mhurhangee/ep-ind-claims huggingface dataset:
A vision training device, comprising: a main body including at least one ocular hole positioned to correspond with an eye of a user wearing the vision training device, a line of sight axis being defined to intersect with the ocular hole; a lens unit (410, 420) including a plurality of lenses (415, 416, 417, 418, 419, 420) respectively having different diopter values and a lens holder that supports the lenses with an interval between the lenses of the lens holder; a drive motor configured to move the lens holder so that one of the lenses of the lens unit (410, 420) is disposed on the line of sight axis; and a control unit configured to control the drive motor such that a test lens selected from the plurality of lenses (415, 416, 417, 418, 419, 420) is disposed on the line of sight axis and to store an accommodation time indicating a period of time in which the eye becomes in an accommodated state to the test lens. a main body including at least one ocular hole positioned to correspond with an eye of a user wearing the vision training device, a line of sight axis being defined to intersect with the ocular hole; a lens unit (410, 420) including a plurality of lenses (415, 416, 417, 418, 419, 420) respectively having different diopter values and a lens holder that supports the lenses with an interval between the lenses of the lens holder; a drive motor configured to move the lens holder so that one of the lenses of the lens unit (410, 420) is disposed on the line of sight axis; and a control unit configured to control the drive motor such that a test lens selected from the plurality of lenses (415, 416, 417, 418, 419, 420) is disposed on the line of sight axis and to store an accommodation time indicating a period of time in which the eye becomes in an accommodated state to the test lens.
An aqueous ophthalmic pharmaceutical composition, comprising: a therapeutic agent which is travoprost; and a surfactant which is an ethoxylated and hydrogenated vegetable oil; wherein: the amount of therapeutic agent is below 0.01 w/v % of the composition; the amount of surfactant is less than 0.3 w/v % of the composition; and the composition is free of benzalkonium chloride. a therapeutic agent which is travoprost; and a surfactant which is an ethoxylated and hydrogenated vegetable oil; the amount of therapeutic agent is below 0.01 w/v % of the composition; the amount of surfactant is less than 0.3 w/v % of the composition; and the composition is free of benzalkonium chloride.
A balloon catheter assembly (100, 200), comprising: an elongated member (110, 210) having a lumen (111, 211) extending longitudinally therethrough; a hub (154, 254) coupled to a proximal end (112, 212) of the elongated member; a sleeve (166, 266), that is fixedly coupled to an inside of the hub; a support wire (158, 258) disposed within the elongated member; and an inflation balloon (120, 220); wherein a distal end (124, 224) of the inflation balloon is coupled to a distal end of the support wire (158, 258), and wherein a proximal end of the support wire is disposed within the sleeve and the proximal end (160, 260) of the support wire is longitudinally displaceable within the sleeve, the proximal end of the support wire being operatively coupled to the hub such that the support wire transfers distally oriented forces exerted on the hub but not proximally oriented forces exerted on the hub, and the support wire is operatively coupled to the balloon catheter assembly such that the support wire does not exert a longitudinally compressive force on the inflation balloon. an elongated member (110, 210) having a lumen (111, 211) extending longitudinally therethrough; a hub (154, 254) coupled to a proximal end (112, 212) of the elongated member; a sleeve (166, 266), that is fixedly coupled to an inside of the hub; a support wire (158, 258) disposed within the elongated member; and an inflation balloon (120, 220); wherein a distal end (124, 224) of the inflation balloon is coupled to a distal end of the support wire (158, 258), and wherein a proximal end of the support wire is disposed within the sleeve and the proximal end (160, 260) of the support wire is longitudinally displaceable within the sleeve, the proximal end of the support wire being operatively coupled to the hub such that the support wire transfers distally oriented forces exerted on the hub but not proximally oriented forces exerted on the hub, and the support wire is operatively coupled to the balloon catheter assembly such that the support wire does not exert a longitudinally compressive force on the inflation balloon.
A single-stranded modified oligonucleotide consisting of 12 to 30 linked nucleosides and having a nucleobase sequence comprising at least 12 consecutive nucleobases of any of the nucleobase sequences of SEQ ID NOs: 18, 19, or 98, wherein the nucleobase sequence of the modified oligonucleotide is at least 90% complementary to SEQ ID NO: 1 or SEQ ID NO: 2 and wherein the single-stranded modified oligonucleotide reduces Ataxin-2 mRNA and/or protein expression.
