TWM358800U - Safety sealed reservoir cap - Google Patents

Abstract

The present writing presents a reservoir bottle cap for beverage additives with a simplified design, relying upon two major pieces for a combined cap, reservoir and piercing mechanism. The simplified design requires substantially fewer raw materials in producing the cap, and is less complicated to assemble. The cap of present writing includes a number of non limiting and different embodiments disclosing ways to combine and lock the two pieces together, as well a large variety of safety mechanisms which ensure that the beverage additives and bottled fluids are safely, sterilely, and securely sealed to prevent tampering, exposure, contamination, and other adulteration by the environment, the other beverage additives, or by individuals.

Description

M358800 90110 New Year's Eve, New Description: Correction Charge - [New Technology Area] This creation reveals a storage tank cap with a simplified design, in particular - the design of a cap will reduce the manufacture of the cap storage tank Cost, and make consumers easier to use than today's technology caps. [Prior Art] This creation is a beverage-related field, especially a simple design of a cavity cap that can store and inject the contents of its cap into a bottle containing a liquid. The caps of the present invention are significantly different from the prior art: TW289049, US7249690, and U.S. Publication No. 2005/25211597. Bottled beverages contain water, soda and juice, making up billions of dollars in the world. The main storage and sales containers are plastic bottles. The wide application of plastic bottles is attributed to several factors, including low price, light weight, and is also durable and durable. Plastic bottles usually use a cap on the upper end as a safety seal. The bottle cap can be rotated or flipped open to contact the beverage in the bottle. Sometimes the cap can be fitted with a movable flap, such as a bottle cap for a sports bottle, allowing people to seal the bottle and use the flap to drink it like a straw. Water-soluble beverage blends are widely used in the commercial world, sometimes mixed with water in the form of tablets or powders, which allows consumers to simply mix and make beverages. The consumer estimates the indication or the desired amount of mixing, adding water to become a narrow bottle mouth of a general plastic bottle, making this one bottle difficult to implement... In the case of Taiyi 1: type, in general plastics ~ (10) mouth 16 or maybe It can be implemented at home (using small leaks, ',, and in uncles or outdoor activities such as mountain climbing, it is quite difficult. M3S8800 flat moon 9: Further, for example, immediately apply different drinks to different bottles. This ^ is also likely to cause the amount of the mixture to be inaccurate, making the beverage too rich or too thin., Curtain = adding vitamins, nutrients or other supplements to the beverage. Hetian /, simmering in liquid or water is prone to deterioration, this, As time increases to reduce its effectiveness, beverage manufacturers must = add extra vitamins, nutrients or other supplements to significantly reduce the shelf life of the ingredients used to ensure the minimum potency during the drinking or use period. Time:: 'H 々 者 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此 于此Each of them has a _ or a multi-day device that has been shot in the field, and the object (4) is not plagued by the fact that all the instants of the instant are produced to overcome these problems. These conventional bottle cap techniques are the same. The obstruction or cavity 1 'often contains a storage tank shape to use all the beverages into the bottle 'when the consumer is more likely to cause some of the two things: causing waste and spending extra effort. The lid, causing the beverage to become a quality After the injection, the bottle remains ineffective. The knife, /...g is caused by the dose of drugs or nutrients, and the second component of the conventional cap technology, which will increase the cost of the product and the material for separate storage. The third paperless technology of the grooved cap technology is more useful. It has a complex construction plate and a square. In the case of a sharp or sharp case, the sharp or sharp device is very sharp.曰Supply—the fourth shortcoming of M358800's conventional cap technology, which is not designed with or without additives or fluids. - It prevents the beverage from becoming lighter and softens the beverage. Five missing 'Excessively preventing beverages from dimming the design structure' requires more material to be manufactured, which results in material waste and increased manufacturing costs. The sixth drawback of the conventional cap technology is that its mechanism is designed to prevent premature release into the storage tank. The insufficiency of the contents into the beverage, causing the danger of premature release of the contents in the fluid. The seventh drawback of the conventional cap technology is that the mechanism is designed to prevent premature release of the contents of the storage tank into the beverage. The design is too large to increase the cap volume and manufacturing cost. θ Including incorrect or inappropriate in the system 'water leaks from the cap, generally its cap includes more than two of its significantly increased complexity and the familiar cap technology The eighth drawback, the design 'to make it impossible to protect the bottle from shaking, for example, shaking or further mixing during transportation

