Abstract: A method for detecting and managing an uncorrectable error in a non-volatile memory of a microcontroller, the microcontroller having a read interface, an exception manager, and a set of internal registers and execution parameters that form a low-level context of the microcontroller. The method provides for backing up the low-level context of the microcontroller, as well as restoring the context in the event that an exception is raised during an attempt to read data from the non-volatile memory, provided that a specific strategy for detecting and managing an uncorrectable error is activated.

Abstract: The invention relates to an implantable system (10) comprising a first device (20), called a centralization device, which is able to be fixed in a fixation position to a wall of the stomach of a patient, the centralization device (20) being received in the stomach when the centralization device (20) is in the fixation position, and at least one second device (25). The implantable system (10) is characterized in that the centralization device (20) comprises a controller (45), an electrical supply (55) and an emitter/receiver (60) to permit communication between the centralization device (20) and the second device (25) when the second device (25) is in a functioning position, the second device (25) being situated outside the body of the patient when the second device (25) is in the functioning position.

Abstract: A method for detecting and managing an uncorrectable error in a non-volatile memory of a microcontroller, the microcontroller having a read interface, an exception manager, and a set of internal registers and execution parameters that form a low-level context of the microcontroller. The method provides for backing up the low-level context of the microcontroller, as well as restoring the context in the event that an exception is raised during an attempt to read data from the non-volatile memory, provided that a specific strategy for detecting and managing an uncorrectable error is activated.

Abstract: This clamping device comprises a fixed jaw and a movable jaw sliding on the body of the fixed jaw; it comprises furthermore a structure for receiving the reactions of the stresses exerted on the fixed and movable jaws, this structure having for this purpose a front part against which the fixed jaw bears and a rear part having therethrough a tapped orifice in which the threaded portion of the clamping screw of the movable jaw is meshingly engaged; the front part and the rear part of this structure are each formed by a flange, and these two flanges are connected to one another, in the central part thereof, by means of at least one stay-rod, parallel to the clamping screw, and in the lower part thereof opposite that where the clamping screw is located by at least one compression bar.