mhurhangee/ep-ind-claims huggingface dataset:
Counting device for a calendar mechanism for a timepiece movement, comprising a fixed toothed unit (250, 550) and a program wheel (222, 522) which are coaxial, the latter comprising a first rotary platform (224, 524) with external toothing (225, 525); a device for correction of the short months, which is supported by said first platform (224, 524) and comprises at least a first tooth (228, 528) which is mobile with reference to said first platform between a first, retracted position and a second, extracted position, in which it is added to the toothing (225, 525) of said first platform, by juxtaposition or superimposition; and a control mechanism (238, 248, 538, 548), which is designed to define the position of said first mobile tooth (228, 528) and comprises at least a first wheel (248, 548) which is designed to be engaged with said fixed toothed unit (250, 550), said control mechanism comprising a wheel (238, 538) for the months, which is fitted such as to rotate on said first platform (224, 524), which comprises toothing (245, 545) with a kinematic connection to said first wheel (248, 548), and which supports a first cam (240, 540) with a variable radius which is designed to co-operate with said first mobile tooth (228, 528) and define its retracted or extracted position, as a function of the angular orientation of said first cam (240, 540) and with the implementation of essentially radial guiding. a first rotary platform (224, 524) with external toothing (225, 525); a device for correction of the short months, which is supported by said first platform (224, 524) and comprises at least a first tooth (228, 528) which is mobile with reference to said first platform between a first, retracted position and a second, extracted position, in which it is added to the toothing (225, 525) of said first platform, by juxtaposition or superimposition; and a control mechanism (238, 248, 538, 548), which is designed to define the position of said first mobile tooth (228, 528) and comprises at least a first wheel (248, 548) which is designed to be engaged with said fixed toothed unit (250, 550), said control mechanism comprising a wheel (238, 538) for the months, which is fitted such as to rotate on said first platform (224, 524), which comprises toothing (245, 545) with a kinematic connection to said first wheel (248, 548), and which supports a first cam (240, 540) with a variable radius which is designed to co-operate with said first mobile tooth (228, 528) and define its retracted or extracted position, as a function of the angular orientation of said first cam (240, 540) and with the implementation of essentially radial guiding.
A method of storing statistical data of records stored in a distributed file system, the method comprising: allocating a statistical data block in a memory of a data node, the statistical data block for storing statistical data of distributed file system records stored by the data node in a storage disk having a plurality of data blocks, the data node associated with the distributed file system; associating a plurality of entries of the statistical data block with respective data blocks of the plurality of data blocks; collecting the statistical data of the distributed file system records stored in the data node; writing the statistical data to the plurality of entries of the statistical data block, the plurality of entries storing statistical data of associated data blocks of the plurality of data blocks; wherein the allocating a statistical data block comprises allocating a virtual block, the virtual block comprising a plurality of virtual block statistical data entries, a virtual block statistical data entry of the plurality of virtual block statistical data entries corresponding to a set of data blocks of the plurality of data blocks. allocating a statistical data block in a memory of a data node, the statistical data block for storing statistical data of distributed file system records stored by the data node in a storage disk having a plurality of data blocks, the data node associated with the distributed file system; associating a plurality of entries of the statistical data block with respective data blocks of the plurality of data blocks; collecting the statistical data of the distributed file system records stored in the data node; writing the statistical data to the plurality of entries of the statistical data block, the plurality of entries storing statistical data of associated data blocks of the plurality of data blocks; wherein the allocating a statistical data block comprises allocating a virtual block, the virtual block comprising a plurality of virtual block statistical data entries, a virtual block statistical data entry of the plurality of virtual block statistical data entries corresponding to a set of data blocks of the plurality of data blocks.
Cooking appliance with a cooking plate and with a heating device thereunder, wherein: - the heating device runs parallel to the cooking plate and bears at least partially against the bottom side of said cooking plate, - the heating device has a flat carrier disc running parallel to the cooking plate, - on a bottom side and on a top side of the carrier disc there are arranged in each case heating means (23, 21) which in each case substantially cover or shield the carrier disc, - both heating means (23, 21) have in each case at least one heating conductor, characterized in that - the carrier disc has micanite, - the heating means (23, 21) have thick-film heating conductors as heating conductors, or are applied in a thick-film process onto the carrier disc. - the heating device runs parallel to the cooking plate and bears at least partially against the bottom side of said cooking plate, - the heating device has a flat carrier disc running parallel to the cooking plate, - on a bottom side and on a top side of the carrier disc there are arranged in each case heating means (23, 21) which in each case substantially cover or shield the carrier disc, - both heating means (23, 21) have in each case at least one heating conductor, characterized in that - the carrier disc has micanite, - the heating means (23, 21) have thick-film heating conductors as heating conductors, or are applied in a thick-film process onto the carrier disc.
