mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional printing apparatus for manufacturing a three-dimensional part , the apparatus comprising: a controller having a signal generator ; a three-dimensional printer having a print head , a part carrier , and a plasma field applicator , the print head including a print head nozzle (22 122, 222, 322, 522), and wherein the plasma field applicator is disposed on an end of the print head, the print head nozzle (22, 122 222, 322, 522) is grounded, the part carrier is grounded, the controller is in communication with the print head, part carrier , and plasma field applicator , and the three dimensional printer is configured to build the three-dimensional part onto the part carrier ; and wherein the signal generator is configured to output a signal to the plasma field applicator and the plasma field applicator is configured to generate an electromagnetic field and induced current pathway incident to the three-dimensional object on the part carrier . a controller having a signal generator ; a three-dimensional printer having a print head , a part carrier , and a plasma field applicator , the print head including a print head nozzle (22 122, 222, 322, 522), and wherein the plasma field applicator is disposed on an end of the print head, the print head nozzle (22, 122 222, 322, 522) is grounded, the part carrier is grounded, the controller is in communication with the print head, part carrier , and plasma field applicator , and the three dimensional printer is configured to build the three-dimensional part onto the part carrier ; and wherein the signal generator is configured to output a signal to the plasma field applicator and the plasma field applicator is configured to generate an electromagnetic field and induced current pathway incident to the three-dimensional object on the part carrier .
A method for use in disengaging a target node from a cluster , the method comprising: receiving instructions for a removal of the target node; selecting an inheritor ; migrating flows from the target node to the inheritor, wherein the migrating comprises duplicating a flow table of the target node and providing the duplicated flow table to the inheritor; broadcasting to peer nodes of the target node that the target node is replaced by the inheritor; redirecting a packet from the target node to the inheritor; purging the flow table; identifying that the flow table is empty and no data packet is pending in a receive/transmit, RX/TX, queue of the target node; setting a status of the target node to indicate that the target node is disengaged from the cluster; and informing a migration manager that the target node is disengaged from the cluster, wherein the flow table comprises a set of entries each comprising a key identifying a flow and an instruction to apply to packets that match the key. receiving instructions for a removal of the target node; selecting an inheritor ; migrating flows from the target node to the inheritor, wherein the migrating comprises duplicating a flow table of the target node and providing the duplicated flow table to the inheritor; broadcasting to peer nodes of the target node that the target node is replaced by the inheritor; redirecting a packet from the target node to the inheritor; purging the flow table; identifying that the flow table is empty and no data packet is pending in a receive/transmit, RX/TX, queue of the target node; setting a status of the target node to indicate that the target node is disengaged from the cluster; and informing a migration manager that the target node is disengaged from the cluster, wherein the flow table comprises a set of entries each comprising a key identifying a flow and an instruction to apply to packets that match the key.
A wound dressing comprising an antimicrobial layer, wherein said antimicrobial layer is a fabric comprising a spun yarn, which yarn comprises a blend of (i) gelling-fibres, (ii) non-gelling-fibres, and (iii) silver fibres comprising metallic silver bonded to the surface of a non-metallic fibre. (i) gelling-fibres, (ii) non-gelling-fibres, and (iii) silver fibres comprising metallic silver bonded to the surface of a non-metallic fibre.
A steering shaft for a steering column of a motor vehicle, comprising an inner shaft and an outer shaft , wherein the inner shaft has a sliding element having an outer profile portion, the inner shaft is at least partially arranged in the outer shaft and the outer shaft is arranged so as to be able to be displaced with respect to the inner shaft axially in the direction of a longitudinal axis between a storage position and an operating position, characterized in that the outer shaft has a bearing means having an inner profile portion , wherein the inner profile portion corresponds to the outer profile portion, wherein in the storage position the outer profile portion is at least partially received in the bearing means .
