AU2017101366A4 - TiTiSa Multi Layered Liquid Packaging System Place any type or form of liquid ( drinks, syrups, foams, jams, creams, lotions ) in very thin twin or triplet plastic sacks, pouches. Use compressed air and employ pneumatic machine where it is described. - Google Patents

Abstract

Patents Act 1990 COMPLETE SPECIFICATION INNOVATION PATENT MULTI LAYERED LIQUID PACKAGING SYSTEM PLACE ANY TYPE OR FORM OF LIQUID ( drinks, syrups, foams, jams, creams, lotions) IN VERY THIN TWIN OR TRIPLET PLASTIC SACKS, POUCHES. USE COMPRESSED AIR TO EMPTY THE LIQUID. This application exhibits a further developed stage of previously lodged (in 2008 and after) patent applications. Demonstrated with 3D images The following statement is a full description of this innovation, including the best method of performing it known to the applicant. Attila Kovarfi 7 Copes Creek Road Tingha 2369 NSW The disclosed system has 2 varieties See attached 3D pictures Page numbers in (00) TiTiSa X bottles Multi layered ultra thin, elastic sacks inserted into each other. Pending on design; external skin of new type of bottles reinforced by compressed air or origami aided ultra thin membrane structures This types of TiTiSa X bottles are made for direct consumption. They are replacing the rigid wall- drink & other liquid bottles and containers. These new types of liquid carriers are named: TiTiSa X bottles TiTiSa Y bottles Double layered ultra thin, elastic sacks inserted into each other. The type of TiTiSa Y bottles made; > firstly- refrigerated liquid consumption and none refrigerated goods for occasional or frequent consumption . > secondary- for consumers who want to use their own orthodox liquid vessels ( glass bottles, ceramic -plastic jars, flasks ...) > All the customers who by TiTiSa Y bottles need to own or use TiTiSa Pneumatic Machines to transfer them into local hard walled vessels. This types of TiTiSa Y bottles are made for indirect consumption. O'I cu C wL 2 a a) C)l a a) CuLL C ( -o La) < CC -D 2 mu CD -O Cl, C~Cu ma cuu

Description

TiTiSa X

This version of TiTiSa X bottles have 2 variations: 1/A &amp; 1/B 1/A This system has 4 main components 1/B This system has 4 main components

1/A DESCRIPTION

The present innovation relates to special 2 layered flexible packaging system for liquid goods employing compressed air. It would reduce package waste to a minimum bulk. Eliminate the presently used rigid walled plastic bottles littering the environment.

1/B DESCRIPTION

The present innovation relates to special 3 layered flexible packaging system for liquid goods employing compressed air. It would be the further developed version of 1/A

TiTiSa Y

This version of TiTiSa Y system have also 2 variations: 1/A &amp; 1/B 1/A This system has 3 main components 1/B This system has 4 main components

1/A DESCRIPTION

The present innovation relates to special 2 layered flexible packaging system for liquid goods employing compressed air. It's 3 components are:

TiTiSa Y 1/A bottle Pneumatic Machine Rigid reusable container

1/B DESCRIPTION

The present invention relates to special 2 layered flexible packaging system for liquid goods employing compressed air. It's 3 components are:

TiTiSa X 1/B bottle

Pneumatic Machine

Glass bottles, Rigid reusable containers

BACKGROUND OF THE INNOVATION

The recently used flexible, liquid-filled pouches or sacks are known as a convenient form of packaging consumer products. The liquid can be provided in pre-measured quantities.

The current package waste available pouches are still bulky items in the rubbish bin. Also, when the fluid quantity is decreasing inside the sack, the handling and storing became increasingly inconvenient and aesthetically unpleasing.

In the case of this patent application item transporting the liquid is done in simple blocks, cylinder shape pouches. A thin durable elastic film or films enveloping the liquid product, which forms the inner walls of the pouch.

The outer layer is also ultra flexible. It has a function to hold the shape and protect the inner pouch from physical harm. This layer can be a thin degradable woven net or other types of origami aided design cover (some can use compress air ; similar than bubble wrap). The outer layer further more ; is easily foldable , collapsible. When its shaped certain geometrical formation it can optimize packaging and minimize transport damages- absorbing physical shocks. Because the elastics nature of TiTiSa bottles they could be easily squished or squeezed to rectangular shape. That way no wasted place would accrue - maximizing transport efficiency.

