mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by at least one processor, data defining backup parameters including a virtual machine to backup; creating (215,220), by the at least one processor, a software snapshot associated with the VM to be backed up; responsive to creating the software snapshot, receiving, by the at least one processor, an offset table indicating where data blocks associated with a virtual disk of the VM are located on a physical storage, wherein the offset table provides virtual disk file location information that is obtained after the software snapshot is created on the physical storage; creating (230,235), by the at least one processor, a hardware snapshot on the physical storage, the hardware snapshot associated with the VM to be backed up; responsive to creating the hardware snapshot, deleting, by the at least one processor, the software snapshot; promoting, by the at least one processor, the hardware snapshot to a logical unit number; mounting the promoted hardware snapshot to a backup server; backing up, by the at least one processor, the data blocks associated with the virtual disk of the VM to the backup server using the offset table and the mounted hardware snapshot to read the data blocks associated with the virtual disk of the VM directly from the physical storage; and dismounting from the backup server and deleting (270,275) from the physical storage, by the at least one processor, the hardware snapshot. receiving, by at least one processor, data defining backup parameters including a virtual machine to backup; creating (215,220), by the at least one processor, a software snapshot associated with the VM to be backed up; responsive to creating the software snapshot, receiving, by the at least one processor, an offset table indicating where data blocks associated with a virtual disk of the VM are located on a physical storage, wherein the offset table provides virtual disk file location information that is obtained after the software snapshot is created on the physical storage; creating (230,235), by the at least one processor, a hardware snapshot on the physical storage, the hardware snapshot associated with the VM to be backed up; responsive to creating the hardware snapshot, deleting, by the at least one processor, the software snapshot; promoting, by the at least one processor, the hardware snapshot to a logical unit number; mounting the promoted hardware snapshot to a backup server; backing up, by the at least one processor, the data blocks associated with the virtual disk of the VM to the backup server using the offset table and the mounted hardware snapshot to read the data blocks associated with the virtual disk of the VM directly from the physical storage; and dismounting from the backup server and deleting (270,275) from the physical storage, by the at least one processor, the hardware snapshot.
A fluid delivery device to be worn on a user's hand for a visor cleaner, the fluid delivery device comprising: a fluid reservoir adapted, in use, to contain fluid; an absorbent cleaning element arranged to absorb fluid from the fluid reservoir; characterised in that the absorbent cleaning element is in permanent fluid communication with fluid contained in the fluid reservoir. a fluid reservoir adapted, in use, to contain fluid; an absorbent cleaning element arranged to absorb fluid from the fluid reservoir; characterised in that the absorbent cleaning element is in permanent fluid communication with fluid contained in the fluid reservoir.
A method for security risk assessment of wireless access point devices, the method comprising the following steps performed, by a computer system: receiving, from a plurality of devices, a plurality of reports, each report being transmitted by a device of the plurality of devices in response to accessing an access point having a unique access point identifier and said each report including a unique user identifier; determining a number of unique user identifiers represented in the plurality of reports; determining a security score for the access point according to a function that indicates risk which is adjusted with increasing number of unique user identifiers; determining that the security score indicates that the access point is not secure; and in response to determining that the security score indicates that the access point is not secure, transmitting a message to one or more devices of the plurality of devices, the message indicating that the access point is not secure, where, for at least one portion of a range of possible numbers of unique user identifiers, the function indicates decreasing risk with increasing number of unique user identifiers. receiving, from a plurality of devices, a plurality of reports, each report being transmitted by a device of the plurality of devices in response to accessing an access point having a unique access point identifier and said each report including a unique user identifier; determining a number of unique user identifiers represented in the plurality of reports; determining a security score for the access point according to a function that indicates risk which is adjusted with increasing number of unique user identifiers; determining that the security score indicates that the access point is not secure; and in response to determining that the security score indicates that the access point is not secure, transmitting a message to one or more devices of the plurality of devices, the message indicating that the access point is not secure, where, for at least one portion of a range of possible numbers of unique user identifiers, the function indicates decreasing risk with increasing number of unique user identifiers.
