mhurhangee/patent-ind-claim-en huggingface dataset:
Spotlight for lighting a film, studio, stage, event and/or theatre environment, comprising: - a reflector arrangement with a reflecting inner surface , which delimits a reflector interior ; - a number of passive light guides with feed points , which are arranged outside of the reflector interior , and with light output points , which are arranged inside the reflector interior ; and - an electrically operated light source arrangement which is arranged outside of the reflector interior and has a support , on the front of which first LEDs of a first colour and second LEDs of a second colour are mounted, which are respectively designed to produce light and feed it to the feed points of the passive light guides , characterised in that the front has a structural pattern formed from a plurality of adjacent hexagonal cells of similar size, and each LED of the first and second LEDs is arranged in a separate hexagonal cell. - a reflector arrangement with a reflecting inner surface , which delimits a reflector interior ; - a number of passive light guides with feed points , which are arranged outside of the reflector interior , and with light output points , which are arranged inside the reflector interior ; and - an electrically operated light source arrangement which is arranged outside of the reflector interior and has a support , on the front of which first LEDs of a first colour and second LEDs of a second colour are mounted, which are respectively designed to produce light and feed it to the feed points of the passive light guides ,
An updating system of a setting state of a printer comprising: an application activating unit which is provided in an application in use of a mobile , and activates a printing application by issuing an application binding command upon receiving a print instruction in the application in use , wherein the printing application is installed in the mobile to convert a data generated by the application in use to a printing data to be output to the printer , wherein the application binding command designates the printing application , a setting state updating command, and a printing command; wherein the printing application is provided with a setting state updating unit which executes an updating of the setting state that is information stored in the printer , according to the setting state updating command included in the application binding command; and wherein the printing application is further provided with a printing execution controlling unit which controls execution of printing by the printer according to the printing command included in the application binding command. wherein the printing application is installed in the mobile to convert a data generated by the application in use to a printing data to be output to the printer , wherein the application binding command designates the printing application , a setting state updating command, and a printing command; wherein the printing application is provided with a setting state updating unit which executes an updating of the setting state that is information stored in the printer , according to the setting state updating command included in the application binding command; and wherein the printing application is further provided with a printing execution controlling unit which controls execution of printing by the printer according to the printing command included in the application binding command.
A bracket for supporting an accessory from a tiled structure , wherein the tiled structure includes a substrate and a tile veneer bonded to the substrate by an intervening layer of adhesive mortar , the bracket comprising a base mounting portion and a support portion rigidly affixed to the base mounting portion and projecting outwardly therefrom, the base mounting portion having a plurality of perforations therethrough for embedding of the base mounting portion in the adhesive mortar in abutting relation to the substrate to secure the base mounting portion thereto, wherein the perforations are configured such that on embedding the base mounting portion in the adhesive mortar, the mortar flows through the perforations to substantially cover opposite sides of the base mounting portion for adhering the tile veneer over the base mounting portion with the support portion projecting outwardly beyond the tile veneer to receive the accessory ; characterized in that the base mounting portion comprises first and second sub-portions angularly oriented to one another for affixation to the substrate at a correspondingly angled corner thereof.
