ITPI950003U1 - EQUIPMENT FOR THE LOCKING, LIFTING, TILTING OF THE DAMIGIANA AND / OR CONTAINERS THAT ARE SIMILAR IN USE - Google Patents

Description

DESCRIPTION

of the invention entitled:

"EQUIPMENT FOR LOCKING, LIFTING, RE BALTING THE DAMIGIANA AND / OR CONTAINERS SIMILAR TO IT IN USE".

To date, the genuine wine product is sold to the consuming citizen in the known ways (bottles, flasks, demijohns).

The citizen who buys wine in demijohn must necessarily carry out a long series of operations before using it. The operations are practically the following:

rinse and drain the appropriate number of bottles - raise the demijohn to a suitable height. Remove the oil from the carboy.

Introduce the well-known trombino, and after having aspirated, proceed with the infiascation operation until the wine from the demijohn is exhausted. Top up the flasks. Put the oenological oil or anything else for this purpose in the neck of the flasks and plug them. Store the flasks in the appropriate place.

At this stage of work? Obviously, particular attention is needed in order not to spill the wine.

When will the wine flask have to? go to the table will you have to? still do the operation of removing the oil and nectar from the neck of the flask. Do we point out that if the wine from the flask is not consumed within a few days, it loses its properties? organoleptic (such as smell, taste, color).

The purpose? of the apparatus, object of the present invention,? that of eliminating the sequence of the aforementioned operations allowing an immediate use of the wine contained in the demijohn, taking it directly by gravity? from inside.

The apparatus according to the invention is made up of the following parts (fig. 1): TROLLEY (I) - PRISMATIC GUIDE (2) - BASE (3) - SCREW

(4) - THRUST BEARING (5) - MOTOR (6) ARM (7) - CONSTRAINTS (8) - ENGINE CAP ENGINE 3 (9).

The trolley C .1) :? consisting of a frame (l) carrying two upper coaxial wheels independent of each other (10) and two lower coaxial wheels? liceiiridi--? hanging from each other. (11). The axes of the two pairs of wheels are parallel to each other.

The frame has a cantilevered pin (12) whose axis? perpendicular to the plane containing the wheel axes. Finally on the frame? obtained a nut screw (13) of pitch diameter, pitch, of suitable profile with axis lying in a plane parallel to the plane containing the axes of the wheels and parallel to the perpendicular to the axes of the wheels lying in the plane of the axles of the wheels the trolley slides within a truncated prismatic guide (2) suitably profiled that allows a rectilinear translation motion. open profile and the cantilever pin (12) of the carriage passes and slides through said opening.

The base (3) of a suitable shape for stability? of the found ,! connected to the prismatic trunk by means of a removable connection that solidifies it in a vertical position. be adjustable (3a), wheeled (3b), motorized (3c).

The vertical translation of the trolley (I)? obtained by rotating the screw (4), mating with the nut screw of the carreilo, the translation of the screw in the direction of its axis being prevented by a bidirectional thrust bearing (5), whose outer ring? bound to the end? upper part of the trunk of the prismatic guide (2).

At the end? lower, the screw (4) with a cylindrical portion thereof? supported by the bearing (14).

The elastic joint (15) connects the screw (4) to the reversible motor (6) housed in the base correctly. The screw (4) can? be made to rotate instead? from the engine, by means of components suitable for this purpose (pair of bevel gears, pair of cylindrical gears, pair of pulleys with belt, pair of toothed sprockets with chain, etc., etc.) applied to one of its ends, in a known way.

The arm (7), at the extremity? superior ? coupled rotoidally to the cantilever pin (12) and d? controlled by the worm screw coupling (16) - helical wheel (17); lower ends with the cross structure (18) made up of tubular elements (18) on which the structure will come? pja sata the demijohn in a centered position.On the lower face of the tubular elements (18)? fixed a metallic strip with corrugated profile (19) in whose cavities? house the four rings (20).

The collar (21) consisting of a truncated-conical element with an opening and dimensions suitable for the purpose, internally lined with conveniently yielding material (22) and externally provided with four eyepieces (23), is placed around the neck of the demijohn; the straps (8) are then attached at the top to the attachments (23) and below the cavities (19) by means of the rings (20) finally the tensioners (24) uniquely bind the demijohn to the cross structure (18) and therefore to the arm (7).

The cap-dispenser (9)? consisting of a truncated cylindrical element (25) having a normalized external diameter with hydraulic seal made by means of 0.R (26) manufactured with a mixture suitable for oenological, oil, etc ... The cylindrical element in question has an axial hole of suitable diameter on the surface of which, along one of its generators (27), two circular holes (28) of suitable diameter face at a distance (ad hoc) between them, communicating by means of a tunnel (29) obtained inside the trunk. On the generatrix (30) at 180? from (27)? obtained a third hole (31) of suitable diameter at height (ad hoc / 2) from the communicating hole (28), by means of a suitable tunnel (32)

with the environment.

In the axial hole rotates, but does not translate, a piece of cylindrical tube (33) of suitable length, made of suitable material, suitably profiled at the end. external and equipped at this extremity? with convenient knurled ring (34) for practical manual rotation.

The buffer disk (35) internally closes the tube (33) from the end. bottom of the upper hole? (28) at the end? of the lower hole (28) and on its internal face it carries the piece of tube (36) integral with which? the length of tube (37) which ends with a whistle cut is telescopically connected. Does the tube (36) communicate with a radial hole located in the middle? disc thickness.

