mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising at least one processing core , at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core , cause the apparatus at least to: - receive , when within a radio network environment of a master node of a distributed computation substrate, a computation work package addressed to a worker node, and - forward the computation work package from the apparatus to the worker node, - characterized in that the at least one memory and the computer program code are configured to, with the at least one processing core , further cause the apparatus to: - determine , after receiving the computation work package, that the apparatus has geographically moved to a radio network environment of the worker node, wherein the radio network environment of the master node and the radio network environment of the worker node are geographically separate and not directly communicatively coupled with each other, and to perform the forwarding to the worker node in the radio network environment of the worker node, and - receive a result of the computation work package from the worker node and forward the result to the master node when the apparatus is in the radio network environment of the master node. - receive , when within a radio network environment of a master node of a distributed computation substrate, a computation work package addressed to a worker node, and - forward the computation work package from the apparatus to the worker node, - characterized in that the at least one memory and the computer program code are configured to, with the at least one processing core , further cause the apparatus to: - determine , after receiving the computation work package, that the apparatus has geographically moved to a radio network environment of the worker node, wherein the radio network environment of the master node and the radio network environment of the worker node are geographically separate and not directly communicatively coupled with each other, and to perform the forwarding to the worker node in the radio network environment of the worker node, and - receive a result of the computation work package from the worker node and forward the result to the master node when the apparatus is in the radio network environment of the master node. - determine , after receiving the computation work package, that the apparatus has geographically moved to a radio network environment of the worker node, wherein the radio network environment of the master node and the radio network environment of the worker node are geographically separate and not directly communicatively coupled with each other, and to perform the forwarding to the worker node in the radio network environment of the worker node, and - receive a result of the computation work package from the worker node and forward the result to the master node when the apparatus is in the radio network environment of the master node.
A signal transmission method of a base station in a wireless communication system, the method comprising: transmitting at least one beam index including beam direction information to a terminal through at least one beam; receiving a preferred beam index determined by the terminal from the terminal; determining a channel matrix between the base station and the terminal based on the preferred beam index; and transmitting a signal to the terminal based on the channel matrix, wherein determining the channel matrix comprises determining the channel matrix based on the beam direction information included in the preferred beam index and an interval between or a number of at least one antenna element arranged in the base station. transmitting at least one beam index including beam direction information to a terminal through at least one beam; receiving a preferred beam index determined by the terminal from the terminal; determining a channel matrix between the base station and the terminal based on the preferred beam index; and transmitting a signal to the terminal based on the channel matrix, wherein determining the channel matrix comprises determining the channel matrix based on the beam direction information included in the preferred beam index and an interval between or a number of at least one antenna element arranged in the base station.
Method for producing or treating a fibrous web , in particular a paper or board web , the fibrous web moving at a speed of between 600 m/min and 1600 m/min, comprising the following steps a. Drying the fibrous web in a drying section b. Subsequent cooling of at least a first side of the fibrous web by means of convection cooling, the fibrous web having a temperature of 65°C and less, in particular 50°C and less, on at least the first side after cooling. c. Application of steam to at least the first side of the fibrous web , wherein in particular the temperature at the first side after the steam application is at least 70°C, preferably more than 80°C or 90°C. d. Treatment of the fibrous web in exactly one calendering nip , wherein the exactly one calendering nip is formed from a heated roll and a counter element and wherein the distance between the end of the steam application and the calendering nip is not more than 1 m a. Drying the fibrous web in a drying section b. Subsequent cooling of at least a first side of the fibrous web by means of convection cooling, the fibrous web having a temperature of 65°C and less, in particular 50°C and less, on at least the first side after cooling. c. Application of steam to at least the first side of the fibrous web , wherein in particular the temperature at the first side after the steam application is at least 70°C, preferably more than 80°C or 90°C. d. Treatment of the fibrous web in exactly one calendering nip , wherein the exactly one calendering nip is formed from a heated roll and a counter element and wherein the distance between the end of the steam application and the calendering nip is not more than 1 m
A method for the air conditioning of closed environments , particularly for vertical farms, the closed environment comprising a floor , a ceiling and is delimited by at least two opposite, lateral side walls , substantially perpendicular to the floor and to the ceiling; the method comprising the steps of: conditioning the air by means of an air treatment unit ; distributing and returning the conditioned air present in the closed environment through a plurality of channels connected to said air treatment unit ; generating an horizontal flow of conditioned air inside the closed environment , exiting through a plurality of openings of a first vertical panel and entering through a plurality of openings of a second opposite vertical panel wherein the first and second vertical panel is provided at the opposite vertical walls of the closed environment ; alternatively inverting the delivery direction of the conditioned air along a substantially parallel direction with respect to the floor of the closed environment so as to hit the inside of the closed environment alternatively from one direction and subsequently from the opposite direction of the two vertical walls . conditioning the air by means of an air treatment unit ; distributing and returning the conditioned air present in the closed environment through a plurality of channels connected to said air treatment unit ; generating an horizontal flow of conditioned air inside the closed environment , exiting through a plurality of openings of a first vertical panel and entering through a plurality of openings of a second opposite vertical panel wherein the first and second vertical panel is provided at the opposite vertical walls of the closed environment ; alternatively inverting the delivery direction of the conditioned air along a substantially parallel direction with respect to the floor of the closed environment so as to hit the inside of the closed environment alternatively from one direction and subsequently from the opposite direction of the two vertical walls .