The ninth shortcoming of the conventional cap technology is the manufacture, assembly and use of this component. The tenth shortcoming of the conventional cap technology, including a separate storage tank piercing, which makes the cap design more complicated (the manufacturing assembly is more expensive, the eleventh shortcoming of the conventional cap technology, because it is difficult: long shell =: Shipping, - the bottle cap will not be loaded when bottling, it needs to be ":", so it can not be placed in the bottle for a long time. The 12th shortcoming of the shell-like cap technology, sometimes there will be part Cap construction 7 M358800 Correction month • The piece is designed to fall into the liquid, which will cause suffocation or one of the whole -... hazard during drinking. The thirteenth shortcoming of the stomach knowing technique is sometimes required to be significant The physical force (that is, the force or the mechanical device such as the bottle opener) to open the cap. The 14th shortcoming of the conventional cap technology, the cap is between the bottle and the bottle cap - generally does not contain - a seal which will cause the beverage to become lighter or incorporated. The fifteenth disadvantage of the conventional cap technology, which generally involves a puncture/piercing mechanism opening the closure 'which requires the user to apply significant force to release the cap The contents enter the solution in the container, but this does not apply to weaker individuals Such as children or seniors. The design of the present invention is intended to overcome the shortcomings of many conventional techniques and to include the following additional features, which have not been disclosed to the prior art. The storage tank cap is composed of two single components, and has a storage, a piercing mechanism, and a bottle cap for safety sealing. _ This simplified design greatly reduces material use during manufacturing and is easy to assemble. Reducing the manufacturing cost of the cap storage tank, the design of the present invention can make the bottle cap easier to use than the current technology. ^This cap implementation description utilizes a combined storage tank and puncture structure to reduce the daring The number of components to assemble the cap. The cap is further implemented with three separate sealing and/or locking mechanisms to protect the beverage additive from the fluid and to prevent premature release of the beverage additive into the beverage. The card lock/seal function is on the outer surface of the bottle cap, and the puncture structure is in place, thus protecting the 8 M358800 gas of the puncture mechanism/storage tank. Unexpected event. The second seal is located on the bottom, outer surface of the cap to protect the cap before use. The third seal is located at the bottom of the cap on the inner surface of the bottle, which is added to protect the stored beverage. Accidental leakage and protection from beverage damage caused by contact with fluids or other environmental factors. Other conventional cap technology includes one or two seals (including - road accidental breakage or even masking the resealing after previous opening) "To allow easy threading or ginsenging. The locking seal of the cap of the towel is almost impossible to touch the flap without removing the lock. 2The cap technology is required by the user. More power, prompting the organization to release the contents of the storage tank. ^Progress the cap is implemented as a storage tank and a puncture mechanism, and does not generate empty space or work space in storage (or self-mixing/shaking liquid) in storage. . This can be further ease of use (less vigorous shaking or mixing requirements) and the stored dose in the reservoir is more accurate. The bottle cap is further exposed to a structure, and the structure as a protective fluid material is different from the current design, which is generally required to be attached to a wedge type. When the valve is pressed, the valve needs to be L-i. Position 'to prevent liquid from leaking from the cap. The bottle cap:::: method can use + small force, can be finished on the bottle cap [new content], indicating that the storage tank cap as a beverage is simplified. Cap, storage tank and piercing mechanism. Intermittent μ significantly reduces the raw materials used in the manufacture of caps and reduces the assembly of vf M358800

the complexity. The bottle cap discloses that the 'comprising a plurality of non-limits' is designed with the combination and locking between the two components, and various different mechanisms can protect the beverage from being added and the liquid in the bottle is safe. And sealed to prevent damage caused by the addition of other beverages or individuals due to lightening, contact with pollution or other environmental causes. [Embodiment] Unless otherwise defined, the technical and scientific techniques used herein have the same meaning as the knowledge of the stomach of the ribs of the present invention. The specific terms and manufacturing flow used in the devices and components in the following descriptions. = for the _ skills in the know and # users. In these processes, there are methodologies of the present invention, such as those provided in the prior art and in the different references, which are presented in the singular form. Text t about the top, bottom, bottom, bottom...

Up, down, 屮, know 1« JL is - reference, downward, and other directional terms, etc. - is not used to limit. As with the disclosure of the text and the implementation of the party, the author can also use other arrangements, terms, and opinions. As used throughout the disclosure, the following (although Ko Tin and others specifically indicate it should be recognized as having the following meanings 1 and other obvious changes): Internal medication: broadly additive means vitamin , minerals, supplements, drugs, antioxidants; tinctures:, white, electrolytes, enzymes, nutrients, fiber, seaweed, nuts = food, vegetables, fruits, berries, plants, flowers, seeds, trees, green | grass, tea, seeds, bark, underground stems, juice, leaf moon, spices, sweeteners, concentrated drinks, chemical additives, M358800 'persistence, caffeine, alcohol, all powders, fluids or solids. By means of a portable container for carrying a fluid or liquid, in particular a neck and a mouth, generally a material that does not leak, such as, but not limited to, glass or plastic. "Cap" means a protective cover or seal, especially the end, opening or tip of a bottle. "Chassis" means a partition or chamber in a larger enclosed area. • 'Liquidity' means any liquid or flowing substance, whether or not consumed or ingested by humans' including but not limited to water, juice, wine, beverages, tea, chemicals and solutions. ^ Storage tanks The chamber acts as a storage fluid, solid or powder which may contain one or more separate containers or chambers for storage and retention of fluid, solid or powder separation. It is meant that a component or mechanism is attached to or contains an object. When the object _ body opening period must be destroyed, to ensure that its (four) things are not lightened or changed. "His technical name is used here, different technologies have technical significance in general. The bottle cap of the safety sealed storage tank cap disclosed in the above description is preferably provided with two components (a top piece and a bottom end piece) interlockingly fitted with each other, and the bottom is included. The chamber serves as a storage top member, a bottom end seal, a surface = a top end, a spiral end seal and a solid lock (4). The end piece 匕3 storage tank serves as a receiving and storing beverage additive which has a shape in the top piece which allows the storage tank to serve as a puncturing unit to be repaired by the tampering correction. M358800 - Bad seal. Preferably, the two members are made of a material that is opaque, and the beverage additive is destroyed by the first line. When the two components are tightly joined, the material: is not subject to high heat, moisture, air, and the like. This: Further protect the fluid in the bottle too early to mix with the beverage additives: shoulder two? The manufacture ' can be shot through a model or a similar process, the original being a plastic material. However, according to this technology, it is not limited to polymer resin, paper, or a mixture of these materials (including plastics), and can be used as rubber: far = carbon, gold. The bottom end piece 5 for achieving the first embodiment of the present description is a cross-sectional view thereof as shown in Fig.-A, and at the end of the drawing: the piece 5 such as the bottom end piece 5 comprises a hollow compartment. 1〇, the forming part is the outer view, the opening 15 is such that the top material 7() has a preferred shape in the shape of a triangle at the top end, which avoids the 4: number: the ring 3〇' There is a gap 65 between the top end member 70 and the bottom end member 5 to the bottom of the bottle and the bottom end member 5. # ^ Move through the top part of the wall to face the bottom of the compartment 1 ,, the system is capable of achieving the best control and the movement of the end of the case. The sealing degree is the best, and the minimum effort is required to separate η ϊα + — 75 & Additive m咐:::2: is a seal 25 which is used to protect the beverage from the bottle (10) (10) 170 and the liquid (10) in the conventional dry t. The bottom seal 25 can be similar to gallon_glue = X as an anti-injection to prevent beverage additives, 12 M358800 supplement and need to be considered to resist warmth, sensation*, bottom seal 25, 2 丫 and other environmental changes . This allows the seal 25 to be used to have a thinner outer thickness, the amount of which is broken through the seal 25 male, and the seal until the other components of the cap 1 are pushed. The force required to seal the strength can be due to the use of the beverage additive 170 and the liquid 180, which is used for the weaker seal of the (4) seal for the travel force or the child 4). Again,? Broken seal 25

