mhurhangee/patent-ind-claim-en huggingface dataset:
A near-eye display device , comprising: a holographic display system comprising: a light source configured to emit light that is converging or diverging; a waveguide configured to be positioned in a field of view of a user's eye; a reflective digital dynamic hologram configured to receive the converging or diverging light from the light source and spatially modulate the light for coupling into the waveguide such that the light propagates through the waveguide , wherein the reflective dynamic digital hologram is configured to reflect the light toward a waveguide coupling hologram for coupling light into the waveguide ; and a front light waveguide positioned intermediate the digital dynamic hologram and the waveguide, wherein a front light input coupling hologram is configured to receive the converging or diverging light from the light source and direct the light into the front light waveguide , a front light output coupling hologram is configured to direct the light exiting the front light waveguide to the reflective digital dynamic hologram and make the light converging or diverging, and wherein the waveguide is configured as a pupil-replicating waveguide and configured to receive light reflected by the reflective digital dynamic hologram and direct the received light toward the user's eye. a light source configured to emit light that is converging or diverging; a waveguide configured to be positioned in a field of view of a user's eye; a reflective digital dynamic hologram configured to receive the converging or diverging light from the light source and spatially modulate the light for coupling into the waveguide such that the light propagates through the waveguide , wherein the reflective dynamic digital hologram is configured to reflect the light toward a waveguide coupling hologram for coupling light into the waveguide ; and a front light waveguide positioned intermediate the digital dynamic hologram and the waveguide, wherein a front light input coupling hologram is configured to receive the converging or diverging light from the light source and direct the light into the front light waveguide , a front light output coupling hologram is configured to direct the light exiting the front light waveguide to the reflective digital dynamic hologram and make the light converging or diverging, and wherein the waveguide is configured as a pupil-replicating waveguide and configured to receive light reflected by the reflective digital dynamic hologram and direct the received light toward the user's eye.
A system comprising: an electrical component ; a plurality of panels coupled, both fluidly and mechanically, to form a structure which is arranged around and thermally coupled to the electrical component, each panel comprising a plurality of passages for conveying a working fluid around the panel; and a heat exchanger mechanism in thermal communication with at least one of the plurality of panels so as to communicate heat energy to and/or from the electrical component via the plurality of panels, characterized in that the plurality of panels is arranged to form a hermetically sealed system such that the working fluid passively circulates around the sealed system to communicate heat energy around the sealed system. an electrical component ; a plurality of panels coupled, both fluidly and mechanically, to form a structure which is arranged around and thermally coupled to the electrical component, each panel comprising a plurality of passages for conveying a working fluid around the panel; and a heat exchanger mechanism in thermal communication with at least one of the plurality of panels so as to communicate heat energy to and/or from the electrical component via the plurality of panels, characterized in that the plurality of panels is arranged to form a hermetically sealed system such that the working fluid passively circulates around the sealed system to communicate heat energy around the sealed system.
A pharmaceutical composition comprising a pharmaceutically acceptable protein-based polymerized nanocarrier in the size range between 1 to 1000 nm and a preventative or therapeutic amount of an active agent, for use in the prevention and/or treatment of an allergic and/or inflammatory disease of the lower airways in a mammal, wherein the active agent is an oligonucleotide and/or an oligodeoxynucleotide (ODN) which is effective for use in the prevention and/or treatment of an allergic and/or inflammatory disease of the lower airways, wherein the oligodeoxynucleotide is selected from the group consisting of guanidine phosphodiester cytosine (CpG) ODN class A, class B and/or class C, wherein the active agent is coupled to the polymerized protein-based nanoparticle in a manner wherein the active agent maintains its preventive and/or therapeutic activity, wherein the protein-based nanocarrier is made from a pharmaceutically acceptable, biocompatible and biodegradable protein selected from the group consisting of albumin, gelatin, legumine, gliadine, elastine polypeptide, beta-galactoglobulin and silk protein, and wherein the composition is administered via inhalation.
