mhurhangee/ep-ind-claims huggingface dataset:
An induction heating device, comprising: a first working coil disposed to correspond to a first heating area; a second working coil disposed to correspond to a second heating area; an inner coil and an outer coil corresponding to a third heating area and disposed to share a central point; a first power module configured to supply power for driving at least one of the first working coil and the inner coil; a second power module configured to supply power for driving at least one of the second working coil and the outer coil; and a control unit configured to control supply of power by the first power module and the second power module, characterized in that the control unit is configured to cut off supply of power to the outer coil when an instruction for heating at least one of the first heating area and the second heating area, and an instruction for heating the third heating area are input. a first working coil disposed to correspond to a first heating area; a second working coil disposed to correspond to a second heating area; an inner coil and an outer coil corresponding to a third heating area and disposed to share a central point; a first power module configured to supply power for driving at least one of the first working coil and the inner coil; a second power module configured to supply power for driving at least one of the second working coil and the outer coil; and a control unit configured to control supply of power by the first power module and the second power module, characterized in that the control unit is configured to cut off supply of power to the outer coil when an instruction for heating at least one of the first heating area and the second heating area, and an instruction for heating the third heating area are input.
A data processing method, applicable to a first edge device of a virtual extensible local area network, the method comprising: receiving a target message, and determining a target network tag and a target destination address of the target message (102, 202); determining a target outbound interface corresponding to the target message based on a result of matching the target network tag and the target destination address with a locally stored correspondence relationship of a network tag, a destination address and an outbound interface; and sending the target message through the target outbound interface (106, 208); characterized in that the target network tag includes a VLAN tag. receiving a target message, and determining a target network tag and a target destination address of the target message (102, 202); determining a target outbound interface corresponding to the target message based on a result of matching the target network tag and the target destination address with a locally stored correspondence relationship of a network tag, a destination address and an outbound interface; and sending the target message through the target outbound interface (106, 208); characterized in that the target network tag includes a VLAN tag.
A process for producing a product mixture comprising 1,1,1,3,3-pentachloro-4,4,4-trifluorobutane (CCl 3 CH 2 CCl 2 CF 3, 333jfa), comprises contacting a halogenated alkane with an olefin in the presence of a mononitrile and a catalyst comprising copper chloride, wherein the halogenated alkane is chosen from 1,1,1-trichloro-2,2,2-trifluoroethane (CF 3 CCl 3, 113a) and carbon tetrachloride (CCl 4), provided that when the halogenated alkane is 1,1,1-trichloro-2,2,2-trifluoroethane, the olefin is vinylidene chloride (CH 2 =CCl 2, VDC) and when the halogenated alkane is carbon tetrachloride, the olefin is 2-chloro-3,3,3-trifluoropropene (CF 3 CCl=CH 2, 1233xf).
A method of storing digital data in polynucleotides comprising: encoding digital data into a group of payload sequences containing nucleic acids; associating the group of payload sequences with a unique primer; and enzymatically synthesizing a polynucleotide having a sequence that includes a unique primer binding site that hybridizes with the unique primer, the payload sequence, and a homopolymer primer binding site that is the same for each of the payload sequences in the group. encoding digital data into a group of payload sequences containing nucleic acids; associating the group of payload sequences with a unique primer; and enzymatically synthesizing a polynucleotide having a sequence that includes a unique primer binding site that hybridizes with the unique primer, the payload sequence, and a homopolymer primer binding site that is the same for each of the payload sequences in the group.