A programmable display for connection to a control device, the programmable display comprising: a user management unit configured to identify a user accessing the programmable display; a generation unit configured to generate an interface screen containing information from the control device in accordance with privileges assigned to the user identified by the user management unit; a display unit configured to output the interface screen; a connection management unit configured to, in response to a request for access from a user on an external device, establish a connection with the external device on the basis of identification of the user by the user management unit, and to send the interface screen to the external device with which a connection is established; wherein the user management unit is configured to prohibit simultaneous access to the programmable display by a plurality of users each having different privileges assigned, and to allow simultaneous access to the programmable display by a plurality of users each having the same privileges assigned, characterized in that the user management unit is configured to terminate access to the programmable display as a first user assigned a first privilege when a second user assigned a second privilege that is lower than the first privilege attempts to access the programmable display while the first user assigned the first privilege is accessing the programmable display. a user management unit configured to identify a user accessing the programmable display; a generation unit configured to generate an interface screen containing information from the control device in accordance with privileges assigned to the user identified by the user management unit; a display unit configured to output the interface screen; a connection management unit configured to, in response to a request for access from a user on an external device, establish a connection with the external device on the basis of identification of the user by the user management unit, and to send the interface screen to the external device with which a connection is established; wherein the user management unit is configured to prohibit simultaneous access to the programmable display by a plurality of users each having different privileges assigned, and to allow simultaneous access to the programmable display by a plurality of users each having the same privileges assigned, characterized in that the user management unit is configured to terminate access to the programmable display as a first user assigned a first privilege when a second user assigned a second privilege that is lower than the first privilege attempts to access the programmable display while the first user assigned the first privilege is accessing the programmable display.
System for starting the flight of power wing airfoils, in particular for a wind generator, comprising: - at least one wing profile, operatively connected through control tie-rods, to winches or other control mechanisms of a flight of said wing profile; - at least two autonomous transporting 'flying vectors, namely carriers, adapted to be connected through disengageable connecting means to the at least one wing profile and to transport in flight said wing profile, said disengageable connecting means being composed of at least one dragging cable having a first end connected to said autonomous transporting flying carriers and a second opposite end connected to said first end equipped with at least one actuatable engaging/disengaging device adapted to be engaged/disengaged to and from a respective engagement point arranged on said wing profile, a starting of the flight of said wing profile being assisted by a combined action of two or more of said autonomous transporting flying carriers, characterized in that said actuatable engaging/disengaging device is at least one electromagnetic hook and said engagement point arranged on said wing profile is a related element made of metallic material adapted to be magnetically connected to said electromagnetic hook; and in that said wing profile comprises at least one measuring system, preferably of an ultrasound type, adapted to high frequency triangulate the relative positions of said autonomous transporting flying carriers and of said wing profile. - at least one wing profile, operatively connected through control tie-rods, to winches or other control mechanisms of a flight of said wing profile; - at least two autonomous transporting 'flying vectors, namely carriers, adapted to be connected through disengageable connecting means to the at least one wing profile and to transport in flight said wing profile, said disengageable connecting means being composed of at least one dragging cable having a first end connected to said autonomous transporting flying carriers and a second opposite end connected to said first end equipped with at least one actuatable engaging/disengaging device adapted to be engaged/disengaged to and from a respective engagement point arranged on said wing profile, a starting of the flight of said wing profile being assisted by a combined action of two or more of said autonomous transporting flying carriers,
A method for wireless communication at a user equipment, UE, comprising: receiving, from a base station, a control-resource set that includes a plurality of resource element groups, REGs, organized into one or more control channel elements based at least in part on a configuration of the control-resource set; identifying REG indices for each of the plurality of REGs characterised by: determining whether the control-resource set is associated with broadcast transmission; reordering the REG indices if the control-resource set is associated with broadcast transmission; and decoding the control-resource set based at least in part on determining to reorder the REG indices. receiving, from a base station, a control-resource set that includes a plurality of resource element groups, REGs, organized into one or more control channel elements based at least in part on a configuration of the control-resource set; identifying REG indices for each of the plurality of REGs characterised by: determining whether the control-resource set is associated with broadcast transmission; reordering the REG indices if the control-resource set is associated with broadcast transmission; and decoding the control-resource set based at least in part on determining to reorder the REG indices. determining whether the control-resource set is associated with broadcast transmission; reordering the REG indices if the control-resource set is associated with broadcast transmission; and decoding the control-resource set based at least in part on determining to reorder the REG indices.
