mhurhangee/ep-ind-claims huggingface dataset:
A machine learning device configured to learn a control condition for a magnetic bearing device that comprises a magnetic bearing (21, 22) having a plurality of electromagnets (51 to 54) configured to apply an electromagnetic force to a shaft, the machine learning device comprising: a learning unit; a state variable acquisition unit configured to acquire a state variable including at least one parameter correlating with a position of the shaft; and an evaluation data acquisition unit configured to acquire evaluation data including at least one parameter from among a measured value of the position of the shaft, a target value of the position of the shaft, and a parameter correlating with a deviation from the target value, characterized in that: the evaluation data is a deviation of a detected value of the position of the shaft relative to the target value of the position of the shaft; the machine learning device further comprises an updating unit configured to update a learning state of the learning unit by using the evaluation data; and the learning unit is configured to learn the control condition in accordance with an output of the updating unit. a learning unit; a state variable acquisition unit configured to acquire a state variable including at least one parameter correlating with a position of the shaft; and an evaluation data acquisition unit configured to acquire evaluation data including at least one parameter from among a measured value of the position of the shaft, a target value of the position of the shaft, and a parameter correlating with a deviation from the target value, characterized in that: the evaluation data is a deviation of a detected value of the position of the shaft relative to the target value of the position of the shaft; the machine learning device further comprises an updating unit configured to update a learning state of the learning unit by using the evaluation data; and the learning unit is configured to learn the control condition in accordance with an output of the updating unit. the evaluation data is a deviation of a detected value of the position of the shaft relative to the target value of the position of the shaft; the machine learning device further comprises an updating unit configured to update a learning state of the learning unit by using the evaluation data; and the learning unit is configured to learn the control condition in accordance with an output of the updating unit.
Overvoltage protection apparatus for an electrical machine, having: a dummy component which, in comparison with components, including a sensor element which is to be protected, on a printed circuit board of the electrical machine is at the shortest distance from a rotatable shaft of the electrical machine, wherein the dummy component is connected to earth potential at all electrical connections.
A resource allocation method, comprising: generating resource instruction information according to capability information of the maximum number of a monitored high speed shared control channel, HS-SCCH, of a terminal configured in a high speed downlink packet access, HSDPA, multiflow transmission mode, and sending the resource instruction information to a base station, wherein the resource instruction information is used to instruct the base station to allocate an HS-SCCH for the terminal in a serving cell corresponding to the base station; and receiving resource allocation information returned by the base station, wherein the resource allocation information comprises the number of HS-SCCH channels allocated by the base station for the terminal in the serving cell corresponding to the base station, and the number of HS-SCCH channels allocated for the terminal in the serving cell corresponding to the base station is smaller than or equal to the maximum number of a monitored HS-SCCH of the terminal configured in the HSDPA multiflow transmission mode; wherein the capability information of the maximum number of a monitored HS-SCCH of the terminal configured in the HSDPA multiflow transmission mode comprises that the terminal maximally receives i HS-SCCHs in each serving cell and the terminal maximally receives j HS-SCCHs in all serving cells, and j =n*x, and j>=i; wherein x is the total number of serving cells of the terminal configured in the HSDPA multiflow transmission mode, j and i are both integers greater than or equal to 1, and n represents an integer greater than or equal to 1. generating resource instruction information according to capability information of the maximum number of a monitored high speed shared control channel, HS-SCCH, of a terminal configured in a high speed downlink packet access, HSDPA, multiflow transmission mode, and sending the resource instruction information to a base station, wherein the resource instruction information is used to instruct the base station to allocate an HS-SCCH for the terminal in a serving cell corresponding to the base station; and receiving resource allocation information returned by the base station, wherein the resource allocation information comprises the number of HS-SCCH channels allocated by the base station for the terminal in the serving cell corresponding to the base station, and the number of HS-SCCH channels allocated for the terminal in the serving cell corresponding to the base station is smaller than or equal to the maximum number of a monitored HS-SCCH of the terminal configured in the HSDPA multiflow transmission mode; wherein the capability information of the maximum number of a monitored HS-SCCH of the terminal configured in the HSDPA multiflow transmission mode comprises that the terminal maximally receives i HS-SCCHs in each serving cell and the terminal maximally receives j HS-SCCHs in all serving cells, and j =n*x, and j>=i; wherein x is the total number of serving cells of the terminal configured in the HSDPA multiflow transmission mode, j and i are both integers greater than or equal to 1, and n represents an integer greater than or equal to 1.
