mhurhangee/ep-ind-claims huggingface dataset:
A speaker comprising: a case; a display assembly; a chassis connected to a display support via a flexible gasket, the chassis being located to form an air gap between the chassis and the display support; the flexible gasket sealing a space between the case and the display assembly and the display support, and allowing the display assembly and the display support to move with respect to the case; at least one vibrating element configured to actuate the display assembly to move the display assembly relative to the case to generate acoustic waves; a transceiver located within a speaker internal volume; and at least one hole in the case balancing internal pressures for the speaker to operate. a case; a display assembly; a chassis connected to a display support via a flexible gasket, the chassis being located to form an air gap between the chassis and the display support; the flexible gasket sealing a space between the case and the display assembly and the display support, and allowing the display assembly and the display support to move with respect to the case; at least one vibrating element configured to actuate the display assembly to move the display assembly relative to the case to generate acoustic waves; a transceiver located within a speaker internal volume; and at least one hole in the case balancing internal pressures for the speaker to operate.
An optical atomic clock, comprising: an optical resonator comprising an optical material exhibiting optical nonlinearity and configured to produce a plurality of optical hyperparametric sidebands as a result of nonlinear wave mixing; a first laser, operating at a first wavelength, that is optically coupled to the optical resonator by an optical coupler and that produces laser light that interacts with the optical material of the optical resonator to produce the optical hyperparametric sidebands; a first locking mechanism that locks the first laser to the optical resonator; an atomic reference device comprising atoms or molecules that provide an atomic or molecular clock transition; a second laser, operating at a second wavelength that corresponds to the atomic or molecular clock transition, that is locked to the atomic reference device by a second locking mechanism, wherein the second laser is in optical communication with the optical resonator; a third locking mechanism that locks the optical resonator to the second laser; an optical detector that receives light coupled by the optical coupler out of the optical resonator and is configured to convert the optical hyperparametric sidebands into an RF signal that is stabilized by the atomic or molecular transition of the atomic reference device. an optical resonator comprising an optical material exhibiting optical nonlinearity and configured to produce a plurality of optical hyperparametric sidebands as a result of nonlinear wave mixing; a first laser, operating at a first wavelength, that is optically coupled to the optical resonator by an optical coupler and that produces laser light that interacts with the optical material of the optical resonator to produce the optical hyperparametric sidebands; a first locking mechanism that locks the first laser to the optical resonator; an atomic reference device comprising atoms or molecules that provide an atomic or molecular clock transition; a second laser, operating at a second wavelength that corresponds to the atomic or molecular clock transition, that is locked to the atomic reference device by a second locking mechanism, wherein the second laser is in optical communication with the optical resonator; a third locking mechanism that locks the optical resonator to the second laser; an optical detector that receives light coupled by the optical coupler out of the optical resonator and is configured to convert the optical hyperparametric sidebands into an RF signal that is stabilized by the atomic or molecular transition of the atomic reference device.
A method of printing onto to an article, comprising: aligning a graphic on the article while the article and a printing system (104; 1504) are in a first relative configuration; changing the relative configuration of the article and the printing system (104; 1504) from the first relative configuration to a second relative configuration, wherein the second relative configuration is substantially different from the first relative configuration; printing a printed graphic onto the article while the article and the printing system (104; 1504) are in the second relative configuration; and characterized in that aligning the graphic on the article includes projecting the graphic using a projection system (114; 1314; 1514). aligning a graphic on the article while the article and a printing system (104; 1504) are in a first relative configuration; changing the relative configuration of the article and the printing system (104; 1504) from the first relative configuration to a second relative configuration, wherein the second relative configuration is substantially different from the first relative configuration; printing a printed graphic onto the article while the article and the printing system (104; 1504) are in the second relative configuration; and
A mobile accurate earth leaking point survey apparatus comprising: a plurality of magnetic field sensors; and a plurality of electrodes configured to be capacitively coupled to ground; a signal timing unit for finding and setting a reference time T by analyzing signals input from the magnetic field sensors, wherein the time T matches a signal start time of a survey current transmitter; a signal detection unit configured to recognize a buried path of an electric wire by identifying a polarity and magnitude of signals from the magnetic field sensors for a predetermined discrete period of time at a predetermined interval time from the time T and determine a direction to move by analysing the polarity and the magnitude of the signals from the magnetic field sensors; a screen configured to display an arrow indicating the direction to move; and a potential measuring unit for measuring an earth potential value input from the plurality of electrodes. a plurality of magnetic field sensors; and a plurality of electrodes configured to be capacitively coupled to ground; a signal timing unit for finding and setting a reference time T by analyzing signals input from the magnetic field sensors, wherein the time T matches a signal start time of a survey current transmitter; a signal detection unit configured to recognize a buried path of an electric wire by identifying a polarity and magnitude of signals from the magnetic field sensors for a predetermined discrete period of time at a predetermined interval time from the time T and determine a direction to move by analysing the polarity and the magnitude of the signals from the magnetic field sensors; a screen configured to display an arrow indicating the direction to move; and a potential measuring unit for measuring an earth potential value input from the plurality of electrodes.
