mhurhangee/ep-ind-claims huggingface dataset:
A vented EMA comprising: a motor; a gear train; a ball screw assembly comprising a free air volume bounded by the radially inner surface of the ball screw assembly, wherein the motor drives the gear train, whereby the gear train translates the ball screw assembly; a housing comprising a structural support member of the vented EMA; a cover comprising a cylindrical member into which a portion of the housing is inserted; a liner comprising a cylinder section disposed annularly between the housing and the ball screw assembly; and a vent comprising a gas exchange apparatus comprising a gas permeable-liquid impermeable membrane whereby gas may be drawn into the vented EMA and whereby liquid may be prevented from being drawn into the vented EMA; and an air flow path, whereby the gas may be conducted between the free air volume and the vent, and characterized by the liner comprising an orifice air channel in fluid communication with the free air volume. a motor; a gear train; a ball screw assembly comprising a free air volume bounded by the radially inner surface of the ball screw assembly, wherein the motor drives the gear train, whereby the gear train translates the ball screw assembly; wherein the motor drives the gear train, whereby the gear train translates the ball screw assembly; a housing comprising a structural support member of the vented EMA; a cover comprising a cylindrical member into which a portion of the housing is inserted; a liner comprising a cylinder section disposed annularly between the housing and the ball screw assembly; and a vent comprising a gas exchange apparatus comprising a gas permeable-liquid impermeable membrane whereby gas may be drawn into the vented EMA and whereby liquid may be prevented from being drawn into the vented EMA; and an air flow path, whereby the gas may be conducted between the free air volume and the vent, and characterized by the liner comprising an orifice air channel in fluid communication with the free air volume.
A method for transmitting a random access preamble at a terminal in a wireless communication system, the method comprising: receiving, by the terminal from a Base Station, BS, a system information including a first random access information for a high-power terminal and a second random access information for a low-power terminal; determining, at the terminal, if the terminal is the low-power terminal, whether to use the first random access information or the second random access information for random access channel, RACH, access; and transmitting, from the terminal to the BS, the random access preamble based on one of the first random access information and the second random access information, wherein each of the first random access information and the second random access information includes information indicating a time allocated to the terminal for transmitting the random access preamble. receiving, by the terminal from a Base Station, BS, a system information including a first random access information for a high-power terminal and a second random access information for a low-power terminal; determining, at the terminal, if the terminal is the low-power terminal, whether to use the first random access information or the second random access information for random access channel, RACH, access; and transmitting, from the terminal to the BS, the random access preamble based on one of the first random access information and the second random access information, wherein each of the first random access information and the second random access information includes information indicating a time allocated to the terminal for transmitting the random access preamble.
A method for reducing unintentional activation of a touch-sensitive display by resolving near touch ambiguities, the method comprising: providing a first sensor for detecting a first event indicating an apparent activation of said touch-sensitive display, said first sensor being a touch screen sensor; providing a second sensor for detecting a second event indicating an apparent activation of said touch-sensitive display, wherein said first and second events being distinctly different physical phenomena, and wherein said second sensor is a vibro-acoustic event sensor, providing a window timer, wherein whenever the touch screen sensor produces an initial output, the window timer generates an output of a selected time window, and wherein said selected time window comprises a period of time less than 500 milliseconds; and activating said touch-sensitive display only when both said first and second sensors detect respective first and second events within said selected time window, wherein the vibro-acoustic event sensor comprises at least one of a condenser microphone or a microelectro-mechanical systems (MEMS) microphone, wherein said first sensor comprises a touch-sensitive surface based upon at least one technology taken from the group consisting of capacitive, optical, and electric field. providing a first sensor for detecting a first event indicating an apparent activation of said touch-sensitive display, said first sensor being a touch screen sensor; providing a second sensor for detecting a second event indicating an apparent activation of said touch-sensitive display, wherein said first and second events being distinctly different physical phenomena, and wherein said second sensor is a vibro-acoustic event sensor, providing a window timer, wherein whenever the touch screen sensor produces an initial output, the window timer generates an output of a selected time window, and wherein said selected time window comprises a period of time less than 500 milliseconds; and activating said touch-sensitive display only when both said first and second sensors detect respective first and second events within said selected time window, wherein the vibro-acoustic event sensor comprises at least one of a condenser microphone or a microelectro-mechanical systems (MEMS) microphone, wherein said first sensor comprises a touch-sensitive surface based upon at least one technology taken from the group consisting of capacitive, optical, and electric field.
