mhurhangee/ep-ind-claims huggingface dataset:
Device (1; 50) for energy recovery from fumes or gases (F, FF, F2), comprising: at least two stages (A, B, 3, 15, 20) arranged in tandem fashion wherein the downstream stage receives the fumes or gases output by the upstream one, each stage comprising an inlet (A1, B1; 27, 26) and an outlet (U1, U2; 9, 18) for a liquid to be collided with fumes or gases in transit inside the stage for subtracting from them heat and/or impurities; at least one heat exchanger (SC1, SC2, SCN, 19, 24, 29) associated with each stage and adapted to receive at an inlet a quantity of the liquid coming out from the stage to subtract heat from it characterized by comprising a conduit coupled to each heat exchanger so that a fluid (Aq) can flow in it and, at each exchanger, subtract heat from the liquid circulating therein; the conduit being arranged so that the fluid (Aq) crosses first some or all of the heat exchanger associated with the stage which is, with respect to the flow of fumes or gases, further downstream, then those associated to the stage directly upstream, and so on. at least two stages (A, B, 3, 15, 20) arranged in tandem fashion wherein the downstream stage receives the fumes or gases output by the upstream one, each stage comprising an inlet (A1, B1; 27, 26) and an outlet (U1, U2; 9, 18) for a liquid to be collided with fumes or gases in transit inside the stage for subtracting from them heat and/or impurities; at least one heat exchanger (SC1, SC2, SCN, 19, 24, 29) associated with each stage and adapted to receive at an inlet a quantity of the liquid coming out from the stage to subtract heat from it characterized by comprising a conduit coupled to each heat exchanger so that a fluid (Aq) can flow in it and, at each exchanger, subtract heat from the liquid circulating therein; the conduit being arranged so that the fluid (Aq) crosses first some or all of the heat exchanger associated with the stage which is, with respect to the flow of fumes or gases, further downstream, then those associated to the stage directly upstream, and so on.
A method of processing a telephone signal comprising voice signals and data signals, the method comprising: detecting the presence of an artefact (210, 300) in the telephone signal indicative of the presence of a residual data signal fragment associated with an earlier attempted attenuation of a data signal; and processing the telephone signal by further attenuating the telephone signal in the region of the artefact (210, 300) in order to remove the residual data signal fragment from the telephone signal. detecting the presence of an artefact (210, 300) in the telephone signal indicative of the presence of a residual data signal fragment associated with an earlier attempted attenuation of a data signal; and processing the telephone signal by further attenuating the telephone signal in the region of the artefact (210, 300) in order to remove the residual data signal fragment from the telephone signal.
A sensor for detecting metal parts, the metal parts being metallic or partly metallic wheels of a rail vehicle, with an electrical oscillating circuit which has at least one sensor capacitor and one sensor coil comprising a coil core and generating a magnetic field, characterised in that the coil core of the sensor coil is arranged, relative to the longitudinal axis thereof, perpendicular to a direction of movement of the metallic or partly metallic wheels of the rail vehicle, the coil core encompassing a cross-sectional area along the longitudinal axis and having at its ends at least two end faces (7, 7'), the majority of the magnetic field entering and/or exiting therefrom, such that induced voltages cancel each other out due to having different signs.
A hardening nickel-chrome-titanium-aluminum wrought alloy comprising a very high wear resistance while simultaneously having a very good high temperature corrosion resistance, a good creep resistance and a good workability, comprising (in % by mass) 25 to 35 % chrome, 1.0 to 3.0 % titanium, 0.6 to 2.0 % aluminium, 0.005 to 0.10 % carbon, 0.0005 to 0.050 % nitrogen, 0.0005 to 0.030 % phosphorous, max. 0.019 % sulphur, max. 0.020 % oxygen, max. 0.70 % silicon, max. 2.0 % manganese, max. 0.05% magnesium, max. 0.05 % calcium, max. 2.0 % molybdenum, max. 2.0 % tungsten, max. 0.5 % niobium, max. 0.5 % copper, max. 0.5 % vanadium, if needed 0 to 20 % Fe, if needed 0 to 15 % cobalt, if needed 0 to0.20 % Zr, if needed 0.0001 to 0.008 % boron, wherein the following elements can be optionally contained in the alloy: Y 0 - 0.20 % and/or La 0 - 0.20 % and/or Ce 0 - 0.20 % and/or cerium "mischmetall" 0 - 0.20 % and/ot Hf 0 - 0.20 % and/or Ta 0 - 0.60 % rest nickel and the usual elaboration-related impurities, wherein the nickel content is higher than 35 %, wherein the following conditions have to be fulfilled: Cr + Fe + Co ≥ 26 % in order to obtain a good wear resistance and fh ≥ 0 with fh = 6.49 + 3.88 Ti + 1.36 Al − 0.301 Fe + 0.759 − 0.0209 Co Co − 0.428 Cr − 28.2 C for achieving a sufficient solidity at higher temperatures, wherein the concentration of the concerning elements Ti, Al, Fe, Co, Cr and C is indicated in % by mass and fh is in %. Y 0 - 0.20 % and/or La 0 - 0.20 % and/or Ce 0 - 0.20 % and/or cerium "mischmetall" 0 - 0.20 % and/ot Hf 0 - 0.20 % and/or Ta 0 - 0.60 % rest nickel and the usual elaboration-related impurities, wherein the nickel content is higher than 35 %, wherein the following conditions have to be fulfilled: Cr + Fe + Co ≥ 26 % in order to obtain a good wear resistance and fh ≥ 0 with fh = 6.49 + 3.88 Ti + 1.36 Al − 0.301 Fe + 0.759 − 0.0209 Co Co − 0.428 Cr − 28.2 C for achieving a sufficient solidity at higher temperatures, wherein the concentration of the concerning elements Ti, Al, Fe, Co, Cr and C is indicated in % by mass and fh is in %.
