mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: detecting, by a second device, an application running on a first device, the application displaying a first user interface; detecting, with the second device, a position and an orientation of the first device; obtaining, with the second device, a state of the first user interface of the application running on the first device, wherein the state includes content previously input to the first device; responsive to detecting the application, activating a local version of the detected application at the second device; providing an indication to the first device to close the detected application at the first device and to transfer control of the application to the local version of the application displayed at the second device; and displaying, with the second device and at least partially overlaid on a view of the first device and based on the detected position and orientation of the first device, a second user interface corresponding to the local version of the application, wherein the second user interface of the local version of the application is displayed having a state that continues from the obtained state of the first user interface. detecting, by a second device, an application running on a first device, the application displaying a first user interface; detecting, with the second device, a position and an orientation of the first device; obtaining, with the second device, a state of the first user interface of the application running on the first device, wherein the state includes content previously input to the first device; responsive to detecting the application, activating a local version of the detected application at the second device; providing an indication to the first device to close the detected application at the first device and to transfer control of the application to the local version of the application displayed at the second device; and displaying, with the second device and at least partially overlaid on a view of the first device and based on the detected position and orientation of the first device, a second user interface corresponding to the local version of the application, wherein the second user interface of the local version of the application is displayed having a state that continues from the obtained state of the first user interface.
A solid herbicidal composition comprising: a) from 50 grams active ingredient per kilogram (g ai/kg) to 600 g ai/kg, with respect to the total composition, of pyroxsulam; b) from 50 g ai/kg to 600 g ai/kg, with respect to the total composition, of cloquintocet acid or a salt thereof; c) from 30 g ai/kg to 250 g ai/kg, with respect to the total composition, of a lignosulfonate salt; d) from 10 g/kg to 100 g/kg, with respect to the total composition, of another anionic surfactant; e) from 50 g/kg to 250 g/kg, with respect to the total composition, of a solid buffer, wherein the solid buffer is ammonium sulfate or citric acid; and f) a disintegrant. a) from 50 grams active ingredient per kilogram (g ai/kg) to 600 g ai/kg, with respect to the total composition, of pyroxsulam; b) from 50 g ai/kg to 600 g ai/kg, with respect to the total composition, of cloquintocet acid or a salt thereof; c) from 30 g ai/kg to 250 g ai/kg, with respect to the total composition, of a lignosulfonate salt; d) from 10 g/kg to 100 g/kg, with respect to the total composition, of another anionic surfactant; e) from 50 g/kg to 250 g/kg, with respect to the total composition, of a solid buffer, wherein the solid buffer is ammonium sulfate or citric acid; and f) a disintegrant.
An antagonist of TRPM4 for use in a method of (a) inhibiting neural cell swelling in an individual having traumatic brain injury, traumatic spinal cord injury, cerebral ischemia, spinal cord ischemia, central nervous system damage, peripheral nervous system damage, cerebral hypoxia, spinal cord hypoxia, or cerebral edema; or (b) treating or preventing spinal cord injury stemming from neural cell swelling.
A port for use with an article of footwear adapted to engage a foot, the article of footwear having a sole structure, an upper portion connected to the sole structure, and a sensor system including a flexible insert connected to the sole structure, the insert having a plurality of sensors and a plurality of sensor leads extending from the sensors to the port, the port comprising: a housing adapted to be at least partially received within the sole structure of the article of footwear, the housing comprising a chamber adapted to removably receive an electronic module therein; and an interface engaged with the housing and having a plurality of electrical contacts such that the interface is adapted to form an electrical connection with the module such that the module engages electrical contacts when the module is received within the chamber; and characterized by the interface further comprising a support structure engaged with the housing and supporting the electrical contacts to position the electrical contacts to be exposed to the chamber, and a strip of flexible material extending into the housing and having the sensor leads thereon, wherein the electrical contacts are connected to the sensor leads on the strip. a housing adapted to be at least partially received within the sole structure of the article of footwear, the housing comprising a chamber adapted to removably receive an electronic module therein; and an interface engaged with the housing and having a plurality of electrical contacts such that the interface is adapted to form an electrical connection with the module such that the module engages electrical contacts when the module is received within the chamber; and characterized by the interface further comprising a support structure engaged with the housing and supporting the electrical contacts to position the electrical contacts to be exposed to the chamber, and a strip of flexible material extending into the housing and having the sensor leads thereon, wherein the electrical contacts are connected to the sensor leads on the strip.