A method of hard pan coating an edible core comprising: (a) admixing a red radish anthocyanin-containing colorant with water to form an aqueous colorant solution; (b) adjusting the pH of the aqueous colorant solution to from 4 to 6, and, optionally, reducing the water content of the solution to form a pH-adjusted colorant; (c) admixing the pH-adjusted colorant with a sucrose-based syrup to form a colored sucrose-based syrup; (d) admixing a yellow colorant with one or more constituents and admixtures of steps (a), (b), and (c) such that the yellow colorant is incorporated into the colored sucrose-based syrup; and (e) applying the colored sucrose-based syrup to an edible core to provide at least one layer of a hard panned coating; wherein the coating is substantially crystalline and has a red or orange hue described by a CIELCH color space h° coordinate of from 15° to 70°. (a) admixing a red radish anthocyanin-containing colorant with water to form an aqueous colorant solution; (b) adjusting the pH of the aqueous colorant solution to from 4 to 6, and, optionally, reducing the water content of the solution to form a pH-adjusted colorant; (c) admixing the pH-adjusted colorant with a sucrose-based syrup to form a colored sucrose-based syrup; (d) admixing a yellow colorant with one or more constituents and admixtures of steps (a), (b), and (c) such that the yellow colorant is incorporated into the colored sucrose-based syrup; and (e) applying the colored sucrose-based syrup to an edible core to provide at least one layer of a hard panned coating;
A scribing apparatus for thin film solar cells with which the blade of a trench creating tool that is attached to the scribe head is pressed against the surface of a solar cell substrate along a line along which the solar cell substrate is to be scribed when the trench creating tool is moved over the solar cell substrate, so that a trench is created in the thin film formed on the surface of the solar cell substrate, comprising: a tool holder that is attached to the scribe head in such a manner as to be movable upward and downward and holds the trench creating tool; an air cylinder for pressuring the tool holder against the surface of the solar cell substrate; and a spring for pressuring the tool holder upward, characterized in that said tool holder comprises a rotatable attachment that is rotatable around an attachment bolt, to which attachment the trench creating tool is attached in such a manner that the angle at which the trench creating tool is attached is adjustable. characterized in that said tool holder comprises a rotatable attachment that is rotatable around an attachment bolt, to which attachment the trench creating tool is attached in such a manner that the angle at which the trench creating tool is attached is adjustable.
Apparatus for digitising an impedance, comprising; a first impedance element (22;122) having a first impedance (C1;A1) that varies with a property to be measured, a second impedance element (24; 124) having a second impedance (C2;A2), a drive signal generator (26,30) for applying a first alternating drive signal to the first impedance element (22;122) and a second alternating drive signal to the second impedance element (24; 124), and an analogue-to-digital converter ADC (42; 142) for receiving and digitising a resultant signal (41;52;141), the resultant signal comprising the combination of the signals produced by the application of the first and second alternating drive signals (44,46) to the first and second impedance elements, wherein the first alternating drive signal is phase shifted relative to the second alternating drive signal such that the resultant signal received and sampled by the analogue-to-digital converter (42;142) sequentially relates to the sum of, and the difference between, the first and second impedances, characterised in that the apparatus comprises a signal separator (56;156A,156B) that receives sample values from the ADC (42;142) and provides a sum channel (58;158A) and a difference channel (60;160A), the sum channel (58;158A) comprising a series of values relating to the sum of the first and second impedances and the difference channel (60;160A) comprising a series of values relating to the difference between the first and second impedances.
A method of activating an electronic sensor patch configured to be applied to a patient, comprising: using a capacitance sensor to determine whether the electronic sensor patch is in close proximity to a body; powering down a processor of the electronic sensor patch to a low-power mode for a predetermined time interval in response to determining that the electronic sensor patch is not in close proximity to a body; executing, by the processor, a manufacturing mode in response to connection to a power source, wherein while in the manufacturing mode the capacitance sensor is not activated; determining whether a time since the connection to the power source exceeds a first time threshold, wherein the first time threshold represents an amount of time that the electronic sensor patch may be handled during manufacturing and testing; executing, by the processor, a shelf mode in which the capacitance sensor is activated at the predetermined time interval in response to determining that the time since the connection to the power source exceeds a first time threshold; and activating the electronic sensor patch in response to determining that the electronic sensor patch is in close proximity to the body. using a capacitance sensor to determine whether the electronic sensor patch is in close proximity to a body; powering down a processor of the electronic sensor patch to a low-power mode for a predetermined time interval in response to determining that the electronic sensor patch is not in close proximity to a body; executing, by the processor, a manufacturing mode in response to connection to a power source, wherein while in the manufacturing mode the capacitance sensor is not activated; determining whether a time since the connection to the power source exceeds a first time threshold, wherein the first time threshold represents an amount of time that the electronic sensor patch may be handled during manufacturing and testing; executing, by the processor, a shelf mode in which the capacitance sensor is activated at the predetermined time interval in response to determining that the time since the connection to the power source exceeds a first time threshold; and activating the electronic sensor patch in response to determining that the electronic sensor patch is in close proximity to the body.
