초록 ▼

The device which serves for the adjustable mounting of a panel (1) to a frame element (5) provided with a lower assembly profile (51) comprises an anchoring bolt (4) serving to hold the panel (1) which comprises anchoring pins (42) on both sides which are held in grooves which lie opposite each othe

The device which serves for the adjustable mounting of a panel (1) to a frame element (5) provided with a lower assembly profile (51) comprises an anchoring bolt (4) serving to hold the panel (1) which comprises anchoring pins (42) on both sides which are held in grooves which lie opposite each other within the assembly profile (51). The panel consists of two glass panels (1a, 1b) connected to each other which comprise at least two recesses (11a, 11b) corresponding to each other, in which preferably cylindrical, outer eccentric elements (2a, 2b) are held preferably in a clearance-free way, which comprise eccentrically arranged, preferably cylindrical openings (21a, 21b) which are orientated concentrically with each other after assembly and preferably hold the introduced shaft (31) of an inner eccentric element (3) in a clearance-free way, which shaft (31) comprises an eccentrically arranged, preferably cylindrical opening (311), in which the anchoring bolt (4) is held.

대표청구항 ▼

The invention claimed is: 1. A device for adjustable mounting of a separation element to a frame element having a lower assembly profile, wherein the separation element comprises two glass panels in face-to-face relationship, each glass panel having at least one mounting recess, said mounting reces

The invention claimed is: 1. A device for adjustable mounting of a separation element to a frame element having a lower assembly profile, wherein the separation element comprises two glass panels in face-to-face relationship, each glass panel having at least one mounting recess, said mounting recesses being substantially co-located but typically not in perfect registration with one another, the device comprising: two outer eccentric elements, each disposed in a corresponding recess, said outer eccentric elements each having an eccentrically disposed opening, each of said openings having an identical diameter and being substantially smooth through an entirety of the opening, such that when said outer eccentric elements are rotated relative to each other, said two openings may be aligned in coaxial registration; an inner eccentric element comprising a cylindrical shaft having a substantially smooth, external surface dimensioned to be slidingly inserted in said two openings of said outer eccentric elements when said openings are aligned, and to allow sliding movement in a direction substantially parallel to the axis of said shaft, between said shaft and said outer eccentric elements when said device is deployed; said shaft further comprising an eccentric bore that receives an anchoring pole therein. 2. A device as claimed in claim 1, wherein said inner eccentric element further comprises a coupling element on at least one side of said shaft. 3. A device according to claim 1, wherein said anchoring pole comprises a grooved or toothed central portion, and wherein said bore is provided with corresponding grooves or teeth, for engaging with the grooves or teeth of the anchoring pole. 4. A device according to claim 1, wherein said anchoring pole comprises a grooved or toothed central portion, and wherein said bore is provided with corresponding grooves or teeth, for engaging with the grooves or teeth of the anchoring pole when load is applied to said anchoring pole. 5. A device as claimed in claim 3, wherein said central portion is dimensioned to have a clearance from the inner surface of said bore, said clearance being provided for allowing said inner eccentric element to be rotated about said anchoring pole. 6. A device as claimed in claim 1 wherein the inner and the outer eccentric elements and the anchoring pole are produced from plastic or from metal. 7. A device as claimed in claim 1, wherein: said anchoring pole further comprises two anchor pins, each disposed on opposite ends thereof for engaging oppositely disposed grooves within the lower assembly profile. 8. A device as claimed in claim 7, wherein at least one of said anchoring pins comprises two oppositely disposed segments, each having a plane surface. 9. A separation element comprising two glass panels in face-to-face relationship, each glass panel having at least one mounting recess, said mounting recesses being substantially co-located but typically not in perfect registration with one another, the separation element comprising: a frame element having a lower assembly profile, said profile having opposing grooves; an anchoring pole having a central portion, and two anchor pins, each disposed on opposite ends thereof and engaged in a corresponding groove for supporting the separation element; two outer eccentric elements, each disposed in a corresponding recess, said outer eccentric elements each having an eccentrically disposed opening, each of said openings having an identical diameter and being substantially smooth through an entirety of the opening; an inner eccentric element comprising a cylindrical shaft having a substantially smooth, external surface dimensioned to be slidingly inserted in said two openings of the outer eccentric elements, which are aligned in coaxial registration, so as to allow sliding movement in a direction substantially parallel to the axis of said shaft, between said shaft and said outer eccentric elements; said shaft further comprising an eccentric bore holding said central portion of said anchoring pole therein. 10. A separation element as claimed in claim 9, wherein said separation element is a composite safety glass panel, having a film disposed between said glass panels, said film having an imprint thereupon. 11. A separation element as claimed in claim 9 further comprising an upper assembly profile disposed above said lower assembly profile and coupled thereto, for coupling said separation element to at least one carriage in a running rail. 12. A separation element comprising a frame element having a lower assembly profile, two glass panels in face-to-face relationship, wherein each glass panel has at least one mounting recess, said mounting recesses being substantially co-located but typically not in perfect registration with one another, and a device for adjustable mounting of the glass panels to said frame element, the device comprising: two outer eccentric elements, each disposed in a corresponding recess, said outer eccentric elements each having an eccentrically disposed opening, each of said openings having an identical diameter and being substantially smooth through an entirety of the opening, such that when said outer eccentric elements are rotated relative to each other, said two openings may be aligned in coaxial registration; an inner eccentric element comprising a cylindrical shaft having a substantially smooth, external surface dimensioned to be slidingly inserted in said two openings of said outer eccentric elements when said openings are aligned, and to allow sliding movement in a direction substantially parallel to the axis of said shaft, between said shaft and said outer eccentric elements when said device is deployed, said shaft further comprising an eccentric bore that receives an anchoring pole therein; at least one wedge introduced between the outer side of said separation element and an adjacent side of said assembly profile, for holding the panel stably within said assembly profile. 13. A device as claimed in claim 12, wherein said separation element is a composite safety glass panel, having a film disposed between said glass panels, said film having an imprint thereupon.