A sheet conveyance apparatus comprising: a housing provided with a conveyance path (RT); conveyance means for conveying a sheet (S) along the conveyance path (RT); a discharge port from which the sheet (S) conveyed along the conveyance path (RT) is discharged; a discharge tray on which the sheet (S) discharged from the discharge port is stacked; and attitude change means for changing an attitude of the discharge tray , the discharge tray including a first sheet receiving surface which is a portion facing the discharge port in a discharge direction (D2) of the sheet (S) and on which a leading edge of the sheet (S) lands, and a second sheet receiving surface which is formed at a predetermined inclination with respect to the first sheet receiving surface, wherein the attitude change means changes the attitude of the discharge tray so that the first sheet receiving surface of the discharge tray is inclined toward the discharge port . characterized in that a protruding portion that protrudes from a lower end portion of the housing in parallel to a placement plane of the housing is provided under the discharge port , the attitude change means is attached to be pivotable between a position where the attitude change means is drawn out of the protruding portion and a position where the attitude change means is stored in the protruding portion , and an abutting portion configured to position the attitude change means at the position where the attitude change means is drawn out of the protruding portion . a housing provided with a conveyance path (RT); conveyance means for conveying a sheet (S) along the conveyance path (RT); a discharge port from which the sheet (S) conveyed along the conveyance path (RT) is discharged; a discharge tray on which the sheet (S) discharged from the discharge port is stacked; and attitude change means for changing an attitude of the discharge tray , the discharge tray including a first sheet receiving surface which is a portion facing the discharge port in a discharge direction (D2) of the sheet (S) and on which a leading edge of the sheet (S) lands, and a second sheet receiving surface which is formed at a predetermined inclination with respect to the first sheet receiving surface, wherein the attitude change means changes the attitude of the discharge tray so that the first sheet receiving surface of the discharge tray is inclined toward the discharge port . characterized in that a protruding portion that protrudes from a lower end portion of the housing in parallel to a placement plane of the housing is provided under the discharge port , the attitude change means is attached to be pivotable between a position where the attitude change means is drawn out of the protruding portion and a position where the attitude change means is stored in the protruding portion , and an abutting portion configured to position the attitude change means at the position where the attitude change means is drawn out of the protruding portion .
A reaction mixture for detecting corneal dystrophy in a human subject, the reaction mixture comprising: (A) at least a first amplification primer pair for amplifying and determining a first TGFβI gene sequence from a biological sample from the subject; and (B) a first set of at least four detection probes including a first detection probe comprising the sequence of SEQ ID NO:25, a second detection probe comprising the sequence of SEQ ID NO:26, a third detection probe comprising the sequence of SEQ ID NO:48 and a fourth detection probe consisting of the sequence of SEQ ID NO:49. (A) at least a first amplification primer pair for amplifying and determining a first TGFβI gene sequence from a biological sample from the subject; and (B) a first set of at least four detection probes including a first detection probe comprising the sequence of SEQ ID NO:25, a second detection probe comprising the sequence of SEQ ID NO:26, a third detection probe comprising the sequence of SEQ ID NO:48 and a fourth detection probe consisting of the sequence of SEQ ID NO:49.
A lighting device comprising (i) a plurality of sets of each one or more light sources configured to provide light source light , and (ii) a plurality of luminescent elements , each luminescent element comprising an elongated luminescent body having a radiation input face for receipt of the light source light , a first face and a second face , wherein the distance between the first face and the second face defines a length (L) of the elongated luminescent body and the radiation input face extending between the first face and the second face , each luminescent element comprising a luminescent material for conversion of at least part of the light source light into luminescent material light , and each luminescent element having a luminescent element exit window for escape of the luminescent material light from the luminescent element , the second face comprising said luminescent exit window ; wherein the luminescent element exit windows of the plurality of luminescent elements are configured in a matrix, characterized in that the luminescent elements are configured in a tapered configuration wherein a shortest distance (d1) between the first faces of neighboring luminescent bodies is larger than a shortest luminescent element exit window distance (d2) between the neighboring luminescent element exit windows , thereby defining an interspace between the neighboring luminescent bodies .
A composition for use in a method of desensitizing patients to an allergen wherein the composition comprises a population of chitosan or alginate chitosan microparticles encapsulating the allergen and having a mean equivalent circle diameter in the range of 1μm to 10μm; wherein the method comprises delivering the composition by intradermal injection through hollow microneedles by application of high pressure; wherein the microparticles are to be delivered to the cells in the lymph system.
