mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile device comprising: a touch screen display ; one or more processors ; and a memory ; wherein the one or more processors are configured to control the touch screen display to display an execution screen image of an application, to receive a user input on the touch screen display; characterized in that the one or more processors are configured, when the user input forms a closed loop, to transmit, via a communication link, only a region included in the closed loop being a portion of the execution screen image to a wearable device connectable to the mobile device via the communication link; and in that whenever the region of the execution screen image is updated, the one or more processors are configured to transmit the updated region of the execution screen image to the wearable device via the communication link. a touch screen display ; one or more processors ; and a memory ; wherein the one or more processors are configured to control the touch screen display to display an execution screen image of an application, to receive a user input on the touch screen display; characterized in that the one or more processors are configured, when the user input forms a closed loop, to transmit, via a communication link, only a region included in the closed loop being a portion of the execution screen image to a wearable device connectable to the mobile device via the communication link; and in that whenever the region of the execution screen image is updated, the one or more processors are configured to transmit the updated region of the execution screen image to the wearable device via the communication link. wherein the one or more processors are configured to control the touch screen display to display an execution screen image of an application, to receive a user input on the touch screen display; characterized in that the one or more processors are configured, when the user input forms a closed loop, to transmit, via a communication link, only a region included in the closed loop being a portion of the execution screen image to a wearable device connectable to the mobile device via the communication link; and in that whenever the region of the execution screen image is updated, the one or more processors are configured to transmit the updated region of the execution screen image to the wearable device via the communication link.
A cooking appliance comprising: a housing having a bottom part , two side parts , and a back part , and a cooking compartment formed therein, wherein the housing has an upper surface and a front surface which are open; a door for opening and closing the housing , the door including a door upper surface part for covering the upper surface of the housing and a door front surface part extending from a front portion of the door upper surface part for covering the front surface of the housing ; a heating part configured to generate heat inside the cooking compartment , wherein the heating part includes a first heating part installed in the door upper surface part ; and an input part for controlling an operation of the heating part; characterized in that the input part is disposed at the door front surface part . a housing having a bottom part , two side parts , and a back part , and a cooking compartment formed therein, wherein the housing has an upper surface and a front surface which are open; a door for opening and closing the housing , the door including a door upper surface part for covering the upper surface of the housing and a door front surface part extending from a front portion of the door upper surface part for covering the front surface of the housing ; a heating part configured to generate heat inside the cooking compartment , wherein the heating part includes a first heating part installed in the door upper surface part ; and an input part for controlling an operation of the heating part; characterized in that the input part is disposed at the door front surface part .
A method of increasing the biological activity of a recombinant toxin, the method comprising: providing a nucleic acid construct comprising: (i) an arthropod toxin sequence, or a sequence of a biologically active fragment or variant thereof, the variant retaining at least 50% of the biological activity of the arthropod toxin and having a nucleic acid sequence which has at least 75% identity to the arthropod toxin sequence, operably linked to (ii) a nucleic acid sequence encoding an arthropod pro-region; and (iii) a nucleic acid sequence encoding a carrier protein, or a fragment or variant thereof; and expressing a fusion protein, the fusion protein comprising the arthropod toxin or a biologically active fragment or variant thereof linked to the carrier protein or a fragment or variant thereof; wherein the arthropod pro-region is a sequence between a signal peptide sequence and a mature protein N-terminus; and wherein the carrier protein, fragment or variant thereof is capable of mediating translocation of the fusion protein from an invertebrate gut. providing a nucleic acid construct comprising: (i) an arthropod toxin sequence, or a sequence of a biologically active fragment or variant thereof, the variant retaining at least 50% of the biological activity of the arthropod toxin and having a nucleic acid sequence which has at least 75% identity to the arthropod toxin sequence, operably linked to (ii) a nucleic acid sequence encoding an arthropod pro-region; and (iii) a nucleic acid sequence encoding a carrier protein, or a fragment or variant thereof; and (i) an arthropod toxin sequence, or a sequence of a biologically active fragment or variant thereof, the variant retaining at least 50% of the biological activity of the arthropod toxin and having a nucleic acid sequence which has at least 75% identity to the arthropod toxin sequence, operably linked to (ii) a nucleic acid sequence encoding an arthropod pro-region; and (iii) a nucleic acid sequence encoding a carrier protein, or a fragment or variant thereof; and expressing a fusion protein, the fusion protein comprising the arthropod toxin or a biologically active fragment or variant thereof linked to the carrier protein or a fragment or variant thereof;
A clinch fastener , comprising from top to bottom: a downwardly convergent frustoconical head having a self-locking tapered outer surface that is uninterrupted and continuous and having a bottom surface substantially perpendicular to a central vertical axis of the fastener ; an undercut located immediately below said head and extending from said bottom surface ; and a shank at the bottom of the fastener located immediately below the undercut . a downwardly convergent frustoconical head having a self-locking tapered outer surface that is uninterrupted and continuous and having a bottom surface substantially perpendicular to a central vertical axis of the fastener ; an undercut located immediately below said head and extending from said bottom surface ; and a shank at the bottom of the fastener located immediately below the undercut .