A running deck assembly, the running deck assembly comprises: a front running deck; a rear running deck; and an annular running belt, which is rotatably mounted around the front running deck and the rear running deck with a clearance, characterized in that the running deck assembly further comprises a flexible layer, which is attached on an upper surface of the front running deck and on an upper surface of the rear running deck, in an unfolded state, a front end face of the rear running deck abuts against a rear end face of the front running deck with no gap formed therebetween, in an folded state, the rear running deck is folded up onto the front running deck along the upper edge of the front end face of the rear running deck by folding a part of the annular running belt and the flexible layer. a front running deck; a rear running deck; and an annular running belt, which is rotatably mounted around the front running deck and the rear running deck with a clearance, characterized in that the running deck assembly further comprises a flexible layer, which is attached on an upper surface of the front running deck and on an upper surface of the rear running deck, in an unfolded state, a front end face of the rear running deck abuts against a rear end face of the front running deck with no gap formed therebetween, in an folded state, the rear running deck is folded up onto the front running deck along the upper edge of the front end face of the rear running deck by folding a part of the annular running belt and the flexible layer.
A light with a housing, which defines a light exit opening, as well as lighting means (20, 21) arranged in the housing, wherein the housing on the rear side opposite the light exit opening is at least partially light-permeable or open and the arrangement of the lighting means (20, 21) is such that light entering via the rear side into the housing can exit the latter via the light exit opening, and wherein the lighting means (20, 21) are arranged on several elongated support elements, which extend substantially parallel and at a distance to one another through the housing, wherein in the intermediate areas between the support elements optical elements are arranged for influencing the light passing through the housing, characterized in that the support elements are also used for mounting said optical elements.
A kit for a strand of keratinic fibers, comprising: - at least one foil for a strand of keratinic fibers including a first sheet and a second sheet, the first sheet being movable relative to the second sheet between a closed configuration for illumination of the strand and an open configuration, the first sheet being substantially at least partially transparent to the UV-visible light and the second sheet being substantially at least partially opaque to the UV-visible light, and - a device for illuminating at least one strand of keratinic fibers, the illumination device advantageously comprising a first branch and a second branch defining an illumination cavity, the illumination device comprising an illumination system capable of illuminating the strand, the foil having an optical scale arranged on at least one of the first sheet or the second sheet, the illumination device comprising an optical system able to measure a movement of the illumination device relative to the optical scale. - at least one foil for a strand of keratinic fibers including a first sheet and a second sheet, the first sheet being movable relative to the second sheet between a closed configuration for illumination of the strand and an open configuration, the first sheet being substantially at least partially transparent to the UV-visible light and the second sheet being substantially at least partially opaque to the UV-visible light, and - a device for illuminating at least one strand of keratinic fibers, the illumination device advantageously comprising a first branch and a second branch defining an illumination cavity, the illumination device comprising an illumination system capable of illuminating the strand, the foil having an optical scale arranged on at least one of the first sheet or the second sheet, the illumination device comprising an optical system able to measure a movement of the illumination device relative to the optical scale.
