mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: at a network controller managing network connectivity between a first end point and a second end point, the network controller including one or more processors and a non-transitory memory: transmitting a message to the first end point that includes an instruction to initiate a communication type when the first end point communicates with the second end point across a network, wherein the communication type includes sharing a randomization token between the first end point and the second end point; obtaining a first communication report from the first end point in response to initialization of a communication based on the communication type between the first end point and the second end point across the network, wherein the first communication report includes a first hash that corresponds to a function of the randomization token and identity information; obtaining a second communication report from the second end point in response to the initialization of the communication based on the communication type between the first end point and the second end point across the network, wherein the second communication report includes a second hash that corresponds to a function of the randomization token and the identity information; determining whether the first hash matches the second hash; generating a value that correlates the first end point and the second end point with the communication across the network in response to determining that the first hash matches the second hash. transmitting a message to the first end point that includes an instruction to initiate a communication type when the first end point communicates with the second end point across a network, wherein the communication type includes sharing a randomization token between the first end point and the second end point; obtaining a first communication report from the first end point in response to initialization of a communication based on the communication type between the first end point and the second end point across the network, wherein the first communication report includes a first hash that corresponds to a function of the randomization token and identity information; obtaining a second communication report from the second end point in response to the initialization of the communication based on the communication type between the first end point and the second end point across the network, wherein the second communication report includes a second hash that corresponds to a function of the randomization token and the identity information; determining whether the first hash matches the second hash; generating a value that correlates the first end point and the second end point with the communication across the network in response to determining that the first hash matches the second hash.
An ice blasting machine comprising: a hatch through which water ice or dry ice is loaded into the ice blasting machine; a crusher for crushing the water ice and an outlet hose for outputting the water ice or the dry ice that has been entrained into a high-speed stream of pressurized air from an air pump or compressed air tank; the ice blasting machine is characterised in that the crusher comprises crusher teeth; and in that the ice blasting machine further comprises: a crusher-activation mechanism to activate the crusher in water ice mode and deactivate the crusher in dry ice mode, wherein the crusher teeth are engaged with a drive motor to crush the water ice in the water ice mode and wherein the crusher teeth are disengaged from the drive motor in dry ice mode such that the crusher teeth do not move and the dry ice is not crushed by the crusher; and a switch to switch between the water ice mode and the dry ice mode, wherein the switch causes the crusher-activation mechanism to activate or deactivate the crusher. a hatch through which water ice or dry ice is loaded into the ice blasting machine; a crusher for crushing the water ice and an outlet hose for outputting the water ice or the dry ice that has been entrained into a high-speed stream of pressurized air from an air pump or compressed air tank; the ice blasting machine is characterised in that the crusher comprises crusher teeth; and in that the ice blasting machine further comprises: a crusher-activation mechanism to activate the crusher in water ice mode and deactivate the crusher in dry ice mode, wherein the crusher teeth are engaged with a drive motor to crush the water ice in the water ice mode and wherein the crusher teeth are disengaged from the drive motor in dry ice mode such that the crusher teeth do not move and the dry ice is not crushed by the crusher; and a switch to switch between the water ice mode and the dry ice mode, wherein the switch causes the crusher-activation mechanism to activate or deactivate the crusher. a crusher-activation mechanism to activate the crusher in water ice mode and deactivate the crusher in dry ice mode, wherein the crusher teeth are engaged with a drive motor to crush the water ice in the water ice mode and wherein the crusher teeth are disengaged from the drive motor in dry ice mode such that the crusher teeth do not move and the dry ice is not crushed by the crusher; and a switch to switch between the water ice mode and the dry ice mode, wherein the switch causes the crusher-activation mechanism to activate or deactivate the crusher.
