mhurhangee/ep-ind-claims huggingface dataset:
An identification circuit (140, 240, 340) for a power sourcing equipment (110, 210, 310), configured to detect whether the power sourcing equipment (110, 210, 310) is a first power sourcing equipment or a second power sourcing equipment, wherein the first power sourcing equipment and the second power sourcing equipment have different supply powers, and generate overload protection when a load power exceeds the supply powers of the first power sourcing equipment and the second power sourcing equipment, and the identification circuit (140, 240, 340) comprises a charge retention module, a load module, an identification module, and an overload protection monitoring module, wherein the charge retention module is connected to the power sourcing equipment (110, 210, 310) or a voltage converting module (120, 220, 320) to which the power sourcing equipment (110, 210, 310) is connected, and after being charged by an input voltage of the power sourcing equipment (110, 210, 310) or the voltage converting module (120, 220, 320), outputs a first charging voltage; the load module connects to the power sourcing equipment (110, 210, 310) or the voltage converting module (120, 220, 320) when a difference value of the input voltage of the power sourcing equipment (110, 210, 310) or the voltage converting module (120, 220, 320) minus the first charging voltage is greater than a threshold, wherein a load power of the load module is set as that the power sourcing equipment (110, 210, 310) does not generate overload protection when the power sourcing equipment (110, 210, 310) is the first power sourcing equipment, and the power sourcing equipment (110, 210, 310) generates overload protection when the power sourcing equipment (110, 210, 310) is the second power sourcing equipment; the overload protection monitoring module detects whether the power sourcing equipment (110, 210, 310) generates overload protection; and the identification module is charged by the first charging voltage when the power sourcing equipment (110, 210, 310) generates overload protection, and outputs a second charging voltage as an identification signal.
A tobacco smoke filter or filter element comprising: a wrapper engaged around a longitudinally extending core of tobacco smoke filtering material, wherein a first end of the wrapper is substantially flush with a first end of the core around which it is engaged, and a second end of the wrapper extends beyond a second end of the core around which is engaged to define a cavity at the second end of the filter or filter element; and an adhesive disposed between the wrapper and the core, wherein the adhesive is not disposed on the portion of the wrapper which extends beyond the second end of the core around which it is engaged to define the cavity; and an additive distanced from the second end of the core. a wrapper engaged around a longitudinally extending core of tobacco smoke filtering material, wherein a first end of the wrapper is substantially flush with a first end of the core around which it is engaged, and a second end of the wrapper extends beyond a second end of the core around which is engaged to define a cavity at the second end of the filter or filter element; and an adhesive disposed between the wrapper and the core, wherein the adhesive is not disposed on the portion of the wrapper which extends beyond the second end of the core around which it is engaged to define the cavity; and an additive distanced from the second end of the core.
A heavy goods vehicle having: a rear axle; a vehicle frame which is designed as a ladder-type frame and has two main longitudinal members which are spaced apart in parallel; and an electrical drive unit which is arranged between the two main longitudinal members and is arranged behind the rear axle with respect to a forward direction of travel of the heavy goods vehicle, characterized in that an output shaft of the electrical drive unit is oriented in a longitudinal direction of the heavy goods vehicle. a rear axle; a vehicle frame which is designed as a ladder-type frame and has two main longitudinal members which are spaced apart in parallel; and an electrical drive unit which is arranged between the two main longitudinal members and is arranged behind the rear axle with respect to a forward direction of travel of the heavy goods vehicle, characterized in that an output shaft of the electrical drive unit is oriented in a longitudinal direction of the heavy goods vehicle.
A gage for measuring the distance from a hole center to a measured reference plane, consisting of a measurement plate, screws, a fixed block, a jack screw, a fixed column and a spring, characterized in that the upper right part of the measurement plate is attached to the left side of the fixed block, and both are fixed by the screws; a guide column at the upper part of the fixed column is fitted with a hole in the fixed block, and the fit clearance is not more than 0.01 mm; the jack screw is installed on the right side of the fixed block, and the top of the jack screw is engaged with a sliding chute in the guide column; and the spring is sleeved outside the guide column and arranged below the fixed block, wherein the fixed column comprises a positioning column, a transition column, a tapered column and the guide column; the top of the positioning column is connected with the lower end of the transition column; the upper end of the transition column is connected with the bottom surface of the small end of the tapered column; and the top surface of the large end of the tapered column is connected with the lower end of the guide column, wherein the right side below the measurement plate is a step surface in order to observe whether the measured reference plane is placed between the steps on the right side below the measurement plate. wherein the fixed column comprises a positioning column, a transition column, a tapered column and the guide column; the top of the positioning column is connected with the lower end of the transition column; the upper end of the transition column is connected with the bottom surface of the small end of the tapered column; and the top surface of the large end of the tapered column is connected with the lower end of the guide column, wherein the right side below the measurement plate is a step surface in order to observe whether the measured reference plane is placed between the steps on the right side below the measurement plate.
