mhurhangee/patent-ind-claim-en huggingface dataset:
An air filter cartridge for the treatment of compressed air for a compressed-air treatment system , in particular a compressed-air treatment system of a utility vehicle , comprising - a drying agent container filled with a drying agent , and - a coalescence filter , - the compressed air flowing through the drying agent in an axial direction of extension of the drying agent container during the compressed-air treatment, - the coalescence filter being arranged in an inflow surface of the drying agent container upstream of the drying agent in the axial direction of extension , - a cover element being provided that fixes the drying agent in the drying agent container , - the coalescence filter sitting directly on the drying agent such that the coalescence filter is arranged between the cover element and the drying agent characterised in that a coarse filter designed to separate coarser solid-matter particles is provided, that the compressed air to be treated, which enters the air filter cartridge through an inlet port , initially flows through this coarse filter and that a spring element is fixed to the drying agent container or to an air filter cartridge housing that accommodates the drying agent container , the coalescence filter being fixed to the cover element and the cover element having retaining nipples by means of which the spring element is fixed. - a drying agent container filled with a drying agent , and - a coalescence filter , - the compressed air flowing through the drying agent in an axial direction of extension of the drying agent container during the compressed-air treatment, - the coalescence filter being arranged in an inflow surface of the drying agent container upstream of the drying agent in the axial direction of extension , - a cover element being provided that fixes the drying agent in the drying agent container , - the coalescence filter sitting directly on the drying agent such that the coalescence filter is arranged between the cover element and the drying agent
Data acquisition module for capturing operational data relating to an industrial truck during an operating period of the industrial truck , wherein the data acquisition module can be fitted to the industrial truck , comprising: - a data capture apparatus for acquiring vehicle-specific operational data relating to the industrial truck , which data can be temporally resolved over the operating period of the industrial truck , - an input terminal having an operating element and a display apparatus , wherein the input terminal can be connected to the data capture apparatus via a first communication interface , - a storage apparatus which is configured to store the vehicle-specific operational data, characterized in that the data capture apparatus can be controlled via the input terminal , on which at least two operating modes can be selected, wherein a first operating mode starts acquisition of the vehicle-specific operational data relating to the industrial truck by means of the data capture apparatus and a second operating mode stops the acquisition of the vehicle-specific operational data relating to the industrial truck , and wherein a third operating mode starts a calibration measurement of the data capture apparatus , and wherein a fourth operating mode stops the calibration measurement of the data capture apparatus . - a data capture apparatus for acquiring vehicle-specific operational data relating to the industrial truck , which data can be temporally resolved over the operating period of the industrial truck , - an input terminal having an operating element and a display apparatus , wherein the input terminal can be connected to the data capture apparatus via a first communication interface , - a storage apparatus which is configured to store the vehicle-specific operational data, characterized in that the data capture apparatus can be controlled via the input terminal , on which at least two operating modes can be selected, wherein a first operating mode starts acquisition of the vehicle-specific operational data relating to the industrial truck by means of the data capture apparatus and a second operating mode stops the acquisition of the vehicle-specific operational data relating to the industrial truck , and wherein a third operating mode starts a calibration measurement of the data capture apparatus , and wherein a fourth operating mode stops the calibration measurement of the data capture apparatus .
A hydraulic circuit for construction machinery, which is connectable with a plurality of actuators (21A-23F) and is usable in construction machinery, the hydraulic circuit comprising: a first pump , a second pump , a tank ; and a first unloading passage connected with the first pump and returning oil ejected from the first pump to the tank without intervention of the actuators (21A to 23F); a second unloading passage connected with the second pump and returning oil ejected from the second pump to the tank without intervention of the actuators (21A to 23F); a first supply passage connected with the first pump ; a second supply passage connected with the second pump ; a tank passage connected with the first unloading passage , the second unloading passage , and connected with the tank ; a first direction switching valve connected with the first supply passage , the first unloading passage , and the tank passage to supply and discharge oil to and from a first actuator ; a second direction switching valve connected with the second supply passage , the second unloading passage , and the tank passage to supply and discharge oil to and from a second actuator ; a third supply passage connected with the first supply passage and the second supply passage ; characterized in that a third direction switching valve which is connected with the third supply passage and the tank passage , is directly connected with the first unloading passage and the second unloading passage , adjusts opening degrees of the first unloading passage and the second unloading passage , and supplies and discharges oil to and from a third actuator .
