Abstract:
Means for stably fixing anchoring organ (1) to a surface (2), wherein each anchoring organ (1) is provided with a base (1.0) which base (10) is provided on a side with an active surface (11) which is destined to couple with a portion of surface (2) to which the anchoring organ (1) is to be fixed, and on an opposite side with means (14) for gripping the anchoring organ (1). A predetermined amount of glue (3) is predisposed on the active surface (11) or on a corresponding portion of surface (2) on which active surface (11) is destined to be coupled, which glue (3) is activated only following subjection thereof to a mechanical action. Using the means for gripping (14), the anchoring organ (1) can be set in motion and pressed against the surface (2) in order to bring the glue (3) into contact with the surface (2), thus activating the glue following the mechanical action exerted thereon.
Abstract:
Each anchoring organ (1) is provided with a base (10) which is provided on a side thereof with an active surface (11) which is destined to couple with a portion of surface (2) to which the anchoring organ (1) is to be fixed, and on an opposite side thereof with means (14) for gripping the anchoring organ (1). A predetermined amount of glue (3) is predisposed on the active surface (11) or on a corresponding portion of surface (2) on which the active surface (11) is destined to be coupled, which glue (3) is activated only following subjection thereof to a mechanical action. Using the means for gripping (14) the anchoring organ (1) can be set in motion and pressed against the surface (2) in order to activate the glue (3) following the mechanical action exerted thereon.
Abstract:
A kiln for slabs made of a ceramic material, comprises a support structure (2) defining a longitudinal conduit (3) developing along a prevalent development direction (A), a firing station (12) internal of the conduit (3) in which a slab (4) remains at a predetermined firing temperature for a predetermined period of time and a preliminary cooling station (13) internal of the conduit (3) and operatively located downstream of the firing station (12). A plurality of rollers (5) located side-by-side and parallel along the prevalent development direction (A) is connected to the support structure (2) and defines a sliding surface (B) of the slab (4), movement means (6) of the rollers enable transport of the slab (4) from the firing station (12) to the preliminary cooling station (13). The rollers (5) arranged in the preliminary cooling station (13) each exhibit an end (5a) which is connected to the drive means (6) via an elastic joint (7) and the preliminary cooling station (13) further exhibits a succession of electric heating resistance elements arranged along the prevalent development direction (A) below the rollers (5).
Abstract:
A process for manufacturing photovoltaic panels, comprising: predisposing a ceramic support or backsheet (1) which is located on a rest (2); making through-holes (10) in the backsheet, predisposed for the passage of electrical conductors; meticulous cleaning of the ceramic support or backsheet (1); realising an electrical circuit or bussing (3) by superposition thereof on an upwards - facing surface of the backsheet (1); covering the bussing (3) with a layer of insulating material (4) superposed such as not to cover predetermined points or zones (30) for a subsequent electrical connection; laying or arranging a first layer of wrapping (5) over the whole surface of the backsheet (1); the laying not including the zones exhibiting the predetermined points (30) laying strings of photovoltaic cells (6) such that tab ribbons (60) thereof overlap with the points or zones (30) previously arranged and left accessible or uncovered, for electric connection thereto; welding the tab ribbons (60) to the bussing (3) laying a second layer of continuous wrapping (7); superposing a protective layer of frontsheet (8); vacuum hot-pressing; cooling down to ambient temperature; electrically connecting the bussing (3) to junction boxes (9) via the through-holes (10).
Abstract:
The invention relates to an apparatus for sorting objects, comprising: gripping means (5) for operating a gripping of single objects conveyed on a conveyor line (1) located upstream, transferring the objects along a trajectory and depositing the objects (10) at predetermined temporary depositing points along the trajectory on a predisposed support structure (2); transfer means for removing on command the objects (10) from the support structure in order to transfer the objects to a station downstream. The gripping means (5) transfer the objects (10) along a trajectory which develops parallel to the support structure (2). Also provided are means for predefining the predetermined points of the trajectory and for enabling identification for a following collection.
Abstract:
A process for series connection of two photovoltaic cells (1a, 1b) in series, comprising following stages: predisposing a first photovoltaic cell (1a) and a second photovoltaic cell (1b), both of a type comprising a photosensitive semiconductor layer (2) provided with front contacts (3a, 3b) and back contacts (4) arranged on opposite surfaces of the cell; partially superposing the two photovoltaic cells (1a, 1b), causing at least a partial superposing of the back contact (4) of the first photovoltaic cell (1a) on the front contact (3a, 3b) of the second photovoltaic cell (1b) and consequently establishing an electrical contact between the back contact (4) and the front contact (3a, 3 b).
Abstract:
A device for guiding a plunger (3) of a jack (2), comprising at least one hinged mechanism having an overall parallelogram arrangement in turn comprising members as follows: two con rods (4) having first ends thereof hinged to the plunger by means of pivots (14); two squared elements (5, 6) hinged on two shafts (15, 16) which have axes that are parallel to axes of the pivots (14) and to which second ends of the con rods are hinged at predetermined distances from the two shafts; a connecting element functioning as a con rod (7) and having ends hinged to the squared elements.
Abstract:
A plant for supplying products to be palletized, comprising: at least a first zone (2) for storing the products to be palletized (Pl, P2, P3 ); at least a trajectory (3) forming a closed profile; at least a conveyor device (4) for transporting products (Pl, P2, P3 ), which can move along the trajectory (3) and can pick up and/or unload the products to be palletized (Pl, P2, P3) from the first storage zone (2). The special characteristic of the invention is that the first storage zone (2) comprises at least one stacker crane (5) arranged within the trajectory (3), the conveyor device (4) moving at least part of the products to be palletized (Pl, P2, P3) from and towards the stacker crane (5).
Abstract:
A process for realising solar panels, of a type in which incident solar energy is transmitted to a liquid present and circulating in cavities predisposed internally of the panels, comprising following main stages: forming slabs (1) exhibiting, on at least a first surface (10) thereof a plurality of reliefs or projections (11) arranged in a predetermined design; possible covering of the surface of the first surface (10) with a glass-based material or the like; stable and solid coupling in a single body of two slabs (1) for superposing the first surface (10) of one on the first surface (10) of another such that the tops of at least part of the relative reliefs or projections (11) are reciprocally contactingly facing.
Abstract:
An apparatus (10) and process for forming packs and stacking pallets of large-format ceramic tiles includes use of plier groups for removing single tiles exiting from a control and selection station of the tiles, piling the tiles in determined positions on a special support structure and transferring the piles of tiles to a wrapping station of the piles. A further plier group is used to remove the wrapped packs and deposit them, in a predetermined arrangement, on specific pallets destined for transport. The apparatus and relative process obviate a series of drawbacks connected with the prior art, which is essentially concerned with suitable treatment of small-to-medium format tiles.