A power supply control device for equipment, comprising: a power supply unit configured to input AC power and to output a DC voltage for operating a load inside the equipment; a first switch (7, 8) of which opening/closing is controlled by applying the DC voltage which is output by the power supply unit; a second switch configured to be manually operated to switch over ON/OFF of the power supply for the equipment, and to achieve a first state when not manually operated and to achieve a second state when manually operated, the second switch being connected to the first switch (7, 8) in series, wherein the second switch is configured to reduce the DC voltage, which is output by the power supply unit, to less than a predetermined value when the first switch (7, 8) is closed, in the first state, and to open the first switch (7, 8) in the second state; and a control unit configured to close the first switch (7, 8) so as to reduce the DC voltage to less than the predetermined value, if the second switch is changed to the second state and thereafter changed to the first state, when the second switch is in the first state and the DC voltage is not reduced to less than the predetermined value, characterised in that the first switch includes a first coil configured to open the first switch by being energized, and a second coil configured to close the first switch by being energized. a power supply unit configured to input AC power and to output a DC voltage for operating a load inside the equipment; a first switch (7, 8) of which opening/closing is controlled by applying the DC voltage which is output by the power supply unit; a second switch configured to be manually operated to switch over ON/OFF of the power supply for the equipment, and to achieve a first state when not manually operated and to achieve a second state when manually operated, the second switch being connected to the first switch (7, 8) in series, wherein the second switch is configured to reduce the DC voltage, which is output by the power supply unit, to less than a predetermined value when the first switch (7, 8) is closed, in the first state, and to open the first switch (7, 8) in the second state; and a control unit configured to close the first switch (7, 8) so as to reduce the DC voltage to less than the predetermined value, if the second switch is changed to the second state and thereafter changed to the first state, when the second switch is in the first state and the DC voltage is not reduced to less than the predetermined value, characterised in that the first switch includes a first coil configured to open the first switch by being energized, and a second coil configured to close the first switch by being energized.
An electrical breaking appliance with separable contacts (2, 50) configured to interrupt an electric current, the electrical appliance having a first electric arc breaking chamber associated with a first switching gas filtering device and a second electric arc breaking chamber associated with a second switching gas filtering device, the first filtering device and the second filtering device being arranged on opposite faces of the casing of the electrical appliance, wherein the first filtering device has a first support part (22; 62), a first metallic braided mesh filter (24; 64) and a first metallic porous filter (26; 66), wherein the second filtering device has a second support part (30; 74), a second metallic braided mesh filter (32; 76) and a second metallic porous filter (34; 78), wherein the gas inlet section of the first filtering device is smaller than the gas inlet section of the second filtering device, wherein the first porous filter (26; 66) and the second porous filter (34; 74) each have a metallic foam, the porosity of the second filter close to or identical to the porosity of the first filter of the appliance, wherein the volume of foam used for the second porous filter (34; 74) is greater than the volume of foam used for the first porous filter (26; 66), and wherein the volume of foam per filter expressed in cm3 per megawatt of power is between 0.3 and 0.5 for the second porous filter (34; 74) and between 0.15 and 0.25 for the first porous filter (26; 66).
A motor controller system comprising: a hardened field programmable gate array; a back electromotive force decoder circuit at least partially controlled by the hardened field programmable gate array; and a filter configured to condition a back electromotive force signal in the decoder circuit, the filter having at least one cutoff frequency, wherein the at least one cutoff frequency is constantly adjusted by the hardened field programmable gate array to allow for minimal phase shift of the back electromotive force signal; and characterised in that a current limiter circuit, wherein the current limiter circuit is configured to respond separately to an average current and to a peak current, wherein the hardened field programmable gate array monitors outputs of the current limiter circuit and adjusts both a commutation signal and a DC link in response to current levels. a hardened field programmable gate array; a back electromotive force decoder circuit at least partially controlled by the hardened field programmable gate array; and a filter configured to condition a back electromotive force signal in the decoder circuit, the filter having at least one cutoff frequency, wherein the at least one cutoff frequency is constantly adjusted by the hardened field programmable gate array to allow for minimal phase shift of the back electromotive force signal; and characterised in that a current limiter circuit, wherein the current limiter circuit is configured to respond separately to an average current and to a peak current, wherein the hardened field programmable gate array monitors outputs of the current limiter circuit and adjusts both a commutation signal and a DC link in response to current levels.
