mhurhangee/patent-ind-claim-en huggingface dataset:
An edge service management method, wherein the method is applied to a cloud computing system , the cloud computing system comprises a central resource cluster and at least one edge resource cluster , an execution node and at least one edge node are deployed in each edge resource cluster, and the method comprises: determining, by a management node deployed in the central resource cluster, a target execution node based on an edge service application range, wherein the edge service application range comprises a specified physical area, a specified edge resource cluster, or a subset of a specified edge resource cluster, and wherein the target execution node is deployed in one of the at least one edge resource cluster; obtaining, by the management node, an IP address of the target execution node; and sending, by the management node, an edge service policy to the target execution node based on the IP address, wherein the edge service policy is used by the target execution node to forward an edge service request from a terminal to a target edge node deployed in one of the at least one edge resource cluster, and wherein the edge service policy comprises a load balancing policy, and the load balancing policy is used by the target execution node to select the target edge node, and is used to implement load balancing of an edge node within the edge service application range. determining, by a management node deployed in the central resource cluster, a target execution node based on an edge service application range, wherein the edge service application range comprises a specified physical area, a specified edge resource cluster, or a subset of a specified edge resource cluster, and wherein the target execution node is deployed in one of the at least one edge resource cluster; obtaining, by the management node, an IP address of the target execution node; and sending, by the management node, an edge service policy to the target execution node based on the IP address, wherein the edge service policy is used by the target execution node to forward an edge service request from a terminal to a target edge node deployed in one of the at least one edge resource cluster, and wherein the edge service policy comprises a load balancing policy, and the load balancing policy is used by the target execution node to select the target edge node, and is used to implement load balancing of an edge node within the edge service application range.
A manipulator system for a telemanipulator comprising: a detachable manipulator handle including a handle framework ; a first cable defining a first end and a second end , wherein the second end of the first cable is coupled to the handle framework; and a first coupler block coupled to the first end of the first cable ; a command arm including a second cable defining a second end ; characterised by the command arm further including a second coupler block releasably coupled to the second cable . towards the second end of the second cable ; and a manipulator wrist joint with an output shaft ; and the manipulator system further comprising an attachment structure configured to releasably engage the first coupler block of the manipulator handle and the second coupler block of the command arm such that the first coupler block and the second coupler block are fixed; and the manipulator handle further including a connector configured to reversibly couple the command arm to the output shaft of the manipulator wrist joint . a detachable manipulator handle including a handle framework ; a first cable defining a first end and a second end , wherein the second end of the first cable is coupled to the handle framework; and a first coupler block coupled to the first end of the first cable ; a handle framework ; a first cable defining a first end and a second end , wherein the second end of the first cable is coupled to the handle framework; and a first coupler block coupled to the first end of the first cable ; a command arm including a second cable defining a second end ; characterised by the command arm further including a second coupler block releasably coupled to the second cable . towards the second end of the second cable ; and a manipulator wrist joint with an output shaft ; a second coupler block releasably coupled to the second cable . towards the second end of the second cable ; and a manipulator wrist joint with an output shaft ; and the manipulator system further comprising an attachment structure configured to releasably engage the first coupler block of the manipulator handle and the second coupler block of the command arm such that the first coupler block and the second coupler block are fixed; and the manipulator handle further including a connector configured to reversibly couple the command arm to the output shaft of the manipulator wrist joint . an attachment structure configured to releasably engage the first coupler block of the manipulator handle and the second coupler block of the command arm such that the first coupler block and the second coupler block are fixed; and the manipulator handle further including a connector configured to reversibly couple the command arm to the output shaft of the manipulator wrist joint .
Housing part for an electronic device, comprising carbon-fiber reinforced plastic, wherein the housing part has at least one device for galvanic connection to the electronics arranged in the housing, wherein at least one groove is present in the housing part adjacent to the at least one device for galvanic connection to the electronics arranged in the housing, characterized in that the groove is filled with a conductive compound , wherein the conductive compound is itself galvanically connected to the device for galvanic connection to the electronics arranged in the housing, by milling the groove which exposes carbon fibers of the carbon-fiber-reinforced plastic, so that the conductive compound is galvanically connected to the exposed carbon fibers . wherein at least one groove is present in the housing part adjacent to the at least one device for galvanic connection to the electronics arranged in the housing, characterized in that the groove is filled with a conductive compound , wherein the conductive compound is itself galvanically connected to the device for galvanic connection to the electronics arranged in the housing, by milling the groove which exposes carbon fibers of the carbon-fiber-reinforced plastic, so that the conductive compound is galvanically connected to the exposed carbon fibers .