A consumer care product comprising a dispensing package, the dispensing package comprising: a product chamber comprising a movable elevator platform operatively associated with a spindle of a screw assembly; and an outer jacket surrounding the product chamber, wherein the product chamber or the outer jacket comprises a ratchet non-removably associated with the outer jacket or the product chamber and the ratchet comprises a plurality of ratchet teeth, each ratchet tooth having a lead angle of 15 degrees to 25 degrees and the product chamber further comprises an antiperspirant or deodorant; characterized in that: the ratchet comprises 12 to 20 ratchet teeth. a product chamber comprising a movable elevator platform operatively associated with a spindle of a screw assembly; and an outer jacket surrounding the product chamber, wherein the product chamber or the outer jacket comprises a ratchet non-removably associated with the outer jacket or the product chamber and the ratchet comprises a plurality of ratchet teeth, each ratchet tooth having a lead angle of 15 degrees to 25 degrees and the product chamber further comprises an antiperspirant or deodorant; characterized in that: the ratchet comprises 12 to 20 ratchet teeth.
A composition comprising extract of Piper betel leaves along with a pharmaceutically acceptable additive for use in the treatment of human malignancies which are sensitive to oxidative stress selected from a group consisting of pancreatic carcinoma, prostrate carcinoma, cervix carcinoma, skin melanoma, human burkitt lymphoma and ehrlich ascites carcinoma.
Electrical connector assembly comprising a housing; and a mate assist mechanism comprising a lever pivotably arranged on the housing; the lever being movable from a preliminary mating position to a fully mated position, and wherein the connector assembly comprises holding means (120; 130) to releasably hold the lever in the preliminary mating position, wherein said holding means (120; 130) comprise a locking protrusion (121; 131), being adapted to be flexibly movable in one direction and a corresponding locking reception (122; 132) receiving said locking protrusion (121; 131) when the lever is in the preliminary mating position; characterized in that the locking reception (122; 132) has first (123; 133) and second locking walls (124; 134) being arranged on opposite sides of said protrusion (121; 131); wherein the locking protrusion (121; 131) is arranged on an edge of the housing; and, upon relative rotation of the lever and the housing from the preliminary mating position to the fully mated position the first locking wall (123; 133) displaces the protrusion (121; 131) to release the lever, and upon relative rotation of lever and housing from the preliminary mating position in the opposite rotating direction the second locking wall (124; 134) engages said protrusion (121; 131) thereby preventing a rotation in said opposite rotating direction.
A miter saw comprising: a base assembly, a table rotatably disposed on the base assembly, a support section rotatably connected to the table, a guide bar fixedly attached to and extending forwardly from the support section, a saw assembly sliding along the guide bar, the saw assembly being pivotable downwardly for cutting a workpiece disposed on the table, and a handle disposed adjacent to a forward end of the guide bar, the handle being movable between a first position for fixing a rotational position of the support section relative to the table, and a second position for allowing rotational movement of the support section relative to the table; a shaft connected to the handle and extending through the guide bar, the shaft having a first portion extending through the support section, characterized in that the shaft has a second portion that is engageable with an opening in the table for fixing the rotational position of the support section relative to the table. a base assembly, a table rotatably disposed on the base assembly, a support section rotatably connected to the table, a guide bar fixedly attached to and extending forwardly from the support section, a saw assembly sliding along the guide bar, the saw assembly being pivotable downwardly for cutting a workpiece disposed on the table, and a handle disposed adjacent to a forward end of the guide bar, the handle being movable between a first position for fixing a rotational position of the support section relative to the table, and a second position for allowing rotational movement of the support section relative to the table; a shaft connected to the handle and extending through the guide bar, the shaft having a first portion extending through the support section, characterized in that the shaft has a second portion that is engageable with an opening in the table for fixing the rotational position of the support section relative to the table.
A window or door, which, in a surface-parallel position, faces a frame-side rebate, having a drive rod fitting mounted at the casement-side rebate with a faceplate, wherein the drive rod fitting is movable with a locking bolt along a locking recess, open in the longitudinal direction of the frame-side rebate, of a stationary striking plate fastened at the rebate, wherein at least one blocking device is provided in order to prevent the drive rod from being pushed back in the opening direction at the locking bolt, characterized in that the blocking device comprises a blocking lever pivotally mounted at the rebate at a rotational axis perpendicular to the rebate and pointing towards the locking recess with a free end, and preventing the locking bolt, in a first position, from exiting the locking recess and, in a second position, releasing the locking recess.