Enclosure for an electric device in a high voltage electric field, the enclosure comprising: at least one top element and at least one corresponding bottom element extending circumferentially from a centre portion , wherein the top and the bottom elements are plate-like elements disposed substantially parallel to each other at a predetermined distance to provide a space therebetween, wherein the top and bottom elements are each electrically connected at one end at the centre portion , and in electrical contact at respective circumferential ends to form at least a portion of the enclosure ; wherein the enclosure is at least partially constructed of a conductive material; and wherein at least two slots are provided in the enclosure extending from the centre portion to a circumference to separate different portions of the enclosure . at least one top element and at least one corresponding bottom element extending circumferentially from a centre portion , wherein the top and the bottom elements are plate-like elements disposed substantially parallel to each other at a predetermined distance to provide a space therebetween, wherein the top and bottom elements are each electrically connected at one end at the centre portion , and in electrical contact at respective circumferential ends to form at least a portion of the enclosure ; wherein the enclosure is at least partially constructed of a conductive material; and wherein at least two slots are provided in the enclosure extending from the centre portion to a circumference to separate different portions of the enclosure .
A plasma chemical vapor deposition apparatus for deposition of one or more layers of silica onto an interior wall of an elongated hollow glass substrate tube, which apparatus comprises a microwave generator, a plasma generator receiving microwaves from the microwave generator in use, a cylindrical cavity extending through the plasma generator, and a cylindrical liner which is transparent to microwave radiation and which is positioned in the cavity, a central axis of the liner being coaxial with a central axis of the cavity, wherein the substrate tube passes through the liner in use, wherein the liner has at least one section having a reduced inner diameter, with respect to an inner diameter of a remaining part of the liner, over a part of the length of the liner, the at least one section providing a contact zone for the substrate tube, characterized in that the microwave generator is configured to generate microwaves having a wavelength Lw in the range of 40 to 400 mm, wherein a length of said at least one section having the reduced inner diameter is at most 0.1 × Lw, and at least 1 mm.
A light emitting element, comprising: a base substrate , and a plurality of light emitting units provided on the base substrate , wherein each light emitting unit comprises: an anode electrode , a hole transport layer , a light emitting layer , an electron transport layer , and a cathode electrode , all of the light emitting units are divided into a plurality of light emitting sets, and the light emitting units in a same light emitting set share a same electron transport layer and a same cathode electrode , characterized in that a conductive pattern is provided on the electron transport layer correspondingly in the periphery of each light emitting unit , and wherein the conductive pattern is in an annular shape and is a low resistivity material selected from a group consisting of gold, platinum and graphene. a base substrate , and a plurality of light emitting units provided on the base substrate , wherein each light emitting unit comprises: an anode electrode , a hole transport layer , a light emitting layer , an electron transport layer , and a cathode electrode , all of the light emitting units are divided into a plurality of light emitting sets, and the light emitting units in a same light emitting set share a same electron transport layer and a same cathode electrode , characterized in that a conductive pattern is provided on the electron transport layer correspondingly in the periphery of each light emitting unit , and wherein the conductive pattern is in an annular shape and is a low resistivity material selected from a group consisting of gold, platinum and graphene. an anode electrode , a hole transport layer , a light emitting layer , an electron transport layer , and a cathode electrode , all of the light emitting units are divided into a plurality of light emitting sets, and the light emitting units in a same light emitting set share a same electron transport layer and a same cathode electrode , characterized in that a conductive pattern is provided on the electron transport layer correspondingly in the periphery of each light emitting unit , and wherein the conductive pattern is in an annular shape and is a low resistivity material selected from a group consisting of gold, platinum and graphene.