Method for manufacturing at least two filter bellows , with two front edge surfaces each and two side faces each from a bellows with a filter medium extending in a running direction with fold edges , wherein the filter bellows are manufactured adjacent to one another and in parallel by realizing in the bellows a cutting path between front edge surfaces of the filter bellows at least in some areas transversely to the fold edges of the bellows in such a way that the filter bellows are configured in running direction adjacent to each other and point-symmetrically to one another, wherein the cutting path experiences along the running direction two directional changes transversely to the running direction , wherein the directional change is realized in each case at an angle of less than 45° with a radius and wherein front edges are each laterally sealed, in particular using at least one sealant track or a sideband.
A method , comprising: determining, by a device in a network , a first channel hopping schedule for the device to receive unicast communications from one or more neighbors of the device, wherein the first channel hopping schedule differs from channel hopping schedules used by the one or more neighbors to receive unicast communications ; determining, by the device, a common second channel hopping schedule for the device for network discovery that includes channels that are common to the device and the one or more neighbors at any given point in time, wherein the second channel hopping schedule is self-generated by each of the device and the one or more neighbors based on parameters that are preconfigured across the device and the one or more neighbors during the manufacture or deployment of the device and the one or more neighbors ; switching, by the device, from the first channel hopping schedule to the second channel hopping schedule, in response to a network event ; and causing, by the device, a particular neighbor to join the network using the second channel hopping schedule . determining, by a device in a network , a first channel hopping schedule for the device to receive unicast communications from one or more neighbors of the device, wherein the first channel hopping schedule differs from channel hopping schedules used by the one or more neighbors to receive unicast communications ; determining, by the device, a common second channel hopping schedule for the device for network discovery that includes channels that are common to the device and the one or more neighbors at any given point in time, wherein the second channel hopping schedule is self-generated by each of the device and the one or more neighbors based on parameters that are preconfigured across the device and the one or more neighbors during the manufacture or deployment of the device and the one or more neighbors ; switching, by the device, from the first channel hopping schedule to the second channel hopping schedule, in response to a network event ; and causing, by the device, a particular neighbor to join the network using the second channel hopping schedule .
A handle for an electrically operated personal care implement , the handle comprising: - a housing comprising an inner cavity , the housing having a proximal end and a distal end opposite the proximal end , - a connector for repeatably attaching and detaching a head to and from the handle , the connector being partially accommodated within the inner cavity at the proximal end of the housing , - a motor comprising an eccentric weight for operating the personal care implement , the motor being accommodated within the inner cavity of the housing , wherein the connector comprises a recess accommodating the motor with the eccentric weight , characterized therein that the connector is made from a material having a higher e-modulus than the material forming the housing . - a housing comprising an inner cavity , the housing having a proximal end and a distal end opposite the proximal end , - a connector for repeatably attaching and detaching a head to and from the handle , the connector being partially accommodated within the inner cavity at the proximal end of the housing , - a motor comprising an eccentric weight for operating the personal care implement , the motor being accommodated within the inner cavity of the housing , wherein the connector comprises a recess accommodating the motor with the eccentric weight , characterized therein that the connector is made from a material having a higher e-modulus than the material forming the housing .
