mhurhangee/ep-ind-claims huggingface dataset:
A ship hull having a propeller, a screw shaft for the propeller and a steering device having: - two steering shafts, - a driving mechanism for rotating the two steering shafts, - a power mechanism for driving the steering shafts, - two rudder plates, - whereby an upper portion of each of the rudder plates is connected and suspended to one of the steering shafts, - whereby the steering shafts are biaxially arranged rotatably to have a vertical rotation axis located on both sides of said screw shaft, - wherein the two rudder plates are arranged such that they are locatable lateral to said propeller at the time of the ship straight travelling, - wherein each of the two rudder plates is arranged such that turns around the rotation axis of the corresponding steering shaft between a side propeller position corresponding to the situation when the ship is travelling straight and a behind propeller position corresponding to the situation when the ship is having an emergency stop, wherein the steering device is arranged such that the rotation angle of each of the two rudder plates between said side propeller position and said behind propeller position is 90 degree, and - wherein the steering device is arranged such that the two rudder plates simultaneously rotate in mutually opposite directions. - two steering shafts, - a driving mechanism for rotating the two steering shafts, - a power mechanism for driving the steering shafts, - two rudder plates, - whereby an upper portion of each of the rudder plates is connected and suspended to one of the steering shafts, - whereby the steering shafts are biaxially arranged rotatably to have a vertical rotation axis located on both sides of said screw shaft, - wherein the two rudder plates are arranged such that they are locatable lateral to said propeller at the time of the ship straight travelling, - wherein each of the two rudder plates is arranged such that turns around the rotation axis of the corresponding steering shaft between a side propeller position corresponding to the situation when the ship is travelling straight and a behind propeller position corresponding to the situation when the ship is having an emergency stop, wherein the steering device is arranged such that the rotation angle of each of the two rudder plates between said side propeller position and said behind propeller position is 90 degree, and - wherein the steering device is arranged such that the two rudder plates simultaneously rotate in mutually opposite directions.
Method for controlling a headlight arrangement of a vehicle for generating a masked continuous main beam with a horizontal light-dark boundary in front of the detected road user (11, 12) and with a vertical light-dark boundary adjacent to the detected road user (11, 12), in the case of which method - road users (11, 12) are detected in the driving direction in front of the vehicle, and - the light distribution produced by the headlight arrangement is regulated so that it has a light width in the direction of at least one detected road user that is smaller than the distance to the detected road user, and which has in another direction a light width that is greater than the distance to the detected road user, wherein the road user cannot be blinded by the light distribution, characterized in that - the light width in the other direction is regulated as a function of the horizontal angle (Φ) between the driving direction of the vehicle and the connecting line from the vehicle to the detected road user or to a further detected road user wherein for horizontal angles Φ > Φ 1 the light width in the other direction corresponds to the minimum light width, Φ 2 lying in the range from 3 degrees to 6 degrees, wherein the minimum light width corresponds to the light width of the low beam, wherein the light width in the other direction is greater the smaller the horizontal angle (Φ) is. - road users (11, 12) are detected in the driving direction in front of the vehicle, and - the light distribution produced by the headlight arrangement is regulated so that it has a light width in the direction of at least one detected road user that is smaller than the distance to the detected road user, and which has in another direction a light width that is greater than the distance to the detected road user, wherein the road user cannot be blinded by the light distribution, - the light width in the other direction is regulated as a function of the horizontal angle (Φ) between the driving direction of the vehicle and the connecting line from the vehicle to the detected road user or to a further detected road user wherein for horizontal angles Φ > Φ 1 the light width in the other direction corresponds to the minimum light width, Φ 2 lying in the range from 3 degrees to 6 degrees, wherein the minimum light width corresponds to the light width of the low beam, wherein the light width in the other direction is greater the smaller the horizontal angle (Φ) is.
Blasting device with a container for blasting material and a device for metering blasting material, having a) a crushing means for blasting material, b) at least one outlet opening for blasting material, characterised in that the crushing means for blasting material is assigned to a base plate which has at least one crushing element (8, 14) which can be pivoted in the container of the blasting device for blasting material about a longitudinal axis of the container, thereby ensuring that the blasting material can still be crushed even in unfavourable environmental conditions so that it can pass through the outlet opening of the metering device and continuous feeding of the blasting material at the most uniform feed rate possible is ensured. a) a crushing means for blasting material, b) at least one outlet opening for blasting material, characterised in that the crushing means for blasting material is assigned to a base plate which has at least one crushing element (8, 14) which can be pivoted in the container of the blasting device for blasting material about a longitudinal axis of the container, thereby ensuring that the blasting material can still be crushed even in unfavourable environmental conditions so that it can pass through the outlet opening of the metering device and continuous feeding of the blasting material at the most uniform feed rate possible is ensured.
