CN1886308A

CN1886308A - Bottle

Info

Publication number: CN1886308A
Application number: CNA2004800349816A
Authority: CN
Inventors: 曹荣国
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-11-28
Filing date: 2004-11-27
Publication date: 2006-12-27
Also published as: KR100593246B1; KR20050051918A

Abstract

The present invention relates to a bottle, which contains two kinds of materials separately in two spaces in a bottle body and communicates the separated spaces with each other as necessary so that the two materials can be mixed together. This bottle has a bottle body having a mouth; an additive storage container including an insertion part inserted into the mouth, an exposed part exposed outside the mouth and an additive storage space defined therein; an opening unit tightened to the mouth; and separation means for separating the additive storage container from the bottle body. The bottle saves resources and prevents deterioration in the properties in the material and additive. A user can mix the material and additive at a precise ratio, thus preventing their chemical and physical properties from deteriorating. The additive storage container can be completely removed from the bottle body.

Description

Bottle

Technical field

The present invention relates to a kind of bottle, can not only be in bottle two independently store two kinds of materials in the space, and can make where necessary two independently spatial communication so that two kinds of materials can mix mutually.

Background technology

At present, the bottle of selling on the market mostly is a bottle greatly and only stores a kind of material.But, in various industrial circles, often two kinds of different materials need be mixed.Just can add sugar or milk powder inside as coffee beverage; Medicine and chemical industry also have this type of situation.

For two kinds of different materials are mixed, need to buy two bottles to store two kinds of different materials.In addition, also needing to buy a measurer is used for accurately measuring.If there is not measurer, just be difficult to the ratio that accurately control mixes.

Summary of the invention

The present invention is in order to solve the problems referred to above that prior art exists, an object of the present invention is to provide and a kind ofly can distinguish the independent bottle that circulates on the market, city of two kinds of materials that stores, thereby economize on resources, and, store two bottles of two kinds of material requires unlike common bottle.

Another object of the present invention provides the bottle that simple action of a kind of usefulness just can mix two kinds of materials in accurate ratio.

Another object of the present invention provides a kind of bottle, portion has in the inner space of an additive storage container that stores additive and is provided with good seal within it, therefore can make the additive can be not oxidized or rotten, and additive storage container be connected with the bottleneck of the bottle of using always.

Another object of the present invention provides a kind of bottle, and its additive storage container can be taken off from bottle fully by the opening action of the device that opens the cabin.

To achieve these goals, the invention provides bottle, comprising: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, the both ends open of additive storage container is provided with the insertion portion of a bottleneck that inserts bottle and is exposed at bottleneck exposed parts outward outward, forms an additive storage spaces; The device that opens the cabin, it cooperates with the outside thread of bottleneck by screw thread, optionally isolates with the material storage area of bottle or communicates; Separating device can take out the bottleneck of additive storage container from bottle down.

Described separating device comprises: the lifting flange, its centre portion of ring surface outside additive storage container radially outward stretches out, and lifting flange and the screw-internal thread fit on the interior ring surface of the device that opens the cabin are also locked.

Bottle also comprises: valve body, and radially inwardly stretch out its lower end from the additive storage container insertion portion, at the center of valve body discharging opening is arranged; A support shank, from the lower surface center shaft of the device that opens the cabin to stretching out downwards; At support shank one end the spool that can close discharging opening is arranged, additive storage spaces can be isolated with the material storage area of bottle.

The device that opens the cabin is provided with a circle tube inner wall, and it is stretching out a predetermined distance with a position axis of the device outer wall isolation of opening the cabin to downwards, and the outer ring surface of the feasible device inwall that opens the cabin can contact with the interior ring surface of additive storage container exposed parts is movable.

Filler opening and interior filler opening outside the outer wall of the described device that opens the cabin and inwall have respectively on same horizontal shaft, the exposed parts of additive storage container have a contact hole, when device is opened the cabin in rotation, can get in touch with outer filler opening and interior filler opening in a desired location.

Described contact hole is designed to elongated hole, when device is opened the cabin in rotation, makes outer filler opening and interior filler opening continue contact in greater than the angular range of predetermined angular.

The interior ring surface of described additive storage container exposed parts has step, and step is provided with first seal groove, and first seal groove can axially be inserted to desired depth in the feasible device inwall lower end of opening the cabin.

There is second seal groove an outer position of the inwall of the described device that opens the cabin, makes the upper end of exposed parts of additive storage container can axially insert second seal groove to desired depth.