A hemodialysis machine comprising: a removable, mountable disposable cartridge, a fluid pathway for delivering a dialysate solution, wherein the fluid pathway comprises a pre-dialysis pathway and a post-dialysis pathway; and wherein the cartridge defines the fluid pathway; a dialyser for dialysing patient's blood using the dialysate solution, the dialyser connected between the pre-dialysis pathway and the post-dialysis pathway; a first sensor system configured to sense a characteristic of the dialysate solution at a first location on the pre-dialysis pathway; a second sensor system configured to sense a characteristic of the dialysate solution at a second location on the post-dialysis pathway, wherein the first sensor system comprises a first sensor cell located on the cartridge and the second sensor system comprises a second sensor cell located on the cartridge; and wherein each sensor cell (130, 136) comprises a window formed in the cartridge; a control system configured to make a comparative analysis of the measurements taken by the first sensor and the second sensor for monitoring the composition of the dialysate solution. a removable, mountable disposable cartridge, a fluid pathway for delivering a dialysate solution, wherein the fluid pathway comprises a pre-dialysis pathway and a post-dialysis pathway; and wherein the cartridge defines the fluid pathway;
A stabilized solid composition comprising: a urea solidification matrix; an acid; and at least one additional active component comprising a surfactant, polymer, and/or additional solids, wherein the urea and the acid are in a preformed solid complex in a molar ratio from 1:3 to 3:1, wherein the acid is citric acid, glutamic acid, sulfamic acid, malic acid, maleic acid, tartaric acid, lactic acid, aspartic acid, succinic acid, adipic acid, hydroxyacetic acid, formic acid, acetic acid, propionic acid, butyric acid, valeric acid, caproic acid, gluconic acid, itaconic acid, trichloroacetic acid, benzoic acid, oxalic acid, malonic acid, glutaric acid, fumaric acid, and/or terephthalic acids; and a use solution has a pH between 2 to 6. a urea solidification matrix; an acid; and at least one additional active component comprising a surfactant, polymer, and/or additional solids, wherein the urea and the acid are in a preformed solid complex in a molar ratio from 1:3 to 3:1, wherein the acid is citric acid, glutamic acid, sulfamic acid, malic acid, maleic acid, tartaric acid, lactic acid, aspartic acid, succinic acid, adipic acid, hydroxyacetic acid, formic acid, acetic acid, propionic acid, butyric acid, valeric acid, caproic acid, gluconic acid, itaconic acid, trichloroacetic acid, benzoic acid, oxalic acid, malonic acid, glutaric acid, fumaric acid, and/or terephthalic acids; and a use solution has a pH between 2 to 6.
An implant composed of bovine hide-derived collagen material for the repair or regeneration of tissue in the body of a living being, wherein said implant comprises pores, a depot of material, and an osteoconductive matrix comprising native insoluble fibrous collagen, said pores having a size ranging between 100 μm and 200 μm.
Method for optical chassis measurement with the aid of a set of at least two target arrangements (46, 98) which are attached to wheels (8, 10, 12, 14) of a vehicle and are recorded by a measuring camera, the target arrangement having: one target each; one target holder each with a target receptacle on which the target is attached, the target holder being attached to a wheel of a motor vehicle in such a way that the target is aligned at an angle to the wheel centre plane; in which there is arranged on the target a first significant mark whose distance from a reference plane is known to an evaluation unit, a second significant mark is arranged, whose distance from the first significant mark or from the reference plane is known to the evaluation unit, and at least one further unspecified mark is arranged, neither the position of the at least one unspecified mark nor the mutual spacing between unspecified marks being known to the evaluation unit; in which during a calibration operation an image sequence of the significant marks and the at least one unspecified mark is recorded by the measurement camera, a local 3D coordinate system being determined by an evaluation unit, and during the measurement process subsequent to the calibration operation at least three marks are recorded, the position of the recorded at least three marks specifying the spatial position of the respective wheel axle in the known 3D coordinate system so that it is possible therefrom to determine the track and camber of the wheel. one target each; one target holder each with a target receptacle on which the target is attached, the target holder being attached to a wheel of a motor vehicle in such a way that the target is aligned at an angle to the wheel centre plane; in which there is arranged on the target a first significant mark whose distance from a reference plane is known to an evaluation unit, a second significant mark is arranged, whose distance from the first significant mark or from the reference plane is known to the evaluation unit, and at least one further unspecified mark is arranged, neither the position of the at least one unspecified mark nor the mutual spacing between unspecified marks being known to the evaluation unit; in which during a calibration operation an image sequence of the significant marks and the at least one unspecified mark is recorded by the measurement camera, a local 3D coordinate system being determined by an evaluation unit, and during the measurement process subsequent to the calibration operation at least three marks are recorded, the position of the recorded at least three marks specifying the spatial position of the respective wheel axle in the known 3D coordinate system so that it is possible therefrom to determine the track and camber of the wheel.
