mhurhangee/patent-ind-claim-en huggingface dataset:
A processing method for vehicle scene sequence tracking, comprising: obtaining a current vehicle speed of a vehicle driving in a first area and at least one frame of current image taken; determining , according to the current vehicle speed, a vehicle speed ratio interval and a length of a sequence to be tracked, wherein the length of a sequence to be tracked is used to identify a number of frames of images used when performing scene sequence tracking; and performing the scene sequence tracking according to the vehicle speed ratio interval, the length of the sequence to be tracked, the at least one frame of the current image, and pre-stored multiple frames of historical reference images of the vehicle, to obtain position information of the vehicle in the first area; characterized in that the determining , according to the current vehicle speed, a length of a sequence to be tracked comprises: obtaining a historical vehicle speed of the vehicle at a time when each of the historical reference images is taken; determining at least one length value according to the current vehicle speed and the historical vehicle speed; and taking a maximum of the at least one length value as the length of the sequence to be tracked. obtaining a current vehicle speed of a vehicle driving in a first area and at least one frame of current image taken; determining , according to the current vehicle speed, a vehicle speed ratio interval and a length of a sequence to be tracked, wherein the length of a sequence to be tracked is used to identify a number of frames of images used when performing scene sequence tracking; and performing the scene sequence tracking according to the vehicle speed ratio interval, the length of the sequence to be tracked, the at least one frame of the current image, and pre-stored multiple frames of historical reference images of the vehicle, to obtain position information of the vehicle in the first area; characterized in that the determining , according to the current vehicle speed, a length of a sequence to be tracked comprises: obtaining a historical vehicle speed of the vehicle at a time when each of the historical reference images is taken; determining at least one length value according to the current vehicle speed and the historical vehicle speed; and taking a maximum of the at least one length value as the length of the sequence to be tracked.
A foreign substance trap device for a cooker comprising: a first member in which at least one fluid intake hole is formed; a second member in which at least a portion of an exhaust channel, through which gas in fluid flowing inside through the fluid intake hole is discharged, is formed; and a movable member movably disposed between the first member and the second member and closing the exhaust channel by being moved by liquid in fluid flowing inside through the fluid intake hole , characterized in that the movable member includes: a foreign substance shield ; a lifting shaft protruding downward from the foreign substance shield ; an anti-separation portion extending from a lower end of the lifting shaft and having a diameter larger than the lifting shaft ; wherein a lifting shaft accommodation hole through which the lifting shaft passes is formed in a bottom of the first member , and wherein a gap is formed between the lifting shaft accommodation hole and the lifting shaft , so the movable member freely moves up and down with respect to the first member as long as the lifting shaft is positioned in the lifting shaft accommodation hole . a first member in which at least one fluid intake hole is formed; a second member in which at least a portion of an exhaust channel, through which gas in fluid flowing inside through the fluid intake hole is discharged, is formed; and a movable member movably disposed between the first member and the second member and closing the exhaust channel by being moved by liquid in fluid flowing inside through the fluid intake hole , characterized in that the movable member includes: a foreign substance shield ; a lifting shaft protruding downward from the foreign substance shield ; an anti-separation portion extending from a lower end of the lifting shaft and having a diameter larger than the lifting shaft ; a foreign substance shield ; a lifting shaft protruding downward from the foreign substance shield ; an anti-separation portion extending from a lower end of the lifting shaft and having a diameter larger than the lifting shaft ; wherein a lifting shaft accommodation hole through which the lifting shaft passes is formed in a bottom of the first member , and wherein a gap is formed between the lifting shaft accommodation hole and the lifting shaft , so the movable member freely moves up and down with respect to the first member as long as the lifting shaft is positioned in the lifting shaft accommodation hole .
A method for producing a cocoa beverage comprising the steps of: a) adding water to cocoa beans or nibs to form a suspension; b) wet grinding said suspension; c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; d) separating the suspension into a water phase (heavy phase), a fat phase (light phase) and a solid phase, said fat phase comprising cocoa butter as a major component and solids and/or water as minor components and said solid phase comprising cocoa powder and water; e) separating at least cocoa powder from the solid phase, and f) mixing the separated cocoa powder with a water source to provide the cocoa beverage. a) adding water to cocoa beans or nibs to form a suspension; b) wet grinding said suspension; c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; d) separating the suspension into a water phase (heavy phase), a fat phase (light phase) and a solid phase, said fat phase comprising cocoa butter as a major component and solids and/or water as minor components and said solid phase comprising cocoa powder and water; e) separating at least cocoa powder from the solid phase, and f) mixing the separated cocoa powder with a water source to provide the cocoa beverage.