A method for making an overbased calcium sulfonate complex grease comprising the steps of: mixing 10 to 45 parts overbased calcium sulfonate having amorphous calcium carbonate dispersed therein with 30 to 60 parts of a base oil, 2 to 20 parts of calcium carbonate, 2 to 10 parts water, and 0.5 to 5 total parts of one or more other converting agents to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate to crystalline calcium carbonate in the form of calcite has occurred; mixing 2.8 to 11 total parts of one or more complexing acids with the pre-conversion mixture, converted mixture, or both; and heating the mixture after addition of the one or more complexing acids to the pre-conversion mixture or to the converted mixture; wherein no calcium oxide or calcium hydroxide is added, wherein all amounts are by weight of the final grease product. mixing 10 to 45 parts overbased calcium sulfonate having amorphous calcium carbonate dispersed therein with 30 to 60 parts of a base oil, 2 to 20 parts of calcium carbonate, 2 to 10 parts water, and 0.5 to 5 total parts of one or more other converting agents to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate to crystalline calcium carbonate in the form of calcite has occurred; mixing 2.8 to 11 total parts of one or more complexing acids with the pre-conversion mixture, converted mixture, or both; and heating the mixture after addition of the one or more complexing acids to the pre-conversion mixture or to the converted mixture; wherein no calcium oxide or calcium hydroxide is added, wherein all amounts are by weight of the final grease product.
A method performed by a wireless device for operating in reliable mode, the method comprising: obtaining an indication of a subset of all possible control format indicator, CFI, and physical downlink control channel, PDCCH, combinations for the wireless device to search to locate a PDCCH; and locating the PDCCH by searching one or more of the subset of possible CFI and PDCCH combinations, characterized in that : obtaining the indication comprises determining the wireless device is operating in reliable mode and obtaining a pre-configured CFI value and determining the wireless device is operating in reliable mode comprises determining a downlink control information, DCI, format. obtaining an indication of a subset of all possible control format indicator, CFI, and physical downlink control channel, PDCCH, combinations for the wireless device to search to locate a PDCCH; and locating the PDCCH by searching one or more of the subset of possible CFI and PDCCH combinations, characterized in that : obtaining the indication comprises determining the wireless device is operating in reliable mode and obtaining a pre-configured CFI value and determining the wireless device is operating in reliable mode comprises determining a downlink control information, DCI, format. obtaining the indication comprises determining the wireless device is operating in reliable mode and obtaining a pre-configured CFI value and determining the wireless device is operating in reliable mode comprises determining a downlink control information, DCI, format.
A curable adhesive composition, comprising: (a) a maleimide component comprising at least one maleimide which is a maleimide terminated polyimide that is the condensation product of contacting a diamine with a dianhydride; (b) an epoxy component comprising at least one epoxy; and (c) at least one anionic curing catalyst, with the proviso that no free-radical initiator is added to the composition. (a) a maleimide component comprising at least one maleimide which is a maleimide terminated polyimide that is the condensation product of contacting a diamine with a dianhydride; (b) an epoxy component comprising at least one epoxy; and (c) at least one anionic curing catalyst,
A blood treatment device, in particular a dialysis machine, having at least one weighing system, that is preferably designed for the determination of the weight of at least one solution, in particular a dialysis solution, wherein the weighing system has at least one load cell that emits at least one signal that is characteristic of the weight present on the weighing system , wherein the blood treatment device is configured with at least one apparatus for inspecting the weighing system, wherein the apparatus has at least one plunger, at least one coil ,which has at least one hollow space and in which the plunger is movably received, as well as at least one power source which applies current to the coil at least at times, wherein the coil or the plunger is arranged at the weighing system to apply a defined force to the load cell when the coil is flowed through by current, wherein the current source is configured such that current is applied to the coil while the blood treatment device is in operation, i e. during the blood treatment-
A method , comprising: flooding , from a multicast listener device in a network , a path lookup request into the network to search for nodes on a multicast tree ; receiving , at the multicast listener device, one or more path lookup responses from one or more candidate nodes on the multicast tree , wherein each of the one or more path lookup responses indicates a unicast routing cost from a respective candidate node to the multicast listener device, and wherein each of the one or more candidate nodes is configured to suppress a path lookup response and drop the flooded path lookup request if a total path latency from a source of the multicast tree to the multicast listener device via that respective candidate node is greater than a maximum allowable path latency; selecting , by the multicast listener device, a particular node of the one or more candidate nodes as a join point for the multicast tree based on the particular node having a lowest associated unicast routing cost to the multicast listener device from among the one or more candidate nodes; and joining , by the multicast listener device, the multicast tree at the selected join point. flooding , from a multicast listener device in a network , a path lookup request into the network to search for nodes on a multicast tree ; receiving , at the multicast listener device, one or more path lookup responses from one or more candidate nodes on the multicast tree , wherein each of the one or more path lookup responses indicates a unicast routing cost from a respective candidate node to the multicast listener device, and wherein each of the one or more candidate nodes is configured to suppress a path lookup response and drop the flooded path lookup request if a total path latency from a source of the multicast tree to the multicast listener device via that respective candidate node is greater than a maximum allowable path latency; selecting , by the multicast listener device, a particular node of the one or more candidate nodes as a join point for the multicast tree based on the particular node having a lowest associated unicast routing cost to the multicast listener device from among the one or more candidate nodes; and joining , by the multicast listener device, the multicast tree at the selected join point.