A genetically modified Chinese hamster ovary cell line in which entry and/or propagation of minute virus of mouse is reduced or eliminated as compared to an unmodified parental cell line, wherein the genetically modified cell line comprises a modified chromosomal sequence comprising an inactivated chromosomal sequence encoding St3 beta-galactoside alpha-2,3-sialyltransferase 4 (St3Gal4).
A method for removal of an offshore fixed platform, the method comprising: removing a top deck of the fixed offshore platform installed on a mudline of a body of water; removing an upper structure of the fixed offshore platform, the upper structure being below the top deck, a lower structure secured to the mudline by one or more structural piles remaining, and wherein removing the upper structure of the fixed offshore platform comprises cutting shim plates configured to attach one or more structural piles within the one or more members of the lower structure; positioning a chaser pile to have a first end of the chaser pile be abut and in-line with an end of the structural pile, the chaser pile having a diameter sufficient to abut the structural pile; positioning a hammer driver at a second end of the chaser pile opposite the first end; hammering the chaser pile with the hammer driver to drive the structural pile, housed within one or more members of the lower structure, below the mudline of the body of water; removing the lower structure of the fixed offshore platform; and leaving the one or more structural piles below the mudline. removing a top deck of the fixed offshore platform installed on a mudline of a body of water; removing an upper structure of the fixed offshore platform, the upper structure being below the top deck, a lower structure secured to the mudline by one or more structural piles remaining, and wherein removing the upper structure of the fixed offshore platform comprises cutting shim plates configured to attach one or more structural piles within the one or more members of the lower structure; positioning a chaser pile to have a first end of the chaser pile be abut and in-line with an end of the structural pile, the chaser pile having a diameter sufficient to abut the structural pile; positioning a hammer driver at a second end of the chaser pile opposite the first end; hammering the chaser pile with the hammer driver to drive the structural pile, housed within one or more members of the lower structure, below the mudline of the body of water; removing the lower structure of the fixed offshore platform; and leaving the one or more structural piles below the mudline.
An electric storage system comprising: a plurality of electric storage devices including a plurality of modules; a battery management unit; a line concentrator connected with the battery management unit; and a system controller connected with the line concentrator through a communication passage, wherein the plurality of modules include a battery unit, a voltage measurement unit, a temperature measurement unit (25, 27) and a current measurement unit (28, 29), wherein the battery management unit is configured to control at least one of the plurality of electric storage devices based on an instruction transmitted from the line concentrator, wherein the battery management unit is configured to control charge/discharge of the electric storage device based on the instruction transmitted from the line concentrator, and characterized in that the electric storage system further comprises a common power line (L pw1) that is connected to the battery management unit and the line concentrator, and in that the line concentrator is configured to instruct that a charge/discharge of the at least one of the plurality of electric storage devices is prohibited in a case where a series number and parallel number of the modules set in the line concentrator by the system controller and the series number and parallel number of the modules based on data that the line concentrator has received are different. a plurality of electric storage devices including a plurality of modules; a battery management unit; a line concentrator connected with the battery management unit; and a system controller connected with the line concentrator through a communication passage, wherein the plurality of modules include a battery unit, a voltage measurement unit, a temperature measurement unit (25, 27) and a current measurement unit (28, 29), wherein the battery management unit is configured to control at least one of the plurality of electric storage devices based on an instruction transmitted from the line concentrator, wherein the battery management unit is configured to control charge/discharge of the electric storage device based on the instruction transmitted from the line concentrator, and characterized in that the electric storage system further comprises a common power line (L pw1) that is connected to the battery management unit and the line concentrator, and in that the line concentrator is configured to instruct that a charge/discharge of the at least one of the plurality of electric storage devices is prohibited in a case where a series number and parallel number of the modules set in the line concentrator by the system controller and the series number and parallel number of the modules based on data that the line concentrator has received are different.