A service transmission method, comprising: obtaining, by a first Mobile Station, MS, N resource parameter sets, wherein each of the N resource parameter sets comprises at least one resource parameter, and N is no less than 2, and the at least one resource parameter being used for periodic resource scheduling; determining, by the first MS, a first resource parameter set from the N resource parameter sets; determining, by the first MS, a first resource; sending, by the first mobile station, indication information of the first resource parameter set and indication information of the first resource to a second MS; and transmitting, by the first MS, a first service with the second MS using the first resource according to the first resource parameter set. obtaining, by a first Mobile Station, MS, N resource parameter sets, wherein each of the N resource parameter sets comprises at least one resource parameter, and N is no less than 2, and the at least one resource parameter being used for periodic resource scheduling; determining, by the first MS, a first resource parameter set from the N resource parameter sets; determining, by the first MS, a first resource; sending, by the first mobile station, indication information of the first resource parameter set and indication information of the first resource to a second MS; and transmitting, by the first MS, a first service with the second MS using the first resource according to the first resource parameter set.
A solar module for generating electrical energy - having a layer arrangement comprising a planar first layer, a planar second layer, which is arranged at a distance from the first layer, and at least one solar cell for generating electrical energy as a result of radiation directed thereon, which cell is arranged between the first and second layers (21, 22), - having an electrical connecting system for electrical interconnection of the solar cell, - the electrical connecting system comprises at least one connector element for external electrical connection of the solar module, which element is connected with the layer arrangement in a peripheral area thereof via at least one contact element projecting into the layer arrangement, - characterised in that the connector element comprises at least one mechanical connecting means for connecting the connector element with a corresponding mechanical connecting means of a separately formed, further connector element, which is connected with the layer arrangement in the peripheral area via at least one contact element projecting into the layer arrangement, the mechanical connecting means comprising a latching device for connecting with a corresponding latching device of the further connector element. - having a layer arrangement comprising a planar first layer, a planar second layer, which is arranged at a distance from the first layer, and at least one solar cell for generating electrical energy as a result of radiation directed thereon, which cell is arranged between the first and second layers (21, 22), - having an electrical connecting system for electrical interconnection of the solar cell, - the electrical connecting system comprises at least one connector element for external electrical connection of the solar module, which element is connected with the layer arrangement in a peripheral area thereof via at least one contact element projecting into the layer arrangement, - characterised in that the connector element comprises at least one mechanical connecting means for connecting the connector element with a corresponding mechanical connecting means of a separately formed, further connector element, which is connected with the layer arrangement in the peripheral area via at least one contact element projecting into the layer arrangement, the mechanical connecting means comprising a latching device for connecting with a corresponding latching device of the further connector element.
A track corner connecting device for a shower door, comprising: an inserting member, a receiving member and a protective cover, the inserting member fixedly connectable to a first track of the shower door, the receiving member fixedly connectable to a second track of the shower door, wherein: the inserting member comprises an insert provided with a first open pin hole; the receiving member comprises a receiver provided with a second open pin hole, wherein after the insert is inserted into the receiver, the first and second open pin holes (37, 57) are coaxial; and the protective cover is provided with a top wall and a pin fixed on the top wall of the protective cover and extending downwards therefrom, wherein the pin is configured to be inserted into the first and second open pin holes (37, 57); wherein the receiver comprises a top wall of the receiver and a bottom wall of the receiver opposite the top wall of the receiver, the second open pin hole is provided on the top wall of the receiver, and the bottom wall of the receiver is provided with a bottom wall pin hole coaxially arranged with the second open pin hole; wherein after the insert is inserted into the receiver, the first open pin hole is positioned between the second open pin hole and the bottom wall pin hole; characterised in that a lower end of the protective cover is provided with an exit-preventing member buckled on a lower end surface of the bottom wall of the receiving member, and a lower end of the pin is inserted into the bottom wall pin hole. the inserting member comprises an insert provided with a first open pin hole; the receiving member comprises a receiver provided with a second open pin hole, wherein after the insert is inserted into the receiver, the first and second open pin holes (37, 57) are coaxial; and the protective cover is provided with a top wall and a pin fixed on the top wall of the protective cover and extending downwards therefrom, wherein the pin is configured to be inserted into the first and second open pin holes (37, 57); wherein the receiver comprises a top wall of the receiver and a bottom wall of the receiver opposite the top wall of the receiver, the second open pin hole is provided on the top wall of the receiver, and the bottom wall of the receiver is provided with a bottom wall pin hole coaxially arranged with the second open pin hole; wherein after the insert is inserted into the receiver, the first open pin hole is positioned between the second open pin hole and the bottom wall pin hole; characterised in that a lower end of the protective cover is provided with an exit-preventing member buckled on a lower end surface of the bottom wall of the receiving member, and a lower end of the pin is inserted into the bottom wall pin hole.
