mhurhangee/ep-ind-claims huggingface dataset:
A shovel comprising: a lower traveling body; an upper turning body turnably attached to the lower traveling body; an automatic greasing device mounted on the upper turning body; and a control device configured to control the automatic greasing device, characterized in that the control device is configured to control timing to start greasing by the automatic greasing device based on a past operating condition of the shovel, the past operating condition of the shovel including at least one of a number of non-operating days, a cumulative idling time, an excavation time, a cumulative time for which a predetermined engine mode is selected, and an actuator load. a lower traveling body; an upper turning body turnably attached to the lower traveling body; an automatic greasing device mounted on the upper turning body; and a control device configured to control the automatic greasing device, characterized in that the control device is configured to control timing to start greasing by the automatic greasing device based on a past operating condition of the shovel, the past operating condition of the shovel including at least one of a number of non-operating days, a cumulative idling time, an excavation time, a cumulative time for which a predetermined engine mode is selected, and an actuator load.
An antenna device comprising: a ground electrode; a first dielectric layer which is provided on one surface of the ground electrode; a feed plate which is provided on a surface of the first dielectric layer opposite from the ground electrode and is made of a conductor, and which is shorted to the ground electrode; a feed line which feeds to the feed plate; a second dielectric layer which is provided in such a manner as to sandwich the feed plate with the first dielectric layer; and a radiation electrode which is provided on a surface of the second dielectric layer opposite from the feed plate, and which is fed by being electrically connected to the feed plate at a feed point to radiate or receive a radiowave with a first frequency, characterized in that: a slit is formed in the ground electrode, wherein the slit radiates or receives a radiowave with a second frequency and in that one end of the ground electrode, where the slit is not formed, is bent in a direction away from the radiation electrode, and the ground electrode is grounded at the one end. a ground electrode; a first dielectric layer which is provided on one surface of the ground electrode; a feed plate which is provided on a surface of the first dielectric layer opposite from the ground electrode and is made of a conductor, and which is shorted to the ground electrode; a feed line which feeds to the feed plate; a second dielectric layer which is provided in such a manner as to sandwich the feed plate with the first dielectric layer; and a radiation electrode which is provided on a surface of the second dielectric layer opposite from the feed plate, and which is fed by being electrically connected to the feed plate at a feed point to radiate or receive a radiowave with a first frequency, characterized in that: a slit is formed in the ground electrode, wherein the slit radiates or receives a radiowave with a second frequency and in that a slit is formed in the ground electrode, wherein the slit radiates or receives a radiowave with a second frequency and in that one end of the ground electrode, where the slit is not formed, is bent in a direction away from the radiation electrode, and the ground electrode is grounded at the one end.
An oral care composition comprising, by total weight of the composition: (a) 15 to 35 weight % calcium carbonate; (b) 0.5 to 2 weight % cellulose ether thickening agent; (c) 1 to 6 weight % clay thickening agent; and (d) at least 40 weight % water; wherein, when the composition comprises less than 28 weight % calcium carbonate and less than 4 weight % clay thickening agent, the cellulose ether thickening agent is present in an amount of greater than 1 weight %. (a) 15 to 35 weight % calcium carbonate; (b) 0.5 to 2 weight % cellulose ether thickening agent; (c) 1 to 6 weight % clay thickening agent; and (d) at least 40 weight % water;
An azo pigment which is represented by the following formula and having characteristic peaks at Bragg angles (2θ±0.2°) of 7.2°, 13.4°, 15.0°, and 25.9° in X-ray diffraction with characteristic Cu Kα line, or a tautomer thereof:
Elastomer material for wristbands or components for horology intended to be in contact with the skin, the elastomer material including moisture wicking means, characterised in that said the wicking means include hydrophilic microfibres, said fibres forming channels in the elastomer material to transport moisture by capillary action through said material, and characterised in that the elastomer material comprises thermally conductive fillers selected from zinc oxide and boron nitride and an antimicrobial additive of the organic zinc compound or silver salts or aluminium salts type.
