mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for replacing at subsea a first hose coupled to a blowout preventer, BOP, located subsea, the apparatus comprising: a first wrench head configured to couple to a hose fitting coupled to the BOP; a second wrench head coupled to the first wrench head and configured to couple to a swivel fitting, wherein the swivel fitting couples the first hose to the hose fitting; and a powering unit coupled to the second wrench head, wherein the powering unit is configured to cause the second wrench head to rotate with respect to the first wrench head, wherein the rotation of the second wrench head causes the swivel fitting to rotate with respect to the hose fitting to decouple the hose from the hose fitting or to couple the hose to the hose fitting. a first wrench head configured to couple to a hose fitting coupled to the BOP; a second wrench head coupled to the first wrench head and configured to couple to a swivel fitting, wherein the swivel fitting couples the first hose to the hose fitting; and a powering unit coupled to the second wrench head, wherein the powering unit is configured to cause the second wrench head to rotate with respect to the first wrench head, wherein the rotation of the second wrench head causes the swivel fitting to rotate with respect to the hose fitting to decouple the hose from the hose fitting or to couple the hose to the hose fitting.
A chain-link converter comprising: a plurality of series-connected chain-link modules, each chain-link module having a module controller programmed to control operation of the corresponding chain-link module to selectively provide a voltage source whereby the chain-link converter is able to provide a stepped variable voltage source; and a chain-link converter controller arranged in communication with each module controller and programmed to in-use communicate to a plurality of module controllers a measured converter current (I DC) flowing through the chain-link converter, the module controllers receiving the measured converter current (I DC) each being further programmed to in-use combine the measured converter current (I DC) with a rate of change of current (I AC) flowing through and measured in the corresponding chain-link module to establish an instantaneous module current (I i) flowing through the said corresponding chain-link module; wherein each chain-link module having a module controller that receives the measured converter current (I DC) also includes a current measurement transducer to provide the measured rate of change of current (I AC) flowing through the corresponding chain-link module. a plurality of series-connected chain-link modules, each chain-link module having a module controller programmed to control operation of the corresponding chain-link module to selectively provide a voltage source whereby the chain-link converter is able to provide a stepped variable voltage source; and a chain-link converter controller arranged in communication with each module controller and programmed to in-use communicate to a plurality of module controllers a measured converter current (I DC) flowing through the chain-link converter, the module controllers receiving the measured converter current (I DC) each being further programmed to in-use combine the measured converter current (I DC) with a rate of change of current (I AC) flowing through and measured in the corresponding chain-link module to establish an instantaneous module current (I i) flowing through the said corresponding chain-link module; wherein each chain-link module having a module controller that receives the measured converter current (I DC) also includes a current measurement transducer to provide the measured rate of change of current (I AC) flowing through the corresponding chain-link module.
Method for a photochemical, e.g. photocatalytic and/or photosynthetic, process, in particular for breeding and production, or hydro cultivation, of preferably phototrophic microorganisms, a reaction medium, in particular an aqueous solution or a suspension of microorganisms and nutrient solution, being guided in a meandering manner in a reactor element which is formed by at least two upright, connected tubes or chambers, the reaction medium being guided, in a meandering manner, perpendicularly or so as to be inclined at an angle, and preferably a plurality of reactor elements being connected in series to form a biosolar reactor, and a reaction medium flow that is stress-free for the microorganisms being generated by utilising the hydrostatic pressure and level compensation in the biosolar reactor, characterised in that inlet and outlet openings (4, 5) are arranged in the individual reactor elements, in the bottom face, in each of the outermost tubes or chambers, a branch extending counter to the direction of gravity, i.e. an ascending branch, being associated with each inlet opening and a branch extending in the direction of gravity, i.e. a descending branch, being associated with each outlet opening, and in that the reaction medium flows through the inlet opening, the outlet opening and an introduction inlet for additives, in the lower region.