System comprising a circular silo for storing agricultural products, such as cereals or grains, and a centrally rotating sweeping screw comprising an endless screw and a portion of housing (29.1, 29.2, 29.3, 29.4, 29.5) which is fixed with respect to said screw, partially enveloping said endless screw so as to leave free access of said agricultural products to said endless screw on one side of said screw through an opening (200.2, 200.3, 200.4, 200.5) between said fixed portion of said housing and the floor of said silo, characterized in that said housing comprises at least one cover movable with respect to said fixed portion of said housing between a retracted position, in which said opening is released, and a deployed position, in which said cover obstructs said opening.
A method for preparing a dispersion for a positive electrode forming material, the method comprising: adding an oxidizer to acid suspension of fine carbon fibers; hydrophilizing a surface of the fine carbon fibers by oxidation; collecting the fine carbon fibers by filtering separation; and mixing the carbon fibers with a dispersion medium, wherein the fine carbon fibers are carbon nanofibers having an average fiber diameter of 1 to 100 nm and an aspect ratio of 5 or greater. adding an oxidizer to acid suspension of fine carbon fibers; hydrophilizing a surface of the fine carbon fibers by oxidation; collecting the fine carbon fibers by filtering separation; and mixing the carbon fibers with a dispersion medium, wherein the fine carbon fibers are carbon nanofibers having an average fiber diameter of 1 to 100 nm and an aspect ratio of 5 or greater.
Vehicle having a cockpit comprising a driver's seat and at least one driving-relevant cockpit element for functional use by a driver of the vehicle, wherein the vehicle is able to be operated in a manual driving mode and in an at least partially automatic driving mode, furthermore comprising a controller for automatically setting a position of the driver's seat and/or a position of the at least one cockpit element , wherein the controller is designed to set a first position of the driver's seat and a first position of the at least one driving-relevant cockpit element when the vehicle is operated in the manual driving mode, wherein the controller is furthermore designed to set a second position of the driver's seat and/or a second position of the at least one driving-relevant cockpit element when the vehicle is operated in the automatic driving mode, characterized in that the controller is designed to set the second position of the driver's seat and/or the second position of the at least one driving-relevant cockpit element such that the at least one driving-relevant cockpit element is able to be functionally used by the driver when the motor vehicle is operated or is intended to be operated in the automatic driving mode, wherein the vehicle has a recording device, in particular a passenger compartment camera , connected to the controller, wherein the controller is designed, by processing data, in particular images, recorded by the recording device , to ascertain a body size and/or sitting position of the driver , wherein the controller is designed to set the second position of the driver's seat and/or the second position of the at least one driving-relevant cockpit element on the basis of the ascertained body size and/or sitting position of the driver .
A computer implemented method for evaluating dynamics of a tear fluid layer, comprising: a step of acquiring color information of each pixel in a predetermined region of a tear fluid layer interference fringe image, which is a moving image or a plurality of static images; a step of calculating a numerical value indicating a diversity of color from the acquired color information; a step of calculating an average value of the color information; and a step of calculating a coefficient of variation on a basis of the calculated numerical value indicating the diversity of color and the calculated average value of the color information, the coefficient of variation being used as an index for evaluating the dynamics of the tear fluid layer, characterized in that the color information is luminance or brightness of the pixel; the numerical value indicates the diversity of color being a variation of the luminance or the brightness; the coefficient of variation is a numerical value obtained by dividing the numerical value indicating the diversity of the color by the average value of the color information. a step of acquiring color information of each pixel in a predetermined region of a tear fluid layer interference fringe image, which is a moving image or a plurality of static images; a step of calculating a numerical value indicating a diversity of color from the acquired color information; a step of calculating an average value of the color information; and a step of calculating a coefficient of variation on a basis of the calculated numerical value indicating the diversity of color and the calculated average value of the color information, the coefficient of variation being used as an index for evaluating the dynamics of the tear fluid layer, the color information is luminance or brightness of the pixel; the numerical value indicates the diversity of color being a variation of the luminance or the brightness; the coefficient of variation is a numerical value obtained by dividing the numerical value indicating the diversity of the color by the average value of the color information.
