mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel transfer cable comprising: a first connector adapted to connect to a fuel supply , a second connecter adapted to connect to a fuel cell , an elongated tube fluidly connecting the first connector to the second connector, so that a fuel in the fuel supply is transported to the fuel cell, and a tamper resistant element comprising a normally closed valve kept open by an actuator ; wherein when the actuator is broken or cut the normally closed valve closes; and wherein the actuator comprises one of: a) a conduit within the elongated tube that contains a pressurized hydraulic fluid; b) a sheath and a movable rod contained within the sheath wherein during the connection of the second connector to the fuel cell , the rod is moved relative to the sheath to open the normally closed valve ; or c) a shape memory alloy wire connected to the normally closed valve and electrically connectable to a fuel cell; wherein the shape memory alloy wire is inserted into a sheath or within the tube and is looped around or is otherwise connected at about its half of its length to the normally closed valve ; whereby when the shape memory alloy wire is electrically connected to a fuel cell, and the fuel cell is operational and produces electricity, the shape memory alloy wire is heated to shrink, causing the normally closed valve to open and remain open until the fuel cell is turned off. a first connector adapted to connect to a fuel supply , a second connecter adapted to connect to a fuel cell , an elongated tube fluidly connecting the first connector to the second connector, so that a fuel in the fuel supply is transported to the fuel cell, and a tamper resistant element comprising a normally closed valve kept open by an actuator ; a) a conduit within the elongated tube that contains a pressurized hydraulic fluid; b) a sheath and a movable rod contained within the sheath wherein during the connection of the second connector to the fuel cell , the rod is moved relative to the sheath to open the normally closed valve ; or c) a shape memory alloy wire connected to the normally closed valve and electrically connectable to a fuel cell;
Print head (2; 102; 202) comprising a nozzle (3; 103) for printing a food product layer-by-layer and a screw conveyor (15; 115) for conveying food from a reservoir (13; 113) forming part of the print head to the nozzle, wherein the reservoir comprises at least one heating unit (17; 117) for melting solid food to be received in the reservoir and the reservoir further comprises an exit (19; 119) in the bottom of the reservoir for conveying melted food over a travel path (t) by means of the screw conveyor from the reservoir to the nozzle, wherein the travel path around the conveyor extends between the exit and the nozzle.
An apparatus for mixing a well plate comprising: a well plate assembly including a fixed support a base plate , a well plate , and a well wherein the well is disposed in the well plate , the well is movable with respect to the fixed support , and at least one portion of the base plate is spaced from the fixed support ; an electromagnet assembly including a plurality of electromagnets , wherein each electromagnet comprises: an electromagnetic coil fixed in a magnet housing ; a permanent magnet movable with respect to the magnet housing and secured to the well plate assembly ; and a spring assembly disposed between the well plate assembly and the fixed support , wherein the spring assembly comprises: a first spring captured between the well plate assembly and a lower surface of the fixed support ; and a second spring captured between the well plate assembly and an upper surface of the fixed support ; and a fixed sensor mount having a first portion disposed above the well and a second portion disposed within the well , wherein the plurality of electromagnets are operable to move the well plate assembly vertically with respect to the fixed sensor mount and the fixed support to perform the mixing. a well plate assembly including a fixed support a base plate , a well plate , and a well wherein the well is disposed in the well plate , the well is movable with respect to the fixed support , and at least one portion of the base plate is spaced from the fixed support ; an electromagnet assembly including a plurality of electromagnets , wherein each electromagnet comprises: an electromagnetic coil fixed in a magnet housing ; a permanent magnet movable with respect to the magnet housing and secured to the well plate assembly ; and a spring assembly disposed between the well plate assembly and the fixed support , wherein the spring assembly comprises: a first spring captured between the well plate assembly and a lower surface of the fixed support ; and a second spring captured between the well plate assembly and an upper surface of the fixed support ; and an electromagnetic coil fixed in a magnet housing ; a permanent magnet movable with respect to the magnet housing and secured to the well plate assembly ; and a spring assembly disposed between the well plate assembly and the fixed support , wherein the spring assembly comprises: a first spring captured between the well plate assembly and a lower surface of the fixed support ; and a second spring captured between the well plate assembly and a first spring captured between the well plate assembly and a lower surface of the fixed support ; and a second spring captured between the well plate assembly and an upper surface of the fixed support ; and a fixed sensor mount having a first portion disposed above the well and a second portion disposed within the well , wherein the plurality of electromagnets are operable to move the well plate assembly vertically with respect to the fixed sensor mount and the fixed support to perform the mixing.