The dual or triple packaging provides very thin durable layers or walls with minimal weight and bulk when they are discarded. This method can be adapted to any kind of liquid delivery including wine, beer, milk, honey, etc. It is also suitable for non food grade liquid types goods ( excluding hazardous liquids ).

When TiTiSa bottles are emptied properly, they can hold minimal or no liquid waste.

Designed Electric Pneumatic Machines could be used repackaging TiTiSa bottles- if they standardized -using built in electric chips, they would provide continuous data to the owner for automatic reorder of liquid goods.

The Traditional glass bottle and other hard wall carrying jars, containers could be eliminated as packaging mediums, thereby REDUCING SUBSTANCIAL FREIGHT WEIGHT, Co2 emission, storage place and waste disposal cost. The consumers' would own a Pneumatic Machines or Filler &amp; Pump machines , they could make it possible to maintain traditional usage of wine bottles or decorative personalized consuming vessels with no or little cleaning expenses.

SUMMARY OF THE INNOVATION

The present innovation have 3 versions of commercial aspects :

It contains: a) A multi layered flexible container, bottle system employing compressed air- for immediate consumption. Also it is a temporary packaging system . b) A multi layered flexible liquid package system with maximum efficiency for transport. Also it is a temporary packaging system .

Consumers are repackaging the purchased liquids into their local, hard walled, permanent containers for sequent use and reuse.

The consumers employing electric pneumatic machine for fill and refill and compressed air for empty out of their vessels. c) Scope for use traditional lookalike glass bottles, flasks ceramic bottles, jars in homes and social places,

DETAILED DESCRIPTION OF THE INNOVATION

Detailed Description of the Invention Parti TiTiSa X 1/A bottle

Main Components:

Double layered ultra thin, flexible TiTiSa X 1/A bottle DRAWING NO; X 1/A 01 3) An elastic bladder (like water balloon) /al/ a food grade material that is open at the upper end where the liquid poures in. It permanently joins the /a2/ one way valve = the beak for release liquid S) Flip Cap's top part /bl/ is made from solid material. It looks like the presently used plastic bottle's turning cap. Its function is modified .There is a thin disk = Coin at the /bl/ top. This disk has two functions : ❖ keeping closed the bottle's top ❖ when the bottle emptied it has to be forcedly pull of its base. It's attached to a string. The string will deflates the bottle's layers and it will pulls them into the hollow part /bl/ of the Cap. After clicking the thin disk to its original place the whole unit of /bl + b2 / can be discarded b) The /cl/ unit is a one way pumping valve. It can be used for pumping air into /al or d/ to maintain the bottle appearance. C) /d/ is the shape holding decorative skin (In this presentation an air cushion design). It is connected to the Flip Cap /bl + b2 / by a springy string (not shown on this page) and it will be deflated at the discarding process .

Detailed Description of the Invention Part 2 TiTiSa X 1/B bottle

Main Components:

Triple layered ultra thin, flexible TiTiSa X 1/B bottle DRAWING NO; X 1/B 03, 04 θ) An elastic bladder (like water balloon) /al/ a food grade material that is open at the upper end where the liquid pours in. It permanently joins the /a2/ one way valve = the beak as it shows on the drawing. b) Flip Cap's top part /bl/ is made from solid material. It looks like the presently used plastic bottle's turning cap. Its function is modified .There is a thin disk = Coin at the /bl/ top. This disk has two functions : ❖ keeping closed the bottle's top ❖ when the bottle emptied it has to be forcedly pulled of its base. It's attached to a string. The string deflates the bottle's layers and it pulls them into the hollow part /b2/ of the Cap. After clicking the thin disk to its original place the whole unit of /bl + b2 / can be discarded. C) The /cl/ unit is a one way pumping valve. It is pumping air into /c2/to maintain the bottle appearance and the same time pushing liquid outward from it /al/. d) /d/ is the shape holding decorative skin (In this presentation an air cushion design). It is connected to the Flip Cap /bl + b2 / by a springy string (not shown on this page) and it will be deflated at the discarding process .

