mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic reversible arc assembly for a sprinkler comprising: a pair of primary stop members circumferentially spaced from each other by a first amount; a pair of secondary stop members circumferentially spaced from each other by a second amount, different from the first amount, wherein the primary stop members and the secondary stop members are coupled together and define a pivot assembly pivotable between a first position of the pivot assembly and a second position of the pivot assembly ; and a timer module cooperable with the pivot assembly , the timer module being configured to hold the pivot assembly in the first position of the pivot assembly for a selectable period of time, after which the timer module enables the pivot assembly to pivot to the second position of the pivot assembly , wherein the primary stop members are active in the first position of the pivot assembly , and wherein the secondary stop members are active in the second position of the pivot assembly . a pair of primary stop members circumferentially spaced from each other by a first amount; a pair of secondary stop members circumferentially spaced from each other by a second amount, different from the first amount, wherein the primary stop members and the secondary stop members are coupled together and define a pivot assembly pivotable between a first position of the pivot assembly and a second position of the pivot assembly ; and a timer module cooperable with the pivot assembly , the timer module being configured to hold the pivot assembly in the first position of the pivot assembly for a selectable period of time, after which the timer module enables the pivot assembly to pivot to the second position of the pivot assembly , wherein the primary stop members are active in the first position of the pivot assembly , and wherein the secondary stop members are active in the second position of the pivot assembly .
A sensing die comprising: a plurality of sensing locations (215a-e) in thermal contact with a fluid container ; and a voltage comparator to output time-based information by comparing a sensed voltage generated at a selected sensing location of the plurality of sensing locations (215a-e) to a threshold voltage , the time-based information representative of whether a fluid is present at the selected sensing location . a plurality of sensing locations (215a-e) in thermal contact with a fluid container ; and a voltage comparator to output time-based information by comparing a sensed voltage generated at a selected sensing location of the plurality of sensing locations (215a-e) to a threshold voltage , the time-based information representative of whether a fluid is present at the selected sensing location .
Hydraulic unit for supplying pressure to a hydraulic steering system having at least two hydraulic cylinders and at least one hydraulic pump , wherein the hydraulic cylinders are configured to co-operate as differential cylinders, this being effected by an annular chamber of the first hydraulic cylinder being connected via at least one hydraulic line to an annular chamber of the second hydraulic cylinder and by a piston chamber of the first hydraulic cylinder being connected via at least one hydraulic line to a piston chamber of the second hydraulic cylinder and by a hydraulic pump being arranged at least in a hydraulic line between the two annular chambers or in a hydraulic line between the two piston chambers , characterised in that the hydraulic unit comprises at least one second hydraulic pump , a hydraulic pump being arranged in the hydraulic line between the two annular chambers and a hydraulic pump being arranged in the hydraulic line between the two piston chambers . the hydraulic cylinders are configured to co-operate as differential cylinders, this being effected by an annular chamber of the first hydraulic cylinder being connected via at least one hydraulic line to an annular chamber of the second hydraulic cylinder and by a piston chamber of the first hydraulic cylinder being connected via at least one hydraulic line to a piston chamber of the second hydraulic cylinder and by a hydraulic pump being arranged at least in a hydraulic line between the two annular chambers or in a hydraulic line between the two piston chambers , characterised in that the hydraulic unit comprises at least one second hydraulic pump , a hydraulic pump being arranged in the hydraulic line between the two annular chambers and a hydraulic pump being arranged in the hydraulic line between the two piston chambers .
Wall-flow filter for cleaning exhaust gases from engines, comprising alternately closed, parallel exhaust gas inlet channels and exhaust gas outlet channels , wherein the filter additionally has catalyst channels which are closed at both ends and contain a catalyst in solid form, characterized in that the inlet channels and the catalyst channels have common walls and wherein the outlet channels and the catalyst channels have common walls .
A braking system for supplying air to braking means of a heavy vehicle front axle, said system comprising a first portion provided with a first accumulator for pressurised air fluidically connectable to said braking means through a first duct and with a control unit configured to adjust the fluidic communication between said first accumulator and said braking means, said system further comprising a second portion provided with a second accumulator for pressurised air fluidically connectable through a second duct to said braking means said braking system comprising a safety valve configured to fluidically connect said second accumulator to said braking means once detected a failure in said first portion , characterised in that said valve is a two-ways two-positions pneumatically controlled valve, wherein said pneumatic control is carried out by said first duct .
