mhurhangee/patent-ind-claim-en huggingface dataset:
Gamma-irradiated influenza virus and an immunogen against an agent causative of an infection for use in preventing or treating the infection in a subject, wherein the infection is a secondary infection following influenza virus infection and said immunogen is: (i) a bacterium selected from the group consisting of Streptococcus pneumoniae, Pseudomonas aeruginosa, Haemophilus influenzae, Staphylococcus aureus, Moraxella catarrhalis, and Mycoplasma sp., or a component thereof; or (ii) a virus selected from the group consisting of a rhinovirus, adenovirus, coxsackievirus, picornavirus, togavirus and coronavirus, or a component thereof. (i) a bacterium selected from the group consisting of Streptococcus pneumoniae, Pseudomonas aeruginosa, Haemophilus influenzae, Staphylococcus aureus, Moraxella catarrhalis, and Mycoplasma sp., or a component thereof; or (ii) a virus selected from the group consisting of a rhinovirus, adenovirus, coxsackievirus, picornavirus, togavirus and coronavirus, or a component thereof.
An audio decoder (100; 200) for providing a decoded audio signal representation (112; 212) on the basis of an encoded audio signal representation (110; 210; 312;412;550; 600;700;800), wherein the audio decoder is configured to adjust decoding parameters in dependence on a configuration information (110a;222c;332;424; 1010, 1030), wherein the audio decoder is configured to decode one or more audio frames using a current configuration information (140;240), and wherein the audio decoder is configured to compare a configuration information (110a;222c;332;424; 1010, 1030) in a configuration structure associated with one or more frames to be decoded, with the current configuration information (140;240), and to make a transition to perform a decoding using the configuration information in the configuration structure associated with the one or more frames to be decoded as a new configuration information if the configuration information in the configuration structure associated with the one or more frames to be decoded, or a relevant portion of the configuration information in the configuration structure associated with the one or more frames to be decoded, is different from the current configuration information; wherein the audio decoder is configured to consider a stream identifier information (230; streamID, 1050a, streamIdentifier) included in the configuration structure when comparing the configuration information, such that a difference between a stream identifier previously acquired by the audio decoder and a stream identifier represented by the stream identifier information in the configuration structure associated with the one or more frames to be decoded causes to make the transition.
Customizable modular lamp made up of an outer lens customized by known per se techniques, which covers a housing provided with at least one recess in which is mounted a customizable module consisting of a retro-reflective lens under which there is an inner customized lens personalized by known per se techniques, under which there is a printed circuit board with LEDs that is held in a holder fastened to a cover provided with at least one element for ventilation, whereby the inner customized lens , the printed circuit board , the holder and the cover are part of the customizable module.
An arrangement for draining dredged material comprising sand from a storage space of a vessel , the arrangement comprising: a topography configured to be provided and retrofitted upon a floor of the vessel at a base of the storage space, the topography arranged to define a plurality of valleys or channels and at least one drainage course in the bottoms of the valleys or channels at the base of the storage space when fitted upon the floor, wherein the valleys or channels have sloping sides , and the valleys or channels are constructed using a construction material containing lightweight elements therein, the construction material being provided with a wear layer against which the dredged material in the storage space can bear in use; a plurality of injectors for injecting water into the storage space; and at least one outlet ; wherein the valleys or channels are configured to concentrate the injected water in the drainage course in the bottoms of the valleys or channels for carrying the dredged material comprising sand on the drainage course to the outlet; and wherein in use, the dredged material is carried on the drainage course in a slurry of solids with the injected water toward the outlet. a topography configured to be provided and retrofitted upon a floor of the vessel at a base of the storage space, the topography arranged to define a plurality of valleys or channels and at least one drainage course in the bottoms of the valleys or channels at the base of the storage space when fitted upon the floor, wherein the valleys or channels have sloping sides , and the valleys or channels are constructed using a construction material containing lightweight elements therein, the construction material being provided with a wear layer against which the dredged material in the storage space can bear in use; a plurality of injectors for injecting water into the storage space; and at least one outlet ; wherein the valleys or channels are configured to concentrate the injected water in the drainage course in the bottoms of the valleys or channels for carrying the dredged material comprising sand on the drainage course to the outlet; and wherein in use, the dredged material is carried on the drainage course in a slurry of solids with the injected water toward the outlet.