An optical cable, comprising: an outer jacket; and two or more fiber bundles (54, 56) of optical fibers surrounded by the outer jacket; wherein each fiber bundle (54, 56) includes a group of optical fibers and a length of a binder thread (58, 60) tied about the group of optical fibers to form the fiber bundle (54, 56); wherein each optical fiber in the group of optical fibers has a central core, a cladding layer surrounding the central core and an outer coating layer surrounding the cladding layer and formed of UV curable acrylate; wherein the length of the binder thread (58, 60) of each fiber bundle (54, 56) is coated with an adhesion material bonding the length of the binder thread (58, 60) to the associated fiber bundle (54,56); and wherein exposed portions of the coated adhesion material on the binder threads (58, 60) of each fiber bundle (54, 56) are treated with a fine grained or powdered material so as to ensure the binder threads (58, 60) are not pulled loose or separated from the associated fiber bundles (54, 56) when the outer jacket of the optical cable is removed; wherein the binder threads (58, 60) are formed of a material selected from among polyaramid, polyvinyl alcohol, liquid crystal polymers; wherein the adhesion material is selected from among atactic polypropylene, urethane acrylates, and oil-extended thermoplastic elastomers; wherein each binder thread (58, 60) is tied about the associated fiber bundle (54, 56) in a helical manner with a pitch of between 20 mm and 75 mm, preferably 75 mm. an outer jacket; and two or more fiber bundles (54, 56) of optical fibers surrounded by the outer jacket; wherein each fiber bundle (54, 56) includes a group of optical fibers and a length of a binder thread (58, 60) tied about the group of optical fibers to form the fiber bundle (54, 56); wherein each optical fiber in the group of optical fibers has a central core, a cladding layer surrounding the central core and an outer coating layer surrounding the cladding layer and formed of UV curable acrylate; wherein the length of the binder thread (58, 60) of each fiber bundle (54, 56) is coated with an adhesion material bonding the length of the binder thread (58, 60) to the associated fiber bundle (54,56); and wherein exposed portions of the coated adhesion material on the binder threads (58, 60) of each fiber bundle (54, 56) are treated with a fine grained or powdered material so as to ensure the binder threads (58, 60) are not pulled loose or separated from the associated fiber bundles (54, 56) when the outer jacket of the optical cable is removed; wherein the binder threads (58, 60) are formed of a material selected from among polyaramid, polyvinyl alcohol, liquid crystal polymers; wherein the adhesion material is selected from among atactic polypropylene, urethane acrylates, and oil-extended thermoplastic elastomers; wherein each binder thread (58, 60) is tied about the associated fiber bundle (54, 56) in a helical manner with a pitch of between 20 mm and 75 mm, preferably 75 mm.
A kit comprising: a) an anhydrous liquid phase comprising a solvent and at least a reducing agent, with the proviso that it is not a thiol; b) a solid phase comprising at least a nitrate and/or nitrite salt, copper ions and at least a thiol. a) an anhydrous liquid phase comprising a solvent and at least a reducing agent, with the proviso that it is not a thiol; b) a solid phase comprising at least a nitrate and/or nitrite salt, copper ions and at least a thiol.
A transverse bar for tracks of snow groomers, the transverse bar comprising a section bar; and covering plates fixed to the section bar, which is delimited by an outer surface and comprises a fixing portion to fix it to the belts of a track of a snow groomer and two lateral sides projecting from the fixing portion; wherein the covering plates are arranged along the lateral sides so as to define part of an outer surface of the transverse bar; wherein each covering plate is made of a polymer material selected in the group consisting of low-density polyethylene, high-density polyethylene, polyamide, polypropylene, acetal resins, polycarbonate, fluoropolymers (in particular, polytetrafluoroethylene), and derivatives thereof with additives and/or fillers; and wherein the section bar has an elongated shape and extends in one direction; each covering plate having a length, measured parallel to the direction, that is substantially equal to a length of the transverse bar, which is also measured parallel to the direction.