An ultrasonic inspection apparatus comprising: an ultrasonic sensor unit including an ultrasonic transmission unit for transmitting an ultrasonic wave and an ultrasonic reception unit for receiving a reflected ultrasonic wave, the reflected ultrasonic wave being an ultrasonic wave resulting from the transmitted ultrasonic wave that is transmitted by the ultrasonic transmission unit and reflected in a human body; a Doppler signal generation unit for generating a Doppler signal based on a difference between a frequency of the transmitted ultrasonic wave and a frequency of the reflected ultrasonic wave; a sound signal generation unit for generating a sound signal corresponding to the Doppler signal; and a speaker for outputting the sound signal, characterized in that the ultrasonic inspection apparatus comprises: a display unit comprising a plurality of light-emitting elements whose brightness change in synchronization with the change in the intensity of the sound signal and that are provided at least at four positions outward from the center position of the housing of the ultrasonic inspection apparatus. an ultrasonic sensor unit including an ultrasonic transmission unit for transmitting an ultrasonic wave and an ultrasonic reception unit for receiving a reflected ultrasonic wave, the reflected ultrasonic wave being an ultrasonic wave resulting from the transmitted ultrasonic wave that is transmitted by the ultrasonic transmission unit and reflected in a human body; a Doppler signal generation unit for generating a Doppler signal based on a difference between a frequency of the transmitted ultrasonic wave and a frequency of the reflected ultrasonic wave; a sound signal generation unit for generating a sound signal corresponding to the Doppler signal; and a speaker for outputting the sound signal,
A blank for constructing a medication booklet, said blank comprising: a plurality of panels coupled together along a plurality of fold lines, said plurality of panels comprising: an inner front panel comprising a plurality of front cutouts defined therein; an outer front panel comprising a sequential tab assembly including a plurality of pull tabs arranged end to end; and a back panel comprising a plurality of back cutouts defined therein through which medication is dispensable from a medication blister card when the medication booklet is formed from said blank; wherein each pull tab of said plurality of pull tabs is disposed against a respective front surface of an associated front cutout of said plurality of front cutouts, when the medication booklet is formed from said blank such that removal of each pull tab exposes a corresponding front cutout, and wherein each pull tab of said plurality of pull tabs is aligned with an associated back cutout of said plurality of back cutouts along a direction normal to said inner front panel and said back panel when the medication booklet is formed from said blank. a plurality of panels coupled together along a plurality of fold lines, said plurality of panels comprising: an inner front panel comprising a plurality of front cutouts defined therein; an outer front panel comprising a sequential tab assembly including a plurality of pull tabs arranged end to end; and a back panel comprising a plurality of back cutouts defined therein through which medication is dispensable from a medication blister card when the medication booklet is formed from said blank; an inner front panel comprising a plurality of front cutouts defined therein; an outer front panel comprising a sequential tab assembly including a plurality of pull tabs arranged end to end; and a back panel comprising a plurality of back cutouts defined therein through which medication is dispensable from a medication blister card when the medication booklet is formed from said blank; wherein each pull tab of said plurality of pull tabs is disposed against a respective front surface of an associated front cutout of said plurality of front cutouts, when the medication booklet is formed from said blank such that removal of each pull tab exposes a corresponding front cutout, and wherein each pull tab of said plurality of pull tabs is aligned with an associated back cutout of said plurality of back cutouts along a direction normal to said inner front panel and said back panel when the medication booklet is formed from said blank.
An RNAi molecule capable of suppressing expression of thymidylate synthase by RNAi action comprising a double-stranded RNA domain composed of a sense strand consisting of the nucleotide sequence represented by SEQ ID NO: 1 hybridized to an antisense strand consisting of the nucleotide sequence represented by SEQ ID NO: 2, wherein the sense strand is ligated to the antisense strand via a linker region.
An energy absorbing composition, comprising: a. an expanded polypropylene; b. a protective elastomeric coating material, wherein the protective elastomeric coating material is a polyurea compound formed from a first mixture and a second mixture, wherein the first mixture comprises 70.01 wt% polyoxypropylene diamine, the polyoxypropylene diamine having a molecular weight of about 2000 and a concentration of 60% to 100%, 17.99 wt% diethyltoluenediamine, and 12.00 wt% N,N'-dialkylamino-diphenylmethane, and wherein the second mixture comprises 50.5 wt% diphenylmethane diisocyanate, 46.5 wt % poly(tetramethylene ether)glycol having a molecular weight of from 1900 to 2100, and 3.00 wt % propylene carbonate; c. an adhesion promoter; and d. a film adhesive. a. an expanded polypropylene; b. a protective elastomeric coating material, wherein the protective elastomeric coating material is a polyurea compound formed from a first mixture and a second mixture, wherein the first mixture comprises 70.01 wt% polyoxypropylene diamine, the polyoxypropylene diamine having a molecular weight of about 2000 and a concentration of 60% to 100%, 17.99 wt% diethyltoluenediamine, and 12.00 wt% N,N'-dialkylamino-diphenylmethane, and wherein the second mixture comprises 50.5 wt% diphenylmethane diisocyanate, 46.5 wt % poly(tetramethylene ether)glycol having a molecular weight of from 1900 to 2100, and 3.00 wt % propylene carbonate; c. an adhesion promoter; and d. a film adhesive.
A functionalized elastomer comprising the reaction product of a living anionic elastomeric polymer comprising units derived from divinylbenzene and a monomer comprising isoprene; and a polymerization terminator of formula: Q-(CH 2) X Si(OR 1) Y R 2 3-Y, wherein Q is R 3 CH=N- or (R 4) 2 N-; R 3 represents a group consisting of an aryl or substituted aryl having from 6 to 18 carbon atoms, or a heterocycle or heteroaryl having from 3 to 18 carbon atoms; R 4 independently represents an alkyl group having from 1 to 6 carbon atoms; R 1 and R 2 each independently represents a group having from 1 to 18 carbon atoms selected from the group consisting of an alkyl, a cycloalkyl, an allyl, and an aryl; X is an integer from 1 to 20; and Y is an integer from 1 to 3; wherein units derived from the terminator are exclusively disposed adjacent to units derived from the divinylbenzene.