A method for downloading conditional access system, CAS, information by a broadcast reception device , the method comprising: acquiring , from a broadcast provider list server , broadcast provider information including a list of broadcast providers available to the broadcast reception device and at least one payment plan supported by the broadcast providers; selecting a broadcast provider among the list of broadcast providers and a payment plan of the broadcast service provider among the at least one payment plan supported by the broadcast providers; transmitting , to a broadcast provider server of the selected broadcast provider, a subscription request including identity information of the broadcast reception device and the selected payment plan, wherein the subscription request triggers a transmission of a CAS installation request from the broadcast provider server of the selected broadcast provider to a CAS server ; receiving , from the CAS server , CAS information including key information for broadcast information to be received from the broadcast provider server of the selected broadcast provider; and installing the CAS information on a security domain of the broadcast reception device . acquiring , from a broadcast provider list server , broadcast provider information including a list of broadcast providers available to the broadcast reception device and at least one payment plan supported by the broadcast providers; selecting a broadcast provider among the list of broadcast providers and a payment plan of the broadcast service provider among the at least one payment plan supported by the broadcast providers; transmitting , to a broadcast provider server of the selected broadcast provider, a subscription request including identity information of the broadcast reception device and the selected payment plan, wherein the subscription request triggers a transmission of a CAS installation request from the broadcast provider server of the selected broadcast provider to a CAS server ; receiving , from the CAS server , CAS information including key information for broadcast information to be received from the broadcast provider server of the selected broadcast provider; and installing the CAS information on a security domain of the broadcast reception device .
A method of controlling a microwave cooking appliance , comprising the following steps: - a first antenna and at least one second antenna are supplied with microwave radiation originating from a semiconductor amplifier and radiated by the antennas into a cooking chamber of the cooking appliance ; - a backward travelling microwave signal coupled by the cooking chamber into the antenna is detected; - forward travelling microwave signals coupled by the antennas into the cooking chamber are detected at the antennas ; - the phase position of the microwave radiation of the two antennas in relation to each other is controlled such that the power of the backward travelling microwave signal is minimized, wherein coherent microwave signals are supplied to the antennas , characterized in that the detected forward travelling microwave signals as well as the detected backward travelling microwave signals are used for mathematical calculation of a change in the phase position, the power coupled into a food to be cooked being dynamically adjusted to the respective food to be cooked. - a first antenna and at least one second antenna are supplied with microwave radiation originating from a semiconductor amplifier and radiated by the antennas into a cooking chamber of the cooking appliance ; - a backward travelling microwave signal coupled by the cooking chamber into the antenna is detected; - forward travelling microwave signals coupled by the antennas into the cooking chamber are detected at the antennas ; - the phase position of the microwave radiation of the two antennas in relation to each other is controlled such that the power of the backward travelling microwave signal is minimized, wherein coherent microwave signals are supplied to the antennas ,
A method of synthesizing a compound of Formula (I-a): or a pharmaceutically acceptable salt thereof; wherein each R is independently selected from the group consisting of C 1-4 alkyl, halogen, C 1-4 alkoxy and cyano; and n is an integer from 0 to 3; comprising: (a) reacting a compound of Formula (II-a), wherein PG is a nitrogen protecting group, with 6-aminoisoquinoline to form a compound of Formula (III-a) wherein each R is independently selected from the group consisting of C 1-4 alkyl, halogen, C 1-4 alkoxy and cyano; and n is an integer from 0 to 3; and (b) removing the nitrogen protecting group to form the compound of Formula (I-a). (a) reacting a compound of Formula (II-a), wherein PG is a nitrogen protecting group, with 6-aminoisoquinoline to form a compound of Formula (III-a) wherein each R is independently selected from the group consisting of C 1-4 alkyl, halogen, C 1-4 alkoxy and cyano; and n is an integer from 0 to 3; and (b) removing the nitrogen protecting group to form the compound of Formula (I-a).