Household appliance, in particular hob, with at least one main component (12a-c) that is at least partially electrically conductive, which has at least one fastening element (18a-c) and at least one earthing contact element (70a-c), and with at least one circuit board (16a-c), which in at least one installed state is fastened to the at least one main component (12a-c) via the at least one fastening element (18a-c) and has the at least one circuit board, which is connected in an electrically conductive manner to the at least one earthing contact element (70a-c) in order to establish an electrical earthing, wherein the at least one fastening element (18a-c) and the at least one earthing contact element (70a-c) are embodied at least partially in one piece, wherein the at least one fastening element (18a-c) embodies at least one subregion of the at least one earthing contact element (70a-c) and/or the at least one earthing contact element (70a-c) embodies at least one subregion of the at least one fastening element (18a-c), characterised in that the at least one fastening element has at least one raised area , which is provided in order to ensure contacting between the at least one earthing contact element and at least one surface subregion of the at least one circuit board in the at least one installed state.
Warp knitting loom having a knitting area and a fabric take-up , which comprises at least one roller (5-7), characterized in that the roller (5-7) is designed as a roller tube having a cavity and comprises a vibration absorber arrangement having a passive vibration absorber and/or an active, hybrid and/or adaptive vibration absorber, which is arranged in the cavity , wherein the vibration absorber comprises a mass arrangement connected via a spring arrangement to the roller tube , wherein the spring arrangement comprises a bar , which extends in axial direction of the roller (5-7) and has a function of a spring.
A computer-implemented method , comprising: accessing information that is specific to a patient; determining a prediction of a spatial dose distribution inside a target volume in the patient using the patient-specific information as an input to a prediction model , the prediction model established using training data comprising data resulting from applying other radiation treatment plans to other patients; and producing a dose-volume histogram and associated three-dimensional dose distribution information based on the prediction, the dose-volume histogram and the three-dimensional dose distribution information useful for developing a radiation treatment plan for the patient; characterized in that the training data comprises spatial distribution information indicating composition of target volumes in the other patients, and wherein the information indicating composition of target volumes is based on biological or chemical activity in the target volume. accessing information that is specific to a patient; determining a prediction of a spatial dose distribution inside a target volume in the patient using the patient-specific information as an input to a prediction model , the prediction model established using training data comprising data resulting from applying other radiation treatment plans to other patients; and producing a dose-volume histogram and associated three-dimensional dose distribution information based on the prediction, the dose-volume histogram and the three-dimensional dose distribution information useful for developing a radiation treatment plan for the patient; characterized in that the training data comprises spatial distribution information indicating composition of target volumes in the other patients, and wherein the information indicating composition of target volumes is based on biological or chemical activity in the target volume.
A method for producing a rare earth magnet, comprising: mixing a magnetic raw material powder containing Sm, Fe and N with a modifier powder containing metallic Zn to obtain a mixed powder, filling the mixed powder into a molding die to obtain a filled product, melting at least a part of the modifier powder in the filled product while applying a pressure of less than 20 MPa to the filled product or without applying a pressure to obtain an intermediate molded product, and subjecting the intermediate molded product to liquid phase sintering at a pressure of 20 MPa or more to obtain a sintered body. mixing a magnetic raw material powder containing Sm, Fe and N with a modifier powder containing metallic Zn to obtain a mixed powder, filling the mixed powder into a molding die to obtain a filled product, melting at least a part of the modifier powder in the filled product while applying a pressure of less than 20 MPa to the filled product or without applying a pressure to obtain an intermediate molded product, and subjecting the intermediate molded product to liquid phase sintering at a pressure of 20 MPa or more to obtain a sintered body.
