mhurhangee/patent-ind-claim-en huggingface dataset:
A combine harvester with a chopping device configured to comminute harvested material which is passed through the combine harvester and processed at the same time and a flow of chopped material is produced thereby, with a material spreading device configured to spread the flow of chopped material leaving the combine harvester over the ground in the rearward region of the combine harvester , and with a control device which has a sensor unit for optical detection of the flow of chopped material leaving the material spreading device and an image processing unit for processing images which are produced by the sensor unit based on the optically detected flow of chopped material , characterized in that the image processing unit is configured to employ the optical flow method to determine the discharge velocity of the flow of chopped material leaving the material spreading device based on the images produced by the sensor unit and to make a prediction regarding the spread of the flow of chopped material over the ground which can be expected. with a chopping device configured to comminute harvested material which is passed through the combine harvester and processed at the same time and a flow of chopped material is produced thereby, with a material spreading device configured to spread the flow of chopped material leaving the combine harvester over the ground in the rearward region of the combine harvester , and with a control device which has a sensor unit for optical detection of the flow of chopped material leaving the material spreading device and an image processing unit for processing images which are produced by the sensor unit based on the optically detected flow of chopped material , characterized in that the image processing unit is configured to employ the optical flow method to determine the discharge velocity of the flow of chopped material leaving the material spreading device based on the images produced by the sensor unit and to make a prediction regarding the spread of the flow of chopped material over the ground which can be expected.
A roll-up fireproof curtain for closing a communication hole, wherein at least one linear transport element in the shape of a rail, a belt conveyor flight, a pipeline, cable or other conductor is spread crosswise the communication hole and protrudes above its foundation , with a housing , permanent vertical groove guides with sealing elements and a flexible coat of a fireproof material that is secured with its upper border to a rotational winding shaft that is bearing-mounted in the housing affixable to a head of the communication hole to be closed, wherein the side coat borders are placed slidingly in the permanent vertical groove guides and wherein the curtain is further equipped with a rigid seal plate of a fireproof material that, in the unrolled condition of the coat , is spread longitudinally under the lower border of the coat and adheres to said lower border with its upper surface while the lower surface of the rigid seal plate adheres to the foundation of the communication hole , wherein the rigid seal plate has at least one lateral open downwards cavity that surrounds the linear transport element protruding above the foundation of the communication hole having a lateral outline matched to the profile of the linear transport element , wherein the rigid seal plate is secured to the coat by means of rocking hangers mounted on the plate ends and having a pivotal joint with the lower border of the coat . in the unrolled condition of the coat , is spread longitudinally under the lower border of the coat and adheres to said lower border with its upper surface while the lower surface of the rigid seal plate adheres to the foundation of the communication hole , wherein the rigid seal plate has at least one lateral open downwards cavity that surrounds the linear transport element protruding above the foundation of the communication hole having a lateral outline matched to the profile of the linear transport element , wherein the rigid seal plate is secured to the coat by means of rocking hangers mounted on the plate ends and having a pivotal joint with the lower border of the coat .
An artificial nail, comprising: a design layer ; and an adhesive layer provided below the design layer , and which is adhered to a nail main body (M), characterized in that the design layer is having a plurality of first die-cut lines , wherein the die-cut lines are disposed at two sides of the design layer in lengthwise direction of the design layer and widthwise direction of the design layer, wherein one side end of the first die-cut lines cuts an outer surface of the design layer , and the other side end of the first die-cut lines disposed in the lengthwise direction of the design layer cuts the outer surface of the design layer inwards from the lengthwise direction by 5% to 50% relative to the length of the design layer , and the other side end of the first die-cut lines disposed in the widthwise direction of the design layer cuts the outer surface of the design layer inwards from the widthwise direction by 5% to 50% relative to the width of the design layer . a design layer ; and an adhesive layer provided below the design layer , and which is adhered to a nail main body (M), characterized in that the design layer is having a plurality of first die-cut lines , wherein the die-cut lines are disposed at two sides of the design layer in lengthwise direction of the design layer and widthwise direction of the design layer, wherein one side end of the first die-cut lines cuts an outer surface of the design layer , and the other side end of the first die-cut lines disposed in the lengthwise direction of the design layer cuts the outer surface of the design layer inwards from the lengthwise direction by 5% to 50% relative to the length of the design layer , and the other side end of the first die-cut lines disposed in the widthwise direction of the design layer cuts the outer surface of the design layer inwards from the widthwise direction by 5% to 50% relative to the width of the design layer .
