mhurhangee/patent-ind-claim-en huggingface dataset:
A work machine comprising: an engine ; a transmission that is connected to the engine and is configured to change a transmission gear ratio continuously; a travel device connected to the transmission and causing the machine to travel; a sensor for detecting an acceleration of the machine; and a controller configured to selectively execute a first mode and a second mode that limits a target tractive force of the machine in comparison to the first mode, characterised in that the controller is further configured to alleviate the limitation of the target tractive force and determine the target tractive force when the acceleration of the machine in the second mode is less than a predetermined acceleration threshold, determine a target transmission gear ratio in accordance with the target tractive force, and control the transmission based on the target transmission gear ratio. an engine ; a transmission that is connected to the engine and is configured to change a transmission gear ratio continuously; a travel device connected to the transmission and causing the machine to travel; a sensor for detecting an acceleration of the machine; and a controller configured to selectively execute a first mode and a second mode that limits a target tractive force of the machine in comparison to the first mode, characterised in that the controller is further configured to alleviate the limitation of the target tractive force and determine the target tractive force when the acceleration of the machine in the second mode is less than a predetermined acceleration threshold, determine a target transmission gear ratio in accordance with the target tractive force, and control the transmission based on the target transmission gear ratio. selectively execute a first mode and a second mode that limits a target tractive force of the machine in comparison to the first mode, characterised in that the controller is further configured to alleviate the limitation of the target tractive force and determine the target tractive force when the acceleration of the machine in the second mode is less than a predetermined acceleration threshold, determine a target transmission gear ratio in accordance with the target tractive force, and control the transmission based on the target transmission gear ratio.
Household refrigeration appliance, having a coolable interior provided to store food, a refrigeration apparatus provided to cool the coolable interior , a heat-insulated wall , which comprises an inner skin which delimits the coolable interior and an insulating foam resting against the side of the inner skin which faces away from the coolable interior , at least one electrical and/or electronic component , a rear fitting part which is foamed at least partially in the insulating foam, on which rear fitting part the electrical and/or electronic component is arranged, and which has a front side which can be accessed by way of an opening in the inner skin , by way of which the electrical and/or electronic component is accessible, and a cover provided to cover the front side of the rear fitting part and the electrical and/or electronic component and fastened to the rear fitting part , said cover having an outer cover and an inner cover fastened to the outer cover , which is arranged between the outer cover and the front side of the rear fitting part , wherein the outer cover , at least one side of the outer cover facing the coolable interior consists of a material which is harmless to food, and the inner cover , at least one side of the inner cover facing the front side of the rear fitting part consists of a flame retardant material, wherein the front side comprises lateral walls , which have a fastening apparatus, and the cover is fastened to the rear fitting part with its outer cover by means of the fastening apparatus, characterised in that the fastening apparatus is embodied as grooves moulded to the outer sides of the lateral walls of the front side of the rear fitting part , with which the outer cover is movably mounted in a form-fit manner in the grooves , and in particular the grooves and the bulges comprise a latching apparatus in order to fix the cover to the rear fitting part in the fastened state.
System comprising: an endoscope including: a shaft and a handle portion; an imager ; a light source located in the handle portion; and a light path adapted to transmit illuminating light provided by the light source down to a distal end of the shaft to illuminate an area ahead of the shaft; an endoscope transceiver coupled to and providing power to said imager and said light source ; and a control unit coupled to a network and adapted to control said endoscope , wherein the control unit comprises a control unit transceiver generating a resonant magnetic field; said imager generating a video image data stream that is wirelessly transmitted to the control unit ; and said endoscope transceiver tuned to said resonant magnetic field such that resonant interaction occurs between said endoscope transceiver and said control unit transceiver , and said power to operate the imager and the light source is transmitted to said endoscope transceiver via said resonant interaction. an endoscope including: a shaft and a handle portion; an imager ; a light source located in the handle portion; and a light path adapted to transmit illuminating light provided by the light source down to a distal end of the shaft to illuminate an area ahead of the shaft; an endoscope transceiver coupled to and providing power to said imager and said light source ; and a shaft and a handle portion; an imager ; a light source located in the handle portion; and a light path adapted to transmit illuminating light provided by the light source down to a distal end of the shaft to illuminate an area ahead of the shaft; an endoscope transceiver coupled to and providing power to said imager and said light source ; and a control unit coupled to a network and adapted to control said endoscope , wherein the control unit comprises a control unit transceiver generating a resonant magnetic field; said imager generating a video image data stream that is wirelessly transmitted to the control unit ; and said endoscope transceiver tuned to said resonant magnetic field such that resonant interaction occurs between said endoscope transceiver and said control unit transceiver , and said power to operate the imager and the light source is transmitted to said endoscope transceiver via said resonant interaction.