There is a form of = _ 75 (meaning that the spiral structure can have a ring or wire 35' wire 35 / cap / structure such as a ring or called face (four) know the technology. At the bottom of the outer wall 48 or In the vicinity, when the wide wall 48 and the cap 48 are sealed from the bottle, the hatching portion 45 will open, so that the upper portion 45 of the bottle (4) is separated from the cap 1 . Called (four) H intensity to ensure processing, bottling, transportation, etc.:: face i: 45 is not to be twisted w very small. No matter how 45 caps Γ5 does not break open, cap 1 will not be removed. (10) It can be ensured that (4) the additive m and the liquid substance are mixed and does not occur (4), exposure, pollution or miscellaneous 60, which is located under the cavity of the end piece 5 to the opening 15 or at the vicinity of the lower blocking surface. Continue to move the piece%. When the beverage additive 170 is released, it can be prevented from moving to a piece of meat. The groove is adjacent to the lower blocking surface 6〇, and the groove-concave space is when it enters the bottom piece. 5 will have a gap of 13 9Z1L10 correction date, jyt ^ supplement M358800 solid end piece 7 〇. Groove 5 〇 and ring 9 is better. The square and slave corners are suitable for this creation. 3 ^The groove and the ring of his shape are also protected from the top piece 70. The m-end m 55 m lock seal 55 can be used to remove the two-lock seal via the handle of the card. When the 55 is removed (for example, it is pressed into the bottom end piece 5. As shown in Fig. 1D: the 'top piece' - the free height dimension, when the lock seal 55 is accurately provided by the (4) lock seal 55, the top piece 70 can be freely oriented; the Si degree interval is also not locked, the seal 55 is removed from the height of the two, and the distance is fixed; β and (or the edge of the mouth is inclined to the top piece 70 to the blocking surface) 6剩余The remaining distance 9〇 is locked to the groove 5. This distance, more accurately t wears sufficient (4), allowing to wear the part 75 (but not the full-end seal 25 on the weak point line 28. This - The distance is the dimension of the lock seal, which allows the piercing mechanism 75 to break through the bottom end material for incomplete tooth breakage or penetration through the weak point line 28, and the portion of the weak point line 28 is still not broken, = 25 is Partially adhered to the bottom end piece 5, thus allowing all: the material additive 170 to enter the bottle (10) while keeping the bottom end seal from falling into the riser tile - causing suffocation or safety Figure 1 shows a top end member 7 of the bottle cap i in the first embodiment. The top end member 70 is a cross-sectional view of a top end member 7 as shown in Fig. A, and Fig. 1b is the outer side of the member. In view, the top piece 70 includes a hollow piercing mechanism 75 formed by the outer wall 80 and having a rounded corner 1 〇〇 at the bottom of the piercing mechanism 75. The rounded corner 100 has a necessary angle of inclination, the circle Side 14 M358800 year old 曰 replenishment angle 100 almost (but not all - ί 25. This design allows the bottom (four) line 'to open the bottom end seal', 25 can be partially attached to the weak point line 28, so that the bottom, Seal 2 5 does not hit Λ ^.,. Drops into the liquid 180 in the scorpion 16 ,, causing sputum or other safety hazards. The wind end of the page end member 70 further includes an upper blocking surface 85, which is the top member, and the section 60' is a blocking member that prevents the top member 7 from continuing.

= two: ^ end seal 25 dropped into the bottle material. Close to or adjacent to the side = section 85 is - the ring is called, as described above, it can be embedded in the groove 90 of the top piece 7G more includes the cap top %, which has sufficient thickness and to prevent the positive temperature Or other miscellaneous f-doped beverage supplements 17〇. Object 2:! A top member 70 is shown in which it is filled with a beverage (not shown) and joined to the bottom member 5. The top end of the cap may include a groove (or other material surface), and Figure c shows that the personal carrying chart - D is shown as a cross-sectional view of the cap 1 with the top piece 70 filled with the beverage additive 170, and Engaged with the bottom end piece 5. This cross-sectional view further indicates that the height dimension of the retaining seal 55 controls the distance required for the top member 7 to be depressed to the end member 5 to actuate. Figure 1D is further shown in the gap 65 between the top end member and the bottom end member f such that when the top end member 7 is pressed into the bottom end member 5, it is impeded. Fig. -D shows the ring 30 in a stepwise manner. The cross section is generally - the corner y is used to protect the voyage liquid 1 6 〇 from overflowing through the gap 65 when the bottom end is pierced. This design protects the liquid from the state in which the top member 7 is pressed into the bottom end member 5, and the user shakes the bottle 160 to mix the beverage additive 17 〇 with the liquid 180 so that the liquid does not ooze out at the cap. The ring 3 is more thirsty 15 M358800 keeps the beverage additive 170 sealed and prevents it from being exposed to the air. - Figure 1 E shows the entire cap 1 which contains the bottom end piece 5, the top end piece 70 and the beverage additive 170, and is locked to the bottle 16". After filling, disinfecting and or sterilizing the liquid 180 in the bottle, the beverage additive 17 is immediately sealed to the bottle cap 1, the cap 1 is placed on the bottle 16〇, and the cap i is placed on the bottle=〇, in manufacture. Make sure that the contents of the cap i and the bottle 16 are kept clean and sterile. Figure 1 E shows the front of the lock seal 55 of the cap i. Figure F shows the state in which the lock seal 55 of the cap 1 has been removed, and the middle top member 70 is pressed into the bottom end member 5 so that the primary corner 丨 (8) is pushed into the bottom seal 25, along which The weak point line 28 is partially disassembled, causing the beverage additive no (stored in the spacer @1() and the + empty piercing mechanism 75) to be mixed with the liquid 180 in the slider 16 (not shown). The first one is not the first one, and the other one is not simple. Unless the right surname 4t αα ^ τ is particularly private in Figure 2, all the components in the embodiment are