A recombinant protein wherein the amino acid sequence of the recombinant protein is represented by SEQ ID NO: 1; or a derivative of the recombinant protein that is: (a) a concatemer of the recombinant protein; (b) a fusion protein of the recombinant protein with the Fc fragment of an immunoglobulin; or (c) a fusion protein of a concatemer of the recombinant protein with the Fc fragment of an immunoglobulin.
A screw tensioning device for tensioning or loosening tensionable screw connections comprising: a fixation element to be connected to a screw ; a support element moveable relative to the fixation element and arranged to be moved relative to the fixation element to apply tension to or remove tension from the screw ; a piston positioned and movable within the fixation element , the piston including a rod end , a rod portion and a groove; an actuator assembly including an actuator element, the actuator element having a first threaded connection with the rod portion of the piston ; and a volume containing a fluid, wherein the volume is defined at least partly by the piston , the fixation element , or the support element , wherein movement of the actuator element causes an axial movement of the piston within the fixation element , and the movement of the piston manipulates the volume and thereby moves the fixation element with respect to the support element , and wherein the fixation element includes a protrusion extending radially inwards and engaged with the groove of the piston to prevent a rotational movement of the piston within the fixation element . a fixation element to be connected to a screw ; a support element moveable relative to the fixation element and arranged to be moved relative to the fixation element to apply tension to or remove tension from the screw ; a piston positioned and movable within the fixation element , the piston including a rod end , a rod portion and a groove; an actuator assembly including an actuator element, the actuator element having a first threaded connection with the rod portion of the piston ; and a volume containing a fluid, wherein the volume is defined at least partly by the piston , the fixation element , or the support element , wherein movement of the actuator element causes an axial movement of the piston within the fixation element , and the movement of the piston manipulates the volume and thereby moves the fixation element with respect to the support element , and wherein the fixation element includes a protrusion extending radially inwards and engaged with the groove of the piston to prevent a rotational movement of the piston within the fixation element .
Method for forming a detachment plane in the interior of a solid body , at least comprising introducing laser radiation of a laser into the interior of the solid body via a first surface of the solid body , wherein the solid body forms a crystal structure, wherein modifications are produced at predetermined locations on a production plane in the interior of the solid body by the laser radiation , wherein a number of linear shapes which are parallel to one another are produced by the modifications , wherein the solid body cracks subcritically in the region of the respective modification , wherein the subcritical cracks have orthogonally to the direction of longitudinal extent of the respective linear shape an average crack length of less than 150 μm and form the detachment plane, wherein modifications that belong to the same linear shape and are successively produced are produced at a distance from one another, characterized in that the distance is defined by a function (d-x)/d<-0.31, where d indicates a diameter of the modifications and x a centre-to-centre distance of adjacent modifications . wherein the solid body forms a crystal structure, wherein modifications are produced at predetermined locations on a production plane in the interior of the solid body by the laser radiation , wherein a number of linear shapes which are parallel to one another are produced by the modifications , wherein the solid body cracks subcritically in the region of the respective modification , wherein the subcritical cracks have orthogonally to the direction of longitudinal extent of the respective linear shape an average crack length of less than 150 μm and form the detachment plane, wherein modifications that belong to the same linear shape and are successively produced are produced at a distance from one another, characterized in that the distance is defined by a function (d-x)/d<-0.31, where d indicates a diameter of the modifications and x a centre-to-centre distance of adjacent modifications .