A pool element, PE, status information synchronization method, comprising: receiving, by a pool register, PR, a first registration message sent by a first PE, wherein the first registration message is used to add the first PE to a pool, and the first registration message carries an identifier of the first PE and capability information of the first PE, wherein the capability information of the first PE comprises at least one of a throughput, performance, load, and a service related capability of the first PE; receiving, by the PR, a second registration message sent by a second PE, wherein the second registration message is used to add the second PE to the pool, and the second registration message carries an identifier of the second PE and capability information of the second PE, wherein the capability information of the second PE comprises at least one of a throughput, performance, load, and a service related capability of the second PE; determining, by the PR, a role of the first PE in the pool according to the identifier of the first PE, the capability information of the first PE, the identifier of the second PE, and the capability information of the second PE, wherein the role is an active PE or a standby PE; and sending, by the PR, a status synchronization manner, the identifier of the first PE, and information about the role of the first PE in the pool to the second PE, by extending an Aggregate Server Access Protocol, ASAP, protocol message. receiving, by a pool register, PR, a first registration message sent by a first PE, wherein the first registration message is used to add the first PE to a pool, and the first registration message carries an identifier of the first PE and capability information of the first PE, wherein the capability information of the first PE comprises at least one of a throughput, performance, load, and a service related capability of the first PE; receiving, by the PR, a second registration message sent by a second PE, wherein the second registration message is used to add the second PE to the pool, and the second registration message carries an identifier of the second PE and capability information of the second PE, wherein the capability information of the second PE comprises at least one of a throughput, performance, load, and a service related capability of the second PE; determining, by the PR, a role of the first PE in the pool according to the identifier of the first PE, the capability information of the first PE, the identifier of the second PE, and the capability information of the second PE, wherein the role is an active PE or a standby PE; and sending, by the PR, a status synchronization manner, the identifier of the first PE, and information about the role of the first PE in the pool to the second PE, by extending an Aggregate Server Access Protocol, ASAP, protocol message.
A data management device of a distributed antenna system, the data management device comprising: an unpackaging unit, when a package file which is generated by packaging firmware files of a plurality of devices constituting a distributed antenna system is input, configured to unpackage the package file; a control unit configured to determine a device requiring firmware update by comparing version information of the package file with version information of a firmware file of each of the devices included in the unpackaged package file; and a transmission unit configured to transmit a latest version of a firmware file to a device corresponding to a top node of the device requiring firmware update according to a result of the determination of the control unit,wherein the package file comprises a latest version of a firmware file designated by a user together with the firmware files of the devices constituting the distributed antenna system, the version information of the package file is version information of the latest version of the firmware file, and the transmission unit is configured to transmit the firmware file of the latest version together with information on the device requiring the firmware update through a device corresponding to the top node in sequence. an unpackaging unit, when a package file which is generated by packaging firmware files of a plurality of devices constituting a distributed antenna system is input, configured to unpackage the package file; a control unit configured to determine a device requiring firmware update by comparing version information of the package file with version information of a firmware file of each of the devices included in the unpackaged package file; and a transmission unit configured to transmit a latest version of a firmware file to a device corresponding to a top node of the device requiring firmware update according to a result of the determination of the control unit,wherein the package file comprises a latest version of a firmware file designated by a user together with the firmware files of the devices constituting the distributed antenna system, the version information of the package file is version information of the latest version of the firmware file, and the transmission unit is configured to transmit the firmware file of the latest version together with information on the device requiring the firmware update through a device corresponding to the top node in sequence.