: Both: The figure is the same. As shown in the cross-sectional view of Fig. 2, the outer surface 1 () 5 of the top end of the top end of the bottle i is different from that of the first embodiment. This design allows the groove UG to be formed to form a groove with the bottom end piece 5. 1134 mesh interlocking buckle. The top end member 70 is pressed or pressed and inserted into the bottom end piece 5^ to lock the groove and the recess 113, and the action of the top strain 7 〇 + such as & a ^ ^ cow 70 is stopped. The design of the locking method is different for the cap 1 design, and the material used for making the τ I 较少 is less, and the movement of the L-, s #, β I θ is facilitated by different users. . This design is more thirsty and reduces the weight of the bottle cap 1 to reduce the cost of the ship. This design is on the outer surface 1〇5, and it is better to know that: for a larger groove, the rabbit U倌 is used as the clamping surface, and it is easier to use the 16 M358800, such as children or seniors, and μ, sm diagram. 2B is the same as Figure 2 - 4 and the same as the lock Figure 2: Γ is the top piece 7 〇 and the bottom end piece 5 combined into the bottom end piece 5, and the groove 11 〇 and the groove 113: use ^ : Bottom piece 5. Part of the bottom end of the dense portion is not: Figure 2 shows a second cap of a cap 1 is relatively simple, except in Figure 3, there is an example = lower than - screw: Π same. The cap 1 of this other embodiment discloses that the cymbal means "moves" the tip member 7G into the bottom member 5 and pierces the bottom D at the seal 25. This design is more thirsty to protect the top piece of the beverage additive 17 . Inject the bottle 16 too early. in. 2 students: = anti-proof for those who are not easy to press the top piece 70 into the bottom end piece 5 = two sets themselves need to provide enough strength to the weak point line 28 as in the other embodiments of the bottle... Nothing 'the spiral structure can be In addition, the top member 7 is formed by the upper wall 125' and forms a guide ring of a spiral structure. As shown in the figure, the Φ 2 is more inclusive of the anti-twist lock 135. The preferred embodiment of the Γ 1 Τ 135 is that the side has a small angle, and the same angle is almost perpendicular to the angle of the drawing. Twist locks can be the same or different heights to achieve different effects, or more can have different 17 corrections Μ 358800: two effect 夂: twist lock 123 and tooth shape. Like the description of the anti-twist lock 123 (this Good. The lock is designed to use the tooth angle design so that the top piece 7 is rotated in the direction of the tooth-shaped anti-pull direction. The product needs to be two: can;; == lock (2) through several toothed anti-twist locks Go back to the "Location" step-by-step to ensure that the bottle cap 2:: Method 2 to prevent the beverage additives or the liquid content in the bottle from becoming lighter. In the case of using the ... part, the use of the grooved line surface: = turn top external The surface 115 can strengthen the top part of the clock # 图 图 图 图 图 图 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = State, in which two or two objects Π 0 (not shown in the figure) at the top, there is a drink, the bottle cap 1 has been removed, the lock is sealed... Figure 3D shows that it pushes down enough to penetrate the mechanism = has been twisted - piece 7. The bottom end seal 25 is at the weak point line 28 _ Λ. The top piece 70 is released into the bottle 160. Figure - Ε Knife solution Seal, make beverage additives