A method for wireless communications performed by a user equipment, UE, comprising: determining, by the UE, an uplink channel raster for determining a frequency location of an uplink channel of a new radio, NR, low latency wireless communication technology over which the UE is configured to transmit uplink communications to a base station, wherein the determining comprises determining possible frequency locations that are at an offset related to possible frequency locations determined for a downlink channel of the NR low latency wireless communication over which the UE is configured to receive downlink communications from the base station; and transmitting, by the UE, uplink communications to the base station over the uplink channel, wherein the uplink channel raster is shifted, in frequency, with respect to an LTE communication technology uplink channel raster of an LTE communication technology, wherein the NR low latency wireless communication technology and the LTE communications technology coexist in the same frequency band. determining, by the UE, an uplink channel raster for determining a frequency location of an uplink channel of a new radio, NR, low latency wireless communication technology over which the UE is configured to transmit uplink communications to a base station, wherein the determining comprises determining possible frequency locations that are at an offset related to possible frequency locations determined for a downlink channel of the NR low latency wireless communication over which the UE is configured to receive downlink communications from the base station; and transmitting, by the UE, uplink communications to the base station over the uplink channel, wherein the uplink channel raster is shifted, in frequency, with respect to an LTE communication technology uplink channel raster of an LTE communication technology, wherein the NR low latency wireless communication technology and the LTE communications technology coexist in the same frequency band.
Use of a serum-free culture medium for inducing the differentiation of mammalian mesenchymal stem cells into osteocytes, wherein the serum-free culture medium comprises a basal medium for culturing mammalian cells, an agent for inducing differentiation of mammalian mesenchymal stem cells into osteocytes, a ligand for endothelial cell differentiation gene (Edg) family receptors, and selenium, and wherein the ligand for Edg family receptors is at least one selected from the group consisting of lysophosphatidic acid and salts thereof, and the agent for inducing differentiation comprises β-glycerophosphate, dexamethasone and vitamin C.
A bi-directional pump, comprising: a pump housing, the pump housing comprising a pump outlet; a fluid pressurizer positioned in the pump housing and configured to provide fluid flow selectively in a first direction and a second direction; a first passage positioned in the pump housing and a second passage positioned in the pump housing; a junction fluidly positioned in the pump housing connecting the first and second passages (30, 32) to the pump outlet; and a flow controller positioned in the pump housing to move relative thereto between a first position placing the first passage in fluid communication with the pump outlet via the junction when the fluid pressurizer provides fluid flow in the first direction, and a second position placing the second passage in fluid communication with the pump outlet via the junction when the fluid pressurizer provides fluid flow in the second direction; wherein the first passage comprises: a first passage bend; a first passage aperture opening into the first passage bend; and a first travel limiter configured to limit the travel of the flow controller so as to space the flow controller from the first passage aperture; characterized in that the pump housing comprises a bore, the bore comprises a portion of the first passage and of the second passage and of the junction, the bore comprises the first travel limiter. a pump housing, the pump housing comprising a pump outlet; a fluid pressurizer positioned in the pump housing and configured to provide fluid flow selectively in a first direction and a second direction; a first passage positioned in the pump housing and a second passage positioned in the pump housing; a junction fluidly positioned in the pump housing connecting the first and second passages (30, 32) to the pump outlet; and a flow controller positioned in the pump housing to move relative thereto between a first position placing the first passage in fluid communication with the pump outlet via the junction when the fluid pressurizer provides fluid flow in the first direction, and a second position placing the second passage in fluid communication with the pump outlet via the junction when the fluid pressurizer provides fluid flow in the second direction; wherein the first passage comprises: a first passage bend; a first passage aperture opening into the first passage bend; and a first travel limiter configured to limit the travel of the flow controller so as to space the flow controller from the first passage aperture; characterized in that the pump housing comprises a bore, the bore comprises a portion of the first passage and of the second passage and of the junction, the bore comprises the first travel limiter.