An automotive vehicle which comprises: a determining unit to determine the presence of the automotive vehicle on a non-public road area only when a determining condition in which a non-public road mode can be selected is satisfied, said determining condition including removal of a protective component of the automotive vehicle; an antilock brake system to assist a driving operation of a driver; and a selector unit to select a drive assistance by the antilock brake system from a public road mode to a non-public road mode in the event that the determining unit determines the presence of the automotive vehicle on the non-public road area, wherein the selector unit is configured as to be selectable by the driver in a vehicle run enabled condition, characterised in that the selector unit selects as the mode of the antilock brake system the public road mode at an operation start stage at which a vehicle operation is initiated even though the previous drive operation was terminated while in the non-public road mode or when a predetermined time elapses during which the run halted condition continues after the non-public road mode has been selected. a determining unit to determine the presence of the automotive vehicle on a non-public road area only when a determining condition in which a non-public road mode can be selected is satisfied, said determining condition including removal of a protective component of the automotive vehicle; an antilock brake system to assist a driving operation of a driver; and a selector unit to select a drive assistance by the antilock brake system from a public road mode to a non-public road mode in the event that the determining unit determines the presence of the automotive vehicle on the non-public road area, wherein the selector unit is configured as to be selectable by the driver in a vehicle run enabled condition,
A wireless telecommunications network node method, comprising: selecting a first frequency channel as a transmission channel; transmitting information using said first frequency channel; and determining a transmission status of said information using said first frequency channel wherein when said determining determines that transmission of said information using said first frequency channel was successful, the method comprises transmitting further information using said first frequency channel and when said determining determines that transmission of said information using said first frequency channel was unsuccessful, the method comprises selecting a further frequency channel as said transmission channel and repeating said transmitting and determining using said further frequency channel, and and characterised in that said information is encoded using a first encoding scheme selected from a group of encoding schemes each of which provides differing robustness and said further information is encoded using a second encoding scheme selected from said group of encoding schemes, said first encoding scheme providing greater robustness than said second encoding scheme. selecting a first frequency channel as a transmission channel; transmitting information using said first frequency channel; and determining a transmission status of said information using said first frequency channel wherein when said determining determines that transmission of said information using said first frequency channel was successful, the method comprises transmitting further information using said first frequency channel and when said determining determines that transmission of said information using said first frequency channel was unsuccessful, the method comprises selecting a further frequency channel as said transmission channel and repeating said transmitting and determining using said further frequency channel, and and characterised in that said information is encoded using a first encoding scheme selected from a group of encoding schemes each of which provides differing robustness and said further information is encoded using a second encoding scheme selected from said group of encoding schemes, said first encoding scheme providing greater robustness than said second encoding scheme.
Lift installation with cage and counterweight in a shaft and with a drive engine, which drives the cage and the counterweight by way of at least two drive means (19,19'), wherein the drive engine comprises a drive shaft, at least two mutually spaced-apart drive zones (3, 3') and components such as a motor and a brake, and the support and drive means (19, 19') are arranged in correspondence with the spacing of the drive zones (3, 3'), characterised in that a motor is arranged to the left or right of the drive zones (3, 3') and a brake is arranged on the side, which is opposite the motor, of the drive zones or that the motor as well as the brake are arranged to the left or right of the drive zones, and that the spacing of two drive zones (3, 3') or the support and drive means (19, 19') relative to one another corresponds with at least the width of the rail foot of a cage guide rail or counterweight guide rail or makes possible an arrangement of the cage guide rail or counterweight guide rail between the drive zones (3, 3') and that the drive shaft is mounted by way of at least two bearings (28, 28') arranged to the left and right of the drive zones (3, 3').