The bottleneck of described bottle is made by dual molding process, makes by injection molding with the bottleneck of bottle after the bottleneck workpiece is made respectively again.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface that centers on bottleneck has a ring-type locating ring; Additive storage container, it is provided with the insertion portion of a bottleneck that inserts bottle and is exposed at bottleneck exposed parts outward outward, its upper opening, there is a discharging opening its underpart, forms an additive storage spaces; Device opens the cabin, it is provided with hermetic unit, can open or close the top of the exposed parts of additive storage container, an end of ring surface has hook outside hermetic unit, be locked on the locating ring of bottleneck, have spool to be projected into hermetic unit and optionally isolated or contact mutually with the material storage area of bottle.

The hermetic unit of the described device that opens the cabin is provided with fingerhold portion, and it radially outward stretches out from hermetic unit.

Bottle comprises: bottle, be provided with bottleneck at an upper portion thereof, and the elongation wall in that the sealing lower wall has a contact hole and stretches out downwards from lower wall has a locking slot around outer ring surface; Additive storage container is provided with a cylindrical shape, at sidewall opening, around the outer ring surface of additive storage container outside thread is arranged, and can make holding bay can slip into the elongation wall, and a spool can open or close the contact hole; The device that opens the cabin, it is rotatably coupled on the elongation wall of bottle and moves axially additive storage container around additive storage container with when rotating.

The described device that opens the cabin is provided with locking flange in the upper end, and the locking slot of its movable connection elongation wall is provided with a negative thread at inside face, can cooperate with the outside thread of additive storage container, and move axially additive storage container.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread, the constituent material storage area; Can insert the additive storage container in the bottleneck, the outer ring surface of additive storage container has the lifting flange, constitutes some additive storage spaces, can get in touch with the material storage area selectivity of bottle; The device that opens the cabin, it comprises an outer wall that can cooperate with the outside thread of bottleneck by screw thread, can insert the inwall of additive storage container, and the dividing wall that additive storage spaces is divided into two insulating spaces.

Some discharging openings are arranged at the bottom of described additive storage container, and the lower surface of additive storage container projects upwards gradually to form a convex.

Be provided with sealing member, lower surface is provided with this sealing member in a position corresponding to each inwall and dividing wall.

The described device that opens the cabin is provided with a seal groove, and the top of additive storage container can be inserted wherein.

The outer wall of described its device that opens the cabin and inwall have outer filler opening and interior filler opening respectively, corresponding additive storage spaces, additive storage container has the contact hole, gets in touch with outer filler opening and interior filler opening in the desired location along identical horizontal shaft, and additive storage spaces is communicated with atmosphere.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is inserted in the bottleneck, and it has cylindrical shape additive storage compartment, additive storage compartment upper end open, there is a discharging opening lower end; Device opens the cabin, it has end plate, end plate has the surface to contact with the open end of additive storage compartment, axially stretch out major bottle cap downwards from the outer annular edge of end plate, the major bottle cap negative thread, negative thread cooperates with the outside thread of bottleneck by screw thread, the slip pipe that axially stretches out downwards from the interior ring limit of end plate, slip pipe moves and inserts the additive storage compartment, optionally to open or close discharging opening.

The open end of described additive storage compartment is provided with flange, the additive storage compartment is provided with outside thread to certain distance with flange is isolated to the desired location at one, the outside thread of outside thread and bottleneck has identical pitch, major bottle cap, it is equipped with outside hook-type flange in pre-determined bit of female thread portion in-to-in, the outside thread screw thread fit of outside hook-type flange and additive storage compartment, and caught on by outward flange, outside hook-type flange radially outward stretches out from major bottle cap, when device is opened the cabin in rotation, outside hook-type flange will be caught on by outer outward flange, to take out the additive storage compartment from bottleneck.

Described its additive storage compartment is having an interior ratchet around the root circumference place near flange, and an end of outside hook-type flange is provided with an outer ratchet, only allows outer ratchet rotating to a direction of internal ratchet mutually.

Described its flange also comprises the flange that radially inwardly stretches out and the interior hook-type flange that can be caught on by inward flange, interior hook-type flange is protruding from the outer shroud radial surface of slip pipe in the position corresponding to outside hook-type flange, when device is opened the cabin in rotation, interior hook-type flange will be caught on by inward flange, to take out additive storage container from bottleneck.

The outer annular edge of described end plate is provided with the upper bottle cover on the top of closed slip pipe.

Described end plate is provided with at least one contact hole that can be opened or closed by flange.

The outer ring surface of described its additive storage compartment is provided with the several sealed flange, and sealing flange contacts with the inside face of bottleneck, makes to keep a kind of sealing state between additive storage compartment and the bottleneck.

The lower surface of described additive storage container projects upwards gradually, forms convex.

Described its sealing member inserts the lower surface of additive storage container in the position of the lower surface contact slip pipe end of additive storage container part.

Described outer annular edge around end plate forms elongated portion, and upper bottle cover optionally is connected to elongated portion.

Described dividing wall is projecting upwards from the lower surface of additive storage container, and the additive storage compartment is divided into two parts, and upper bottle cover is provided with an insertion groove, and insert wherein the upper end of dividing wall.

