Durán-Corretjer, S.L.P

A slow-release bolus product administered to the reticulo-rumen of a ruminant animal like a cow containing dried live active yeast particles, vitamins, and optional minerals for enhancing the health, nutrition, and feed intake of the animal prior to a lactation cycle post calving and to improve commercial milk production, or for enhancing the health, nutrition, and feed intake of a ruminant animal after a triggering stress event.

A dual-tilt large-area collimated coating device (Z) and a carrier module (D). The dual-tilt large-area collimated coating device (Z) includes a base module (1), a rotating module (2) and a carrier module (D). The rotating module (2) is movably arranged on the base module (1). The carrier module (D) includes a module body (D1), a carrier assembly (D2), a first driving assembly (D3) and a second driving assembly (D4). The module body (D1) is connected to the rotating module (2), and has an accommodating space (D10), a first opening (D11), and a plurality of shielding elements (D12). The accommodating space (D10) is communicated with the first opening (D11). The shielding elements (D12) are configured to open or shield the first opening (D11). The carrier assembly (D2) is configured to hold an object (B). The first driving assembly (D3) is configured to drive the carrier assembly (D2) to perform a reciprocating displacement in a predetermined direction. The second driving assembly (D4) is configured to drive the carrier assembly (D2) to rotate around a first axis (AC2).

An intelligent robot transaction system and operation method thereof. In the intelligent robot transaction system, attributes of each of a plurality of intelligent robots are set, machine learning algorithms are used to learn training data for multiple knowledge domains to train multiple intelligent robots in different knowledge domains. Afterwards, through a transaction platform, a user or an enterprise selects an intelligent robot based on the knowledge domain that is needed. The intelligent robot that is selected is imported into a computer system of the user or the enterprise. The computer system operates the intelligent robot having knowledge of a domain to provide corresponding intelligent service.

A method and a system for adaptively acquiring image data for personalized speech dialogue. In the method, the system receives speech data generated by a user in real time from a user device (100) and extracts speech features from the speech data. A natural language processing model is used to recognize semantic meaning in the speech features. The system then determines that an image is required to be provided. A function of photographing images in the user device (100) is activated for acquiring image data. Both the speech features and image features are referred to for generating corresponding speech dialogue. After repeatedly the above steps such as receiving speech data generated by the user from the user device (100), extracting speech features, receiving image data generated by the user device (100), and extracting image features, the speech dialogues based on the speech features and the image features can be continuously generated.

Modular Exoskeleton for Home and Community UseAn exoskeleton comprising detachable modular elements which are connected via electrical and/or mechanical means characterized in that said modular system comprises:- a back module,- a hip link,- a preferably motorized hip module,- a thigh link,- a preferably motorized knee module,- a shank link, and- a foot module,wherein the back module is connected to the hip module via the hip link, the hip module is connected to the knee module via the thigh link, the knee module is connected to the foot module via the shank link and wherein at least the hip link and the thigh link have tubular shape.

A method, a system for providing personalized speech dialogue service and a transaction system. A cloud server (20) is provided for connecting with user device (100)s, providing users a personalized speech dialogue service via a dialogue interface, performing the method by processors. The cloud server (20) is configured to receive speech data generated by a user's real-time speech, or also receive image data, and then extract current speech features and image features. The speech features and the image features are referred to for learning the user's current emotion. A natural language processing model is used to recognize semantic meaning in the speech features. A speech dialogue based on the user's current emotion can be generated according to the semantic meaning and current environmental information. A simulated object displayed on a user device (100) can speak the speech dialogue.

A method and a system for customizing a community user robot, and a non-transitory computer-readable medium. The system provides a cloud server (20). A community user uploads data via a user interface (40) provided by the cloud server (20), and sets attributes of the community user robot. Prompts (403) for each of the attributes are included. Then, a language model (211a) processes the data for formation of a training dataset, so that a machine learning method in operation learns attributes of the community user from the training dataset. The community user robot that is exclusive to the community user is further trained according to the prompts (403), and is deployed in a community, so that the community user robot operates under a personal account of the community user in the community.

Texture generating process and system (3). Radiation curing by polymerisation is applied to a base layer (cb) differentially in zones (7, 7', 7") in which curing radiation is inhibited with respect to zones (8) laterally adjacent to the inhibition zones (7, 7', 7"). Textures (3) comprise cavities (4) which are formed by the removal of removable material from the base layer (cb) in the inhibition zones (7, 7', 7‴), in which the base layer (cb) has a substantially lower degree of curing than in the respective adjacent zones (8). The invention is characterized in that the base layer (cb) is spread over a separation layer (cs, cs', cs"), so that, when the removable material is removed, it is substantially separated out through the interface between the base layer (cb) and the separation layer (cs, cs', cs").

Method for protecting a printed substrate which comprises the following steps: - printing on the substrate at least two printed protective zones having a height greater than the height of said printing in the print zone, such that the printed protective zones provide protection for the print zone against contact via the face of the substrate, and - curing and/or drying the printed protective zones.

Method for printing substrates by means of injecting ink, comprising the step of printing on one side of a substrate in a printed area, characterized in that it further comprises a step of applying, on the printed side, a protective layer on the entire printed area or on selected protective areas by means of contact with a transfer film carrying a protective layer. The use in a production process of the application of a protective layer film by contact with a transfer film carrying a protective layer for the protection of a substrate printed by means of inkjet against contamination of or from the substrate.