mhurhangee/patent-ind-claim-en huggingface dataset:
An organic EL element comprising: a continuous first electrode ; a continuous second electrode ; and a light emitting layer arranged between the first electrode and the second electrode , wherein the light emitting layer has a plurality of light emitting regions , and wherein at least two light emitting regions out of the plurality of light emitting regions are different in at least one of emission color and emission luminance and thereby form a predetermined emission pattern showing a character or a picture, characterized in that , out of the at least two light emitting regions , a first light emitting region is arranged so as to be surrounded by a second light emitting region and the first light emitting region is shifted in a predetermined shift direction along the light emission surface, such that there is an overlap between the first light emitting region and the second light emitting region on one side in the shift direction, while there appears a gap between the first light emitting region and the second light emitting region on the other side in the shift direction.
A method performed by a user device to implement a user device-initiated request for resource configuration, the method comprising: determining , by the user device , conditions related to communicating with a base station over a wireless connection ; selecting , by the user device and based on the determined conditions, a schedule for uplink and downlink orthogonal frequency-division multiplexing (OFDM) symbols within a resource of the wireless connection ; and transmitting , to the base station , a request to communicate with the base station, the request identifying the selected schedule for uplink and downlink OFDM symbols within the resource of the wireless connection. determining , by the user device , conditions related to communicating with a base station over a wireless connection ; selecting , by the user device and based on the determined conditions, a schedule for uplink and downlink orthogonal frequency-division multiplexing (OFDM) symbols within a resource of the wireless connection ; and transmitting , to the base station , a request to communicate with the base station, the request identifying the selected schedule for uplink and downlink OFDM symbols within the resource of the wireless connection.
System for recording and monitoring health and physical development of live fish, comprising: - an aquaculture cage, - at least an imaging device adapted to image a recording area localized under water within the cage, the recording area being formed to allow fish to swim through it, - a data processor , and a memory unit , wherein the data processor is adapted to analyse images from the imaging device and identify features of the fish, which features characterize individuals, health condition thereof, and physical development thereof, and store the features in the memory unit, and to compare features of the fish with characteristics stored in the memory unit for the same individual, and identify differences of the health condition and growth of the same individual over time. - an aquaculture cage, - at least an imaging device adapted to image a recording area localized under water within the cage, the recording area being formed to allow fish to swim through it, - a data processor , and a memory unit ,
A pharmaceutical composition for intraocular injection, comprising (a) a therapeutic component consisting essentially of: (a1) a therapeutically effective quantity of an anti-bacterial agent, independently selected from the group consisting of a fluorinated quinolone and pharmaceutically acceptable salts, hydrates, solvates or N-oxides thereof; and (a2) a therapeutically effective quantity of an anti-inflammatory agent independently selected from the group consisting of corticosteroids and pharmaceutically acceptable salts, hydrates, solvates, ethers, esters, acetals and ketals thereof; (b) at least one pharmaceutically acceptable excipient suitable for intraocular injection; wherein at least one excipient is a solubilizing and suspending agent selected from the group consisting of non-ionic polyoxyethlene-polyoxypropylene block copolymers at a concentration of 0.01 - 1 mass%; and (c) optionally, a pharmaceutically acceptable carrier therefor. (a) a therapeutic component consisting essentially of: (a1) a therapeutically effective quantity of an anti-bacterial agent, independently selected from the group consisting of a fluorinated quinolone and pharmaceutically acceptable salts, hydrates, solvates or N-oxides thereof; and (a2) a therapeutically effective quantity of an anti-inflammatory agent independently selected from the group consisting of corticosteroids and pharmaceutically acceptable salts, hydrates, solvates, ethers, esters, acetals and ketals thereof; (a1) a therapeutically effective quantity of an anti-bacterial agent, independently selected from the group consisting of a fluorinated quinolone and pharmaceutically acceptable salts, hydrates, solvates or N-oxides thereof; and (a2) a therapeutically effective quantity of an anti-inflammatory agent independently selected from the group consisting of corticosteroids and pharmaceutically acceptable salts, hydrates, solvates, ethers, esters, acetals and ketals thereof; (b) at least one pharmaceutically acceptable excipient suitable for intraocular injection; wherein at least one excipient is a solubilizing and suspending agent selected from the group consisting of non-ionic polyoxyethlene-polyoxypropylene block copolymers at a concentration of 0.01 - 1 mass%; and (c) optionally, a pharmaceutically acceptable carrier therefor.
