mhurhangee/ep-ind-claims huggingface dataset:
A channel switching method, applied to an electronic device, wherein the electronic device comprises a first network channel and a second network channel, a use priority of the second network channel is higher than a use priority of the first network channel, and the method comprises: starting a first application, wherein the first application comprises a first data flow, and the first data flow is carried on the first network channel; when it is detected that the second network channel is enabled and it is detected that the first data flow is a data flow of a preset type, keeping the first data flow still carried on the first network channel, wherein whether the first data flow is a data flow of the preset type is detected based on at least one of the following parameters: a protocol type, a port number, a packet transmission feature, and a specific string in a packet; and the packet transmission feature comprises at least one of the following features: a packet size, a quantity of packets within preset duration, and a packet transmission speed; and detecting that transmission of the first data flow carried on the first network channel ends and no data flow is carried on the first network channel, and disabling the first network channel 1. starting a first application, wherein the first application comprises a first data flow, and the first data flow is carried on the first network channel; when it is detected that the second network channel is enabled and it is detected that the first data flow is a data flow of a preset type, keeping the first data flow still carried on the first network channel, wherein whether the first data flow is a data flow of the preset type is detected based on at least one of the following parameters: a protocol type, a port number, a packet transmission feature, and a specific string in a packet; and the packet transmission feature comprises at least one of the following features: a packet size, a quantity of packets within preset duration, and a packet transmission speed; and detecting that transmission of the first data flow carried on the first network channel ends and no data flow is carried on the first network channel, and disabling the first network channel 1.
Threshing concave for a combine harvester, comprising: a crop processing device which is arranged on the threshing concave and can be adjusted between an active and an inactive position, elements which are arranged downstream of the inlet to the threshing concave and can be adjusted between an active and an inactive position, and an adjustment mechanism for separate adjustment of the crop processing device and of the adjustable elements, wherein the adjustment mechanism comprises a movable adjustment element which is coupled to the crop processing device and to the adjustable elements, characterized in that the adjustment element is coupled to the crop processing device and to the adjustable elements in such a way that in a first position of the adjustment element the crop processing device and the adjustable elements are in the active position, in a second position of the adjustment element the adjustable elements are in the inactive position and the crop processing device is in the active position, and in a third position of the adjustment element the crop processing device and the adjustable elements are in the inactive position. a crop processing device which is arranged on the threshing concave and can be adjusted between an active and an inactive position, elements which are arranged downstream of the inlet to the threshing concave and can be adjusted between an active and an inactive position, and an adjustment mechanism for separate adjustment of the crop processing device and of the adjustable elements, wherein the adjustment mechanism comprises a movable adjustment element which is coupled to the crop processing device and to the adjustable elements, characterized in that the adjustment element is coupled to the crop processing device and to the adjustable elements in such a way that in a first position of the adjustment element the crop processing device and the adjustable elements are in the active position, in a second position of the adjustment element the adjustable elements are in the inactive position and the crop processing device is in the active position, and in a third position of the adjustment element the crop processing device and the adjustable elements are in the inactive position.
A system for controlling a foundation brake of a vehicle having at least one foundation brake device, wherein the system comprises a control unit which limits the usability of the foundation brake to a predetermined total application-time of the foundation brake within a predetermined time interval, characterized in that the control unit further adjusts a braking power of the foundation brake so that a deceleration provided during the application time of the foundation brake enables the vehicle to run without reapplication of the foundation brake for a predetermined foundation brake rest time, wherein the system further comprises an adaptive cruise control device having a distance detection unit for detecting a distance to a vehicle in front and/or a speed limitation unit for setting a maximum speed limit for the vehicle, and wherein the control unit applies the foundation brakes if/when a predetermined minimum distance to a vehicle in front is detected and/or the set maximum speed is exceeded, and wherein the minimum distance and/or the maximum speed preferably are/is determined dependent on environmental conditions, particularly road slope, road conditions and/or weather conditions.