A fluid control device , comprising: a piezoelectric actuator comprising a piezoelectric element and a vibration plate having a first surface and an opposing second surface , wherein the piezoelectric element is attached on the first surface of the vibration plate and is subjected to deformation in response to an applied voltage, and the vibration plate is subjected to a curvy vibration in response to the deformation of the piezoelectric element , wherein a bulge is formed on the second surface of the vibration plate ; and a deformable substrate comprising a flexible plate and a communication plate , wherein the flexible plate and the communication plate are stacked on each other, wherein the deformable substrate is combined with and positioned on the vibration plate of the piezoelectric actuator , characterized in that the flexible plate and the communication plate are subjected to a synchronous deformation to form a synchronously-deformed structure collaboratively, and the synchronously-deformed structure of the deformable substrate is bent in the direction toward the vibration plate , so that a specified depth (δ) is defined between the flexible plate of the deformable substrate and the bulge of the vibration plate , wherein the flexible plate comprises a movable part corresponding to the bulge . a piezoelectric actuator comprising a piezoelectric element and a vibration plate having a first surface and an opposing second surface , wherein the piezoelectric element is attached on the first surface of the vibration plate and is subjected to deformation in response to an applied voltage, and the vibration plate is subjected to a curvy vibration in response to the deformation of the piezoelectric element , wherein a bulge is formed on the second surface of the vibration plate ; and a deformable substrate comprising a flexible plate and a communication plate , wherein the flexible plate and the communication plate are stacked on each other, wherein the deformable substrate is combined with and positioned on the vibration plate of the piezoelectric actuator , characterized in that the flexible plate and the communication plate are subjected to a synchronous deformation to form a synchronously-deformed structure collaboratively, and the synchronously-deformed structure of the deformable substrate is bent in the direction toward the vibration plate , so that a specified depth (δ) is defined between the flexible plate of the deformable substrate and the bulge of the vibration plate , wherein the flexible plate comprises a movable part corresponding to the bulge .
A transgenic microalgae with increased production of at least one omega-3 long chain polyunsaturated fatty acid (LC-PUFA) compared to a control microalgae, wherein the microalgae overexpresses a heterologous nucleic acid transgene encoding a A5-elongase and does not express any other transgene encoding for another polypeptide involved in the regulation of the LC-PUFA pathway; wherein said heterologous nucleic acid transgene comprises a nucleic acid encoding a A5-elongase as defined in SEQ ID NO:2 or a functional variant thereof, wherein the functional variant has at least 75% homology to SEQ ID NO:2; wherein the omega 3 LC-PUFA is DHA and said increase is to at least 7% fatty acid content; and wherein the control microalgae has not been genetically modified to alter the content of omega 3 LC-PUFAs therein.
A blade , the blade comprising: an airfoil including an outer tip having a floor , a leading edge and a trailing edge , a concave pressure sidewall and a convex suction sidewall extending axially between the leading and trailing edges and radially between a root and the outer tip ; the airfoil further including: a tip cap extending from the floor of the outer tip and coextensive with the pressure sidewall and with the suction sidewall around each of the leading edge and the trailing edge , the tip cap including a squealer tip configuration to reduce overtip leakage and downstream mixing loss, and the squealer tip configuration includes a suction side tip cap portion and a pressure side tip cap portion (36"); wherein the suction side tip cap portion and the pressure side tip cap portion (36") extend unequal distances above the floor , characterised in that the pressure side tip cap portion (36") includes a step-down section , such that cooling fluid flows over the pressure side tip cap portion (36") of the tip cap due to pressure gradients. an airfoil including an outer tip having a floor , a leading edge and a trailing edge , a concave pressure sidewall and a convex suction sidewall extending axially between the leading and trailing edges and radially between a root and the outer tip ; the airfoil further including: a tip cap extending from the floor of the outer tip and coextensive with the pressure sidewall and with the suction sidewall around each of the leading edge and the trailing edge , the tip cap including a squealer tip configuration to reduce overtip leakage and downstream mixing loss, and the squealer tip configuration includes a suction side tip cap portion and a pressure side tip cap portion (36"); wherein the suction side tip cap portion and the pressure side tip cap portion (36") extend unequal distances above the floor , a tip cap extending from the floor of the outer tip and coextensive with the pressure sidewall and with the suction sidewall around each of the leading edge and the trailing edge , the tip cap including a squealer tip configuration to reduce overtip leakage and downstream mixing loss, and the squealer tip configuration includes a suction side tip cap portion and a pressure side tip cap portion (36"); wherein the suction side tip cap portion and the pressure side tip cap portion (36") extend unequal distances above the floor ,
An apparatus (M) for supporting X-ray imaging, comprising: an input interface (IN) for receiving a request to perform an X-ray exposure with an X-ray source (XR) of an X-ray imager (XI) to image an object (PAT); a compliance checker (CC) configured to check said request against an imaging safety protocol for said object to produce a safety compliance result, wherein the checking by the compliance checker (CC) is based on information that identifies the object (PAT), wherein the imaging safety protocol prescribes a maximum number of allowable X-ray exposures per unit time for the identified object (PAT); and a safety enforcer (SE) configured to issue, based on the safety compliance result, i) an alert signal and/or ii) a control signal to initiate a safety action that at least affects an impact of the requested X-ray exposure on the object. an input interface (IN) for receiving a request to perform an X-ray exposure with an X-ray source (XR) of an X-ray imager (XI) to image an object (PAT); a compliance checker (CC) configured to check said request against an imaging safety protocol for said object to produce a safety compliance result, wherein the checking by the compliance checker (CC) is based on information that identifies the object (PAT), wherein the imaging safety protocol prescribes a maximum number of allowable X-ray exposures per unit time for the identified object (PAT); and a safety enforcer (SE) configured to issue, based on the safety compliance result, i) an alert signal and/or ii) a control signal to initiate a safety action that at least affects an impact of the requested X-ray exposure on the object.
