mhurhangee/ep-ind-claims huggingface dataset:
A method for use by a computing platform of providing privacy for a user engaging in a virtual reality,VR, world, the method comprising: providing, to the VR user, a first privacy plan configuration interface within the VR world, the first privacy plan configuration interface enabling a selection from among a plurality of privacy plans, wherein each privacy plan is operable to conceal activities of an avatar of the VR user in the VR world; receiving, from the VR user, a first selection indicating a first selected one of the plurality of privacy plans; and activating the selected first privacy plan during interaction of the user's avatar in the VR world; wherein the plurality of privacy plans comprises at least two selected from the list consisting of: generating one or more clones of the VR user's avatar; teleporting the VR user's avatar to a remote location; relinquishing control of the VR user's avatar by the VR user to automated control; generating a private copy of at least a portion of the VR world; and locking other avatars out of at least a portion of the VR world. providing, to the VR user, a first privacy plan configuration interface within the VR world, the first privacy plan configuration interface enabling a selection from among a plurality of privacy plans, wherein each privacy plan is operable to conceal activities of an avatar of the VR user in the VR world; receiving, from the VR user, a first selection indicating a first selected one of the plurality of privacy plans; and activating the selected first privacy plan during interaction of the user's avatar in the VR world; wherein the plurality of privacy plans comprises at least two selected from the list consisting of: generating one or more clones of the VR user's avatar; teleporting the VR user's avatar to a remote location; relinquishing control of the VR user's avatar by the VR user to automated control; generating a private copy of at least a portion of the VR world; and locking other avatars out of at least a portion of the VR world. generating one or more clones of the VR user's avatar; teleporting the VR user's avatar to a remote location; relinquishing control of the VR user's avatar by the VR user to automated control; generating a private copy of at least a portion of the VR world; and locking other avatars out of at least a portion of the VR world.
A method (400, 700) comprising: receiving, by an endpoint device, from an access device, interaction data; generating, by the endpoint device, an interaction record comprising the interaction data and an electronic identity of a user, the electronic identity being mathematically derived from a combination of information associated with the user; retrieving, by the endpoint device, a private key of the user; signing, by the endpoint device, the interaction record using the private key of the user; encrypting, by the endpoint device, at least the signed interaction record using a limited-use key associated with limited-use parameters to form a cryptogram; and transmitting, by the endpoint device, to the access device, the cryptogram, wherein the cryptogram is thereafter forwarded to a server computer in an authorization request message, and decrypting, by the server computer, the cryptogram and validating (S412, S708), by the server computer, the electronic identity utilizing a distributed network, the distributed network comprising a plurality of trusted entities and a blockchain, the plurality of trusted entities being arranged to verify the electronic identity, and following said verification adding, by the server computer, the interaction record to the blockchain. receiving, by an endpoint device, from an access device, interaction data; generating, by the endpoint device, an interaction record comprising the interaction data and an electronic identity of a user, the electronic identity being mathematically derived from a combination of information associated with the user; retrieving, by the endpoint device, a private key of the user; signing, by the endpoint device, the interaction record using the private key of the user; encrypting, by the endpoint device, at least the signed interaction record using a limited-use key associated with limited-use parameters to form a cryptogram; and transmitting, by the endpoint device, to the access device, the cryptogram, wherein the cryptogram is thereafter forwarded to a server computer in an authorization request message, and decrypting, by the server computer, the cryptogram and validating (S412, S708), by the server computer, the electronic identity utilizing a distributed network, the distributed network comprising a plurality of trusted entities and a blockchain, the plurality of trusted entities being arranged to verify the electronic identity, and following said verification adding, by the server computer, the interaction record to the blockchain.
Agricultural baler comprising a baling chamber and a pre-compression chamber, wherein the pre-compression chamber is adapted to gather crop material via a rotor and to periodically form a slice of said crop material and introduce the slice towards the baling chamber into a first segment of the baling chamber, the baling chamber comprising a plunger provided for reciprocally moving in the baling chamber thereby compressing slices of crop material into a bale, the baling chamber further comprising at least one movable wall (15, 16, 17), the agricultural baler further comprising multiple sensors and a controller (21, 22, 23) adapted for controlling operation of the agricultural baler based on inputs of the multiple sensors, wherein a first subset of the multiple sensors is related to top fill and a second subset of the multiple sensors is related to left-right fill, characterised in that the controller (21, 22, 23) is configured to control the operation of the agricultural baler in a first time period until the top fill is within a first predetermined range, and to control the operation of the agricultural baler in a subsequent time period, until the left-right fill is within a second predetermined range.
