mhurhangee/ep-ind-claims huggingface dataset:
A commodity sensing system based on weight monitoring, the system comprising: a goods database generation unit that generates a goods database; at least one shelf, wherein each shelf includes at least one rack, and at least one item of goods is placed on each rack; a weight acquisition unit that collects a real-time weight sensing value of each rack in real time; a pick or place status judgment unit that determines whether a weight sensing value of each rack changes or not, wherein if the weight sensing value of a rack becomes smaller, it determines that goods have been taken away from the rack; and if the weight sensing value of the rack becomes larger, it determines that goods have been put back on the rack; a goods database updating unit that stores the real-time weight sensing value in the goods database, so as to update the weight sensing value of each rack in the goods database; an image identification system having at least one image sensor positioned at the top of a closed space, facing downwards, and having a field of view covering the entire bottom surface of the closed space, wherein the at least one image sensor is configured to monitor positions of users within the closed space; a shopping user judgment system that determines, on the basis of the monitored positions of the users when the goods were taken away from or put back on the rack, an identity of the user who took away or put back the goods; and a shopping information recording unit that records a type and quantity of the goods taken away by each user. a goods database generation unit that generates a goods database; at least one shelf, wherein each shelf includes at least one rack, and at least one item of goods is placed on each rack; a weight acquisition unit that collects a real-time weight sensing value of each rack in real time; a pick or place status judgment unit that determines whether a weight sensing value of each rack changes or not, wherein if the weight sensing value of a rack becomes smaller, it determines that goods have been taken away from the rack; and if the weight sensing value of the rack becomes larger, it determines that goods have been put back on the rack; a goods database updating unit that stores the real-time weight sensing value in the goods database, so as to update the weight sensing value of each rack in the goods database; an image identification system having at least one image sensor positioned at the top of a closed space, facing downwards, and having a field of view covering the entire bottom surface of the closed space, wherein the at least one image sensor is configured to monitor positions of users within the closed space; a shopping user judgment system that determines, on the basis of the monitored positions of the users when the goods were taken away from or put back on the rack, an identity of the user who took away or put back the goods; and a shopping information recording unit that records a type and quantity of the goods taken away by each user.
A carrier core material for electrophotographic developer containing a soft ferrite, expressed by (Mg X Mn 1-X)Fe 2 O 4 (wherein X is in a range of 0.1 ≤ X < 1.), wherein an analysis value of P on the surface of the carrier core material by EDS is 0.1 mass% or more, an analysis value of Mg on the surface of the carrier core material by EDS is 2 mass% or more, a content of Mg in the carrier core material is 2 mass% or more, and when the content of Mg in the carrier core material is expressed by M1, and the analysis value of Mg on the surface of the carrier core material by EDS is expressed by M2, a value of M2/M1 exceeds 1.0, wherein a quantitative analysis value of Mg and P on the surface of the carrier core material is obtained by EDS using SEM-EDS measurement apparatus, wherein the measurement apparatus is adjusted so that only one particle of the carrier core material is included in a visual field of a 4000 magnification photograph, and element content (mass percentage) of Mg and P on the surface of the particle of the carrier core material is measured and obtained, using an overall visual field as a measurement area, and wherein that measurement is performed to 30 particles of the carrier core material, and an average value thereof is used as a measurement result.