Method for establishing a data link between an access module and a transponder module , preferably a sports timing transponder module configured for use in a sports timing system, comprising: connecting said access module to a CAN bus , said CAN bus being connected to one or more transponder modules , a transponder module being associated with a transponder ID ; sending, preferably broadcasting, one or more announce CAN messages over said CAN bus , the payload of an announce CAN message comprising an answer CAN address for dynamically assigning the answer CAN address to a transponder module ; receiving one or more request CAN messages from said one or more transponder modules , a request CAN message comprising said answer CAN address and a transponder ID of one of said one or more transponder modules ; said access node selecting a transponder module on the basis of said one or more request CAN messages for establishing said data link. connecting said access module to a CAN bus , said CAN bus being connected to one or more transponder modules , a transponder module being associated with a transponder ID ; sending, preferably broadcasting, one or more announce CAN messages over said CAN bus , the payload of an announce CAN message comprising an answer CAN address for dynamically assigning the answer CAN address to a transponder module ; receiving one or more request CAN messages from said one or more transponder modules , a request CAN message comprising said answer CAN address and a transponder ID of one of said one or more transponder modules ; said access node selecting a transponder module on the basis of said one or more request CAN messages for establishing said data link.
A wall module flexibly connected to one or more structural components of a building, the wall module comprising: a centering bracket having a U-shaped channel including a first wall and a second wall having a first distance therebetween, the centering bracket being configured to couple to a ceiling of a building; and a frame configured to be at least partially disposed within the U-shaped channel of the centering bracket , the frame including: one or more vertical supports ; and one or more horizontal supports connected to at least one of the one or more vertical supports , at least one of the one or more horizontal supports comprising a stringer configured to secure one or more panels; characterized in that a top end of the frame includes opposing rounded faces wherein a width of the top end that can fit into the U-shaped channel can be defined by a second distance, which spans between outermost points of the rounded faces , and wherein the second distance being equal to or greater than the first distance, thereby allowing the U-shaped channel to frictionally secure the top end which can tilt or slide along the length of the U-shaped channel or move upward or downward within the U-shaped channel . a centering bracket having a U-shaped channel including a first wall and a second wall having a first distance therebetween, the centering bracket being configured to couple to a ceiling of a building; and a frame configured to be at least partially disposed within the U-shaped channel of the centering bracket , the frame including: one or more vertical supports ; and one or more horizontal supports connected to at least one of the one or more vertical supports , at least one of the one or more horizontal supports comprising a stringer configured to secure one or more panels; characterized in that a top end of the frame includes opposing rounded faces wherein a width of the top end that can fit into the U-shaped channel can be defined by a second distance, which spans between outermost points of the rounded faces , and wherein the second distance being equal to or greater than the first distance, thereby allowing the U-shaped channel to frictionally secure the top end which can tilt or slide along the length of the U-shaped channel or move upward or downward within the U-shaped channel . one or more vertical supports ; and one or more horizontal supports connected to at least one of the one or more vertical supports , at least one of the one or more horizontal supports comprising a stringer configured to secure one or more panels; characterized in that a top end of the frame includes opposing rounded faces wherein a width of the top end that can fit into the U-shaped channel can be defined by a second distance, which spans between outermost points of the rounded faces , and wherein the second distance being equal to or greater than the first distance, thereby allowing the U-shaped channel to frictionally secure the top end which can tilt or slide along the length of the U-shaped channel or move upward or downward within the U-shaped channel .