Method for determining a tread depth of a vehicle tyre, having the following steps: a) providing a vehicle tyre having a sensor, arranged in the vehicle tyre, for measuring radial accelerations (a), b) regularly measuring the radial accelerations (a) on the vehicle tyre while travelling, c) determining a constant acceleration value while travelling, d) determining a mileage for the vehicle tyre using the constant acceleration value, e) estimating a remaining tread depth on the basis of the mileage reached by the vehicle tyre, characterized in that the sensor records the radial accelerations (a) of the vehicle tyre on entering and exiting the ground contact surface, wherein the determined measurement curves are analysed and then an algorithm is used to determine a tread depth on the basis of the measurement curve shape, wherein the tread depth on the basis of the measurement curve shape is compared with the tread depth on the basis of the mileage, the value for the tread depth on the basis of the measurement curve shape subsequently being checked and if need be adjusted. a) providing a vehicle tyre having a sensor, arranged in the vehicle tyre, for measuring radial accelerations (a), b) regularly measuring the radial accelerations (a) on the vehicle tyre while travelling, c) determining a constant acceleration value while travelling, d) determining a mileage for the vehicle tyre using the constant acceleration value, e) estimating a remaining tread depth on the basis of the mileage reached by the vehicle tyre, the sensor records the radial accelerations (a) of the vehicle tyre on entering and exiting the ground contact surface, wherein the determined measurement curves are analysed and then an algorithm is used to determine a tread depth on the basis of the measurement curve shape, wherein the tread depth on the basis of the measurement curve shape is compared with the tread depth on the basis of the mileage, the value for the tread depth on the basis of the measurement curve shape subsequently being checked and if need be adjusted.
Submarine having at least one rudder mechanism which has a linear drive, which is movably coupled to at least one rudder via an articulated linkage, wherein a translationally movable part of the linear drive is connected in the direction of motion to a translationally movable connecting rod of the articulated linkage via an elastomer coupling.
A light emitting device for emitting UVC radiation, comprising: a substrate; a patterned layer comprising a plurality of mask regions on the substrate, exposed portions of the substrate being disposed between the mask regions; a plurality of nanostructures disposed on the exposed portions of the substrate and over the mask regions, the plurality of nanostructures being a single crystal semiconductor and comprising a core tip; an active layer disposed over the plurality of nanostructures, the active layer being a quantum well structure and comprising at least one material chosen from AIN, AlGaN, and GaN; and a p-doped layer disposed over the active layer, both the active layer and the p-doped layer being conformal to the plurality of nanostructures so as to form an emitter tip over the core tip, wherein the substrate optionally comprises at least one semiconductor chosen from silicon, sapphire (Al 2 O 3), silicon carbide (SiC), gallium nitride (GaN), and Aluminum Nitride, wherein the mask regions comprise at least one material chosen from an insulator or a metal. a substrate; a patterned layer comprising a plurality of mask regions on the substrate, exposed portions of the substrate being disposed between the mask regions; a plurality of nanostructures disposed on the exposed portions of the substrate and over the mask regions, the plurality of nanostructures being a single crystal semiconductor and comprising a core tip; an active layer disposed over the plurality of nanostructures, the active layer being a quantum well structure and comprising at least one material chosen from AIN, AlGaN, and GaN; and a p-doped layer disposed over the active layer, both the active layer and the p-doped layer being conformal to the plurality of nanostructures so as to form an emitter tip over the core tip, wherein the substrate optionally comprises at least one semiconductor chosen from silicon, sapphire (Al 2 O 3), silicon carbide (SiC), gallium nitride (GaN), and Aluminum Nitride, wherein the mask regions comprise at least one material chosen from an insulator or a metal.
A control method of a microwave oven circuit, wherein the microwave oven circuit comprises a magnetron and an inverter circuit for driving the magnetron to work, and the control method comprises: when the inverter circuit needs to be started, detecting a zero crossing point of an electric supply signal for supplying power to the microwave oven circuit; when the electric supply signal is detected to reach the zero crossing point, controlling the inverter circuit to be powered on; when the power-on time length of the inverter circuit reaches a first predetermined time length, inputting a first power signal with a frequency lower than a target frequency to the inverter circuit; detecting the current in the magnetron; and when the current in the magnetron reaches a predetermined current value, inputting a second power signal with a frequency equal to the target frequency to the inverter circuit. when the inverter circuit needs to be started, detecting a zero crossing point of an electric supply signal for supplying power to the microwave oven circuit; when the electric supply signal is detected to reach the zero crossing point, controlling the inverter circuit to be powered on; when the power-on time length of the inverter circuit reaches a first predetermined time length, inputting a first power signal with a frequency lower than a target frequency to the inverter circuit; detecting the current in the magnetron; and when the current in the magnetron reaches a predetermined current value, inputting a second power signal with a frequency equal to the target frequency to the inverter circuit.