A host computing device comprising: at least one processor; and memory storing computer executable instructions, wherein execution of said computer executable instructions by said at least one processor causes said host computing device to: execute a wireless application configured to interact with a client computing device via a virtual channel established with said client computing device and using a remote display protocol; said host computing device further characterized to generate, by said wireless application, one or more packets of a first type for a wireless device that is communicatively coupled to said client computing device; and transmit said one or more packets of said first type using said remote display protocol to said client computing device over the virtual channel, wherein, in response to receipt of said one or more packets of said first type at said client computing device, said client computing device translates said one or more packets of said first type into one or more packets of a second type and transmits said one or more packets of said second type to said wireless device. at least one processor; and memory storing computer executable instructions, wherein execution of said computer executable instructions by said at least one processor causes said host computing device to: execute a wireless application configured to interact with a client computing device via a virtual channel established with said client computing device and using a remote display protocol; said host computing device further characterized to generate, by said wireless application, one or more packets of a first type for a wireless device that is communicatively coupled to said client computing device; and transmit said one or more packets of said first type using said remote display protocol to said client computing device over the virtual channel, wherein, in response to receipt of said one or more packets of said first type at said client computing device, said client computing device translates said one or more packets of said first type into one or more packets of a second type and transmits said one or more packets of said second type to said wireless device. execute a wireless application configured to interact with a client computing device via a virtual channel established with said client computing device and using a remote display protocol; said host computing device further characterized to generate, by said wireless application, one or more packets of a first type for a wireless device that is communicatively coupled to said client computing device; and transmit said one or more packets of said first type using said remote display protocol to said client computing device over the virtual channel, wherein, in response to receipt of said one or more packets of said first type at said client computing device, said client computing device translates said one or more packets of said first type into one or more packets of a second type and transmits said one or more packets of said second type to said wireless device.
A method comprising: determining the location of one or more applications; receiving a request from a terminal application to execute an application of the one or more applications; determining an identification relating to the requested application; and causing a logical channel to be established with the requested application using the determined identification, characterized in that the one or more applications are stored on a plurality of virtual universal integrated circuit cards, vUICCs, wherein the plurality of vUICCs are hosted in a secure environment, the secure environment being a software universal integrated circuit card, and the determined identification is a vUICC identification, which is an integrated circuit card identity, ICC ID, of a universal integrated circuit card, UICC. determining the location of one or more applications; receiving a request from a terminal application to execute an application of the one or more applications; determining an identification relating to the requested application; and causing a logical channel to be established with the requested application using the determined identification, characterized in that the one or more applications are stored on a plurality of virtual universal integrated circuit cards, vUICCs, wherein the plurality of vUICCs are hosted in a secure environment, the secure environment being a software universal integrated circuit card, and the determined identification is a vUICC identification, which is an integrated circuit card identity, ICC ID, of a universal integrated circuit card, UICC.
A non-volatile resistive random access memory (ReRAM) switching layer composition, characterised in that the ReRAM switching layer composition includes 10 weight% of aluminium doped zinc oxide in chitosan.
A computer implemented method of seismic processing and imaging to avoid image distortion, said method comprising the steps of: i) obtaining a base case seismic data from a subterranean formation, said base case seismic data including a base case image of said subterranean formation; ii) determining a black hole region in said subterranean formation, wherein said black hole region has insufficient information for accurate seismic modeling; characterized by: iii) creating a black hole boundary condition around said black hole region such that no seismic energy waves are allowed to traverse through or reflect from said boundary; iv) performing seismic forward modeling with said black hole boundary condition applied thereto; v) generating a reservoir image from said modeling; vi) comparing said reservoir image with said base case image to determine an impact of the black region on said reservoir image; and vii) obtaining a revised reservoir image of the subterranean formation by correcting for said impact for subsequent drilling. i) obtaining a base case seismic data from a subterranean formation, said base case seismic data including a base case image of said subterranean formation; ii) determining a black hole region in said subterranean formation, wherein said black hole region has insufficient information for accurate seismic modeling; iii) creating a black hole boundary condition around said black hole region such that no seismic energy waves are allowed to traverse through or reflect from said boundary; iv) performing seismic forward modeling with said black hole boundary condition applied thereto; v) generating a reservoir image from said modeling; vi) comparing said reservoir image with said base case image to determine an impact of the black region on said reservoir image; and vii) obtaining a revised reservoir image of the subterranean formation by correcting for said impact for subsequent drilling.