Method to manufacture a tubular element for transferring abrasive materials such as concrete, inert materials or suchlike, wherein said tubular element comprises an internal tubular component and an external tubular component in contact with each other and coaxial to a central axis (X), characterized in that it comprises a first step in which said internal tubular component is made of a material comprising chromium carbide, in pure form or in the form of an alloy or a mixture thereof, said first step being achieved by means of centrifugation technology, using a substantially cylindrical mold rotating around its own axis of rotation coincident with said central axis (X), and by casting the material comprising chromium carbide inside said mold , and in that it comprises a second step, after said first step, in which, in contact with the external surface of said internal tubular component , said external tubular component is made of a composite material in fibers impregnated with a resin.
A method for mounting a rotor to a drive shaft of a wind turbine , the method comprising placing a hub on a surface, attaching a first, a second, and a third rotor blade to the hub to thereby make a rotor in situ, wrapping a sling about each of the blades, attaching each sling to a fitting , lifting each fitting to thereby raise the rotor from the surface, and attaching the rotor to the drive shaft while the position and orientation of the rotor is controlled by the slings, where the orientation of the rotor is controlled by changing the distance from the fitting to one of the rotor blades which thereby becomes a controlled rotor blade.
Apparatus, comprising means for: scheduling a first uplink transmission of a terminal by an option grant comprising, a first allocation option for a first subframe to start the first uplink transmission and a second allocation option for the first subframe to start the first uplink transmission, wherein the first uplink transmission according to the first allocation option starts earlier in the first subframe than according to the second allocation option checking if the first uplink transmission is received at the first allocation option; and checking if the first uplink transmission is received at the second allocation option if the first uplink transmission is not received at the first allocation option; instructing to process the first uplink transmission if the first uplink transmission is received at one of the first allocation option and the second allocation option. scheduling a first uplink transmission of a terminal by an option grant comprising, a first allocation option for a first subframe to start the first uplink transmission and a second allocation option for the first subframe to start the first uplink transmission, wherein the first uplink transmission according to the first allocation option starts earlier in the first subframe than according to the second allocation option checking if the first uplink transmission is received at the first allocation option; and checking if the first uplink transmission is received at the second allocation option if the first uplink transmission is not received at the first allocation option; instructing to process the first uplink transmission if the first uplink transmission is received at one of the first allocation option and the second allocation option.
Bicycle basket for fixing to a bicycle or to a similar transportation means, comprising a lower edge , a bottom , and a plurality of sidewalls , together defining an accommodating space , with a particularly free upper edge , for the storage of luggage, wherein the bicycle basket , comprises: an upper ring element , at least partially running along the upper edge, a lower ring element , at least partially running along the lower edge , at least one textile web , present between the upper ring element and the lower ring element , thus forming at least part of the sidewall , and a plurality of compression rod elements , present between the upper ring element and the lower ring element, wherein the textile web is stretched between the upper ring element and the lower ring element , thereby placing the upper element under a prestress against the lower ring element , and wherein the compression rod elements are each releasably mounted on the upper ring element and on the lower ring element , and are kept in the mounting position by the prestress Fv, wherein at least some of the compression rod elements has at least one fixing element that forms a releasable force coupling with at least one counter fixing element that is formed on the upper ring element and/or on the lower ring element , characterised in that the fixing element has at least one extension , and in that the counter fixing element has at least one extension recess , or vice versa, wherein the extension can be inserted in the extension recess thereby forming a plug-in connection. an upper ring element , at least partially running along the upper edge, a lower ring element , at least partially running along the lower edge , at least one textile web , present between the upper ring element and the lower ring element , thus forming at least part of the sidewall , and a plurality of compression rod elements , present between the upper ring element and the lower ring element, wherein the textile web is stretched between the upper ring element and the lower ring element , thereby placing the upper element under a prestress against the lower ring element , and wherein the compression rod elements are each releasably mounted on the upper ring element and on the lower ring element , and are kept in the mounting position by the prestress Fv, wherein at least some of the compression rod elements has at least one fixing element that forms a releasable force coupling with at least one counter fixing element that is formed on the upper ring element and/or on the lower ring element , characterised in that the fixing element has at least one extension , and in that the counter fixing element has at least one extension recess , or vice versa, wherein the extension can be inserted in the extension recess thereby forming a plug-in connection.
