mhurhangee/ep-ind-claims huggingface dataset:
A movable core-type reciprocating motor comprising: a stator comprising an inner stator and an outer stator, each having a first and a second axial end, wherein said inner stator and said outer stator are connected at a first axial end and wherein at the second axial end the outer stator is spaced at the outer side in a radial direction of the inner stator to form an air gap with the second axial end of the inner stator; a magnet coil disposed between the inner stator and the outer stator; a magnet fixed to at least one of the inner stator and the outer stator so as to be at least partially positioned within a range of the air gap; and a mover comprising a movable core disposed in the air gap and made of a magnetic material to perform a reciprocation movement in the axial direction with respect to the stator, wherein the magnet has different magnet poles arranged in the axial direction of the mover, characterized in that the stator has an inwardly concave reception groove at the end where the air gap is formed, and only a part of the magnet is insertedly fixed to the reception groove, and is disposed to protrude toward the mover, wherein the radial height of the reception groove is smaller than the thickness of the magnet received in the reception groove so that a part of the magnet protrudes radially outside the reception groove. a stator comprising an inner stator and an outer stator, each having a first and a second axial end, wherein said inner stator and said outer stator are connected at a first axial end and wherein at the second axial end the outer stator is spaced at the outer side in a radial direction of the inner stator to form an air gap with the second axial end of the inner stator; a magnet coil disposed between the inner stator and the outer stator; a magnet fixed to at least one of the inner stator and the outer stator so as to be at least partially positioned within a range of the air gap; and a mover comprising a movable core disposed in the air gap and made of a magnetic material to perform a reciprocation movement in the axial direction with respect to the stator, wherein the magnet has different magnet poles arranged in the axial direction of the mover, characterized in that the stator has an inwardly concave reception groove at the end where the air gap is formed, and only a part of the magnet is insertedly fixed to the reception groove, and is disposed to protrude toward the mover, wherein the radial height of the reception groove is smaller than the thickness of the magnet received in the reception groove so that a part of the magnet protrudes radially outside the reception groove.
A pharmaceutical formulation comprising ranolazine, a pharmaceutically acceptable salt of dronedarone, and a pharmaceutically acceptable carrier, wherein the pharmaceutically acceptable salt of dronedarone is a phosphoric acid addition salt.
Alloy, which contains the following elements (data in wt%): 22% - 26% cobalt (Co), in particular 22% - 23%, most particularly 22% cobalt (Co), 15% - 16% chromium (Cr), in particular 15.0% - 15.5% chromium (Cr), most particularly 15.0% chromium (Cr), 10.5% - 12% aluminum (Al), 0.5 wt% yttrium or in particular 0.6 wt% yttrium, from 0.5% to 1.5% tantalum (Ta), in particular 0.8% to 1.5% tantalum (Ta), most particularly 0.5% - 1.0% tantalum (Ta), remainder nickel (Ni) and not containing silicon (Si).
A conformal-capable head-up display system, comprising: a projector configured to individually and separately generate and project a pre-distorted right-eye image (106-R) and a pre-distorted left-eye image (106-L); a combiner positioned to receive the pre-distorted right-eye image and the pre-distorted left-eye image and to (i) reflect the pre-distorted right-eye image to supply a reflected right-eye image to a right eyebox (108-R) and (ii) reflect the pre-distorted left-eye image to supply a reflected left-eye image to a left eyebox (108-L); characterized by an avionics data source configured to supply avionics data representative of one or more avionics parameters to the projector wherein: the reflected right-eye image and the reflected left-eye image are each non-distorted images, the reflected right-eye image and the reflected left-eye image present a binocular image having substantially zero dipvergence the combiner is a vehicle windscreen; and the projector is further configured to generate the pre-distorted right-eye image and pre-distorted the left-eye image based on one or more optical characteristics of the windscreen, and the projector is further configured, in response to the avionics data, to determine the one or more optical characteristics of the windscreen. a projector configured to individually and separately generate and project a pre-distorted right-eye image (106-R) and a pre-distorted left-eye image (106-L); a combiner positioned to receive the pre-distorted right-eye image and the pre-distorted left-eye image and to (i) reflect the pre-distorted right-eye image to supply a reflected right-eye image to a right eyebox (108-R) and (ii) reflect the pre-distorted left-eye image to supply a reflected left-eye image to a left eyebox (108-L); characterized by an avionics data source configured to supply avionics data representative of one or more avionics parameters to the projector wherein: the reflected right-eye image and the reflected left-eye image are each non-distorted images, the reflected right-eye image and the reflected left-eye image present a binocular image having substantially zero dipvergence the combiner is a vehicle windscreen; and the projector is further configured to generate the pre-distorted right-eye image and pre-distorted the left-eye image based on one or more optical characteristics of the windscreen, and the projector is further configured, in response to the avionics data, to determine the one or more optical characteristics of the windscreen. the reflected right-eye image and the reflected left-eye image are each non-distorted images, the reflected right-eye image and the reflected left-eye image present a binocular image having substantially zero dipvergence the combiner is a vehicle windscreen; and the projector is further configured to generate the pre-distorted right-eye image and pre-distorted the left-eye image based on one or more optical characteristics of the windscreen, and the projector is further configured, in response to the avionics data, to determine the one or more optical characteristics of the windscreen.
