Fundación Tecnalia Research & Innovation Patente

The present disclosure relates generally to microspheres comprising decellularized tissue extracellular matrix, at least a natural biopolymer, and at least a crosslinking agent. In some embodiments, the microsphere comprises biological cells and/or at least a biomolecule. Moreover, the present disclosure also relates to the method of generating said microspheres and the uses thereof.

The invention relates to a system for recovering foundry sand comprising: a rotary drum open at its upper base for depositing the sand to be recovered therein, a cover which can adopt an open position for allowing passage through the upper base of the rotary drum, and a closed position for closing passage through said upper base, and means for generating electromagnetic radiation installed on the cover, such that when the cover is arranged closing the upper base of the rotary drum, the electromagnetic radiation generated is directed towards the inside of the rotary drum. This technique for recovering foundry sand based on the use of microwave energy successfully cleans the sand at great speed, preventing CO2 emissions, and with low energy consumption.

A method of data offloading from an embarkable device (12), comprising: collecting a plurality of data instances provided by sensors and/or telemetry data; for each data instance, determining whether it is a data instance to be offloaded from the embarked device (12) or it is a data instance to be discarded; making (204) a prediction (186) over a certain time horizon of at least one hardware saturation characteristic; given a collection of possible offloading locations (184, I<1>, I<2>, ..., I<N>) and given the prediction (186) over a certain time horizon of at least one hardware saturation characteristic, scheduling (205) at which time and to which offloading location (188), the offloading of the determined data instances should be conducted; offloading the data instances from the embarkable device (12) at the scheduled time and location.

The present invention relates to a water-based composition comprising methylcellulose and an antimicrobial natural extract, which is useful and suitable for coating fruits and vegetables having an edible casing, to extend their shelf life and extend the time until perishing. The coating obtained by applying the water-based composition to fruits or vegetables, is edible and does not negatively affect the appearance, flavour and smell of said fruits or vegetables. The invention also refers to a method for obtaining the water-based composition, and the use of the water-based composition for coating fruits and vegetables.

A clamp device for clamping a cable (1000) comprising an inner armour comprising a plurality of inner armour wires (1001) and an outer armour comprising a plurality of outer armour wires (1002). The clamp device (1) comprises an upper clamp assembly (11) for clamping the inner armour wires (1001), and a lower clamp assembly (12) for clamping the outer armour wires (1002). The upper clamp assembly (11) is arranged so that it is capable of rotation in relation to the lower clamp assembly (12).

The present invention relates to an apparatus and method of generating and sending a secret key (50), wherein the secret key (50) is homomorphically encrypted and wherein the secret key (50) is further homomorphically operated with a homomorphically encrypted quantum key (58). It is also related to an apparatus and method of relaying a secret key (50) wherein a key management module receives a homomorphic key (53), decrypts it obtaining a homomorphically encrypted first key (57) and then further encrypts it to send it along a next hop. It is also related to an apparatus and method of receiving a homomorphic key which contains a homomorphically encrypted secret key (57) which is decrypted obtaining the secret key (50).

The invention relates to an ingestible device (100) for taking a sample of a target location of a digestive system (200), the target location having pH within a first pH range and pressure within a first pressure range; the device comprising an elastic cover (102) enclosing an inner space (101), the elastic cover comprising an opening (106) for entrance of a sample into the inner space; the device comprising a first additional cover (103) degradable at the first pH range; the first additional cover (103) covering the elastic cover and compressing the elastic cover by applying a pressure on the elastic cover greater than a greatest pressure of the first pressure range so that, upon degradation of the first additional cover (103) in the target location of a digestive system, volume of the inner space (101) increases for forcing a sample to enter the inner space (101) through the opening.