A method for assessing the quality of medical images of at least a portion of a patient's anatomy, using a computer system, the method comprising: receiving one or more images of at least a portion of the patient's anatomy; determining, using a processor of the computer system, one or more image properties of the received images; performing, using a processor of the computer system, identification of lumen features of vessels; quantifying one or more image characteristics associated with the lumen features, wherein the one or more image characteristics include at least noise, motion, contrast, misalignment, blooming, opacification, or a combination thereof; and calculating, using a processor of the computer system, an image quality score based on the one or more image properties and the one or more image characteristics. receiving one or more images of at least a portion of the patient's anatomy; determining, using a processor of the computer system, one or more image properties of the received images; performing, using a processor of the computer system, identification of lumen features of vessels; quantifying one or more image characteristics associated with the lumen features, wherein the one or more image characteristics include at least noise, motion, contrast, misalignment, blooming, opacification, or a combination thereof; and calculating, using a processor of the computer system, an image quality score based on the one or more image properties and the one or more image characteristics.
Coated body comprising at least - a substrate , - at least one diamond layer with a thickness of 1 - 40 μm, - and at least one hard material layer , which is composed of one or more metallic elements and one or more non-metallic elements, - wherein the metallic element or elements are selected from the group comprising Al, Si and elements of groups 4 to 6 of the periodic table according to IUPAC , - and wherein the non-metallic element or elements are selected from the group comprising B, N and O - where the hard material layer is arranged further outside on the body than the diamond layer , characterized by - an adhesive layer having a thickness of 2 - 80 nm between the diamond layer and the hard material layer and containing carbon and at least one metallic element, wherein the metallic element or elements of the adhesive layer are selected from a group comprising Ti and Cr, - wherein the adhesive layer is formed by implantation or diffusion of metal atoms in an outer zone of the diamond layer . - a substrate , - at least one diamond layer with a thickness of 1 - 40 μm, - and at least one hard material layer , which is composed of one or more metallic elements and one or more non-metallic elements, - wherein the metallic element or elements are selected from the group comprising Al, Si and elements of groups 4 to 6 of the periodic table according to IUPAC , - and wherein the non-metallic element or elements are selected from the group comprising B, N and O - where the hard material layer is arranged further outside on the body than the diamond layer , - an adhesive layer having a thickness of 2 - 80 nm between the diamond layer and the hard material layer and containing carbon and at least one metallic element, wherein the metallic element or elements of the adhesive layer are selected from a group comprising Ti and Cr, - wherein the adhesive layer is formed by implantation or diffusion of metal atoms in an outer zone of the diamond layer .
A method of generating foam by mixing a liquid with air by a pump mechanism , the method comprising: delivering the liquid and a first volume of air through a first foam generator by the pump mechanism to generate a first foam; and delivering the first foam and a second volume of air through a second foam generator by the pump mechanism to generate a second foam; characterized in that the pump mechanism comprises a high pressure valve that regulates fluid flow through the first foam generator ; wherein the high pressure valve prevents fluid from flowing past the high pressure valve unless the fluid is at or above a threshold pressure; wherein the pump mechanism pressurizes the liquid and the first volume of the air up to at least the threshold pressure when the pump mechanism is activated; wherein the pump mechanism further comprises a variable volume high pressure compartment that receives at least one of the liquid and the air; and wherein the method further comprises: reducing a volume of the high pressure compartment from a first volume to a smaller second volume on activation of the pump mechanism , thereby increasing a pressure within the high pressure compartment up to at least the threshold pressure. delivering the liquid and a first volume of air through a first foam generator by the pump mechanism to generate a first foam; and delivering the first foam and a second volume of air through a second foam generator by the pump mechanism to generate a second foam; characterized in that the pump mechanism comprises a high pressure valve that regulates fluid flow through the first foam generator ; wherein the high pressure valve prevents fluid from flowing past the high pressure valve unless the fluid is at or above a threshold pressure; wherein the pump mechanism pressurizes the liquid and the first volume of the air up to at least the threshold pressure when the pump mechanism is activated; wherein the pump mechanism further comprises a variable volume high pressure compartment that receives at least one of the liquid and the air; and wherein the method further comprises: reducing a volume of the high pressure compartment from a first volume to a smaller second volume on activation of the pump mechanism , thereby increasing a pressure within the high pressure compartment up to at least the threshold pressure.