A noise attenuation arrangement for use in adjoining a support structure to a pipe that passes through the support structure, the arrangement comprising: a mount attachable to the support structure; radial bellows connected to the mount, the bellows being arranged to extend, in use, circumferentially around a pipe and be connectable thereto such that, in use, a volume is defined by the bellows, mount and pipe, wherein at least a portion of a surface of the mount that defines a surface of the volume is profiled to undulate ; and a resilient material for noise attenuation provided in the volume defined by the bellows, mount and pipe, and which contacts each of the bellows, mount and, in use, the pipe. a mount attachable to the support structure; radial bellows connected to the mount, the bellows being arranged to extend, in use, circumferentially around a pipe and be connectable thereto such that, in use, a volume is defined by the bellows, mount and pipe, wherein at least a portion of a surface of the mount that defines a surface of the volume is profiled to undulate ; and a resilient material for noise attenuation provided in the volume defined by the bellows, mount and pipe, and which contacts each of the bellows, mount and, in use, the pipe.
A document forgery detection method comprising using at least one processor for: receiving an image of a document including text; identifying an image portion by identifying at least one line of text in said image; image processing one or each channel of said image portion, said image processing comprising separately for said one or each channel: - generating an histogram of gray level values occurring in said channel of said image portion; - evaluating monotony of at least a portion of the histogram, wherein evaluating monotony comprises: - computing a threshold which best separates the histogram in two classes that minimize intra-class variance or maximize inter-class variance; - partitioning the histogram according to the threshold to define a text histogram and a non-text histogram; - normalizing the text histogram by dividing each of the pixel values in the text histogram by the sum of all pixels in the text histogram; - computing an entropy of the text histogram; - normalizing said entropy so that the number of bins of the text histogram does not affect the entropy value; and determining that the image is forged based on at least one output of said normalized entropy being lower than a predetermined threshold. receiving an image of a document including text; identifying an image portion by identifying at least one line of text in said image; image processing one or each channel of said image portion, said image processing comprising separately for said one or each channel: - generating an histogram of gray level values occurring in said channel of said image portion; - evaluating monotony of at least a portion of the histogram, wherein evaluating monotony comprises: - computing a threshold which best separates the histogram in two classes that minimize intra-class variance or maximize inter-class variance; - partitioning the histogram according to the threshold to define a text histogram and a non-text histogram; - normalizing the text histogram by dividing each of the pixel values in the text histogram by the sum of all pixels in the text histogram; - computing an entropy of the text histogram; - normalizing said entropy so that the number of bins of the text histogram does not affect the entropy value; and - generating an histogram of gray level values occurring in said channel of said image portion; - evaluating monotony of at least a portion of the histogram, wherein evaluating monotony comprises: - computing a threshold which best separates the histogram in two classes that minimize intra-class variance or maximize inter-class variance; - partitioning the histogram according to the threshold to define a text histogram and a non-text histogram; - normalizing the text histogram by dividing each of the pixel values in the text histogram by the sum of all pixels in the text histogram; - computing an entropy of the text histogram; - normalizing said entropy so that the number of bins of the text histogram does not affect the entropy value; and determining that the image is forged based on at least one output of said normalized entropy being lower than a predetermined threshold.
A method of generating at a server a neighbour list for a base station , comprising: obtaining information associated with the base station and a plurality of further base stations (114, 116,...), wherein the information comprises local range information and local location information relating to the respective base station or further base stations (114, 116,...); and generating a neighbour list based on the information, optimizing the neighbour list based on weights of the neighbour list, wherein at least one of the weights of the neighbour list is created based on a handoff request message and a handoff request confirmation message; and transmitting the neighbour list to the base station to dynamically update which of the further base stations (114, 116, ...) are available to the base station for handoff communications.
