mhurhangee/ep-ind-claims huggingface dataset:
A sheet manufacturing apparatus comprising: a processing unit that processes fibers into a web shape; a roller unit (84a, 84b; 85) that pinches and transports processed matter processed into the web shape by the processing unit; and a control unit that controls at least any of a pressing state and a transport state in the roller unit (84a, 84b; 85), characterized in that the control unit causes the processed matter to pass a nip position of the roller unit (84a, 84b; 85) by controlling at least any of a transport speed of the roller unit (84a, 84b; 85), a nip pressure of the roller unit ((84a, 84b; 85), and a nip width of the roller unit ((84a, 84b; 85) depending on a position of a leading edge of the processed matter with respect to the nip position at which the roller unit (84a, 84b; 85) pinches the processed matter. a processing unit that processes fibers into a web shape; a roller unit (84a, 84b; 85) that pinches and transports processed matter processed into the web shape by the processing unit; and a control unit that controls at least any of a pressing state and a transport state in the roller unit (84a, 84b; 85), characterized in that the control unit causes the processed matter to pass a nip position of the roller unit (84a, 84b; 85) by controlling at least any of a transport speed of the roller unit (84a, 84b; 85), a nip pressure of the roller unit ((84a, 84b; 85), and a nip width of the roller unit ((84a, 84b; 85) depending on a position of a leading edge of the processed matter with respect to the nip position at which the roller unit (84a, 84b; 85) pinches the processed matter.
Ballast-clearing train able to clear the used ballast from a railway line, and to reload said line with new ballast, comprising: - a first and a second end; - means for clearing the used ballast, in whole or in part, and for receiving the new ballast by a same end; - means (339a, 339b) for processing the used ballast and for separating it into reusable processed ballast and non-reusable ballast, only the non-reusable ballast being cleared; and, - means for unloading the processed ballast on the line, simultaneously with the new ballast; characterised in that it comprises means for unloading the new ballast first on the line, and the processed ballast on top of the layer of new ballast. - a first and a second end; - means for clearing the used ballast, in whole or in part, and for receiving the new ballast by a same end; - means (339a, 339b) for processing the used ballast and for separating it into reusable processed ballast and non-reusable ballast, only the non-reusable ballast being cleared; and, - means for unloading the processed ballast on the line, simultaneously with the new ballast;
Hydraulic machine having a housing interior and a group of hydrostatic working chambers mounted therein so as to be rotatable about an axis of rotation, said working chambers, upon rotation of the group, being connectable in an alternating manner to a high pressure and to a low pressure of the hydraulic machine and having a leakage into the housing interior, in which a heat exchanger device (36; 136; 236; 336; 436; 536) is accommodated, characterized in that a wall of the heat exchanger device (36; 136; 236; 336; 436; 536) is formed by a tube.
A method for a display system of a motor vehicle, wherein the motor vehicle comprises one or more seats (6, 200) for occupants of the vehicle, the position and/or orientation of the seats (6, 200) within an interior of the motor vehicle being variable, wherein the method comprises: determining a position and/or orientation of the seats (6, 200); determining an orientation of at least a first portion of an image to be displayed by the display system according to the position and/or orientation of the seats (6, 200); and displaying the image on a display surface of the display system such that at least the first portion of the image is in the determined orientation relative to the display surface. determining a position and/or orientation of the seats (6, 200); determining an orientation of at least a first portion of an image to be displayed by the display system according to the position and/or orientation of the seats (6, 200); and displaying the image on a display surface of the display system such that at least the first portion of the image is in the determined orientation relative to the display surface.
A process for preparing oligomer utilizing an apparatus, the apparatus comprising: a reactor for carrying out an oligomerization reaction by supplying a monomer stream and a solvent stream; and line 1 and line 2 which are separately provided in a lower side of the reactor, wherein line 1 includes a first level control valve and line 2 includes a second level control valve, and wherein the reactor is periodically alternately operated in a first operation mode in which the solvent stream is supplied to the reactor through line 1 via the first level control valve and a stream including an oligomer product is discharged through line 2 via the second level control valve and in a second operation mode in which the solvent stream is supplied through line 2 connected to line 1-1, which is separated from line 1, via the second level control valve and the stream including an oligomer product is discharged through line 2 connected to line 1-2, which is separated from line 1, via the first level control valve of line 1. a reactor for carrying out an oligomerization reaction by supplying a monomer stream and a solvent stream; and line 1 and line 2 which are separately provided in a lower side of the reactor, wherein line 1 includes a first level control valve and line 2 includes a second level control valve, and wherein the reactor is periodically alternately operated in a first operation mode in which the solvent stream is supplied to the reactor through line 1 via the first level control valve and a stream including an oligomer product is discharged through line 2 via the second level control valve and in a second operation mode in which the solvent stream is supplied through line 2 connected to line 1-1, which is separated from line 1, via the second level control valve and the stream including an oligomer product is discharged through line 2 connected to line 1-2, which is separated from line 1, via the first level control valve of line 1.