A radio base station device configured to use an orthogonal frequency-division multiplex method as its radio modulation method, comprising: a resource allocation amount determination unit configured to determine an amount of frequency bandwidth allocated to each of a plurality of sectors according to a number of user terminals accommodated in each of the plurality of sectors; and a resource connection switching unit configured to switch connection states of a plurality of basic process blocks corresponding to frequency bandwidth to a plurality of inverse fast Fourier transform process units each corresponding to one of the plurality of sectors, according to the determined amount of frequency bandwidth allocated to each sector. a resource allocation amount determination unit configured to determine an amount of frequency bandwidth allocated to each of a plurality of sectors according to a number of user terminals accommodated in each of the plurality of sectors; and a resource connection switching unit configured to switch connection states of a plurality of basic process blocks corresponding to frequency bandwidth to a plurality of inverse fast Fourier transform process units each corresponding to one of the plurality of sectors, according to the determined amount of frequency bandwidth allocated to each sector.
A method of presenting a computing environment on at least two displays, the method involving a device having a processor and comprising: executing, on the processor, instructions that cause the device to: generate a user interface collection comprising, for respective displays, an arrangement of view entries for respective views presented on the display; responsive to receiving a request to present an application on a selected display, create, in the arrangement of view entries for the selected display, a new view entry representing a view of the application at a position on the selected display; and responsive to receiving a request to apply a layout to a selected display, apply the layout to the arrangement of the at least one view entry for the selected display, characterized in that respective applications are represented in the user interface collection as an application container encapsulating the view entries of respective views of the application; and executing the instructions further causes the device to, responsive to receiving a request to move an application from a first display to a second display, move the application container from the arrangement for the first display to the arrangement for the second display. executing, on the processor, instructions that cause the device to: generate a user interface collection comprising, for respective displays, an arrangement of view entries for respective views presented on the display; responsive to receiving a request to present an application on a selected display, create, in the arrangement of view entries for the selected display, a new view entry representing a view of the application at a position on the selected display; and responsive to receiving a request to apply a layout to a selected display, apply the layout to the arrangement of the at least one view entry for the selected display, generate a user interface collection comprising, for respective displays, an arrangement of view entries for respective views presented on the display; responsive to receiving a request to present an application on a selected display, create, in the arrangement of view entries for the selected display, a new view entry representing a view of the application at a position on the selected display; and responsive to receiving a request to apply a layout to a selected display, apply the layout to the arrangement of the at least one view entry for the selected display, characterized in that respective applications are represented in the user interface collection as an application container encapsulating the view entries of respective views of the application; and executing the instructions further causes the device to, responsive to receiving a request to move an application from a first display to a second display, move the application container from the arrangement for the first display to the arrangement for the second display.
