mhurhangee/ep-ind-claims huggingface dataset:
A piston for a displacement pump of a fluid spraying system pumping fluid by reciprocating along a longitudinal axis, the piston comprising: a piston head; and a piston rod connected to the piston head; wherein the piston rod comprises one or more internal fluid passages through which the fluid is forced to flow by reciprocation of the piston; wherein the one or more internal fluid passages are shaped to expel the fluid from the piston at one or more orientations offset from the longitudinal axis thereby imparting a moment on the piston about the longitudinal axis to cause the piston to rotate during reciprocation of the piston, and wherein: the piston rod comprises a central bore extending axially though a portion of the piston rod; the one or more internal fluid passages comprise one or more side bores extending through the piston rod and in fluid communication with the central bore; and the one or more side bores redirect fluid from inside the central bore to expel the fluid out of the piston along the one or more orientations to cause the piston to rotate. a piston head; and a piston rod connected to the piston head; wherein the piston rod comprises one or more internal fluid passages through which the fluid is forced to flow by reciprocation of the piston; wherein the one or more internal fluid passages are shaped to expel the fluid from the piston at one or more orientations offset from the longitudinal axis thereby imparting a moment on the piston about the longitudinal axis to cause the piston to rotate during reciprocation of the piston, and wherein: the piston rod comprises a central bore extending axially though a portion of the piston rod; the one or more internal fluid passages comprise one or more side bores extending through the piston rod and in fluid communication with the central bore; and the one or more side bores redirect fluid from inside the central bore to expel the fluid out of the piston along the one or more orientations to cause the piston to rotate. the piston rod comprises a central bore extending axially though a portion of the piston rod; the one or more internal fluid passages comprise one or more side bores extending through the piston rod and in fluid communication with the central bore; and the one or more side bores redirect fluid from inside the central bore to expel the fluid out of the piston along the one or more orientations to cause the piston to rotate.
A system for reducing contaminant deposition on a surface immersed in a fluid, the system comprising: an ambient fluid in which an apparatus of the system is immersed; a fluid supply providing relatively cleaner and lower temperature fluid than the ambient fluid; and the apparatus configured to discharge a fluid flow against a surface while immersed in the ambient fluid, characterized in that the fluid flow comprises both the fluid provided from the fluid supply and the ambient fluid. an ambient fluid in which an apparatus of the system is immersed; a fluid supply providing relatively cleaner and lower temperature fluid than the ambient fluid; and the apparatus configured to discharge a fluid flow against a surface while immersed in the ambient fluid, characterized in that the fluid flow comprises both the fluid provided from the fluid supply and the ambient fluid.
A system for the continuous production of carbon nanotubes on a glass fiber material comprising: a catalyst application station comprising a colloidal solution of CNT growth catalyst nanoparticles; and a CNT growth station comprising at least one cooling purge zone and a growth chamber; said growth station adapted for CNT growth on the glass fiber material by continuously feeding the glass fiber material through the CNT growth station; wherein said at least one cooling purge zone depends from an end of the growth chamber and is disposed at an exit of the CNT growth station for cooling the glass fibers after CNT growth; said system being capable of reel to reel growth of CNTs on the glass fiber material continuously by providing a payout bobbin and an uptake bobbin; and said glass fiber material being provided in spoolable form. a catalyst application station comprising a colloidal solution of CNT growth catalyst nanoparticles; and a CNT growth station comprising at least one cooling purge zone and a growth chamber; said growth station adapted for CNT growth on the glass fiber material by continuously feeding the glass fiber material through the CNT growth station; wherein said at least one cooling purge zone depends from an end of the growth chamber and is disposed at an exit of the CNT growth station for cooling the glass fibers after CNT growth; said system being capable of reel to reel growth of CNTs on the glass fiber material continuously by providing a payout bobbin and an uptake bobbin; and said glass fiber material being provided in spoolable form.