A composite article comprising a honeycomb structure comprising a plurality of cells filled with a curable void filler composition,the curable void filler composition comprising: (a) at least one epoxy resin; (b) at least one epoxy curing agent comprising a carboxylic acid anhydride compound; (c) at least one alkaline oxide and/or at least one alkaline earth oxide. (a) at least one epoxy resin; (b) at least one epoxy curing agent comprising a carboxylic acid anhydride compound; (c) at least one alkaline oxide and/or at least one alkaline earth oxide.
A method for securely controlling deposition and retrieval of shipments on at least one electronic locker unit connected to a managing distribution centre through a communication network, and having several lockable compartments of different sizes, comprising the followings steps executed at the electronic locker unit: - entering an identification code of the shipment and retrieving specific information associated with the shipment; - opening automatically a compartment of the electronic locker unit; - depositing the shipment inside the compartment; - weighing the shipment with a weighing module located inside the compartment and comparing in a processing module the measured weight with a weight included within the specific information associated with the shipment; characterised by the following steps executed at the electronic locker unit: - acquiring a shape of the content inside the shipment with a shape measurement module located inside the compartment and comparing in the processing module the acquired shipment content's shape with one included within the specific information associated with the shipment, - locking automatically the compartment containing the shipment and logging the compartment as being filled and locked only upon close match and validation of comparisons of the measured weight and the acquired shipment content's shape with the weight and shipment content's shape included within the specific information associated with the shipment. - entering an identification code of the shipment and retrieving specific information associated with the shipment; - opening automatically a compartment of the electronic locker unit; - depositing the shipment inside the compartment; - weighing the shipment with a weighing module located inside the compartment and comparing in a processing module the measured weight with a weight included within the specific information associated with the shipment; - acquiring a shape of the content inside the shipment with a shape measurement module located inside the compartment and comparing in the processing module the acquired shipment content's shape with one included within the specific information associated with the shipment, - locking automatically the compartment containing the shipment and logging the compartment as being filled and locked only upon close match and validation of comparisons of the measured weight and the acquired shipment content's shape with the weight and shipment content's shape included within the specific information associated with the shipment.
A method of producing a transformer for electric power supply comprising an iron core comprising a thin band and a winding, wherein the thin band comprises an amorphous alloy having a composition expressed by Fe a Si b B c C d (Fe: iron, Si: silicon, B: boron, and C: carbon) in which 80 ≦ a ≤ 83%, 0 < b ≤ 5%, 12 ≤ c ≤ 18%, and 0.01 ≤ d ≤ 3% in atomic % and unavoidable impurities, the method being characterised by a step of subjecting the iron core to an annealing treatment in which a temperature of a center portion of the iron core during annealing after the iron core is formed and shaped is 300 to 330°C and a holding time is from 30 minutes to not more than 150 minutes, wherein a magnetic field strength of the iron core during annealing is 800 A/m or more.
An adjustable carriage unit for suspending dividing elements, comprising a carriage part and a base part, to be fixed to the top of a dividing element, and a connecting part having a lower portion associated with the base part and an upper portion designed to be connected to the carriage part, the carriage part, being in turn designed to be coupled to a guide rail to move along the guide rail and to suspend a dividing element therefrom, the base part having a front end and a rear end located on opposite sides along a line of movement of the carriage part along the guide rail, the position of the upper portion of the connecting part relative to the base part being adjustable at least along an axis transversal to the line of movement of the carriage part, the carriage unit further comprising: - an adjustment lever hinged in/on the base part about a first axis of rotation perpendicular to the line of movement of the carriage part; - an adjustment screw which is located in the base part with its axis oriented along a line joining the front end to the rear end of the base part, the adjustment screw having a head accessible to a user from the front end of the base part; characterized in that: - the adjustment lever has a first lever arm and a second lever arm located on opposite sides of the first axis of rotation along said line of movement, the first lever arm being positioned between the first axis of rotation and the front end of the base part; - the adjustment screw acts, either directly or through an actuating device, on the first lever arm to make the adjustment lever rotate either clockwise or anticlockwise about the first axis of rotation, the connecting part being engaged by its bottom portion to the second lever arm and, consequently, being moved in a plane perpendicular to the first axis of rotation. - an adjustment lever hinged in/on the base part about a first axis of rotation perpendicular to the line of movement of the carriage part; - an adjustment screw which is located in the base part with its axis oriented along a line joining the front end to the rear end of the base part, the adjustment screw having a head accessible to a user from the front end of the base part; - the adjustment lever has a first lever arm and a second lever arm located on opposite sides of the first axis of rotation along said line of movement, the first lever arm being positioned between the first axis of rotation and the front end of the base part; - the adjustment screw acts, either directly or through an actuating device, on the first lever arm to make the adjustment lever rotate either clockwise or anticlockwise about the first axis of rotation, the connecting part being engaged by its bottom portion to the second lever arm and, consequently, being moved in a plane perpendicular to the first axis of rotation.
