mhurhangee/ep-ind-claims huggingface dataset:
Conveying device containing a conveying pipe, characterized in that a) a pipe inlet flange on the upper conveying pipe end and a pipe outlet flange on the lower conveying pipe end, b) rotationally symmetric counter flanges on the corresponding containers, pipeline ends or other docking devices to the conveying pipe flanges (1, 3), c) rapid-action clamping devices as pipe fastenings having the rotationally symmetric counter flanges and receiving collars on the counter flange are present. a) a pipe inlet flange on the upper conveying pipe end and a pipe outlet flange on the lower conveying pipe end, b) rotationally symmetric counter flanges on the corresponding containers, pipeline ends or other docking devices to the conveying pipe flanges (1, 3), c) rapid-action clamping devices as pipe fastenings having the rotationally symmetric counter flanges and receiving collars on the counter flange
A lightweight protective rigid cap insert for use with an air permeable fabric golf cap, comprising: a protective rigid material moulded in a shape that internally closely follows a head, but externally describes a cap shape; an integral rigid peak; a plurality of layers of impact absorbing material lining the inner side of the insert, with the inclusion of cuts for sizing and comfort; a plurality of ventilation holes in the top of the insert; wherein the outer surface of the insert is smooth and contain no ridges, texture or raised or lowered parts, and wherein the thickness of the insert ranges from 0.5 mm to 3 mm, tapered from the thickest point at its top section in use to its rim, characterised in that said cap insert includes extended protection over the head temporal area and base of the skull. a protective rigid material moulded in a shape that internally closely follows a head, but externally describes a cap shape; an integral rigid peak; a plurality of layers of impact absorbing material lining the inner side of the insert, with the inclusion of cuts for sizing and comfort; a plurality of ventilation holes in the top of the insert; wherein the outer surface of the insert is smooth and contain no ridges, texture or raised or lowered parts, and wherein the thickness of the insert ranges from 0.5 mm to 3 mm, tapered from the thickest point at its top section in use to its rim, characterised in that said cap insert includes extended protection over the head temporal area and base of the skull.
Absorbent article comprising a topsheet forming a wearer-facing surface of the absorbent article, a backsheet forming a garment-facing surface of the absorbent article and an absorbent core interposed between the topsheet and the backsheet, wherein the absorbent article comprises a nonwoven material, the nonwoven material comprises at least 20%, by weight of the nonwoven material, of core/sheath bicomponent fibers, wherein the core component of the core/sheath bicomponent fiber is formed of polyethylene terephthalate and the sheath component is formed of a thermoplastic polymer other than PET, wherein the sheath component has an opacity of at least 10%, as measured according to the test method set out herein, and wherein the PET comprises less than 150 ppm of antimony, as measured according to the test method set out herein in the Summary of the Invention, the core component having an a* value unequal zero, and having a b* value unequal zero, as measured according to the test method set out herein.
A battery pack that is charged by a charger, comprising: an input component to which current and voltage are applied from the charger; a current and voltage measurement component configured to measure the current and voltage inputted to the input component; and an improper charge detector configured to compare a measurement result from the current and voltage measurement component with a measurement result after charging by a designated charger, and determine whether or not the charging is being done by an improper charging method, wherein the improper charge detector performs waveform analysis or frequency analysis on the basis of the measurement result from the current and voltage measurement component. an input component to which current and voltage are applied from the charger; a current and voltage measurement component configured to measure the current and voltage inputted to the input component; and an improper charge detector configured to compare a measurement result from the current and voltage measurement component with a measurement result after charging by a designated charger, and determine whether or not the charging is being done by an improper charging method, wherein the improper charge detector performs waveform analysis or frequency analysis on the basis of the measurement result from the current and voltage measurement component.
A frame system for supporting two wheels of an associated vehicle for transport within an existing transportable structure having longitudinally extending side structures, the frame system comprising a transverse wheel supporting frame (41,43) supported by two vertical posts (40,42) located one at each end of the wheel supporting frame, the wheel supporting frame being raiseable with or without a vehicle loaded thereon and once raised being fixable to the posts at a chosen location for transport within the transportable structure, the system being characterized in that each post (40,42) is provided with attachment means for securing the top and bottom of the post at a plurality of locations along the length of the associated side structure independent of the shape of the side structure and in that the attachment means comprises ties of adjustable length which when in use pull the top of each post in the fore and aft direction relative to the side structure to locate each post.