A computing device having a kickstand , an enclosure , and a friction hinge, the friction hinge comprising: a friction shaft ; a friction core that is configured to substantially surround the friction shaft ; a telescoping link attached to one of the friction core or the friction shaft ; and an anchor link configured to at least partially surround the telescoping link , characterized in that the friction core is attached to the kickstand and the anchor link is attached to the enclosure , the friction hinge enabling rotational coupling between the kickstand and the enclosure while maintaining a substantially constant gap between the kickstand and the enclosure during rotation of the kickstand . a friction shaft ; a friction core that is configured to substantially surround the friction shaft ; a telescoping link attached to one of the friction core or the friction shaft ; and an anchor link configured to at least partially surround the telescoping link , characterized in that the friction core is attached to the kickstand and the anchor link is attached to the enclosure , the friction hinge enabling rotational coupling between the kickstand and the enclosure while maintaining a substantially constant gap between the kickstand and the enclosure during rotation of the kickstand .
An information processing apparatus comprising: storage means for storing a first network address that is not for a virtual private network (VPN) connection, a second network address that is for the VPN connection and addresses of printers including a first printer and a second printer; determining means for determining whether to be able to access each printer using the second network address; control means for adding (S1325, S1337, S1357) the first printer as a candidate of a destination of print data to a list and not adding (S1326, S1338, S1358) the second printer as the candidate of the destination of the print data to the list, in a case where it is determined that the first printer is accessible without using the second network address and the second printer is accessible using the second network address; and displaying means for displaying (S1328, S1340, S1360) the list for selecting a printer. storage means for storing a first network address that is not for a virtual private network (VPN) connection, a second network address that is for the VPN connection and addresses of printers including a first printer and a second printer; determining means for determining whether to be able to access each printer using the second network address; control means for adding (S1325, S1337, S1357) the first printer as a candidate of a destination of print data to a list and not adding (S1326, S1338, S1358) the second printer as the candidate of the destination of the print data to the list, in a case where it is determined that the first printer is accessible without using the second network address and the second printer is accessible using the second network address; and displaying means for displaying (S1328, S1340, S1360) the list for selecting a printer.
A multilayer panel for the production of a floor covering having sound-insulating properties, comprising successively a top layer providing wear-resistance and decorative functions, a non-woven textile layer comprising textile fibres and a back layer comprising at least one non-flexible layer made from a thermoplastic material, the said layers being bonded together to form the multilayer panel , the nonwoven textile layer comprises at least one so-called free thickness in which the textile fibers are free and not impregnated, characterized in that the nonwoven textile layer is constituted by the so-called free thickness bordered by two so-called bonding thicknesses with the top layer and the back layer , the sum of the bonding thicknesses is less than or equal to the free thickness
Electrical connection arrangement , having at least two connection housings arranged next to each other and having at least one strip-like connecting profile for non-detachably connecting the connection housings arranged next to each other, wherein the connecting profile spans the connection housings arranged next to each other and the connecting profile is non-detachably fastened to the connection housings arranged next to each other by means of a laser welding process, wherein the connecting profile is formed from a laser-transparent material and wherein the connection housings have a defined welding area for receiving the connecting profile , characterized in that the welding area has at least one melt rib and melt recesses adjacent to the melt rib .