Package grouping unit for a packaging line operable to produce multipacks; the grouping unit comprises at least one linear conveyor operable to feed, in an advancement direction and according to a package feeding cycle, a succession of packages at a first speed; the package grouping unit comprises at least one grouping assembly formed by two sub-assemblies (12a, 12b) arranged on opposite sides of the linear conveyor; wherein each sub-assembly (12a; 12b) comprises respective work branches (18a, 21a; 18b, 21b), which extend in the advancement direction and define, with the work branches (18b, 21b; 18a, 21a) of the other sub-assembly (12b, 12a), a package grouping channel having a package inlet and a group outlet; wherein the linear conveyor comprises an input conveyor, which is movable at the first speed and extends through the package inlet; and an output conveyor, which is aligned to the input conveyor in the advancement direction, is movable at a second speed lower than the first speed and extends through the group outlet; the package unit being characterized in that each sub-assembly comprises a pair of stacked endless conveyors, and that each endless conveyor (13a; 14a; 13b; 14b) is provided with a number of package retaining elements, which are spaced along, and rigidly fitted to, the endless conveyor (13a; 14a; 13b; 14b) and protrude transversally into the grouping channel while moving along the respective work branch (18a, 21a; 18b, 21b); the endless conveyors (13a; 14a; 13b; 14b) are operable independently from each other to move, at each package feeding cycle, a first retaining element through the package inlet at a third speed lower than the first speed so as to intercept and slow down a first package in the succession and cause the packages to group; and to move a second retaining element, carried by a different endless conveyor (13a; 14a; 13b; 14b), through the package inlet so as to intercept the last package in the succession and define, with the first retaining element, a seat that is so sized as to accommodate a group of packages and is movable, with the group of packages, along the grouping channel.
A floor assembly for a transportation means, comprising: - a flat floor panel having a central layer through the entirety of which a central plane of the central layer extends, which central layer connects a first surface layer arranged on a first surface of the central layer with a second surface layer arranged on a second surface of the central layer; - a supporting structure adapted to be fixed to one or more structural parts of the transportation means; and - an elongate connecting device extending in a first direction, which connecting device is fixed to the supporting structure and adapted for detachably mounting the floor panel to the supporting structure, wherein, when the floor panel is in its mounted state in which it is mounted to the supporting structure, the first direction is parallel to the central plane and the connecting device abuts at least in sections against an outer lateral surface of the floor panel; characterised in that said connecting device stands in engagement with the central layer of the floor panel. - a flat floor panel having a central layer through the entirety of which a central plane of the central layer extends, which central layer connects a first surface layer arranged on a first surface of the central layer with a second surface layer arranged on a second surface of the central layer; - a supporting structure adapted to be fixed to one or more structural parts of the transportation means; and - an elongate connecting device extending in a first direction, which connecting device is fixed to the supporting structure and adapted for detachably mounting the floor panel to the supporting structure, wherein, when the floor panel is in its mounted state in which it is mounted to the supporting structure, the first direction is parallel to the central plane and the connecting device abuts at least in sections against an outer lateral surface of the floor panel;
Composition X crosslinkable and/or curable by polyaddition reactions, taking the form of a two-component system S which comprises at least two separate parts A and B intended for mixing to form said composition X, and in which: - part A comprises: (a) from 30% to 49.5% by weight, relative to the total weight of part A, of at least one stabilizer D selected from the group of starches, (b) at least one polyorganosiloxane V having per molecule at least two alkenyl, preferably vinyl, groups which are each bonded to a silicon atom, (c) at least one catalyst C which is a compound of a metal from the platinum group, and - part B comprises at least one polyorganosiloxane H having per molecule at least two hydrogen atoms which are bonded to an identical or different silicon atom. - part A comprises: (a) from 30% to 49.5% by weight, relative to the total weight of part A, of at least one stabilizer D selected from the group of starches, (b) at least one polyorganosiloxane V having per molecule at least two alkenyl, preferably vinyl, groups which are each bonded to a silicon atom, (c) at least one catalyst C which is a compound of a metal from the platinum group, and (a) from 30% to 49.5% by weight, relative to the total weight of part A, of at least one stabilizer D selected from the group of starches, (b) at least one polyorganosiloxane V having per molecule at least two alkenyl, preferably vinyl, groups which are each bonded to a silicon atom, (c) at least one catalyst C which is a compound of a metal from the platinum group, and - part B comprises at least one polyorganosiloxane H having per molecule at least two hydrogen atoms which are bonded to an identical or different silicon atom.