Uniform method to empty and discard TiTiSa X 1A &amp; 1/B bottle DRAWING NO; X A&amp;B 05, 06

The process θ) /a/ An example-design bottle b) /b/ The coin flipped up and the squishy beak (sucking valve )is protruding. The drink ready for consumption .( For a different type bottle; an additional relief valve needs to introduce to pour the liquid into a cap). C) When the bottle emptied /c/ the coin need to forcibly pulles outward . The string will tear up and deflates the sacks. d) Also the string will pull the sacks walls into /d/ the Flip Cap. θ) The string springs back its original place pulling the coin with it. /e/ f) The coin needs to click back onto its original place . /f/ g) The whole TiTiSa bottle is ready for disposal.

The companies seeking to use this patent have to design and find the most appropriate method for themselves. The end product must be uniform because the TiTiSa bottles must fit in a uniformly standardized electric Pneumatic machine.

Detailed Description of the Invention Part 3 TiTiSa Y 1/A bottle

Main Components:

Double layered ultra thin, flexible TiTiSa Y 1/A bottle DRAWING NO; Y 1/A 07 θ) An elastic bladder (like water balloon) /al/ a food grade material that is open at the upper end where the liquid poures in. It permanently join the /a2/ one way valve = the beak for release liquid . b) /b/ Elastic net or sack for holding the liquid in /al &amp; a2 /. It's made of a very thin material holding the package together in shape and for transport. A sample of an electric, pneumatic machine. It's made for repackaging TiTiSa Y 1/A bottle. DRAWING NO; Y 1/A 08

The process θ) Custom Jar walls demonstrated (cut diagonally) /a/. This is a rectangular design container. The bottom part has a bell shaped housing for /d/ a one way compressed air valve .( This valve can attached to a pneumatic machine; shown on drawing Yl/A 11.) b) /b/ This is the lid of the jar. Its function; • closing hermetically the jar • housing a sliding ball valve what guides the liquid out • a press button act as an open-close device C) Sliding block piston /c/ It has a bell shape tube formation for accommodate a one way air valve /d/ d) /d/ compress air valve is an instrument for supply and adjust air pressure the internal chamber of the jar. e) /e/ assembled components diagonal cross section .

The working sequences of pneumatic jar containing ; TiTiSa Y 1/A bottle. DRAWING NO; Y 1/A 09,10 The process θ) Empty custom Jar wall cross section; cut diagonally /a/. This is a rectangular design container. The bottom part has a bell shaped housing for a one way compressed air valve .( This valve can attached to a pneumatic machine; shown on drawing Yl/A 11.) The lid is open . b) TiTiSa Y bottle inserted into the tube of the jar. /b/ C) The transport, shape holder net removed, ready for disposal ./c/ d) The liquid holder sack is filling up its place /d/ θ) Lid clicked hermetically on top /e/ f) Diagonally placed sliding spout pulled outward /f/ g) Press button pushed down. Compressed air enters through the bottom air valve . The compressed air pushing upward the block piston. It's squeeze the TiTiSa Y bottle liquid content out of the open spout. /g/ h) Customer's pneumatic jar is emptied. All content of TiTiSa Y bottle's internal sack is squeezed out. /h/ ί) The spout of the lid is pulled back . /1/ j) Lid is unlocked and removed. The remnant of internal sack can be disposed . /]/ k) The pneumatic jar is empty and clean, ready to refill again . /k/

Electric, pneumatic machine for repackaging : TiTiSa Y types of bottles DRAWING NO; Y1/A11 a) An electric, pneumatic machine to provide compressed air for customer's jars /a/. b) Sitting plate for the jars. /b/. It has a bell shaped mount in the middle . That provides stability and a joining valve connection to the jar. C) The base part of the machine/c/ . It's housing: ❖ electric cord ❖ electric motor ❖ compressor and vacuum pump ❖ electric switch board ❖ microchips d) Sliding part of the pneumatic machine, /d/ It contains a funnel on top. That part for TiTiSa Y 1/B types of bottles. Θ) Designer jar placed on the machine's sitting plate /e/ f) Tree views of the same jar/f/

Detailed Description of the Invention Part 4 TiTiSa Y 1/B bottle

Main Components:

Double layered ultra thin, flexible TiTiSa Y 1/B bottle DRAWING NO; Y 1/B 12 3) An elastic bladder (like water balloon) /a/ a food grade material that is opened at the upper end where the liquid poures in. It has a spring ring formation make possible to hook the sack at the neck of the glass bottle . b) /b/ Vacuum bell is driving the elastic sack into the glass bottle. At the bottom of the glass bottle it covers the vacuum valve's bell shaped house . c) The cork /b/ has the following functions; ❖ act as an ordinary wine bottle cork ❖ securing the elastic sack position in the glass bottle ❖ pulling out the sack when the glass bottle emptied ❖ housing the used elastic sack shrink remain ❖ disposal d) External net type/d/ sack has a shape and weight holding function .