A refrigerator comprising: a cabinet defining a freezer compartment maintained at a temperature below 0° C and a refrigerator compartment maintained at a temperature above 0° C located above the freezer compartment; an insulated refrigerator door moveably mounted to the cabinet for selectively closing the refrigerator compartment; a refrigeration system for cooling the freezer compartment and the refrigerator compartment; an insulated module located outside the freezer compartment comprising an automatic ice maker; an insulated ice cube storage bin located outside the freezer compartment; an ice dispenser located on the refrigerator door; and an ice cube dispensing outlet located in the refrigerator door; and wherein the ice maker module and ice cube storage bin are maintained below 0° C for forming and storing ice cubes, said refrigerator being characterized in that at least a portion of the insulated module is mounted to the exterior of the cabinet. a cabinet defining a freezer compartment maintained at a temperature below 0° C and a refrigerator compartment maintained at a temperature above 0° C located above the freezer compartment; an insulated refrigerator door moveably mounted to the cabinet for selectively closing the refrigerator compartment; a refrigeration system for cooling the freezer compartment and the refrigerator compartment; an insulated module located outside the freezer compartment comprising an automatic ice maker; an insulated ice cube storage bin located outside the freezer compartment; an ice dispenser located on the refrigerator door; and an ice cube dispensing outlet located in the refrigerator door; and
A guideway tube for casting into a concrete panel (24, 26) of a diaphragm wall along a height of a face of the concrete panel (24, 26), the guideway tube comprising: - an elongate guideway track having an elongate internal volume for receiving a guide to travel therealong, the guideway track comprising at least one elongate side wall and an elongate slot along the at least one elongate side wall, the elongate slot having a first width; characterised in that the guideway tube further comprises: - a removable elongate closure panel comprising: - a rear panel configured to close the elongate slot enclosing the elongate internal volume; and - a front panel of a second width greater than the first width, - and in which the side wall and the rear panel provide a ring-shaped continuous peripheral side wall (33, 72) resistant to compression forces. - an elongate guideway track having an elongate internal volume for receiving a guide to travel therealong, the guideway track comprising at least one elongate side wall and an elongate slot along the at least one elongate side wall, the elongate slot having a first width; - a removable elongate closure panel comprising: - a rear panel configured to close the elongate slot enclosing the elongate internal volume; and - a front panel of a second width greater than the first width, - and in which the side wall and the rear panel provide a ring-shaped continuous peripheral side wall (33, 72) resistant to compression forces. - a rear panel configured to close the elongate slot enclosing the elongate internal volume; and - a front panel of a second width greater than the first width, - and in which the side wall and the rear panel provide a ring-shaped continuous peripheral side wall (33, 72) resistant to compression forces.
A wearing simulation device for simulating a wearing state of a designed virtual knit garment (50, 80, 90, 100), the wearing state being the way in which the garment deforms on a virtual human body model, the device comprising: a detection unit that detects a tubular highly-shrinkable part (52,55,56,83,84,85,86) and a turnback line (58,98) within the knit garment (50,80,90,100), wherein the tubular highly-shrinkable part (52,55,56,83,84,85,86) is a tubular rib part, a tubular part that uses elastic yarn, or a tubular part knitted to a smaller loop size than other part; a wearing sequence management unit that manages a wearing sequence in which parts of the knit garment are placed on the human body model and are simulated; an initial placement unit that performs on the human body model initial placement of a basic garment which is obtained by removing the parts detected by the detection unit from the knit garment (50, 80, 90, 100), and comprises parts of the knit garment from a body portion until contacting the tubular highly-shrinkable part (52,55,56,83,84,85,86) or the turnback line (58,98); a stable-state simulation unit that simulates a stable wearing state of the basic garment, the basic garment resulting from removing virtually from the knit garment (50, 80, 90, 100) the highly-shrinkable part, on the basis of the forces that act on the basic garment; the initial placement unit performs on the human body model subsequent placement of a part that is further away from the body part portion than the tubular highly-shrinkable part (52,55,56,83,84,85,86) or the turnback line (58,98); a joining unit that joins the subsequently placed part to the already-simulated parts so that the already-simulated parts are fixed; and the stable-state simulation unit simulates the wearing state of the parts of the knit garment that are joined. a wearing sequence management unit that manages a wearing sequence in which parts of the knit garment are placed on the human body model and are simulated; an initial placement unit that performs on the human body model initial placement of a basic garment which is obtained by removing the parts detected by the detection unit from the knit garment (50, 80, 90, 100), and comprises parts of the knit garment from a body portion until contacting the tubular highly-shrinkable part (52,55,56,83,84,85,86) or the turnback line (58,98); a stable-state simulation unit that simulates a stable wearing state of the basic garment, the basic garment resulting from removing virtually from the knit garment (50, 80, 90, 100) the highly-shrinkable part, on the basis of the forces that act on the basic garment; the initial placement unit performs on the human body model subsequent placement of a part that is further away from the body part portion than the tubular highly-shrinkable part (52,55,56,83,84,85,86) or the turnback line (58,98); a joining unit that joins the subsequently placed part to the already-simulated parts so that the already-simulated parts are fixed; and the stable-state simulation unit simulates the wearing state of the parts of the knit garment that are joined.