A method for fetching, by a client device , a content that is stored in a web server and is identified by a content identifier by using intermediate devices (33a-e), for use with a first and second servers and a group of intermediate devices that are each connected to the Internet and are each addressable in the Internet using a respective Internet Protocol, IP, address, where the first server stores a list of IP addresses associated with the intermediate devices in the group and wherein each of the intermediate devices in the group is associated with a single IP address, the method comprising: receiving , by the first server from the second server, a first message that includes the content identifier and a criterion, the content identifier and the criterion being comprised in a content request message previously received by the second server from the client device; selecting , by the first server, an IP address associated with an intermediate device from the list of intermediate devices, in response to the criterion in the received first message; sending , by the first server to the selected intermediate device, a second message that comprises the content identifier using an IP address of the selected intermediate device; receiving , by the first server from the selected intermediate device, the content from the web server; and sending , by the first server to the second server, the content. receiving , by the first server from the second server, a first message that includes the content identifier and a criterion, the content identifier and the criterion being comprised in a content request message previously received by the second server from the client device; selecting , by the first server, an IP address associated with an intermediate device from the list of intermediate devices, in response to the criterion in the received first message; sending , by the first server to the selected intermediate device, a second message that comprises the content identifier using an IP address of the selected intermediate device; receiving , by the first server from the selected intermediate device, the content from the web server; and sending , by the first server to the second server, the content.
A tool change mechanism configured to perform tool replacement by removing a scribing tool attached to a holder joint provided at a tip of a scribe head of a scribe apparatus from the holder joint and attaching another scribing tool to the holder joint , the tool change mechanism included in the scribe apparatus comprising: a remover which is configured to remove the scribing tool from the holder joint ; a cartridge having a plurality of said scribing tools accommodated therein; characterized by a transfer nozzle which is configured to move the scribing tool between the remover and the cartridge , wherein the transfer nozzle is configured to absorb the scribing tool in an air suction manner, wherein the transfer nozzle is attached to a side of the scribe head , thereby being configured to move integrally with the scribe head , and the transfer nozzle includes a tool absorbing part capable of absorbing the scribing tool and moving to a vertical direction, a suction tube capable of suctioning air from inside the tool absorbing part , an absorbing part support body which is configured to movably support the tool absorbing part to the vertical direction, and a lifting part which is configured to cause the tool absorbing part to ascend and descend to the vertical direction with respect to the absorbing part support body . a remover which is configured to remove the scribing tool from the holder joint ; a cartridge having a plurality of said scribing tools accommodated therein; characterized by a transfer nozzle which is configured to move the scribing tool between the remover and the cartridge , wherein the transfer nozzle is configured to absorb the scribing tool in an air suction manner, wherein the transfer nozzle is attached to a side of the scribe head , thereby being configured to move integrally with the scribe head , and the transfer nozzle includes a tool absorbing part capable of absorbing the scribing tool and moving to a vertical direction, a suction tube capable of suctioning air from inside the tool absorbing part , an absorbing part support body which is configured to movably support the tool absorbing part to the vertical direction, and a lifting part which is configured to cause the tool absorbing part to ascend and descend to the vertical direction with respect to the absorbing part support body .
A nasal cannula comprising: a body portion , having a first end and a second end , the first and second ends being spaced apart from one another by the body portion ; a body fluid inlet port formed at the first end , and a body fluid outlet port formed at the second end ; first and second nasal inlet ports and first and second nasal outlet ports each extending from the body portion of the cannula , the first and second nasal inlet ports being in fluid communication with the body fluid outlet port , and the first and second nasal outlet ports being in fluid communication with the body fluid inlet port ; and first and second end caps at the first and second ends respectively, which first and second end caps are attachable to the body portion , and wherein the body fluid inlet port is formed in the first end cap , and the body fluid outlet port is formed in the second end cap ; wherein the first and second nasal inlet ports are positioned further from the body portion than the first and second nasal outlet ports . a body portion , having a first end and a second end , the first and second ends being spaced apart from one another by the body portion ; a body fluid inlet port formed at the first end , and a body fluid outlet port formed at the second end ; first and second nasal inlet ports and first and second nasal outlet ports each extending from the body portion of the cannula , the first and second nasal inlet ports being in fluid communication with the body fluid outlet port , and the first and second nasal outlet ports being in fluid communication with the body fluid inlet port ; and first and second end caps at the first and second ends respectively, which first and second end caps are attachable to the body portion , and wherein the body fluid inlet port is formed in the first end cap , and the body fluid outlet port is formed in the second end cap ; wherein the first and second nasal inlet ports are positioned further from the body portion than the first and second nasal outlet ports .