An object recognition device for checking merchandise recognition accuracy, comprising: an operation unit configured to receive a user input about an item for which the accuracy of the recognition is to be checked; a storage unit that stores image data of the item; an imaging unit configured to acquire an image of the item and generate image data therefrom; and a control unit configured to compare the generated image data with the stored image data, wherein the control unit is configured to calculate a similarity value between the generated image data and the stored image data based on feature values of the image data of the item and feature values of the stored image data, characterized in that the control unit is further configured to cause first information suggesting to additionally register feature values of the item to be presented to the user when the similarity value indicates more similarity than a second predetermined value and less similarity than a first predetermined value, and cause second information indicating that additional registration of feature values of the item is required, to be presented to the user when the similarity value indicates less similarity than the second predetermined value wherein the additional registration is performed by additionally registering collation by taking images of the item to acquire additional collation data. an operation unit configured to receive a user input about an item for which the accuracy of the recognition is to be checked; a storage unit that stores image data of the item; an imaging unit configured to acquire an image of the item and generate image data therefrom; and a control unit configured to compare the generated image data with the stored image data, wherein the control unit is configured to calculate a similarity value between the generated image data and the stored image data based on feature values of the image data of the item and feature values of the stored image data,
Filter for binding constituents of a gas stream, having a supporting member which has a cell density of from 50 to 1600 cpsi and a filter layer applied to the surfaces of the supporting member, characterized in that the filter layer has the following components: a) a component for the physisorption of constituents, b) a component for the chemisorption of constituents, c) a component for dissolving oil constituents which comprises ionic liquids. a) a component for the physisorption of constituents, b) a component for the chemisorption of constituents, c) a component for dissolving oil constituents which comprises ionic liquids.
A sensor unit for measuring and monitoring a plurality of parameters associated with an asset or equipment (126, 128) having a fixing (122, 124) connected thereto, said sensor unit having: a housing having a portion for receiving the fixing therethrough, wherein said portion of the housing functions as a clamping region, said clamping region being tubular, in part, or fork-shaped, through which part of a fastener is extendable and applying, in use, a clamping force to the clamping region to secure the housing in position; a resilient member; a protrusion in the form of a piston, displaceable by said fixing, in use, towards or through a sensor against the resilient member therebetween, the displacement of the piston being proportional to the force applied to the clamping region of the sensor unit via the piston, wherein said fixing is biased against the resilient member located in the housing for providing a quantifiable degree of displacement; sensors (114, 1410) arranged to measure and/or monitor (i) parameters associated with the fixing that is secured to the asset or equipment via the housing and/or (ii) parameters influencing the performance of the asset or equipment, wherein at least one sensor (114, 1410) is configured to measure parameters associated with the displacement of the piston caused by the clamp force between said fixing and said asset or equipment; a processor configured to process data from the sensors; and a communicator (1040, 1160) adapted to transmit said data to a remote device. a housing having a portion for receiving the fixing therethrough, wherein said portion of the housing functions as a clamping region, said clamping region being tubular, in part, or fork-shaped, through which part of a fastener is extendable and applying, in use, a clamping force to the clamping region to secure the housing in position; a resilient member; a protrusion in the form of a piston, displaceable by said fixing, in use, towards or through a sensor against the resilient member therebetween, the displacement of the piston being proportional to the force applied to the clamping region of the sensor unit via the piston, wherein said fixing is biased against the resilient member located in the housing for providing a quantifiable degree of displacement; sensors (114, 1410) arranged to measure and/or monitor (i) parameters associated with the fixing that is secured to the asset or equipment via the housing and/or (ii) parameters influencing the performance of the asset or equipment, wherein at least one sensor (114, 1410) is configured to measure parameters associated with the displacement of the piston caused by the clamp force between said fixing and said asset or equipment; a processor configured to process data from the sensors; and a communicator (1040, 1160) adapted to transmit said data to a remote device.