Method for preparing an organic/inorganic hybrid composition comprising mineral nanoparticles functionalized by at least one molecule chosen from colored charged organic molecules, this method comprising at least bringing into contact, in a monophasic solvent medium, with at least one colored charged organic molecule and non-swelling phyllosilicate nanoparticles having a thickness of 1 nm to 100 nm, and a larger dimension of 10 nm to 10 μm.
A concealed cistern for a toilet bowl or urinal bowl, having a cistern body (3.1) for storing flushing water, a float arranged inside the cistern body (3.1) and a filling valve controlled by means of the float , characterised in that the filling valve is located outside the cistern body (3.1), the filling valve and a control element (8.1) connected to the float being provided with a magnet system comprising at least one magnet (9.1) and a magnetic or magnetizable counterpart (9. 2) cooperating with the magnet, the magnet (9.1) and the counterpart (9.2) being arranged on opposite sides of a liquid-tight wall (6.1) of the filling valve and/or the cistern body (3.1), the filling valve comprising a valve body (6. 2) as main valve body and a control valve body (6.3), wherein the control valve body (6.3) is provided with the magnet (9.1) or the magnetic or magnetizable counterpart (9.2), and wherein the control valve body (6.3) is designed as a control piston.
A centrifugal fluid processing system comprising: a centrifuge assembly including upper and lower umbilicus mounts and a bearing support; and a fluid set comprising an umbilicus including a first anchor portion removably received by the lower umbilicus mount; a second anchor portion removably received by the upper umbilicus mount; at least one elongated, flexible fluid-transmitting portion supported by the bearing support for orbiting around an axis of centrifugation, comprised of at least a first material and defining a lumen extending between the first and second anchor portions for transmitting a fluid between the first and second anchor portions ; and at least one flexible, non-fluid-transmitting shaft comprised of at least a second material different than the first material and extending between the first and second anchor portions . a centrifuge assembly including upper and lower umbilicus mounts and a bearing support; and a fluid set comprising an umbilicus including
Pressure sensor for measuring a pressure of a fluid, the pressure sensor comprising - a sensor element for detecting the pressure of the fluid, - an activation and/or evaluation circuit for activating and/or evaluating a measuring signal of the sensor element , - a circuit carrier , the activation and/or evaluation circuit being provided on the circuit carrier , - a carrier element , the circuit carrier being secured on the carrier element , and - a housing element , the carrier element together with the circuit carrier being interlockingly and/or frictionally secured in the housing element , and the carrier element being formed in one piece from an electrically non-conducting material, characterized in that the pressure sensor also comprises an earthing spring for connecting the activation and/or evaluation circuit to earth and to the housing element , the earthing spring being captively located in a cutout in the carrier element . - a sensor element for detecting the pressure of the fluid, - an activation and/or evaluation circuit for activating and/or evaluating a measuring signal of the sensor element , - a circuit carrier , the activation and/or evaluation circuit being provided on the circuit carrier , - a carrier element , the circuit carrier being secured on the carrier element , and - a housing element , the carrier element together with the circuit carrier being interlockingly and/or frictionally secured in the housing element ,
An axial hob for machining gears and other toothed articles, said axial hob being cylindrically shaped and comprising: a length, a diameter and a pair of axially opposed ends , an axis ( T ) of rotation extending the length of said hob with said axial hob being rotatable about said axis, a plurality of cutting teeth arranged about said hob, said teeth being oriented in a first direction (H 1 ) defined by a first helix angle with respect to said axis of rotation, wherein each of said cutting teeth includes a cutting face and wherein all cutting faces are oriented toward one of said axially opposed ends, characterized in that the axial hob is either configured to perform a power skiving process as machining or configured to perform a shaping process as machining, and in that the cutting face forms a cutting front perpendicular to the helix defined by said first helix angle. a length, a diameter and a pair of axially opposed ends , an axis ( T ) of rotation extending the length of said hob with said axial hob being rotatable about said axis, a plurality of cutting teeth arranged about said hob, said teeth being oriented in a first direction (H 1 ) defined by a first helix angle with respect to said axis of rotation, wherein each of said cutting teeth includes a cutting face and wherein all cutting faces are oriented toward one of said axially opposed ends, characterized in that the axial hob is either configured to perform a power skiving process as machining or configured to perform a shaping process as machining, and in that the cutting face forms a cutting front perpendicular to the helix defined by said first helix angle.