Abstract:
A machine with a refrigeration cycle for cooling a dose of a liquid or solid food product (7), comprises a container (3) for the dose of a food product (7), an evaporator (1) having a compartment (2) for housing the container (3), and a pneumatic means (6) for mixing the dose of product (7), which is configured and arranged so as to favour the accumulation of the dose of product (7) towards the inner walls of the container and the incorporation of air in the dose of product during the cooling of the dose of product (7).
Abstract:
Radiant module (10) and relative method of production, for a heating device for rooms, comprising two heat-conductor plates, respectively first (16) and second (14), associated with each other to define a central portion (18) inside which a heated heat-carrying fluid flows. The first heat-conductor plate (16) comprises lateral walls (20) which develop from the central portion (18) away from the second heat-conductor plate (14), to define a channel (28) inside the radiant module (10) which develops and narrows from the lower part of the radiant module (10) towards its upper part and through which a flow of heated air is accelerated and guided.
Abstract:
A radiating module (10) for a heating apparatus (12) able to heat rooms comprises a first conductor plate (13) and a second conductor plate (14), associated with each other so as to define a central portion inside which a thermo vector fluid is able to flow, and heating means able to heat the thermo vector fluid. The central portion comprises a single channel (15), substantially coaxial with and in any case comprising the longitudinal axis of the radiating module (10). The single channel (15) has a development such as to define a first segment (16) and a second segment (17). The first segment (16) has a greater width and/or thickness than said second segment (17) and is disposed near the heating means.
Abstract:
Timer device (10) for programming and regulating a relative electronic apparatus, comprising a command and control unit (13), a display (15) having a circular shape to show the user the operating functions activated and/or able to be activated, and a keyboard (16) that allows the user to command the command and control unit (13) and selectively vary the functions shown on the display (15). The timer device (10) also comprises at least a rotary ring-nut (17) mounted rotatable around the display (15) and a position transducer member that converts the relative movement of the rotary ring-nut (17) into a datum available to the command and control unit (13), so that the command and control unit (13) can command a corresponding programming variation immediately visible on the display (15), according to the angular movement and/or the direction of rotation of the rotary ring-nut (17).
Abstract:
Mobile device (10) for heating rooms, comprising radiant elements (12), each provided with two heat-conductor plates (14, 16) associated with each other to define a central portion (18) and connected fluid-dynamically with each other by means of connection elements (20). A heated heat-carrying fluid is able to flow in the central portions (18) and, through the connection elements (20), from one to the other of the radiant elements (12) in order to heat the surrounding room. Each pair of heat-conductor plates (14, 16) comprises lateral walls (22) which are distanced from the corresponding central portion (18) so as to define respective peripheral zones (26). The mobile device (10) also comprises heat-insulating elements (24) able to be applied due to having substantially the same shape so as to cover at least a part of the peripheral zones (26) of the lateral walls (22).
Abstract:
A radiating module for a heating apparatus able to heat rooms comprises a first conductor plate (13) and a second conductor plate (14), associated with each other so as to define a central portion inside which a thermo vector fluid is able to flow, and heating members able to heat the thermo vector fluid. The central portion comprises a single channel (15), substantially coaxial with and in any case comprising the longitudinal axis of the radiating module (10).
Abstract:
Apparatus (10) to condition the air contained in a determinate environment (11) defining a limited and circumscribed volume with respect to that of the surrounding room, comprising walls (13), a base (15) and a ceiling (14) to circumscribe the environment (11) with respect to the surrounding room, and an air conditioning device (16a, 16b) based on the magneto-calorific effect and having a capacity comprised between about 20 units of refrigeration per hour and about 400 units of refrigeration per hour and selectively associated with the limited and circumscribed volume.