A slide plate hinge for portable electronic device terminal, comprising: a fixed plate; and a slide plate, wherein: a slide plate sliding guide groove is respectively arranged on each of both sides of the fixed plate, a central section of a groove wall on one side of the slide plate sliding guide groove is of an elastic structure, the elastic structure and the groove wall on the other side of the slide plate sliding guide groove are configured to clamp the slide plate, the sliding plate sliding guide groove is arranged in an installation slot; and the fixed plate is provided with a spring strip configured to support the elastic structure, characterized in that: an outside of a groove bottom of the sliding plate sliding guide groove is provided with a left-and-right limit structure, the fixed plate is provided with a limit slot matched to the left-and-right limit structure, the elastic structure comprises a friction block, in the middle of the elastic structure, protruding on a sliding path of the slide plate and moving up and down, and the spring strip is cocked vertically upward and is applied to the bottom of the friction block, compressing the space between an upper structure and a lower structure of the sliding guide groove. a fixed plate; and a slide plate, wherein: a slide plate sliding guide groove is respectively arranged on each of both sides of the fixed plate, a central section of a groove wall on one side of the slide plate sliding guide groove is of an elastic structure, the elastic structure and the groove wall on the other side of the slide plate sliding guide groove are configured to clamp the slide plate, the sliding plate sliding guide groove is arranged in an installation slot; and the fixed plate is provided with a spring strip configured to support the elastic structure, a slide plate sliding guide groove is respectively arranged on each of both sides of the fixed plate, a central section of a groove wall on one side of the slide plate sliding guide groove is of an elastic structure, the elastic structure and the groove wall on the other side of the slide plate sliding guide groove are configured to clamp the slide plate, the sliding plate sliding guide groove is arranged in an installation slot; and the fixed plate is provided with a spring strip configured to support the elastic structure, characterized in that: an outside of a groove bottom of the sliding plate sliding guide groove is provided with a left-and-right limit structure, the fixed plate is provided with a limit slot matched to the left-and-right limit structure, the elastic structure comprises a friction block, in the middle of the elastic structure, protruding on a sliding path of the slide plate and moving up and down, and the spring strip is cocked vertically upward and is applied to the bottom of the friction block, compressing the space between an upper structure and a lower structure of the sliding guide groove.
A method of fabricating a display panel, the display panel comprising a pixel region and a fan-out region, the method comprising steps of sequentially forming first signal lines, a first insulation layer, second signal lines and a second insulation layer on a substrate, the first signal lines and the second signal lines being provided in the pixel region to intersect each other, and extending from the pixel region into the fan-out region, respectively, wherein the step of forming the second insulation layer comprises sequentially forming, on the substrate having the second signal lines formed thereon, at least four layers of structures whose densities decrease gradually, to form the layers of structures of the second insulation layer, each layer of structure (14-1, 14-2, 14-3, 14-4)of the second insulation layer is made of the same material, and the second insulation layer comprises four layers of structures, the step of sequentially forming the four layers of structures of the second insulation layer on the substrate having the second signal lines formed thereon comprises: forming the second insulation layer by a chemical vapor deposition process using reaction gases of NH 3, N 2 and SiH 4 under a temperature ranging from 250°C to 400°C, when forming the first layer of structure of the second insulation layer, a flow rate of SiH 4 ranges from 500sccm to 1500sccm, a flow rate of NH 3 ranges from 2000sccm to 4000sccm, a flow rate of N 2 ranges from 10000sccm to 30000sccm, a reaction power ranges from 3000W to 6000W, a reaction pressure ranges from 500mtorr to 1000mtorr, and a reaction distance ranges from 12.7 mm (500 mils) to 38.1 mm (1500 mils); when forming the second layer of structure of the second insulation layer, the flow rate of SiH 4 ranges from 1000sccm to 2000sccm, the flow rate of NH 3 ranges from 3000sccm to 5000sccm, the flow rate of N 2 ranges from 10000sccm to 30000sccm, the reaction power ranges from 3000W to 7000W, the reaction pressure ranges from 800mtorr to 1500mtorr, and the reaction distance ranges from 20.32 mm (800 mils) to 38.1 mm (1500 mils); when forming the third layer of structure of the second insulation layer, the flow rate of SiH 4 ranges from 1000sccm to 2000sccm, the flow rate of NH 3 ranges from 3000sccm to 7000sccm, the flow rate of N 2 ranges from 10000sccm to 30000sccm, the reaction power ranges from 3000W to 7000W, the reaction pressure ranges from 1000mtorr to 2500mtorr, and the reaction distance ranges from 20.32 mm (800 mils) to 38.1 mm (1500 mils); and when forming the fourth layer of structure of the second insulation layer, the flow rate of SiH 4 ranges from 1000sccm to 2000sccm, the flow rate of NH 3 ranges from 4000sccm to 8000sccm, the flow rate of N 2 ranges from 10000sccm to 30000sccm, the reaction power ranges from 5000W to 7000W, the reaction pressure ranges from 2000mtorr to 3000mtorr, and the reaction distance ranges from 20.32 mm (800 mils) to 38.1 mm (1500 mils).
