mhurhangee/ep-ind-claims huggingface dataset:
Tool for working a substrate, having a stator and a working piston, which is intended to move relative to the stator along a working axis, also having a drive, which is intended to drive the working piston from a starting position along the working axis to the substrate, the drive having a first piston coil arranged on the working piston and a first stator coil arranged on the stator, the first stator coil and/or the first piston coil being intended to be flowed through by current and to generate a magnetic field, and the first piston coil being intended to enter the first stator coil during a movement of the working piston relative to the stator along the working axis.
A smokeless incinerator comprising: a first combustion chamber provided with: a main combustor into which wastes can be thrown, the main combustor having firebrick walls and an auxiliary burner for supporting burning of the wastes; and a water cooling jacket that is located above the main combustor and has water cooling jacket walls; a second combustion chamber that is located on top of the first combustion chamber and has a re-burning burner for burning unburned gas; a filter-equipped combustion chamber that is aligned with and adjacent to the second combustion chamber and has a ceramic filter; a third combustion chamber that is aligned with and adjacent to the filter-equipped combustion chamber and has a dust collection cyclone; a fourth combustion chamber that is located on top of the third combustion chamber and has a re-burning burner for burning unburned gas; and an exhaust stack that is located on top of the fourth combustion chamber and has a unit of forced exhaust (F2, F5), wherein the re-burning burner of the second combustion chamber is fixed obliquely on a side face adjacent to an opposed face to the filter-equipped combustion chamber at an acute angle (α) with respect to a direction toward the filter-equipped combustion chamber. a first combustion chamber provided with: a main combustor into which wastes can be thrown, the main combustor having firebrick walls and an auxiliary burner for supporting burning of the wastes; and a water cooling jacket that is located above the main combustor and has water cooling jacket walls; a main combustor into which wastes can be thrown, the main combustor having firebrick walls and an auxiliary burner for supporting burning of the wastes; and a water cooling jacket that is located above the main combustor and has water cooling jacket walls; a second combustion chamber that is located on top of the first combustion chamber and has a re-burning burner for burning unburned gas; a filter-equipped combustion chamber that is aligned with and adjacent to the second combustion chamber and has a ceramic filter; a third combustion chamber that is aligned with and adjacent to the filter-equipped combustion chamber and has a dust collection cyclone; a fourth combustion chamber that is located on top of the third combustion chamber and has a re-burning burner for burning unburned gas; and an exhaust stack that is located on top of the fourth combustion chamber and has a unit of forced exhaust (F2, F5), wherein the re-burning burner of the second combustion chamber is fixed obliquely on a side face adjacent to an opposed face to the filter-equipped combustion chamber at an acute angle (α) with respect to a direction toward the filter-equipped combustion chamber.
Monitoring circuitry (100, 300, 400) comprising: a first coupling (102, 200, 610) and a second coupling (104, 200, 610), wherein at least one of the first coupling (102, 200, 610) and the second coupling (102, 200, 610) are able to capacitively couple the monitoring circuitry (100, 300, 400) to a monitored circuit on a product packaging, the monitored circuit having a resistance and wherein the resistance of the monitored circuit is indicative of a status of a product stored in the product packaging, and the monitored circuit is able to be connected in series between the first coupling (102, 200, 610) and the second coupling (102, 200, 610); and a monitoring apparatus to determine the resistance of the monitored circuit via the first coupling (102, 200, 610) and the second coupling (102, 200, 610); the monitoring circuitry being characterised in that at least one of the first coupling (102, 200, 610) and the second coupling (104, 200, 610) comprises at least two galvanically separated connection elements (202, 204, 302a-b, 304a-b, 402a-c), wherein the galvanically separated connection elements (202, 204, 302a-b, 304a-b, 402a-c) are able to couple with a common coupling pad of the monitored circuit. a first coupling (102, 200, 610) and a second coupling (104, 200, 610), wherein at least one of the first coupling (102, 200, 610) and the second coupling (102, 200, 610) are able to capacitively couple the monitoring circuitry (100, 300, 400) to a monitored circuit on a product packaging, the monitored circuit having a resistance and wherein the resistance of the monitored circuit is indicative of a status of a product stored in the product packaging, and the monitored circuit is able to be connected in series between the first coupling (102, 200, 610) and the second coupling (102, 200, 610); and a monitoring apparatus to determine the resistance of the monitored circuit via the first coupling (102, 200, 610) and the second coupling (102, 200, 610); the monitoring circuitry being characterised in that at least one of the first coupling (102, 200, 610) and the second coupling (104, 200, 610) comprises at least two galvanically separated connection elements (202, 204, 302a-b, 304a-b, 402a-c), wherein the galvanically separated connection elements (202, 204, 302a-b, 304a-b, 402a-c) are able to couple with a common coupling pad of the monitored circuit.