It is shown that the figure U shows the sectional view of Fig. 3D, and Fig. 3F to the surface view. Second, the bottom end seals 25 parts. · or F and other figures are not shown in Figure 4. A simple cover, except for the special one in Figure 4: ::: Parts: Figure: In comparison, all the components are the same as the components of the figure. In the embodiment, the cross-sectional view of almost α back to four A shows that the top 18 Ύβ correction supplement M358800 piece 70 will be on the outer surface _ of the cap top 95, which is different from the case where the 5% structure 145 can make the ring 15 〇 Cooperating with the lock, and damaging the groove 155 of the bottom end piece 5. When the top piece 7 () is depressed or pressed down = the bottom end piece 5' of its top end 7 is moved to the side, the ring structure (4), the ring 150 and the groove 155 are locked to each other and stopped. . This type of locking allows different caps 1 to be designed, which reduces the use of materials during manufacture and is convenient for different types of users. This is the weight of the cover 1 to reduce shipping costs. This embodiment further provides a larger groove, structure (or other structure) as an external surface from the grip surface of the 14 , to facilitate use by weaker users such as children or the elderly. Figure 4 shows the same components as Figure 4, Figure 4. A top end piece 70 is shown in combination with the bottom end piece 5 to be displaced from the front view of the lock seal 55, and Fig. 4D shows a cross section of the outer view of Fig. 4C. Figure 4E shows the entire cap i portion, which includes the bottom end piece top member 7〇 and the beverage additive 170 which has been locked to the bottle 16〇. The beverage additive 170 is sealed to the cap! While the bottle cap is placed on the bottle 160, it is filled in the bottle via the filling, disinfecting or heat-sterilizing liquid 18. 2' The beverage additive Π0 is immediately sealed to the bottle cap 1, and the bottle cap i is placed on the bottle 1=. Placing the cap on the bottle during manufacture ensures that the contents of the bottle and bottle 160 remain pure and sterile. Fig. 4 shows the state before the lock seal 55 of the cover 1 is removed. Figure 4 E shows the cap! In the lock seal 55 and; the end piece of the heart "down to the bottom of the bottom 5, the (four) side H into the bottom end seal 25, which is partially disassembled along the weak point line 28, so that the beverage add 19 1 曰 0 correction complement no M358800 : Object: The museum is stored in the compartment. With t empty}i~| medium and mixed (not _.") two = 145 how to with the ring 15〇m 70 and the bottom material 5. 匕155 work with each other to lock the top piece using St point, and other The description herein can be made by using the method of manufacture and synthesizing the comprehensive scope of the content described herein == comment text, which will be written in the same way as the viewpoint, and can also be combined as a satisfactory embodiment. The embodiment of the bottle is not limited to the following. A bottled water manufacturer, Biosynthesis a:: Additives '^Including spices, concentrated juices' sweeteners, vitamins', sputum, and herbal supplements to water. The manufacturer smashes the ingredients to mix the beverage additives in the “when the temple: exposed in the plastic bottle”. The flavor of the beverage may change: ^ π water mixed with the drink and spices to include Vegetarians and herbal supplements (and in some cases, such as vitamins). Bottled water manufacturers need to manufacture more, and add more vitamins (9) pure wealth, although increasing costs, but after (drinking period) ), vitamins and herbal supplements will be less than their label f. This will shorten the time the beverage is on the shelf. With the caps described here, the bottled water manufacturer can store the beverage in the cap, which remains dry and Seal to keep it away from 敎, ^ humidification and other environmental factors, as it may cause quality materials, :; force version::: degree of damage. When keeping the beverage added to a dry, sealed: degree and darkness The environment 'such as the caps described here, can maintain its quality with a concentration of 20 M358800 supplementation in a significant long sleep p __ replenishment of the water in the bottle, disinfection = further 'its bottled water production mixed in water , heat sterilization, if the beverage is added at the same time, will Decrease 1 thick /, mouth ^ grass music supplies and other beverages add to the manufacturer, get great; full:: = two places can make the bottle gather water into the yuan. Use an assembly line or similar technique in an environment where the top part of the cap is filled with "the end piece disc/, will be added to the water. When the beverage additive fills the top piece, the bottom == joint. All The recipe is still intact to protect the beverage additives: and to ensure that this beverage supplement is not released into the environment or in the bottle too early. Medium, =: and!! or similar processing machine, synchronously put the water into the sterile bottle The rod is accurate, heated and other clean methods, so that the highest purity into the water bottle mouth, with a certain degree of screwing in, to the mouth, but not too strong to destroy

All caps are then tightly sealed to ensure a tight (and therefore safe) seal. When the second bottle is attached to the bottle, the consumer can quickly confirm that the safety seal is still intact. If it is intact, the consumer can remove the lock seal, or insert the top member of the cap into the bottom end member of the bottle by the second or the other embodiment. When the top end of the cap moves down, its piercing mechanism, along its weak point line, partially breaks through the bottom end seal. This allows the dried beverage additive to fall completely into the water below the bottle, and the bottom seal still adheres to a portion of the weak line 'as a suffocation or other safety hazard. When the Kata 21 M358800 pieces are locked into the position 'consumer stop pushing the top piece ^^: shaking or other contents in the bottle's 'mix the beverage additive with the water, .^ ^ at the expense of the red opening the entire cap (At the moment the top piece & bottom piece is locked in - and the mixed drink is enjoyed. The bottle cap described herein is further 彳M^^ ^ 乂, the cap storage tank is separate for separation The chamber's can independently store two beverages that remain dry after drying. This bottle can be used as a storage liquid beverage additive, as is the simultaneous storage of liquid and beverage additives. ^ Bottles as described herein Cover the example of your 廿k, · 里^, the beverage additive is a juice or a life. The example of the bottle cap step described here, Lu Zi, microwave oven, other twisting star β ±丫1 grain breaks...heated, the entire cap can be moved before the tT piece is pressed. The cap can be locked back, the top part presses the bottom end piece, and the beverage additive adds warm or hot water. An example of a further u_., W that is desired to be described herein, the cap A wish can protect the material as identified twenty six green mountains' A .. ^ Μ 17

