mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for delaying a transaction to a recipient in a peer-to-peer blockchain network, wherein the peer-to-peer blockchain network comprises a plurality of nodes for managing a distributed ledger for a crypto-currency, the method comprising - receiving, by one of the nodes of the peer-to-peer blockchain network, a token and a time period value, the token representing an asset value in the crypto-currency transferable from a sender identifiable by a sender identifier to the recipient identifiable by a recipient identifier, - confirming, by one of the nodes of the peer-to-peer blockchain network, an asset value transfer, by one of the nodes of the peer-to-peer blockchain network, relating to the token in the blockchain network by appending information about the asset value transfer as transaction information to a block in the blockchain network, - denying, by one of the nodes of the peer-to-peer blockchain network, the recipient's access to the transferred asset value by the recipient temporarily until the time period expires, - upon receiving, by one of the nodes of the peer-to-peer blockchain network, a stop message from the sender within the time period defined by the time period value, denying, by one of the nodes of the peer-to-peer blockchain network, the recipient's access to the transferred asset value permanently, and granting, by one of the nodes of the peer-to-peer blockchain network, access to the asset value to a third party identifiable by a third party identifier by generating a new transaction which grants access to the asset value to the third party which is neutral to the sender and the recipient. - receiving, by one of the nodes of the peer-to-peer blockchain network, a token and a time period value, the token representing an asset value in the crypto-currency transferable from a sender identifiable by a sender identifier to the recipient identifiable by a recipient identifier, - confirming, by one of the nodes of the peer-to-peer blockchain network, an asset value transfer, by one of the nodes of the peer-to-peer blockchain network, relating to the token in the blockchain network by appending information about the asset value transfer as transaction information to a block in the blockchain network, - denying, by one of the nodes of the peer-to-peer blockchain network, the recipient's access to the transferred asset value by the recipient temporarily until the time period expires, - upon receiving, by one of the nodes of the peer-to-peer blockchain network, a stop message from the sender within the time period defined by the time period value, denying, by one of the nodes of the peer-to-peer blockchain network, the recipient's access to the transferred asset value permanently, and granting, by one of the nodes of the peer-to-peer blockchain network, access to the asset value to a third party identifiable by a third party identifier by generating a new transaction which grants access to the asset value to the third party which is neutral to the sender and the recipient.
A service and resource orchestration method, wherein the method is applied to a service and resource orchestration system, the system comprises: an orchestration apparatus , a catalog apparatus, a planning resource providing apparatus, a check apparatus , a current instance apparatus, and an enabling apparatus, and the method comprises: obtaining , by the orchestration apparatus , order information of a customized service, wherein the customized service is a service released on the catalog apparatus; obtaining , by the orchestration apparatus , meta information of the customized service from the catalog apparatus, wherein the meta information is used to describe resource requirement information and a resource selection policy of the customized service; and obtaining , by the orchestration apparatus from the planning resource providing apparatus and the current instance apparatus according to the order information, the resource requirement information, and the resource selection policy, a resource required by the customized service, and generating instance data of the customized service, wherein the instance data of the customized service is used for obtaining final instance data suitable for a network by the check apparatus , and data obtained after the enabling apparatus performs interface data conversion on the final instance data runs on a network element, to provide a user with a service corresponding to the customized service. obtaining , by the orchestration apparatus , order information of a customized service, wherein the customized service is a service released on the catalog apparatus; obtaining , by the orchestration apparatus , meta information of the customized service from the catalog apparatus, wherein the meta information is used to describe resource requirement information and a resource selection policy of the customized service; and obtaining , by the orchestration apparatus from the planning resource providing apparatus and the current instance apparatus according to the order information, the resource requirement information, and the resource selection policy, a resource required by the customized service, and generating instance data of the customized service, wherein the instance data of the customized service is used for obtaining final instance data suitable for a network by the check apparatus , and data obtained after the enabling apparatus performs interface data conversion on the final instance data runs on a network element, to provide a user with a service corresponding to the customized service.