A display control apparatus comprising: a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display, wherein the display control section is further configured to: specify a plurality of positions in the virtual space as viewpoint positions, wherein the plurality of viewpoint positions are separated from each other; change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an operation by a user and an attitude of the head-mounted display; and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position. a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display, wherein the display control section is further configured to: specify a plurality of positions in the virtual space as viewpoint positions, wherein the plurality of viewpoint positions are separated from each other; change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an operation by a user and an attitude of the head-mounted display; and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position. specify a plurality of positions in the virtual space as viewpoint positions, wherein the plurality of viewpoint positions are separated from each other; change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an operation by a user and an attitude of the head-mounted display; and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position.
Method for picking goods (4a, 4b) of distinguishable goods classes by means of at least two picking units, wherein the goods (4a, 4b) are supplied at a source location and the desired amounts of goods (4a, 4b) are assembled for a target location, wherein by means of at least one first picking unit amounts of goods are removed from the source location and the latter are conveyed to at least one distribution point, at which at least one second picking unit has access to the goods (4a, 4b) and carries out the assembly of the desired amounts of goods (4a, 4b), wherein the at least one second picking unit sorts the amounts of goods conveyed to the respective distribution point into sorting areas and assembles the desired amounts of goods (4a, 4b) in the respective sorting areas, characterised in that the second picking unit removes the desired amounts of goods (4a, 4b) according to picking orders by means of a single grip operation or by means of a multiple grip operation from the sorting areas designed as an internal buffer store, and the goods (4a, 4b) removed from the sorting areas according to the picking orders are sorted into an assigned target loading carrier and assembled.
A shock absorber comprising: a main damper cylinder having a variable volume portion with a fluid therein; a first reservoir and a second reservoir and a first fluid flow path between the variable volume portion and the first reservoir; and a second fluid flow path between the first and second reservoirs; characterized in that said first and second fluid flow paths, and said first and second reservoirs, define a first fluid transfer path from the main damper cylinder to the second reservoir that includes the first reservoir and the second reservoir in series, wherein in use fluid flows along said first fluid transfer path both in extension and compression of the shock absorber and whereby pressure in the first and second reservoirs remain relatively equalized during operation; at least one valve for permitting selective communication between the main damper cylinder and the first and second reservoirs; and further including a first sequential operational mode utilizing said first fluid transfer path from the main damper cylinder, to the at least one valve, to the first reservoir and thereafter, to the second reservoir. a main damper cylinder having a variable volume portion with a fluid therein; a first reservoir and a second reservoir and a first fluid flow path between the variable volume portion and the first reservoir; and a second fluid flow path between the first and second reservoirs; characterized in that said first and second fluid flow paths, and said first and second reservoirs, define a first fluid transfer path from the main damper cylinder to the second reservoir that includes the first reservoir and the second reservoir in series, wherein in use fluid flows along said first fluid transfer path both in extension and compression of the shock absorber and whereby pressure in the first and second reservoirs remain relatively equalized during operation; at least one valve for permitting selective communication between the main damper cylinder and the first and second reservoirs; and further including a first sequential operational mode utilizing said first fluid transfer path from the main damper cylinder, to the at least one valve, to the first reservoir and thereafter, to the second reservoir.
A method for producing an enzymatically hydrolyzed starch comprising the steps of: (a) first, gelatinizing a n-octenyl succenic anhydride starch by exposing the starch to temperatures between about 120°C and 150°C, and (b) then, enzymatically hydrolyzing the gelatinized starch using a fungal alpha-amylase as the enzyme. (a) first, gelatinizing a n-octenyl succenic anhydride starch by exposing the starch to temperatures between about 120°C and 150°C, and (b) then, enzymatically hydrolyzing the gelatinized starch using a fungal alpha-amylase as the enzyme.