▼ ", -4 From U to protect the museum as much as possible in its contents, not subject to oxygen, thirst temperature and other substances that may detract from its quality and Han quality. Some concepts are revealed as follows: Safety seal storage tank cap. As a first concept, this article describes a bottle cap _ a second component and a removable dense 3" piece, J brother a 70 piece which contains a yarn seven slots, this first component borrows Attached to the second component by a removable seal. Named 22 M358800 Amendment as the third concept, too the station π one.. Supplement - the second component, the first...:: the sail cover contains -^^ to make the first element:: contains a storage slot; The removable seal is coupled to the second element and the second element, the second element domain of the first element is in close contact with each other, and the first element is slidable at the +=, so that the storage tank is located in the space formed by the first element and the element In the cavity. In the opposite direction of the first one, this can be edged at the end phase as part of the end of the second component. The cover is t-four concept, this article describes any bottle of the previous bottle: ,: join the bar opener' This container opener will be sealed. For the fifth concept, this article describes the concept of any material for a bottle cap, which is not degraded for use as a content to protect it. , the fine person as the sixth concept 'discussed in this article—the cap of any bottle cap concept previously mentioned and removed is the removal of the seal, this first element may be right = into the Li and become the end of the first element In one part, the storage slot can be inserted into the end of the first component. As a seventh concept, it is stated herein that any of the second components of the cap that are previously included herein include an actuating tool that moves with the container. As a seventh concept, it is stated herein that any of the first and second component concepts of the bottle cap include a locking tool, and when the safety seal is removed and the first component is depressed toward the second component, The solidification of this first element will work with the first element. As a ninth concept, this article describes a bottle cap that contains two components and three Μ ° /, 23 M358800 double as the tenth concept 'this article clarifies - the cap contains its seal, the two components as a top piece and a top piece This can be the bottom end of the disc; it is connected into a sealed form. The third seal is a first-removable seal I, which is coupled to the second member and the second member. A second seal includes a bottom end outer wall and may serve as a portion from the bottom end piece to the top end member and the actuating tool joins the first element to the second element. When the first seal is removed, the first member and the second member can be used to closely support the first member and the second member by engaging the actuating tool. As a tenth-concept, it is contemplated herein that the cap may include a member. Pieces. As a twelfth concept, it is contemplated herein that the cap may include more than two configurations as the thirteenth concept, and a cap is described herein which includes a two-element disc three='the two elements as a top piece and a top piece, Can be connected with the bottom end, ,,. In a sealed form. The third seal is a first pierceable seal, and the knot and the second member are coupled to each other. A second seal includes a bottom end member and may serve as a portion from the bottom end member to the top end member, and the actuating tool joins the first member to the second member. When the first component is removed, the first component and the second component can be attached to the first component and the second component by engaging the actuating tool. A fourteenth concept, a sealed storage tank cap comprising a cover of a hollow portion at one end and forming a first flange having an outer diameter and a first recess. In the opposite direction of the radial direction of the cover end, there is a second hollow portion having a puncturable seal enclosing the storage tank therein; wherein the hollow portion is formed in a step-and-second flange around the inner diameter thereof And a second groove to 24

M358800

The supplement I accommodates the first flange therein, the two hollows m are therein (4), the second flange is placed against the second meaning as a 1-shaped space, and the outer (four) is constructed and the ring is disposed around and attached to the first On the outer side, in which a second ring bottle is defined as a punctuable::: in the second annular space, and in the breakdown of the five concepts '-caps of the bottle' - the previous concept, which can =, there is a weak engraved line, which is the open-end end-part of the punctuation concept, which opens the previous concept, in which the bottle 'protects the storage tank as the sixteenth concept, a bottle cap Any cover end is defined as an elliptical shape. As a seventeenth concept, the process material of any of the caps is selected to prevent deterioration of the contents. As the eighteenth concept

It can contain dry or wet contents. Read the heart, in which the storage tank: is: the nineteen concept, any previous concept of a bottle cap, in which the contents of the deposit can be broken by the puncture seal & as the twentieth concept, - bottle Any of the cover =... As the twenty-first concept of the first - disk - "35 cover of the - previous concept, the younger brother, the first hollow part and the ring part, made A\, for more than one material The first 盥筮a# is the concept of the second hollow part, which can be more than one storage tank. With: - hollow part and annular part ' it is a material 9 25 M358800 as the twentieth Three general orders, one... I "compensate the hollow part and cover it with a creeping _, the storage tank cap contains one 苐. The rupturable seal can seal the two hollow parts and have an axial opposite The empty portion is defined as a closed storage tank and is slidably received to accommodate the first hollow portion to stop the two hollow portions. The movable annular seal is axially fixed to the hollow member and pushed into the dragon:: removable and movable Annular seal, allowing it and the first hollow part σ knife, as a solid mechanism, Du unclosed end as a break-through seal, 3 garment-like 4 piece configuration and close to the first 搫 reading, and - an annular part in it, t blu 邛 2 之外 outside the knife to define an extension line, For the A,, ^, the cow is formed with a puncture bottleneck surrounding the inner diameter in the second annular space, and on the bottle as the twenty-fourth winter, a fourth-hollow part into one: Including: the former concept 'two of the hollow portions are included in the outer diameter thereof, and the second portion thereof is in the t," the H field is inserted into the second hollow portion of the first flanged field member, the first An S, 'for the second groove to form a locking structure.,: for the fifteenth concept' any previous concept of a bottle cap, wherein the first / second 4 points form a first around the outer diameter Groove and second hollow

: a second flange is formed around the inner diameter, and the S-speed seal of the two hollow portions is defined as a second annular space as the second flange, at the + of the first groove. As a twenty-sixth concept, a sealed storage tank cap comprises: a first middle portion covers one end and defines a first recess at an outer diameter thereof; and a first hollow portion has an opposite axially strikeable Wear a seal to close the other end, 26 frlmi M358800 Supplement I Rain Storage The Yinkong part is defined as and it can slide to accommodate the slot; the second order is eight, -π 蚵 锊 锊 锊 锊 锊 : : : : Forming a second flange around the inner diameter thereof, wherein the first ring-shaped::-shaped (four)' is used as the second flange to remove the outer edge seal and is sealed to the space portion, and is sealed to each other. When the annular ring is removed, the two hollow portions are separated, and the two hollow portions are separated, and the first hollow portion is pushed by the first hollow portion and the second hollow portion and an annular portion are removed. = the end of the hollow portion is broken through the seal, the side is defined as - the first and the second hollow portion is outside the second hollow portion and has an extended line shape in it::,::: Forming - and configuring the breakdown at this moment:; in the neck of the second annular space 'first two two eight: seven concept' - The cover-previous concept 'where the step may include a -th-flange on its outer diameter, and the second, + the second-order includes a #2 groove to accommodate the first-flange: it uses two: The empty portion is pushed into the second hollow portion, and the first flange is grooved to form a -! ^ ^ ^ ^ ^ Cover.... The path for the first-groove nano-hollow part is defined as -two and two::::: The way the inner diameter of the inner diameter is formed - the flange; the shape =: the hollow part of the groove The second groove is taken to accommodate the first tenon to form a second... the flange and the first groove are formed; the formed-removable ring 27-shaped seal is said to allow this one. Λ + A , - ~ six called 嗍 , , — m 隹 : the second 'empty part ' as its first - convex