Method for determining an action strategy of a vehicle driving in automated driving mode when approaching a vehicle in front that is stationary in its lane, wherein - the vehicle stops behind the stationary vehicle in front and waits before continuing driving until the vehicle in front starts moving or until a specified waiting time is exceeded, - the specified waiting time is determined taking into account a distance of the vehicle to an intersection, wherein it is assumed that there is a row of other vehicles in front of the vehicle in front if the distance of the vehicle to the intersection falls below a specified threshold value, and wherein the specified waiting time is increased if this assumption is made, - if the waiting time of the vehicle exceeds the specified waiting time, the vehicle - initiates an overtaking maneuver to overtake the vehicle in front, - requests support from a teleoperator and/or - issues a request to take over a driving task to a vehicle user of the vehicle. - the vehicle stops behind the stationary vehicle in front and waits before continuing driving until the vehicle in front starts moving or until a specified waiting time is exceeded, - the specified waiting time is determined taking into account a distance of the vehicle to an intersection, wherein it is assumed that there is a row of other vehicles in front of the vehicle in front if the distance of the vehicle to the intersection falls below a specified threshold value, and wherein the specified waiting time is increased if this assumption is made, - if the waiting time of the vehicle exceeds the specified waiting time, the vehicle - initiates an overtaking maneuver to overtake the vehicle in front, - requests support from a teleoperator and/or - issues a request to take over a driving task to a vehicle user of the vehicle.
A vacuum pump comprising a housing; a functional unit arranged in the housing; and a carrier which is arranged at the housing and which is connected electrically and/or in an IT regard to the functional unit via at least one line, wherein at least one connector is attached to the carrier, said connector being configured as an insulation displacement connector and having a connection section for the line, and wherein the line, as a connection region, has an unassembled line section via which the line directly contacts the connection section of the connector; characterized in that a plurality of connectors, each having at least one connection section, are attached to the carrier, with the line section of the line contacting the plurality of connection sections in a direct manner in each case. a housing; a functional unit arranged in the housing; and a carrier which is arranged at the housing and which is connected electrically and/or in an IT regard to the functional unit via at least one line, wherein at least one connector is attached to the carrier, said connector being configured as an insulation displacement connector and having a connection section for the line, and wherein the line, as a connection region, has an unassembled line section via which the line directly contacts the connection section of the connector; characterized in that a plurality of connectors, each having at least one connection section, are attached to the carrier, with the line section of the line contacting the plurality of connection sections in a direct manner in each case.
A method for sending a personal identification code by a first server comprising the following steps: - querying a first group of personal data of the recipient of the personal identification code from a terminal device by the first server; - comparing the first group of personal data with data records of a first database by the first server, in order to verify the eligibility of the recipient to receive a personal identification code; - if eligibility is confirmed, querying a second group of personal data of the recipient of the personal identification code from a second server; - comparing the second group of personal data with data records of a second database by the first server, in order to verify the identity of the recipient; - if the identity of the recipient is confirmed, initiating the generation of the personal identification code on a third server by the first server; - receiving the generated personal identification code from the third server by the first server; - sending the generated personal identification code from the first server to the terminal device. - querying a first group of personal data of the recipient of the personal identification code from a terminal device by the first server; - comparing the first group of personal data with data records of a first database by the first server, in order to verify the eligibility of the recipient to receive a personal identification code; - if eligibility is confirmed, querying a second group of personal data of the recipient of the personal identification code from a second server; - comparing the second group of personal data with data records of a second database by the first server, in order to verify the identity of the recipient; - if the identity of the recipient is confirmed, initiating the generation of the personal identification code on a third server by the first server; - receiving the generated personal identification code from the third server by the first server; - sending the generated personal identification code from the first server to the terminal device.