A robot for cleaning swimming pools, comprising: - a main body having at least one sealed containment space ; - a plurality of rotors configured to generate an hydrodynamic thrust designed to move the robot inside an entire volume of a swimming pool; - a control unit inserted in the containment space and configured for modifying at least one respective operating parameter of each rotor in such a way as to direct the hydrodynamic thrust; - swimming pool cleaning means, characterized in that the main body has a substantially parallelepipedal shape; and the plurality of rotors comprises four rotors , each positioned at a respective vertex of the parallelepiped. - a main body having at least one sealed containment space ; - a plurality of rotors configured to generate an hydrodynamic thrust designed to move the robot inside an entire volume of a swimming pool; - a control unit inserted in the containment space and configured for modifying at least one respective operating parameter of each rotor in such a way as to direct the hydrodynamic thrust; - swimming pool cleaning means,
A resolver stator including: a stator core including a yoke having an annular shape, and a plurality of teeth projecting inward in a radial direction from the yoke ; a plurality of coils wound around the plurality of teeth , respectively; a connecting wire that electrically connects the plurality of coils to each other; a guide projection that is disposed outward in the radial direction relative to the coils and projects in a first axial direction parallel to a rotation axis of the resolver stator , the guide projection guiding the connecting wire , characterized in that it further comprises a side opposed wall facing the guide projection in a circumferential direction; and an outward opposed wall that is disposed outward in the radial direction relative to the guide projection and faces the guide projection in the radial direction, and in that the side opposed wall extends inward in the radial direction from the outward opposed wall in a seamless manner. a stator core including a yoke having an annular shape, and a plurality of teeth projecting inward in a radial direction from the yoke ; a plurality of coils wound around the plurality of teeth , respectively; a connecting wire that electrically connects the plurality of coils to each other; a guide projection that is disposed outward in the radial direction relative to the coils and projects in a first axial direction parallel to a rotation axis of the resolver stator , the guide projection guiding the connecting wire , characterized in that it further comprises a side opposed wall facing the guide projection in a circumferential direction; and an outward opposed wall that is disposed outward in the radial direction relative to the guide projection and faces the guide projection in the radial direction, and in that
Universal device for preparation of a watch including a first crown for gain/loss correction and an oscillating resonator arranged to generate an oscillation at a nominal frequency N0, said universal preparation device comprising means for winding and for correcting the gain/loss of said watch , comprising at least one robotic manipulator for operating said first crown , wherein said universal preparation device includes an adjustment device, which includes at least one gain/loss correction device for correcting the gain/loss of said watch , which includes an automatic winder for mechanical or automatic watches, characterized in that said gain/loss correction device includes a gain/loss-corrector oscillator arranged to generate an oscillation at a correction frequency NC and to subject said watch to an oscillation at said correction frequency NC and/or to a modulated movement, said gain/loss correction device comprising gain/loss control means arranged to control the oscillation of said gain/loss-corrector oscillator and interfaced with gain/loss measuring means comprised in said universal preparation device for measuring the gain/loss of said watch , and characterized in that said gain/loss correction device includes at least one watch-holder stand , which is subjected to the oscillations and/or movements generated by said gain/loss-corrector oscillator .
Security document comprising an electronic circuit arrangement , wherein the circuit arrangement comprises a supply device for providing an electric voltage and/or an electric current and an excitation structure , and a security structure is additionally formed, wherein the security structure comprises a structure colour , the interaction of which with light can be influenced by an electric and/or magnetic field, such that a colour of the structure colour is dependent on the electric and/or magnetic field, wherein the excitation structure is coupled to the supply device and the excitation structure is arranged relative to the security structure such that, upon application of the electric voltage provided by the supply device and/or upon application of the electric current provided by the supply device in the region of the security structure , an electric field and/or a magnetic field are/is generated and a change in the colour of the security structure is brought about by this means, wherein the structure colour comprises a plurality of particles, which in the region of the electric field and/or magnetic field produced by the security structure arrange themselves at or around a crystal structure, which exhibits the properties of a photonic crystal, such that the reciprocal effect with light differs depending on whether the excitation structure is producing the electric field and/or the magnetic field or not.