A system for selectively capturing and releasing one or more target particles from a liquid sample, the system comprising: a substrate; a first layer of gelatin bound to the substrate by physical adsorption, wherein the gelatin is functionalized with a plurality of first members of a binding pair; a second layer of gelatin wherein the gelatin is functionalized with a plurality of the first members of the binding pair and the second layer is bound to the first layer via a plurality of second members of the binding pair that are associated with the first members of the binding pair on both the first and the second layers; optionally, one or more subsequent layers of gelatin, each bound to a previous layer by the second members of the binding pair; and a plurality of nanostructures, wherein the nanostructures are bound to the second members of the binding pair and to one or more particle-binding moieties that selectively bind to the target particles, wherein the nanostructures are bound to a top layer of gelatin by the second members of the binding pair. a substrate; a first layer of gelatin bound to the substrate by physical adsorption, wherein the gelatin is functionalized with a plurality of first members of a binding pair; a second layer of gelatin wherein the gelatin is functionalized with a plurality of the first members of the binding pair and the second layer is bound to the first layer via a plurality of second members of the binding pair that are associated with the first members of the binding pair on both the first and the second layers; optionally, one or more subsequent layers of gelatin, each bound to a previous layer by the second members of the binding pair; and a plurality of nanostructures, wherein the nanostructures are bound to the second members of the binding pair and to one or more particle-binding moieties that selectively bind to the target particles, wherein the nanostructures are bound to a top layer of gelatin by the second members of the binding pair.
A cleaner head for a cleaning appliance, comprising a housing, a moveable agitator located within the housing, a sole plate comprising a suction opening through which dirt-bearing air enters the cleaner head, characterized in that a flexible annular seal is located between the sole plate and the housing for allowing relative movement between both the housing and the agitator and the sole plate, and at least one floor engaging support member connected to the housing for restricting the movement of the housing towards the sole plate.
A press wheel assembly for mounting to a seed planter having a speed monitoring device and a set release mechanism therein, comprising: a press wheel (54, 100, 132) mounted thereto near said said release mechanism, configured for rolling over sets released from said set release mechanism, and checking a set roll in each of said sets; instrumentation associated with said press wheel (54, 100, 132) configured for detecting a passing thereof over a planted set planted by said seed planter; a computing device (152, 154) connected to said instrumentation and connectable to said speed monitoring device configured for determining a spacing between said planted sets, wherein said press wheel assembly further comprises a tire (70, 110), said instrumentation comprises a sensor configured for detecting a change in air pressure inside said tire (70, 110), said instrumentation comprises a sensor (150, 150') configured for detecting a change in shape of a surface of said tire (70, 110), and said instrumentation comprises an array of pressure sensors mounted there-around. a press wheel (54, 100, 132) mounted thereto near said said release mechanism, configured for rolling over sets released from said set release mechanism, and checking a set roll in each of said sets; instrumentation associated with said press wheel (54, 100, 132) configured for detecting a passing thereof over a planted set planted by said seed planter; a computing device (152, 154) connected to said instrumentation and connectable to said speed monitoring device configured for determining a spacing between said planted sets, wherein said press wheel assembly further comprises a tire (70, 110), said instrumentation comprises a sensor configured for detecting a change in air pressure inside said tire (70, 110), said instrumentation comprises a sensor (150, 150') configured for detecting a change in shape of a surface of said tire (70, 110), and said instrumentation comprises an array of pressure sensors mounted there-around.
Method for operating an electrical system of a vehicle, said electrical system comprising at least one electrical power source and at least one consumer (6, 7, 8, 9), wherein some of the consumers (6, 7, 8, 9) belong to a safety group of safety-relevant consumers (8, 9), the operation of which should also be ensured when the electrical system is under heavy load, wherein in each case at least one voltage threshold value is specified for at least some of the consumers (6, 7, 8, 9), in particular all the consumers (6, 7, 8, 9), wherein each consumer (6, 7, 8, 9) itself monitors whether the electrical system voltage falls below the voltage threshold value, and if the electrical system voltage falls below the voltage threshold value the power consumption of the respective consumer (6, 7, 8, 9) is reduced by the consumer (6, 7, 8, 9) itself, characterised in that the temporally changing voltage threshold values are selected by a central control device depending on an operating state of the vehicle and are preset at the consumers (6, 7, 8, 9).
Method of displaying virtual information in a view of a real environment comprising the following steps: - providing a system for displaying of virtual information in a view of a real environment, - determining a current pose of at least one part of the system relative to at least one part of the real environment and providing accuracy information of the current pose, - providing multiple pieces of virtual information, and assigning a respective one of the pieces of virtual information to one of different parameters indicative of different pose accuracy information, - displaying at least one of the pieces of virtual information in the view of the real environment according to the accuracy information of the current pose in relation to the assigned parameter of the at least one of the pieces of virtual information, - wherein at least one of the multiple pieces of virtual information is not displayed when the accuracy information of the current pose is equal to or beyond a certain threshold. - providing a system for displaying of virtual information in a view of a real environment, - determining a current pose of at least one part of the system relative to at least one part of the real environment and providing accuracy information of the current pose, - providing multiple pieces of virtual information, and assigning a respective one of the pieces of virtual information to one of different parameters indicative of different pose accuracy information, - displaying at least one of the pieces of virtual information in the view of the real environment according to the accuracy information of the current pose in relation to the assigned parameter of the at least one of the pieces of virtual information, - wherein at least one of the multiple pieces of virtual information is not displayed when the accuracy information of the current pose is equal to or beyond a certain threshold.