A compound of general formula: wherein: R 2' is SO 3 H or SO 3 - /M + and R 3' is H, or R 2' is H and R 3' is SO 3 H or SO 3 - /M +. M + is the cation of a metal, such as Na +, K +; R 2, R 3, identical or different, are independently chosen from: a) fatty acyl groups of formula -C=O-(CH 2) k -CH 3 where k is an integer from 14 to 50; b) where r is 1; l is an integer chosen from 0 to 10; q is an integer chosen from 0 to 50; provided that l + q≥1; T 2 is methyl; each T i is methyl. where at least one of R 2, R 3 is b); and its enantiomers, diastereoisomers, mixtures thereof and pharmaceutically acceptable salts. R 2' is SO 3 H or SO 3 - /M + and R 3' is H, or R 2' is H and R 3' is SO 3 H or SO 3 - /M +. M + is the cation of a metal, such as Na +, K +; R 2, R 3, identical or different, are independently chosen from: a) fatty acyl groups of formula -C=O-(CH 2) k -CH 3 where k is an integer from 14 to 50; b) a) fatty acyl groups of formula -C=O-(CH 2) k -CH 3 where k is an integer from 14 to 50; b) where r is 1; l is an integer chosen from 0 to 10; q is an integer chosen from 0 to 50; provided that l + q≥1; T 2 is methyl; each T i is methyl. where at least one of R 2, R 3 is b); and its enantiomers, diastereoisomers, mixtures thereof and pharmaceutically acceptable salts.
A method for providing an application by means of a virtual machine, characterized in that it comprises a step of compiling an application written in an original code into a native application for a target platform, the step comprising: determining at least one method of an object of the application to correspond to a corresponding symbol in a native code of the native application; generating a function stub for each method to be compiled of the application, wherein the stub transforms a calling convention of the virtual machine into a calling convention of the compiled method; and creating the native application by inserting the stubs in a native code of the native application; and a step of transforming the compiled application into a library, the library being made available to the virtual machine by installing a compiled code in the virtual machine, comprising: for each compiled method: requesting a descriptor of the method from the virtual machine; and modifying the descriptor of the method such that each invocation from an uncompiled code calls the stub corresponding to the method, and indicating the address of the native function which will perform the functionality of the method such that the stub invokes the function after transforming the calling convention; and a step of executing the application by the virtual machine. determining at least one method of an object of the application to correspond to a corresponding symbol in a native code of the native application; generating a function stub for each method to be compiled of the application, wherein the stub transforms a calling convention of the virtual machine into a calling convention of the compiled method; and creating the native application by inserting the stubs in a native code of the native application; and requesting a descriptor of the method from the virtual machine; and modifying the descriptor of the method such that each invocation from an uncompiled code calls the stub corresponding to the method, and indicating the address of the native function which will perform the functionality of the method such that the stub invokes the function after transforming the calling convention; and
A packaging system for storing a bioprosthetic device, wherein the packaging system maintains a target relative humidity across a temperature range, the packaging system comprising: a sealed package having an internal space; a bioprosthetic device disposed within the internal space; and a humidity control device disposed within the internal space, the humidity control device having a barrier defining an enclosed space in vapor communication with the internal space of the sealed package and characterized in that a humidity control solution comprising glycerol is in the enclosed space, wherein the glycerol concentration in the humidity control solution is selected according to a target relative humidity from about 15% to about 95%. a sealed package having an internal space; a bioprosthetic device disposed within the internal space; and a humidity control device disposed within the internal space, the humidity control device having a barrier defining an enclosed space in vapor communication with the internal space of the sealed package and characterized in that a humidity control solution comprising glycerol is in the enclosed space, wherein the glycerol concentration in the humidity control solution is selected according to a target relative humidity from about 15% to about 95%.
A heat exchanger, in particular for cooling exhaust gas, for an internal combustion engine of a motor vehicle, having at least one first flow channel for the throughflow of a first fluid for cooling a second fluid, at least one second flow channel for the throughflow of the second fluid and at least one third flow channel for the throughflow of the second fluid, wherein the at least one second flow channel and the at least one third flow channel are separated from each other by at least one separating element, at least one housing element for flowing second fluid through the second flow channel and/or the third flow channel. characterised in that at least one channel is formed as a leakage minimising expansion channel at least in sections between the separating element and the at least one housing element, such that the leakage flow of second fluid between the at least one second and the at least one third flow channel (2, 3) is minimised and longitudinal and/or transverse expansions of the separating element and/or of the housing element can be accommodated by the channel.
