摘要:
The present disclosure concerns a method for controlling an electric motor of a Venetian blind (5) comprising the steps of connecting, via a two-wire power line (4), first electronic means (7), configured to generate a drive signal (S1) for driving said electric motor (6) for actuating the movement of said Venetian blind (5), with second electronic means (10) of a control unit (3) having drive means (8) for driving the movement of said Venetian blind (5); supply with a current signal (I) via said two-wire power line (4) said electric motor (6) by said second electronic means (10). The method is characterized by comprising the steps of generating a first data signal (S2) identifying the state of said electric motor (6) by said first electronic means (7); detecting said current signal (I) in said two-wire power line (4) identifying the current value absorbed by said electric motor (6); receiving said first data signal (S2) and to filter it against said current signal (I) by said second electronic means (10); processing said first data signal (S2) and said current signal (I) by said second electronic means (10) to thereby generate a second data signal (S3); receiving said second data signal (S3), to filter it against said current signal (I) and to process it to thereby generate said drive signal (S1).
摘要:
The present disclosure concerns a system for driving a Venetian blind (5) comprising a blind assembly (2) which comprises a Venetian blind (5), an electric motor (6) for actuating the movement of said Venetian blind (5) and first electronic means (7) configured to generate a drive signal (SI) for driving said electric motor (6); a control unit (3) having drive means (8) for driving the movement of said Venetian blind (5), a power source (9) for generating a current signal (I) to power said electric motor (6) and second electronic means (10) that are in signal communication with said drive means (8) and with said power source (9) for controlling said electric motor (6); a two-wire power line (4) disposed between said control unit (3) and said blind assembly (2) to power said electric motor (6) with said current signal (I) and the first electronic means (7) are in signal communication with said second electronic means (10) via said two-wire power line (4). The system is characterized in that the first electronic means (7) are configured to generate a first data signal (S2) identifying the state of said electric motor (6) and to detect a current signal (I) in said two-wire power line (4) identifying the current value absorbed by said electric motor (6); said second electronic means (10) are configured to receive said first data signal (S2) and to detect said current signal (I), said second electronic means (10) are configured to condition said first data signal (S2) and said current signal (I) to thereby generate a second data signal (S3); - said first electronic means (7) are configured to receive said second data signal (S3) and to condition said second data signal (S3) and said current signal (I), said drive signal (SI) being generated as a function of said second data signal (S3).
摘要:
A box (1) for a closing system (4) comprises a box body (2) configured to accommodate a movement unit (3). The box body (2) is defined by a support profile (6) and by a closing profile (7) extending along a major extension direction (A); the box body (2) also having at least one upper wall (2a), a lower wall (2b), a connecting wall (2c) defined by the support profile (6); the box body (2) also having a closing wall (2d) defined by the closing profile (7); the closing profile (7) is fixable to the support profile (6), the lower wall (2b) has a plurality of slots (8) configured to each receive a respective support element (9) for a roller (3) of the blackout blind (4).
摘要:
The present disclosure concerns a combined insulated glazing and Venetian blind system, the insulated glazing (2) comprising two glass panes and a spacer element, said two glass panes and said spacer element defining a closed volume, said Venetian blind (3) being situated within said closed volume, said Venetian blind (3) comprising an upper structure (6), a plurality of slats (4), each comprising at least two through holes (41), and at least two lift cords (5), operably associated with said upper structure (6), which extend through said holes (41) of said slats (4) and are operably configured to allow said slats (4) to move between a stowed position, in which said slats (4) accumulate proximate to said upper structure (6) and a deployed position, The lift cords (5) are characterized by comprising an inner core (51) enclosed in an outer braid (52), said inner core (51) being made of heat-set polyester and said outer braid (52) being made of ultra-high molecular weight polyethylene fibers (UHMWPE).
摘要:
A spacer profile (1) for use as part of a spacer profile frame is disclosed, which is suitable for being mounted in and/or along an edge area of an insulating glazing unit (50) for forming and maintaining an intervening space (53) between glazing panes (51, 52). The profile body (10) is formed from a first heat insulating material and, comprises outer side walls (11, 12) having a distance (b2) in the transverse direction, each side wall (11, 12) having an inner protrusion (16a, 16b) protruding towards the opposite side wall (12, 11) in the same second height (hp), and a diffusion barrier film (30) firmly bonded with the profile body (10), and, extending over the profile body (10) on the outer side of the spacer profile and continuous thereto in the height direction (y) on the outside of the side walls and/or in the same to the second height (hp) and into the protrusions (16a, 16b).
摘要:
A spacer profile (1) for use as part of a spacer profile frame is disclosed, which is suitable for being mounted in and/or along an edge area of an insulating glazing unit (50) for forming and maintaining an intervening space (53) between glazing panes (51, 52). The profile body (10) is formed from a first heat insulating material and, comprises outer side walls (11, 12) having a distance (b2) in the transverse direction, each side wall (11, 12) having an inner protrusion (16a, 16b) protruding towards the opposite side wall (12, 11) in the same second height (hp), and a diffusion barrier film (30) firmly bonded with the profile body (10), and, extending over the profile body (10) on the outer side of the spacer profile and continuous thereto in the height direction (y) on the outside of the side walls and/or in the same to the second height (hp) and into the protrusions (16a, 16b).