FORM - 2 THE PATENTS ACT 1970 (39 of 1970) & The Patens Rules, 2003 COMPLETE SPECIFICATION (see section 10 and rule 13)

Transcription

1 I. TITLE ON INVENTION: FORM - 2 THE PATENTS ACT 1970 (39 of 1970) & The Patens Rules, 2003 COMPLETE SPECIFICATION (see section 10 and rule 13) 1 (a) Name : Dr. Rajendra Pate1 I (b) Nationality : Indian 1 (c) Address : 19, Mathureshnagar Society, Somnath Mahdev Road, B/h Sargam Shopping I I Centre, Aathwalines, Surat Gujarat - India. I 3. PREAM5LE TO THE DESCRIPTION I A COMPLETE a K 0 The following specification particularly describes the invention and the manner in which it is to be performed. 4. DESCRIPTION Description shall start from page No DATE 61 SIGNATURE I (a) Date : \T\L'~~ Name:- Dr. Rajendra Pate1 To, p he Controller of Patent The Patent Office At, Mumbai

2 1 INDEX Part One: Title Part Two: Abstract Part Three: Claims Part Four: Discussion & Prior Art Part Five: Objects Part Six: Description of Drawing Part Seven: Description of structures of OM-CUZI Part Eight: Operation of Invention Part Nine: Conclusion Part Ten: Ram ifcations

3 1. TITLE ORA-CUZI 2. ABSTRACT ORA-CUZI bottle has two parts. A. CONTAINER. B. DELIVERY CAP. A.CONTAINER: A conical bottle with hard, rigid bottom & soft, non-stretchable sidewalls of reducing diameters from bottom to the top. Near the tip of the cone a wide opening with neck designed to make a leak-proof joint with a delivery cap. B.DELIVERY CAP: A flat or solid or hollow cap having variable number of tunnels with variable length & width either tapering or cylindrical. This cap is to be fitted to the neck of the container bottle. This cap has three surfaces 1.An intra-oral side surface 2.An extra-oral side surface & 3.An inner surface.

4 3 1. Intra-oral surface; having outlets of the tunnels; is to be inserted in the mouth kept wide open across lips keeping it at a desired distance from oral mucosal surface. 2. Extra-oral side surface having one part with a groove to insert lips & another part of flat perpendicular collar like flanges for holding the cap. 3. Inner surface with one part designed to make a leak-proof joint with the neck of the container & another part for the inlets of the tunnels. When the delivery cap is connected to the drink container in a leak-proof manner the tunnels, inside intra-oral wall, is the only porous part of this ORA- CUZI bottle. When the pressure is applied to the hard bottom by fingers against the thumb at the collar jets of the drink will be showered inside the mouth. This stimulates the pressure receptors like a massage. 3. CLAIMS A dispensing cap assembled to a drink container; which compresses the drink either, manually like a bottle here, or by using energy in any other form, or by any mechanical arrangement; in order to provide pleasant stimulation to consumer; while consuming the drink by creating jets of the drink. 1. The invention describes a unique cap and a bottle to produce jets of the drink in the oral cavity by positive pressure to stimulate intraoral touch & pressure receptors.

5 2. The invention set forth in claim 1 is done with the help of a unique fixed or a detachable cap assembled to the neck of the container bottle. 3. The invention set forth in claim 1 is done with the help of a unique collapsible squeeze bottle. 4. The invention set forth in claim 2 of the cap has an integral crown having tapering, slit like &/or cylindrical tunnels in order to create jets of the drink; let it be called CHANNEL. 5. The invention set forth in claim 2 of the cap has an integral annular groove near the origin of the horizontal flange; at the base of the crown; for the lip-grip to hold the crown in side the mouth. Let, this groove be called TRENCH. 6. The invention set forth in claim 2 of the cap is done with the help of an integral saucer shaped rigid annular horizontal flange to be held by hands to compress the drink. The saucer shape of the horizontal flange helps in the collection of the leftover & spilled over drink. 7. The invention set forth in claim 2 of the cap has an integral rigid annular vertical flange to attach the cap to the neck of the bottle either permanently or temporarily.

6 5 8. The invention set forth in claim 2 of the cap has few oblique rods with multiple hooks; let it be called sliding anchors; to be inserted in the traps at the bottom. These anchors originate from the cap near the junction of vertical & horizontal flanges with their free ends near the bottom traps. 9. The invention set forth in claim 3 of the drink container has an integral rigid annular neck to make either permanent or temporary attachment to the cap. 10. The invention set forth in claim 3 of the container has an integral soft, non-stretchable sidewall having successively decreasing & increasing diameters to give it an oblique stepladder shape. 11. The invention set forth in claim 3 of the container has an integral multiple traps, at the rim of the rigid bottom, for the insertion of the rigid sliding anchors to make them one way sliding anchors. 4. DISCUSSION & PRIOR ART The drink consumption so far is done either with the help of the gravity, or against the gravity. The drink consumption with the help of gravity is done by acquired skilled coordinated movements of the oral cavity, mouth, hand, head, and neck; after inserting the container in the mouth; e.g. drinking water from p2. the cup.

