Tilting transfer mechanism for a venetian blind assembly

Claim 2

A tilting transfer mechanism for a venetian blind assembly having a plurality of slats, at least one tape cable forming part of a supporting means supporting said slats, pivotal upper and lower stabilizing elements supporting each said tape cable, and a bearing element pivotally supporting each said stabilizing element, characterized in that said tilting transfer means includes a linearly movable operating element, and connecting means operatively connecting said linearly movable operating element with said stabilizing elements whereby linear movement of said operating element will cause said stabilizing elements to pivot about said pivot bearings to tilt said slats.

Claim 3

A tilting transfer mechanism according to claim 1 further characterized in that said tape cable forms part of said connecting means.

Claim 4

A tilting transfer mechanism according to claim 1 further characterized in that a tape cable forms a part of said connecting means and wherein said connecting means includes in addition flexible or pivotally mounted rigid linear elements connecting said operating element with a tape cable.

Claim 5

A tilting transfer mechanism according to claim 3 further characterized in that said flexible linear elements are connected to the tape cable and the operating element at such points that they cross in a vertical plane.

Claim 6

A tilting transfer mechanism according to claim 1 further characterized in that said operating element has a guide means extending in a direction transverse to the direction of linear movement of the operating element and in that said connecting means includes a slidable element slidable in said guide means whereby said connecting means may move in a direction transverse to the linear movement of the operating element during operation of the tilting transfer mechanism.

Claim 7

A tilting transfer mechanism according to claim 1 further characterized in that said blind assembly forms part of a window unit including a pane, in that said operating element is slidable in a linear direction on one side of said pane, and in having an operating member linearly slidable on the opposite side of said pane from said operating element and coupled with said operating element.

Claim 8

A tilting transfer mechanism according to claim 6 further characterized in that said operating element is magnetically coupled with said operating member.

Claim 9

A tilting transfer mechanism according to claim 7 further characterized in that said operating element and operating member each include at least one magnet therein.

Claim 10

A tilting transfer mechanism according to claim 8 further characterized in that each of said operating element and said operating member includes a plurality of magnets.

Claim 11

A tilting transfer mechanism according to claim 6 further characterized in that said pane forms part of a window unit having a plurality of panes and wherein said operating member is accessible from the interior of a building in which the unit is to be mounted.

Claim 12

A tilting transfer mechanism according to claim 6 further characterized in that said pane forms part of a hermetically sealed window unit with said venetian blind assembly being positioned within said unit.

Claim 13

A tilting transfer mechanism according to claim 7 further characterized in that said operating element includes an inner housing containing at least one magnet with said inner housing being connected to said connecting means and wherein said operating member includes an outer housing containing at least one magnet.

Claim 14

A tilting transfer mechanism according to claim 12 further characterized in that some of said slats over at least the area of linear movement of the operating element have cutouts therein to receive a part of said operating element with the remainder of the slats comprising solid slats.

Claim 15

A tilting transfer mechanism according to claim 13 further characterized in that said operating element is connected to said tape cable, said tape cable forming part of a tape ladder that has a plurality of upper and lower rungs which support said slats.

Claim 16

A tilting transfer mechanism according to claim 12 further characterized in having a guide adapted to be fixed to the window unit and in which said outer housing may slide.

Claim 17

A tilting transfer mechanism according to claim 6 further characterized in that said operating element includes an inner housing having a back wall with a tapered slot therein receiving and fixing a part of the connecting means.

Claim 18

A tilting transfer mechanism according to claim 6 further characterized in that said operating element includes an inner housing having tie points on the top and bottom sides thereof connecting said housing to a part of the connecting means.

Claim 19

A tilting transfer mechanism according to claim 1 further characterized in that said connecting means comprises in part a separate drive cable connected to said upper and lower tape stabilizing elements and to said linearly movable operating element.

Claim 20

A tilting transfer mechanism according to claim 18 further characterized in that a portion of the drive cable engages a surface of a stabilizing element spaced from the pivot axis of the element and including in addition a drive cable guide for guiding the drive cable near the stabilizing element to maintain constant tension in the complete drive cable including the portion of the drive cable on the side of the operating element in the direction of linear movement of the operating element.

Claim 21

A tilting transfer mechanism according to claim 18 wherein said guide comprises a saddle-shaped wire hanger having two spaced parallel upstanding portions with one of said portions forming a guide arm and the other of said portions forming a bearing support for one of said pivotal stabilizing elements.

Claim 22

A tilting transfer mechanism according to claim 14 further characterized in having pad means associated with some of said slats having a cutout for holding an upper and lower rung to the top and bottom surface of a slat adjacent a cutout.

Claim 23

An operating mechanism for a venetian blind assembly positioned adjacent one side of a window pane including a lineraly movable operating element on the same side of the pane as the venetian blind assembly and a linearly movable operating member on the opposite side of the pane magnetically coupled to the operating element, characterized in that each of said operating element and said operating member includes a housing, a magnet in the housing having a plurality of north and southpoles, and a pole piece positioned between the housing and the magnet serving as a magnetic keeper joining north and south poles of the same magnet, and in that the poles of one polarity of the magnet associated with the operating element are positioned opposite the poles of opposite polarity of the magnet associated with the operating member.

Claim 24

An operating mechanism for a venetian blind assembly positioned adjacent one side of a window pane including a lineraly movable operating element on the same side of the pane as the venetian blind assembly and a linearly movable operating member on the opposite side of the pane magnetically coupled to the operating element, characterized in that each of said operating element and said operating member includes a housing, a magnet in the housing having a plurality of north and southpoles, and a pole piece positioned between the housing and the magnet serving as a magnetic keeper joining north and south poles of the same magnet, and in that the poles of one polarity of the magnet associated with the operating element are positioned opposite the poles of opposite polarity of the magnet associated with the operating member.

Claim 25

An operating mechanism according to claim 22 further characterized in that a thin sheet of magnetically pervious lubricating material is positioned between the magnet and the pane in each of said operating element and said operating member.