A photoelectric adapter comprising: a power sourcing equipment device including a semiconductor laser configured to oscillate with electric power, thereby outputting feed light; and the photoelectric adapter integrally comprising an optical connector connection part including a mechanism for connection and separation to which an optical connector of an optical fiber cable is connectable; and an electrical connector including a mechanism for connection and separation, to which an electrical connector connection part of an electrical device is connectable, wherein the power sourcing equipment device is configured to be driven by receiving the electric power supplied from the electrical device through the electrical connector, and configured to output the feed light from the optical connector connection part. a power sourcing equipment device including a semiconductor laser configured to oscillate with electric power, thereby outputting feed light; and the photoelectric adapter integrally comprising an optical connector connection part including a mechanism for connection and separation to which an optical connector of an optical fiber cable is connectable; and an electrical connector including a mechanism for connection and separation, to which an electrical connector connection part of an electrical device is connectable, wherein the power sourcing equipment device is configured to be driven by receiving the electric power supplied from the electrical device through the electrical connector, and configured to output the feed light from the optical connector connection part.
A method, comprising: at an electronic device with one or more processors and memory: receiving a spoken user request associated with a plurality of data items; determining whether a degree of specificity of the spoken user request is less than a threshold level, wherein the degree of specificity is based on a number of parameters defined in the spoken user request; in response to determining that the degree of specificity of the spoken user request is less than the threshold level: determining one or more attributes related to the spoken user request, the one or more attributes not defined in the spoken user request; obtaining a list of data items based on the spoken user request and the one or more attributes; generating a spoken response comprising a subset of the list of data items; and providing the spoken response. receiving a spoken user request associated with a plurality of data items; determining whether a degree of specificity of the spoken user request is less than a threshold level, wherein the degree of specificity is based on a number of parameters defined in the spoken user request; in response to determining that the degree of specificity of the spoken user request is less than the threshold level: determining one or more attributes related to the spoken user request, the one or more attributes not defined in the spoken user request; obtaining a list of data items based on the spoken user request and the one or more attributes; generating a spoken response comprising a subset of the list of data items; and providing the spoken response. determining one or more attributes related to the spoken user request, the one or more attributes not defined in the spoken user request; obtaining a list of data items based on the spoken user request and the one or more attributes; generating a spoken response comprising a subset of the list of data items; and providing the spoken response.
Assembly constituting an acoustically absorbent material and comprising: - a first panel , - a second panel pierced with holes , - an intermediate panel pierced with through-holes and arranged between the first panel and the second panel , - a first honeycomb structure extending between the first panel and the intermediate panel and comprising first cages , - a second honeycomb structure extending between the second panel and the intermediate panel and comprising second cages , and - for the intermediate panel , and for each through-hole of said intermediate panel , a tube opening out at the two ends thereof, where one of the ends of said tube is fixed to said intermediate panel at said through-hole , and where the other end of said tube is accommodated inside a first cage . - a first panel , - a second panel pierced with holes , - an intermediate panel pierced with through-holes and arranged between the first panel and the second panel , - a first honeycomb structure extending between the first panel and the intermediate panel and comprising first cages , - a second honeycomb structure extending between the second panel and the intermediate panel and comprising second cages , and - for the intermediate panel , and for each through-hole of said intermediate panel , a tube opening out at the two ends thereof, where one of the ends of said tube is fixed to said intermediate panel at said through-hole , and where the other end of said tube is accommodated inside a first cage .
