Abstract: A patch comprises a support having electrostatic properties. The periphery of the support is coated with an adhesive material, and all or part of the non-adhesive surface of the support is directly covered with at least one biologically active substance in the form of particles. The particles remain in contact with the non-adhesive part of the support as a result of the electrostatic forces.

Abstract: The invention relates to a patch for cutaneous application of a substance, the patch comprising a substance designed to penetrate the epidermis, means for placing the substance in contact with the skin and a peelable cutaneous exfoliation film enabling exfoliation of the skin, after placing the patch, at the level of the contact zone between said substance and the skin.

Abstract: Embodiments of the present disclosure relate to an electronic sensor including capture means producing a signals comprising x pulses during a given capture time, such that a?<x<b?, wherein a?, b? and x are non-null natural integers, and counting means receiving the signals, which are incremented with each pulse received, including a maximum counting capacity equal to z such that (b??a?)?z<a?, where z is a non-null natural integer, resetting the counting, when the maximum counting capacity z is exceeded and outputting, at the end of the capture time, a number representative of the number of pulses x of the signals, wherein a? is the minimum value and b? is the maximum value of the number of pulses that can be produced by the capture means.

Abstract: A patch comprising a support having electrostatic properties is provided wherein a periphery of the support is coated with an adhesive material, and all or part of the non-adhesive surface of the support is covered with at least one biologically active substance in the form of particles that is adhered to the non-adhesive part of the support by electrostatic forces.

Abstract: A dermal patch comprises a support having electrostatic properties, which is covered with or can be covered with a substance that is intended to be applied to the skin. The surface of the support that is in contact with the substance is provided with microreliefs.

Abstract: A thermal image sensor comprising at least: one pixel matrix, wherein each pixel comprises at least one bolometer and means of applying a voltage to the terminals of the bolometer, and a comparator connecting an output of the pixel matrix to an input of the means of applying the voltage to the terminals of the bolometer of each pixel, wherein said comparator is capable of making a comparison between the output signal of the pixel matrix and a reference value, wherein the value of the voltage at the terminals of the bolometer of each pixel is determined at least partially depending on the result of the comparison.

Abstract: Electronic sensor comprising at least: capture means producing a signal s comprising x pulses during a given capture time, such that a?<x<b?, where a?, b? and x are non-null natural integers, counting means receiving the signal s, which are incremented with each pulse received, comprising a maximum counting capacity equal to z such that (b??a?)?z<a?, where z is a non-null natural integer, resetting the counting when the maximum counting capacity z is exceeded and outputting, at the end of the capture time, a number representative of the number of pulses x of the signal s.

Abstract: A patch comprising a support having electrostatic properties is provided wherein a periphery of the support is coated with an adhesive material, and all or part of the non-adhesive surface of the support is covered with at least one biologically active substance in the form of particles that is adhered to the non-adhesive part of the support by electrostatic forces.

Abstract: A bus system (10) comprises a bus controller (12) and a bus wiring (14) comprising at least one bus line (16) and connected at one end to the bus controller (12). A number of connectors (221 . . . 224) for peripheral units (24) are arranged in series along the bus wiring (14) and a number of peripheral units (24) are each connected to a respective connector (22i) on the bus wiring (14). The bus system (10) is designed in such a way that, as long as a peripheral unit (24) has not been connected to a given connector (22i), communication in the at least one bus line (16) downstream of this connector (22i) is interrupted, and that upon connection to a peripheral unit (24) communication in the at least one bus line (16) is restored at this connector (22i). The bus controller (12) comprises means for detecting a default-addressed peripheral unit (24) on the bus wiring (14) and assigning an address thereto.

Abstract: A patch comprises a support having electrostatic properties. The periphery of the support is coated with an adhesive material, and all or part of the non-adhesive surface of the support is directly covered with at least one biologically active substance in the form of particles. The particles remain in contact with the non-adhesive part of the support as a result of the electrostatic forces.