Mounting wheel for a motor vehicle comprising an internal surface and an external surface , the internal surface not being visible when the mounting wheel is mounted on the motor vehicle, and at least one fixing element designed to attach the mounting wheel to the motor vehicle, the fixing element being arranged on the internal surface of the mounting wheel in such a way as to leave the external surface of the mounting wheel free of any fixing element so that the fixing element is not visible when the mounting wheel is mounted on the motor vehicle, characterized in that the external surface of the mounting wheel is manufactured with an even profile, without discontinuities notably in the centre of the mounting wheel, or even, from the centre of the mounting wheel to the tread .
A safety stirrup for horseback riding comprising: - a first semi-arch element having a first end integrally connected to a first portion of a base element of the stirrup and a second end comprising a through hole for mounting a stirrup leather; - a second semi-arch element having an end elastically connected to a second portion of the base element opposed to the first portion , said second semi-arch element being configured to delimit, by said first semi-arch element and said base element , a portion for inserting a rider's foot in the stirrup; - a support platform for the rider's foot removably fastened to said base element of the stirrup; said second end of the first semi-arch element being a free end and said second semi-arch element comprising a further free end separate from the first semi-arch element ; the stirrup being characterized by further comprising: - elastic means interposed between the platform and the base element of the stirrup configured to define a first distance (D1) between the platform and the base element in a first rest condition, - adjustment means acting on said elastic means for changing said first distance (D1) from the first rest condition to a second rest condition, in said second rest condition the elastic means defining a second distance between the platform and the base element of the stirrup different from first distance (D1), and - a plurality of friction elements removably associated with said removable platform of the stirrup, said plurality of removable friction elements comprise washers partially protruding from respective through seats provided in said platform . - a first semi-arch element having a first end integrally connected to a first portion of a base element of the stirrup and a second end comprising a through hole for mounting a stirrup leather; - a second semi-arch element having an end elastically connected to a second portion of the base element opposed to the first portion , said second semi-arch element being configured to delimit, by said first semi-arch element and said base element , a portion for inserting a rider's foot in the stirrup; - a support platform for the rider's foot removably fastened to said base element of the stirrup; - elastic means interposed between the platform and the base element of the stirrup configured to define a first distance (D1) between the platform and the base element in a first rest condition, - adjustment means acting on said elastic means for changing said first distance (D1) from the first rest condition to a second rest condition, in said second rest condition the elastic means defining a second distance between the platform and the base element of the stirrup different from first distance (D1), and - a plurality of friction elements removably associated with said removable platform of the stirrup, said plurality of removable friction elements comprise washers partially protruding from respective through seats provided in said platform .
A neutron moderation material comprising: Mg element; Al element; and F element; wherein the weight percentage of the Mg element, Al element and F element accounts for the neutron moderation material is 3.5%≦Mg≦37.1%, 5.0%≦Al≦90.4%, 5.8%≦F≦67.2%, respectively; and the sum of the weights of the weights of the Mg, Al and F elements is 100% of the total weight of the neutron moderation material, characterized in that the material composition of the neutron moderation material is MgF2 and Al. Mg element; Al element; and F element; wherein the weight percentage of the Mg element, Al element and F element accounts for the neutron moderation material is 3.5%≦Mg≦37.1%, 5.0%≦Al≦90.4%, 5.8%≦F≦67.2%, respectively; and the sum of the weights of the weights of the Mg, Al and F elements is 100% of the total weight of the neutron moderation material, characterized in that the material composition of the neutron moderation material is MgF2 and Al.