A device hinge (100, 200, 300, 400), comprising: a hinge member (102, 202) configured to slidably engage with a control panel (104, 204, 304, 404) of an imaging device, the hinge member being further configured to rotatably engage the control panel with the imaging device about a pivot point; a bias member (108, 208) configured to bias the control panel in a direction away from the pivot point; a cam element (106, 206) configured to engage with the control panel, comprising: a cam ramp (114, 214); and a cam face (112, 212) configured to engage with the control panel in a stowed position; and an ejector (110, 210) configured to move the control panel from the cam face in the stowed position to the cam ramp in an ejected position, the ejector comprising an actuation face configured to engage with an actuation ramp disposed on the control panel a hinge member (102, 202) configured to slidably engage with a control panel (104, 204, 304, 404) of an imaging device, the hinge member being further configured to rotatably engage the control panel with the imaging device about a pivot point; a bias member (108, 208) configured to bias the control panel in a direction away from the pivot point; a cam element (106, 206) configured to engage with the control panel, comprising: a cam ramp (114, 214); and a cam face (112, 212) configured to engage with the control panel in a stowed position; and an ejector (110, 210) configured to move the control panel from the cam face in the stowed position to the cam ramp in an ejected position, the ejector comprising an actuation face configured to engage with an actuation ramp disposed on the control panel a cam ramp (114, 214); and a cam face (112, 212) configured to engage with the control panel in a stowed position; and an ejector (110, 210) configured to move the control panel from the cam face in the stowed position to the cam ramp in an ejected position, the ejector comprising an actuation face configured to engage with an actuation ramp disposed on the control panel
A method for prediction or classification of one or more target features in plants, the method comprising: determining the genotype of plants in a plant population for at least one plant-based molecular genetic marker; providing a data set comprising a set of features, wherein at least one of the features in the data set comprises the at least one molecular genetic marker; determining at least one association rule from the data set utilizing a computer and one or more association rule mining algorithms; utilizing the association rule to create one or more new features; adding the new feature to the data set; utilizing one or more machine learning algorithms for developing a plurality of models for prediction or classification of a desired target feature using at least one new feature; utilizing cross-validation to compare the algorithms and sets of parameter values and selecting an algorithm for accurate prediction or classification of desired target features for the data set; utilizing the selected algorithm for prediction of a value of a target feature in one or more members of the plant population; and selecting at least one of the member of the plant population having a desired predicted value of the target feature. determining the genotype of plants in a plant population for at least one plant-based molecular genetic marker; providing a data set comprising a set of features, wherein at least one of the features in the data set comprises the at least one molecular genetic marker; determining at least one association rule from the data set utilizing a computer and one or more association rule mining algorithms; utilizing the association rule to create one or more new features; adding the new feature to the data set; utilizing one or more machine learning algorithms for developing a plurality of models for prediction or classification of a desired target feature using at least one new feature; utilizing cross-validation to compare the algorithms and sets of parameter values and selecting an algorithm for accurate prediction or classification of desired target features for the data set; utilizing the selected algorithm for prediction of a value of a target feature in one or more members of the plant population; and selecting at least one of the member of the plant population having a desired predicted value of the target feature.
A system for selectively regenerating ion exchange resins comprising: a high integrity container to hold ion exchange resin from a nuclear reactor system primary coolant loop and to receive a selective regenerant agent to wash said ion exchange resin so as to produce a wash solution containing selected radioactive isotopes; and a vessel fluidly coupled to the high integrity container to receive the wash solution from the high integrity container and hold an isotope-specific ion exchange media to remove a selected radioactive isotope from said wash solution, wherein the radioactive isotope is retained and concentrated within the ion exchange media; and a vitrification system to vitrify wash solution that has been passed through the ion exchange media. a high integrity container to hold ion exchange resin from a nuclear reactor system primary coolant loop and to receive a selective regenerant agent to wash said ion exchange resin so as to produce a wash solution containing selected radioactive isotopes; and a vessel fluidly coupled to the high integrity container to receive the wash solution from the high integrity container and hold an isotope-specific ion exchange media to remove a selected radioactive isotope from said wash solution, wherein the radioactive isotope is retained and concentrated within the ion exchange media; and a vitrification system to vitrify wash solution that has been passed through the ion exchange media.