Throttle valve assembly for an internal combustion engine comprising: - a valve housing having a main channel and an auxiliary channel connected to the main channel, - a main throttle valve pivotally mounted in the main channel between a fully open position and a closed position, said main throttle valve having a main pivoting shaft extending along a main axis, - an auxiliary throttle valve pivotally mounted in the auxiliary channel between a closed position and a fully open position, said auxiliary throttle valve having an auxiliary pivoting shaft extending along an auxiliary axis, - a common rotating actuator controlling the opening angle of both the main throttle valve and the auxiliary throttle valve through an actuating mechanism, said actuating mechanism providing a time shift between the pivoting motions of both throttle valves (34, 38) during actuation of the rotating actuator, characterized by said actuating mechanism comprising a crank mechanism connected between the auxiliary pivoting shaft and a gear train driven by the rotating actuator such that, depending on the rotational motion provided by the rotating actuator, the auxiliary throttle valve is first actuated from its closed position to its fully open position and secondly actuated from its fully open position to its closed position, without need for reversing the rotation direction of the rotating actuator. - a valve housing having a main channel and an auxiliary channel connected to the main channel, - a main throttle valve pivotally mounted in the main channel between a fully open position and a closed position, said main throttle valve having a main pivoting shaft extending along a main axis, - an auxiliary throttle valve pivotally mounted in the auxiliary channel between a closed position and a fully open position, said auxiliary throttle valve having an auxiliary pivoting shaft extending along an auxiliary axis, - a common rotating actuator controlling the opening angle of both the main throttle valve and the auxiliary throttle valve through an actuating mechanism, said actuating mechanism providing a time shift between the pivoting motions of both throttle valves (34, 38) during actuation of the rotating actuator,
A device for fastening a robot driver in a motor vehicle, said device being fixable by means of a safety belt on a vehicle seat, comprising - a base element placeable on a vehicle seat surface, wherein said base element is configured such that a driving robot can be fastened thereto, and - at least one actuator in contact with said base element for tensioning said safety belt, characterized in that said actuator has an extendable contact portion which can be brought into contact with the locked safety belt, wherein said extendable contact portion of said actuator can be moved away from said base element for tensioning the locked safety belt. - a base element placeable on a vehicle seat surface, wherein said base element is configured such that a driving robot can be fastened thereto, and - at least one actuator in contact with said base element for tensioning said safety belt, characterized in that said actuator has an extendable contact portion which can be brought into contact with the locked safety belt, wherein said extendable contact portion of said actuator can be moved away from said base element for tensioning the locked safety belt.
A grease leakage preventing structure for a gear reducer of a dynamoelectric machine with the gear reducer, in which gear teeth are provided in a leading edge portion of an output shaft of a dynamoelectric machine, the leading edge portion of the dynamoelectric machine output shaft is introduced into a case of a gear reducer via an input port of the gear reducer, and the dynamoelectric machine output shaft with the gear teeth is engaged with a gear arranged inside the case of the gear reducer, characterized in that a grease blocking member for preventing inflow of grease into the dynamoelectric machine is provided around the output shaft of the dynamoelectric machine, wherein the grease blocking member being constituted by a cylindrical portion and an expansion portion; and characterized in that the grease blocking member is mounted by press-fitting on a terminal end of an engagement portion of the dynamoelectric machine output shaft and prevents inflow of grease into the dynamoelectric machine; V-shaped or U-shaped cut portions are provided at two or more locations in the cylindrical portion so as to extend to the expansion portion; and the cut portions are cut diagonally along the axial direction, so that the sections thereof face outward to allow a wall surface formed by the sections to face outward, the grease blocking member is provided with a flange portion provided on a base end of the expansion portion; the expansion portion is formed as a tapered portion provided between the cylindrical portion and the flange portion and having a diameter gradually expanding from the cylindrical portion the grease blocking member is made of aluminium and is mounted by press-fitting to the dynamoelectric machine output shaft, and helically cut gear teeth are provided as the gear teeth provided in the leading edge portion of the dynamoelectric machine output shaft.