An electric field sensor comprising: a sensor glass layer including at least one through-glass via filled or coated with conductive material, a transmit layer disposed on a first side of the sensor glass layer, and where the transmit layer is electrically coupled to the at least one through-glass via; and a receive layer disposed on a second side of the sensor glass layer, where the receive layer is electrically coupled to the at least one through-glass via; wherein the transmit layer comprises rows of transmit elements and the receive layer comprises columns of receive elements, the transmit elements configured to be electrically ganged together and the receive elements configured to be electrically ganged together to form wider sensor elements. a sensor glass layer including at least one through-glass via filled or coated with conductive material, a transmit layer disposed on a first side of the sensor glass layer, and where the transmit layer is electrically coupled to the at least one through-glass via; and a receive layer disposed on a second side of the sensor glass layer, where the receive layer is electrically coupled to the at least one through-glass via; wherein the transmit layer comprises rows of transmit elements and the receive layer comprises columns of receive elements, the transmit elements configured to be electrically ganged together and the receive elements configured to be electrically ganged together to form wider sensor elements.
Lightning protection device having an insulated diverter which extends within a support tube (1; 12) at least in sections, and having an interception rod attachment resting upon and being connected to the support tube (1; 12), wherein the interception rod attachment comprises a head part receiving the conductor of the insulated diverter, on the one hand, and the interception rod, on the other, the support tube (1; 12) being furthermore connected at its end opposite the head part of the interception rod attachment via a sleeve arrangement to a pedestal or carrying tube, which is at earth potential, characterized in that the support tube (1; 12) has field controlling, electrically weakly conducting or semiconducting properties, wherein an electrically weakly conducting or semiconducting coating is applied to the outer and/or inner surface of the support tube, the coating is in electrical contact with the head part of the interception device and a sleeve arrangement configured to be conductive, and a connection means for electrically connecting the outer sheath of the diverter for the purpose of potential equalization being provided within the sleeve arrangement.
Device for metering solids, comprising an inlet in the upper region, comprising an outlet in the form of a screw tube or a vertical outlet in the lower region, comprising a stirrer arranged below the inlet, having a horizontally arranged stirrer shaft and having stirring blades, comprising a metering screw arranged below the stirrer, having an axis of rotation arranged parallel to the stirrer shaft, the stirrer being surrounded by an asymmetrical stirrer-mechanism trough, the metering screw being surrounded by a partially cylindrical screw trough, the asymmetrical stirrer-mechanism trough connecting to the partially cylindrical screw trough via a chute, the inner wall of one of the two connection regions between the asymmetrical stirrer-mechanism trough and the partially cylindrical screw trough being designed as an oblique plane in the form of a chute, such that a space which is not covered by the stirring blades of the stirrer and the screw, and a lateral and enlarged intake region of the metering screw are formed, the stirrer and the metering screw being designed to rotate in the same direction of rotation (19, 20), the stirring blades and the metering screw moving downward in the region of the chute during rotation, it being possible for the metering space to be divided into three regions which are positioned vertically above one another, the upper region being above a horizontal plane which includes the stirrer shaft, the central region being positioned below the upper region and above a horizontal plane which is arranged between the spaces which are swept by the stirring blades and the metering screw, the lower region being positioned below the central region, the lower region of the metering chamber being designed as a partially cylindrical trough, the central region and the lower region directly adjoining one another on one side, such that a recess is formed, the transition between the central region and the lower region on the other side being formed by an oblique plane which tangentially abuts the walls of the stirrer-mechanism trough and the walls of the screw trough, characterized in that the central region of the metering chamber is designed as a semi-cylindrical trough, in that the chute is formed by the oblique plane which tangentially abuts the walls of the stirrer-mechanism trough and the walls of the screw trough, and in that the metering screw has teeth on the outer circumference thereof.