7 The drink consumption against the gravity is done by sucking the drink by creating negative pressure in the oral cavity, e.g. straw used to suck drink from a container. The drink sold in the pouch is the nearest prior art of ORA-CUZI. The pouch needs to be punctured at the time of use; but this is a crude & imprecise method to deliver the drink. Puncturing is unpredictable so it spoils the cloths & hands due to spill over, therefore not accepted widely. There is an underwater jet stimulation technique used to stimulate the skin in a bathtub called JACUZZI. So far none of the drink container is designed to deliver the drink by positive pressure in precise direction & definite force of impact to the oral mucosa to stimulate pleasure receptors. 5. OBJECTS It is therefore an object of the present invention to provide a gadget usable to stimulate the oral touch & pressure receptors to give pleasant experience by creating jets of the drink; while it is consumed. 1. It is an object of the present invention to create desired range of pressure in the jets to offer pleasure by making appropriate changes in the shape, size & direction of channels & the crown.

8 7 2. It is an object of the present invention to provide a mechanism to generate the desired magnih.de of the force applied by hand by keeping a rigid large piston like bottom of a variable size & shape to offer pleasure. 3. It is also an object of the present invention to provide space for the lip-grip to hold the crown inside the mouth at a desired distance from oral mucosa; by an integral annular groove; may it be called trench; near the base of the crown. 4. It is also an object of the invention to provide a collecting pan for gathering the leftover. & spilled-over drink by an integral horizontal flange converted into a saucer. 5. It is also an object of the invention to provide a mechanism to magnify [enlarge] the manual force by a providing large area of the rigid bottom; small area of the outlets& a rigid horizontal flange parallel to the bottom. 6. It is also an object of the invention to provide a joining area for cap & bottle either temporarily or permanently by providing rigid vertical flange & neck respectively. 7. It is also an object of the invention to minimize the left-over drink upon emptying; by providing a fully collapsible sidewall by making step ladder pattern in either a conical or a polygonal pyramid

9 8 shape of the bottle, at the same time maintaining the large area of a piston like bottom. 6. DESCRIPTION OF THE DRAWINGS Numerical: A.CAP: 0.Trench 1.Crown 2.Horizontal flange 3.Vertical flange 4.Channel 5.Outlet 6.Inlet 7. Sliding anchors 8.Anchor hooks ELBOTTLE: 9.Neck 10.Collapsible sidewall 11.Bottom 12.Traps. Figure1. An elevation view of A-CAPMy exhibits 0-TRENCH, 1.-CROWN, 2-HORIZONTAL FLANGE, 3-VERTICAL FLANGE, 4-CHANNEL, 5-OUTLET, 6-INLET, 7-SLIDING ANCHORS, 8-ANCHOR HOOKS.

10 9 B.BOTTLE: separately exhibits 9- NECK, SIDEWALL, 1 1-HARD BOTTOM, 12-TRAPS. Number -0- is given to a useful potential space called TRENCH. 1 0-COLLAPSIBLE Figure2. An elevation view of CAP& BOTTLE fixed together. Figure3. Cross-sectional view of CAP & BOTTLE fixed together. Figure4. Superior view of cap fmed to bottle. 7. DESCRIPTION OF STRUCTURES OF ORA-CUZI The ORA-CUZI bottle has two parts: A. CAP & B. COLLAPSIBLE BOTTLE A: CAP: A cap; having few pores &/or channels passing through its body for the drink outlet from a collapsible container bottle; is used to create jets of the drink delivered across it by positive pressure, in order to stimulate intraoral mucosal receptors to offer an additional pleasure to the consumer. This cap has a body with two sides. The outer side faces the exterior i.e. consumer 8c an inner side faces the 'drink i.e. inside of the bottle. Let, the substance used to manufacture it between these two sides; be called THE BODY.

11 The body, inner side & outer side of the cap may be divided into a central elevated/depressed/flat portion called CROWN & a peripheral portion called perimetric area, which is further subdivided into a HORIZONTAL FLANGE & a VERTICAL FLANGE. The CROWN consists of the substance of the body having few pores &/or channels of variable length and either tapering or cylindrical shape. The broader ends of the channels, for the drink inlet are located at its inner surface & the narrower ends of channels, for the drink outlet are located at its outer surface. The perimetric area of the cap begins from outer edge of the crown. It bears a TRENCH like annular groove near its origin for holding the crown tightly with the lips inside the mouth. From the outer & lower edge of this TRENCH the perimetric area splits into two annular plate, perpendiculars to each other. One is called HORIZONTAL FLANGE another is called VERTICAL FLANGE. The VERTICAL FLANGE; for bottle grip; bears spiral threads on its inner surface to fix the cap to similar spiral threads on the rigid neck of the oracuzi bottle in an air-tight & leak-proof manner, by using a suitable gasket as & when needed.