Drawer adjustment device for adjusting a front connector of a drawer lateral wall (17, 18), in particular a drawer height adjustment device for adjusting a front connector of a drawer lateral wall (17, 18); wherein the drawer adjustment device comprises an external housing, an internal housing and an actuator assembly; wherein the internal housing is present so as to be displaceable relative to the external housing; wherein the actuator assembly has an actuating element, a guiding element and a slotted guide; wherein the guiding element is mounted so as to be movable on the slotted guide; wherein the slotted guide is configured on the internal housing; wherein the internal housing comprises lateral parts (56, 57), a central part and a front part; wherein the central part connects the two lateral parts (56, 57) such that the internal housing is configured so as to be U-shaped; wherein the front part is present so as to be opposite the central part and spaced apart therefrom; wherein one slotted guide is in each case present on the central part and on the front part such that the guiding element is mounted so as to be movable between the central part and the front part; wherein the actuating element is mounted so as to be rotatable about a rotation axis; wherein the actuating element is present so as not to be displaceable relative to the external housing in a direction transverse to the rotation axis; wherein the guiding element is present so as to be movable in a direction parallel to the rotation axis; wherein the actuating element and the guiding element are coupled to one another in such a manner that a rotating movement of the actuating element causes a movement of the guiding element in a direction parallel to the rotation axis, characterized in that the lateral parts, the central part and the front part are present so as to be integral.
A moving image decoding apparatus for decoding an encoded bitstream obtained by dividing the moving image into a plurality of macroblocks, the macroblocks being spatially divided from a slice, the moving image including the slice, the apparatus comprising: a macroblock size determination means for decoding macroblock size information in a sequence, and for determining a size of each of the macroblocks based on the macroblock size information, wherein the macroblock size information is multiplexed into the bitstream and the sequence is a set of a plurality of continuous frames and each of the continuous frames is temporally divided from the moving image; a coding mode decoding means for decoding a coding mode determined for each of the macroblocks, wherein the macroblocks are further divided into regions on each of which motion compensation is to be performed, the size of said regions being determined according to the macroblock size; and a macroblock decoding means for decoding pixel values in each of the macroblocks in the coding mode decoded by the coding mode decoding means. a macroblock size determination means for decoding macroblock size information in a sequence, and for determining a size of each of the macroblocks based on the macroblock size information, wherein the macroblock size information is multiplexed into the bitstream and the sequence is a set of a plurality of continuous frames and each of the continuous frames is temporally divided from the moving image; a coding mode decoding means for decoding a coding mode determined for each of the macroblocks, wherein the macroblocks are further divided into regions on each of which motion compensation is to be performed, the size of said regions being determined according to the macroblock size; and a macroblock decoding means for decoding pixel values in each of the macroblocks in the coding mode decoded by the coding mode decoding means.
A scaler tip attachable to a tip portion of a dental ultrasonic scaler with an oscillator provided therein, the scaler tip comprising: a tip body made of titanium or titanium alloy, the tip body being formed as one piece including a base end portion and a tip portion, wherein the tip portion of the tip body comprises a curved portion at a distal end of the tip portion of the tip body, wherein the curved portion is of a shape which can make a contact in a curved shape along a periphery of an artificial tooth root, wherein the curved portion includes an interior surface, characterised in that an inner diameter of the curved portion and a shape of the interior surface of the curved portion are formed such that the curved portion is adapted to lie along a thread groove and the curved portion fits into the thread groove. a tip body made of titanium or titanium alloy, the tip body being formed as one piece including a base end portion and a tip portion, wherein the tip portion of the tip body comprises a curved portion at a distal end of the tip portion of the tip body, wherein the curved portion is of a shape which can make a contact in a curved shape along a periphery of an artificial tooth root, wherein the curved portion includes an interior surface, characterised in that an inner diameter of the curved portion and a shape of the interior surface of the curved portion are formed such that the curved portion is adapted to lie along a thread groove and the curved portion fits into the thread groove.
A cosmetic applicator, comprising a handle with an elongated direction, and a rotatable application roller (512, 612) joined to the handle, wherein the application roller includes two ends, a deformable roll face, which includes an application surface (522, 622), disposed between the ends, and an axis of rotation extending from one end to the other end, wherein the roll face is configured with an adjustable roll face width, such that the roll face width is adjustable in a direction that is measured parallel to the axis of rotation and between the ends, and wherein the roll face is made from a pliable material, characterized in that the application roller includes a reinforcing structure, disposed inside of the roll face, under the pliable material.
Aerosol device formed by: - a container containing an aerosol composition comprising one or more propellants and, in an alcoholic or aqueous-alcoholic medium, one or more fixing polymers, and - a means for dispensing the said aerosol composition comprising a diffuser equipped with a slit-shaped end orifice that produces a fan-shaped spray. - a container containing an aerosol composition comprising one or more propellants and, in an alcoholic or aqueous-alcoholic medium, one or more fixing polymers, and - a means for dispensing the said aerosol composition comprising a diffuser equipped with a slit-shaped end orifice that produces a fan-shaped spray.