A compound according to Formula IX: or a pharmaceutically acceptable salt, solvate, stereoisomeric form, tautomeric form, or polymorphic form thereof, wherein: PD is hydrogen, R A is hydroxyl, or halo and R 6 is hydrogen, halogen, or alkyl. PD is hydrogen, R A is hydroxyl, or halo and R 6 is hydrogen, halogen, or alkyl.
API projectile comprising a hard core, in particular consisting of a steel or tungsten alloy, located in the center of the projectile, and a projectile tip, wherein the projectile tip is formed of a composite material, which comprises a metal powder and a polymer matrix, wherein the metal powder is selected from the group consisting of titanium, magnesium, aluminum, zirconium or any mixtures thereof, wherein the metal powder is embedded in the polymer matrix, characterized in that the composite material consists of at least 50 % by volume of the metal powder.
Cosmetic or pharmaceutical composition for topical application to the skin, wherein the composition contains at least one polymer precursor, characterized in that the composition additionally contains at least one polymerization catalyst, in the presence of which the at least one polymer precursor polymerizes under the action of light, and wherein the polymerization of the polymer precursor is effected either in a purely light-induced and light-driven process or by dual polymerization, wherein by dual polymerization is meant the initiation of the polymerization process by light followed by chemical polymerization, or in reverse order, wherein the mechanism of the chemical polymerization is selected from a condensation reaction polymerization, an addition reaction polymerization, a ring-opening reaction polymerization and/or a catalytic polymerization.
A stator comprising: a stator core comprising a yoke and a plurality of teeth extending radially from the yoke , each of the teeth comprising a tooth body connected to the yoke and a tooth tip formed at a distal end of the tooth body ; windings wound around the tooth bodies ; and a bobbin mounted to the stator core to separate the windings from the stator core , the bobbin comprising an upper bobbin and a lower bobbin , the upper and lower bobbins covering the stator core from two axial ends of the stator core , respectively, the upper and lower bobbins each comprising an end face and a plurality of side portions extending from the end face , the side portions covering circumferential side surfaces of the tooth bodies and opposed radial surfaces of the yoke and the tooth tips , characterized in that the side portions are aslant relative to the axial direction of the stator , and ends of the side portions away from the end face form loose fit with the stator core when the windings are not wound around the tooth bodies . a stator core comprising a yoke and a plurality of teeth extending radially from the yoke , each of the teeth comprising a tooth body connected to the yoke and a tooth tip formed at a distal end of the tooth body ; windings wound around the tooth bodies ; and a bobbin mounted to the stator core to separate the windings from the stator core , the bobbin comprising an upper bobbin and a lower bobbin , the upper and lower bobbins covering the stator core from two axial ends of the stator core , respectively, the upper and lower bobbins each comprising an end face and a plurality of side portions extending from the end face , the side portions covering circumferential side surfaces of the tooth bodies and opposed radial surfaces of the yoke and the tooth tips , characterized in that the side portions are aslant relative to the axial direction of the stator , and ends of the side portions away from the end face form loose fit with the stator core when the windings are not wound around the tooth bodies .
A removable blind fastener having a main body with a head , the head having a top surface , a clamping part axially aligned with and extending away from the head of the main body , and a threaded screw member axially aligned with and passing through the main body and engaging with a threaded part of the clamping portion, such that turning the screw member causes the clamping part to move relative to the main body , the fastener characterised in that the head of the main body has a grip feature to allow the fastener to be mechanically locked to the tool to prevent separation of the fastener and tool during installation and removal of the fastener , wherein the grip feature is provided in a recess in the top surface of the head and includes an undercut feature in a radial direction, perpendicular to the longitudinal axis of the fastener .