A data processing method comprising: receiving, at a first computer, relocation metadata comprising, for each of a plurality of execution units in an executable file, a mapping from the executable file into an address space range, wherein the execution units are code functions or control flow basic blocks; using the first computer, for at least one of the plurality of execution units, modifying the mapping to replace instructions within the address space range with a relocated copy of the instructions at a randomly located address space range whereby the relocation metadata is updated to form augmented relocation metadata; using the first computer, generating an image from the executable file using the augmented relocation metadata; and causing an execution of the image by a second computer, wherein the randomly located address space range is based on using a randomization function that is unique to one of a user that owns the image or a machine that executes the image. receiving, at a first computer, relocation metadata comprising, for each of a plurality of execution units in an executable file, a mapping from the executable file into an address space range, wherein the execution units are code functions or control flow basic blocks; using the first computer, for at least one of the plurality of execution units, modifying the mapping to replace instructions within the address space range with a relocated copy of the instructions at a randomly located address space range whereby the relocation metadata is updated to form augmented relocation metadata; using the first computer, generating an image from the executable file using the augmented relocation metadata; and causing an execution of the image by a second computer,
A collecting/ recycling system of an organic EL lighting device using an organic EL panel comprising: information collecting means that obtain the status of the organic EL panel used in a market; information processing means that processes and stores, as collection/ recycling information, information about a re-utilizable member, part and material of the organic EL panel; collection/ recycling predicting means that predict the timing and quantity of the re-utilizable member, part and material of the organic EL panel whose status has been obtained by said information collecting means, to be distributed to a recycling step based on the collection/ recycling information stored in said information processing means; and production plan setting means that set a production plan of a recycled organic EL panel for recycling an organic EL using part or all the re-utilizable member/ part/ material based on the timing and quantity predicted by said collection/ recycling predicting means; wherein said information collecting means: captures pass-over of the product life of the organic EL panel as a status of usage of the organic EL panel by using a timekeeping timer, a count-up counter, an optical sensor to observe brightness reduction, and information processing devices thereof which are incorporated in the system. information collecting means that obtain the status of the organic EL panel used in a market; information processing means that processes and stores, as collection/ recycling information, information about a re-utilizable member, part and material of the organic EL panel; collection/ recycling predicting means that predict the timing and quantity of the re-utilizable member, part and material of the organic EL panel whose status has been obtained by said information collecting means, to be distributed to a recycling step based on the collection/ recycling information stored in said information processing means; and production plan setting means that set a production plan of a recycled organic EL panel for recycling an organic EL using part or all the re-utilizable member/ part/ material based on the timing and quantity predicted by said collection/ recycling predicting means; wherein said information collecting means: captures pass-over of the product life of the organic EL panel as a status of usage of the organic EL panel by using a timekeeping timer, a count-up counter, an optical sensor to observe brightness reduction, and information processing devices thereof which are incorporated in the system.
A method for protection of multi-terminal HVDC grid against faults, wherein the HVDC grid comprises a converter having a positive pole, a negative pole and a neutral pole, a DC-switch substation and a DC line connecting the converter and the DC-switch substation; the method being charactedized by - a step of measuring a DC displacement voltage (Ud) having a polarity and a value, wherein the DC displacement voltage (Ud) is calculated as an average of a positive transient voltage (Up) measured at the positive pole and a negative transient voltage (Un) measured at the negative pole; - a step of determining if the fault exists by comparing the DC displacement voltage (Ud) with a threshold displacement voltage (Ut);- a step of identifying a fault type as a positive to neutral pole short circuit, a negative to neutral pole short circuit or a positive to negative pole short circuit based on the polarity and the value of the DC displacement voltage (Ud). - a step of measuring a DC displacement voltage (Ud) having a polarity and a value, wherein the DC displacement voltage (Ud) is calculated as an average of a positive transient voltage (Up) measured at the positive pole and a negative transient voltage (Un) measured at the negative pole; - a step of determining if the fault exists by comparing the DC displacement voltage (Ud) with a threshold displacement voltage (Ut);- a step of identifying a fault type as a positive to neutral pole short circuit, a negative to neutral pole short circuit or a positive to negative pole short circuit based on the polarity and the value of the DC displacement voltage (Ud).