A method of providing a constant driving range over a multi-year period for an electric vehicle, wherein said electric vehicle is comprised of a battery pack coupled to an electric drive train, wherein said battery pack has an initial battery pack capacity at a beginning of said multi-year period and a final battery pack capacity at an end of said multi-year period, and wherein said final battery pack capacity is less than said initial battery pack capacity, the method comprising: setting a preset driving range at said beginning of said multi-year period, wherein said preset driving range corresponds to a percentage of an achievable driving range determined for said initial battery pack capacity, wherein said percentage is less than 100 percent; and prior to each charge cycle during said multi-year period, the method comprising: determining a current battery pack capacity; and determining a set of optimized charging parameters based on said current battery pack capacity and said preset driving range, wherein said set of optimized charging parameters are selected to optimize battery life while providing sufficient charge to said battery pack to insure said electric vehicle is capable of achieving said preset driving range; and charging said battery pack in accordance with said set of optimized charging parameters. setting a preset driving range at said beginning of said multi-year period, wherein said preset driving range corresponds to a percentage of an achievable driving range determined for said initial battery pack capacity, wherein said percentage is less than 100 percent; and prior to each charge cycle during said multi-year period, the method comprising: determining a current battery pack capacity; and determining a set of optimized charging parameters based on said current battery pack capacity and said preset driving range, wherein said set of optimized charging parameters are selected to optimize battery life while providing sufficient charge to said battery pack to insure said electric vehicle is capable of achieving said preset driving range; and determining a current battery pack capacity; and determining a set of optimized charging parameters based on said current battery pack capacity and said preset driving range, wherein said set of optimized charging parameters are selected to optimize battery life while providing sufficient charge to said battery pack to insure said electric vehicle is capable of achieving said preset driving range; and charging said battery pack in accordance with said set of optimized charging parameters.
A method for removing chromium from a water source by contacting the water with an ion exchange resin, wherein the ion exchange resin comprises particles of a crosslinked copolymer comprising: an interpenetrating polymer network of at least two polymer components each having a styrenic content greater than 50 molar percent, and a quaternary ammonium functionality.
An adjustable bed comprising a frame (20a, 20b) including at least an adjustable backrest support section pivotally mounted for angular adjustment with respect to the frame, wherein the frame comprises at least two sections including an upper body section on which the backrest support section is mounted, and a separate lower body section, wherein the head end sub-assembly and the toe end sub-assembly are capable of being attachably/detachably joined together to provide a full length adjustable bed, characterised in that the lower body section further comprises a fixed support section adjacent to an upper leg support section, the fixed support section being fixed in relation to the frame adjacent the hinged end of the upper leg support section to provide at least part of a fixed seat section of the bed, and wherein the upper body section further comprises a fixed support section adjacent to the backrest support section, the fixed support section being fixed in relation to the frame adjacent the hinged end of the backrest support section to provide at least part of a fixed seat section (14a, 14b) of the bed.
Method for authenticating a user of a terminal, known as first terminal, which is capable of communicating with a service provider via a first communication network, said provider requiring authentication of the user of the first terminal before providing a service to the first terminal, characterized in that it comprises a step of performing preliminary authentication of a second terminal with a telecommunications operator, a step of storing the authentication data in the second terminal, and in that the first terminal sends to the second terminal, via a second communication network, a request for the provision of authentication data that requires the second terminal to send to an entity distinct from the telecommunications operator the authentication data that are stored in the second terminal and relate to the authentication performed with respect to the second terminal.