A roll for hot-rolling comprising a body, characterized in that at least a part of an envelope surface of said body is made of a high speed steel that with reference to its chemical composition consists of the following elements, in weight%: 1-3 Carbon 3-6 Chromium (Cr) 4.5-7 Molybdenum (Mo) 6-15 Tungsten 3-14 Vanadium 0-10 Cobalt (Co) 0-3 Niobium (Nb) 0-0.5 Nitrogen 0.4-1.0 Yttrium, and remainder iron (Fe) and unavoidable impurities, wherein Mo+0.5W = 2-10 weight%. 1-3 Carbon 3-6 Chromium (Cr) 4.5-7 Molybdenum (Mo) 6-15 Tungsten 3-14 Vanadium 0-10 Cobalt (Co) 0-3 Niobium (Nb) 0-0.5 Nitrogen 0.4-1.0 Yttrium, and
A display control method, applied to a notebook computer comprising a display and a keyboard, wherein the notebook computer is divided into an upper cover including the display and a lower cover including the keyboard, a shielding surface of the lower cover is configured to block the display in a closed-cover state, a region of the shielding surface has a conductive capability, but other regions of the shielding surface do not have conductive capability, the display comprises a touch panel, a part of the touch panel is a detection region, shape and size of the detection region and shape and size of the region of the shielding surface are the same, the detection region and the region of the shielding surface are in floating contact in the closed-cover state, and the method comprises: obtaining (S101, S102) capacitance values of only the detection region, wherein a location point at which a difference between a capacitance value in the detection region and a first value exceeds a first preset threshold is a contact region, and a location point at which a difference between a capacitance value in the detection region and the first value does not exceed the first preset threshold is a contactless region; and when the contact region meets a first predetermined condition or the contactless region meets a second predetermined condition, controlling the display to turn off; or when the contactless region does not meet the second predetermined condition or the contact region does not meet the first predetermined condition, controlling the display to turn on, wherein the first predetermined condition comprises an existence duration of the contact region exceeds a preset duration. obtaining (S101, S102) capacitance values of only the detection region, wherein a location point at which a difference between a capacitance value in the detection region and a first value exceeds a first preset threshold is a contact region, and a location point at which a difference between a capacitance value in the detection region and the first value does not exceed the first preset threshold is a contactless region; and when the contact region meets a first predetermined condition or the contactless region meets a second predetermined condition, controlling the display to turn off; or when the contactless region does not meet the second predetermined condition or the contact region does not meet the first predetermined condition, controlling the display to turn on, wherein the first predetermined condition comprises an existence duration of the contact region exceeds a preset duration.
An electrical system comprising: - a battery system comprising: - a first battery; - a first switching device electrically coupled in series with a first load; - a second switching device electrically coupled in series with a second load; - a second battery; - a sensor; and - a relay electrically coupled between the first switching device and the second switching device; wherein the first battery is electrically coupled in parallel with the first switching device and the second battery is electrically coupled in parallel with the second switching device; and a control system configured to perform diagnostics on the battery system, the control system being configured to determine relay status by obtaining a number of measurements of current across the battery system, characterized in that the measurements include: - obtaining first current measurement while the first switching device and second switching device are both in an open state; - obtaining a second current measurement while the first switching device is closed and the second switching device is open; and - obtaining a third current measurement while the first switching device is open and the second switching device is closed. - a battery system comprising: - a first battery; - a first switching device electrically coupled in series with a first load; - a second switching device electrically coupled in series with a second load; - a second battery; - a sensor; and - a relay electrically coupled between the first switching device and the second switching device; - a first battery; - a first switching device electrically coupled in series with a first load; - a second switching device electrically coupled in series with a second load; - a second battery; - a sensor; and - a relay electrically coupled between the first switching device and the second switching device; and a control system configured to perform diagnostics on the battery system, the control system being configured to determine relay status by obtaining a number of measurements of current across the battery system, characterized in that the measurements include: - obtaining first current measurement while the first switching device and second switching device are both in an open state; - obtaining a second current measurement while the first switching device is closed and the second switching device is open; and - obtaining a third current measurement while the first switching device is open and the second switching device is closed. - obtaining first current measurement while the first switching device and second switching device are both in an open state; - obtaining a second current measurement while the first switching device is closed and the second switching device is open; and - obtaining a third current measurement while the first switching device is open and the second switching device is closed.