Electric, pneumatic machine for repackaging : TiTiSa Y types of bottles DRAWING NO; Y1/B13 3) TiTiSa wine carrier sack /a/or TiTiSa wine bottle . b) Glass wine bottle /b/. It looks like a real wine bottle externally. Internally it has two modifications. The bottom part has a built in vacuum valve and the neck has a groove accommodating the spring ring see: ( page no. 12 /a/ ) C) Demonstrate how's the glass bottle placed under the vacuum funnel.

Sample demonstration of Reusable Wine bottle fill up with TiTiSa Y types of bottles DRAWING NO; Y1/B14,15 The process 1. A TiTiSa Y types bottle placed into the electric, pneumatic machine's vacuum funnel. 2. Before TiTiSa Y bottle slides down of the funnel's chamber an automatic mechanism unties the external net type of sack . The thin lump of packaging material can be disposed . 3. TiTiSa Y bottle's internal part filled with ( liquid) wine is ready to transfer into the reusable, glass wine bottle. 4. The vacuum pump is turned on. As the air pressure drops in the glass bottle the elastic sack starts to intrude down the neck of the wine bottle . The vacuum bell is guiding the process . 5. The gravitational force and the external air pressure is pushing the (liquid ) wine further down into the glass bottle. 6. The vacuum bell opens wide to make pressure distribution even for the delicate thin elastic sack . 7. TiTiSa Y bottle's spring ring clicked into the special groove of the glass bottle's neck. Filling process finished , vacuum pump automatically turned off. Cork is firmly sealed the wine glass . The wine glass is ready to use like a real one . When the glass bottle is emptied the cork can be used for the same way as the Flip Cap. ( page no.05,d,e,f,g,)

Sample demonstration of transport package TiTiSa Y types of bottles DRAWING NO; Y 1/B 16 3D demonstration

TiTiSa Y types bottles can be packed so tightly there is no wasted space left between them. This makes them an ideal form of transporting liquid . A few other advantage of TiTiSa type bottles : S used plastic bottle storage is labor intensive take enormous landfill space f need lot of transport time and fuel for disposal of plastic bottles S our Globe's waterways are filthy in many many places with floating bottles S glass bottle manufacturing is literally a dirty business environmentally S glass is a heavy material, transport, handling , storage does cost a lot

Claims (7)

1. Double tiered liquid delivery system comprising: • A specially built double layered pouch filled with manufacturer's liquids. • Compressed air and origami technique used as design principals.

2. Double tiered liquid delivery system : • according to claim 1, wherein the flexible liquid-filled pouches comprise an elastic film, which forms the wall of the pouch, and wherein the second layer of pouch comprises a shape holding protective coat of woven net or origami folded membranes , made of degradable fibre or organic material.

3. Three tiered liquid delivery system: • A specially built double layered pouch filled with manufacturer's liquids and a third layer of pouch for compressed air. • Compressed air and origami technique used as design principals.

4. Three tiered liquid delivery system: • according to claim 3, wherein the flexible liquid-filled pouches comprise an elastic film, which forms the wall of the pouch, and wherein the second layer of pouch comprises a weight holding protective coat of woven net or origami folded membranes , made of degradable fibre or organic material . The third layer of pouch maintaining compressed air to hold shape of the whole structure.

5. Three tiered liquid delivery system: • according to claim 2, wherein the flexible liquid-filled pouch placed (after distribution) into the consumers pneumatic machine; transferring the liquid into solid vessel for storage and consumption .

6. Three tiered liquid delivery system: • according to claim 2 and 5 , wherein the consumer's pneumatic (refilling) machine makes it possible to use continually the traditional glass, ceramic fluid consuming vehicles their own, without disposal as garbage.

7. Double &amp; triple tiered delivery system: • according to claim 1,3, wherein the double layered pouch packaging eliminates the bulky waste of current packaging methods.