mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a unified cache configured to store data and instructions, wherein read, write and execute permissions are associated with entries of the unified cache and wherein the read, write and execute permissions depend on the memory address associated with the data or instructions to be stored in the unified cache, the method characterized by : determining whether a write-address of a write-request to the cache has one or more execute permissions associated therewith based on one or more permission bits stored in a page table entry, PTE, of a translation lookaside buffer, TLB, comprising an address translation for the write-address and the one or more permission bits associated with the write-address, wherein the permission bits include a supervisor execute permission bit and a user execute permission bit associated with supervisor and user privilege levels, respectively, associated with the write address, wherein an execute permission associated with the write-address indicates that an instruction stored at the write-address may be executed; and if there is a write-miss in the cache for the write-request, determining whether to implement a write-allocate policy or a write-no-allocate policy for serving the write-miss based on the one or more execute permissions, comprising determining to implement a write-allocate policy if the write-address has one or more execute permissions associated therewith and determining to implement a write-no-allocate policy for servicing the write-miss, if the write-address does not have one or more execute permissions associated therewith. determining whether a write-address of a write-request to the cache has one or more execute permissions associated therewith based on one or more permission bits stored in a page table entry, PTE, of a translation lookaside buffer, TLB, comprising an address translation for the write-address and the one or more permission bits associated with the write-address, wherein the permission bits include a supervisor execute permission bit and a user execute permission bit associated with supervisor and user privilege levels, respectively, associated with the write address, wherein an execute permission associated with the write-address indicates that an instruction stored at the write-address may be executed; and if there is a write-miss in the cache for the write-request, determining whether to implement a write-allocate policy or a write-no-allocate policy for serving the write-miss based on the one or more execute permissions, comprising determining to implement a write-allocate policy if the write-address has one or more execute permissions associated therewith and determining to implement a write-no-allocate policy for servicing the write-miss, if the write-address does not have one or more execute permissions associated therewith.
A coring assembly comprising: a coring bit ; an outer barrel coupled to the coring bit; an inner barrel disposed within the outer barrel; and an inner sleeve disposed within the inner barrel, wherein the inner sleeve includes a plurality of frangible regions axially spaced along the inner sleeve; and a first of the plurality of frangible regions has a different strength than a second of the plurality of frangible regions; wherein the strength of the first of the plurality of frangible regions is lower than a strength of the second of the plurality of frangible regions and the second of the plurality of frangible regions is closer to the coring bit than the first of the plurality of frangible regions. a coring bit ; an outer barrel coupled to the coring bit; an inner barrel disposed within the outer barrel; and an inner sleeve disposed within the inner barrel, wherein the inner sleeve includes a plurality of frangible regions axially spaced along the inner sleeve; and a first of the plurality of frangible regions has a different strength than a second of the plurality of frangible regions; wherein the strength of the first of the plurality of frangible regions is lower than a strength of the second of the plurality of frangible regions and the second of the plurality of frangible regions is closer to the coring bit than the first of the plurality of frangible regions.
Apparatus for controlling a brake system of a trailer of a vehicle combination from a traction vehicle of the vehicle combination , the apparatus having the following features: a plurality of valves for setting a control pressure of a working medium for the brake system of the trailer , the plurality of valves comprising an inlet valve , an outlet valve and a safety valve ; at least one pressure sensor for detecting the at least one control pressure and for providing a sensor signal , which represents the at least one detected control pressure; a communication interface for transmitting signals between the apparatus and the central control unit ; and a control device for evaluating the sensor signal of the pressure sensor and for selecting the valves as a function of the evaluated sensor signal and as a function of a control signal transmitted via the communication interface from the central control unit . a plurality of valves for setting a control pressure of a working medium for the brake system of the trailer , the plurality of valves comprising an inlet valve , an outlet valve and a safety valve ; at least one pressure sensor for detecting the at least one control pressure and for providing a sensor signal , which represents the at least one detected control pressure; a communication interface for transmitting signals between the apparatus and the central control unit ; and a control device for evaluating the sensor signal of the pressure sensor and for selecting the valves as a function of the evaluated sensor signal and as a function of a control signal transmitted via the communication interface from the central control unit .