A labeling apparatus for presenting an application status of a medical device, the medical device having a first, unused state and a second, used state, the apparatus comprising: a label having an electrochromic element, the label being at least partially disposed on an exterior surface of the medical device and being configured to display a predetermined feature (26, 27, 33B, 39B, 62) in response to an electric current; a power source disposed in or on the medical device; and a switch configured to selectively connect or disconnect the label and the power source to one another for controlling the application of the electric current to the electrochromic element in response to actuation of the medical device from the first state to the second state. a label having an electrochromic element, the label being at least partially disposed on an exterior surface of the medical device and being configured to display a predetermined feature (26, 27, 33B, 39B, 62) in response to an electric current; a power source disposed in or on the medical device; and a switch configured to selectively connect or disconnect the label and the power source to one another for controlling the application of the electric current to the electrochromic element in response to actuation of the medical device from the first state to the second state.
A method for detecting a zone with heavy precipitation by means of a radar-signal-transmitting radar system which has a display and is provided on an aircraft for detecting a terrain, comprising the following steps: - adjusting an elevation angle (Θ el) on the basis of an altitude of the aircraft or a range of a radar detection by the radar system that can be displayed on the display; - receiving the reflected radar signals from the zone with heavy precipitation; - changing a gain of the received radar signals on the basis of the displayable range or an estimated distance from the zone with heavy precipitation in order to avoid saturation in the radar detection; - determining a reflection factor and, based thereon, an amount of precipitation; - determining the zone with heavy precipitation based on the reflection factor for the received radar signals; and - displaying the zone with heavy precipitation on the display, characterized in that the determination of the amount of precipitation comprises a correction of the reflection factor based on an attenuation of the radar signal in the zone with heavy precipitation and the determination of the attenuation comprises the following steps: - determining a front of the zone with heavy precipitation, - determining an amount of precipitation at the front of the zone with heavy precipitation, - estimating whether the determined amount of precipitation causes a minimum attenuation of the radar signal and, if so, taking the attenuation into account when determining the reflection factor. - adjusting an elevation angle (Θ el) on the basis of an altitude of the aircraft or a range of a radar detection by the radar system that can be displayed on the display; - receiving the reflected radar signals from the zone with heavy precipitation; - changing a gain of the received radar signals on the basis of the displayable range or an estimated distance from the zone with heavy precipitation in order to avoid saturation in the radar detection; - determining a reflection factor and, based thereon, an amount of precipitation; - determining the zone with heavy precipitation based on the reflection factor for the received radar signals; and - displaying the zone with heavy precipitation on the display, - determining a front of the zone with heavy precipitation, - determining an amount of precipitation at the front of the zone with heavy precipitation, - estimating whether the determined amount of precipitation causes a minimum attenuation of the radar signal and, if so, taking the attenuation into account when determining the reflection factor.
A client device comprising: a communication interface; a display; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to control the display to display at least a part of 360-degree video content, identify at least one of a plurality of companion screen devices (400; 400a, 400b, 400c) having a 360-degree control capability to perform 360-degree control on the 360-degree video content, by receiving from the plurality of companion screen devices, a signal (830; 920, 925) including information indicating that the plurality of companion screen devices have the 360-degree control capability and selecting at least one of the plurality of companion screen devices, control the communication interface to connect a communication channel with the at least one selected companion screen device, and control the display to control the displaying of the 360-degree video content according to a control command received from the connected at least one companion screen device. a communication interface; a display; a memory configured to store one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to control the display to display at least a part of 360-degree video content, identify at least one of a plurality of companion screen devices (400; 400a, 400b, 400c) having a 360-degree control capability to perform 360-degree control on the 360-degree video content, by receiving from the plurality of companion screen devices, a signal (830; 920, 925) including information indicating that the plurality of companion screen devices have the 360-degree control capability and selecting at least one of the plurality of companion screen devices, control the communication interface to connect a communication channel with the at least one selected companion screen device, and control the display to control the displaying of the 360-degree video content according to a control command received from the connected at least one companion screen device.