A method for predicting an explosion pressure of a medium-large cell module, wherein the medium-large cell module includes one or more medium-large cells having a capacity of 20 Ah or more, and the medium-large cells are electrically connected to each other, the method comprising the steps of: deriving a profile (SOC-temperature profile) of a generated temperature according to a charge amount of a medium-large cell module to be predicted; mounting a small cell having a capacity of 1.0 Ah or less inside an explosion pressure measuring device; heating the small cell in a same manner as the SOC-temperature profile derived in step S100 and overcharging the small cell under the same SOC-voltage conditions as derived from the medium-large cell module in step S100 until the small cell is exploded; measuring a pressure when the small cell is exploded; and converting the measured pressure of the small cell into a pressure of the medium-large cell module. deriving a profile (SOC-temperature profile) of a generated temperature according to a charge amount of a medium-large cell module to be predicted; mounting a small cell having a capacity of 1.0 Ah or less inside an explosion pressure measuring device; heating the small cell in a same manner as the SOC-temperature profile derived in step S100 and overcharging the small cell under the same SOC-voltage conditions as derived from the medium-large cell module in step S100 until the small cell is exploded; measuring a pressure when the small cell is exploded; and converting the measured pressure of the small cell into a pressure of the medium-large cell module.
A dicing blade for rotation driving, the dicing blade which is configured to be mounted on a rotating spindle and relatively slide on a flat tabular workpiece formed from a brittle material at a certain cut depth to perform cutting or grooving process on the workpiece in a ductile mode, wherein the dicing blade is formed into a discoid shape and characterised by a dicing blade, which is integrally composed of a polycrystalline diamond being a sintered combined body between diamond abrasive grains, and where the polycrystalline diamond has a content of the diamond abrasive grains of more than 80 vol%.
A synchronization signal block determining method, wherein the method is performed by a terminal device and comprises: detecting, by the terminal device, a first synchronization signal block, SSB; and determining, by the terminal device, a second SSB based on the first SSB, wherein a frequency domain position of the first SSB and a frequency domain position of the second SSB are within a preset bandwidth, or a difference between frequency domain positions of the first SSB and the second SSB is a preset value, and both the first SSB and the second SSB are cell-defining synchronization signal blocks, CD-SSBs; wherein information carried in a synchronization signal of the first SSB is the same as information carried in a synchronization signal of the second SSB, and information carried in a physical broadcast channel, PBCH of the first SSB is the same as information carried in a PBCH of the second SSB; and wherein the method further comprises: combining, by the terminal device, the PBCH of the first SSB and the PBCH of the second SSB, and demodulating, by the terminal device, a combined PBCH. detecting, by the terminal device, a first synchronization signal block, SSB; and determining, by the terminal device, a second SSB based on the first SSB, wherein a frequency domain position of the first SSB and a frequency domain position of the second SSB are within a preset bandwidth, or a difference between frequency domain positions of the first SSB and the second SSB is a preset value, and both the first SSB and the second SSB are cell-defining synchronization signal blocks, CD-SSBs; wherein information carried in a synchronization signal of the first SSB is the same as information carried in a synchronization signal of the second SSB, and information carried in a physical broadcast channel, PBCH of the first SSB is the same as information carried in a PBCH of the second SSB; and wherein the method further comprises: combining, by the terminal device, the PBCH of the first SSB and the PBCH of the second SSB, and demodulating, by the terminal device, a combined PBCH.
Current transformer arrangement for high voltage gas insulated switchgear substation, wherein the current transformer is arranged in an enclosure of housing, characterized in that the current transformer is embedded by vacuum casting resin outside of a metal tube of a metal assembly, in such, that a primary conductor of the current transformer is located in the middle of the metal assembly and sealed by insulation gas, and that on the metal tube are fixed secondary coils by polyurethane and centered, and that a secondary box (1*) is casted sidely on the casted resin of the metal tube, in order to contain secondary side elements of the current transformer, which are secondary clamps, and/or bushing supports, and/or earthing clamps, and that the sidely arranged secondary box is casted integrally in the same resin as the current transformer.