A pilot chute device comprising: - connection means for connecting said pilot chute device to a parachute canopy , to assist the deployment thereof, - an inflatable pilot chute , - a spring adapted to be stressed and unstressed, and adapted to propel the inflatable pilot chute at a distance therefrom when unstressed after having been stressed, - a flexible sheath within which said spring is disposed so that said flexible sheath is deformed with the spring , characterized in that the flexible sheath comprises an inner housing within which the inflatable pilot chute can be folded, apart from the spring . - connection means for connecting said pilot chute device to a parachute canopy , to assist the deployment thereof, - an inflatable pilot chute , - a spring adapted to be stressed and unstressed, and adapted to propel the inflatable pilot chute at a distance therefrom when unstressed after having been stressed, - a flexible sheath within which said spring is disposed so that said flexible sheath is deformed with the spring ,
An artificial foliage comprising an artificial foliage material, the artificial foliage material comprising: a polymer; an anti-UV additive component in the range of 0.1% to 0.9% of the total artificial foliage material; and a phosphorus fire-retardant additive component in the range of 0.5% to 3% of the total artificial foliage material, wherein the artificial foliage material is translucent. a polymer; an anti-UV additive component in the range of 0.1% to 0.9% of the total artificial foliage material; and a phosphorus fire-retardant additive component in the range of 0.5% to 3% of the total artificial foliage material, wherein the artificial foliage material is translucent.
Door for a household microwave appliance (G), having at least one perforated electrically conductive lattice , in particular metal lattice, which covers a viewing opening of the door and has a plurality of microholes arranged in a regular pattern, characterised in that the microholes have a rectangular, in particular square, basic shape with rounded corners.
A computer-implemented method comprising: providing , by a user process , a request for data to an input-output device driver ; in response to providing the request for data to the input-output device driver , receiving , by the user process and from the input-output device driver , a set of memory addresses for the data; in response to receiving the set of memory addresses, by the user process , determining a subset of the memory addresses to pre-fetch; determining, by the user process , a cache level of a processor in which to pre-fetch the subset of memory addresses; in response to determining the subset of the memory addresses, providing , by the user process and to the processor , a pre-fetch command for the subset of memory addresses, the prefetch command causing the processor to allocate space in the cache of the processor to cache data corresponding to the subset of the memory addresses at the determined cache level; after providing the prefetch command, receiving, by the input-output device driver , data for the set of memory addresses and providing , to a memory controller , the data received for the set of memory addresses; storing , by the memory controller , the data corresponding to the subset of memory addresses in the cache of the processor and storing remaining data of the received data corresponding to the memory addresses in a main memory . providing , by a user process , a request for data to an input-output device driver ; in response to providing the request for data to the input-output device driver , receiving , by the user process and from the input-output device driver , a set of memory addresses for the data; in response to receiving the set of memory addresses, by the user process , determining a subset of the memory addresses to pre-fetch; determining, by the user process , a cache level of a processor in which to pre-fetch the subset of memory addresses; in response to determining the subset of the memory addresses, providing , by the user process and to the processor , a pre-fetch command for the subset of memory addresses, the prefetch command causing the processor to allocate space in the cache of the processor to cache data corresponding to the subset of the memory addresses at the determined cache level; after providing the prefetch command, receiving, by the input-output device driver , data for the set of memory addresses and providing , to a memory controller , the data received for the set of memory addresses; storing , by the memory controller , the data corresponding to the subset of memory addresses in the cache of the processor and storing remaining data of the received data corresponding to the memory addresses in a main memory .
Laminated core having lamellae arranged above one another, which are connected to one another in each case by means of a first connection and by means of a second connection , of which the first connection is a material-bonding connection in the form of an adhesive system , using which lamellae lying on top of one another are connected to one another, characterized in that the second connection is a second material-bonding connection in the form of an adhesive system , using which lamellae lying on top of one another are connected to one another, and in that the first adhesive system is fast-curing and the second adhesive system is durable long-term.