Air purifier unit including a counter-current dual-flow air/air exchanger comprising a first system of channels, oriented along a longitudinal axis (X-X') of the exchanger, through which there passes a first airflow in a first direction, and a second system of channels, oriented along the longitudinal axis (X-X') of the exchanger in a second direction opposite to the first direction, through which there passes a second airflow, each of the systems of channels comprising columns or rows (30, 50) of adjacent channels (3, 5), the columns or rows of one of the systems of channels being separated from one another by the columns or rows of the other system of channels, the cross-section of the channels of the first system of channels and the cross-section of the channels of the second system of channels being the same, the unit comprising an extracted air inlet pipe connected to an inlet for the second airflow into the exchanger and an extracted air outlet pipe connected to an outlet for the second airflow from the exchanger, said unit being such that the exchanger comprises means for completely or partially closing the inlet for the second airflow into the exchanger, and that an opening formed in a wall separating the inlet pipe and the outlet pipe allows the extracted airflow to pass out of the exchanger when the inlet for the second airflow into the exchanger is closed,
A sign information output apparatus comprising: an image capturing unit mounted on a vehicle configured to capture an image and acquire a captured image signal representing the captured image while the vehicle is being driven; a sign detector configured to detect a road sign (58, 58a through 58f, 88, 106) on a peripheral edge of a road (56, 82, 84) from an image area represented by the captured image signal acquired by the image capturing unit, whereas the sign detector detects a type of the road sign (58, 58a through 58f, 88, 106); an information output section configured to output sign information (72, 90, 108) to the driver with respect to the type of the road sign (58, 58a through 58f, 88, 106) that is detected by the sign detector; and a travelled distance measurer configured to measure a travelled distance over which the vehicle has travelled, in response to detection of the road sign (58, 58a through 58f, 88, 106); characterized by an output instructor configured to instruct the information output section to stop output of the sign information (72, 90, 108) if the travelled distance measured by the travelled distance measurer exceeds a threshold value (Lth); and a threshold value changer configured to change the threshold value (Lth) depending on interval information representing an actually measured interval between road signs (58, 58a through 58c, 58e, 58f) of the same type and value. an image capturing unit mounted on a vehicle configured to capture an image and acquire a captured image signal representing the captured image while the vehicle is being driven; a sign detector configured to detect a road sign (58, 58a through 58f, 88, 106) on a peripheral edge of a road (56, 82, 84) from an image area represented by the captured image signal acquired by the image capturing unit, whereas the sign detector detects a type of the road sign (58, 58a through 58f, 88, 106); an information output section configured to output sign information (72, 90, 108) to the driver with respect to the type of the road sign (58, 58a through 58f, 88, 106) that is detected by the sign detector; and a travelled distance measurer configured to measure a travelled distance over which the vehicle has travelled, in response to detection of the road sign (58, 58a through 58f, 88, 106); characterized by an output instructor configured to instruct the information output section to stop output of the sign information (72, 90, 108) if the travelled distance measured by the travelled distance measurer exceeds a threshold value (Lth); and a threshold value changer configured to change the threshold value (Lth) depending on interval information representing an actually measured interval between road signs (58, 58a through 58c, 58e, 58f) of the same type and value.
A method of preparing a curable resin adduct powder, comprising providing a curable resin, at least 0.1%wt of a nano scale particulate filler, and at least one curing stimulus, comprising the steps of a) forming a resin admixture, b) causing the partial cure of the resin admixture at a controlled temperature less than 50°C to form a partially cured adduct, c) reducing the partially cured adduct by mechanical reduction under controlled temperature conditions, to a curable resin adduct powder.. a) forming a resin admixture, b) causing the partial cure of the resin admixture at a controlled temperature less than 50°C to form a partially cured adduct, c) reducing the partially cured adduct by mechanical reduction under controlled temperature conditions, to a curable resin adduct powder..
An operating method of a memory controller, comprising: Receiving from a memory device a first read data read by the memory device and a second conversion information (SYD2, CHDR2), the second conversion information (SYD2, CHDR2) comprising data obtained by converting a second read data read by the memory device based on a linear operation, wherein the linear operation comprises only XOR and is executed by a syndrome former (190a, 290a) and wherein the linear operation is data compression action, and the first read data and the second read data comprising BCH code word data read from same memory cells, wherein the first read data and the second read data are hard decision read data; converting the first read data based on the linear operation to generate a first conversion information (SYD1, CHDR1); performing a logical operation on the first conversion information (SYD1, CHDR1) and the second conversion information (SYD2, CHDR2) to generate an operation information (CXDR1); performing an inverse operation of the linear operation on the operation information (CXDR1) by BCH decoding the operation information (CXDR1) to generate a reliability information indicating a position of an error in the first read data, wherein the BCH decoding comprises executing a Berlekamp Massey algorithm and a Chien Search; and correcting the indicated error of the first read data based on the first read data and the reliability information. Receiving from a memory device a first read data read by the memory device and a second conversion information (SYD2, CHDR2), the second conversion information (SYD2, CHDR2) comprising data obtained by converting a second read data read by the memory device based on a linear operation, wherein the linear operation comprises only XOR and is executed by a syndrome former (190a, 290a) and wherein the linear operation is data compression action, and the first read data and the second read data comprising BCH code word data read from same memory cells, wherein the first read data and the second read data are hard decision read data; converting the first read data based on the linear operation to generate a first conversion information (SYD1, CHDR1); performing a logical operation on the first conversion information (SYD1, CHDR1) and the second conversion information (SYD2, CHDR2) to generate an operation information (CXDR1); performing an inverse operation of the linear operation on the operation information (CXDR1) by BCH decoding the operation information (CXDR1) to generate a reliability information indicating a position of an error in the first read data, wherein the BCH decoding comprises executing a Berlekamp Massey algorithm and a Chien Search; and correcting the indicated error of the first read data based on the first read data and the reliability information.