Assembly and repair device for vehicles such as construction and commercial vehicles, comprising - a single-part or multi-part cartridge made of steel or a similar corrosion-resistant material having two longitudinal side walls, - front side walls arranged at the ends, and - a base, wherein at least the sidewalls (5, 7) each comprise an inner wall and an outer wall arranged at a distance therefrom, which delimit a cavity for receiving a hardenable filling material, characterized in that the assembly and repair device furthermore comprises a sheeting wall such as a sheet pile wall arranged outside the cartridge which is arranged at a distance from the cartridge, wherein on the inner and/or the outer wall (11, 13) of the longitudinal side walls, a plurality of spaced support members are installed for suspended mounting of the cartridge on the sheeting wall such as the sheet pile wall. - a single-part or multi-part cartridge made of steel or a similar corrosion-resistant material having two longitudinal side walls, - front side walls arranged at the ends, and - a base,
A multilayer fluoropolymer film comprising, in order: a first layer having an exposed major surface, the first layer comprising a first polymer, the first polymer comprising at least 35 mol percent tetrafluoroethylene comonomer, at least 15 mole percent vinylidene fluoride comonomer, and at least 5 mol percent hexafluoropropylene comonomer, based on the total mol percent of the first polymer; a second layer comprising a second polymer, the second polymer comprising at least 50 mol percent vinylidene fluoride comonomer, based on the total mol percent of the second polymer; and a third layer comprising a third polymer, the third polymer comprising at least 50 mol percent methylmethacrylate comonomer, based on the total mol percent of the third polymer; wherein the multilayer fluoropolymer film is a co-extruded film. a first layer having an exposed major surface, the first layer comprising a first polymer, the first polymer comprising at least 35 mol percent tetrafluoroethylene comonomer, at least 15 mole percent vinylidene fluoride comonomer, and at least 5 mol percent hexafluoropropylene comonomer, based on the total mol percent of the first polymer; a second layer comprising a second polymer, the second polymer comprising at least 50 mol percent vinylidene fluoride comonomer, based on the total mol percent of the second polymer; and a third layer comprising a third polymer, the third polymer comprising at least 50 mol percent methylmethacrylate comonomer, based on the total mol percent of the third polymer; wherein the multilayer fluoropolymer film is a co-extruded film.
(amended) An electric power steering apparatus that calculates a current command value based on at least a steering torque, performs a PWM-control of a brushless motor by an inverter based on said current command value, performs a current control by detecting a rotational angle of said brushless motor, and performs an assist-control of a steering system, comprising: rotational angle detecting systems (111,112,113) of 3-systems to detect three rotational angles (θa,θb,θc) of said brushless motor; characterised by an angle diagnosing section that compares absolute values (131,132,133) of differences (121,122,123) on respective angles outputted from said rotational angle detecting systems of 3-systems with a threshold (θth), and performs a process by diagnosing whether said rotational angle detecting systems are normal or abnormal; wherein said angle diagnosing section diagnoses that judges a normal state when an absolute value of respective angle differences is smaller than said threshold, and does an abnormal state when said absolute value of said each angle difference is equal or more than said threshold so as to instantly specify an abnormal system even if any one of said rotational angle detecting systems of 3-systems becomes abnormal, wherein when one of said absolute values of said respective angle differences is smaller than said threshold, said assist control is continuously performed by using output angles outputted from 2-normal systems except for one system which is diagnosed as being abnormal. rotational angle detecting systems (111,112,113) of 3-systems to detect three rotational angles (θa,θb,θc) of said brushless motor; characterised by an angle diagnosing section that compares absolute values (131,132,133) of differences (121,122,123) on respective angles outputted from said rotational angle detecting systems of 3-systems with a threshold (θth), and performs a process by diagnosing whether said rotational angle detecting systems are normal or abnormal; wherein said angle diagnosing section diagnoses that judges a normal state when an absolute value of respective angle differences is smaller than said threshold, and does an abnormal state when said absolute value of said each angle difference is equal or more than said threshold so as to instantly specify an abnormal system even if any one of said rotational angle detecting systems of 3-systems becomes abnormal, wherein when one of said absolute values of said respective angle differences is smaller than said threshold, said assist control is continuously performed by using output angles outputted from 2-normal systems except for one system which is diagnosed as being abnormal.