A transport container for transporting or storing goods, in particular bulk goods, said transport container having a container top part, a container bottom part, and at least one side wall disposed therebetween, with the at least one side wall capable of being placed onto the container bottom part and the container top part capable of being placed onto the at least one side wall, said transport container having a closure which is arranged within the side wall and is provided with a bolt pivoting in the plane of the side wall, and having a locking member which is fastened to the container bottom part or the container top part and with which said bolt engages when in a closed position, said bolt of the closure being operable from an outer side of the side wall and transferable from an open position to a self-locking, closed position, characterised in that the bolt has a hook-shaped engagement tab on which a retreat for receiving an engagement body of the locking member is provided.
Knife (100; 100') arranged for being fitted to a cutting apparatus to obtain incision lines and cuts on a capsule made of plastics intended to close a container, said knife (100; 100') being suitable for performing cuts and incisions on a side wall of said capsule when said capsule by rotating around a rotation axis is moved along a path to interact with said knife (100; 100') in an advancement direction, said knife (100; 100') comprising a plurality of cutting tools arranged in a layered structure, in which said cutting tools are parallel to a plane and stacked in the direction of a vertical axis orthogonal to said plane, said layered structure comprising: - a first horizontal cutting tool arranged for performing circumferential cuts on said side wall at a first height on said vertical axis to define a tamper ring in said capsule; - a second horizontal cutting tool, arranged for performing further circumferential cuts on said side wall at a second height different from said first height on said vertical axis; and - a third cutting tool (30; 30'), arranged for performing oblique cuts on said side wall and for determining in use together with said second horizontal cutting tool and with said first horizontal cutting tool connecting portions (74a, 74b) connecting said tamper ring and said side wall; characterised in that said third cutting tool (30; 30') comprises at least two tilted cutting edges (32a, 34; 32a', 34') having a tilt different from each other, said tilt referring to a reference plane passing through said vertical axis and tangent to said advancement direction of said capsule, said third cutting tool (30; 30') being interposed between said first horizontal cutting tool and said second horizontal cutting tool, wherein said third cutting tool (30; 30') is arranged to be disassembled from said layered structure in order to be replaced with a different third cutting tool to obtain a different shape of said connecting portions (74a, 74b). - a first horizontal cutting tool arranged for performing circumferential cuts on said side wall at a first height on said vertical axis to define a tamper ring in said capsule; - a second horizontal cutting tool, arranged for performing further circumferential cuts on said side wall at a second height different from said first height on said vertical axis; and - a third cutting tool (30; 30'), arranged for performing oblique cuts on said side wall and for determining in use together with said second horizontal cutting tool and with said first horizontal cutting tool connecting portions (74a, 74b) connecting said tamper ring and said side wall;
A method for encoding a digital image or a sequence of digital images including the steps of: a. deleting paths between two opposite edges of an image using an algorithm for resizing by deleting pixels, in order to define a reduced image; and b. modeling the deleted paths for transmission with the reduced image, with a view to interpolating an expanded image, characterized in that the step for modeling the deleted paths includes: b1/ grouping the deleted paths and bundles of paths according to at least one predetermined criterion; b2/ generating a description of the bundles of deleted paths, the method being applied to a sequence of successive images and the algorithm for resizing by deleting pixels includes, for the determination of the paths to be deleted, taking into account an energy map formed by a linear combination of the energy map of the current image with the energy map of the previous image with a weight coefficient applied to the energy map of the previous image. a. deleting paths between two opposite edges of an image using an algorithm for resizing by deleting pixels, in order to define a reduced image; and b. modeling the deleted paths for transmission with the reduced image, with a view to interpolating an expanded image, characterized in that the step for modeling the deleted paths includes: b1/ grouping the deleted paths and bundles of paths according to at least one predetermined criterion; b2/ generating a description of the bundles of deleted paths, the method being applied to a sequence of successive images and the algorithm for resizing by deleting pixels includes, for the determination of the paths to be deleted, taking into account an energy map formed by a linear combination of the energy map of the current image with the energy map of the previous image with a weight coefficient applied to the energy map of the previous image. b1/ grouping the deleted paths and bundles of paths according to at least one predetermined criterion; b2/ generating a description of the bundles of deleted paths,
Method of manufacturing a plurality of resonators, each formed by a membrane sealing a cavity, the method comprises: a) a step to form a plurality of cavities, advantageously identical, starting from one face called the front face of a support substrate, the plurality of cavities comprise central cavities and peripheral cavities arranged around the assembly formed by the central cavities; b) a step to form membranes, called central membranes and peripheral membranes respectively, covering central cavities and peripheral cavities respectively, by the transfer of a coverage film on the front face of the support substrate; the method being characterized in that it comprises: c) a step to remove at least part of the peripheral membranes. a) a step to form a plurality of cavities, advantageously identical, starting from one face called the front face of a support substrate, the plurality of cavities comprise central cavities and peripheral cavities arranged around the assembly formed by the central cavities; b) a step to form membranes, called central membranes and peripheral membranes respectively, covering central cavities and peripheral cavities respectively, by the transfer of a coverage film on the front face of the support substrate; the method being characterized in that it comprises: c) a step to remove at least part of the peripheral membranes.