A method for determining a parameter map used for estimating an operation condition for an energy storage device, said method comprising the steps of: determining (S302; S502) a first parameter value of a parameter related to the operation condition of said energy storage device and a variance of said first parameter value, said first parameter value being related to a current operating point of a parameter map comprising at least two operating points each having a related parameter value of said parameter; for the current operating point, estimating (S304; S504) an updated parameter value and an updated variance of said first parameter value, said update being an update over time; for at least a portion of operating points of said parameter map, estimating (S306; S506) an updated parameter value and an updated variance of each of the parameter values using a correlation model including correlation between the parameter value at the current operating point and each of the parameter values at the operating points in said portion of operating points in said parameter map; and based on said updated parameter values and updated variances, updating said parameter map by replacing the parameter values with the updated parameter values and the variances with the updated variances at the respective operating point. determining (S302; S502) a first parameter value of a parameter related to the operation condition of said energy storage device and a variance of said first parameter value, said first parameter value being related to a current operating point of a parameter map comprising at least two operating points each having a related parameter value of said parameter; for the current operating point, estimating (S304; S504) an updated parameter value and an updated variance of said first parameter value, said update being an update over time; for at least a portion of operating points of said parameter map, estimating (S306; S506) an updated parameter value and an updated variance of each of the parameter values using a correlation model including correlation between the parameter value at the current operating point and each of the parameter values at the operating points in said portion of operating points in said parameter map; and based on said updated parameter values and updated variances, updating said parameter map by replacing the parameter values with the updated parameter values and the variances with the updated variances at the respective operating point.
A transmitting device comprising: a transmitting section that transmits a signal including a first data, a second data, and a Demodulation Reference Signal, DMRS, a control section that adds an offset to a transmission power or a transmission power density, the transmission power or transmission power density associated with the first data mapped in a remaining resource, to control, using said offset, a transmission power or a transmission power density of the second data mapped in an additional data resource other than the remaining resource, wherein a part of a resource on which the DMRS is to be mapped in a first mapping pattern of the DMRS is replaced with the additional data resource, for use of a second mapping pattern of the DMRS; and a receiving section that receives information instructing a mapping pattern and the offset from a base station, the mapping pattern used by the transmitting device being instructed among a plurality of mapping patterns including the first mapping pattern and the second mapping pattern. a transmitting section that transmits a signal including a first data, a second data, and a Demodulation Reference Signal, DMRS, a control section that adds an offset to a transmission power or a transmission power density, the transmission power or transmission power density associated with the first data mapped in a remaining resource, to control, using said offset, a transmission power or a transmission power density of the second data mapped in an additional data resource other than the remaining resource, wherein a part of a resource on which the DMRS is to be mapped in a first mapping pattern of the DMRS is replaced with the additional data resource, for use of a second mapping pattern of the DMRS; and a receiving section that receives information instructing a mapping pattern and the offset from a base station, the mapping pattern used by the transmitting device being instructed among a plurality of mapping patterns including the first mapping pattern and the second mapping pattern.