A sanitary fitting with a pivotable spout, with a fitting housing mounted pivotably about a housing axis, in which a valve member, in particular a mixing cartridge, for adjusting the temperature and/or the volume of mixed water is non-pivotably arranged, which valve member is connected to hot and cold water lines (15, 17) on the inlet side and to a mixed water line leading to a water spout on the outlet side, wherein an adapter has at least one flow passage, which connects the valve member fluidically to the mixed water line, wherein the mixed water line, which attaches to the adapter-side mixed water flow passage in the flow direction, is formed by at least one joint insert, and wherein the fitting has at least one pivot bearing point (65, 67) at which the joint insert is mounted pivotably, in particular coaxially to the housing axis, characterized in that a plastic guide is inserted at a passage between the fitting housing and the pivotable spout for pre-centering a water hose before the latter is sealingly pushed into an outlet-side channel section of the joint insert, and that the mixed water line is constructed with multiple parts, specifically with the joint insert and the water hose attached thereto.
A hub-bearing assembly (10, 110, 210) comprising: - a bearing unit comprising a radially outer ring, stationary, a couple of radially inner rings (32, 33), rotatable, and a double row of rolling elements (34, 35), which are interposed between the radially outer ring and the radially inner rings, whose centers are located along a first circle having a radius, with respect to a symmetry axis of the hub-bearing assembly (10, 110, 210), - a rotor-hub (20, 120, 220), rotatable and made of a light alloy, on top of which the radially inner rings (32, 33) are assembled, the rotor-hub comprising a tubular portion (21, 221), to which is steadily fixed a flange portion, axially external and provided with a plurality of fixing holes, whose axes are located along a second circle having a radius (r), with respect to the symmetry axis of the hub-bearing assembly (10, 110, 210), and said fixing holes are seat of corresponding fastening means, engaging a wheel component of a motor vehicle to the rotor-hub (20, 120, 220), wherein - the radius of the first circle of the rolling elements (34, 35) centers is greater than the radius (r) of the second circle of the fixing holes axes, characterized in that the rotor-hub (20, 120, 220) is angularly coupled to a bell (61, 161, 261) of a constant velocity joint (60, 160, 260), from which the rotor-hub receives the driving torque and characterized in that the bell (61, 161, 261) is the radially outer portion of the constant velocity joint (60, 160, 260) and is co-axial and radially internal to rotor-hub (20, 120, 220). - a bearing unit comprising a radially outer ring, stationary, a couple of radially inner rings (32, 33), rotatable, and a double row of rolling elements (34, 35), which are interposed between the radially outer ring and the radially inner rings, whose centers are located along a first circle having a radius, with respect to a symmetry axis of the hub-bearing assembly (10, 110, 210), - a rotor-hub (20, 120, 220), rotatable and made of a light alloy, on top of which the radially inner rings (32, 33) are assembled, the rotor-hub comprising a tubular portion (21, 221), to which is steadily fixed a flange portion, axially external and provided with a plurality of fixing holes, whose axes are located along a second circle having a radius (r), with respect to the symmetry axis of the hub-bearing assembly (10, 110, 210), and said fixing holes are seat of corresponding fastening means, engaging a wheel component of a motor vehicle to the rotor-hub (20, 120, 220), - the radius of the first circle of the rolling elements (34, 35) centers is greater than the radius (r) of the second circle of the fixing holes axes,