An appliance for use in supporting a woman during the first stage of labour including: a horizontal seat portion; a generally horizontal ledge portion is located at a height which is higher than the seat portion and extends across the width of the seat portion; a footrest (21, 22) is located at either side of the ledge portion; wherein the footrests are located beneath the ledge portion. a horizontal seat portion; a generally horizontal ledge portion is located at a height which is higher than the seat portion and extends across the width of the seat portion; a footrest (21, 22) is located at either side of the ledge portion; wherein the footrests are located beneath the ledge portion.
A dye-deposited base body manufacturing apparatus comprising: a printing device that prints a dye on a base body; a conveyance device that conveys a dyeing tray on which a resin body is placed; and a base body movement device that moves a dye-deposited base body on which the dye is printed by the printing device from a printing position by the printing device to a side of the conveyance device, wherein the dye-deposited base body manufacturing apparatus manufactures the dye-deposited base body to which the dye to be transferred to the resin body is deposited, used in a dyeing step of dyeing the resin body. a printing device that prints a dye on a base body; a conveyance device that conveys a dyeing tray on which a resin body is placed; and a base body movement device that moves a dye-deposited base body on which the dye is printed by the printing device from a printing position by the printing device to a side of the conveyance device, wherein the dye-deposited base body manufacturing apparatus manufactures the dye-deposited base body to which the dye to be transferred to the resin body is deposited, used in a dyeing step of dyeing the resin body.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, first information on a first bandwidth part, BWP, inactivity timer for a primary cell, PCell, and second information on a second BWP inactivity timer for a secondary cell, SCell; identifying that a random access procedure is initiated on a serving cell; stopping the first BWP inactivity timer associated with an active downlink, DL, BWP of the PCell, in case that the random access procedure is initiated on the PCell; and stopping the first BWP inactivity timer associated with the active DL BWP of the PCell and the second BWP inactivity timer associated with an active DL BWP of the SCell, in case that the random access procedure is initiated on the SCell. receiving, from a base station, first information on a first bandwidth part, BWP, inactivity timer for a primary cell, PCell, and second information on a second BWP inactivity timer for a secondary cell, SCell; identifying that a random access procedure is initiated on a serving cell; stopping the first BWP inactivity timer associated with an active downlink, DL, BWP of the PCell, in case that the random access procedure is initiated on the PCell; and stopping the first BWP inactivity timer associated with the active DL BWP of the PCell and the second BWP inactivity timer associated with an active DL BWP of the SCell, in case that the random access procedure is initiated on the SCell.
A low travel dome comprising: a domed surface having upper and lower portions (140, 110); and a plurality of tuning members (152, 154, 156, 158) integrated within the domed surface between the upper and lower portions (140, 110), the tuning members (152, 154, 156, 158) operative to control a force-displacement curve characteristic of the low travel dome; characterised in that the domed surface defines the tuning members and an array of radially-distributed arms (132, 134, 136, 138) separating each one of the plurality of tuning members (152, 154, 156, 158). a domed surface having upper and lower portions (140, 110); and a plurality of tuning members (152, 154, 156, 158) integrated within the domed surface between the upper and lower portions (140, 110), the tuning members (152, 154, 156, 158) operative to control a force-displacement curve characteristic of the low travel dome; characterised in that the domed surface defines the tuning members and an array of radially-distributed arms (132, 134, 136, 138) separating each one of the plurality of tuning members (152, 154, 156, 158).
An injection molding machine, comprising: a first attachment portion to which a first adaptor hoisted by a first hoisting tool is attached; and a second attachment portion to which a second adaptor hoisted by a second hoisting tool is attached, wherein while a direction of the injection molding machine is changed by hoisting the injection molding machine using the first hoisting tool and the second hoisting tool and lifting and lowering the first hoisting tool and the second hoisting tool relative to each other, a horizontal distance between a connection portion of the first adaptor to connect the first hoisting tool, and the center of gravity of the injection molding machine is larger than a horizontal distance between a connection portion of the second adaptor to connect the second hoisting tool, and the center of gravity of the injection molding machine. a first attachment portion to which a first adaptor hoisted by a first hoisting tool is attached; and a second attachment portion to which a second adaptor hoisted by a second hoisting tool is attached, wherein while a direction of the injection molding machine is changed by hoisting the injection molding machine using the first hoisting tool and the second hoisting tool and lifting and lowering the first hoisting tool and the second hoisting tool relative to each other, a horizontal distance between a connection portion of the first adaptor to connect the first hoisting tool, and the center of gravity of the injection molding machine is larger than a horizontal distance between a connection portion of the second adaptor to connect the second hoisting tool, and the center of gravity of the injection molding machine.