Fatty amide, characterized in that it is based on: a) a primary diamine selected from aromatic, cycloaliphatic or linear C 2 to C 10 aliphatic diamines, b) a C 3 to C 12 lactam or amino acid, c) a second primary diamine different from the said diamine a), d) a hydroxylated fatty monoacid, e) optionally, a nonhydroxylated monoacid chosen from linear C 6 to C 12 aliphatic acids, and in that the molar ratio b/(a+c) varies from 0.25 to 3/1. a) a primary diamine selected from aromatic, cycloaliphatic or linear C 2 to C 10 aliphatic diamines, b) a C 3 to C 12 lactam or amino acid, c) a second primary diamine different from the said diamine a), d) a hydroxylated fatty monoacid, e) optionally, a nonhydroxylated monoacid chosen from linear C 6 to C 12 aliphatic acids,
A hose line system for a hydraulic bicycle braking system having - at least two flexible brake lines (5a, 5b), preferably of different lengths, for receiving brake fluid; - wherein the brake lines (5a, 5b) each serve to produce a hydraulic operative connection between a brake lever (4a, 4b) and a front or rear wheel brake (3a, 3b) respectively of the bicycle braking system; - wherein the brake lines (5a, 5b) each comprise a preferably polymeric inner tube defining an internal cavity, a reinforcing layer continuously surrounding the inner tube and a preferably polymeric protective layer surrounding the reinforcing layer and - wherein the continuous reinforcing layer is constructed from braided yarn strands; characterised in that, seen in a longitudinal section of the brake line running through the axis (x) of the brake line, the braided yarn strands have a flattened cross-section such that, owing to the resulting large direct contact surface between reinforcing layer and the protective layer surrounding the reinforcing layer, the brake lines (5a, 5b) display such a low elastic deformation when the brakes (3a, 3b) are actuated by the brake levers (4a, 4b) that the volumetric expansion ε of the cavity of the brake lines (5a, 5b) is less than 8%, preferably less than 6%, at an internal pressure of 138 bar and at 20°C. - at least two flexible brake lines (5a, 5b), preferably of different lengths, for receiving brake fluid; - wherein the brake lines (5a, 5b) each serve to produce a hydraulic operative connection between a brake lever (4a, 4b) and a front or rear wheel brake (3a, 3b) respectively of the bicycle braking system; - wherein the brake lines (5a, 5b) each comprise a preferably polymeric inner tube defining an internal cavity, a reinforcing layer continuously surrounding the inner tube and a preferably polymeric protective layer surrounding the reinforcing layer and - wherein the continuous reinforcing layer is constructed from braided yarn strands;
Injection valve, in particular for fuel injection systems of internal combustion engines in motor vehicles, having a valve housing which has a sleeve-shaped housing section and having an electromagnet, which electromagnet is arranged on the housing section and which electromagnet has a coil carrier with a carrier body and with carrier flanges which delimit said coil carrier at the end sides and which electromagnet has a magnet coil wound on the carrier body and which electromagnet has a magnet pot, which magnet pot receives the coil carrier and has a pot wall and has a pot base which surrounds the housing section by way of a base opening, wherein the coil carrier with magnet coil wound thereon is completely surrounded on all sides by a unipartite plastics casing, such that said coil carrier is in effect completely encapsulated in the plastic, characterized in that pot wall and pot base of the magnet pot are in one piece, and the coil carrier has at least one spacer which is supported on the pot base and which produces an axial spacing to the pot base, and the coil carrier has at least one spacer which produces a radial spacing to the housing section, and in that the free space between coil carrier with magnet coil wound thereon and magnet pot, at one side, and between coil carrier and magnet coil wound thereon and housing section, at the other side, is completely filled, by injection moulding, with a plastic which forms the plastics casing, which plastic furthermore lines the carrier flange, averted from the pot base, of the coil carrier.
A synchronous electrical machine including: a stator having a circumferential row of teeth carrying stator windings; a coaxial rotor having a circumferential row of poles carrying field windings; wherein each pole has first and second side flanks (43a, 43b) and a tip surface which extends continuously therebetween to form an air gap to the teeth of the stator, on a transverse cross-section through the machine, one of the side flanks forming a leading edge of the pole, and the other side flank forming an opposite, trailing edge of the pole; wherein each pole carries a row of permanent magnets which extends across the tip surface from one of the side flanks to the other side flank, the permanent magnets compensating for armature magnetic reaction; characterised in that the radial thickness of the permanent magnets increases smoothly with progressive distance across the tip surface from one of the side flanks to the other side flank. a stator having a circumferential row of teeth carrying stator windings; a coaxial rotor having a circumferential row of poles carrying field windings; wherein each pole has first and second side flanks (43a, 43b) and a tip surface which extends continuously therebetween to form an air gap to the teeth of the stator, on a transverse cross-section through the machine, one of the side flanks forming a leading edge of the pole, and the other side flank forming an opposite, trailing edge of the pole; wherein each pole carries a row of permanent magnets which extends across the tip surface from one of the side flanks to the other side flank, the permanent magnets compensating for armature magnetic reaction; characterised in that the radial thickness of the permanent magnets increases smoothly with progressive distance across the tip surface from one of the side flanks to the other side flank.