A method of controlling a clothes treating apparatus including: a container configured to accommodate clothes therein; a duct forming a passage configured to circulate air inside the container therethrough; a fan provided in the duct; a refrigerant pipe forming a refrigerant circulation passage; an evaporator configured to evaporate refrigerant by exchanging heat with air; a condenser configured to condense the refrigerant by exchanging heat with air passed through the evaporator; a compressor configured to compress the refrigerant discharged from the evaporator and transferring the compressed refrigerant to the condenser; and an expansion valve configured to open and close the refrigerant pipe, wherein the compressor includes a compression unit configured to make a rotating or a reciprocating motion inside the compressor and wherein the method comprising: a circulation step of circulating air by operating the fan; a heat exchange step of opening the refrigerant pipe by controlling the expansion valve, and circulating the refrigerant by operating the compressor; a circulation termination step of terminating the operation of the fan, if a dryness level of clothes stored in the container has reached a predetermined reference dryness level or if a progress time of the heat exchange step has reached a predetermined reference time; and a retrieval step of closing the refrigerant pipe by controlling the expansion valve, and retrieving the refrigerant and lubricant from the refrigerant pipe to the compressor by operating the compressor, wherein when the compression unit is configured to make a rotating motion inside the compressor, a number of revolutions of the compression unit is set to be less in the retrieval step than in the heat exchange step and wherein when the compression unit is configured to make a reciprocating motion inside the compressor, a reciprocating cycle of the compression unit is set to be longer in the retrieval step than in the heat exchange step. a circulation step of circulating air by operating the fan; a heat exchange step of opening the refrigerant pipe by controlling the expansion valve, and circulating the refrigerant by operating the compressor; a circulation termination step of terminating the operation of the fan, if a dryness level of clothes stored in the container has reached a predetermined reference dryness level or if a progress time of the heat exchange step has reached a predetermined reference time; and a retrieval step of closing the refrigerant pipe by controlling the expansion valve, and retrieving the refrigerant and lubricant from the refrigerant pipe to the compressor by operating the compressor, wherein when the compression unit is configured to make a rotating motion inside the compressor, a number of revolutions of the compression unit is set to be less in the retrieval step than in the heat exchange step and wherein when the compression unit is configured to make a reciprocating motion inside the compressor, a reciprocating cycle of the compression unit is set to be longer in the retrieval step than in the heat exchange step.
A multiaxial fabric, comprising: a multiaxial base fabric in the form of a spiral wound formed endless loop flattened into a first and second layer (1000, 1100) along a first fold line and a second fold line; said base fabric comprising a first fabric strip, said first fabric strip being woven from machine direction and cross-machine direction yarns (1010, 1110, 1020, 1120) in a predetermined manner characterized in that a distance (1030, 1040, 1130, 1140, 1150) between a first pair of adjacent CD yarns (1020, 1120) is different than that between a second pair of adjacent CD yarns (1020, 1120), wherein CD yarns follow a substantially linear path, thereby reducing or eliminating interference pattern between the layers of the fabric. a multiaxial base fabric in the form of a spiral wound formed endless loop flattened into a first and second layer (1000, 1100) along a first fold line and a second fold line; said base fabric comprising a first fabric strip, said first fabric strip being woven from machine direction and cross-machine direction yarns (1010, 1110, 1020, 1120) in a predetermined manner characterized in that a distance (1030, 1040, 1130, 1140, 1150) between a first pair of adjacent CD yarns (1020, 1120) is different than that between a second pair of adjacent CD yarns (1020, 1120), wherein CD yarns follow a substantially linear path, thereby reducing or eliminating interference pattern between the layers of the fabric.