A wireless communication method, characterized in comprising: receiving , by a terminal device, first information sent by a network device, wherein the first information indicates the terminal device to use a supplementary uplink, SUL, carrier to transmit a sounding reference signal, SRS, and the SUL carrier is one of a plurality of uplink carriers that can be used for the terminal device; and based on the first information, using the SUL carrier to transmit the SRS, wherein the plurality of uplink carriers that can be used for the terminal device respectively belong to a plurality of different frequency bands, a frequency band to which the SUL carrier belongs is lower than frequency bands to which other uplink carriers belong; wherein the first information is carried in SRS configuration information used for semi-statically configuring the SRS; or the first information is carried in a trigger message for dynamically triggering the SRS; and wherein the method further comprises: receiving, by the terminal device, second information sent by the network device before sending the first information, wherein the second information is used to configure the SUL carrier for the terminal device; and configuring, by the terminal device, the SUL carrier. receiving , by a terminal device, first information sent by a network device, wherein the first information indicates the terminal device to use a supplementary uplink, SUL, carrier to transmit a sounding reference signal, SRS, and the SUL carrier is one of a plurality of uplink carriers that can be used for the terminal device; and based on the first information, using the SUL carrier to transmit the SRS, wherein the plurality of uplink carriers that can be used for the terminal device respectively belong to a plurality of different frequency bands, a frequency band to which the SUL carrier belongs is lower than frequency bands to which other uplink carriers belong; wherein the first information is carried in SRS configuration information used for semi-statically configuring the SRS; or the first information is carried in a trigger message for dynamically triggering the SRS; and wherein the method further comprises: receiving, by the terminal device, second information sent by the network device before sending the first information, wherein the second information is used to configure the SUL carrier for the terminal device; and configuring, by the terminal device, the SUL carrier. receiving, by the terminal device, second information sent by the network device before sending the first information, wherein the second information is used to configure the SUL carrier for the terminal device; and configuring, by the terminal device, the SUL carrier.
Solar cell module, having a plurality of solar cell strings, wherein each solar cell string has a plurality of solar cells connected in series, characterised in that the solar cell module has a plurality of solar cells of a group A and a plurality of solar cell elements from a group B, wherein the solar cells of the group A have at the optimum working point a smaller output current than the solar cell elements of the group B, that the solar cell module has a first module segment having several solar cell strings connected in parallel, wherein each solar cell string of the first module segment is formed from solar cells of the group A connected in series and the solar cell module has at least one second module segment , connected in series with the first module segment , having at least one solar cell string B1 which has a plurality of solar cell elements of the group B connected in series. having a plurality of solar cell strings, wherein each solar cell string has a plurality of solar cells connected in series, characterised in that the solar cell module has a plurality of solar cells of a group A and a plurality of solar cell elements from a group B, wherein the solar cells of the group A have at the optimum working point a smaller output current than the solar cell elements of the group B, that the solar cell module has a first module segment having several solar cell strings connected in parallel, wherein each solar cell string of the first module segment is formed from solar cells of the group A connected in series and the solar cell module has at least one second module segment , connected in series with the first module segment , having at least one solar cell string B1 which has a plurality of solar cell elements of the group B connected in series.
A processing apparatus for unfurling or folding a processing subject (T), comprising: a pair of retaining devices capable of retaining the processing subject; a carrying device capable of carrying the processing subject such that a part of the processing subject hangs down therefrom while the processing subject is retained by at least one of the pair of retaining devices; and a control device configured to control movement of the retaining devices and the carrying device, wherein the control device is configured to rotate the carrying device in a condition where the retained processing subject hangs down from the carrying device. a pair of retaining devices capable of retaining the processing subject; a carrying device capable of carrying the processing subject such that a part of the processing subject hangs down therefrom while the processing subject is retained by at least one of the pair of retaining devices; and a control device configured to control movement of the retaining devices and the carrying device, wherein the control device is configured to rotate the carrying device in a condition where the retained processing subject hangs down from the carrying device.