The piece of pipe (33) when? in the "OPEN" position it has holes corresponding to holes -28-31.

So in the "OPEN" position the cap - dispenser device puts the contents of the demijohn in communication with the outside and at the same time puts the environment in communication with the outside. upper part of the demijohn.

The safety device (38) engaged in the external circular projections of the demijohn neck prevents the cork (.9) from coming out.

By activating the motor, the demijohn is raised to the appropriate height, then, by turning the worm screw (16) by means of an appropriate handle

(ad hoc) we obtain the rotation of the demijohn around the pin (12) up to 180 ?.

The invention? has been described with reference to its concrete execution, even with many construction details. It is understood that many details can be changed, added or left without? za leave the area of its competence. The limitations and boundaries of the invention will be defined only by the objects, principles explained and illustrated and by the claims which follow. The materials will be those suitable for each part.

Claims (1)

CLAIMS I) Equipment for locking, lifting, overturning the demijohn and / or containers similar to it in use, characterized by the fairy that it includes: a base, a vertical upright connected to it, "a trolley bound to move along the axis of the upright, a screw, with axis parallel to the axis of the upright, engaged in the relative nut screw (. arm, which on one side is rotatably coupled to the horizontal cylindrical pin, and on the other ends with a structure on which the demijohn must be placed and locked; the functionality of the equipment is completed by the cap-dispenser illustrated and described. 2) Apparatus for locking, lifting, overturning the demijohn and / or containers similar to it in use, according to claim 1 characterized by the fact that the base? arranged to be equipped with fixed-adjustable feet in the known ways, or with swivel wheels. 3) Apparatus for locking, lifting, overturning the demijohn and / or containers similar to it in the use according to claim I characterized by the fact that the upright? consisting of a sectional profile as shown in figure .I n.39 which forces the wheels of the trolley (both the front and the rear ones) not to skid laterally why? engaged in the V guides (- 39 ') since the wheels of the trolley are also V-shaped in a correct way for use. '4) .Equipment for locking, lifting, overturning the demijohn and / or containers similar to it in use, according to claims 1 - 3 characterized by the fact that the frame of the trolley (1) (designed and structured in order to resist to the predominant action of a pair of overturning forces deriving from the cantilevered application of the load) integrally carries the cantilever pin (12) 5) Equipment for locking, lifting, overturning the demijohn and / or containers similar to it in use according to claims 1 - 3 - 4 characterized in that the rotation? of the arm (7) around the cantilever pin (12)? controlled by the worm-helical wheel mechanism (16-17) by acting on the handwheel applied to the end? of the worm. 6) Apparatus for locking, lifting, overturning the demijohn and / or containers similar to it in use according to claim 1 characterized by the fact that on the lower face of the four elements (18) constituting the arms of the cross structure (18) , four sections of corrugated profile metal strip (19) are fixed in the cavities of which? house the four rings (20). 7) Apparatus for locking, lifting, overturning the demijohn and / or containers similar to it in use according to claims I - 6 characterized by the fact that the structure which, by means of the pulling of the belts (8), blocks the demijohn on the cross (18),? consisting of a truncated conical element (2!) of opening and of suitable dimensions, internally lined with suitably yielding material and externally provided with four concentric and equidistant eye connections (23). 8) Apparatus for locking, lifting, overturning the demijohn and / or containers similar to it in use according to claim 1 characterized by the fact that the cap-dispenser (9)? consisting of a truncated cylindrical element (25) having a normalized external diameter with hydraulic seal made by means of 0-R- (26) manufactured with suitable for use in wine, oil, etc. The cylindrical element in question has an axial hole of a suitable diameter on the surface of which, along one of its generatrix (27) two circular holes (28) of suitable diameter at a distance (ad hoc) from each other, communicating by means of of a gallery (29) obtained inside the trunk. On the generatrix (30) at 180? from (27)? obtained a third hole (31) of suitable diameter at height (ad hoc / 2) from the hole (28) communicating, by means of a suitable tunnel (32), with the environment. In the axial hole rotates, but does not translate, a piece of cylindrical tube (33) of convenient length made of material suitable for this purpose, suitably profiled at the end. external and equipped at this extremity? of con veniente? knurled ring (34) for practical manual rotation. The buffer disk (35) closes the tube internally (33) from the end? bottom of the upper hole (28) at the end? of the lower hole (28) and on its internal face it carries the piece of tube (36) integral with which? telescopically connected the piece of tube (37) which ends with a whistle cut. The tube (36) communicates with a radial hole located in the middle? disc thickness. The piece of pipe (33.) when? in the "OPEN" position it has holes corresponding to holes 28 - 31. Therefore in the "OPEN" position the cap - dispenser device connects the contents of the demijohn with the outside and at the same time connects the room with the upper part of the demijohn. The safety device (38) engaged in the external circular projections of the demijohn neck, prevents the cap (9) from coming out. 9) Equipment for locking, lifting, overturning the demijohn and / or containers similar to it in the? use, characterized by the fact that the cantilever pin 12)? prismatically coupled to an annular structural element, of suitable section, surrounding the prismatic guide (2). To said annular element are applied, equiangularly, pi? cantilever pins (12) each carrying the relative arm controlled by means of the relative worm screw (16) helicoidal wheel (17). 10) Equipment for locking, lifting, overturning the demijohn and /? containers similar to it in use according to the preceding claims and according to what is described and illustrated for the specified purposes.