A computer-implemented method for automatically adjusting a focal plane of a digital pathology image, which image comprises a plurality of individual biological objects like for example cells, the method comprising the steps of: providing for three-dimensional digital pathology image data comprising a plurality of focal planes (S1), displaying the digital pathology image data as an image (S2), wherein the displayed image has a focal plane which is of the plurality of focal planes, determining a position of interest in the image a user has (S3), automatically calculating which individual biological object out of the plurality of objects is the object of interest based on the previously determined position of interest (S4), and automatically adjusting the focal plane of the displayed image to an adjusted focal plane based on the calculated object of interest to automatically focus to the object of interest (S5), wherein the step of calculating the object of interest (S4) comprises the step of: calculating for at least two objects out of the plurality of objects which of the two objects has the smallest distance to the determined position of interest (S6), and wherein the object with the smallest distance is the object of interest. providing for three-dimensional digital pathology image data comprising a plurality of focal planes (S1), displaying the digital pathology image data as an image (S2), wherein the displayed image has a focal plane which is of the plurality of focal planes, determining a position of interest in the image a user has (S3), automatically calculating which individual biological object out of the plurality of objects is the object of interest based on the previously determined position of interest (S4), and automatically adjusting the focal plane of the displayed image to an adjusted focal plane based on the calculated object of interest to automatically focus to the object of interest (S5), wherein the step of calculating the object of interest (S4) comprises the step of: calculating for at least two objects out of the plurality of objects which of the two objects has the smallest distance to the determined position of interest (S6), and wherein the object with the smallest distance is the object of interest. calculating for at least two objects out of the plurality of objects which of the two objects has the smallest distance to the determined position of interest (S6), and wherein the object with the smallest distance is the object of interest.
A cell culture substrate comprising: a cell culture surface having a film attached thereto, wherein said film comprises one or more plasma polymerized monomers selected from: i) the group consisting of acrylic acid, methacrylic acid, acetic acid, vinylacetic acid and combinations thereof; and a coating on said film-coated surface, said coating deposited from a coating solution comprising one or more extracellular matrix peptides or proteins and an aqueous solvent, wherein the total extracellular matrix protein concentration in the coating solution is 1 ng/ml to 1 mg/ml. i) the group consisting of acrylic acid, methacrylic acid, acetic acid, vinylacetic acid and combinations thereof;
Brush-holder for an electric machine such as, for example, an electric motor and/or a generator, - with a housing , having a brush support for supporting of at least one brush for electrically contacting of rotor windings of the machine , - wherein the housing has a front side and a back side turned away from the front side , - wherein the front side forms an installation side , - wherein the housing is provided, on the installation side , with a recess for the accommodation of electric and/or electronic units , - wherein said recess is adapted for positioning these units when inserted into the recess from the installation side , such that they can be electrically bonded from the installation side , characterized in that the housing is provided, on the back side , with an opening , which is open to a bonding region in such a way, that for electrically bonding said units are-sistance welding process with a first and second electrode can be performed in the bonding region by introducing the first electrode from the front side into the bonding region and by introducing the second electrode from the back side into the bonding region . - with a housing , having a brush support for supporting of at least one brush for electrically contacting of rotor windings of the machine , - wherein the housing has a front side and a back side turned away from the front side , - wherein the front side forms an installation side , - wherein the housing is provided, on the installation side , with a recess for the accommodation of electric and/or electronic units , - wherein said recess is adapted for positioning these units when inserted into the recess from the installation side , such that they can be electrically bonded from the installation side ,
An implantable system, comprising: an expandable device , comprising: a first endplate including a first ramped surface (740a,b) having a first angle and a second ramped surface (746a,b)having a second angle; a second endplate operatively connected to the first endplate ; a body positioned between the first endplate and the second endplate , the body including a third ramped surface (742a,b) having a third angle; a middle ramped piece including a fourth ramped surface (754a,b) having a fourth angle, wherein the first endplate and the second endplate are operable to move lordotically when there is a difference between the first angle and the third angle and wherein the first endplate and the second endplate are operable to move in parallel when there is no difference between the first angle and the third angle; and two ramp pins wherein the mid ramp piece includes at least two openings that are configured and dimensioned to receive a portion of each of the two ramp pins so that when the ramp pins are inserted into the openings , a portion of the ramp pins extends outside the openings of the mid ramp piece and the mid ramp piece being so configured that when the mid ramp piece is inserted into the body , the portion of the ramp pins that extends outside of the openings engages with slots in the body so that when engaged, the ramp pins and slots allow the mid ramp piece to slide horizontally, or translate, within the body . a first endplate including a first ramped surface (740a,b) having a first angle and a second ramped surface (746a,b)having a second angle; a second endplate operatively connected to the first endplate ; a body positioned between the first endplate and the second endplate , the body including a third ramped surface (742a,b) having a third angle; a middle ramped piece including a fourth ramped surface (754a,b) having a fourth angle, wherein the first endplate and the second endplate are operable to move lordotically when there is a difference between the first angle and the third angle and wherein the first endplate and the second endplate are operable to move in parallel when there is no difference between the first angle and the third angle; and two ramp pins wherein the mid ramp piece includes at least two openings that are configured and dimensioned to receive a portion of each of the two ramp pins so that when the ramp pins are inserted into the openings , a portion of the ramp pins extends outside the openings of the mid ramp piece and the mid ramp piece being so configured that when the mid ramp piece is inserted into the body , the portion of the ramp pins that extends outside of the openings engages with slots in the body so that when engaged, the ramp pins and slots allow the mid ramp piece to slide horizontally, or translate, within the body .