A polyamide-based resin composition for injection molding comprising a crystalline polyamide resin (A) and a polyester fiber (B) having a liquid crystal skeleton, wherein the crystalline polyamide resin (A) has a melting point of 170°C or higher as determined according to the method identified in the specification, wherein the blending amount of the crystalline polyamide resin (A) is 75 to 98% by mass, based on the total mass of the polyamide-based resin composition, wherein the blending amount of the liquid crystal polyester fiber (B) is 2 to 25% by mass, based on the total mass of the polyamide-based resin composition, wherein the fiber diameter of the liquid crystal polyester fiber (B) is 0.1 to 50 um, and wherein the fiber length of the liquid crystal polyester fiber (B) is 0.3 to 5 mm. wherein the crystalline polyamide resin (A) has a melting point of 170°C or higher as determined according to the method identified in the specification, wherein the blending amount of the crystalline polyamide resin (A) is 75 to 98% by mass, based on the total mass of the polyamide-based resin composition, wherein the blending amount of the liquid crystal polyester fiber (B) is 2 to 25% by mass, based on the total mass of the polyamide-based resin composition, wherein the fiber diameter of the liquid crystal polyester fiber (B) is 0.1 to 50 um, and wherein the fiber length of the liquid crystal polyester fiber (B) is 0.3 to 5 mm.
Optofluidic antenna device , being adapted for shaping a light field of sample light emitted or scattered by a sample to be investigated, comprising: - a substrate , and - a liquid layer being supported by the substrate and being arranged for accommodating the sample to be investigated between a first liquid surface facing to the substrate and a second liquid surface opposite to the first liquid surface , wherein - a thickness of the liquid layer between the first and second liquid surfaces and refractive indices of the substrate and the liquid layer are selected such that an optofluidic antenna is formed, which is capable of directing the sample light mainly towards the substrate , characterized in that - a gas volume is arranged above the liquid layer , so that the second liquid surface is formed as a liquid-gas-interface. - a substrate , and - a liquid layer being supported by the substrate and being arranged for accommodating the sample to be investigated between a first liquid surface facing to the substrate and a second liquid surface opposite to the first liquid surface , wherein - a thickness of the liquid layer between the first and second liquid surfaces and refractive indices of the substrate and the liquid layer are selected such that an optofluidic antenna is formed, which is capable of directing the sample light mainly towards the substrate , characterized in that - a gas volume is arranged above the liquid layer , so that the second liquid surface is formed as a liquid-gas-interface.
A method, comprising: collecting, via a secondary wireless device disposed in a same spatial region as a primary wireless device , a plurality of multivariate wireless data points associated with a direct wireless link between the primary wireless device and the secondary wireless device, wherein a multivariate wireless data point is a value of at least one characteristics of the direct wireless link , such as the wireless signal strength, at a given point in space and orientation; capturing, via one or more sensors of the secondary wireless device , spatial environment information related to the collected at least one characteristic of the direct wireless link ; analyzing the plurality of multivariate wireless data points and the spatial environment information with an intelligent search algorithm to estimate a location of the primary wireless device within the spatial region; generating directional instructions guiding a user to the estimated location of the primary wireless device ; and providing, via the secondary wireless device, the directional instructions to the user. collecting, via a secondary wireless device disposed in a same spatial region as a primary wireless device , a plurality of multivariate wireless data points associated with a direct wireless link between the primary wireless device and the secondary wireless device, wherein a multivariate wireless data point is a value of at least one characteristics of the direct wireless link , such as the wireless signal strength, at a given point in space and orientation; capturing, via one or more sensors of the secondary wireless device , spatial environment information related to the collected at least one characteristic of the direct wireless link ; analyzing the plurality of multivariate wireless data points and the spatial environment information with an intelligent search algorithm to estimate a location of the primary wireless device within the spatial region; generating directional instructions guiding a user to the estimated location of the primary wireless device ; and providing, via the secondary wireless device, the directional instructions to the user.