A process for filling a tank with a gas in a gaseous phase for storage therein in solid phase, the storage tank containing for this purpose a reactive product, the reactive product and the gas being such that, when they are brought into contact with each other, they are subject to a thermochemical reaction having the effect of the absorption of the gas by the reactive product and the production of a solid reaction product and, conversely, they are the subject of a desorption reaction of the gas absorbed by the reactive product under the effect of heating applied to said reactive product, when said reactive product has absorbed gas, characterized in that said gas is introduced into the storage tank; - either at a filling pressure (Pr) which is equal to the equilibrium pressure of the reactive product at the filling temperature plus α times the difference between the saturation vapor pressure (Ps) of the gas at the filling temperature (Tr) and the equilibrium pressure of the reactive product at said filling temperature; the value of α being comprises between 0.1 and 0.9 and preferably being equal to 0.5; - or at a filling temperature (Tr) which is equal to the vaporization temperature of the gas at the filling pressure (Pr) plus β times the difference between the equilibrium temperature (Te) of said product reactive at the filling pressure (Pr) and the vaporization temperature of said gas at said filling pressure; the value of β being between 0.1 and 0.9 and preferably being equal to 0.5. - either at a filling pressure (Pr) which is equal to the equilibrium pressure of the reactive product at the filling temperature plus α times the difference between the saturation vapor pressure (Ps) of the gas at the filling temperature (Tr) and the equilibrium pressure of the reactive product at said filling temperature; the value of α being comprises between 0.1 and 0.9 and preferably being equal to 0.5; - or at a filling temperature (Tr) which is equal to the vaporization temperature of the gas at the filling pressure (Pr) plus β times the difference between the equilibrium temperature (Te) of said product reactive at the filling pressure (Pr) and the vaporization temperature of said gas at said filling pressure; the value of β being between 0.1 and 0.9 and preferably being equal to 0.5.
A laser cutting system, comprising: a laser source for providing a laser beam; a chamber for maintaining a controlled environment; and a fixture disposed within the chamber for holding articles to be cut by the laser beam, the chamber having an optical element disposed in one surface of the chamber for allowing access by the laser beam to a cutting zone disposed in an internal volume of the chamber at an interface of the laser beam and a surface of an article to be cut, the chamber also having an input port (145,195) for admission of a shielding gas to the internal volume of the chamber and an exhaust port in fluid communication with a vacuum nozzle disposed adjacent the fixture, the exhaust port being configured to cooperate with the vacuum nozzle to provide for a flow of the shielding gas through the internal volume of the chamber and to apply suction to the cutting zone to evacuate particulate and debris from the cutting zone produced by the laser beam. a laser source for providing a laser beam; a chamber for maintaining a controlled environment; and a fixture disposed within the chamber for holding articles to be cut by the laser beam, the chamber having an optical element disposed in one surface of the chamber for allowing access by the laser beam to a cutting zone disposed in an internal volume of the chamber at an interface of the laser beam and a surface of an article to be cut, the chamber also having an input port (145,195) for admission of a shielding gas to the internal volume of the chamber and an exhaust port in fluid communication with a vacuum nozzle disposed adjacent the fixture, the exhaust port being configured to cooperate with the vacuum nozzle to provide for a flow of the shielding gas through the internal volume of the chamber and to apply suction to the cutting zone to evacuate particulate and debris from the cutting zone produced by the laser beam.
A path switching method in a network comprising at least a first path and a second path, wherein for the first path, one or more incoming traffic flows are multiplexed into a tunnel, and one or more higher level tunnels are multiplexed into a lower level tunnel, the method comprising: - for the incoming traffic flow, determining that any of the tunnels on the first path of all levels into which the incoming traffic flow is multiplexed is of a failure status, and - forwarding the incoming traffic flow via the second path; else - for the incoming traffic flow, determining that none of the tunnels on the first path of all levels into which the incoming traffic flow is multiplexed is of the failure status, and - forwarding the incoming traffic flow via the first path. - for the incoming traffic flow, determining that any of the tunnels on the first path of all levels into which the incoming traffic flow is multiplexed is of a failure status, and - forwarding the incoming traffic flow via the second path; else - for the incoming traffic flow, determining that none of the tunnels on the first path of all levels into which the incoming traffic flow is multiplexed is of the failure status, and - forwarding the incoming traffic flow via the first path.