An information processing device (10, 20) comprising: an input unit (11, 27) adapted to receive input; a detecting unit (12, 23) adapted to detect a posture of said information processing device (10, 20); a control unit (13, 26) adapted to control an operation of said information processing device (10, 20) in accordance with the posture of said information processing device (10, 20) which said detecting unit (12, 23) is further adapted to detect after confirming the presence or absence of a particular input via said input unit (11, 27); and a display unit, wherein during an execution of an application according to an input via said input unit (11, 27), if the posture of said information processing device (10, 20), which said detecting unit (12, 23) detects after input of a command to terminate the application via said input unit (11, 27), is changed to a predetermined posture, said control unit (13, 26) is adapted to terminate the application and to cause said display unit to display an image that corresponds to the execution of other applications, whereas if the posture of said information processing device (10, 20) which said detecting unit (12, 23) detects is changed to the predetermined posture without receiving any input command to terminate the application, said control unit (13, 26) is adapted to terminate the application and to turn off said display unit. an input unit (11, 27) adapted to receive input; a detecting unit (12, 23) adapted to detect a posture of said information processing device (10, 20); a control unit (13, 26) adapted to control an operation of said information processing device (10, 20) in accordance with the posture of said information processing device (10, 20) which said detecting unit (12, 23) is further adapted to detect after confirming the presence or absence of a particular input via said input unit (11, 27); and a display unit,
A polyurethane based filament winding resin reaction mixture, the reaction mixture comprising: an isocyanate component including one or more isocyanates; and an isocyanate-reactive component including from 5 wt% to 95 wt% of one of more polyols having a number average molecular weight from 50 g/mol to 8,000 g/mol, from 2 wt% to 30 wt% of one or more propane based triols, and from 1 wt% to 15 wt% of one or more triester-phosphates, based on the total weight of the isocyanate-reactive component, a ratio of a total weight of the one or more propane based triols to a total weight of the one or more triester-phosphates being between above 1.1 and below 5.0, wherein the one or more propane based triols includes trimethylolpropane. an isocyanate component including one or more isocyanates; and an isocyanate-reactive component including from 5 wt% to 95 wt% of one of more polyols having a number average molecular weight from 50 g/mol to 8,000 g/mol, from 2 wt% to 30 wt% of one or more propane based triols, and from 1 wt% to 15 wt% of one or more triester-phosphates, based on the total weight of the isocyanate-reactive component, a ratio of a total weight of the one or more propane based triols to a total weight of the one or more triester-phosphates being between above 1.1 and below 5.0, wherein the one or more propane based triols includes trimethylolpropane.
A device for changing the position of items that can be fed to it, in particular by means of a conveying system, comprising a carrier component that is rotatable about a driving axis (x) inclined relative to a vertical, and at least one boom (4a - 4c), which is radially spaced from the driving axis (x) and connected to the carrier component and on which a driver (5a - 5c) mounted in a suspended manner is disposed and is rotatable about an axis of rotation (y1 - y3) that is always aligned so as to follow gravity due to the suspended mounting of the driver (5a - 5c), wherein the driver (5a - 5c), by means of a rotation of the carrier component, can be lowered in the direction of at least one of the items and brought into contact with it as well as be lifted again, characterized by a driving body (11a - 11c), which is non-rotatably connected to the driver (5a - 5c) and which is configured to roll, during a rotation of the carrier component, on a running surface (10a - 10c) of the boom (4a - 4c) that is non-rotatable relative to the carrier component in such a way that the suspended alignment of the driver (5a - 5c), which is always maintained in the process, is transferable into its rotation about the vertical axis of rotation (y1 - y3).