Abstract: A computer-implemented neural network graph (1) system, comprising a plurality of neurons (2), each represented by a unique addressable node in a dynamic data structure and each containing a plurality of data, and a plurality of axons and dendrites (4) connecting two or more neurons (2) between them in order to represent a relation and transport one or more data contained in a neuron (2) to another neuron. Each axon (4) having at its end a synapse (3) for connecting it to a neuron (2) and at least one intermediate neuron (2) is connected through an intermediate axon (4) or dendrite and its synapse (3) directly to another axon (4) which connects two main neurons (2).

Abstract: A wireless communication method, in particular via Bluetooth® protocol, between a main communication device and one or more peripheral communication devices, comprising an initial step which envisages establishing a connection between the main device and the peripheral device; said initial step comprising a step of sending a connection request signal from the peripheral device to the main device which comprises a sub-step of inserting, in said connection request signal, additional data representing a first action to be performed and/or values and/or current status by the main communication device.

Abstract: A wireless communication method, in particular via Bluetooth® protocol, between a main communication device and one or more peripheral communication devices, comprising an initial step which envisages establishing a connection between the main device and the peripheral device; said initial step comprising a step of sending a connection request signal from the peripheral device to the main device which comprises a sub-step of inserting, in said connection request signal, additional data representing a first action to be performed and/or values and/or current status by the main communication device.

Abstract: A wall apparatus (1) for controlling utilities that can be installed at an internal cavity (2) of the wall itself in which the electrical connection cables to said utilities are present, wherein said apparatus (1) comprises a wall support frame (6) superposable on an access mouth of said cavity (2) and comprising a fixing means (8) to said cavity (2), and an electronic device (5) for displaying graphical symbols mounted on the support frame (6). In particular, the fixing means (8) of said support frame (6) is configured to fix said frame in at least two different fixing positions and displaced with respect to said cavity (2) so that the surface dimensions of said electronic device (5), mounted on said support frame, cover said mouth according to the shape and size of said cavity (2).

Abstract: A system (1) for the management of personal data (3) relative to a user by maintaining personal privacy, comprising a Discontinuity Engine Interface (4) configured for receiving identification data (2) of the user and receiving encrypted personal data (3) of the user. The system uses separation of information domains to achieve the maximum privacy, different system components have only parts of the information as they manage information or encrypted, obfuscated or anonymous data also in combination. This separation between services and the way information are accessed permit to guarantee the maximum privacy against direct and indirect identification of the client. This level of security is permitted by pervasive cryptography starting from encapsulating data from the originator: client or analysis laboratory.

Abstract: A wall apparatus (1) for controlling utilities that can be installed at an internal cavity (2) of the wall itself in which the electrical connection cables to said utilities are present, wherein said apparatus (1) comprises a wall support frame (6) superposable on an access mouth of said cavity (2) and comprising a fixing means (8) to said cavity (2), and an electronic device (5) for displaying graphical symbols mounted on the support frame (6). In particular, the fixing means (8) of said support frame (6) is configured to fix said frame in at least two different fixing positions and displaced with respect to said cavity (2) so that the surface dimensions of said electronic device (5), mounted on said support frame, cover said mouth according to the shape and size of said cavity (2).

Abstract: A system (1) for the management of personal data (3) relative to a user by maintaining personal privacy, comprising a Discontinuity Engine Interface (4) configured for receiving identification data (2) of the user and receiving encrypted personal data (3) of the user. The system uses separation of information domains to achieve the maximum privacy, different system components have only parts of the information as they manage information or encrypted, obfuscated or anonymous data also in combination. This separation between services and the way information are accessed permit to guarantee the maximum privacy against direct and indirect identification of the client. This level of security is permitted by pervasive cryptography starting from encapsulating data from the originator: client or analysis laboratory.

Abstract: Described is an interactive control device (1) for at least one service apparatus (2), comprising a control unit (3), a screen (4) operatively connected to the control unit (3) having touch selection means (5) for interacting with the user. The touch selection means (5) are configurable between an active condition wherein they receive the touch information of the user and an inactive condition wherein they do not receive the touch information of the user. More specifically, the interactive control device (1) comprises a presence and distance sensor (7) operatively connected to the control unit (3) and configured for generating a detection signal (8) representing the presence and the distance of a user relative to the sensor (7). The control unit (3) is configured for receiving the detection signal (8), for processing it and for generating a control signal of at least part of the service apparatus (2) as a function of the processing.

Abstract: Described is a device (1) for displaying graphical symbols (2) comprising a screen (3) at least in part transparent on which at least one graphical symbol (2) is delineated and a support panel (5) connected to the screen (3). The support panel (5) has at least one through hole (8). Moreover, the displaying device (1) comprises at least one illumination body (9) emitting a light beam (10) passing through the hole (8) for illuminating the graphical symbol (2) on the screen (3). According to this invention, the illumination body (9) is connected to the support panel (5) at the hole (8). This invention also relates to a control apparatus (100) mounted on a wall (101) comprising a containment box (102), a front frame (111) connected to the containment box (102) and the displaying device (1) connected to the front frame (111).

Abstract: Described is an interactive control device (1) for at least one service apparatus (2), comprising a control unit (3), a screen (4) operatively connected to the control unit (3) having touch selection means (5) for interacting with the user. The touch selection means (5) are configurable between an active condition wherein they receive the touch information of the user and an inactive condition wherein they do not receive the touch information of the user. More specifically, the interactive control device (1) comprises a presence and distance sensor (7) operatively connected to the control unit (3) and configured for generating a detection signal (8) representing the presence and the distance of a user relative to the sensor (7). The control unit (3) is configured for receiving the detection signal (8), for processing it and for generating a control signal of at least part of the service apparatus (2) as a function of the processing.

Abstract: Described is a device (1) for displaying graphical symbols (2) comprising a screen (3) at least in part transparent on which at least one graphical symbol (2) is delineated and a support panel (5) connected to the screen (3). The support panel (5) has at least one through hole (8). Moreover, the displaying device (1) comprises at least one illumination body (9) emitting a light beam (10) passing through the hole (8) for illuminating the graphical symbol (2) on the screen (3). According to this invention, the illumination body (9) is connected to the support panel (5) at the hole (8). This invention also relates to a control apparatus (100) mounted on a wall (101) comprising a containment box (102), a front frame (111) connected to the containment box (102) and the displaying device (1) connected to the front frame (111).

Abstract: A mobile support for notebooks, portable computers and the like, which foresees a vertical bar (11), with a tripod (12) to stand on the floor, equipped with an arm (13), which is fixed horizontally and only adjustable vertically, holding a tray (14) for the notebook and mounted on a joint which can be blocked by clamping means (23), the feet (17) of the vertical bar being foldable and if necessary equipped with roller wheels (19), while the tray can be rotated and inclined and blocked in place by means of the clamping means (23).