A computer implemented method of managing access control permissions groups , the method comprising: acquiring a permissions database having user access control permissions groups and links between a user and at least one permission of a plurality of permissions and the groups; identifying an importance associated with a permission of the plurality of permissions associated with the user, wherein the importance is an importance to preserve a permission of the plurality of permissions associated with the user; identifying an importance of groups, the importance of groups being to preserve definitions of permission groups associated with each existing permission group; wherein the importance of groups is based on at least one of frequency of use of permissions , time of use of permissions, last use of a permissions within the group; a number of cardholders assigned to group, the roles of cardholders assigned to group, an average number of permissions the cardholders assigned to group have, and a rule based policy; and revising the access control permissions groups in response to the importance associated with the permission of the plurality of permissions associated with the user and the importance of groups. acquiring a permissions database having user access control permissions groups and links between a user and at least one permission of a plurality of permissions and the groups; identifying an importance associated with a permission of the plurality of permissions associated with the user, wherein the importance is an importance to preserve a permission of the plurality of permissions associated with the user; identifying an importance of groups, the importance of groups being to preserve definitions of permission groups associated with each existing permission group; wherein the importance of groups is based on at least one of frequency of use of permissions , time of use of permissions, last use of a permissions within the group; a number of cardholders assigned to group, the roles of cardholders assigned to group, an average number of permissions the cardholders assigned to group have, and a rule based policy; and revising the access control permissions groups in response to the importance associated with the permission of the plurality of permissions associated with the user and the importance of groups.
A method for removing soils, labels and other adhesive material from a surface comprising: applying a label removing composition to a surface in need of removal of an adhesive material, wherein the label removing composition comprises an aqueous or non-aqueous basic organic solvent and an amidine solvent, a surfactant, wherein the composition contains less than 2 wt-% of sodium or potassium hydroxide; and removing said soils, labels and other adhesive material from the surface within a period of time less than 60 minutes; wherein the temperature of the label removing composition is below 80 °C, and wherein the pH of the label removing composition is between 10 and 14. applying a label removing composition to a surface in need of removal of an adhesive material, wherein the label removing composition comprises an aqueous or non-aqueous basic organic solvent and an amidine solvent, a surfactant, wherein the composition contains less than 2 wt-% of sodium or potassium hydroxide; and removing said soils, labels and other adhesive material from the surface within a period of time less than 60 minutes; wherein the temperature of the label removing composition is below 80 °C, and wherein the pH of the label removing composition is between 10 and 14.
A compound of formula (Ic), or a solvate thereof wherein X represents H or it forms together with the carbon atom to which it is bonded a ketone protecting group; Z is SiR' 3 wherein each R' is independently selected from C 1 -C 6 alkyl and C 6 -C 10 aryl; R 6 is selected from H, C 1 -C 6 alkyl and halogen; R 10 is selected from H, C 1 -C 6 alkyl and halogen, or is absent when there is a double bond between C 1 and C 10 ; R 13 is selected from H and C 1 -C 6 alkyl; R 10 is selected from H, C 1 -C 6 alkyl and halogen; and - - - is a single or double bond. X represents H or it forms together with the carbon atom to which it is bonded a ketone protecting group; Z is SiR' 3 wherein each R' is independently selected from C 1 -C 6 alkyl and C 6 -C 10 aryl; R 6 is selected from H, C 1 -C 6 alkyl and halogen; R 10 is selected from H, C 1 -C 6 alkyl and halogen, or is absent when there is a double bond between C 1 and C 10 ; R 13 is selected from H and C 1 -C 6 alkyl; R 10 is selected from H, C 1 -C 6 alkyl and halogen; and - - - is a single or double bond.
A computer-implemented method of generating training data for training a Machine Learning based Task Contention Model , ML based TCM, to predict time delays resulting from contention between tasks running in parallel on a multi-processor system , the method comprising: executing a plurality of microbenchmarks, μBenchmarks B j , on the multi-processor system in isolation and measuring a number of resultant Performance Monitoring Counters, PMCs, over time to extract ideal characteristic footprints of each μBenchmark when operating in isolation; measuring the importance of each PMC for predicting contention delays by performing a feature correlation analysis on the PMCs resulting from the plurality of μBenchmarks to determine the degree of correlation of each resultant PMC between the executed plurality of μBenchmarks, wherein a lower degree of correlation indicates a higher information density; and selecting a number of PMCs having the least correlation between the plurality of μBenchmarks to form a reduced PMC array as training data. executing a plurality of microbenchmarks, μBenchmarks B j , on the multi-processor system in isolation and measuring a number of resultant Performance Monitoring Counters, PMCs, over time to extract ideal characteristic footprints of each μBenchmark when operating in isolation; measuring the importance of each PMC for predicting contention delays by performing a feature correlation analysis on the PMCs resulting from the plurality of μBenchmarks to determine the degree of correlation of each resultant PMC between the executed plurality of μBenchmarks, wherein a lower degree of correlation indicates a higher information density; and selecting a number of PMCs having the least correlation between the plurality of μBenchmarks to form a reduced PMC array as training data.
A method for centrally determining a state of a packet-switching communication subnetwork (50; 50') which comprises at least six links (61 - 66; 61 - 63, 64'. 65', 66) each one connecting two respective packet switching nodes (20 - 25) directly to each other, and a monitoring device associated with at least one of the packet switching nodes, the method comprising the steps of: a) providing at least six different measurement loops, each one starting and ending at the monitoring device , such that each measurement loop comprises exactly a single different one of the at least six links, through which monitoring packets are passed bi-directionally, and at least two further of the at least six links, through which monitoring packets are passed unidirectionally; b) providing, by the monitoring device , at least one monitoring packet for each of the at least six measurement loops, which is selectively transmitted over the links of the respective measurement loop of the at least six measurement loops; c) determining, in the monitoring device , a propagating time in each of the at least six measurement loops in response to the monitoring packets transmitted in step b); d) determining the state of the packet-switching communication subnetwork (50; 50') as a function of the propagating times determined in step c). a) providing at least six different measurement loops, each one starting and ending at the monitoring device , such that each measurement loop comprises exactly a single different one of the at least six links, through which monitoring packets are passed bi-directionally, and at least two further of the at least six links, through which monitoring packets are passed unidirectionally; b) providing, by the monitoring device , at least one monitoring packet for each of the at least six measurement loops, which is selectively transmitted over the links of the respective measurement loop of the at least six measurement loops; c) determining, in the monitoring device , a propagating time in each of the at least six measurement loops in response to the monitoring packets transmitted in step b); d) determining the state of the packet-switching communication subnetwork (50; 50') as a function of the propagating times determined in step c).