A work machine comprising: - at least two hydraulic circuits each comprising at least one hydraulic actuator , a socalled fluid supply branch equipped with a hydraulic pump and a fluid inlet end connected to a fluid source and a return branch equipped with a fluid outlet end opening into a tank , - a device for transmitting an alert signal, and - a piloting unit , characterized in that the machine comprises a device for monitoring said hydraulic circuits embedded in the machine , in that this monitoring device comprises a counter of particles in a fluid which is equipped with at least one fluid inlet and a fluid outlet and, for each hydraulic circuit , a bypass circuit extending between the supply branch of said hydraulic circuit and the fluid inlet of the particle counter to supply the inlet of the particle counter with fluid coming from the supply branch of said hydraulic circuit via the bypass circuit , in that the fluid inlet of the counter is unique and common to each hydraulic circuit , in that the circulation of fluid inside the counter is a one-way circulation from the fluid inlet toward the fluid outlet of said counter , in that each bypass circuit is equipped with a member for opening/closing the bypass circuit and in that the piloting unit is configured to selectively control the opening/closing of the opening/closing members of each bypass circuit and to acquire, in the open state of the selected opening/closing member , data of the particle counter and to control the device for transmitting an alert signal based on said data. - at least two hydraulic circuits each comprising at least one hydraulic actuator , a socalled fluid supply branch equipped with a hydraulic pump and a fluid inlet end connected to a fluid source and a return branch equipped with a fluid outlet end opening into a tank , - a device for transmitting an alert signal, and - a piloting unit , characterized in that the machine comprises a device for monitoring said hydraulic circuits embedded in the machine , in that this monitoring device comprises a counter of particles in a fluid which is equipped with at least one fluid inlet and a fluid outlet and, for each hydraulic circuit , a bypass circuit extending between the supply branch of said hydraulic circuit and the fluid inlet of the particle counter to supply the inlet of the particle counter with fluid coming from the supply branch of said hydraulic circuit via the bypass circuit , in that the fluid inlet of the counter is unique and common to each hydraulic circuit , in that the circulation of fluid inside the counter is a one-way circulation from the fluid inlet toward the fluid outlet of said counter , in that each bypass circuit is equipped with a member for opening/closing the bypass circuit and in that the piloting unit is configured to selectively control the opening/closing of the opening/closing members of each bypass circuit and to acquire, in the open state of the selected opening/closing member , data of the particle counter and to control the device for transmitting an alert signal based on said data.
A composite structure comprising a support layer , a cured embossing lacquer layer and a functional layer in this order, wherein the cured embossing lacquer layer has a region comprising an embossed recess which is free from the functional layer and has a depth of 1 to 200 μm and which is completely covered with the functional layer outside the recess, wherein the ratio of the depth of the recess to the average roughness Ra of the region outside the recess is at least 20.
An atmospheric precipitation rate computation system comprising: - an electronic digital image/video capture apparatus to capture digital images/videos of an environment where an atmospheric precipitation is taking place; and - an electronic digital image processing apparatus in communication with the electronic digital image/video capture apparatus to receive therefrom and process captured digital images/videos to compute atmospheric precipitation rates of atmospheric precipitations which are taking place in the environments depicted in the received digital images/videos; characterised in that the electronic digital image processing apparatus is configured to compute an atmospheric precipitation rate of an atmospheric precipitation which is taking place in an environment depicted in a captured digital image by: - identifying atmospheric precipitation pixels in the captured digital image which represent precipitation elements; - computing an atmospheric precipitation brightness in the captured digital image based on differences in brightness produced by the atmospheric precipitation at the identified atmospheric precipitation pixels with respect to a corresponding background brightness; and - computing the atmospheric precipitation rate in the digital captured image based on the computed atmospheric precipitation brightness and on a stored mathematical model that expresses an atmospheric precipitation brightness in a captured digital image as a function of an atmospheric precipitation rate of an atmospheric precipitation that is taking place in an environment depicted in a captured digital image. - an electronic digital image/video capture apparatus to capture digital images/videos of an environment where an atmospheric precipitation is taking place; and - an electronic digital image processing apparatus in communication with the electronic digital image/video capture apparatus to receive therefrom and process captured digital images/videos to compute atmospheric precipitation rates of atmospheric precipitations which are taking place in the environments depicted in the received digital images/videos; - identifying atmospheric precipitation pixels in the captured digital image which represent precipitation elements; - computing an atmospheric precipitation brightness in the captured digital image based on differences in brightness produced by the atmospheric precipitation at the identified atmospheric precipitation pixels with respect to a corresponding background brightness; and - computing the atmospheric precipitation rate in the digital captured image based on the computed atmospheric precipitation brightness and on a stored mathematical model that expresses an atmospheric precipitation brightness in a captured digital image as a function of an atmospheric precipitation rate of an atmospheric precipitation that is taking place in an environment depicted in a captured digital image.