A method for controlling Session Initiation Protocol, SIP, specific event notification by an event notification controller, the method comprising: receiving an event subscription request from a subscriber; forwarding the event subscription request to a subscription target; receiving an event notification from the subscription target if preference rules on event notification set by the subscriber allow the event notification in response to the event subscription request and forwarding the event notification to the subscriber; wherein, if the preference rules of the subscriber on event notifications do not allow the event notification, the event notification controller sends a message to the subscription target causing the subscription target not to forward the event notification to the subscriber until the preference rules of the subscriber on event notifications allow the event notification, wherein the event notification controller and the subscriber are in a watcher domain and the subscription target is in a presentity domain. receiving an event subscription request from a subscriber; forwarding the event subscription request to a subscription target; receiving an event notification from the subscription target if preference rules on event notification set by the subscriber allow the event notification in response to the event subscription request and forwarding the event notification to the subscriber; wherein, if the preference rules of the subscriber on event notifications do not allow the event notification, the event notification controller sends a message to the subscription target causing the subscription target not to forward the event notification to the subscriber until the preference rules of the subscriber on event notifications allow the event notification, wherein the event notification controller and the subscriber are in a watcher domain and the subscription target is in a presentity domain.
Roof arch for a motor vehicle with a folding roof, wherein the roof arch is connectable to the folding roof, which is movable between a closed position and an open position, wherein the roof arch, in the installed position, runs transversely with respect to the direction of travel of the vehicle, and wherein the roof arch consists of a first component which, in the installed position, substantially transversely with respect to the direction of travel of the vehicle, and two second components which are designed as links, wherein the first component is substantially a hollow profile (3.1) made of light metal and the second component is composed of a second material different from the first component, and wherein the two components are permanently connected to each other, and wherein the roof arch consists of two third components which are designed as end caps, wherein the third component is composed of a material different from the second component, and wherein radii for complying with the law on head impacts are formed, and wherein the first, the second and the third component (3, 4, 5) are permanently connected to one another via a form-fitting connection or a combined form-fitting and force-fitting connection, characterized in that the radii for complying with the law on head impacts are formed on the first component, and in that the second component is connected by means of a plate-like element (4.3) in a hollow (3.6) between radii (3.7) on the underside of the first component, and the third component is joined on the end side with a first region (5.1) into the hollow profile (3.1) of the first component and is connected thereto via the first region (5.1).
A device for CO2 capture by carbonation of CaO, that comprises: • a carbonator reactor comprising an inlet pipe for feeding flue gases and another inlet pipe for feeding a solid stream rich in CaO that comes from a calciner reactor, • and the calciner reactor comprising an inlet pipe to introduce a stream of solids with CaCO 3, that are calcined to a solid stream rich in CaO and a gas stream concentrated in CO 2 characterized by the inclusion of a recarbonator reactor that comprises: • an inlet pipe for feeding the stream of partially carbonated solids coming from the carbonator reactor, • another inlet pipe for feeding a concentrated CO 2 stream coming from the calciner reactor in such a way that the carbonate fraction in the partially carbonated solids increases above the effective CO 2 carrying capacity of the solids in the carbonator, • an outlet pipe for feeding the stream of recarbonated solids from the recarbonator reactor to the calciner reactor. • a carbonator reactor comprising an inlet pipe for feeding flue gases and another inlet pipe for feeding a solid stream rich in CaO that comes from a calciner reactor, • and the calciner reactor comprising an inlet pipe to introduce a stream of solids with CaCO 3, that are calcined to a solid stream rich in CaO and a gas stream concentrated in CO 2 characterized by the inclusion of a recarbonator reactor that comprises: • an inlet pipe for feeding the stream of partially carbonated solids coming from the carbonator reactor, • another inlet pipe for feeding a concentrated CO 2 stream coming from the calciner reactor in such a way that the carbonate fraction in the partially carbonated solids increases above the effective CO 2 carrying capacity of the solids in the carbonator, • an outlet pipe for feeding the stream of recarbonated solids from the recarbonator reactor to the calciner reactor.