A toy block comprising a sawtooth structure and at least one magnet for connecting to a similar block, said toy block further comprising: an external sawtooth structure for connecting to an external sawtooth structure of a similar block; and an internal sawtooth structure for connecting to an internal sawtooth structure of a similar block, wherein an inner sawtooth portion having at least two inner sawteeth is formed on at least a part of an inner surface of the external sawtooth structure, and wherein an outer sawtooth portion having at least two outer sawteeth is formed on at least a part of an outer surface of the internal sawtooth structure to correspond to the inner sawtooth portion of the external sawtooth structure, and wherein the internal sawtooth structure is spaced from the external sawtooth structure so as to be rotatable in the external sawtooth structure, and wherein the internal sawtooth structure includes a magnet accommodating portion to accommodate said at least one magnet for attracting to a magnet of a similar block. an external sawtooth structure for connecting to an external sawtooth structure of a similar block; and an internal sawtooth structure for connecting to an internal sawtooth structure of a similar block, wherein an inner sawtooth portion having at least two inner sawteeth is formed on at least a part of an inner surface of the external sawtooth structure, and wherein an outer sawtooth portion having at least two outer sawteeth is formed on at least a part of an outer surface of the internal sawtooth structure to correspond to the inner sawtooth portion of the external sawtooth structure, and wherein the internal sawtooth structure is spaced from the external sawtooth structure so as to be rotatable in the external sawtooth structure, and wherein the internal sawtooth structure includes a magnet accommodating portion to accommodate said at least one magnet for attracting to a magnet of a similar block.
A method comprising: receiving, at a processor, a second vector signal from a circuit in response to the circuit receiving a first vector signal; transforming, at the processor, the second vector signal from a time domain to a transform domain; and rotating, at the processor, the transformed second vector signal by a phase that is proportional to a time delay between the first and second vector signals to time-align the second vector signal to the first vector signal, wherein the time delay is introduced between the first and second vector signals by the circuit, wherein transforming the second vector signal from the time domain to the transform domain comprises calculating an offset based on a sum of components of the second vector signal and subtracting the offset from the components of the second vector signal prior to transforming the offset-corrected second vector signal from the time domain to the transform domain, wherein transforming the offset-corrected second vector signal from the time domain to the transform domain comprises calculating a first vector power based on the first vector signal and a second vector power based on the offset-corrected second vector signal, calculating a gain based on a ratio of the first vector power to the second vector power, and scaling the offset-corrected second vector signal based on the gain prior to transforming the scaled second vector signal from the time domain to the transform domain. receiving, at a processor, a second vector signal from a circuit in response to the circuit receiving a first vector signal; transforming, at the processor, the second vector signal from a time domain to a transform domain; and rotating, at the processor, the transformed second vector signal by a phase that is proportional to a time delay between the first and second vector signals to time-align the second vector signal to the first vector signal, wherein the time delay is introduced between the first and second vector signals by the circuit, wherein transforming the second vector signal from the time domain to the transform domain comprises calculating an offset based on a sum of components of the second vector signal and subtracting the offset from the components of the second vector signal prior to transforming the offset-corrected second vector signal from the time domain to the transform domain,
Laundry treatment appliance having a washing tub and a discharge line, laid in an interior space of the laundry treatment appliance, for discharging washing liquor from the washing tub, wherein the discharge line comprises a first line section and a second line section, wherein the laundry treatment appliance comprises a self-supporting guide element for guiding the discharge line, the self-supporting guide element comprises a first guide section which is in contact with the first line section, and a second guide section which is in contact with the second line section, wherein the first guide section and the second guide section are rigidly connected, as a result of which the first guide section and the second guide section cannot be moved relative to one another, and the self-supporting guide element is designed to hold the first line section in a bent manner relative to the longitudinal axis of the second line section, such that the discharge line can be held in a bent manner by the self-supporting guide element and thus the discharge line can be laid with a defined direction in the interior space of the laundry treatment appliance, wherein the discharge line comprises a bend which can be ensured by means of the self-supporting guide element, and characterised in that the discharge line comprises a receiving region, the self-supporting guide element comprises an axial positioning rib, and the axial positioning rib can be inserted into the receiving region in order to position the self-supporting guide element on the discharge line.