A method for obtaining an ex vivo B cell culture with a mean doubling time of 20 hours or less, the method comprising: - inducing, enhancing and/or maintaining expression of Bcl-6 in a B-cell and - inducing, enhancing and/or maintaining expression of at least one anti-apoptotic nucleic acid molecule of the Bcl-2 family in said B-cell, characterized in that said B cell is a rabbit B cell. - inducing, enhancing and/or maintaining expression of Bcl-6 in a B-cell and - inducing, enhancing and/or maintaining expression of at least one anti-apoptotic nucleic acid molecule of the Bcl-2 family in said B-cell,
A racket (10,12), comprising: a head region; a striking region; a throat region; a shaft region; a handle region; and a shear thickening material in the striking region the shear thickening material being configured to exhibit shear thickening behavior when an impact occurs between the racket (10,12) and an object.
A compound comprising a single-stranded modified oligonucleotide consisting of 16 linked nucleosides having a nucleobase sequence consisting of the sequence of SEQ ID NO: 35, or a pharmaceutically acceptable salt thereof, wherein the modified oligonucleotide comprises: a gap segment consisting of 9 linked deoxynucleosides; a 5' wing segment consisting of three linked nucleosides; and a 3' wing segment consisting of four linked nucleosides; wherein the gap segment is positioned between the 5' wing segment and the 3' wing segment; the three linked nucleosides of the 5' wing segment are each a constrained ethyl (cEt) sugar; the four linked nucleosides of the 3' wing segment are a constrained ethyl (cEt) sugar, a constrained ethyl (cEt) sugar, a constrained ethyl (cEt) sugar, and a 2'-O-methoxyethyl sugar in the 5' to 3' direction; each internucleoside linkage is a phosphorothioate linkage; and each cytosine is a 5-methylcytosine. a gap segment consisting of 9 linked deoxynucleosides; a 5' wing segment consisting of three linked nucleosides; and a 3' wing segment consisting of four linked nucleosides;
A non-planar phthalocyanine with inducing layer consisting of inducing layer material represented by the following general formula Wherein Ar is a conjugated aromatic group, selected from one of the following structures: R 1 and R 2 in general formula I is hydrogen atom or fluorine atom,according to the differences of the chemical structures of R 1 and R 2, the molecular structures of the new inducing layer materials conformed to general formula I can be divided into the following three types: R 1 = R 2 =H, R 1 = F, R2=H, R 1 = H, R 2 =F.
Combine harvester with a supporting structure, to the front side of which a feeder house is attached, a threshing and separating device which is attached inside the supporting structure and comprises a crop residue outlet through which crop residues can be supplied to a straw chopper, a cleaning device to which grain separated by the threshing and separating device can be supplied and which is provided with a cleaning blower for generating an air flow, and with at least one cleaning screen (48, 50, 66), which can be acted upon with the airflow and can be set into an oscillating movement in order to separate grain and chaff, and an air-conducting line which extends between an inlet arranged downstream of the cleaning screen (48, 50, 66) with respect to the air flow and a suction blower, characterized in that the air-conducting line is located on the outer side of a side wall of the cleaning device, and in that the suction blower is arranged coaxially with respect to a drive shaft of the straw chopper and is connected to said drive shaft in terms of drive.
A method for controlling an induction heating apparatus comprising: receiving (302, 502) a heating start command; determining (304, 504) whether or not to perform a temperature correction operation based on a time interval between a current driving start time point of a working coil and a previous driving end time point of the working coil; determining (306, 508) an equivalent resistance value of the working coil and a container placed on the working coil by driving the working coil at a preset reference frequency, when it is determined to perform the temperature correction operation; determining (308, 510) a temperature correction value based on the equivalent resistance value; obtaining (310, 512) a temperature value sensed by a temperature sensor; and correcting (312, 514) the sensed temperature value based on the temperature correction value. receiving (302, 502) a heating start command; determining (304, 504) whether or not to perform a temperature correction operation based on a time interval between a current driving start time point of a working coil and a previous driving end time point of the working coil; determining (306, 508) an equivalent resistance value of the working coil and a container placed on the working coil by driving the working coil at a preset reference frequency, when it is determined to perform the temperature correction operation; determining (308, 510) a temperature correction value based on the equivalent resistance value; obtaining (310, 512) a temperature value sensed by a temperature sensor; and correcting (312, 514) the sensed temperature value based on the temperature correction value.