Boom structure for spraying or spreading, comprising two lateral struts (3, 3') each formed of at least one segment, these two lateral struts (3, 3') being advantageously disposed on either side of a central segment, the single segment, each segment or at least one of the segments of each lateral strut (3, 3') consisting of an assembly of elongate elements (5, 6, 7) comprising, on the one hand, a top longitudinal tube, on the other hand, at least one lower longitudinal tube and, lastly, bracing elements, forming tie rods and braces, extending between the top tube and said at least one lower tube, connecting them, the boom structure being characterised in that each longitudinal tube (5, 6) has at least one radial protrusion, profiled in the longitudinal direction of the tube (5, 6) in question, and comprising at least one opening, preferably a plurality of openings spaced apart along said tube (5, 6), constituting a fixing location for one end of at least one bracing element. the single segment, each segment or at least one of the segments of each lateral strut (3, 3') consisting of an assembly of elongate elements (5, 6, 7) comprising, on the one hand, a top longitudinal tube, on the other hand, at least one lower longitudinal tube and, lastly, bracing elements, forming tie rods and braces, extending between the top tube and said at least one lower tube, connecting them, the boom structure being characterised in that each longitudinal tube (5, 6) has at least one radial protrusion, profiled in the longitudinal direction of the tube (5, 6) in question, and comprising at least one opening, preferably a plurality of openings spaced apart along said tube (5, 6), constituting a fixing location for one end of at least one bracing element.
A mixture comprising: a) polyether carbonate polyol having a content of CO 2 in its chemical structure ranging from 0.5 to 30 wt%, based on the total weight of the polyether carbonate polyol; and b) polypropylene carbonate; wherein said mixture comprises: a) at least 25 wt% of the polyether carbonate polyol having a content of CO 2 in its chemical structure ranging from 0.5 to 30 wt%, based on the total weight of the polyether carbonate polyol; and b) equal or less than 75 wt% of the polypropylene carbonate. a) polyether carbonate polyol having a content of CO 2 in its chemical structure ranging from 0.5 to 30 wt%, based on the total weight of the polyether carbonate polyol; and b) polypropylene carbonate; a) at least 25 wt% of the polyether carbonate polyol having a content of CO 2 in its chemical structure ranging from 0.5 to 30 wt%, based on the total weight of the polyether carbonate polyol; and b) equal or less than 75 wt% of the polypropylene carbonate.
A vehicle headlamp comprising at least one light unit configured to generate a primary lighting function, the light unit consisting of at least one light source and at least one lens, said at least one lens imaging the light emitted by the at least one light source as a primary light distribution - in a mounted condition of the light unit in a vehicle - onto a region in front of the vehicle; at least one auxiliary light unit adapted to generate an auxiliary light distribution, said at least one auxiliary light unit being arranged in such a way that, during operation of the auxiliary light unit, luminous or light-emitting regions of the auxiliary light unit are arranged optically close to the at least one lens of the primary light unit, by positioning the at least one light unit and the at least one auxiliary light unit together in a housing of the vehicle headlamp, where the primary light distribution is a dipped beam distribution or a main beam distribution, and wherein the at least one auxiliary light unit is switched on during primary lighting operation, and wherein the auxiliary light is a daytime running light and the auxiliary light distribution forms a daytime running light distribution, wherein the auxiliary light unit is operated dimmed in the primary light mode, e.g. to a maximum of 5 to 10% of the daytime running light, or the auxiliary light is a position light, characterised in that the at least one lens of the at least one primary light unit is provided with an anti-reflection coating on its light-entry surface, and the at least one lens of the at least one primary light unit is provided with an anti-reflection coating on its light-exit surface, wherein the anti-reflection coatings (6a, 6b) reduce the loss of light at each surface (3a, 3b) to about 0.5% calculated from the total luminous flux, so that the lens appears dark when the primary light unit is switched on and does not outshine the switched-on auxiliary light.