A cartridge for containing exothermic weld-metal, comprising: a housing member having a horizontal slot depending from a vertical slot; and a disk member having a radially extending protrusion depending therefrom, the disk member being secured to the housing member with the radially extending protrusion in the horizontal slot and extending outward of the housing member, the disk member being removable from the housing member by rotation of the disk and housing members with respect to one another so that the extending protrusion is aligned with the vertical slot. a housing member having a horizontal slot depending from a vertical slot; and a disk member having a radially extending protrusion depending therefrom, the disk member being secured to the housing member with the radially extending protrusion in the horizontal slot and extending outward of the housing member, the disk member being removable from the housing member by rotation of the disk and housing members with respect to one another so that the extending protrusion is aligned with the vertical slot.
A cyclic amine derivative represented by a general formula (I) or a pharmacologically acceptable salt thereof: wherein A represents a group represented by a formula (IIa) or (IIb), wherein the stereochemical configuration of the asymmetric carbon marked with * is S; R 1 represents an alkyl group having 3 to 8 carbon atoms; when A represents a group represented by the formula (IIa), n represents 2; and when A represents a group represented by the formula (IIb), n represents 1. wherein the stereochemical configuration of the asymmetric carbon marked with * is S; R 1 represents an alkyl group having 3 to 8 carbon atoms; when A represents a group represented by the formula (IIa), n represents 2; and when A represents a group represented by the formula (IIb), n represents 1.
A beam sampler comprising: a right angle prism, the right angle prism being defined by: an opposite surface; an adjacent surface; and a hypotenuse surface; a plano-convex lens coupled to the opposite surface of the right angle prism; a photodetector coupled to the adjacent surface of the right angle prism; and an electromagnetic radiation source, the beam sampler being characterized in that the plano-convex lens includes an absorptive coating having an aperture, and wherein, in use, a beam generated by the electromagnetic radiation source propagates through the aperture and the plano-convex lens before falling incident upon the hypotenuse surface. a right angle prism, the right angle prism being defined by: an opposite surface; an adjacent surface; and a hypotenuse surface; an opposite surface; an adjacent surface; and a hypotenuse surface; a plano-convex lens coupled to the opposite surface of the right angle prism; a photodetector coupled to the adjacent surface of the right angle prism; and an electromagnetic radiation source, the beam sampler being characterized in that the plano-convex lens includes an absorptive coating having an aperture, and wherein, in use, a beam generated by the electromagnetic radiation source propagates through the aperture and the plano-convex lens before falling incident upon the hypotenuse surface.
Feed or feed supplement allowing a controlled release of nutrients and/or physiologically active substances for monogastric animals, comprising a core 12 and a coating 14 of the core 12, said core 12 comprising an aqueous phase A with water-soluble active substances and a lipid phase 18 with fat-soluble active components, characterised in that the aqueous phase A is composed of gelled particles 16, the gelled particles 16 being dispersed in the lipid phase 18, and characterised in that said lipid phase 18 comprises an exfoliated mineral filler chosen from the phyllosilicate group.
Process for manufacturing a photovoltaic concentrator comprising a photovoltaic substrate equipped with a plurality of photovoltaic cells , and an optical structure comprising a first optical-lens stage and a second optical-lens stage that are intended to optically interact with each other, characterized in that it includes the following steps: - providing a mould ; - simultaneously forming the first optical-lens stage and the second optical-lens stage using said provided mould , and implementing a step of filling said mould with a material , especially by injecting or pouring said material , in that the step of providing said mould is such that said provided mould includes a first face equipped with a plurality of first cavities each delimiting a shape complementary to that of a corresponding optical lens of the first optical-lens stage and a second face equipped with a plurality of second cavities each delimiting a shape complementary to that of a corresponding optical lens of the second optical-lens stage and in that the provided mould is such that it allows the first optical-lens stage and the second optical-lens stage to be moulded in such a way that the position of the first optical-lens stage in the mould relative to the second optical-lens stage in the mould corresponds to the position desired for the first optical-lens stage relative to the second optical-lens stage in an assembly configuration of the photovoltaic concentrator. - providing a mould ; - simultaneously forming the first optical-lens stage and the second optical-lens stage using said provided mould , and implementing a step of filling said mould with a material , especially by injecting or pouring said material ,