Abstract:
The description relates to a device for air conditioning control in an air-conditioned room containing textile machines, especially circular spinning and spooling machines, with an air feed (5) and an air discharge duct (6) connecting the air-conditioned room (1) to the air conditioning unit (16). A first set of sensors (28) for measuring the temperature and relative humidity of the air in the room is connected for control purposes to a first regulating circuit (31), and a second set of sensors (27) for measuring the temperature and relative humidity of the feed air is connected for control purposes to a second regulating circuit (32). The first and second regulating circuits (31, 32) are connected in cascade, the first regulating circuit (31) supplying a reference value (Z-ref) to the second regulating circuit (32) which controls the adjusting components of the air conditioning unit (16).
Abstract:
At least one stream of conditioned air is generated at a distance from the warp of each mechanical weaving loom and is directed against said warp. The conditioned air is conveyed to the warp threads by a descending stream that acts like a piston.
Abstract:
The parallelepipedic or cubic shaped casing frame is formed by supports (2), which are interconnected in the angles of the casing by means of angle elements (8). Struts (3) may be arranged between the supports (2). Between the supports (2) or optionally between the struts (3), wall plates (4) are fixed. These wall plates (4) are fixed on air-tight profiles (15) by their inner face, these profiles being held by grooves (14, 19) in the supports (2) or optionally in the struts (3). The wall plates (4) are pressed against these profiles (15) by means of rod-shaped support elements (23). The support elements (23) have an L-shaped cross-section and are engaged with one of the branches (23b) in a recesst (10, 10', 20, 20') in the supports (2) or optionally in the struts (3). The support elements (23) are held in a tightening position by means of string-shaped safety members (27) inserted from the outer location of the casing between the supports (2), optionally the struts (3) and the support elements (23); in their tightening position, the support elements are prevented from falling out of the recesses (10, 10', 20, 20'). By spacing the safety members (27), the support elements (23) and then the wall plates (4) may be removed.
Abstract:
A device for mixing a first gaseous medium with a second gaseous medium has a flow channel for the first medium with a section upstream of which is arranged a guiding apparatus (5) for influencing the flow character of the first medium in said channel section. At least one feeding duct for the second medium opens into said channel section. In order to better mix both media, the guiding apparatus (5) has at least one member (16) for inducing turbulence in the medium along the flow channel section (4) for the first medium in at least one cross-sectional area (12, 13) of the channel section (4).
Abstract:
In the installation proposed, an air duct (16) runs parallel to and below the linear trackway (8) of a travelling cleaner (10), and the cleaner trackway and air duct run above a row (6) of looms (4). Fitted above each loom on the underside of the air duct (16) is a downwards-facing air displacement flow outlet (20) which is supplied with suitably conditioned air from the air duct. Fitted in the floor (24) below each loom is an air outlet (28) which is linked to an air-extraction duct (32). The air extracted by the air-extraction duct (32) is conditioned in an air-conditioning installation and then fed back into the air duct (16). The fact that the air duct is mounted parallel to the travelling-cleaner trackway permits the installation to be designed so that it is simple and less costly.