Holder with bottle

Abstract

The present invention comprises a frame structure supporting stand with swing joint elements and a bottle with necks for pouring out the contents and tubes for overflow of the contents. The bottle is attached to a frame consisting of vertical rods mounted between two support platforms within which the bottle is placed. The bottle is attached to the frame through the support platforms. The frame is positioned on the holder axes with the possibility of rotation about the holder due to the swing joint. Additional external elements are provided on the support platforms, and they allow opening/closing of the bottle neck. The holder has a mounting stand. The swing joints of the holder and the frame are configured to fix the frame with the bottle in the desired position relative to the axis of the holder.

Claims

1. An apparatus with a bottle, comprising: a frame, the frame comprising vertical rods installed between two support platforms within which a bottle for liquid is housed, the bottle having two necks, the bottle being attached to the frame through the support platforms, the bottle being made in a form of two connecting vessels, an upper vessel and a lower vessel, connected to each other at their rims, the frame being fixed on an axis of a holder, the frame being fixed to two swing joints, the swing joints each comprising a bolt inserted into an opening on either side of the holder, the bolt being rotatable within each opening, the bolt being fixed to the frame, thus providing rotation of the bottle about an axis of the holder, wherein one neck of the bottle is located at a lower end of the bottle and another neck of the bottle is located at an upper end of the bottle, wherein an external element is located on each of the support platforms providing for opening and closing of each neck, wherein the holder has a support stand, the swing joints being adapted to fix the frame with the bottle in a desired position relative to the axis of the holder, and wherein a first tube and a second tube are positioned inside the bottle at a place where the vessels connect, wherein the first tube has a longer end in the upper vessel, and the second tube has a longer end in the lower vessel, wherein a length of each tube creates a pressure upon a liquid within each vessel when the bottle is rotated, the tubes being fixed at the place where the vessels connect, the tubes being fixed such that the liquid penetrates through the tubes and between the tubes.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) The essence of the invention is explained in the drawings, where

(2) FIG. 1.General view of the holder with the bottle.

(3) FIG. 2View of the holder with the bottle with the frame turned about the axis of the holder.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

(4) The holder with the bottle 1 consists of the holder 7, the bottle 5, the frame 2. The frame 2 contains vertical rods 3 installed between two support platforms 4. Inside the frame 2 there is a bottle 5 for liquid with two necks 6, one neck being at the upper end of the bottle and another neck being at the lower end of the bottle. The bottle 5 is fixed to the frame 2 through the support platforms 4. The frame 2 is fixed on the holder 7 via a top portion of the axes 8 with the possibility of rotation about the holder 7 due to the swing joint 9. (see FIG. 1, 2).

(5) The bottle 5 is made in the form of two connecting vessels 13, 14, the vessels comprising pear-shaped truncated cones connected at their peaks (i.e., rims) 11. Vessels 13, 14 of the bottle 5 are pear-shaped and connected at the middle of the bottle 5. Inside the bottle 5, two tubes 12 are fixed at the place of the vessels' communication (i.e., the vessels' connection) 10, the large (i.e. longer) end of the first tube 12 goes into the upper vessel 13, and the large (i.e. longer) end of the second tube goes into the lower vessel 14, ensuring the air pressure on the poured liquid. Tubes 12 are fixed (e.g. by soldering) in the place of vessels' communication (i.e. connection) 10 in such a way that the liquid penetrates between the tubes 12. Both necks 6 of the bottle 5 have a threading 15 for screwing the closing/opening element 16. The closing/opening element 16 may also have a closure system for the neck 6 with a cork (not shown in the figure). (see FIG. 1, 2).

(6) Each support platform 4 of the frame 2 is made of an inner hollow cylinder 17 where a larger diameter disc 18 with an opening 19 in the central portion is disposed. The central hole 19 of the disk 18 is formed so that the neck 6 of the bottle 5 can pass through it. On the outer side of the disc 18 of each support platform 4 of the frame 2, an additional element 16 is provided which allows opening/closing of the bottle's neck 6 by, for example, screwing/sealing. The rods 3 of the frame 2 are fixed to the discs 18 of the support platforms 4, with a bolted joint 20, for example. (see FIG. 1, 2).

(7) The holder 7 has a support stand 21, and the swing joints 9 of the holder 7 with the frame are designed to secure the frame with the bottle in the desired position relative to the axis of the holder 7 by another bolted joint 20 (see FIG. 1, 2).

(8) The device works as follows:

(9) 1. The bottle is pre-filled with a liquid (drink) through one of the necks and is closed by the additional external element of the support platform.

(10) 2. The liquid is poured into other vessels from any of the necks of the bottle, for this, the frame with the bottle is rotated about the axis of the holder at the angle, which is necessary for the fluid intake. Then the frame is fixed with the bottle. Next, the additional external element of the support platform is unscrewed/unlocked and the liquid is poured.

(11) 3. After this, the frame with the bottle is rotated to its home position. In this case, if there is more liquid in the upper vessel of the bottle than in the lower vessel of the bottle, it seeps between the tubes and also into the tube located with its longer end in the lower vessel and through the second tube, which is located with its longer end in the upper vessel. As air is pumped from the lower vessel, being pushed out by the filling liquid, this air creates pressure on the liquid in the upper vessel.

(12) Maintenance:

(13) The holder with bottle does not require special maintenance.

(14) If the liquid in the bottle is changed, then the bottle is removed from the support platforms of the frame and thoroughly washed.

(15) If the holder is stored in a humid room, then it is necessary to lubricate the bolt of the bolted joint and the swing joints.

(16) The proposed design has the following advantages over the prototype:

(17) 1. Ease of use.

(18) 2. Originality of the production.

(19) 3. Enhancement of functionality.

(20) The proposed device can be used in public catering (bars and restaurants), as well as in everyday life.

(21) The technical task, the solution of which is to create the claimed device, namely, the creation of a holder with a bottle that provides liquid pouring out from the top or bottom side of the bottle, secures the bottle fixation in the desired position in order to control the liquid pouring rate, and also provides a liquid transfusion from one of the connecting vessels to another at a predetermined rate, is solved, the result is achieved.

(22) All of the aforesaid indicates the fulfillment of the technical task and the industrial applicability of the claimed device.

LIST OF POSITIONS

(23) 1. Holder with the Bottle 2. Frame 3. Vertical rod of the Frame 4. Support Platform 5. Bottle (upper vessel) 6. Neck 7. Holder 8. Axis of the holder 9. Swing joint 10. Connecting vessels 11. Peaks of connecting vessels (i.e., rims, or truncated portions of vessels) 12. Tube 13. Upper vessel of bottle 14. Lower vessel of bottle 15. Threading 16. Closing/opening element (additional element of the supporting platform) 17. Hollow cylinder 18. Disc (of the Frame) 19. The central hole of the disc 20. Bolted joint 21. Supporting stand