A method for receiving information, the method being performed by a User Equipment, UE, and comprising: responsive to that a Bandwidth Part, BWP, on which a paging bandwidth corresponding to the UE is located is different from a BWP on which a detected synchronization or reference signal is located, acquiring association relationships between paging bandwidths and synchronization or reference signals (S101), and acquiring a synchronization or reference signal having an association relationship with the paging bandwidth corresponding to the UE (S102), each association relationship comprising a Quasi-Co-Location, QCL, relationship, each paging bandwidth being located on a respective one of a plurality of BWPs, and the paging bandwidth being a frequency domain bandwidth or a frequency domain position, which is corresponding to a Control Resource Set, CORESET for paging; and receiving a paging message in the paging bandwidth corresponding to the UE, according to the synchronization or reference signal having an association relationship with the paging bandwidth corresponding to the UE in the association relationships (S102 and S103). responsive to that a Bandwidth Part, BWP, on which a paging bandwidth corresponding to the UE is located is different from a BWP on which a detected synchronization or reference signal is located, acquiring association relationships between paging bandwidths and synchronization or reference signals (S101), and acquiring a synchronization or reference signal having an association relationship with the paging bandwidth corresponding to the UE (S102), each association relationship comprising a Quasi-Co-Location, QCL, relationship, each paging bandwidth being located on a respective one of a plurality of BWPs, and the paging bandwidth being a frequency domain bandwidth or a frequency domain position, which is corresponding to a Control Resource Set, CORESET for paging; and receiving a paging message in the paging bandwidth corresponding to the UE, according to the synchronization or reference signal having an association relationship with the paging bandwidth corresponding to the UE in the association relationships (S102 and S103).
A method for activating a soft subscriber identity module, SIM, card, comprising: a) acquiring , according to information of a soft SIM card, information of a bounding object corresponding to the soft SIM card, wherein the information of the bounding object is on a terminal in which the soft SIM card is located, wherein the bounding object is a hard SIM card in the terminal, the information of the bounding object on the terminal in which the soft SIM card is located comprises any one of the following: an identity of the hard SIM card, authentication and encryption information of the hard SIM card; b) generating first key information according to the information of the soft SIM card and the information of the bounding object on the terminal in which the soft SIM card is located and according to a predefined encryption policy; c) comparing whether the first key information is consistent with preset key information corresponding to the soft SIM card, if consistent, allowing an activation of the soft SIM card, so as to enable a user to perform network communication via the soft SIM card; d) wherein the preset key information corresponding to the soft SIM card is: key information which is generated according to the information of the soft SIM card and preset information of each bounding object by the operator of the soft SIM card and according to the predefined encryption policy, and is provided to the user. a) acquiring , according to information of a soft SIM card, information of a bounding object corresponding to the soft SIM card, wherein the information of the bounding object is on a terminal in which the soft SIM card is located, wherein the bounding object is a hard SIM card in the terminal, the information of the bounding object on the terminal in which the soft SIM card is located comprises any one of the following: an identity of the hard SIM card, authentication and encryption information of the hard SIM card; b) generating first key information according to the information of the soft SIM card and the information of the bounding object on the terminal in which the soft SIM card is located and according to a predefined encryption policy; c) comparing whether the first key information is consistent with preset key information corresponding to the soft SIM card, if consistent, allowing an activation of the soft SIM card, so as to enable a user to perform network communication via the soft SIM card; d) wherein the preset key information corresponding to the soft SIM card is: key information which is generated according to the information of the soft SIM card and preset information of each bounding object by the operator of the soft SIM card and according to the predefined encryption policy, and is provided to the user.
A method for the epoxidation of an olefin, comprising continuously reacting the olefin with hydrogen peroxide in the presence of a water soluble epoxidation catalyst, comprising a manganese complex, the reaction being carried out in a reaction mixture comprising an aqueous liquid phase and an organic liquid phase using a loop reactor with mixing of the liquid phases, characterized in that during the reaction the concentration of hydrogen peroxide in the aqueous liquid phase is maintained at less than 1.0 % by weight_and the pH of the aqueous phase is maintained in the range of from 2 to 6.
Height-adjustable piece of furniture comprising a lower part which can be placed on a floor, an upper part , an adjustment arrangement , a first reference portion , a second reference portion and a deformation sensor , wherein a distance between the lower part and the upper part can be changed by means of the adjustment arrangement , the deformation sensor is arranged so as to detect a change in the first reference portion and the second reference portion with respect to one another, the deformation sensor is connected to the adjustment arrangement such that a signal from the deformation sensor can be transmitted to the adjustment arrangement , and the adjustment arrangement is designed to stop a change in the distance between the lower part and the upper part when the signal transmitted by the deformation sensor represents a change in the first reference portion and the second reference portion with respect to one another that exceeds a predefined threshold value, characterized by a cable protector on which a cable for wiring an electrical device can be mounted, and which is coupled to the first reference portion and the second reference portion such that a tensile force acting on the cable mounted on the cable protector causes a change in the first reference portion and the second reference portion with respect to one other. a distance between the lower part and the upper part can be changed by means of the adjustment arrangement , the deformation sensor is arranged so as to detect a change in the first reference portion and the second reference portion with respect to one another, the deformation sensor is connected to the adjustment arrangement such that a signal from the deformation sensor can be transmitted to the adjustment arrangement , and the adjustment arrangement is designed to stop a change in the distance between the lower part and the upper part when the signal transmitted by the deformation sensor represents a change in the first reference portion and the second reference portion with respect to one another that exceeds a predefined threshold value, characterized by a cable protector on which a cable for wiring an electrical device can be mounted, and which is coupled to the first reference portion and the second reference portion such that a tensile force acting on the cable mounted on the cable protector causes a change in the first reference portion and the second reference portion with respect to one other.