A method for assembling a catalytic converter comprising: (a) wrapping a mat around a catalytic substrate to form a substrate assembly (10, 12); (b) applying a predetermined pressure to the substrate assembly; (c) determining a substrate assembly characteristic of the substrate assembly (10, 12) at the predetermined pressure; (d) comparing the substrate assembly characteristic to a desired characteristic standard; (e) identifying an acceptable substrate assembly when the substrate assembly characteristic satisfies the desired characteristic standard or identifying an unacceptable substrate assembly when the substrate assembly characteristic does not satisfy the desired substrate standard; and (f) if the desired characteristic standard is not satisfied, reworking the unacceptable substrate assembly (10, 12) until the substrate assembly characteristic satisfies the desired characteristic standard, and (g) stuffing the acceptable substrate assembly (10, 12) into a converter outer shell to form a catalytic converter. (a) wrapping a mat around a catalytic substrate to form a substrate assembly (10, 12); (b) applying a predetermined pressure to the substrate assembly; (c) determining a substrate assembly characteristic of the substrate assembly (10, 12) at the predetermined pressure; (d) comparing the substrate assembly characteristic to a desired characteristic standard; (e) identifying an acceptable substrate assembly when the substrate assembly characteristic satisfies the desired characteristic standard or identifying an unacceptable substrate assembly when the substrate assembly characteristic does not satisfy the desired substrate standard; and (f) if the desired characteristic standard is not satisfied, reworking the unacceptable substrate assembly (10, 12) until the substrate assembly characteristic satisfies the desired characteristic standard, and (g) stuffing the acceptable substrate assembly (10, 12) into a converter outer shell to form a catalytic converter.
A polyol composition comprising A) at least one difunctional polyether having a hydroxyl equivalent weight of 200 to 400 and B) at least one trifunctional polyether having a hydroxyl equivalent weight of 200 to 400, the at least one difunctional polyether and at least one trifunctional polyether each including a) the residue, after removal of hydroxyl hydrogen atoms, of a starter, b) oxypropylene units and c) oxyethylene units, wherein components A) and B) together have an average nominal functionality of 2.05 to 2.95, the combined weight of the oxyethylene units of components A) and B) constitutes 40 to 63% of the combined weight of components A) and B), the combined weight of the residues of the starters, oxypropylene units and oxyethylene units of components A) and B) constitute at least 90% of the combined weight of components A) and B), and 5 to 30 percent of the total number of hydroxyl groups of components A) and B) are primary hydroxyl groups.
An edible soft robot system, comprising: at least one edible inflatable object formed at least in part from an edible material and comprising an internal compartment configured to receive a fluid; one or more sensors configured to generate sensor data indicative of a parameter of the system; a control system coupled to the at least one edible inflatable object, wherein the control system is configured to: receive sensor data from the one or more sensors; adjust inflation of the at least one edible inflatable object, by directing fluid into or out of the internal compartment based on the sensor data; and activate one or more special effects based on the sensor data. at least one edible inflatable object formed at least in part from an edible material and comprising an internal compartment configured to receive a fluid; one or more sensors configured to generate sensor data indicative of a parameter of the system; a control system coupled to the at least one edible inflatable object, receive sensor data from the one or more sensors; adjust inflation of the at least one edible inflatable object, by directing fluid into or out of the internal compartment based on the sensor data; and activate one or more special effects based on the sensor data.
A method for controlling a multilevel converter for converting an electric current, said multilevel converter comprising a control device for controlling the operations of the converter to achieve a requested operating condition and a plurality of phase arms (12a, 12b,..., 12f) having a chain of series connected submodules, wherein each submodule comprises an energy store and wherein each submodule is arranged to be controlled by said control device to be selectively inserted or bypassed in a phase arm (12a, 12b,..., 12f), the method comprising a step of controlling, by means of said control device, insertion and bypassing of said submodules in accordance with a modulation scheme and said requested operating condition, wherein said step of controlling comprises balancing voltages of said submodules during at least one time interval by calculating predicted final voltages of said submodules respectively at the end of a time interval to follow based on an initial amount of charge stored in the respective energy stores and the amount of charge which, based on the requested operation condition and modulation scheme, is predicted to pass through the respective energy store during said time interval; selecting which submodule of a phase arm (12a, 12b,..., 12f) to insert or bypass during said time interval based on a comparison of said predicted final voltages of the respective submodules; and updating said predicted final voltages in accordance with any selection made of which submodule to insert or bypass during said time interval. calculating predicted final voltages of said submodules respectively at the end of a time interval to follow based on an initial amount of charge stored in the respective energy stores and the amount of charge which, based on the requested operation condition and modulation scheme, is predicted to pass through the respective energy store during said time interval; selecting which submodule of a phase arm (12a, 12b,..., 12f) to insert or bypass during said time interval based on a comparison of said predicted final voltages of the respective submodules; and updating said predicted final voltages in accordance with any selection made of which submodule to insert or bypass during said time interval.
An apparatus for applying sealant to a target tissue of a surgical site, comprising: a handle including a sealant-applying structure for applying sealant to the target tissue; an end effector in the form of a clamp comprising two jaw members (28,30) in operative association with the handle; at least one conduit for conveying sealant to the end effector; and side walls for confining sealant provided on, or extending from, both sides of each jaw member, characterised in that each side wall includes a first end operatively connected to the jaw member an d a second end extending radially inwardly from the jaw member to come into contact with tissue when the end effector is in a closed condition. a handle including a sealant-applying structure for applying sealant to the target tissue; an end effector in the form of a clamp comprising two jaw members (28,30) in operative association with the handle; at least one conduit for conveying sealant to the end effector; and side walls for confining sealant provided on, or extending from, both sides of each jaw member, characterised in that each side wall includes a first end operatively connected to the jaw member an d a second end extending radially inwardly from the jaw member to come into contact with tissue when the end effector is in a closed condition.