Method for providing user-specific settings in a motor vehicle, in which: a) user-specific data is stored in a central data-processing device, wherein a mobile communication device is associated with the user; b) when parked, the motor vehicle determines its position and transmits it wirelessly to the central data-processing device; c) the position of the parked motor vehicle is transmitted from the central data-processing device to the mobile communication device; d) the mobile communication device repeatedly determines its own position and compares said position with the position of the parked motor vehicle and, if, based on a predetermined criterion, the mobile communication device is located in the proximity of the parked motor vehicle, it transmits this information to the central data-processing device, wherein further, e) upon receipt of said information, the central data-processing device transmits the data, which is specific to the user associated with the mobile communication device, to the motor vehicle; f) using the transmitted specific data, the motor vehicle carries out the user-specific adjustments. a) user-specific data is stored in a central data-processing device, wherein a mobile communication device is associated with the user; b) when parked, the motor vehicle determines its position and transmits it wirelessly to the central data-processing device; c) the position of the parked motor vehicle is transmitted from the central data-processing device to the mobile communication device; d) the mobile communication device repeatedly determines its own position and compares said position with the position of the parked motor vehicle and, if, based on a predetermined criterion, the mobile communication device is located in the proximity of the parked motor vehicle, it transmits this information to the central data-processing device, wherein further, e) upon receipt of said information, the central data-processing device transmits the data, which is specific to the user associated with the mobile communication device, to the motor vehicle; f) using the transmitted specific data, the motor vehicle carries out the user-specific adjustments.
Method for vaporizing a liquid in a heat exchanger in which a liquid vaporizes in the heat exchanger to form a gas which is sent to a user via a first pipe in normal operation, wherein if the rate of change of the rate of flow of liquid sent to the exchanger exceeds a threshold, the first pipe is closed and fluid, which may be gas vaporized in the heat exchanger and/or liquid not vaporized in the exchanger, is discharged into the atmosphere or to a flare stack through a second pipe and a valve, the opening of the valve being regulated by the fluid flow rate measured in the second pipe.
A musical instrument, comprising: a plurality of performance operation keys; a plurality of sounding members provided in corresponding relation to said plurality of performance operation keys; a sound board; a plurality of striking members provided in corresponding relation to said plurality of performance operation keys and each configured to physically vibrate a corresponding one of the sounding members in response to an operation of the corresponding one of the performance operation keys; a plurality of transmission joints provided in corresponding relation to said plurality of sounding members and each disposed in such a manner as to physically transmit vibrations of a corresponding one of the sounding members to said sound board; a vibration waveform detector configured to detect a vibration waveform corresponding to vibrations of at least one of said sound board and the transmission joints; a controller configured to perform control for storing the vibration waveforms detected by said vibration waveform detector, in response to respective operations of the performance operation keys, into a memory in association with individual ones of the performance operation keys, characterized in that the vibration waveform stored by said controller into the memory is a vibration waveform of an attack section of a sound, which is a transitional section following striking of any of the sounding members in response to the operation of the corresponding one of the performance operation keys and lasting for a predetermined time until resonance of other sounding members begins. a plurality of performance operation keys; a plurality of sounding members provided in corresponding relation to said plurality of performance operation keys; a sound board; a plurality of striking members provided in corresponding relation to said plurality of performance operation keys and each configured to physically vibrate a corresponding one of the sounding members in response to an operation of the corresponding one of the performance operation keys; a plurality of transmission joints provided in corresponding relation to said plurality of sounding members and each disposed in such a manner as to physically transmit vibrations of a corresponding one of the sounding members to said sound board; a vibration waveform detector configured to detect a vibration waveform corresponding to vibrations of at least one of said sound board and the transmission joints; a controller configured to perform control for storing the vibration waveforms detected by said vibration waveform detector, in response to respective operations of the performance operation keys, into a memory in association with individual ones of the performance operation keys, characterized in that the vibration waveform stored by said controller into the memory is a vibration waveform of an attack section of a sound, which is a transitional section following striking of any of the sounding members in response to the operation of the corresponding one of the performance operation keys and lasting for a predetermined time until resonance of other sounding members begins.