Continuous extrusion apparatus comprising: a shaft supported for rotation in a bearing, the shaft having first and second ends; a rotary extrusion wheel fixed to the first end of the shaft so as to rotate therewith about a rotary axis, the wheel having at least one peripheral groove; a shoe extending around at least part of the wheel and co-operating with the at least one peripheral groove so as to define a passageway between the wheel and the shoe, the passageway having an inlet for receipt of material to be extruded, the wheel being rotatable relative to the shoe; an abutment member blocking the passageway so as to obstruct the passage of material; an extrusion die disposed for receipt of material from the passageway; characterised by: a mounting arrangement disposed between the wheel and shaft, the arrangement comprising a mounting member having a first inner tapered surface in abutment with a second inner tapered surface defined by the shaft or a component of the mounting arrangement intermediate the shaft and the wheel; the wheel having a first outer tapered surface in abutment with a second outer tapered surface defined by the shaft or a component of the mounting arrangement that is fixed to the shaft. a shaft supported for rotation in a bearing, the shaft having first and second ends; a rotary extrusion wheel fixed to the first end of the shaft so as to rotate therewith about a rotary axis, the wheel having at least one peripheral groove; a shoe extending around at least part of the wheel and co-operating with the at least one peripheral groove so as to define a passageway between the wheel and the shoe, the passageway having an inlet for receipt of material to be extruded, the wheel being rotatable relative to the shoe; an abutment member blocking the passageway so as to obstruct the passage of material; an extrusion die disposed for receipt of material from the passageway; a mounting arrangement disposed between the wheel and shaft, the arrangement comprising a mounting member having a first inner tapered surface in abutment with a second inner tapered surface defined by the shaft or a component of the mounting arrangement intermediate the shaft and the wheel; the wheel having a first outer tapered surface in abutment with a second outer tapered surface defined by the shaft or a component of the mounting arrangement that is fixed to the shaft.
A method for wireless communications by a user equipment, UE, the method being executed by the UE and comprising: identifying, within a set of subframes, one or more flexible subframes that may be dynamically managed for either uplink or downlink communications; determining whether a current flexible subframe is for either uplink or downlink communications; and performing at least one of channel measurement or interference measurement based on the determination; wherein performing channel measurement or interference measurement based on the determination comprises performing downlink channel measurement based on at least one of a channel state information reference signal, CSI-RS, or an interference measurement resource, IMR, in a last symbol of the current flexible subframe if the current flexible subframe is for uplink communications. identifying, within a set of subframes, one or more flexible subframes that may be dynamically managed for either uplink or downlink communications; determining whether a current flexible subframe is for either uplink or downlink communications; and performing at least one of channel measurement or interference measurement based on the determination; wherein performing channel measurement or interference measurement based on the determination comprises performing downlink channel measurement based on at least one of a channel state information reference signal, CSI-RS, or an interference measurement resource, IMR, in a last symbol of the current flexible subframe if the current flexible subframe is for uplink communications.
A method comprising: displaying a first keyboard on a touch-sensitive display of an electronic device, the first keyboard comprising a plurality of key rows; detecting a touch associated with the first keyboard; and when the touch is associated with a keyboard transformation function, changing the first keyboard into a second keyboard by moving keys of the first keyboard relative to other keys of the first keyboard, from first locations, along respective key paths, to second locations on the touch-sensitive display; wherein in response to the touch comprising a gesture beginning on the first keyboard, the method further comprises: adding a key row, a space being provided to display the additional key row while displaying at least all keys of the first keyboard, or removing a key row while displaying at least some of the keys of the first keyboard. displaying a first keyboard on a touch-sensitive display of an electronic device, the first keyboard comprising a plurality of key rows; detecting a touch associated with the first keyboard; and when the touch is associated with a keyboard transformation function, changing the first keyboard into a second keyboard by moving keys of the first keyboard relative to other keys of the first keyboard, from first locations, along respective key paths, to second locations on the touch-sensitive display; wherein in response to the touch comprising a gesture beginning on the first keyboard, the method further comprises: adding a key row, a space being provided to display the additional key row while displaying at least all keys of the first keyboard, or removing a key row while displaying at least some of the keys of the first keyboard. adding a key row, a space being provided to display the additional key row while displaying at least all keys of the first keyboard, or removing a key row while displaying at least some of the keys of the first keyboard.