The present invention relates to a method for preparing a high-chromium heat-resistant ferritic/martensitic steel. Additionally, the present invention relates to a high-chromium heat-resistant ferritic/martensitic steel obtainable by said method. The present invention is also directed to a steam contacting component made from said high-chromium heat-resistant ferritic/martensitic steel, to a steam generation equipment comprising at least one of said component, and to a thermal power plant comprising at least one of said steam generation equipment. Finally, the present invention is directed to the use of said high-chromium heat-resistant ferritic/martensitic steel in chemical and petrochemical, heat transfer, automotive, and construction industrial sectors.

The present invention refers to a method for manufacturing a phosphorylated lignin which is soluble in water at a pH range of 2 to 14. Said method comprises the efficient phosphorylation of lignin preventing the formation of undesired species, which leads to an outstanding water solubility at neutral and acidic conditions, and, preferably, the separation of the water-soluble phosphorylated lignin from the reaction medium, wherein said separation comprises acid precipitation and/or ultrafiltration and drying under specific conditions. The invention also refers to a phosphorylated lignin that is water-soluble at a pH of 2 to 14, preferably obtained by the method of the invention.

Method for training at least one machine learning model, comprising: defining emission locations and immission locations; in each of the emission locations measuring whether there is emission of particles; in each of the immission locations measuring whether there is immission of the particles; registering meteorological conditions occurring at each of the emission locations; for each combination of anyone of the immission locations and anyone of the emission locations forming a corresponding training dataset using data related to the meteorological conditions and the measurements taken at the emission and immission locations of the corresponding combination; for each of the generated datasets training via computing means a corresponding machine learning model using the corresponding training dataset, wherein each of the machine learning models is configured to provide as output an estimation of whether there is immission of the particles at the corresponding immission location. Also, a system.

An anchoring device for modular facade panels (2) which allows the adjustment of the position of the facade panels (2) in the three main axis X, Y, Z, comprising: at least a connector (1), intended to be fixed to a facade panel (2); a base (3), which comprises at least a support (5) for the connector (1), of a size that allows the displacement of the connector (3) along an X-axis; a depth adjuster (6), coupled to the base (3) intended to be fixed to a building structure (4), for adjusting the position of the base (3) along a Y-axis; and a vertical position adjuster (7), coupled to the base (3), for adjusting the position of the base (3) along a Z-axis. The system comprises an anchoring device and a façade panel (2) attached to the connector (1) of the device.

A computer-implemented method for optimizing the disposition of items in one or more locations of a physical environment is provided. The method comprises: providing (132) a plurality of available locations in which items can be disposed; providing (131) a plurality of items to be located; defining (141) a problem associated to a WOP for storing as many items as possible at ground level, said problem being defined as a constrained quadratic model problem (CQM problem) to decide the location I in which each item i should be stored; solving (143) the CQM model problem by maximizing the amount of items i stored at the ground level of the available set of locations, thus obtaining partial solutions; completing (145) each partial solution (144) by stacking, if required, all items that have been left unstacked; eliminating (149) repeated and unfeasible solutions, thus obtaining a set of N feasible solutions to the WOP; selecting (16) one or more initial solutions of the N feasible solutions and optimizing (18) them, providing a most optimal one; wherein solving (143) the CQM problem is done at least partially in a quantum computer.

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The invention relates to a method of solving, by a quantum computer, or approximately solving, by a quantum computer, an isomorphic portion (301), according to a first isomorphism relation, of the first PUBO subproblem thereby obtaining solution values or approximate solution values of the variables (x₁, x₂, x₃) of the isomorphic portion of the first PUBO subproblem; wherein the first subproblem is representable by a graph isomorphic, according to the first isomorphism relation, with respect to a graph representing a second PUBO subproblem or the graph representing the first subproblem is approximately isomorphic, according to the first isomorphism relation, with respect to the graph representing the second subproblem; wherein at least some coefficients of the first subproblem are proportional or approximately proportional with respect to coefficients of the second subproblem and the proportional or approximately proportion coefficients are associated with variables associated according to the first isomorphism relation; and wherein the first subproblem and the second subproblem are summands of a PUBO problem.

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