A reagent solution comprising a microbicidal composition, comprising a synergistic mixture of gentamicin and at least one propionate for inhibiting growth of microbes in the reagent solution, wherein when said reagent solution comes into contact with at least one enzyme-based biosensor the microbicidal composition does not substantially affect a biological activity of the at least one enzyme-based biosensor.
An endoscope shape detection device comprising: a detection section having either one of a plurality of magnetic field generation elements (14a-p) and a plurality of magnetic field detection elements (22a1-4, 22b1-4 22c1-4, 22d1-4) disposed in an insertion part of an endoscope to be inserted into a subject and the other elements disposed outside the subject, and, detecting each position of the one elements disposed in the insertion part using positions of the other elements as a reference; a shape estimation section for estimating a shape of the endoscope insertion part based on the detection result of the detection section; and a property value detection section for detecting an electric property value of the magnetic field generation elements (14a-p); characterized by further comprising a storage section (42, 103) for storing a reference value of the electric property value; and a state detection section for detecting a state of the magnetic field generation elements (14a-p) based on the electric property value of the magnetic field generation elements (14a-p) detected by the property value detection section and the reference value. a detection section having either one of a plurality of magnetic field generation elements (14a-p) and a plurality of magnetic field detection elements (22a1-4, 22b1-4 22c1-4, 22d1-4) disposed in an insertion part of an endoscope to be inserted into a subject and the other elements disposed outside the subject, and, detecting each position of the one elements disposed in the insertion part using positions of the other elements as a reference; a shape estimation section for estimating a shape of the endoscope insertion part based on the detection result of the detection section; and a property value detection section for detecting an electric property value of the magnetic field generation elements (14a-p); characterized by further comprising a storage section (42, 103) for storing a reference value of the electric property value; and a state detection section for detecting a state of the magnetic field generation elements (14a-p) based on the electric property value of the magnetic field generation elements (14a-p) detected by the property value detection section and the reference value.
A device structure, comprising: a substrate; a plurality of layers (120, 122, 204, 206, 208, 406, 409, 412, 1712, 1718) formed over the substrate, a first layer (120, 406, 1712) of the plurality of layers bounding one or more cavities (118, 210, 408) formed within the structure between the substrate and the plurality of layers; and a plurality of micro electromechanical devices disposed over the substrate and within each of the one or more cavities (118, 210, 408); wherein each of the plurality of micro electromechanical devices comprises a cantilever moveable between an up state and a down state; a pull up electrode (401, 1718) adapted to pull up the cantilever to the up state within at least one of the one or more cavities (118, 210, 408) and coupled with the first layer (120, 406, 1712) above the plurality of micro electromechanical devices; a via connection from the substrate to one or more layers (120, 122, 204, 206, 208, 406, 409, 412, 1712, 1718) disposed over the one or more cavities (118, 210, 408); wherein the one or more cavities (118, 210, 408) and plurality of micro electromechanical devices are embedded within a complementary metal oxide semiconductor chip; and wherein a first device of the plurality of micro electromechanical devices has a different design with different mechanical characteristics than a second device of the plurality of micro electromechanical devices. a substrate; a plurality of layers (120, 122, 204, 206, 208, 406, 409, 412, 1712, 1718) formed over the substrate, a first layer (120, 406, 1712) of the plurality of layers bounding one or more cavities (118, 210, 408) formed within the structure between the substrate and the plurality of layers; and a plurality of micro electromechanical devices disposed over the substrate and within each of the one or more cavities (118, 210, 408); wherein each of the plurality of micro electromechanical devices comprises a cantilever moveable between an up state and a down state; a pull up electrode (401, 1718) adapted to pull up the cantilever to the up state within at least one of the one or more cavities (118, 210, 408) and coupled with the first layer (120, 406, 1712) above the plurality of micro electromechanical devices; a via connection from the substrate to one or more layers (120, 122, 204, 206, 208, 406, 409, 412, 1712, 1718) disposed over the one or more cavities (118, 210, 408); wherein the one or more cavities (118, 210, 408) and plurality of micro electromechanical devices are embedded within a complementary metal oxide semiconductor chip; and wherein a first device of the plurality of micro electromechanical devices has a different design with different mechanical characteristics than a second device of the plurality of micro electromechanical devices.