Method for processing a continuous metal band provided with two predominantly radially oriented main surfaces and with two predominantly axially oriented side faces , in particular for shaping the said side faces thereof, wherein an axially lateral edge part of the band , at least including a part of a respective side face that extends over the full radial thickness (T) of the band and that is provided with a burr, scratch or the like, is melted and subsequently allowed to solidify.
A pharmaceutical composition comprising a compound of formula (I): wherein R1 is wherein AA is a peptide bond-linked natural amino acid, or a pharmaceutically acceptable salt thereof, in association with a pharmaceutically acceptable adjuvant, diluent or carrier. wherein R1 is wherein AA is a peptide bond-linked natural amino acid, or a pharmaceutically acceptable salt thereof, in association with a pharmaceutically acceptable adjuvant, diluent or carrier.
A method , comprising: receiving , at a device in a network, a packet that includes one or more segment routing labels (408, 510-522) and a service function chaining, SFC, header ; removing , by the device, the one or more segment routing labels from the packet; inserting , by the device, an identifier of the one or more segment routing labels into metadata of the SFC header, wherein the identifier is a unique identifier for retrieving an associated one or more segment routing labels from a local table ; associating the identifier with the one or more segment routing labels; storing, by the device, the one or more segment routing labels in a local table of the device; and forwarding , by the device, the packet with the inserted identifier of the one or more segment routing labels to a service function. receiving , at a device in a network, a packet that includes one or more segment routing labels (408, 510-522) and a service function chaining, SFC, header ; removing , by the device, the one or more segment routing labels from the packet; inserting , by the device, an identifier of the one or more segment routing labels into metadata of the SFC header, wherein the identifier is a unique identifier for retrieving an associated one or more segment routing labels from a local table ; associating the identifier with the one or more segment routing labels; storing, by the device, the one or more segment routing labels in a local table of the device; and forwarding , by the device, the packet with the inserted identifier of the one or more segment routing labels to a service function.
A method of controlling a modular multilevel converter comprising a number of series-connected submodules (2 1 ,..., 2 n ) in at least one first branch (3 a_u , 3 b_u , 3 c_u ) and at least one second branch (3 a_l , 3 b_l , 3 c_l ), the method being performed in a control device and comprising: - detecting a fault condition, and - applying , in response to the detecting, a pulse blocking procedure for protecting the modular multilevel converter , wherein the pulse blocking procedure comprises issuing pulse blocking signals to the submodules (2 1 ,..., 2 n ) in a sequential manner. - detecting a fault condition, and - applying , in response to the detecting, a pulse blocking procedure for protecting the modular multilevel converter , wherein the pulse blocking procedure comprises issuing pulse blocking signals to the submodules (2 1 ,..., 2 n ) in a sequential manner.
A method for wireless link monitoring RLM, wherein the method comprises: starting , by a terminal device, a timer T310, when a number of out of sync, OOS, indications continuously received by the terminal device exceeds a first number N310; the method characterized in that it further comprises: determining , by the terminal device, whether to stop the timer T310 before the timer T310 expires according to a proportional relation between in sync, IS, indication and the OOS indication received after the timer T310 is started, stopping, by the terminal device, the timer T310, if a ratio of the number of the IS indications to the number of the OOS indications is greater than or equal to a first threshold; and/or stopping, by the terminal device, the timer T310, if a ratio of the number of the IS indications to a total number of the IS indications and the OOS indications is greater than or equal to a second threshold; and/or stopping, by the terminal device, the timer T310, if a ratio of the number of the OOS indications to the number of the IS indications is less than or equal to a third threshold; and/or stopping, by the terminal device, the timer T310, if a ratio of the number of the OOS indications to the total number of the IS indications and the OOS indications is less than or equal to a fourth threshold. determining , by the terminal device, whether to stop the timer T310 before the timer T310 expires according to a proportional relation between in sync, IS, indication and the OOS indication received after the timer T310 is started, stopping, by the terminal device, the timer T310, if a ratio of the number of the IS indications to the number of the OOS indications is greater than or equal to a first threshold; and/or stopping, by the terminal device, the timer T310, if a ratio of the number of the IS indications to a total number of the IS indications and the OOS indications is greater than or equal to a second threshold; and/or stopping, by the terminal device, the timer T310, if a ratio of the number of the OOS indications to the number of the IS indications is less than or equal to a third threshold; and/or stopping, by the terminal device, the timer T310, if a ratio of the number of the OOS indications to the total number of the IS indications and the OOS indications is less than or equal to a fourth threshold.