A product comprising: an outer shell comprising: at least one first legume, and at least one first additive selected from the group consisting of vitamins and minerals; wherein the at least one additive is not a part of the at least one first legume; and an inner filling comprising: at least one second legume, and at least one second additive selected from the group consisting of vitamins and minerals; wherein the at least one second additive is not a part of the at least one second legume; wherein the outer shell and the inner filling are substantially free of grain-based flour; wherein the product is a ready-to-eat food; and wherein the outer shell is crispy and the inner filling is creamy. an outer shell comprising: at least one first legume, and at least one first additive selected from the group consisting of vitamins and minerals; wherein the at least one additive is not a part of the at least one first legume; and at least one first legume, and at least one first additive selected from the group consisting of vitamins and minerals; wherein the at least one additive is not a part of the at least one first legume; and an inner filling comprising: at least one second legume, and at least one second additive selected from the group consisting of vitamins and minerals; wherein the at least one second additive is not a part of the at least one second legume; at least one second legume, and at least one second additive selected from the group consisting of vitamins and minerals; wherein the at least one second additive is not a part of the at least one second legume; wherein the outer shell and the inner filling are substantially free of grain-based flour; wherein the product is a ready-to-eat food; and wherein the outer shell is crispy and the inner filling is creamy.
A method of providing driver assistance for a driver of a second vehicle by wirelessly receiving at least one operational parameter of a first vehicle , the first vehicle being ahead of the second vehicle , the method comprising: - determining whether the first vehicle and the second vehicle move in succession, without further vehicles in-between the first vehicle and the second vehicle, - the second vehicle establishing whether the passing of the first vehicle by the second vehicle is desired, - in dependence of said determining and said establishing, the second vehicle broadcasting a wireless data connection request with the first vehicle , - the second vehicle selectively receiving the at least one operational parameter from the first vehicle via the wireless data connection, established between the first vehicle and the second vehicle further to said request, - based on the at least one operational parameter , providing the driver assistance, wherein said establishing whether the passing of the first vehicle by the second vehicle is desired is based on elements selected from the group comprising: - a curviness of a road on which the second vehicle travels based on data from a navigation device of the second vehicle coupled to a map database; - a distance to an upcoming curve on the road on which the second vehicle travels based on data from the navigation device of the second vehicle - traffic signs detected based on image data of a forward-view camera of the second vehicle ; and - lane markings of the road detected based on the image data of the forward-view camera of the second vehicle . - determining whether the first vehicle and the second vehicle move in succession, without further vehicles in-between the first vehicle and the second vehicle, - the second vehicle establishing whether the passing of the first vehicle by the second vehicle is desired, - in dependence of said determining and said establishing, the second vehicle broadcasting a wireless data connection request with the first vehicle , - the second vehicle selectively receiving the at least one operational parameter from the first vehicle via the wireless data connection, established between the first vehicle and the second vehicle further to said request, - based on the at least one operational parameter , providing the driver assistance, - a curviness of a road on which the second vehicle travels based on data from a navigation device of the second vehicle coupled to a map database; - a distance to an upcoming curve on the road on which the second vehicle travels based on data from the navigation device of the second vehicle - traffic signs detected based on image data of a forward-view camera of the second vehicle ; and - lane markings of the road detected based on the image data of the forward-view camera of the second vehicle .