MJ58800 I D / 1 for, up, /, li it.! The empty part is fixed in the axial direction and the - edge is accommodated in the second groove, and the 1st;: "minute" as its first - has been removed for puncture Sealing. 2: The unsealed end of the mourning part is moved by the hollow part of the second part: two senses into one; (four) pieces are placed in the second tightness of the second:::: the part is on the inner diameter, and the seal is sealed at the moment. On the younger brother ~ clothing = between - the first storage tank cap forming method is any way to remove - part of the puncture seal] weak line step 'to open the lid end previously: = three:: read 'a sealed storage The method of forming the tank cap - -;:! comprises the step of forming a rounded open lid end. - The prior concept further includes the step of forming a sealed reservoir ==: method, the material of which is chosen to protect its contents - first == = any one of the methods for forming the tank cap. The two adjacent knives and the annular member are made of the thirty-third concept, and the previous concept is more than one of the first and second ones. Sealing the storage tank cap forming method The empty part and the ring part, the material is the τ戸Hoff 24 concept, one wears a lifetime 乂40 people 4 in the storage tank cap forming method First, the concept further includes the shape] & Μ Μ 匕 匕 匕 形成 形成 形成 形成 — — — — — — — — — — — — — 密 密 密 密 密 密 密 密 密 密 密 密 密 密 密 密 外 外 外 外 外 外 外 外 外 外 外 外The concept of the lid forming method further includes a step of "sealing the storage tank cap and combining the bottle thereof; adding: before the sterilization step is performed on the contents of the bottle. - r::: thirty-six concept" A step of forming a method for forming a sealed storage tank cap. 4 mixing the inside of the pellet into the bottle - prior; seventeen concept... sealing the contents of the storage tank cap forming method, 2 - step includes removing from the bottle Seal the cap and heat the bottle before removing the removable seal. As a thirty-eighth concept, this-supporting two hollow portions in the axial solid fourteen concept further includes when removing the removable ring... The annular seal can be removed, adjacent to the eight', and the first hollow portion can be pushed into the second::: '= the first flange is connected to the second groove' and (4) the cover end is two J-knife, Causes the shift to break through the seal. τ [Simple description of the drawing] - Explosion section of the embodiment, exposing and depicting the external side exploded view of the first embodiment of the bottle creation, depicting the ® c-based creation > the component of the component is combined with the actual & external view, the two caps are drawn In the middle of the illustration, the underactuated burr mechanism to release the beverage additive to the solution diagram D is the creation > the potential cover member is joined as ", and the second brother: the real-field joint profile view, depicting two bottles of i filled beverage Additives. 29 If M358800 rty*| .,· « t r-^ , iE is the first part of the creation - a cross-sectional view of the embodiment, the description will be two caps °, filled with beverage additives, placed at the top of the bottle , before the puncturing mechanism is activated to release the beverage additive into the solution. - 谌η F is a cross-sectional view of the first embodiment of the creation depicting the drawing of two bottles of 盍3 into one in which a beverage supplement is filled, placed at the top of the bottle, and the puncturing mechanism is activated to break the seal to release the beverage additive into the solution. Θ Α is an exploded view of the cross section of the second embodiment of the creation, depicting the two components of the bottle cap. Field muscles ^ Figure 1 B is a side view of the second embodiment of the creation of the exploded view, depicting the two components of the bottle cap. Req _ , , —#— is a side view of the exterior of the second embodiment of the present invention, depicting the illustration of the two-to-be-joined-' before the puncturing mechanism is activated to release the beverage bath. tD is a side cross-sectional view of a second embodiment of the present invention, with the two edges being opened and the inter-joined being "" before the puncturing mechanism is activated to release the beverage additive into the solution. A is an exploded view of a section of the third embodiment of the creation, depicting two components of the bottle cap. , B is the side view of the third embodiment of the creation of the explosion diagram, depicting the two components of the green bottle. Fig.-C is a diagram showing the external side cap member of the third embodiment of the present invention, which is connected to the helmet, and the two money ports are ―, before the puncturing mechanism is activated to release the beverage additive to the sputum liquid . Milk Master Figure 2D is the side view of the exterior of the third embodiment of the creation, inserting green two 30 M358800 right 1110 month a correction supplement *****>-.... : actuation mechanism to release beverage additives After the state in the solution.礼杜: Γ E is a side view of the third embodiment of the creation of the profile, 1 , the edge of the two / a moving mechanism to release the beverage additive into the solution after the state. A cross-sectional side view of a third embodiment of the creation of the cap is depicted as a representation of the two prior to the activation of the puncture mechanism to release the beverage additive into the Lok solution. Explosion diagram of the section of the fourth embodiment of the creation of the bottle cap

Figure 4 is the two components of the creation of the bottle cap. The fourth embodiment is an exploded view of the external side view. Fig. 4C is a front view of the creation of the cap member in a solution. A side view of the exterior of the fourth embodiment, depicting the activation of the piercing mechanism to release the beverage additive to