An offshore gravity foundation for mounting an upright construction such as a mast or components of an electricity generating wind farm such as a wind turbine generator, transformer or pole, the foundation comprising: - a wide lower section having a base configured to at least partly contact the sea bed, - an upper section which extends from the wide lower section, which upper section is configured to extend above the level of the sea, - which lower section gradually narrows from the base towards an interface with the upper section, wherein the upper section is narrower than the wide lower section, - which lower section and upper section are at least partially hollow, whereby the interior void of the upper section is in continuity with the interior void of the lower section, - which base is extended with a solid rim, whereby the rim is disposed around the outside periphery of the base, configured to increase the surface of the foundation contacting the sea bed and to receive solid ballast, characterised in that, the upper section ends in a flange suitable for attachment to said wind turbine, the flange forming an opening; and said base is configured to support the weight of solid ballast residing in the voids (8, 9) of the interior of the foundation. - a wide lower section having a base configured to at least partly contact the sea bed, - an upper section which extends from the wide lower section, which upper section is configured to extend above the level of the sea, - which lower section gradually narrows from the base towards an interface with the upper section, wherein the upper section is narrower than the wide lower section, - which lower section and upper section are at least partially hollow, whereby the interior void of the upper section is in continuity with the interior void of the lower section, - which base is extended with a solid rim, whereby the rim is disposed around the outside periphery of the base, configured to increase the surface of the foundation contacting the sea bed and to receive solid ballast,
Drawer having a side panel (1, 1'), having a support profile (4, 4') to which a base of the drawer can be secured, wherein the support profile (4, 4') extends essentially over the entire length of the base and has a vertical bar (41, 41') projecting upwardly above the base, and a strip-like decorative element which extends substantially over the entire length of the support profile (4, 4') or between caps (7 and 8) arranged in the end regions on the support profile (4, 4') and comprises an upper horizontal bar and a downwardly projecting first vertical bar, wherein the decorative element has a second vertical bar which extends downwardly from the horizontal bar and the horizontal bar is directly supported at the upper end of the vertical bar (41, 41') of the support profile (4, 4'), wherein the decorative element at least partially laterally covers the support profile (4, 4') on opposite sides, characterized in that a U-shaped channel is connected to the vertical bar (41, 41') of the support profile (4, 4'), at which a horizontal bar for supporting the base is formed and the decorative element comprises two vertical bars (50, 52) with different lengths which are connected to each other by means of an upper horizontal bar, wherein the shorter second vertical bar extends to the upper side of the base, while the longer first vertical bar covers a lateral surface of the support profile (4, 4').
A method for managing communication connections in a in a communication system with a communication device and an internal communication terminal connected by the communication device, comprising the following steps: a) Construction of a linking request with a communication-system, internally valid source network address by at least one network translating network node (NAT, NAT1, NAT2, NAT3) to a communication system external communication terminal (PHB, PHB1, PHB2, PHB3), b) Receiving a linking confirmation with a communication system externally valid network address associated with the communication system external communication terminal (PHB, PHB1, PHB2, PHB3), c) Association of the communication system internally valid source network address and of the communication system externally valid network address to a linking entry associated with the communication system external communication terminal (PHB, PHB1, PHB2, PHB3) so that different public network addresses formed within the communication infrastructure formed by the communication device and which must use the internal communication terminal and its managing communication device are determined and filed in the particular linking entry, wherein the linking entries are assembled in a linking table, and wherein for a call setup using the SIP protocol, starting from the internal communication terminal to a communication system-external communication terminal (PHB, PHB1, PHB2, PHB3) based on a performance feature inside the communication device, an appropriate direction is selected which is selected with the participation of the linking entries from the linking table for this external communication partner. a) Construction of a linking request with a communication-system, internally valid source network address by at least one network translating network node (NAT, NAT1, NAT2, NAT3) to a communication system external communication terminal (PHB, PHB1, PHB2, PHB3), b) Receiving a linking confirmation with a communication system externally valid network address associated with the communication system external communication terminal (PHB, PHB1, PHB2, PHB3), c) Association of the communication system internally valid source network address and of the communication system externally valid network address to a linking entry associated with the communication system external communication terminal (PHB, PHB1, PHB2, PHB3) so that different public network addresses formed within the communication infrastructure formed by the communication device and which must use the internal communication terminal and its managing communication device are determined and filed in the particular linking entry, wherein the linking entries are assembled in a linking table, and wherein for a call setup using the SIP protocol, starting from the internal communication terminal to a communication system-external communication terminal (PHB, PHB1, PHB2, PHB3) based on a performance feature inside the communication device, an appropriate direction is selected which is selected with the participation of the linking entries from the linking table for this external communication partner.
A work device having a tool driven by an electric motor, the electric motor being connected via a control unit to an energy source, and having an adjusting device for adjusting the speed of the driving electric motor, the power characteristic line (30, 31, 32, 33) of the electric motor having a power characteristic with a marked maximum between a lower and an upper speed, and having a curved section following the maximum, which, as speed (n) increases, forms a working plateau that extends over a speed range (n AP), and the speed range (n AP) corresponds to a working speed range of the work device, characterised in that the control unit is provided with an electric adjusting device for the electronic modification of the power characteristic, and the adjusting device is designed to enable the user to adjust the position of the working plateau via the speed (n) of the electric motor.