A flow-pack packaging machine comprising: - a support frame , - a horizontal conveyor configured to advance a flow of products along a longitudinal direction (A), - an unwinding unit located above a portion of the horizontal conveyor and configured to feed a continuous packaging film (F', F"), - a stationary forming device configured to fold said packaging film (F', F") into the shape of a tubular element that surrounds the products (P) to be packaged, - a longitudinal welding assembly located downstream of said forming device and configured to weld together opposite longitudinal edges of said tubular element, and - a transverse welding assembly configured for transversely welding said tubular element, characterized in that said unwinding unit comprises a vertical plate movable in a vertical direction (B) along vertical guides carried by the support frame with respect to the supporting frame between a lowered position and a raised position, and vice versa, the vertical plate carrying a pair of unwinding shafts (28', 28") projecting cantileverly in a horizontal direction from the vertical plate the unwinding shafts (28', 28") being configured to carry respective reels (30', 30") of packaging films (F', F"). - a support frame , - a horizontal conveyor configured to advance a flow of products along a longitudinal direction (A), - an unwinding unit located above a portion of the horizontal conveyor and configured to feed a continuous packaging film (F', F"), - a stationary forming device configured to fold said packaging film (F', F") into the shape of a tubular element that surrounds the products (P) to be packaged, - a longitudinal welding assembly located downstream of said forming device and configured to weld together opposite longitudinal edges of said tubular element, and - a transverse welding assembly configured for transversely welding said tubular element, characterized in that said unwinding unit comprises a vertical plate movable in a vertical direction (B) along vertical guides carried by the support frame with respect to the supporting frame between a lowered position and a raised position, and vice versa, the vertical plate carrying a pair of unwinding shafts (28', 28") projecting cantileverly in a horizontal direction from the vertical plate the unwinding shafts (28', 28") being configured to carry respective reels (30', 30") of packaging films (F', F").
A method of handling a pipeline pig, the method comprising: determining , by an automated pipeline pig handling system positioned at a starting location, a location of an entrance to a pipeline pig launcher configured to launch a pipeline pig into a pipeline, wherein the entrance to the pipeline pig launcher is open; self-aligning , by the automated pipeline pig handling system , the pipeline pig with the entrance to the pipeline pig launcher; inserting , by the automated pipeline pig handling system , the pipeline pig into the entrance to the pipeline pig launcher, wherein the entrance to the pipeline pig launcher is closed after the pipeline pig is inserted into the entrance by the automated pipeline pig handling system; and self-returning (1408, by the automated pipeline pig handling system , to the starting location after inserting the pipeline pig into the entrance to the pipeline pig launcher, wherein the automated pipeline pig handling system comprises: an outer body, and an articulated arm attached to the outer body, the articulated arm configured to connect to the pipeline pig: the method further comprising: operating, by the automated pipeline pig handling system , the articulated arm to lift the pipeline pig; and operating, by the automated pipeline pig handling system , the articulated arm to place the pipeline pig on the outer body. determining , by an automated pipeline pig handling system positioned at a starting location, a location of an entrance to a pipeline pig launcher configured to launch a pipeline pig into a pipeline, wherein the entrance to the pipeline pig launcher is open; self-aligning , by the automated pipeline pig handling system , the pipeline pig with the entrance to the pipeline pig launcher; inserting , by the automated pipeline pig handling system , the pipeline pig into the entrance to the pipeline pig launcher, wherein the entrance to the pipeline pig launcher is closed after the pipeline pig is inserted into the entrance by the automated pipeline pig handling system; and self-returning (1408, by the automated pipeline pig handling system , to the starting location after inserting the pipeline pig into the entrance to the pipeline pig launcher, wherein the automated pipeline pig handling system comprises: an outer body, and an articulated arm attached to the outer body, the articulated arm configured to connect to the pipeline pig: the method further comprising: operating, by the automated pipeline pig handling system , the articulated arm to lift the pipeline pig; and operating, by the automated pipeline pig handling system , the articulated arm to place the pipeline pig on the outer body. operating, by the automated pipeline pig handling system , the articulated arm to lift the pipeline pig; and operating, by the automated pipeline pig handling system , the articulated arm to place the pipeline pig on the outer body.