Method for operating multiple wind turbines , respectively having an aerodynamic rotor with rotor blades and an electrical generator and also operating devices (P), connected via an electrical park network, prepared for feeding electrical power into an electrical supply grid , - the wind turbines also being operated while they are not connected to the electrical supply grid , and - at least one of the wind turbines - generating electrical power and feeding it into an additional local DC voltage system connecting the wind turbines if it is currently generating more power than it currently needs for supplying its own operating devices (P), and/or - its operating devices (P) being supplied entirely or partially with energy from the local DC voltage system if it is currently generating less power than it currently needs for supplying its own operating devices (P). - the wind turbines also being operated while they are not connected to the electrical supply grid , and - at least one of the wind turbines - generating electrical power and feeding it into an additional local DC voltage system connecting the wind turbines if it is currently generating more power than it currently needs for supplying its own operating devices (P), and/or - its operating devices (P) being supplied entirely or partially with energy from the local DC voltage system if it is currently generating less power than it currently needs for supplying its own operating devices (P).
Agricultural implement wherein it comprises a coupling device attachable to other machines, at least one ripper which is height-adjustable and at least two ridging discs , each of which having a third chassis , characterised in that: a) the coupling device is rotatably attached to a trapezoidal chassis about a vertical axis of the agricultural implement, the trapezoidal chassis being rotatable relative to the coupling device by means of two horizontal actuators located between the trapezoidal chassis and the coupling device ; b) the at least one ripper is height-adjustable by means of a first pin and of the trapezoidal chassis , said ripper comprising a second chassis connected to the trapezoidal chassis by means of a rotating device , allowing the second chassis of the ripper to move, rotating about a second axis parallel to a working direction of the implement; c) each of the at least two ridging discs further have a second pin connecting the second chassis of the ripper to the third chassis of the ridging discs ; and d) the ridging discs are adjustable by means of second actuators , thus enabling the third chassis of the ridging discs to rotate around a third axis of the second pin . a) the coupling device is rotatably attached to a trapezoidal chassis about a vertical axis of the agricultural implement, the trapezoidal chassis being rotatable relative to the coupling device by means of two horizontal actuators located between the trapezoidal chassis and the coupling device ; b) the at least one ripper is height-adjustable by means of a first pin and of the trapezoidal chassis , said ripper comprising a second chassis connected to the trapezoidal chassis by means of a rotating device , allowing the second chassis of the ripper to move, rotating about a second axis parallel to a working direction of the implement; c) each of the at least two ridging discs further have a second pin connecting the second chassis of the ripper to the third chassis of the ridging discs ; and d) the ridging discs are adjustable by means of second actuators , thus enabling the third chassis of the ridging discs to rotate around a third axis of the second pin .
A support for conserving a sample of biological material, the support comprising at least: - a substantially rigid body comprising at least a first through opening and made in a single piece of moulded or co-moulded or overmoulded plastic material; - at least a first portion of an absorbent matrix , preferably made of a material comprising cellulose, suitable and intended for conserving a sample of biological material; the first portion of the absorbent matrix being fixed and maintained in a predetermined position within the first through opening ; - wherein the first portion of the absorbent matrix has at least a first part without support from the body and which is suspended inside the first through opening , the first part of the first portion of the absorbent matrix being directly accessible to contact; characterized in that the first portion of the absorbent matrix is provided with a second lateral part constrained to the body , inserted in the body and surrounded and enclosed by the body , which is made by moulding or co-moulding or overmoulding plastic material on the second lateral part of the first portion of the absorbent matrix; the first portion of the absorbent matrix being maintained in a predetermined position within the first through opening