A composition for use in prevention, delay and treatment of a Bruch's membrane dysfunction-associated disease, which comprises an extract or a fraction of the extract of sea cucumber, wherein: the Bruch's membrane dysfunction-associated disease is selected from the group consisting of: age-related macular degeneration (AMD), Sorsby's fundus dystrophy, Malattia Levintanese (ML), Stargardt disease, Best's vitelliform retinal dystrophy and Doyne's honeycomb retinal dystrophy (DHRD); the sea cucumber is a marine invertebrate belonging to the class Holothuroidea and the phylum Echinodermata; and the extract or the fraction of the extract of sea cucumber comprises Frondoside A as an active ingredient, and the active ingredient improves the transport function of the Bruch's membrane. the Bruch's membrane dysfunction-associated disease is selected from the group consisting of: age-related macular degeneration (AMD), Sorsby's fundus dystrophy, Malattia Levintanese (ML), Stargardt disease, Best's vitelliform retinal dystrophy and Doyne's honeycomb retinal dystrophy (DHRD); the sea cucumber is a marine invertebrate belonging to the class Holothuroidea and the phylum Echinodermata; and the extract or the fraction of the extract of sea cucumber comprises Frondoside A as an active ingredient, and the active ingredient improves the transport function of the Bruch's membrane.
A three-dimensional printing system , the system comprising: a build platform comprising a build surface ; an enclosure system having a side portion extending entirely around the build surface , a top plate portion that abuts the side portion , and a bottom portion , the side portion , the top plate portion and the bottom portion forming an enclosed space surrounding the build surface , the top plate portion being moveable so as to adjust a volume of the enclosed space; the bottom portion comprising a heat shield that extends from the build platform and abuts the side portion ; a 3D printer printhead disposed adjacent to the enclosure system for depositing a print material onto the build surface , wherein the printhead is configured for ejecting drops of a conductive liquid print material onto the build platform ; and a heating system for heating the enclosed space. a build platform comprising a build surface ; an enclosure system having a side portion extending entirely around the build surface , a top plate portion that abuts the side portion , and a bottom portion , the side portion , the top plate portion and the bottom portion forming an enclosed space surrounding the build surface , the top plate portion being moveable so as to adjust a volume of the enclosed space; the bottom portion comprising a heat shield that extends from the build platform and abuts the side portion ; a 3D printer printhead disposed adjacent to the enclosure system for depositing a print material onto the build surface , wherein the printhead is configured for ejecting drops of a conductive liquid print material onto the build platform ; and a heating system for heating the enclosed space.
Method for detecting a user input on the basis of a gesture, in which image data including at least two individual images are acquired, wherein image-capture times are assigned to the individual images; segmentation is carried out on the basis of the acquired individual images, wherein a single image object is determined for each individual image and a reference point is determined on the basis of the individual image object ; a trajectory is determined on the basis of the reference points of the individual images, wherein an outline of the individual image object is determined for each individual image; and a distance from the reference point of the individual image object is determined for a large number of points on the outline of the individual image object , wherein a measured distance profile is produced for each individual image object on the basis of the distances; a gesture is determined on the basis of the trajectory ; and the gesture is further determined on the basis of the measured distance profile and on the basis of a profile comparison, wherein the measured distance profiles are compared with a large number of reference distance profiles during profile comparison, wherein a gesture is assigned to the reference distance profiles in each case, wherein a first derivative of the distance profiles is determined; and the profile comparison is carried out on the basis of the determined derivative, and an output signal is produced and output on the basis of the determined gesture. segmentation is carried out on the basis of the acquired individual images, wherein a single image object is determined for each individual image and a reference point is determined on the basis of the individual image object ; a trajectory is determined on the basis of the reference points of the individual images, wherein an outline of the individual image object is determined for each individual image; and a distance from the reference point of the individual image object is determined for a large number of points on the outline of the individual image object , wherein a measured distance profile is produced for each individual image object on the basis of the distances; a gesture is determined on the basis of the trajectory ; and the gesture is further determined on the basis of the measured distance profile and on the basis of a profile comparison, wherein the measured distance profiles are compared with a large number of reference distance profiles during profile comparison, wherein a gesture is assigned to the reference distance profiles in each case, wherein a first derivative of the distance profiles is determined; and the profile comparison is carried out on the basis of the determined derivative, and an output signal is produced and output on the basis of the determined gesture.