A system of monitoring a stroke by a golfer who, with the stroke, drives a golf ball from a launch area towards a golf cup in a target area, the system including: (i) a golf ball identifier mechanism for detecting and recording at least one mark on a surface of the golf ball which is unique to the golf ball, (ii) a launch monitor which produces at least a video recording of the stroke at the launch area, (iii) at least one target monitor which produces at least a video recording of the target area, including the golf cup, at least for a defined first time period which is dependent on the time of the stroke at the launch area, and (iv) a golf cup monitor at the target area which detects a status change of or in the golf cup, or which produces at least one image of a status change of or in the golf cup. (i) a golf ball identifier mechanism for detecting and recording at least one mark on a surface of the golf ball which is unique to the golf ball, (ii) a launch monitor which produces at least a video recording of the stroke at the launch area, (iii) at least one target monitor which produces at least a video recording of the target area, including the golf cup, at least for a defined first time period which is dependent on the time of the stroke at the launch area, and (iv) a golf cup monitor at the target area which detects a status change of or in the golf cup, or which produces at least one image of a status change of or in the golf cup.
An in vitro / ex vivo method of identifying multipotent mesenchymal stem cells of high proliferation potential in early passages, comprising the steps of: a) measuring the expression of CD264 in collected heterogeneous mesenchymal stem cells; and b) removing the mesenchymal stem cells with positive expression of CD264. a) measuring the expression of CD264 in collected heterogeneous mesenchymal stem cells; and b) removing the mesenchymal stem cells with positive expression of CD264.
A system for manufacturing metal objects by die-casting a liquid metal material; the system (1; 15) comprising: - a melting furnace (6; 19) configured to supply liquid metal material; - a plurality of machines for the die-casting of liquid metal material; - a plurality of maintaining furnaces , each of which is associated with at least one respective machine for the die-casting, is configured to contain the liquid metal material, maintain the liquid metal material within a predefined temperature range, and feed the liquid metal material to the at least one respective machine for the die-casting, and comprises a measuring device configured to provide a level signal indicating the level of the liquid metal material inside the respective maintaining furnace ; - a conveying assembly (7; 16) of the liquid metal material, configured to feed the liquid metal material from the melting furnace (6; 19) to each maintaining furnace ; and - a control unit configured to determine a priority among the maintaining furnaces to be supplied with the liquid metal material according to the level signals provided by the measuring devices ; the conveying assembly (7; 16) comprising a ladle having a capacity, and a cart (9; 17), configured to transport the ladle to at least one of the said maintaining furnaces ; the control unit being configured to emit a consent signal for the supply of the liquid metal material from the melting furnace (6; 19) if the sum of the volumes comprised between the maximum level and the level of liquid metal material of each maintaining furnace measured by the respective measuring device equals or exceeds the capacity of the ladle ; the control unit being configured to emit an indication signal associated with the consent signal and indicating the maintaining furnaces to be supplied and the priority sequence of the supply of the maintaining furnaces . - a melting furnace (6; 19) configured to supply liquid metal material; - a plurality of machines for the die-casting of liquid metal material; - a plurality of maintaining furnaces , each of which is associated with at least one respective machine for the die-casting, is configured to contain the liquid metal material, maintain the liquid metal material within a predefined temperature range, and feed the liquid metal material to the at least one respective machine for the die-casting, and comprises a measuring device configured to provide a level signal indicating the level of the liquid metal material inside the respective maintaining furnace ; - a conveying assembly (7; 16) of the liquid metal material, configured to feed the liquid metal material from the melting furnace (6; 19) to each maintaining furnace ; and - a control unit configured to determine a priority among the maintaining furnaces to be supplied with the liquid metal material according to the level signals provided by the measuring devices ;
Prefabricated functional element with electrically controllable optical properties, which is not yet installed in a composite pane, comprising a multilayer film which comprises, in this order, a first protective film , a first carrier film , a first surface electrode , an active layer , a second surface electrode , a second carrier film and a second protective film , wherein the first protective film and the second protective film are each independently selected from a polyvinyl butyral (PVB) film, an ethylene vinyl acetate (EVA) film or a thermoplastic polyurethane (TPU) film.