A carded staple fiber nonwoven comprising three or more stratums, the carded staple fiber nonwoven having a basis weight of up to 175 grams per square meter (gsm), the carded staple fiber nonwoven comprising a blend of absorbing fibers, stiffening fibers and filler fibers, wherein the stiffening fibers comprise hollow, spiral fibers formed from polyethylene terephthalate, wherein the stiffening fibers have a linear density between 5 dtex and 15 dtex, and wherein the carded staple fiber nonwoven is heat stiffened and wherein the three or more stratums are integrated without adhesives; wherein the carded staple fiber nonwoven has a caliper between 2 mm and 4 mm; wherein the absorbing fibers comprise fibers formed from rayon, wherein the absorbing fibers have a linear density of between 1 dtex and 6 dtex; and wherein the filler fibers are carded staple thermoplastic fiber and have a dtex of greater than 1.0. wherein the carded staple fiber nonwoven has a caliper between 2 mm and 4 mm; wherein the absorbing fibers comprise fibers formed from rayon, wherein the absorbing fibers have a linear density of between 1 dtex and 6 dtex; and wherein the filler fibers are carded staple thermoplastic fiber and have a dtex of greater than 1.0.
An ethylene-based polymer which is manufactured by a homopolymerization of ethylene or a copolymerization of ethylene and α-olefin by using a chromium catalyst, and has the following characteristics of to: the high load melt flow rate (HLMFR) is 1 to 10 g/10 min, the density is 0.946 to 0.955 g/cm 3, the molecular weight distribution (Mw/Mn) is 25 or more, the strain hardening parameter of elongation viscosity (λmax) is 1.05 to 1.50, the Charpy impact strength is 7 kJ/m 2 or more, the tensile impact strength is 130 kJ/m 2 or more, the swell ratio is 50 to 65%, and the rupture time in the full notch creep test is 40 hours or more. the high load melt flow rate (HLMFR) is 1 to 10 g/10 min, the density is 0.946 to 0.955 g/cm 3, the molecular weight distribution (Mw/Mn) is 25 or more, the strain hardening parameter of elongation viscosity (λmax) is 1.05 to 1.50, the Charpy impact strength is 7 kJ/m 2 or more, the tensile impact strength is 130 kJ/m 2 or more, the swell ratio is 50 to 65%, and the rupture time in the full notch creep test is 40 hours or more.
A method of acquiring biopotential signals from a subject in the presence of electrical interference comprising the steps of: attaching at least 2 electrodes to a subject, acquiring biopotential signals from the subject using amplification circuitry, with said circuitry comprising: at least one input filter that filters the acquired biopotential signals for HF interference rejection, the amplification circuitry being electrically separated from a data communication module by an isolation barrier that comprises cross-barrier voltage measurement circuitry; obtaining a quantitative measure of the level of remaining high frequency interference across the isolation barrier using the cross-barrier voltage measurement circuitry; and transmitting the biopotential signals and measured interference level to a processor of the communication module. attaching at least 2 electrodes to a subject, acquiring biopotential signals from the subject using amplification circuitry, with said circuitry comprising: at least one input filter that filters the acquired biopotential signals for HF interference rejection, the amplification circuitry being electrically separated from a data communication module by an isolation barrier that comprises cross-barrier voltage measurement circuitry; obtaining a quantitative measure of the level of remaining high frequency interference across the isolation barrier using the cross-barrier voltage measurement circuitry; and transmitting the biopotential signals and measured interference level to a processor of the communication module.
A length-adjustable ossicular prosthesis, comprising a head element, which is intended to be disposed at an eardrum, a foot element, which is intended to be disposed at an ossicle or oval window of the human middle ear, and a connecting element, which connects the head element and the foot element, characterized in that the head element comprises a clip including guiding and clamping elements, which, when the clip is open, displaceably guide the head element at the connecting element and, when the clip is tensioned, securely clamp the head element to the connecting element; in that the clip comprises tensioning elements, by way of which the guiding and clamping elements can be tensioned against the connecting element so as to be securely clamped to the connecting element; and in that the clip comprises a locking mechanism that, when closed, holds the tensioning elements in the tensioned position in which the tensioning elements tension the guiding and clamping elements against the connecting element.