A data processing method performed by a first interface , the method comprising: receiving (S101), from a second interface , a first encoding sequence, wherein a value of a target sign bit is different from a preset value of the target sign bit in the first encoding sequence; and parsing (S102) the first encoding sequence as if the value of the target sign bit were equal to the preset value of the target sign bit; wherein the first encoding sequence comprises a first encoding sub-sequence, the first encoding sub-sequence comprises 2*i sign bits, wherein i is greater than or equal to 3, the first encoding sub-sequence is used to indicate logical bit information, and the target sign bit comprises any one or more of the following sign bits: the 1 st sign bit in the first encoding sub-sequence, the i th sign bit in the first encoding sub-sequence, the (i+1) th sign bit in the first encoding sub-sequence, and the (2*i) th sign bit in the first encoding sub-sequence; and characterised in that a preset value of the 1 st sign bit and a preset value of the i th sign bit are determined based on a preset value of a sign bit between the 1 st sign bit and the i th sign bit, and a preset value of the (i+1) th sign bit and a preset value of the (2*i) th sign bit are determined based on a preset value of a sign bit between the (i+1) th sign bit andthe (2*i) th sign bit. receiving (S101), from a second interface , a first encoding sequence, wherein a value of a target sign bit is different from a preset value of the target sign bit in the first encoding sequence; and parsing (S102) the first encoding sequence as if the value of the target sign bit were equal to the preset value of the target sign bit; wherein the first encoding sequence comprises a first encoding sub-sequence, the first encoding sub-sequence comprises 2*i sign bits, wherein i is greater than or equal to 3, the first encoding sub-sequence is used to indicate logical bit information, and the target sign bit comprises any one or more of the following sign bits: the 1 st sign bit in the first encoding sub-sequence, the i th sign bit in the first encoding sub-sequence, the (i+1) th sign bit in the first encoding sub-sequence, and the (2*i) th sign bit in the first encoding sub-sequence; and characterised in that a preset value of the 1 st sign bit and a preset value of the i th sign bit are determined based on a preset value of a sign bit between the 1 st sign bit and the i th sign bit, and a preset value of the (i+1) th sign bit and a preset value of the (2*i) th sign bit are determined based on a preset value of a sign bit between the (i+1) th sign bit andthe (2*i) th sign bit.
A thermoplastic composition, suitable to be submitted to common methods of heat forming, or thermoforming, of thermoplastic materials, containing a substantially anhydrous mixture of: - cellulose particles, in combination with - particles of a thermoplastic material selected from starch or a polymer based on polyvinyl alcohol, - wherein cellulose is available in the amount of 30% by weight or in an amount ranging from 40 to 60% by weight, said percentage being calculated on 100 parts by weight of the combination of cellulose with the thermoplastic material selected from starch or a polymer based on polyvinyl alcohol. - cellulose particles, in combination with - particles of a thermoplastic material selected from starch or a polymer based on polyvinyl alcohol, - wherein cellulose is available in the amount of 30% by weight or in an amount ranging from 40 to 60% by weight, said percentage being calculated on 100 parts by weight of the combination of cellulose with the thermoplastic material selected from starch or a polymer based on polyvinyl alcohol.
A handle component to be mounted to an opening portion formed in a side plate of a cabinet , comprising: a flange portion configured to be brought into contact with a peripheral edge portion of the opening portion on an inner surface of the side plate ; a bottom wall portion including a recessed surface that is open outward so as to form a hand insertion space portion on an inner side of the flange portion ; a handle , which has a bar-like shape, and via which both side portions of the bottom wall portion are connected in a bridging manner; and characterized by a protruding portion , which is formed on at least one of both end portions of the bottom wall portion arranged at both ends in a direction orthogonal to a longitudinal direction of the handle , and is configured to cover an end face of the opening portion of the side plate , wherein the protruding portion includes a surface projecting outward to be connected with the recessed surface of the bottom wall portion . a flange portion configured to be brought into contact with a peripheral edge portion of the opening portion on an inner surface of the side plate ; a bottom wall portion including a recessed surface that is open outward so as to form a hand insertion space portion on an inner side of the flange portion ; a handle , which has a bar-like shape, and via which both side portions of the bottom wall portion are connected in a bridging manner; and characterized by a protruding portion , which is formed on at least one of both end portions of the bottom wall portion arranged at both ends in a direction orthogonal to a longitudinal direction of the handle , and is configured to cover an end face of the opening portion of the side plate , wherein the protruding portion includes a surface projecting outward to be connected with the recessed surface of the bottom wall portion .