A novel dermaceutical cream containing Fusidic acid which is made in situ under oxygen-free environment using Sodium Fusidate, wherein said cream comprises Fusidic acid made by dissolving Sodium Fusidate in a co-solvent selected from the group comprising Propylene Glycol, Hexylene Glycol, and PolyEthylene Glycol-400 in a proportion from about 5% (w/w) to 40% (w/w) under inert gas purging and under vacuum, and converting said Sodium Fusidate to Fusidic acid in-situ by adding an acid under stirring, and a cream base containing at least one of each of a primary and secondary emulsifier, a waxy material, a co-solvent, an acid, and water.
A transparent liquid cleansing composition comprising the following components,,,, and: 2 to 12% by weight of a nonionic surfactant having an HLB value of 8 or less, 10 to 30% by weight of a nonionic surfactant having an HLB value of more than 13, 2 to 5% by weight of a nonionic surfactant having a branched alkyl group or two or more alkyl groups and having an HLB vlue of more than 8 and 13 or less, 10 to 40% by weight of oil having a viscosity of 15 mPa·s or less at 30°C, 15 to 45% by weight of a water-soluble solvent, and 5 to 50% by weight of water, wherein the total content of the components and is 40 to 70% by weight of the cleansing composition. 2 to 12% by weight of a nonionic surfactant having an HLB value of 8 or less, 10 to 30% by weight of a nonionic surfactant having an HLB value of more than 13, 2 to 5% by weight of a nonionic surfactant having a branched alkyl group or two or more alkyl groups and having an HLB vlue of more than 8 and 13 or less, 10 to 40% by weight of oil having a viscosity of 15 mPa·s or less at 30°C, 15 to 45% by weight of a water-soluble solvent, and 5 to 50% by weight of water,
Movement transmission device for a gearbox gearshift actuator, comprising a rotary drive motor of which the output shaft is orthogonal to a fork spindle, step-down means (6a, 6b) demultiplying the movement between the output shaft of the motor and a gearshift finger rotationally driven by the motor, and a claw secured to the fork spindle and moved by the gearshift finger to engage or disengage a gear of the gearbox, characterized in that the gearshift finger bears a pin which is offset with respect to its axis of rotation (Y, Y') and which is engaged in an oblong opening of the claw, so as to cause the fork spindle to move axially in linear travel along the opening under the action of the drive motor.
A computer-implemented method for encrypting a software model of a technical system, comprising software components, characterized by the steps: - generating (S1; S100) a public key and a master key; - generating a decrypting structure comprising at least one definition of a component group of software components of the software model; - generating (S3; S300) at least one secret key by means of the master key and the decrypting structure, such that the secret key comprises the definition of the at least one component group, - at least partially encrypting (S5; S200) the software model by means of the public key; - at least partially integrating the decrypting structure into the encrypted software model, such that the at least one component group can be decrypted only by means of the secret key comprising the definition of the at least one component group; - generating a further decrypting structure comprising at least one definition of a further component group of software components of the software model; - generating (S9; S700) a key expansion for the at least one secret key by means of the master key and the further decrypting structure, such that the key expansion comprises the definition of the at least one further component group. - generating (S1; S100) a public key and a master key; - generating a decrypting structure comprising at least one definition of a component group of software components of the software model; - generating (S3; S300) at least one secret key by means of the master key and the decrypting structure, such that the secret key comprises the definition of the at least one component group, - at least partially encrypting (S5; S200) the software model by means of the public key; - at least partially integrating the decrypting structure into the encrypted software model, such that the at least one component group can be decrypted only by means of the secret key comprising the definition of the at least one component group; - generating a further decrypting structure comprising at least one definition of a further component group of software components of the software model; - generating (S9; S700) a key expansion for the at least one secret key by means of the master key and the further decrypting structure, such that the key expansion comprises the definition of the at least one further component group.