A device for detecting particles in a liquid, comprising: a flow cell adapted to allow a liquid to flow through; a light source adapted to illuminate the flow cell with an inspection beam; a scattered light detector adapted to detect scattered light that is produced in a region illuminated by the inspection beam; an evaluating portion adapted to evaluate that a particle is included in the liquid when the scattered light of at least a first prescribed strength is detected for less than a first prescribed time and to evaluate that the flow cell is not filled with the liquid when the scattered light of at least a second prescribed strength is detected for more than a second prescribed time; the device further comprising a fluorescent detector for detecting fluorescence produced in the region illuminated by the inspection beam, and being characterized in that, when the scattered light and the fluorescence is detected for at least a third prescribed time, the evaluating portion is adapted to evaluate that contamination is adhered to the flow cell. a flow cell adapted to allow a liquid to flow through; a light source adapted to illuminate the flow cell with an inspection beam; a scattered light detector adapted to detect scattered light that is produced in a region illuminated by the inspection beam; an evaluating portion adapted to evaluate that a particle is included in the liquid when the scattered light of at least a first prescribed strength is detected for less than a first prescribed time and to evaluate that the flow cell is not filled with the liquid when the scattered light of at least a second prescribed strength is detected for more than a second prescribed time; the device further comprising a fluorescent detector for detecting fluorescence produced in the region illuminated by the inspection beam, and being characterized in that, when the scattered light and the fluorescence is detected for at least a third prescribed time, the evaluating portion is adapted to evaluate that contamination is adhered to the flow cell.
A method in a device for securely transmitting secret information to a requesting device, comprising: receiving, at the device (104, 700), a message from a first requestor of secret information that is embedded in the device (104, 700), wherein the message comprises a public key associated with the first requestor; determining whether the requested secret information has been previously exported to the first requestor; if the requested secret information has not been previously exported to the first requestor, generating a first encrypted secret based on the received public key and the embedded secret information, exporting the first encrypted secret to the first requestor, and marking the device (104, 700) to indicate that the embedded secret information has been exported to the first requestor; and if the determination indicates that the requested secret information had been previously exported to the first requestor, carrying out a reset operation. receiving, at the device (104, 700), a message from a first requestor of secret information that is embedded in the device (104, 700), wherein the message comprises a public key associated with the first requestor; determining whether the requested secret information has been previously exported to the first requestor; if the requested secret information has not been previously exported to the first requestor, generating a first encrypted secret based on the received public key and the embedded secret information, exporting the first encrypted secret to the first requestor, and marking the device (104, 700) to indicate that the embedded secret information has been exported to the first requestor; and if the determination indicates that the requested secret information had been previously exported to the first requestor, carrying out a reset operation.
Process for the production of a fire-resistant glazing comprising at least two glass sheets, between which is positioned an intumescent material based on hydrated alkali metal silicate, in which several coats of solutions of alkali metal silicate are successively applied, the first coat being directly on one of the glass sheets, this coat being dried, at least one second coat being applied to the first, this second coat also being dried, the process being repeated as many times as necessary in order to achieve the final thickness desired, the composition of the successive coats being chosen so as to limit the diffusion of water from one coat to that dried previously, the SiO 2 /M 2 O (M being either Na or K) molar ratio of the silicate compositions being between 3.2 and 5.5, the solutions of alkali metal silicate of two successive coats subjected to drying exhibiting a difference in SiO 2 /M 2 O (N being either Na or K) molar ratio ΔmR of at least 0.5.
A method of displaying windows, the method comprising: displaying at least two windows; displaying at least one center button (311, 511, 611, 711, 811-812, 821-824, 831-839) disposed at at least one boundary between the at least two displayed windows; determining a first window from among the at least two displayed windows of which the size is to be changed according to a movement direction of the at least one center button; and changing a size of the first window according to movement of the at least one center button and displaying the first window having the changed size, wherein the first window is overlaid on the other of the at least two displayed windows, and characterized in that the method further comprises: in response to receiving an input for selecting a second window from the at least two windows, changing a size of the second window to the changed size of the first window and displaying the second window having the changed size. displaying at least two windows; displaying at least one center button (311, 511, 611, 711, 811-812, 821-824, 831-839) disposed at at least one boundary between the at least two displayed windows; determining a first window from among the at least two displayed windows of which the size is to be changed according to a movement direction of the at least one center button; and changing a size of the first window according to movement of the at least one center button and displaying the first window having the changed size, wherein the first window is overlaid on the other of the at least two displayed windows, and characterized in that the method further comprises: in response to receiving an input for selecting a second window from the at least two windows, changing a size of the second window to the changed size of the first window and displaying the second window having the changed size.
An aircraft air scoop icing protection system comprising: an air duct having air inlet and outlet openings (12-1, 12-2); a fairing which covers the air duct and defines an interior fairing space in which at least a forward portion of the air duct is positioned, the fairing having a forward end which surrounds the air inlet opening of the air duct; at least one tube having an inlet end in fluid communication with a heated air chamber associated with an airframe structure of the aircraft, such heated air chamber receiving heated air from a bleed air conduit, and an outlet end in communication with the interior fairing space, wherein heated air in the heated air chamber is directed through the tube to the interior fairing space so as to provide icing protection to the air duct.