A lighting device comprising: - a flexible printed circuit elongated in a longitudinal direction (A) and including a plurality of mounting portions spaced apart along said longitudinal direction (A) and connected to each other by deformation portions , and - a plurality of electrically powered light radiation sources fixed to said mounting portions , wherein an encapsulation layer of cross-linked polymeric material covers said flexible printed circuit and said light radiation source , wherein said polymeric material is dispensed in liquid form and subsequently crosslinked and wherein said encapsulation layer has a first thickness (T1) at said mounting portions and a second thickness (T2) smaller than said first thickness (T1) at said deformation portions , wherein least one through opening is formed through said encapsulation layer at one or more of said deformation portions and wherein one or more of said deformation portions of said flexible printed circuit comprise at least two conductive tracks spaced apart in a transverse direction (B) and wherein said at least one through opening is located between said conductive tracks . - a flexible printed circuit elongated in a longitudinal direction (A) and including a plurality of mounting portions spaced apart along said longitudinal direction (A) and connected to each other by deformation portions , and - a plurality of electrically powered light radiation sources fixed to said mounting portions , wherein an encapsulation layer of cross-linked polymeric material covers said flexible printed circuit and said light radiation source , wherein said polymeric material is dispensed in liquid form and subsequently crosslinked and wherein said encapsulation layer has a first thickness (T1) at said mounting portions and a second thickness (T2) smaller than said first thickness (T1) at said deformation portions , wherein least one through opening is formed through said encapsulation layer at one or more of said deformation portions and wherein one or more of said deformation portions of said flexible printed circuit comprise at least two conductive tracks spaced apart in a transverse direction (B) and wherein said at least one through opening is located between said conductive tracks .
An electronic brake system comprising: a reservoir in which a fluid is stored; a master cylinder including a master chamber and a master piston configured to have a position thereof changed according to an operation of a brake pedal and pressurize and discharge a fluid accommodated in the master chamber according to the changed position of the master piston ; a simulation device including a simulation chamber and a simulation piston configured to have a position thereof changed according to the pressurized fluid discharged from the master chamber and pressurize and discharge a fluid accommodated in the simulation chamber according to the changed position of the simulation piston ; a simulator check valve ; and a simulator valve ; characterized by a reservoir passage configured to communicate the master chamber , the simulation chamber , and the reservoir with each other; wherein the simulator valve is provided on a bypass passage connected in parallel to the simulator check valve on the reservoir passage and configured to control flow of a fluid in opposite directions, wherein the simulator check valve is provided on the reservoir passage and configured to allow only a flow of a fluid directed from the reservoir to the master chamber and the simulation chamber . a reservoir in which a fluid is stored; a master cylinder including a master chamber and a master piston configured to have a position thereof changed according to an operation of a brake pedal and pressurize and discharge a fluid accommodated in the master chamber according to the changed position of the master piston ; a simulation device including a simulation chamber and a simulation piston configured to have a position thereof changed according to the pressurized fluid discharged from the master chamber and pressurize and discharge a fluid accommodated in the simulation chamber according to the changed position of the simulation piston ; a simulator check valve ; and a simulator valve ; characterized by a reservoir passage configured to communicate the master chamber , the simulation chamber , and the reservoir with each other; wherein the simulator valve is provided on a bypass passage connected in parallel to the simulator check valve on the reservoir passage and configured to control flow of a fluid in opposite directions, wherein the simulator check valve is provided on the reservoir passage and configured to allow only a flow of a fluid directed from the reservoir to the master chamber and the simulation chamber .
A method for connecting two wind turbine blade portions , the method comprising the steps of: a) providing (S1) a first wind turbine blade portion and a second wind turbine blade portion , b) providing (S2) a plurality of first markers on the first blade portion and providing a plurality of second markers on the second blade portion , c) determining (S4) of target positions of the first markers and the second markers , d) aligning (S6) the wind turbine blade portions to each other and comparing actual positions of the first markers and the second markers with the target positions, wherein step d) is executed by means of digital image correlation, and e) connecting (S7) the wind turbine blade portions together. a) providing (S1) a first wind turbine blade portion and a second wind turbine blade portion , b) providing (S2) a plurality of first markers on the first blade portion and providing a plurality of second markers on the second blade portion , c) determining (S4) of target positions of the first markers and the second markers , d) aligning (S6) the wind turbine blade portions to each other and comparing actual positions of the first markers and the second markers with the target positions, wherein step d) is executed by means of digital image correlation, and e) connecting (S7) the wind turbine blade portions together.