Cooking appliance device having at least one power module, at least two consumer units (20, 22, 24, 26) and at least one control unit, which is provided, in at least one operating mode, in which at least two of the consumer units (20, 22, 24, 26) are jointly supplied by the power module and in which a sum of powers required for the consumer units (20, 22, 24, 26) exceeds an available power of the power module, to distribute at least one part of the available power among the consumer units (20, 22, 24, 26) as a function of at least one operating parameter, characterised in that the control unit is provided to distribute at least one part of the available power among the consumer units (20, 22, 24, 26) at least as a function of at least one stored parameter.
A quality of service, QoS, guarantee method, wherein the method is applied to an evolved packet core, EPC, the EPC comprises a control plane gateway and at least two user plane gateways, and the method comprises: • obtaining, by the control plane gateway, a quality of service, QoS, parameter; • mapping, by the control plane gateway, the QoS parameter to QoS guarantee information, wherein a mapping relationship between the QoS parameter and the QoS guarantee information is configured on the control plane gateway and wherein the QoS guarantee information comprises a differentiated services code point, DSCP, parameter; • sending, by the control plane gateway, the QoS guarantee information to the user plane gateways, to instruct the user plane gateways to provide QoS guarantee for a user equipment according to the QoS guarantee information, and • updating, by the control plane gateway, the mapping relationship between the QoS parameter and the QoS guarantee information when the DSCP parameter changes. • obtaining, by the control plane gateway, a quality of service, QoS, parameter; • mapping, by the control plane gateway, the QoS parameter to QoS guarantee information, wherein a mapping relationship between the QoS parameter and the QoS guarantee information is configured on the control plane gateway and wherein the QoS guarantee information comprises a differentiated services code point, DSCP, parameter; • sending, by the control plane gateway, the QoS guarantee information to the user plane gateways, to instruct the user plane gateways to provide QoS guarantee for a user equipment according to the QoS guarantee information, and • updating, by the control plane gateway, the mapping relationship between the QoS parameter and the QoS guarantee information when the DSCP parameter changes.
A modified JCV-VP1 capsid protein comprising a heterologous nuclear localization signal located in the 25 N-terminal amino acids thereof, wherein said heterologous nuclear localization signal comprises the amino acid sequence CPGAAPX 1 X 2 P (SEQ ID NO: 7), wherein X 1 and X 2 can be any amino acid, and preferably are K, respectively.
A ship with a device for stabilisation, which comprises an inflatable buoyancy body in balloon form as a rescue device and a gas generator for filling the buoyancy body, wherein as a gas generator a compressed gas storage unit (1, 11, 21) is combined with a hot gas generator (2, 12, 22), wherein the device is set up such that, when activated, it first inflates the buoyancy body only with compressed gas within the first seconds and then activates the hot gas generator.
A method for generating sound, comprising: applying a motor-driving signal to a motor; enabling the motor to generate a sound corresponding to an audio signal component of the motor-driving signal, wherein to generate a sound comprises vibrating the rotor of the motor relative to the equilibrium position of the rotor according to the motor-driving signal; wherein the method is characterized in that the motor-driving signal contains a first DC signal superimposed with a first oscillating signal that is applied to a first stator coil pair (A1/A2) of the motor and contains a second DC signal superimposed with a second oscillating signal that is applied to a second stator coil pair (B 1B2) of the motor, wherein the second oscillating signal is formed by the inversion of the first oscillating signal and is in synchronization with the first oscillating signal. applying a motor-driving signal to a motor; enabling the motor to generate a sound corresponding to an audio signal component of the motor-driving signal, wherein to generate a sound comprises vibrating the rotor of the motor relative to the equilibrium position of the rotor according to the motor-driving signal; wherein the method is characterized in that the motor-driving signal contains a first DC signal superimposed with a first oscillating signal that is applied to a first stator coil pair (A1/A2) of the motor and contains a second DC signal superimposed with a second oscillating signal that is applied to a second stator coil pair (B 1B2) of the motor, wherein the second oscillating signal is formed by the inversion of the first oscillating signal and is in synchronization with the first oscillating signal.