A novel overvoltage protective device for lightning protection includes a first varistor , a second varistor , a PTC Thermistor , and lead-out terminals , and the first varistor and the PTC Thermistor are connected in parallel, and then further connected in series with the second varistor to form a single port combined circuit, and surge-withstand capability of the first varistor is higher than surge-withstand capability of the second varistor ; at least one of the two lead-out terminals of the single port combined circuit is a thermally-conductive end with low thermal resistance, and the second varistor is thermally coupled to the PTC Thermistor , and the thermally-conductive end with low thermal resistance is thermally coupled to one or both of the second varistor and the PTC Thermistor ; wherein one second varistor electrode surface of the second varistor is connected with one electrode of the PTC Thermistor and one first varistor electrode surface of the first varistor, the other electrode of the PTC Thermistor is connected with another first varistor electrode surface of the first varistor , and at least one of the second varistor and the PTC Thermistor is also soldered with a thermally-conductive end with low thermal resistance. at least one of the two lead-out terminals of the single port combined circuit is a thermally-conductive end with low thermal resistance, and the second varistor is thermally coupled to the PTC Thermistor , and the thermally-conductive end with low thermal resistance is thermally coupled to one or both of the second varistor and the PTC Thermistor ; wherein one second varistor electrode surface of the second varistor is connected with one electrode of the PTC Thermistor and one first varistor electrode surface of the first varistor, the other electrode of the PTC Thermistor is connected with another first varistor electrode surface of the first varistor , and at least one of the second varistor and the PTC Thermistor is also soldered with a thermally-conductive end with low thermal resistance.
Knee support system to be incorporated within a mobility apparatus having members and for a user having limited control over his legs, the knee support system comprising: at least two knee supports configured to be oppositely positioned and connected to the members , wherein the knee supports have a disengaged position in which the knee supports are laterally rotated and an engaged position in which the knee supports are harnessing the legs of the user; wherein each of the knee supports comprises a bar having an x-axis and a bracket for supporting a knee of a user, wherein the bracket is allowed to slide along the x-axis, and wherein relative movement is maintained between the bar and the bracket so as to allow the bracket to laterally move in respect of the bar , characterized in that the knee supports are connectable to the members in a way that allows adjustment of a height of the knee supports relative to the legs, and the bracket is connected to the bar via a pin , perpendicular to the x-axis, that allows a rotational movement of the bracket about the pin and relative to the bar . at least two knee supports configured to be oppositely positioned and connected to the members , wherein the knee supports have a disengaged position in which the knee supports are laterally rotated and an engaged position in which the knee supports are harnessing the legs of the user; wherein each of the knee supports comprises a bar having an x-axis and a bracket for supporting a knee of a user, wherein the bracket is allowed to slide along the x-axis, and wherein relative movement is maintained between the bar and the bracket so as to allow the bracket to laterally move in respect of the bar , characterized in that the knee supports are connectable to the members in a way that allows adjustment of a height of the knee supports relative to the legs, and the bracket is connected to the bar via a pin , perpendicular to the x-axis, that allows a rotational movement of the bracket about the pin and relative to the bar .