Method of forming an electrical metal contact within a semiconductor layer stack of a vertical cavity surface emitting laser, comprising: forming a contact hole into the semiconductor layer stack, the contact hole having a bottom and a side wall extending from the bottom, providing a photoresist mask inside the contact hole, the photoresist mask covering the side wall of the contact hole, the photoresist mask having an opening (329 extending to the bottom of the contact hole, wet-chemical isotropic etching the bottom of the contact hole, depositing a metal on the bottom of the contact hole, removing the photoresist mask so that the metal on the bottom of the contact hole is left as the electrical metal contact. forming a contact hole into the semiconductor layer stack, the contact hole having a bottom and a side wall extending from the bottom, providing a photoresist mask inside the contact hole, the photoresist mask covering the side wall of the contact hole, the photoresist mask having an opening (329 extending to the bottom of the contact hole, wet-chemical isotropic etching the bottom of the contact hole, depositing a metal on the bottom of the contact hole, removing the photoresist mask so that the metal on the bottom of the contact hole is left as the electrical metal contact.
Tube aerator comprising an aerator body having axial flow channels for passage of a water flow, which are arranged radially offset to a central blind hole, wherein at least one ventilation duct running laterally from the outside radially to the inside leads into the blind hole and wherein the blind hole receives an axially movable closing body, which is provided with a seal and by means of which the blind hole is closed in an initial position, wherein the closing body has a radial, at least partially circumferential edge, which protrudes into at least one flow channel, characterised in that inside the blind hole a valve body is arranged, which is pre-tensioned by way of a spring element against a valve seat arranged above the junction of the at least one ventilation duct inside the blind hole.
A system comprising an electronic device and a sensor device with a plurality of support surfaces, said sensor device comprising an electromagnetic radiation sensor (3, 43), the electronic device (1, 23) comprising a transceiver and at least one processor (5,25) configured to: - receive, via said transceiver, a sensor signal from said electromagnetic radiation sensor, - determine an orientation of said electromagnetic radiation sensor based on said sensor signal or based on an orientation signal received from an orientation sensor comprised in said sensor device, said orientation indicating on which of said plurality of support surfaces said sensor device is resting, - if said electromagnetic radiation sensor is oriented in a first orientation, transmit, via said transceiver, said sensor signal to a first device or application (11,13) of a plurality of devices or applications, and - if said electromagnetic radiation sensor is oriented in a second orientation, transmit, via said transceiver, said sensor signal to a second device or application (18,19) of said plurality of devices or applications. - receive, via said transceiver, a sensor signal from said electromagnetic radiation sensor, - determine an orientation of said electromagnetic radiation sensor based on said sensor signal or based on an orientation signal received from an orientation sensor comprised in said sensor device, said orientation indicating on which of said plurality of support surfaces said sensor device is resting, - if said electromagnetic radiation sensor is oriented in a first orientation, transmit, via said transceiver, said sensor signal to a first device or application (11,13) of a plurality of devices or applications, and - if said electromagnetic radiation sensor is oriented in a second orientation, transmit, via said transceiver, said sensor signal to a second device or application (18,19) of said plurality of devices or applications.
Process for the removal of gaseous decomposition products from high temperature heat transfer fluid HTF of an operational solar thermal power plant having an HTF circuit, in which a volume increase of the HTF in the HTF circuit which is caused by incident solar radiation in an HTF-traversed solar field and consequent heating by day takes place regularly in a day-night cycle and the additional volume formed by the volume increase is collected from the HTF circuit in an expansion vessel, a portion of the additional volume of the HTF is transferred into a drainage vessel operated at relatively low pressure in which gaseous decomposition products and low-boiling constituents escape from the HTF, wherein the low-boiling constituents are condensed, and during the volume contraction of the HTF occurring during the night-time cooling a portion of the additional volume of the HTF is recycled from the drainage vessel into the expansion vessel and from the expansion vessel into the HTF circuit or directly from the drainage vessel into the HTF circuit, wherein the volumes in the expansion vessel and drainage vessel becoming vacant as a result of the transferrals of the HTF are filled with inert gas.