Steam turbine comprising a rotatably mounted rotor, an inner casing and a high-pressure flow duct arranged between the rotor and the inner casing, wherein the rotor has a dummy piston, wherein the steam turbine has a dummy piston line, wherein the dummy piston line opens into a dummy piston prechamber, the steam turbine has a wet steam line, which establishes a fluidic connection between a gap space and a first pressure space, wherein the gap space is arranged between the rotor and the inner casing, wherein the dummy piston line is connected fluidically to a steam source wherein the steam source is arranged outside the steam turbine, wherein the steam turbine has a second flow duct and an inflow zone assigned to the second flow duct, wherein the dummy piston line is connected fluidically to the inflow zone, characterized in that the first pressure space is arranged in the inflow zone, wherein the second flow duct has the first pressure space and a feed opening for feeding steam into the first pressure space, wherein the second flow duct has a plurality of blade stages arranged in series in a direction of flow and comprising guide and rotor blades.
Covering with a shackle which is pivotably mounted on a shackle receptacle having a projecting fastening eye and a shackle bolt, for fitting to a front and/or rear side of a motor vehicle, in particular a commercial vehicle, characterized in that the covering encloses, in the form of a shell, the fastening eye, the shackle bolt and the shackle and is fastened to the shackle retainer and/or the shackle by a resilient latching connection.
A battery-powered printer comprising: a battery receptacle in which a battery is detachably mounted; a printing mechanism driven by electric power output from the battery during printing on a recording medium; and a processor configured to perform an operation of functional units including an electric power control unit and a drive control unit; characterized in that: the electric power control unit is configured to identify, before printing of print data is performed, a type of the battery, classified based on a maximum value of a current which can be output by the battery, mounted in the battery receptacle, and notify the drive control unit of the identification result; and the drive control unit is configured to specify a drive parameter corresponding to the type notified from the electric power control unit, and control the operation of the printing mechanism based on various setting values included in the specified drive parameter comprising printing parameter and additional parameter; wherein the printing parameter is a parameter defining various setting values of the printing mechanism relating to a printing operation of print data, and the additional parameter is a parameter additionally defining a setting value of an operation of the printing mechanism in relation to the printing operation of the print data. a battery receptacle in which a battery is detachably mounted; a printing mechanism driven by electric power output from the battery during printing on a recording medium; and a processor configured to perform an operation of functional units including an electric power control unit and a drive control unit; characterized in that: the electric power control unit is configured to identify, before printing of print data is performed, a type of the battery, classified based on a maximum value of a current which can be output by the battery, mounted in the battery receptacle, and notify the drive control unit of the identification result; and the drive control unit is configured to specify a drive parameter corresponding to the type notified from the electric power control unit, and control the operation of the printing mechanism based on various setting values included in the specified drive parameter comprising printing parameter and additional parameter; wherein the printing parameter is a parameter defining various setting values of the printing mechanism relating to a printing operation of print data, and the additional parameter is a parameter additionally defining a setting value of an operation of the printing mechanism in relation to the printing operation of the print data.
A composition comprising: dimethyl carbonate, and dimethyl sulfoxide (DMSO), xylene or xylene containing mixture of isomers and ethyl benzene, and a corrosion inhibitor, wherein the composition removes paint and has a flash point at or above 21°C (70 degrees Fahrenheit). dimethyl carbonate, and dimethyl sulfoxide (DMSO), xylene or xylene containing mixture of isomers and ethyl benzene, and a corrosion inhibitor, wherein the composition removes paint and has a flash point at or above 21°C (70 degrees Fahrenheit).
A method, comprising: receiving, by a controller of a plurality of storage devices, a first instruction from a host computing device coupled to the controller, wherein the first instruction includes a first address and an operand, wherein the first instruction is nominally associated with an anti-malware protection related operation, and the first address refers to first one or more storage locations of the plurality of storage devices; characterized by recovering from the operand, by the controller, a second instruction to be operated on second one or more storage locations of the plurality of storage devices, wherein the second instruction is substantively associated with the anti-malware protection related operation, and the first and second one or more storage locations differ by at least one storage location; and executing the second instruction, by the controller, to operate on the second one or more storage locations to effectuate the anti-malware protection related operation. receiving, by a controller of a plurality of storage devices, a first instruction from a host computing device coupled to the controller, wherein the first instruction includes a first address and an operand, wherein the first instruction is nominally associated with an anti-malware protection related operation, and the first address refers to first one or more storage locations of the plurality of storage devices; characterized by recovering from the operand, by the controller, a second instruction to be operated on second one or more storage locations of the plurality of storage devices, wherein the second instruction is substantively associated with the anti-malware protection related operation, and the first and second one or more storage locations differ by at least one storage location; and executing the second instruction, by the controller, to operate on the second one or more storage locations to effectuate the anti-malware protection related operation.