by means at least of the fastening, contact and/or adhesion between the second lateral part of the first portion of the absorbent matrix and the body . - a substantially rigid body comprising at least a first through opening and made in a single piece of moulded or co-moulded or overmoulded plastic material; - at least a first portion of an absorbent matrix , preferably made of a material comprising cellulose, suitable and intended for conserving a sample of biological material; the first portion of the absorbent matrix being fixed and maintained in a predetermined position within the first through opening ; - wherein the first portion of the absorbent matrix has at least a first part without support from the body and which is suspended inside the first through opening , the first part of the first portion of the absorbent matrix being directly accessible to contact;
A sample preparation device, comprising: a tube having an inner surface, a top, and a bottom, the tube configured to contain a sample at the bottom and to be received into a pressure chamber for sample preparation; a cap detachably connected to the top of the tube ; and a tapered, rigid elongate member extending from the cap into the tube , the tapered, rigid elongate member being separated from the inner surface of the tube by an annular gap and the tapered, rigid elongate member being configured to contact the inner surface of the tube and the sample in the bottom of the tube, wherein an insert holder is attached to a deformable cap material and the insert holder is sized and shaped to accept and hold an insert nub at a proximal end of the tapered, rigid elongate member ; and the entire enclosed tube with sample, extraction solution and the residual air can be placed into a hydrostatic pressure vessel and subjected to alternating cycles of hydrostatic pressure and the flexible deformation of the deformable cap material resulting from a pressure differential inside and outside of the enclosed tube results in a reciprocal movement of the tapered, rigid elongate member inside the enclosed tube , while the tube remains tightly closed, to promote disruption of the sample . a tube having an inner surface, a top, and a bottom, the tube configured to contain a sample at the bottom and to be received into a pressure chamber for sample preparation; a cap detachably connected to the top of the tube ; and a tapered, rigid elongate member extending from the cap into the tube , the tapered, rigid elongate member being separated from the inner surface of the tube by an annular gap and the tapered, rigid elongate member being configured to contact the inner surface of the tube and the sample in the bottom of the tube, wherein an insert holder is attached to a deformable cap material and the insert holder is sized and shaped to accept and hold an insert nub at a proximal end of the tapered, rigid elongate member ; and the entire enclosed tube with sample, extraction solution and the residual air can be placed into a hydrostatic pressure vessel and subjected to alternating cycles of hydrostatic pressure and the flexible deformation of the deformable cap material resulting from a pressure differential inside and outside of the enclosed tube results in a reciprocal movement of the tapered, rigid elongate member inside the enclosed tube , while the tube remains tightly closed, to promote disruption of the sample .
A method for managing access to storage devices in a multi-node cluster , the method comprising: configuring a node of a plurality of nodes in a cluster , the node having a node-specific control virtual machine that instantiates a container on a container service machine on the node , wherein the container is hosted by the container service machine , communications between the container service machine and the node-specific control virtual machine occur over a link, and the node-specific control virtual machine operates as a storage controller to the node ; and processing, by the node-specific control virtual machine , storage access IO commands initiated by the container to access a plurality of storage devices that are shared by at least two of the plurality of nodes in the cluster . configuring a node of a plurality of nodes in a cluster , the node having a node-specific control virtual machine that instantiates a container on a container service machine on the node , wherein the container is hosted by the container service machine , communications between the container service machine and the node-specific control virtual machine occur over a link, and the node-specific control virtual machine operates as a storage controller to the node ; and processing, by the node-specific control virtual machine , storage access IO commands initiated by the container to access a plurality of storage devices that are shared by at least two of the plurality of nodes in the cluster .