A steering hub system driven by a ball joint universal rotary motor, comprising a hub body and a connection mechanism, the hub body being connected to a vehicle suspension via the connection mechanism; characterized in that the hub body comprises a ball joint universal rotary motor inside; the ball joint universal rotary motor comprises a rotatable spherical shell-shaped rotor body having an opening, a spherical stator body disposed within the rotor body and connected to the connection mechanism, a first coil assembly and a second coil assembly both wound on the spherical stator body; when the first coil assembly is energized, the spherical shell-shaped rotor body rotates with respect to a first axis of the spherical stator body, and when the second coil assembly is energized, the spherical shell-shaped rotor body rotates with respect to a second axis of the spherical stator body, the first axis is not identical to the second axis; a main axle is provided in a position of the first axis and is fixedly connected to the spherical stator body; the main axle extends out of the spherical shell-shaped rotor body from the opening thereof; outer surfaces of the spherical shell-shaped rotor body at two sides of the opening are provided with protective sliding sleeves , respectively; one end of each sliding sleeve close to the opening of the spherical shell-shaped rotor body is provided with a positioning block ; a spherical sealing block is disposed between two positioning blocks , and the spherical sealing block is fixedly disposed on a front end of the main axle extending out of the opening of the spherical shell-shaped rotor body. the hub body comprises a ball joint universal rotary motor inside; the ball joint universal rotary motor comprises a rotatable spherical shell-shaped rotor body having an opening, a spherical stator body disposed within the rotor body and connected to the connection mechanism, a first coil assembly and a second coil assembly both wound on the spherical stator body; when the first coil assembly is energized, the spherical shell-shaped rotor body rotates with respect to a first axis of the spherical stator body, and when the second coil assembly is energized, the spherical shell-shaped rotor body rotates with respect to a second axis of the spherical stator body, the first axis is not identical to the second axis; a main axle is provided in a position of the first axis and is fixedly connected to the spherical stator body; the main axle extends out of the spherical shell-shaped rotor body from the opening thereof; outer surfaces of the spherical shell-shaped rotor body at two sides of the opening are provided with protective sliding sleeves , respectively; one end of each sliding sleeve close to the opening of the spherical shell-shaped rotor body is provided with a positioning block ; a spherical sealing block is disposed between two positioning blocks , and the spherical sealing block is fixedly disposed on a front end of the main axle extending out of the opening of the spherical shell-shaped rotor body.
A dehydration catalyst for preparing N-substituted maleimide represented by the following Formula 1: [Formula 1] Zr x (H a PO b ) c wherein, in Formula 1, x is 0.5 to 1.5, a and b are each independently 0 to 8, and c is 1 to 4, wherein the dehydration catalyst has an amorphous form or an orthorhombic structure, a surface area of 450 m 2 /g or less, as measured by a BET instrument, and a pore size of 8 nm to 30 nm, as measured by a number average particle size. wherein, in Formula 1, x is 0.5 to 1.5, a and b are each independently 0 to 8, and c is 1 to 4, wherein the dehydration catalyst has an amorphous form or an orthorhombic structure, a surface area of 450 m 2 /g or less, as measured by a BET instrument, and a pore size of 8 nm to 30 nm, as measured by a number average particle size.
A device for dispensing an air treatment chemical, the device comprising: a housing having a side wall defining an internal cavity ; a caddy assembly supported by the housing and having: an upper caddy frame configured to mount a substrate bearing an air treatment chemical adjacent an upper portion of the housing ; and a candle holder coupled to the upper caddy frame and configured to support a candle having a wick adjacent a lower portion of the housing in the internal cavity ; a substrate bearing air treatment chemical suitable to be supported by the upper caddy frame ; a candle suitable to be supported by the candle holder ; and a heat deflector plate arranged between the substrate and candle holder ,wherein the heat deflector plate has a vent structure. a housing having a side wall defining an internal cavity ; a caddy assembly supported by the housing and having: an upper caddy frame configured to mount a substrate bearing an air treatment chemical adjacent an upper portion of the housing ; and a candle holder coupled to the upper caddy frame and configured to support a candle having a wick adjacent a lower portion of the housing in the internal cavity ; an upper caddy frame configured to mount a substrate bearing an air treatment chemical adjacent an upper portion of the housing ; and a candle holder coupled to the upper caddy frame and configured to support a candle having a wick adjacent a lower portion of the housing in the internal cavity ; a substrate bearing air treatment chemical suitable to be supported by the upper caddy frame ; a candle suitable to be supported by the candle holder ; and a heat deflector plate arranged between the substrate and candle holder ,wherein the heat deflector plate has a vent structure.