A material comprising one or more transparent substrates, each substrate comprising two main faces, characterized in that : - one of the faces of one of the substrates is coated with a functional coating which can have an effect on solar radiation and/or infrared radiation comprising at least one silver-based metallic functional layer, each positioned between two dielectric coatings, and - a face not coated with the functional coating of one of the substrates comprises an absorbent color-adjustment coating comprising, starting from the substrate: - an absorbent layer which absorbs solar radiation in the visible part of the spectrum, - an upper dielectric coating. - one of the faces of one of the substrates is coated with a functional coating which can have an effect on solar radiation and/or infrared radiation comprising at least one silver-based metallic functional layer, each positioned between two dielectric coatings, and - a face not coated with the functional coating of one of the substrates comprises an absorbent color-adjustment coating comprising, starting from the substrate: - an absorbent layer which absorbs solar radiation in the visible part of the spectrum, - an upper dielectric coating.
Device for taking up and delivering, group by group, of a container group (BG) to a cyclic treatment machine , with at least one cyclic take-up device for taking up the container group (BG), wherein the device comprises an intake device and a delivery device , wherein the intake device forms a closed transport segment (TS) with at least one linear transport segment section (LTS, LTS*), wherein the intake device comprises a transport element (2.2) for the transport of containers (B) along the transport segment (TS), comprising a plurality of carrying and holding elements (2.1), by means of which the containers (B) can be transported in the form of a continuous container flow along the transport segment (TS), wherein the delivery device is configured for the suspended transport of the containers (B) and is not configured as an overhead conveyor, by means of which the containers (B) being transported in a suspended manner can be transferred individually to the carrying and holding elements (2.1) of the intake device , wherein the device comprises, in a transfer region between the intake device and the take-up device , a transfer device , which comprises a plurality of grippers (5.1) for the simultaneous take-up of the containers (B) of a container group (BG) out of the continuous container flow, in the region of the at least one linear transport segment section (LTS) of the intake device , and is provided for conveying the container group (BG) which has been taken up to the cyclic take-up device , wherein the grippers (5.1) of the transfer device are configured as capable of rotation or pivoting about a vertical rotation axis (DA) for the purpose of taking up the containers (B) of the container group (BG) being moved along the linear transport segment section (LTS), wherein the rotation or pivoting of the grippers (5.1) of the transfer device is adjusted to the linear transport movement of the containers (B) in the linear transport segment section (LTS).
A dewatering device for aggregate product for use with an existing drying system for dewatering aggregate product, said existing drying system comprising a conveyor to move the aggregate product, and said dewatering device comprising: a vibrating screen for receiving aggregate product from the existing drying system conveyor, said vibrating screen including a vibrating system to move said screen; a recycle system positioned at least partially below the vibrating screen to receive fine materials passed through the screen; and characterized in that said recycle system includes an underflume with an aperture and a return hose operatively connected to the underflume to direct the fine materials through the recycling system and back towards the vibrating screen; and said dewatering device being independent of the existing drying system in a manner that the dewatering device can be portable in relation to the existing drying system. a vibrating screen for receiving aggregate product from the existing drying system conveyor, said vibrating screen including a vibrating system to move said screen; a recycle system positioned at least partially below the vibrating screen to receive fine materials passed through the screen; and characterized in that said recycle system includes an underflume with an aperture and a return hose operatively connected to the underflume to direct the fine materials through the recycling system and back towards the vibrating screen; and said dewatering device being independent of the existing drying system in a manner that the dewatering device can be portable in relation to the existing drying system.