12 11 The rigid HORIZONTAL FLANGE; for hand-grip & lip-grip; becomes parallel to the rigid bottom of the ora-cuzi bottle; when the cap is fixed to the collapsible bottle. When these two rigid plates the bottom & the horizontal flange are pulled towards each otherby hand; positive pressure inside the drink is generated; so the drink is forced to exit from elongated tapering channels creating jets of the drink. The HORIZONTAL FLANGE also improves the lip-grip by increasing the depth of the TRENCH. Slight upwards concavity of HORIZONTAL FLANGE gives it a saucer shape. This helps for the collection of the leftover & spilled-over drink. Few sliding anchors; preferably three; are rigid rods originating from the cap near the junction of horizontal & vertical flange. These rods have their distal free ends to be inserted into the holes of suitable trap. These rods bear multiple hooks to fix the cap to the bottom by one way sliding mechanism to protect the soft sidewall & to prevent the lateral shift. Thus the inner surface of the perimetric area is used for bottle grip at vertical flange. The inner surface of the crown bears the broader openings of the channels on inner side the crown, shown as inlets in the figures. Similarly the outer. surface of the perimetric area is used for lip-grip & handgrip. The outer surface of the crown bears narrower openings of the

13 12 channels located inside its body for drink outlet. The outer surface of the crown is to be inserted in the mouth. For the force of impact of the jets, to reach in the range of threshold for stimulation to offer pleasure; the lengths, force &directions of the jets can be modified by making appropriate changes in the shapes, lengths, size &/or directions of the channels & crown as and when needed in the end application. B. COLLAPSIBLE BOTTLE A conical or a polygonal pyramid shaped bottle with gradually converging soft sidewall from a large rigid bottom to a narrow rigid neck. The rigid neck for permanent or temporary attachment to the cap; may have spiral threads and gasket for an airtight & leak-proof joint with the cap. The large rigid bottom can act as a piston & may be given flat, concave, convex or a concavo-convex shape to achieve a desired objective. At the rim of the bottom there are multiple traps to insert sliding anchors as & where needed. The soft & non-stretchable sidewall is designed to make it a fully collapsible squeeze bottle. As one goes from the bottom to neck the sidewall tapers & spreads successively, as is seen in the figure to give it an oblique stepladder shape.

14 'As one examines the sidewall closely, one finds the sidewall converging [tapering] for some distance; let it be x; sidewall then spreads for some distance; let it bey; where x > v. Again the sidewall tapers for distance x & spreads for distance y; where x > v. 711is arrangement repeats till one reaches the neck.' Thus the extent of tapering is more than spreading; resulting into a gradual reduction of diameter from bottom to neck & the sidewall ultimately converges up to neck. This arrangement gives an oblique stepladder appearance to the sidewall. 8. OPERATION OF THE INVENTION: The law of physics called Brahma's law states that thepressure applied to the liquid & gas gets distributed equally in all the directions. It is therefore needed to magnify the small force applied manually by keeping large surface area of a rigid piston like bottom; non-stretchable collapsible sidewall and elongated tapering channel with bigger inlet and smaller outlet. The direction, length & force of impact of jets can be worked out, in order to offer pleasure to the consumer by making appropriate changes in shape & size of crown & channel as needed.

15 14 The force of the jets is directly proportional to the area of bottom, length of the channel & total surface area of the inlets. It is inversely proportional to the total surface area of the outlets, frictional force in the bottle, viscosity of the drink and the distance between outlet & oral mucosal surface. When the cap is fixed to the drink container in a leak-proof & airtight manner with sliding anchors inserted in the suitable traps; the bottle is ready for use. Insert the crown in the oral cavity kept wide open due to large diameter of the cap & lips in the trench around the cap. As the rigid bottom is pulled manually towards the horizontal flange, the pressure inside the drink is increased. The anchors slide inside the trap & prevent lateral shifts between cap & bottom. Once the anchor slides beyond a definite length the hooks bend near its origin to permit further slide, but once the hook is released beyond the trap it erects near its origin coming into its original shape due to elastic recoil & prevents reverse motion, making it one way slider. Looking from inside among bottom, sidewall, neck, gasket, vertical flange & crown only one way exists for the drink to escape from the bottle is the channels; when the drink is compressed. This maneuver creates jets. Thus entire maneuver generates jets of the drink stimulating the consumer pleasantly & hence the object is achieved.

16 9. CONCLUSION Any drink has a unique taste, flavor & temperature. When the same drink is delivered through ORA-CUZI bottle all these inherent qualities of the drink are retained. New sensation of pleasure offered by this bottle attracts the consumer by a novel idea. 10. RAMIFICATIONS The crown is the main article of the gadget. It can be attached to any arrangement, which delivers drink under pressure like pumps or different types of squeeze bottle. So any mechanism using any type of energy may be combined with this cap to obtain desired objective. The shape & size of the crown may also be changed. The composition of the drink can be modified by adding suitable surfactant to produce instant froth and aeration at the time of the delivery. The ora-cuzi arrangement need not be restricted to a bottle, but should also include the following. The mechanism of enlarging weaker forces into a condensed force may be used to solve current energy problems by using ORA-CUZI arrangements.

17 16 By inserting semi-permeable membrane at different constrictions in OM-CUZI arrangements, new separation techniques can be designed. 7,Jy Dated this iq_ Day of. ' 2008 Signature.. Name of the Signatory Dr. Rajendra Pate1