A multiprocessor system, comprising: a plurality of processors, each comprising a plurality of processor ports; a plurality of memories; a plurality of routers, wherein the plurality of routers form a primary interconnection network; wherein the plurality of processors, the plurality of memories and the plurality of routers are coupled together in a interspersed fashion; a plurality of interface units, wherein each interface unit is coupled to a respective processor and a respective router; wherein the plurality of interface units are coupled together to form a secondary interconnection network; a bus controller coupled to at least one specified interface unit, wherein the bus controller is configured to send data to and receive data from the at least one specified interface unit; wherein the bus controller is configured to arbitrate requests for access to the at least one specified interface unit; a processor interface block coupled to the bus controller and also coupled to a specified router associated with the at least one specified interface unit, wherein the processor interface block is configured to allow any of a plurality of processors in the multiprocessor system to use the primary interconnection network to access the secondary interconnection network through the specified router. a plurality of processors, each comprising a plurality of processor ports; a plurality of memories; a plurality of routers, wherein the plurality of routers form a primary interconnection network; wherein the plurality of processors, the plurality of memories and the plurality of routers are coupled together in a interspersed fashion; a plurality of interface units, wherein each interface unit is coupled to a respective processor and a respective router; wherein the plurality of interface units are coupled together to form a secondary interconnection network; a bus controller coupled to at least one specified interface unit, wherein the bus controller is configured to send data to and receive data from the at least one specified interface unit; wherein the bus controller is configured to arbitrate requests for access to the at least one specified interface unit; a processor interface block coupled to the bus controller and also coupled to a specified router associated with the at least one specified interface unit, wherein the processor interface block is configured to allow any of a plurality of processors in the multiprocessor system to use the primary interconnection network to access the secondary interconnection network through the specified router.
Cooling and degassing system for a heat carrier pump, having the following features: a) a cooler, b) a turbine arranged upstream of the cooler for generating a circulation flow and conveying a heat carrier through a seal chamber of the pump arranged downstream of the cooler and through the cooler, c) a gas separator associated with the cooler, d) a feed point for discharging the gas separated by the gas separator, characterised in that the cooling and degassing system comprises a centrifuge and conveying device arranged downstream of the feed point for separating gas and heat carrier fluid and for discharging the gas from the pump. a) a cooler, b) a turbine arranged upstream of the cooler for generating a circulation flow and conveying a heat carrier through a seal chamber of the pump arranged downstream of the cooler and through the cooler, c) a gas separator associated with the cooler, d) a feed point for discharging the gas separated by the gas separator, characterised in that the cooling and degassing system comprises a centrifuge and conveying device arranged downstream of the feed point for separating gas and heat carrier fluid and for discharging the gas from the pump.
A stapling assembly for use with a surgical stapler, comprising: a cartridge extending from a top surface to a bottom surface that is opposite the top surface, the top surface being a tissue-facing surface with a plurality of attachment features projecting therefrom; a plurality of staples disposed within the cartridge, the plurality of staples being configured to be deployed into tissue; and a knitted adjunct configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising first and second knitted outer layers (1308, 1312) formed of fibers (1310, 1314), and spacer fibers intertwined with and extending between the first and second knitted outer layers (1308, 1312) to thereby connect the layers together (1308, 1312), the second knitted outer layer having a plurality of preformed recesses defined therein, each recess being configured to receive and engage at least a portion of at least one attachment feature of the plurality of attachment features to thereby retain the adjunct on the cartridge prior to staple deployment; characterized in that each attachment feature has a conical-shape with a first maximum diameter (X c1), and wherein each recess has an inverted conical-shape with a second maximum diameter (X a2), wherein the second maximum diameter (X a2) is less than or greater than the first maximum diameter (X c1). a cartridge extending from a top surface to a bottom surface that is opposite the top surface, the top surface being a tissue-facing surface with a plurality of attachment features projecting therefrom; a plurality of staples disposed within the cartridge, the plurality of staples being configured to be deployed into tissue; and a knitted adjunct configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising first and second knitted outer layers (1308, 1312) formed of fibers (1310, 1314), and spacer fibers intertwined with and extending between the first and second knitted outer layers (1308, 1312) to thereby connect the layers together (1308, 1312), the second knitted outer layer having a plurality of preformed recesses defined therein, each recess being configured to receive and engage at least a portion of at least one attachment feature of the plurality of attachment features to thereby retain the adjunct on the cartridge prior to staple deployment; characterized in that each attachment feature has a conical-shape with a first maximum diameter (X c1), and wherein each recess has an inverted conical-shape with a second maximum diameter (X a2), wherein the second maximum diameter (X a2) is less than or greater than the first maximum diameter (X c1).