A water electrolysis system comprising: a water electrolysis tank including an anode chamber including an anode therein and configured to electrolyze water by electric power to generate an oxygen gas, the electric power being supplied from an outside, a cathode chamber including a cathode therein and configured to electrolyze the water by the electric power to generate a hydrogen gas, and a diaphragm arranged between the anode chamber and the cathode chamber; a cathode side gas passage through which a cathode side gas discharged from the cathode chamber and containing the hydrogen gas flows; a monitoring device (3, 7) configured to monitor at least one of a hydrogen concentration of the cathode side gas in the cathode side gas passage, an oxygen concentration of the cathode side gas in the cathode side gas passage, and an amount of electric power supplied to the water electrolysis tank; a hydrogen supply passage through which the hydrogen gas is supplied to the cathode side gas in the cathode side gas passage to increase the hydrogen concentration of the cathode side gas; and a flow regulating valve (V3, V4) configured to regulate a flow rate of the hydrogen gas supplied through the hydrogen supply passage to the cathode side gas. an anode chamber including an anode therein and configured to electrolyze water by electric power to generate an oxygen gas, the electric power being supplied from an outside, a cathode chamber including a cathode therein and configured to electrolyze the water by the electric power to generate a hydrogen gas, and a diaphragm arranged between the anode chamber and the cathode chamber; a cathode side gas passage through which a cathode side gas discharged from the cathode chamber and containing the hydrogen gas flows; a monitoring device (3, 7) configured to monitor at least one of a hydrogen concentration of the cathode side gas in the cathode side gas passage, an oxygen concentration of the cathode side gas in the cathode side gas passage, and an amount of electric power supplied to the water electrolysis tank; a hydrogen supply passage through which the hydrogen gas is supplied to the cathode side gas in the cathode side gas passage to increase the hydrogen concentration of the cathode side gas; and a flow regulating valve (V3, V4) configured to regulate a flow rate of the hydrogen gas supplied through the hydrogen supply passage to the cathode side gas.
A scintillator panel for converting radiation into scintillation light, the scintillator panel comprising: a substrate (2, 2D) including a principal surface and having transparency with respect to the scintillation light; a scintillator layer (3, 3A, 3B) disposed on the principal surface; a frame member disposed on the principal surface so as to surround the scintillator layer (3, 3A, 3B) when viewed in a direction intersecting the principal surface; a protective layer disposed on the principal surface and the scintillator layer (3, 3A, 3B) and fixed to the frame member so as to seal the scintillator layer (3, 3A, 3B); a sheet-shaped optical functional layer disposed between the scintillator layer (3, 3A, 3B) and the protective layer, the optical functional layer is either a light reflecting layer or a light absorbing layer; and an elastic member interposed between the optical functional layer and the protective layer and elastically deformed, wherein a height of the frame member from the principal surface is larger than a height of the scintillator layer (3, 3A, 3B) from the principal surface, wherein the scintillator layer (3, 3A, 3B) includes a plurality of columnar crystals (30, 30A, 30B) of a scintillator material, and wherein the optical functional layer is pressed to the scintillator layer (3, 3A, 3B) by an elastic force of the elastic member and comes in contact with the scintillator layer (3, 3A, 3B) in a plurality of regions including tips of the plurality of columnar crystals. a substrate (2, 2D) including a principal surface and having transparency with respect to the scintillation light; a scintillator layer (3, 3A, 3B) disposed on the principal surface; a frame member disposed on the principal surface so as to surround the scintillator layer (3, 3A, 3B) when viewed in a direction intersecting the principal surface; a protective layer disposed on the principal surface and the scintillator layer (3, 3A, 3B) and fixed to the frame member so as to seal the scintillator layer (3, 3A, 3B); a sheet-shaped optical functional layer disposed between the scintillator layer (3, 3A, 3B) and the protective layer, the optical functional layer is either a light reflecting layer or a light absorbing layer; and an elastic member interposed between the optical functional layer and the protective layer and elastically deformed, wherein a height of the frame member from the principal surface is larger than a height of the scintillator layer (3, 3A, 3B) from the principal surface, wherein the scintillator layer (3, 3A, 3B) includes a plurality of columnar crystals (30, 30A, 30B) of a scintillator material, and wherein the optical functional layer is pressed to the scintillator layer (3, 3A, 3B) by an elastic force of the elastic member and comes in contact with the scintillator layer (3, 3A, 3B) in a plurality of regions including tips of the plurality of columnar crystals.