A lock , in particular dead-latching lock, comprising • a retractable main latch-bolt , • a control latch-bolt assembly with control latch-bolt carrier and control latch-bolt disposed thereat, wherein the control latch-bolt carrier is movable to the following positions: o a protracting position with protracted control latch-bolt , ∘ a retracting position with retracted control latch-bolt , • and a blocking element , which ∘ in a blocking position, blocks pulling-in the main latch-bolt , and ∘ in a release position, enables pulling-in the main latch-bolt , • wherein the control latch-bolt carrier is disposed for actuating the blocking element , so that ∘ in the protracting position, the blocking element occupies the release position, ∘ in the retracting position, the blocking element can occupy the blocking position, and characterized in that the control latch-bolt carrier is movable to an overstroke position, wherein the retracting position is formed along the direction of movement of the control latch-bolt carrier between the protracting position and the overstroke position, and wherein the control latch-bolt carrier is disposed for actuating the blocking element so that, in the overstroke position, the blocking element occupies the release position. • a retractable main latch-bolt , • a control latch-bolt assembly with control latch-bolt carrier and control latch-bolt disposed thereat, wherein the control latch-bolt carrier is movable to the following positions: o a protracting position with protracted control latch-bolt , ∘ a retracting position with retracted control latch-bolt , o a protracting position with protracted control latch-bolt , ∘ a retracting position with retracted control latch-bolt , • and a blocking element , which ∘ in a blocking position, blocks pulling-in the main latch-bolt , and ∘ in a release position, enables pulling-in the main latch-bolt , ∘ in a blocking position, blocks pulling-in the main latch-bolt , and ∘ in a release position, enables pulling-in the main latch-bolt , • wherein the control latch-bolt carrier is disposed for actuating the blocking element , so that ∘ in the protracting position, the blocking element occupies the release position, ∘ in the retracting position, the blocking element can occupy the blocking position, and ∘ in the protracting position, the blocking element occupies the release position, ∘ in the retracting position, the blocking element can occupy the blocking position, and
An intensity modulated radiation therapy treatment plan optimization system, comprising: a user interface configured to receive an input from a user; a non-transitory memory module configured to store an intensity modulated radiation therapy treatment plan data set including data from multiple sources; a display configured to display information to the user; and an optimizer programmed to: optimize the intensity modulated radiation therapy treatment plan according to initial plan specified settings to create optimized dose distributions in a beam's eye view;generate dose gradient maps from the optimized dose distributions in the beam's eye view; display the dose gradient maps on the display ; receive delineated beam's eye view sub-regions in the dose gradient maps determined to need new dose gradients by the user through the user interface ; receive specified new dose gradients for the delineated beam's eye view sub-regions from the user through the user interface ; and perform a second optimization using the specified dose gradients as constraints. a user interface configured to receive an input from a user; a non-transitory memory module configured to store an intensity modulated radiation therapy treatment plan data set including data from multiple sources; a display configured to display information to the user; and an optimizer programmed to: optimize the intensity modulated radiation therapy treatment plan according to initial plan specified settings to create optimized dose distributions in a beam's eye view;generate dose gradient maps from the optimized dose distributions in the beam's eye view; display the dose gradient maps on the display ; receive delineated beam's eye view sub-regions in the dose gradient maps determined to need new dose gradients by the user through the user interface ; receive specified new dose gradients for the delineated beam's eye view sub-regions from the user through the user interface ; and optimize the intensity modulated radiation therapy treatment plan according to initial plan specified settings to create optimized dose distributions in a beam's eye view;generate dose gradient maps from the optimized dose distributions in the beam's eye view; display the dose gradient maps on the display ; receive delineated beam's eye view sub-regions in the dose gradient maps determined to need new dose gradients by the user through the user interface ; receive specified new dose gradients for the delineated beam's eye view sub-regions from the user through the user interface ; and perform a second optimization using the specified dose gradients as constraints.
An apparatus comprising: a plurality of memory banks ; and a controller configured to generate a plurality of lookup tables in which data that is necessary for a vector operation among data stored in the plurality of memory banks is copied and stored, and to generate vector data by reading the data from the plurality of lookup tables, characterized in that : the controller divides the plurality of memory banks into a predetermined number of groups and generates one lookup table for each of the groups; and the one lookup table generated for each of the groups is divided and stored in a plurality of memory banks included in each of the groups in an interleaving form. a plurality of memory banks ; and a controller configured to generate a plurality of lookup tables in which data that is necessary for a vector operation among data stored in the plurality of memory banks is copied and stored, and to generate vector data by reading the data from the plurality of lookup tables, characterized in that : the controller divides the plurality of memory banks into a predetermined number of groups and generates one lookup table for each of the groups; and the one lookup table generated for each of the groups is divided and stored in a plurality of memory banks included in each of the groups in an interleaving form. the controller divides the plurality of memory banks into a predetermined number of groups and generates one lookup table for each of the groups; and the one lookup table generated for each of the groups is divided and stored in a plurality of memory banks included in each of the groups in an interleaving form.
Vehicle wheel, having a rim band and a wheel dish , the wheel dish having a central hole for receiving a wheel hub with hole circle disposed concentrically thereto for disposing the stud bolts, and also a flange , which subdivides the wheel dish into an inner wall part which is turned towards the hub and an outer wall part which is turned towards the rim band, a concentric ventilation hole row being provided in the outer wall part , wherein the wheel dish is configured with a circumferential flange for attaching to the rim band and consists of a metallic material and at least one further concentric ventilation hole row is configured in the inner wall part of the wheel dish, characterised in that the further ventilation hole row is configured between hole circle and flange .