A tool-less cover assembly for an electrical or electronic device , the tool-less cover assembly comprising: a base plate ; a base portion adapted to receive the base plate and adapted to enclose one or more elements; a cover plate adapted to be removably affixed to the base plate ; a notch provided in the base plate and in association with the cover plate , the notch adapted to provide a recess between the base plate and the cover plate in an assembled position; characterized in that : a periphery of the cover plate extends over a periphery of the base plate , such that the cover plate can be lifted by contacting a portion of the cover plate by a user; wherein the cover plate includes a single or multiple visual indicators . a base plate ; a base portion adapted to receive the base plate and adapted to enclose one or more elements; a cover plate adapted to be removably affixed to the base plate ; a notch provided in the base plate and in association with the cover plate , the notch adapted to provide a recess between the base plate and the cover plate in an assembled position; characterized in that : a periphery of the cover plate extends over a periphery of the base plate , such that the cover plate can be lifted by contacting a portion of the cover plate by a user; wherein the cover plate includes a single or multiple visual indicators . a periphery of the cover plate extends over a periphery of the base plate , such that the cover plate can be lifted by contacting a portion of the cover plate by a user; wherein the cover plate includes a single or multiple visual indicators .
A cooling system for a fuel system of a turbine engine , comprising: at least one fuel nozzle extending into a combustor chamber formed at least in part by a combustor housing , wherein the at least one fuel nozzle includes at least one fuel exhaust orifice with an opening in an outer surface of the at least one fuel nozzle , wherein the at least one fuel nozzle is at its bottom formed by the combustor housing in communication with a fuel source and in communication with a steam source thereby forming a combined fuel and steam nozzle; and at least one cooling system housing positioned around the at least one fuel nozzle on the combustor housing , wherein the at least one cooling system housing forms a cooling chamber defined at least partially by an inner surface of the at least one cooling system housing and the outer surface of the at least one fuel nozzle , wherein the cooling chamber conveys cooling air arranged to surround the fuel nozzle and thus cool the fuel nozzle during combustor operation, regardless of whether the fuel nozzle is in use, wherein a distal end of the at least one cooling system housing terminates closer to the combustor housing than a distal end of the at least one fuel nozzle , wherein at least one centering strut extends radially inward from the inner surface of the at least one cooling system housing for maintaining a position of the at least one cooling system housing around the fuel nozzle , wherein that the at least one fuel nozzle is an axial stage nozzle positioned within a secondary combustion zone . at least one fuel nozzle extending into a combustor chamber formed at least in part by a combustor housing , wherein the at least one fuel nozzle includes at least one fuel exhaust orifice with an opening in an outer surface of the at least one fuel nozzle , wherein the at least one fuel nozzle is at its bottom formed by the combustor housing in communication with a fuel source and in communication with a steam source thereby forming a combined fuel and steam nozzle; and at least one cooling system housing positioned around the at least one fuel nozzle on the combustor housing , wherein the at least one cooling system housing forms a cooling chamber defined at least partially by an inner surface of the at least one cooling system housing and the outer surface of the at least one fuel nozzle , wherein the cooling chamber conveys cooling air arranged to surround the fuel nozzle and thus cool the fuel nozzle during combustor operation, regardless of whether the fuel nozzle is in use, wherein a distal end of the at least one cooling system housing terminates closer to the combustor housing than a distal end of the at least one fuel nozzle , wherein at least one centering strut extends radially inward from the inner surface of the at least one cooling system housing for maintaining a position of the at least one cooling system housing around the fuel nozzle , wherein that the at least one fuel nozzle is an axial stage nozzle positioned within a secondary combustion zone .