A fiber comprising: at least one primary polypropylene having a heat of fusion of at least 80 J/g as determined according to the method in the description, at least one polyalphaolefin having a viscosity index of at least 120 as determined according to ASTM D2270, and at least one propylene-based elastomer having a heat of fusion less than about 80 J/g as determined according to the method in the description, wherein the propylene-based elastomer comprises greater than 50 wt % propylene and from about 3 to about 25 wt % units derived from one or more C 2 or C 4 -C 12 α-olefins, based on a total weight of the propylene-based elastomer, and wherein the fiber comprises 50 wt% to 98 wt% of the primary polypropylene; 1 wt% to 20 wt% of the propylene-based elastomer; and 1 wt% to 20 wt% of the polyalphaolefin, based on a combined weight of the primary polypropylene, the polyalphaolefin, and the propylene-based elastomer. at least one primary polypropylene having a heat of fusion of at least 80 J/g as determined according to the method in the description, at least one polyalphaolefin having a viscosity index of at least 120 as determined according to ASTM D2270, and at least one propylene-based elastomer having a heat of fusion less than about 80 J/g as determined according to the method in the description, wherein the propylene-based elastomer comprises greater than 50 wt % propylene and from about 3 to about 25 wt % units derived from one or more C 2 or C 4 -C 12 α-olefins, based on a total weight of the propylene-based elastomer, and wherein the fiber comprises 50 wt% to 98 wt% of the primary polypropylene; 1 wt% to 20 wt% of the propylene-based elastomer; and 1 wt% to 20 wt% of the polyalphaolefin, based on a combined weight of the primary polypropylene, the polyalphaolefin, and the propylene-based elastomer.
A method of video decoding, the method comprising: determining a disparity vector for a current block in a current picture in a current view; determining a first reference block in a reference picture in a reference view based on a location in the reference picture to which the disparity vector refers based on the disparity vector starting from a bottom-right pixel in a center 2x2 sub-block within the current block; if the first reference block includes motion information, inter-prediction decoding the current block using the motion information for the first reference block; and, if the first reference block does not include motion information, determining a second reference block in the reference picture in the reference view based on a location in the reference picture to which the disparity vector refers based on the disparity vector starting from a top-left pixel in the center 2x2 sub-block within the current block, and if the second reference block includes motion information, inter-prediction decoding the current block using the motion information for the second reference block. determining a disparity vector for a current block in a current picture in a current view; determining a first reference block in a reference picture in a reference view based on a location in the reference picture to which the disparity vector refers based on the disparity vector starting from a bottom-right pixel in a center 2x2 sub-block within the current block; if the first reference block includes motion information, inter-prediction decoding the current block using the motion information for the first reference block; and, if the first reference block does not include motion information, determining a second reference block in the reference picture in the reference view based on a location in the reference picture to which the disparity vector refers based on the disparity vector starting from a top-left pixel in the center 2x2 sub-block within the current block, and if the second reference block includes motion information, inter-prediction decoding the current block using the motion information for the second reference block.
A method for monitoring a water supply network with a water distribution system , water channels and building water connections by means of a fault detection system with multiple sensors , comprising at least the following steps: a) capturing local water condition variables, namely pressure and flow, in areas of a plurality of building water connections ; b) capturing central water condition variables, namely pressure and flow, in at least one area of a water channel or the water distribution device ; c) comparing the water condition variables with one another; d) detecting, namely localizing, at least one fault , namely a leakage, with respect to at least one of the water channels based on the comparison according to step c), the method being characterized in that at least prior to step a) or b) at least one of the building water connections is actively closed electronically or by radio, so that no water flows through the at least one of the building water connections , and in that the leakage is localized based on a limit value for the pressure drop. a) capturing local water condition variables, namely pressure and flow, in areas of a plurality of building water connections ; b) capturing central water condition variables, namely pressure and flow, in at least one area of a water channel or the water distribution device ; c) comparing the water condition variables with one another; d) detecting, namely localizing, at least one fault , namely a leakage, with respect to at least one of the water channels based on the comparison according to step c), the method being characterized in that at least prior to step a) or b) at least one of the building water connections is actively closed electronically or by radio, so that no water flows through the at least one of the building water connections , and in that the leakage is localized based on a limit value for the pressure drop.
An aluminosilicate glass composition, comprising based on the total molar weight of the aluminosilicate glass composition, by oxide, 69-72 mol% of SiO 2 , 12-14 mol% of Al 2 O 3 , 0-2 mol% of B 2 O 3 , 4-7 mol% of MgO, 4-7 mol% of CaO, 0-2 mol% of SrO, 3-6 mol% of BaO, 0.5-1.5 mol% of ZnO, 0.1-1.5 mol% of RE 2 O 3 and less than 0.05 mol% of R 2 O, wherein RE represents rare earth elements, and R represents alkali metals.