A multilayer film comprising: a first layer formed from 50 to 90 weight percent of a first layer polyolefinic elastomer and from 10 to 50 weight percent of a first layer polystyrene based upon a total weight of the first layer; a second layer formed from 70 to 100 weight percent of a second layer polyolefinic elastomer and from 0 to 30 weight percent of a second layer polystyrene based upon a total weight of the second layer; and a third layer formed from 50 to 90 weight percent of a third layer polyolefinic elastomer and from 10 to 50 weight percent of a third layer polystyrene based upon a total weight of the third layer, wherein the first layer is adjacent to the second layer and the second layer is adjacent to the third layer. a first layer formed from 50 to 90 weight percent of a first layer polyolefinic elastomer and from 10 to 50 weight percent of a first layer polystyrene based upon a total weight of the first layer; a second layer formed from 70 to 100 weight percent of a second layer polyolefinic elastomer and from 0 to 30 weight percent of a second layer polystyrene based upon a total weight of the second layer; and a third layer formed from 50 to 90 weight percent of a third layer polyolefinic elastomer and from 10 to 50 weight percent of a third layer polystyrene based upon a total weight of the third layer, wherein the first layer is adjacent to the second layer and the second layer is adjacent to the third layer.
A filling assembly , comprising : - a container for storing a first fluid composition , said container comprising an opening ; - a pipette removably inserted in the container through the opening, said pipette having a first dispensing end and a second open end configured to be assembled to a pressure supply device ; and - a plug removably assembled to the dispensing end of the pipette, said assembled pipette and plug defining an inner compartment for temporarily storing a second fluid composition isolated from the first fluid composition, the filling assembly being characterized in that said filling assembly comprises a holding element configured to hold the pipette inside the container in a predetermined position while maintaining at least one aperture within the opening, said aperture allowing for fluid communication between the outside and the inside of the container, so that the container and the pipette may be filled simultaneously with the first and second fluid compositions respectively, before assembling the second open end of the pipette with the pressure supply device . - a container for storing a first fluid composition , said container comprising an opening ; - a pipette removably inserted in the container through the opening, said pipette having a first dispensing end and a second open end configured to be assembled to a pressure supply device ; and - a plug removably assembled to the dispensing end of the pipette, said assembled pipette and plug defining an inner compartment for temporarily storing a second fluid composition isolated from the first fluid composition,
A method of capturing a face image, comprising: illuminating, with an illumination unit, simultaneously a first portion of a scene with unstructured light and a second portion of the scene with structured light; capturing, with a digital image capture unit that includes a rolling shutter, at least one image frame of the illuminated scene; and via the illumination unit, selectively adjusting illumination of the scene based on a position of the rolling shutter to illuminate a region of interest of the scene, wherein the region of interest includes eye or iris area, with higher power than the rest of the scene by operating the illumination unit at a first, higher power setting responsive to an exposure of the rolling shutter being within the region of interest and by operating the illumination unit at a second, reduced power setting responsive to an exposure of the rolling shutter being outside the region of interest. illuminating, with an illumination unit, simultaneously a first portion of a scene with unstructured light and a second portion of the scene with structured light; capturing, with a digital image capture unit that includes a rolling shutter, at least one image frame of the illuminated scene; and via the illumination unit, selectively adjusting illumination of the scene based on a position of the rolling shutter to illuminate a region of interest of the scene, wherein the region of interest includes eye or iris area, with higher power than the rest of the scene by operating the illumination unit at a first, higher power setting responsive to an exposure of the rolling shutter being within the region of interest and by operating the illumination unit at a second, reduced power setting responsive to an exposure of the rolling shutter being outside the region of interest.
Image projection device for head-up display comprising: - an image generation unit , and - a unit for returning the generated images, characterized in that it further comprises a support piece comprising support means for said image generation unit and support means for said unit for returning the generated images, said support piece being metallic, made of a single piece, and comprising two lateral uprights mirroring one another, a transverse upright linking said lateral uprights , the support piece further comprising a control printed circuit fixed onto the support means for said image generation unit , the support means being supported by feet of the lateral uprights of the support piece . - an image generation unit , and - a unit for returning the generated images, characterized in that it further comprises a support piece comprising support means for said image generation unit and support means for said unit for returning the generated images, said support piece being metallic, made of a single piece, and comprising two lateral uprights mirroring one another, a transverse upright linking said lateral uprights , the support piece further comprising a control printed circuit fixed onto the support means for said image generation unit , the support means being supported by feet of the lateral uprights of the support piece .