An agricultural working machine , in particular a tractor, with at least one working assembly for carrying out or supporting agricultural work and with a driver assistance system for detecting operational parameters, characterized in that the driver assistance system is configured to detect a plurality of operational parameters and to form performance indicators based on the detected operational parameters, wherein the performance indicators are formed as a function of one of a plurality of different modes and each mode comprises a field-dependent and/or machine-dependent and/or event-dependent mode which is linked to the operation of the agricultural working machine , - wherein the detection of the operational parameters and the production of the performance indicators in the field-dependent mode means that other operational parameters are detected and other performance indicators are formed as a function of the field being worked, - wherein the detection of the operational parameters and formation of the performance indicators in the machine-dependent mode means that other operational parameters are detected and other performance indicators are formed as a function of the agricultural working machine employed and/or as a function of the working assembly employed, - wherein the detection of the operational parameters and the formation of the performance indicators in the event-dependent mode means that other operational parameters are detected and other performance indicators are produced as a function of the agricultural operational assignment, wherein an evaluation and/or visualisation of the performance indicators is carried out as a function of a selection parameter and the respective selection parameter is selected from the group comprising an agricultural working machine , an operational assignment, a working assembly , a field, one or more environmental conditions, at least one operator, a time, a date and/or a combination of at least two of these selection parameters, and in that the driver assistance system is configured to enable time-dependent variations of characteristic operator inputs during evaluation and/or visualisation of the respective performance indicators. - wherein the detection of the operational parameters and the production of the performance indicators in the field-dependent mode means that other operational parameters are detected and other performance indicators are formed as a function of the field being worked, - wherein the detection of the operational parameters and formation of the performance indicators in the machine-dependent mode means that other operational parameters are detected and other performance indicators are formed as a function of the agricultural working machine employed and/or as a function of the working assembly employed, - wherein the detection of the operational parameters and the formation of the performance indicators in the event-dependent mode means that other operational parameters are detected and other performance indicators are produced as a function of the agricultural operational assignment,
An image processing method, comprising: arranging an imager including an imaging optical system with respect to a carrier (WP) carrying cells (C); changing a set position of a focus position of the imaging optical system in an optical axis direction of the imaging optical system in a multi-stage manner and imaging the cells (C) in a bright field in each stage to obtain a plurality of original images; calculating a contrast value of each of the original images imaged in each stage; and generating a difference image of two of the original images imaged at two set positions at opposite sides of a local minimum value of the contrast value in a profile of the contrast value in relation to the set position, wherein the method further comprises finding one set position corresponding to the local minimum value in the profile, wherein a difference image of two original images respectively imaged at two set positions at opposite sides of the one set position respectively different from the one set position by a predetermined offset amount is generated, characterized in that information in which a plurality of types of cells (C) and offset amounts corresponding to the cell types are associated is prepared in advance and the offset amount corresponding to the cell type is set based on the information. arranging an imager including an imaging optical system with respect to a carrier (WP) carrying cells (C); changing a set position of a focus position of the imaging optical system in an optical axis direction of the imaging optical system in a multi-stage manner and imaging the cells (C) in a bright field in each stage to obtain a plurality of original images; calculating a contrast value of each of the original images imaged in each stage; and generating a difference image of two of the original images imaged at two set positions at opposite sides of a local minimum value of the contrast value in a profile of the contrast value in relation to the set position, wherein the method further comprises finding one set position corresponding to the local minimum value in the profile, wherein a difference image of two original images respectively imaged at two set positions at opposite sides of the one set position respectively different from the one set position by a predetermined offset amount is generated, characterized in that information in which a plurality of types of cells (C) and offset amounts corresponding to the cell types are associated is prepared in advance and the offset amount corresponding to the cell type is set based on the information.
A jewelry setting , comprising: a magnifying lens ; a lens holder for supporting the magnifying lens ; a diamond having a girdle; a precious stone setting for supporting the diamond below the magnifying lens , at such position relative to the magnifying lens as to produce a magnified image of the diamond at a top surface of the magnifying lens ; and a mechanical coupling configured to couple the precious stone setting to the lens holder, the jewelry setting being characterized in: the lens holder being a band and holds the lens ; the setting being ring shaped with an interior sized for the girdle of the diamond and receives and firmly supports the diamond, and the setting being connected by prongs to the peripheral wall of the lens holder , at the desired distance from the bottom of the lens . a magnifying lens ; a lens holder for supporting the magnifying lens ; a diamond having a girdle; a precious stone setting for supporting the diamond below the magnifying lens , at such position relative to the magnifying lens as to produce a magnified image of the diamond at a top surface of the magnifying lens ; and a mechanical coupling configured to couple the precious stone setting to the lens holder, the jewelry setting being characterized in: the lens holder being a band and holds the lens ; the setting being ring shaped with an interior sized for the girdle of the diamond and receives and firmly supports the diamond, and the setting being connected by prongs to the peripheral wall of the lens holder , at the desired distance from the bottom of the lens . the lens holder being a band and holds the lens ; the setting being ring shaped with an interior sized for the girdle of the diamond and receives and firmly supports the diamond, and the setting being connected by prongs to the peripheral wall of the lens holder , at the desired distance from the bottom of the lens .