Operating element for an apparatus for opening or unlocking a motor vehicle , comprising a lighting element and at least one sensor for detecting movements (B) of a user, wherein depending on a function that is performed by the apparatus in response to movements (B) of the user a light signal signalling the function or signalling a state set by the function can be generated by means of the lighting element , characterized in that the lighting element comprises the following components: - an external decorative part , - a light source and - a transparent cover assembly arranged between the decorative part and the light source , - a coated slat arrangement , which is arranged on the cover assembly and covers spaces of the cover assembly that are not covered by the decorative part in such manner that when the cover assembly is illuminated, light generated by the light source is decoupled by edges of the decorative part in the region (BE1). - an external decorative part , - a light source and - a transparent cover assembly arranged between the decorative part and the light source , - a coated slat arrangement , which is arranged on the cover assembly and covers spaces of the cover assembly that are not covered by the decorative part in such manner that when the cover assembly is illuminated, light generated by the light source is decoupled by edges of the decorative part in the region (BE1).
An NdFeB magnet with a composite coating disposed on an outer surface of the NdFeB magnet, the composite coating comprising or consisting of: - a zinc layer disposed on the surface of the NdFeB magnet, wherein a thickness of the zinc layer is 0.1-10μm; - a zinc-nickel alloy layer disposed on the zinc layer, wherein a thickness of the zinc-nickel alloy layer is 0.1-10μm and a content of nickel within the zinc-nickel alloy is 5-25 wt.%; - a copper layer disposed on the zinc-nickel alloy layer, wherein a thickness of the copper layer is 0.1-10μm; and - a nickel layer covering disposed on the copper layer, wherein a thickness of the nickel layer is 0.1-10μm. - a zinc layer disposed on the surface of the NdFeB magnet, wherein a thickness of the zinc layer is 0.1-10μm; - a zinc-nickel alloy layer disposed on the zinc layer, wherein a thickness of the zinc-nickel alloy layer is 0.1-10μm and a content of nickel within the zinc-nickel alloy is 5-25 wt.%; - a copper layer disposed on the zinc-nickel alloy layer, wherein a thickness of the copper layer is 0.1-10μm; and - a nickel layer covering disposed on the copper layer, wherein a thickness of the nickel layer is 0.1-10μm.
A method of treating an article suspected of being infested with bed bugs comprising: a. placing the article in an enclosure , wherein the enclosure is a sealable bag, tote, bin, drum, or container that is larger than the article being treated and made from a material selected from polyethylene, polypropylene, polystyrene, polyvinyl chloride, polytetrafluoroethylene, nylon, vinyl, canvas, paper, and a combination of two or more thereof; b. sealing the enclosure ; c. adding CO2 to the sealed enclosure from a tank through a hose and through the port into the enclosure ; characterized by d. leaving the article inside of the sealed enclosure with the CO2 for up to 48 hours, wherein the concentration of CO2 is greater than 75% of the volume of air in the enclosure. a. placing the article in an enclosure , wherein the enclosure is a sealable bag, tote, bin, drum, or container that is larger than the article being treated and made from a material selected from polyethylene, polypropylene, polystyrene, polyvinyl chloride, polytetrafluoroethylene, nylon, vinyl, canvas, paper, and a combination of two or more thereof; b. sealing the enclosure ; c. adding CO2 to the sealed enclosure from a tank through a hose and through the port into the enclosure ; characterized by d. leaving the article inside of the sealed enclosure with the CO2 for up to 48 hours, wherein the concentration of CO2 is greater than 75% of the volume of air in the enclosure.
A display , comprising: a substrate ; a drive thin-film transistor (TD) for a display pixel formed over the substrate ; at least one buffer layer interposed between the drive thin-film transistor (TD) and the substrate ; a conductive shielding structure formed in the buffer layer directly below the drive thin-film transistor (TD), wherein the conductive shielding structure is formed from transparent conductive material; a conductive path disposed adjacent to the drive thin-film transistor (TD) and configured to convey a control signal for the display pixel; and additional thin-film transistors (SW1, SW2, SW3) for the display pixel , characterised in that the conductive shielding structure is only formed below the drive thin-film transistor (TD) but not below the additional thin-film transistors (SW1, SW2, SW3). a substrate ; a drive thin-film transistor (TD) for a display pixel formed over the substrate ; at least one buffer layer interposed between the drive thin-film transistor (TD) and the substrate ; a conductive shielding structure formed in the buffer layer directly below the drive thin-film transistor (TD), wherein the conductive shielding structure is formed from transparent conductive material; a conductive path disposed adjacent to the drive thin-film transistor (TD) and configured to convey a control signal for the display pixel; and additional thin-film transistors (SW1, SW2, SW3) for the display pixel , characterised in that the conductive shielding structure is only formed below the drive thin-film transistor (TD) but not below the additional thin-film transistors (SW1, SW2, SW3).