A method for manufacturing insulation products based on mineral wool bound by an organic binder, comprising the following successive steps: (a) providing mineral wool at room temperature, (b) applying, to the mineral wool, an aqueous thermosetting binder composition, (c) drying the mineral wool impregnated with the aqueous thermosetting binder composition to obtain thermosetting mineral wool, (d) shaping the thermosetting mineral wool, and (e) heating the shaped thermosetting mineral wool at a temperature for long enough to enable the constituents of the binder to be condensed and an insoluble binder to be formed. (a) providing mineral wool at room temperature, (b) applying, to the mineral wool, an aqueous thermosetting binder composition, (c) drying the mineral wool impregnated with the aqueous thermosetting binder composition to obtain thermosetting mineral wool, (d) shaping the thermosetting mineral wool, and (e) heating the shaped thermosetting mineral wool at a temperature for long enough to enable the constituents of the binder to be condensed and an insoluble binder to be formed.
An injection molding device for manufacturing tubes having an internal thread, having a tool that forms an article cavity, having means for filling the article cavity with a thermoplastic molding compound, having an injection device for injecting a fluid toward a projectile to be driven through the article cavity, wherein the injection device comprises a projectile carrier having at least one injection nozzle and having at least one projectile receptacle for a projectile as a displacement member for the molding compound, wherein the projectile carrier at an end that is remote from the projectile receptacle is provided with a thread-bearing stamping core which is adjustable relative to the projectile carrier between a first position that forms a thread, and a demolded second position, wherein the stamping core in the first position plunges into the article cavity and seals the latter, wherein the stamping core is configured as a rotary core.
A method of manufacturing a semiconductor device, the method comprising: forming a trench that includes a needle defect in a bottom part of the trench; forming a liner oxide over the trench that includes the needle defect; depositing a high density plasma oxide over the trench including the needle defect; removing the part of the high density oxide and the liner oxide over the needle defect by applying an oxide etch; and after the step of applying the oxide etch, etching back the needle defect by applying a silicon etch. forming a trench that includes a needle defect in a bottom part of the trench; forming a liner oxide over the trench that includes the needle defect; depositing a high density plasma oxide over the trench including the needle defect; removing the part of the high density oxide and the liner oxide over the needle defect by applying an oxide etch; and after the step of applying the oxide etch, etching back the needle defect by applying a silicon etch.
A method of processing fingerprint recognition, characterized by: obtaining fingerprint information on a fingerprint collection area of an electronic device, wherein the fingerprint collection area is determined based on a fingerprint sensor; obtaining a capacitance variation of touch information on a designated area within a touch screen of the electronic device through a touch circuit in the touch screen in response to determining that a fingerprint recognition fails based on the fingerprint information, wherein the designated area is besides the fingerprint collection area, and a distance between the designated area and the fingerprint collection area is within a designated range; determining whether a preset touch condition is satisfied, wherein the preset touch condition includes that the capacitance variation is greater than or equal to a first preset threshold; prohibiting a fingerprint recognition failure operation from being executed when the preset touch condition is satisfied; and executing the fingerprint recognition failure operation when the preset touch condition is not satisfied. obtaining fingerprint information on a fingerprint collection area of an electronic device, wherein the fingerprint collection area is determined based on a fingerprint sensor; obtaining a capacitance variation of touch information on a designated area within a touch screen of the electronic device through a touch circuit in the touch screen in response to determining that a fingerprint recognition fails based on the fingerprint information, wherein the designated area is besides the fingerprint collection area, and a distance between the designated area and the fingerprint collection area is within a designated range; determining whether a preset touch condition is satisfied, wherein the preset touch condition includes that the capacitance variation is greater than or equal to a first preset threshold; prohibiting a fingerprint recognition failure operation from being executed when the preset touch condition is satisfied; and executing the fingerprint recognition failure operation when the preset touch condition is not satisfied.
An oil-based inkjet ink comprising a pigment, a pigment dispersant and a non-aqueous solvent, wherein the non-aqueous solvent contains a silicone oil having a surface tension of at least 19.0 mN/m but less than 24.0 mN/m and a polar solvent having a surface tension of at least 27.0 mN/m, wherein said polar solvent comprises at least one solvent selected from the group consisting of ester-based solvents, higher alcohol-based solvents having at least 6 carbon atoms, higher fatty acid-based solvents having at least 12 carbon atoms, and glycol ether-based solvents, and a surface tension of the ink is at least 23.0 mN/m but less than 27.0 mN/m, and wherein the amount of the silicone oil having a surface tension of at least 19.0 mN/m but less than 24.0 mN/m is at least 15% by mass relative to the total mass of the non-aqueous solvent and, wherein the surface tension of the silicone oil, polar solvent and ink is determined by a maximum bubble pressure method under measurement conditions of 23°C and 0.05Hz.