A supercharger comprising a turbine rotor in which a TiAl turbine wheel and a carbon steel shaft are joined to each other via an Ni brazing filler metal, characterized in that a distance from a back face of the turbine wheel to a brazed part is set so that a turbine wheel outer diameter ratio calculated by "a distance from the back face of the turbine wheel to the brazed part" / "an outer diameter of the turbine wheel " is within a range of from 7 to 10%, and that a position of a joint part of the Ni brazing filler metal is set at the position such that a maximum temperature at the brazed part is, upon operation of the supercharger, within a temperature range from 50% to 60% of a melting point of the Ni brazing filler metal.
A bale ejection mechanism for an agricultural baler comprising a bale receiver assembly mounted to a frame of the baler; and, a support mechanism for supporting the bale receiver assembly relative to the ground; wherein the bale receiver assembly is operative to move a newly formed bale rearwardly out of the baler and the support mechanism is operative to allow the bale receiver assembly to move downward in a controlled manner so that the bale is deposited on the ground such that a bale discharge gate of the baler can be closed without interference with the new bale and minimal inertia is imparted to the bale, so the bale is placed on the ground without imparting a rolling motion to the bale, wherein the bale receiver assembly comprises a rail assembly mounted to the baler and a bale support assembly movably supported by the rail assembly, characterized in that the support mechanism for supporting the bale receiver assembly relative to the ground is a ground engaging support member and that the rail assembly is comprised of a rail frame; a resilient support assembly; and, at least one length extensible actuator, wherein the rail frame preferably includes at least one rail and preferably includes at least one bearing element and wherein the ground engaging support member is movably mounted to the rail frame and/or the ground engaging support member is secured to the rail frame by at least one resilient member which preferably tends to move the ground engaging member toward the rail frame.
A drug delivery apparatus including a drug delivery device for delivering a parenteral medicament, the drug delivery apparatus comprising: a plurality of activation sensors, wherein the plurality of activation sensors comprises a light sensor and an accelerometer; at least one performance sensor configured to indicate a dosing event of the drug delivery device, wherein the at least one performance sensor comprises a flow sensor; a memory; and one or more processors coupled to the memory, wherein the one or more processors are configured to: determine that the drug delivery device has been removed from a packaging of the drug delivery device based on first signals from the light sensor and the accelerometer; activate, in response to the determination that the drug delivery device has been removed from the packaging, the at least one performance sensor; determine based on a second signal from the at least one performance sensor, that a dosing event of the drug delivery device has occurred; and send drug delivery performance information comprising information that the dosing event has occurred to a server, wherein the drug delivery performance information is sent via a long range wireless network. a plurality of activation sensors, wherein the plurality of activation sensors comprises a light sensor and an accelerometer; at least one performance sensor configured to indicate a dosing event of the drug delivery device, wherein the at least one performance sensor comprises a flow sensor; a memory; and one or more processors coupled to the memory, wherein the one or more processors are configured to: determine that the drug delivery device has been removed from a packaging of the drug delivery device based on first signals from the light sensor and the accelerometer; activate, in response to the determination that the drug delivery device has been removed from the packaging, the at least one performance sensor; determine based on a second signal from the at least one performance sensor, that a dosing event of the drug delivery device has occurred; and send drug delivery performance information comprising information that the dosing event has occurred to a server, wherein the drug delivery performance information is sent via a long range wireless network. determine that the drug delivery device has been removed from a packaging of the drug delivery device based on first signals from the light sensor and the accelerometer; activate, in response to the determination that the drug delivery device has been removed from the packaging, the at least one performance sensor; determine based on a second signal from the at least one performance sensor, that a dosing event of the drug delivery device has occurred; and send drug delivery performance information comprising information that the dosing event has occurred to a server, wherein the drug delivery performance information is sent via a long range wireless network.