A method for transmitting an identifier using visible light communication, VLC, comprising: receiving input identifying an illumination factor associated with a light source; modifying a first set of one or more modulation parameters for transmitting the identifier using VLC, the first set of one or more modulation parameters being modified based at least in part on the illumination factor; modifying a second set of one or more modulation parameters for transmitting an interleaving signal; and alternately applying at least one signal in which the identifier is encoded to the light source, the at least one signal being applied in accordance with the first set of one or more modulation parameters or the second set of one or more modulation parameters, to transmit a first plurality of instances of the identifier interspersed with a second plurality of instances of the interleaving signal. receiving input identifying an illumination factor associated with a light source; modifying a first set of one or more modulation parameters for transmitting the identifier using VLC, the first set of one or more modulation parameters being modified based at least in part on the illumination factor; modifying a second set of one or more modulation parameters for transmitting an interleaving signal; and alternately applying at least one signal in which the identifier is encoded to the light source, the at least one signal being applied in accordance with the first set of one or more modulation parameters or the second set of one or more modulation parameters, to transmit a first plurality of instances of the identifier interspersed with a second plurality of instances of the interleaving signal.
An artificial reality system comprising: an image capture device configured to capture image data; a head-mounted display configured to output artificial reality content; a peripheral device including a display; a user interface engine (328, 428) configured to detect the peripheral device from the image data, characterized in that the user interface engine (328, 428) is further configured to: send a communication to the peripheral device to cause the peripheral device to deactivate the display, receive an indication that the display is deactivated, generate, in response to determining, based on the indication that the display is deactivated, a virtual user interface appearing to be a surface of the peripheral device and comprising one or more virtual user interface elements; the artificial reality system further comprising: a rendering engine (322, 422) configured to render the artificial reality content and to render, at a user interface position locked relative to a position of the peripheral device in the artificial reality content, the virtual user interface for display at the HMD. an image capture device configured to capture image data; a head-mounted display configured to output artificial reality content; a peripheral device including a display; a user interface engine (328, 428) configured to detect the peripheral device from the image data, characterized in that the user interface engine (328, 428) is further configured to: send a communication to the peripheral device to cause the peripheral device to deactivate the display, receive an indication that the display is deactivated, generate, in response to determining, based on the indication that the display is deactivated, a virtual user interface appearing to be a surface of the peripheral device and comprising one or more virtual user interface elements; the artificial reality system further comprising: a rendering engine (322, 422) configured to render the artificial reality content and to render, at a user interface position locked relative to a position of the peripheral device in the artificial reality content, the virtual user interface for display at the HMD.
A method for detecting a trap voltage of a capacitor potential transformer, wherein said potential transformer is connected between primary equipment and secondary equipment, wherein said method comprises: setting an initial state of an indicator (Fprim), wherein said indicator (Fprim) has two states, one of which indicates that a primary voltage is an AC voltage, and the other of which indicates that said primary voltage is a DC voltage; obtaining a detection value on the secondary side of said potential transformer; obtaining a differential value of said detection value; and determining whether a trap voltage occurs according to said detection value, said differential value, and said indicator (Fprim). setting an initial state of an indicator (Fprim), wherein said indicator (Fprim) has two states, one of which indicates that a primary voltage is an AC voltage, and the other of which indicates that said primary voltage is a DC voltage; obtaining a detection value on the secondary side of said potential transformer; obtaining a differential value of said detection value; and determining whether a trap voltage occurs according to said detection value, said differential value, and said indicator (Fprim).
Method for producing microbially stabilized drinks having a pH greater than 4.2, characterized in that a) to a drink having a pH less than or equal to 4.2 b) at least one dialkyl dicarbonate is added and c) the pH of the resultant drink is subsequently set by means of a base to greater than 4.2. a) to a drink having a pH less than or equal to 4.2 b) at least one dialkyl dicarbonate is added and c) the pH of the resultant drink is subsequently set by means of a base to greater than 4.2.
A method for diagnosing the presence of prostate cancer in a subject, comprising: (a) selecting a subject suspected of having or being at risk of having prostate cancer, wherein the subject shows an increased PSA level, (b) detecting the level of filamin A in a biological sample of the subject, and (c) comparing the level of filamin A in the biological sample with the level of filamin A in a control sample from a subject having benign prostatic hyperplasia, wherein a level of filamin A in the biological sample above the level of filamin A in the control sample indicates the presence of prostate cancer in the subject.