A method of assembling a prosthetic heart valve comprising a plurality of leaflets, the method comprising: forming a plurality of commissures with the plurality of leaflets, wherein each commissure is formed by: pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet, coupling a main body of a support strip to the first and second commissure tabs via primary sutures, wherein coupling the main body of the support strip to the first and second commissure tabs includes stitching the primary sutures through, in order or in reverse order: a first side of the main body of the support strip, the first commissure tab, the second commissure tab, and a second side of the main body of the support strip, folding a tab portion of the support strip over a central region of the main body, and coupling the tab portion of the support strip to the central region of the main body via secondary sutures; and for each commissure, securing the commissure to a respective support portion of a frame of the prosthetic heart valve; wherein the main body of the support strip and the tab portion of the support strip are positioned between the commissure tabs and the respective support portion of the frame of the prosthetic heart valve. pairing a first commissure tab of a first leaflet with an adjacent, second commissure tab of a second leaflet, coupling a main body of a support strip to the first and second commissure tabs via primary sutures, wherein coupling the main body of the support strip to the first and second commissure tabs includes stitching the primary sutures through, in order or in reverse order: a first side of the main body of the support strip, the first commissure tab, the second commissure tab, and a second side of the main body of the support strip, folding a tab portion of the support strip over a central region of the main body, and coupling the tab portion of the support strip to the central region of the main body via secondary sutures; and for each commissure, securing the commissure to a respective support portion of a frame of the prosthetic heart valve; wherein the main body of the support strip and the tab portion of the support strip are positioned between the commissure tabs and the respective support portion of the frame of the prosthetic heart valve.
A compound of formula (Aa), or a pharmaceutically acceptable salt, a hydrate or a solvate, a crystal form, or a stereoisomer thereof, wherein, R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 and R 12 are each independently selected from hydrogen or deuterium; X is selected from CH 3 , CD 3 , CHD 2 or CH 2 D; with the proviso that if X is CH 3 , then at least one of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 and R 12 is deuterium, wherein the compound is selected from the group consisting of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 and R 12 are each independently selected from hydrogen or deuterium; X is selected from CH 3 , CD 3 , CHD 2 or CH 2 D; with the proviso that if X is CH 3 , then at least one of R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 and R 12 is deuterium, wherein the compound is selected from the group consisting of
A method for manufacturing an endoscope insertion tube , wherein the insertion tube has a proximal passive flexible section and a distal angled section (A), the passive flexible section and the angled section (A) are integrally formed and individual cuts are made in the flexible section , provided as a tube-like element, in such a way that adjacent individual cuts are equidistant from one another, characterized in that at a predefined number of the individual cuts that lie behind each other in longitudinal direction of the tube-like element, a single first short cut adjoins that is shorter than the other individual cuts , opposite to the first short cut , a second short cut is formed, wherein the first short cut and the second short cut form a pair and lie on the same plane, a band portion of the material of the tube-like element between the first short cut and the adjacent other individual cut of the predefined number of the individual cuts that lie behind each other, is bend to the tube center of the tube-like element for forming a cable guide lug , and a band portion of the material of the tube-like element between the second short cut and the adjacent other individual cut of the predefined number of the individual cuts that lie behind each other, is bend to the tube center of the tube-like element for forming a cable guide lug . wherein the insertion tube has a proximal passive flexible section and a distal angled section (A), the passive flexible section and the angled section (A) are integrally formed and individual cuts are made in the flexible section , provided as a tube-like element, in such a way that adjacent individual cuts are equidistant from one another, characterized in that at a predefined number of the individual cuts that lie behind each other in longitudinal direction of the tube-like element, a single first short cut adjoins that is shorter than the other individual cuts , opposite to the first short cut , a second short cut is formed, wherein the first short cut and the second short cut form a pair and lie on the same plane, a band portion of the material of the tube-like element between the first short cut and the adjacent other individual cut of the predefined number of the individual cuts that lie behind each other, is bend to the tube center of the tube-like element for forming a cable guide lug , and a band portion of the material of the tube-like element between the second short cut and the adjacent other individual cut of the predefined number of the individual cuts that lie behind each other, is bend to the tube center of the tube-like element for forming a cable guide lug .