A spring assembly for a vehicle bogie suspension arrangement, said spring assembly comprising a set of washers (20, 22, 24, 26) moulded into an elastomer body, said spring assembly having an axial extension in an axial direction and said washers (20, 22, 24, 26) being arranged relative to each other in said axial direction, characterized in that at least one, preferably a plurality, of said washers (20, 22, 24, 26) is a spring washer comprising a spring washer body and at least two spring tongues (32, 34), each spring tongue (32, 34) having a spring base connected to said spring washer body and a spring tip distal to said spring base, at least a portion of said spring tongue being located at a non-zero distance from said spring base in said axial direction.
A hydraulic excavator, comprising: a main control valve, wherein the main control valve comprises: a straight travel valve unit, a rotary unit, a dozer blade unit, a first boom unit, a second boom and hammer unit, a first arm unit, a travel left unit, an oil inlet unit, a travel right unit, a bucket unit, a second arm unit, and an oil return passage; the main control valve for hydraulic excavator is oil supplied by three pumps (P1, P2, P3) comprising a first pump, a second pump, and a third pump, wherein the first pump and the second pump are two variable pumps having the same displacement and the third pump is standalone; the three pumps (P1, P2, P3) are under total power control, and the rated pressure of the third pump is less than the rated pressure of the first pump and that of the second pump, characterized in that the main control valve for hydraulic excavator further comprises: a level-mode oil supply circuit, through which the first pump, the second pump and third pump supply oil confluently to the arm cylinder of the hydraulic excavator, the level-mode oil supply circuit comprises: a level-mode selecting valve, the inlet of which is connected with the dozer blade unit, one outlet of which is connected with the second boom and hammer unit and another outlet of which is connected with the oil return passage; a passage, one end of which is connected with the first arm unit and the other end thereof is connected with the bucket unit. a straight travel valve unit, a rotary unit, a dozer blade unit, a first boom unit, a second boom and hammer unit, a first arm unit, a travel left unit, an oil inlet unit, a travel right unit, a bucket unit, a second arm unit, and an oil return passage; the main control valve for hydraulic excavator is oil supplied by three pumps (P1, P2, P3) comprising a first pump, a second pump, and a third pump, wherein the first pump and the second pump are two variable pumps having the same displacement and the third pump is standalone; the three pumps (P1, P2, P3) are under total power control, and the rated pressure of the third pump is less than the rated pressure of the first pump and that of the second pump, characterized in that the main control valve for hydraulic excavator further comprises: a level-mode oil supply circuit, through which the first pump, the second pump and third pump supply oil confluently to the arm cylinder of the hydraulic excavator, the level-mode oil supply circuit comprises: a level-mode selecting valve, the inlet of which is connected with the dozer blade unit, one outlet of which is connected with the second boom and hammer unit and another outlet of which is connected with the oil return passage; a passage, one end of which is connected with the first arm unit and the other end thereof is connected with the bucket unit. a level-mode selecting valve, the inlet of which is connected with the dozer blade unit, one outlet of which is connected with the second boom and hammer unit and another outlet of which is connected with the oil return passage; a passage, one end of which is connected with the first arm unit and the other end thereof is connected with the bucket unit.
Low-voltage circuit breaker device comprising at least one outer conductor section from an outer conductor supply connection of the low-voltage circuit breaker device to an outer conductor load connection of the low-voltage circuit breaker device, a mechanical bypass switch being arranged in the outer conductor section, a first semiconductor circuit arrangement of the low-voltage circuit breaker device being connected in parallel with the bypass switch, a current measurement arrangement being arranged in the outer conductor section, which current measurement arrangement is connected to an electronic control unit of the circuit breaker device, the electronic control unit being designed to actuate the bypass switch and the first semiconductor circuit arrangement when a predeterminable overcurrent, in particular a short-circuit current, is detected by the current measurement arrangement, a second semiconductor circuit arrangement being arranged in the outer conductor section so as to be in series with the bypass switch and in parallel with the first semiconductor circuit arrangement in terms of circuitry, the second semiconductor circuit arrangement comprising low-voltage MOSFETs, and the bypass switch being designed as a multi-break switch, the multi-break switch having at least one double break, characterized in that the multi-break switch comprises at least one movable switching bridge having at least one first and at least one second movable contact, in that the low-voltage circuit breaker device has a neutral conductor section from a neutral conductor connection of the low-voltage circuit breaker device to a neutral conductor load connection of the low-voltage circuit breaker device, and in that the low voltage MOSFETs are designed as 20-30V MOSFETs.