A method for connecting by a server to a client, the method comprising: discovering the client through a device discovery procedure; transmitting first Universal Plug and Play, UPNP, device information of the server to the discovered client, or receiving second UPnP device information of the client from the discovered client; after transmitting the first UPnP device information or receiving the second UPnP device information, connecting with the client via an Internet Protocol, IP, connection; and performing a UPnP operation through the connection with the client, wherein the first UPnP device information or the second UPnP device information comprises Organizational Unique Identifier, OUI, indicating a Car Connectivity Consortium, CCC, service, OUI Type, Subelement ID, TmApplication server supportability, TmClientProfile supportability, TmNotification Server supportability, and port number. discovering the client through a device discovery procedure; transmitting first Universal Plug and Play, UPNP, device information of the server to the discovered client, or receiving second UPnP device information of the client from the discovered client; after transmitting the first UPnP device information or receiving the second UPnP device information, connecting with the client via an Internet Protocol, IP, connection; and performing a UPnP operation through the connection with the client, wherein the first UPnP device information or the second UPnP device information comprises Organizational Unique Identifier, OUI, indicating a Car Connectivity Consortium, CCC, service, OUI Type, Subelement ID, TmApplication server supportability, TmClientProfile supportability, TmNotification Server supportability, and port number.
A method for detecting cytopathic effect, CPE, in a well sample, the method comprising: generating, by an imaging unit, a well image depicting a well containing cells and a medium; pre-processing, by one or more processors, the well image, wherein pre-processing the well image includes partitioning the well image into a plurality of sub-images each corresponding to a different portion of the well; for each of some or all of the plurality of sub-images, determining, by the one or more processors analyzing the sub-image using a convolutional neural network, a respective score indicative of a likelihood that any cells in the portion of the well corresponding to the sub-image exhibit CPE; determining, by the one or more processors and based on the respective scores for the plurality of sub-images, a CPE status of the cells contained in the well; and generating, by the one or more processors, output data indicating the CPE status; characterized in that determining the CPE status of the cells contained in the well includes making a binary determination of whether the cells contained in the well exhibit CPE and wherein making the binary determination of whether the cells contained in the well exhibit CPE includes inputting the respective scores to a support vector machine, SVM. generating, by an imaging unit, a well image depicting a well containing cells and a medium; pre-processing, by one or more processors, the well image, wherein pre-processing the well image includes partitioning the well image into a plurality of sub-images each corresponding to a different portion of the well; for each of some or all of the plurality of sub-images, determining, by the one or more processors analyzing the sub-image using a convolutional neural network, a respective score indicative of a likelihood that any cells in the portion of the well corresponding to the sub-image exhibit CPE; determining, by the one or more processors and based on the respective scores for the plurality of sub-images, a CPE status of the cells contained in the well; and generating, by the one or more processors, output data indicating the CPE status; characterized in that determining the CPE status of the cells contained in the well includes making a binary determination of whether the cells contained in the well exhibit CPE and wherein making the binary determination of whether the cells contained in the well exhibit CPE includes inputting the respective scores to a support vector machine, SVM.
An absorption chiller comprising an absorber compartment and a generator compartment, wherein both compartments comprise a refrigerant and an absorbent, the absorbent comprises 91-97% by weight of LiBr and 3-9% by weight of an ionic liquid having Formula I, wherein R 1 is H or methyl, and m=0 to 5.
Roof gutter attachment assembly , particularly for a terrace canopy, with: a roof gutter ; a first holding element for permanent mounting on a roof element ; a second holding element , which is displaceable relative to the first holding element in a pre-mounted state and is lockable for final mounting; wherein the roof gutter has a bearing portion which is provided for rotational bearing on the first holding element , wherein the roof gutter has a bracing portion abuttable against the second holding element , wherein a bracing point can be adjusted between the bracing portion and the second holding element for setting a positioning angle of the roof gutter relative to the first holding element in the pre-mounted state by displacing the second holding element , and can be positioned for final mounting by locking the second holding element, characterised in that the roof gutter is a profile in design, said profile having a nose which in the mounted state covers the bracing portion so as to be invisible from outside. a roof gutter ; a first holding element for permanent mounting on a roof element ; a second holding element , which is displaceable relative to the first holding element in a pre-mounted state and is lockable for final mounting; wherein the roof gutter has a bearing portion which is provided for rotational bearing on the first holding element , wherein the roof gutter has a bracing portion abuttable against the second holding element , wherein a bracing point can be adjusted between the bracing portion and the second holding element for setting a positioning angle of the roof gutter relative to the first holding element in the pre-mounted state by displacing the second holding element , and can be positioned for final mounting by locking the second holding element, characterised in that the roof gutter is a profile in design, said profile having a nose which in the mounted state covers the bracing portion so as to be invisible from outside.