Figure 4D shows the creation of the cap member in one piece, the front view of the solution. A cross-sectional side view of a fourth embodiment, depicting a cross-sectional view of the side view of the sprinkler mechanism to release the beverage additive to the bottle, and the f ^ interface is filled with A beverage additive placed on top of the bottle prior to activation of the burr mechanism to release the beverage, the slave additive to the solution. Figure 4 F is the creator of the creation.彳 图 , , , , , , , , , , , , , , , , , , 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 填充 间接 间接 间接 间接 间接 间接 间接 间接Into the solution. [Main component symbol description] 1 cap 5 bottom end piece 31 M308800 ίο compartment 15 opening 20 bottom '25 bottom end seal • 28 weak point line 30 ring 35 ring or wire 40 cap seal spiral β 48 Exterior wall 50 groove 55 lock seal 60 lower blocking surface 65 gap 70 top piece 75 piercing mechanism g 80 outer wall 85 blocking surface 90 ring 9 5 bottles top 9ZI110 year • • positive: charge 100 round Angled circular edge 160 bottle 170 beverage additive 180 liquid 110 groove 105 outer surface 113 groove 115 outer surface 120 ring 123 anti-twist lock 125 upper wall 140 outer surface 145 annular structure 150 ring 155 groove 32

Claims (1)

M358800 TiVf 正九, application patent scope: - ^ charging 1. A female fully sealed storage tank cap, comprising: a first hollow portion at one end and forming a first flange on the outer diameter and a first groove; a second hollow portion having a breakable seal tightly attached to one end thereof and axially opposite to the end of the cap sliding into the first hollow portion for use as a sealed storage tank therebetween; The portion further has a second protrusion, a 彖 and a second groove surrounding the inner diameter thereof to receive the first flange therein, and the first hollow portion and the second hollow portion serve as a a first annular space, the first groove on the outer diameter of the first hollow portion is sealed when being engaged with the second flange; and an annular member is disposed around the second hollow portion and attached The second hollow portion is on the outer side to define a second annular space therebetween, and the annular member has a circumferential extending line formed on the inner diameter thereof to serve as the second annular space of the Lu bottle The breakable seal is placed on the bottle. 2. 2 Please refer to the safety sealed storage tank cap of the patent scope, the I: the cap further comprises an open end 'and the breakable seal has a weakened:, 'to make the bottle open The cap end can push the breakable seal portion seal away. 3. If you apply for the full-time enclosure of the second rhyme, the safety secret (four) storage tank caps' 33 M368800 one of the edges of the δ hai open cover can be designed as a round shape, 10 corrections, the date of the month, 4.t application (four)安全1 The safety sealing tank cap mentioned in the item, in which the content of the processing material of the bottle cap is selected, and the horse is prevented from being saved, and the storage tank is protected. 5. Please seal the safety seal mentioned in item 1. Storage tank caps, 5 Hai closed storage in the pot containing or dry or social (10). /, 6. = safety seal basin mentioned in item 5 of the scope of application; the contents of the sealed storage tank can be covered by the safety seal storage (4) mentioned in the patent scope of item i when the sealable seal is unsealed. Wherein the first and second hollow portions and the annular member are a material. m material] The safety sealed storage tank cover of the range w, wherein the first and second hollow portions and the annular member may be a material. I _L_ < I The safe sealed storage tank cap according to item 1, wherein the second hollow portion may comprise more than one storage tank. 10, a safety sealed storage tank cap comprising: 34 M358800 5 ^ closed first hollow portion; Z second hollow portion has a puncturable seal that is adhered to one end and slidably engages the first hollow portion, In the opposite axial direction, it has a breakable seal between the cap and the end of the cap as a closed storage tank; : a removable annular seal, supporting the two hollow portions for axial fixation and two removable removable rings The seal may allow the first hollow portion to push the hollow portion such that the unsealed edge of the first hollow portion may penetrate the seal, and the::: portion: 'provides around the outer side of the second hollow portion and is closely attached " In the meantime as the second annular space, the annular member star 4:= line is formed on its inner diameter to serve as the second portion of the bottleneck and to place the breakable seal on the bottle. The safety sealed storage tank cap mentioned in Item 10, t the second: medium: ^ Ding two Shao points more wrapped __ flute - ^ edge ' when the first hollow? , nano: the first - convex convex 绫盥兮 wear-t 罘 a part of the work, the first "Λ - groove will join into a - locking mechanism. 12, = patent application scope 1G or Μ; - an annular seal, wherein the first middle 4:: storage tank has a first groove formed therein, the middle of the outer diameter of the cutter - the second flange, and the space around the inner diameter of the hollow portion The second annular * door two-way branch will be in the middle as - the second annular reading 1 when the second flange seals the first groove - 35 M3S8800 Will be sealed i3.:: heavy safety sealed storage tank cap, which contains: -: slot ^ part 'in its 1 cover, and its outer diameter is surrounded by - = = = close to the end and can slip through the seal Between the cap and the end, as a seal 2, it has a slidable outer circumference around the inner diameter of the second hollow portion, and a first annular space, the second intermediate groove and the second convex portion. When the edge is joined, the two hollow portions are axially fixed and fixed therebetween, and the removal and removal of the annular dense material allows the second hollow portion to be pushed to push the first hollow portion away. The breakable seal, and the unsealed member are disposed around the outer side of the second hollow portion and closely adjacent to the upper annular space, the annular member = ^ extended linear shape Its inner diameter acts as a second %, space on the neck and places the breakable seal on the bottle. 4. The safety seal of claim 13 of claim 13 wherein said portion further comprises a first flange forming diameter and said second hollow portion further comprises a second recess for receiving said first a flange, the 36 when the first hollow portion is pushed into the second hollow portion • The M358800 first flange will engage the second hollow portion to form a locking mechanism. 37