Amphiphilic block copolymers of type -An-Bm-, A representing the hydrophilic monomer building block of the hydrophilic block An and B representing the hydrophobic monomer building block of the hydrophobic block Bm, characterized in that contains styrene sulfonate, acrylic acid or derivates thereof, (meth)acrylamide, beta-carboxyethyl acrylate, vinyl sulfonate, sulfoethyl methacrylate, sulfopropyl methacrylate, acrylamido-2-methylpropane sulfonic acid, 3-allyloxy-2-hydroxy-1-propane sulfonic acid or mixtures thereof, in particular styrene sulfonate, as the hydrophilic monomer and a diene is used as the monomer for the hydrophobic monomer building block B, in particular a diene selected from the group 1,3-butadiene, 1,3-pentadiene and isoprene.
A web processing machine comprising a magnetising device for magnetising a magnetisable area of a web (102, 602) of packaging material, said magnetising device arranged along with and in close proximity to a surface of the web of the packaging material such that magnetisable area will be magnetised by the magnetic field generated by the magnetising device, and said magnetising device comprising a first magnetic component having a north pole and a south pole, characterized in that said magnetising device comprises a second magnetic component having a north pole and a south pole, wherein poles of a first and same polarity of the first magnetic component and the second magnetic component are arranged adjacent in an opposed relationship, poles of a second and the same polarity of the first magnetic component and the second magnetic component are arranged remote from each other in a linear arrangement.
System for automated driving with assistance for a driver in performing a non-driving activity, wherein the system for automated driving controls the vehicle in an automated manner in a first operating state and hands over control of the vehicle to the driver in a second operating state, characterized in that the system comprises an assistance device for assisting the driver in performing the non-driving activity, and the assistance device is designed such that the assistance device assists the driver in performing the non-driving activity if the system for automated driving switches from the first operating state to the second operating state. the system comprises an assistance device for assisting the driver in performing the non-driving activity, and the assistance device is designed such that the assistance device assists the driver in performing the non-driving activity if the system for automated driving switches from the first operating state to the second operating state.
Apparatus for locating a fault on a conductor of an electrical cable network having at least one phase conductor and at least one counter-conductor, said cable network supplying power at a customary network frequency, wherein the phase conductor is exposed to alternating current and is in operation, having a mechanism for coupling at least one test pulse in the phase conductor and a mechanism for decoupling echo pulses reflected at the fault from the phase conductor, and also having a guidance mechanism for coupling pulses at least preferably in the forwards direction to the fault, wherein the mechanisms (11, 12) for coupling or decoupling each have an inductively coupling design and the guidance mechanism is designed as a capacitor arranged backwards from the coupling mechanisms (11, 12) between the phase conductor and the counter-conductor, wherein the capacitor is configured to produce a short circuit for the higher frequency signals of the test pulses and the echo pulses resulting from these, and not to cause any interruption at lower frequencies, namely at the network frequency of a conventional supply network.
A synchronous running safeguard for transfer stations for devices for handling containers, especially for handling bottle-like containers made of glass or plastic with a first and a second rotary element (1, 2, 22, 23, 24, 25, 27, 29), each of which is provided with receiving elements (19, 32, 37) for the containers and in each case including a motor drive, wherein the rotary elements (1, 2, 22, 23, 24, 25, 27, 29) are arranged relative to one another so that the containers in a transfer region can be transferred from one of the first receiving elements (19, 32, 37) to one of the second receiving elements (19, 32, 37), characterised in that - the rotary elements (1, 2, 22, 23, 24, 25, 27, 29) in each case rotationally connected comprise a control element (61, 62) with engagement elements (65, 66, 67), that the control elements (61, 62) are in meshing engagement with one another, wherein the control elements (61, 62) are arranged so that during operation they are in engagement without contact during the rotary movement of the rotary elements (1, 2, 22, 23, 24, 25, 27, 29) and in that they are in engagement with contact in the event of a fault. - the rotary elements (1, 2, 22, 23, 24, 25, 27, 29) in each case rotationally connected comprise a control element (61, 62) with engagement elements (65, 66, 67), that the control elements (61, 62) are in meshing engagement with one another, wherein the control elements (61, 62) are arranged so that during operation they are in engagement without contact during the rotary movement of the rotary elements (1, 2, 22, 23, 24, 25, 27, 29) and in that they are in engagement with contact in the event of a fault.