A compound of formula: E 1a -V 1a -C(=O)-P 1a -W 1a -P 1b -C(=O)-V 1b -E 1b wherein W 1a is and W 1a is optionally substituted with one or more groups independently selected from halo, alkyl, haloalkyl, or cyano; Y 5 is -O-CH 2 -, or -CH 2 -O-; X 5 is -CH 2 -CH 2 - or -CH=CH-; E 1a is -N (alkoxycarbonyl), -N (cycloalkylcarbonyl) or -N (cycloalkyloxycarbonyl); or E 1a -V 1a taken together are R 9a; E 1b is -N (alkoxycarbonyl), -N (cycloalkylcarbonyl) or -N (cycloalkyloxycarbonyl); or E 1b -V 1b taken together are R 9b; V 1a and V 1b are each independently selected from: P 1a is selected from: P 1b is selected from: and R 9a and R 9b are each independently: or a pharmaceutically acceptable salt thereof. W 1a is and W 1a is optionally substituted with one or more groups independently selected from halo, alkyl, haloalkyl, or cyano; Y 5 is -O-CH 2 -, or -CH 2 -O-; X 5 is -CH 2 -CH 2 - or -CH=CH-; E 1a is -N (alkoxycarbonyl), -N (cycloalkylcarbonyl) or -N (cycloalkyloxycarbonyl); or E 1a -V 1a taken together are R 9a; E 1b is -N (alkoxycarbonyl), -N (cycloalkylcarbonyl) or -N (cycloalkyloxycarbonyl); or E 1b -V 1b taken together are R 9b; V 1a and V 1b are each independently selected from: P 1a is selected from: P 1b is selected from: and R 9a and R 9b are each independently: or a pharmaceutically acceptable salt thereof.
A method of producing three-dimensional bulk material bodies which wholly or for selected parts consist of a composite of crystalline or nanocrystalline metal particles in a matrix of amorphous metal, the method comprising applying a metal powder layer onto a heat-conducting base (1, 13), successive melting of limited areas of the layer by means of a radiation gun and cooling of the melted areas so that they can be made to solidify into amorphous metal, characterized in that the radiation gun, in connection with the melting of one or several limited areas of the layer, is regulated so that the melted area is cooled in accordance with a stipulated time-temperature curve in order to form a composite of crystalline or nanocrystalline metal particles in a matrix of amorphous metal; that the method is repeated until a continuous layer is formed, which contains composite metal to a desired extent; and that a new powder layer is applied and the method repeated, the new layer being fused to the underlying layer for successive construction of the three-dimensional bulk material body.
Control element for a domestic appliance, in particular a stationary domestic appliance, comprising a dial which is rotationally movable on a shaft and a sound generator, an electromagnetic resistance device being operatively connected to the shaft, it being possible for one resistance profile, in each case, from a plurality of resistance profiles held in a memory to be applied to the resistance device, and it being possible to control the resistance device according to the particular resistance profile and a particular orientation of the dial, at least individual resistance profiles defining more than two different resistance values; characterised in that an acoustic profile is associated with at least individual resistance profiles, according to which acoustic profile the sound generator can be controlled, and the acoustic profile comprising sound values correlating with the respective resistance values of the associated resistance profile, and at least individual sound profiles defining more than two different sound values. an electromagnetic resistance device being operatively connected to the shaft, it being possible for one resistance profile, in each case, from a plurality of resistance profiles held in a memory to be applied to the resistance device, and it being possible to control the resistance device according to the particular resistance profile and a particular orientation of the dial, at least individual resistance profiles defining more than two different resistance values; characterised in that
An assembly (10; 50) for protecting an item from theft, comprising a first part including a tip intended to traverse the item or a package containing the item and a second part (30; 52) that on the one hand is provided with an orifice (32b; 54b) to insert the tip therein, and on the other hand comprises locking means to prevent the tip from being removed after insertion thereof, characterized in that the two parts are assembled with one another and kept in the assembled position according to two possible assembly modes, in a first so-called protection mode the tip of the first part is inserted into the orifice of the second part and the locking means are activated so that a user cannot separate them without a tool, in a second so-called temporary assembly mode the two parts are fastened to one another using temporary fastening means, these means being such that a user can separate the two parts from one another without a tool, the second part (30; 52) having at least one opening (32c; 54c) to insert the tip of the first part into a hollow portion of the second part, said at least one opening being separate from the orifice, the hollow portion being designed to receive the tip and keep it in the temporary assembly position.