A rotary engine casing for a rotary engine having a bearing housing, an engine shaft and a rotor , the rotary engine casing comprising first and second axially spaced apart end walls interconnected by a peripheral wall , the first end wall , second end wall and peripheral wall together enclosing an internal cavity configured to sealingly engage a rotor rotatable therein, at least the first end wall having a split configuration including a seal-engaging plate sealingly engaging the peripheral wall to partially seal the internal cavity and a member mounted adjacent the seal-engaging plate outside of the internal cavity , the member having a first aperture defined therethrough, the seal-engaging plate having a second aperture defined therethrough concentrically with the first aperture , the second aperture sized to receive the engine shaft therethrough, the seal-engaging plate having a sliding surface facing away from the member and defining a surface of the internal cavity , and a mating surface abutted to a mating surface of the member , at least one fluid cavity being located between the mating surfaces of the member and of the seal-engaging plate , the at least one fluid cavity communicating with a source of liquid coolant, the at least one fluid cavity configured to in use cool the rotor , characterised in that : the first aperture is defined to receive a bearing housing supporting the engine shaft .
A product manipulation tool for an automated storage and retrieval machine comprising: a securing mechanism for securing an exposed portion of a container disposed on a horizontal surface; and a lower support structure for insertion underneath the container to support the load of the container; characterized by an upper stabilizing device in form of an inflatable bag positioned above the container for stabilizing the container with respect to the horizontal surface from above. a securing mechanism for securing an exposed portion of a container disposed on a horizontal surface; and a lower support structure for insertion underneath the container to support the load of the container; characterized by an upper stabilizing device in form of an inflatable bag positioned above the container for stabilizing the container with respect to the horizontal surface from above.
A method for wireless communication for a user equipment, UE , comprising: receiving information associated with a narrowband time-division duplex, TDD frame structure of a group of narrowband TDD frame structures for narrowband communications, the narrowband TDD frame structure including a set of contiguous uplink subframes; and determining an orthogonal sequence length associated with a reference signal, RS based on at least one of a number of uplink subframes or a number of slots in the set of contiguous uplink subframes; and transmitting the RS using the determined orthogonal sequence length. receiving information associated with a narrowband time-division duplex, TDD frame structure of a group of narrowband TDD frame structures for narrowband communications, the narrowband TDD frame structure including a set of contiguous uplink subframes; and determining an orthogonal sequence length associated with a reference signal, RS based on at least one of a number of uplink subframes or a number of slots in the set of contiguous uplink subframes; and transmitting the RS using the determined orthogonal sequence length.
A self-supporting polycrystalline gallium nitride substrate composed of a plurality of gallium nitride-based single crystal grains having a c-axis crystal orientation in a direction approximately normal to the substrate, wherein the self-supporting polycrystalline gallium nitride substrate has a top surface and a bottom surface and the crystal orientations of individual gallium nitride-based single crystal grains as determined from inverse pole figure mapping by electron backscatter diffraction (EBSD) analysis performed on the top surface are distributed at various tilt angles from the c-axis crystal orientation, the average tilt angle thereof being 0.1° or more and less than 1° and the cross-sectional average diameter D T being 10 μm or more at the outermost surface of the gallium nitride-based single crystal grains exposed on the top surface, and wherein the the cross-sectional average diameter D T is measured by taking an image of the top surface of the self-supporting substrate with a scanning electron microscope, the visual field range being determined in such a way that when straight lines were diagonally drawn on the image, the straight lines cross 10 to 30 columnar structures, then diagonally drawing two straight lines on the image, taking the average of the line segment lengths inside all grains crossed by the straight lines, and multiplying the average by 1.5. wherein the self-supporting polycrystalline gallium nitride substrate has a top surface and a bottom surface and the crystal orientations of individual gallium nitride-based single crystal grains as determined from inverse pole figure mapping by electron backscatter diffraction (EBSD) analysis performed on the top surface are distributed at various tilt angles from the c-axis crystal orientation, the average tilt angle thereof being 0.1° or more and less than 1° and the cross-sectional average diameter D T being 10 μm or more at the outermost surface of the gallium nitride-based single crystal grains exposed on the top surface, and wherein the the cross-sectional average diameter D T is measured by taking an image of the top surface of the self-supporting substrate with a scanning electron microscope, the visual field range being determined in such a way that when straight lines were diagonally drawn on the image, the straight lines cross 10 to 30 columnar structures, then diagonally drawing two straight lines on the image, taking the average of the line segment lengths inside all grains crossed by the straight lines, and multiplying the average by 1.5.