Described upper bottle cover is connected on the major bottle cap by a connection rib.

Described elongated portion is provided with an outside thread, with the outside thread of bottleneck identical pitch is arranged, and a Sports bottle cap is arranged, and its negative thread links together by the outside thread of screw thread fit and elongated portion.

Bottle comprises: bottle, be provided with a bottleneck, and the outer ring surface that centers on bottleneck has an outside thread; Additive storage container, it inserts among the bottleneck, and it has cylindrical shape additive storage compartment, the storage compartment upper end open, but the lower end is provided with a tear-off portion, but tear-off portion has one can tear line; Device opens the cabin, its end plate has the surface to contact with the open upper end of additive storage compartment, major bottle cap axially stretches out downwards from the outer annular edge of end plate, major bottle cap has a negative thread to be connected on the bottleneck by screw thread fit, major bottle cap has slip pipe axially to stretch out from the interior ring limit of end plate downwards and moves and insert the additive storage compartment, is provided with blade in the lower end and can tears line to tear.

The open upper end of described additive storage compartment is provided with flange, flange has from the radially-protruding outward flange of additive storage compartment, the outer ring surface of additive storage compartment is being isolated the position of a preset distance with flange, its outside thread has identical pitch with the outside thread of bottleneck, major bottle cap is in a desired location of female thread portion, cooperate by the outside thread of screw thread with the additive storage compartment, can be caught on by outward flange, outside hook-type flange is radially inwardly outstanding from major bottle cap, when device is opened the cabin in rotation, outside hook-type flange will be caught on by outward flange, to take out the additive storage compartment from bottleneck.

Described flange also comprises an inward flange that radially inwardly stretches out, comprise the interior hook-type flange that can be caught on by inward flange, interior hook-type flange ring surface outside slip pipe is radially outward outstanding in a position corresponding to interior hook-type inward flange, when device is opened the cabin in rotation, interior hook-type flange is caught on by inward flange, to take out additive storage container from bottleneck.

Described end plate is provided with at least one contact hole that is opened or closed by flange.

Described outer annular edge around end plate forms an elongated portion, and upper bottle cover optionally is connected on the elongated portion.

Described upper bottle cover is provided with the several sealed flange in the predetermined distance in inner face interval, and elongated portion is provided with the seal ring that can insert sealing flange.

Described elongated portion is provided with outside thread, and the outside thread of outside thread and bottleneck has identical pitch, and Sports bottle cap has negative thread, can be connected on the outside thread of elongated portion by screw thread fit.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, additive storage container are provided with cylindrical shape additive storage compartment, its upper end open, and the lower end has discharging opening and cutting flange axially outstanding from the lower end of additive storage compartment, is provided with a hook in a side of discharging opening; Device opens the cabin, it is provided with end plate, end plate has the surface to contact with the open upper end of additive storage compartment, major bottle cap axially stretches out downwards from the outer annular edge of end plate, it has negative thread to be connected on the bottleneck by screw thread fit, slip pipe axially stretches out downwards from the interior ring limit of end plate and move to insert the additive storage compartment, but in the bottom of slip pipe tear-off portion is arranged, and the shackle that can be caught on by hook is arranged; And separating device, separating device by the inside face of additive storage container open upper end annular fixedly the movable ratchet of ratchet and slip pipe outside face form, when opening the cabin device when bottleneck discharges, movable ratchet acts on fixedly ratchet in the desired location.

Described its fixedly ratchet with axially have the surface contact mutually with movable ratchet, when rotation discharges cabin device, make fixing ratchet and with the limited in rotation of movable ratchet.

Described fixedly ratchet and and movable ratchet tilt in the rear surface, can make slip pipe insert additive storage container.

43 bottles comprise: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, additive storage container are provided with cylindrical shape additive storage compartment, its upper end open, and there is discharging opening the lower end, around discharging opening some axial cutting edges is arranged; Device opens the cabin, the device that opens the cabin has end plate, its open upper end with the additive storage compartment has the surface to contact, major bottle cap axially stretches out downwards from the interior ring limit of end plate, major bottle cap has negative thread, is connected on the bottleneck by screw thread fit, and slip pipe axially stretches out downwards from the interior ring limit of end plate and moves and insert the additive storage compartment, in the slip pipe lower end but tear-off portion is arranged, can be punctured by cutting edge; Separating device, separating device comprise around the annular of additive storage container open upper end fixedly on ratchet and the additive storage container end plate inside face corresponding to the fixing movable ratchet of the position of ratchet, make movable ratchet to respect to a fixedly direction rotation of ratchet.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, additive storage container are provided with cylindrical shape additive storage compartment, its upper end open, and there is discharging opening the lower end, around discharging opening some axial cutting edges is arranged; Device opens the cabin, the device that opens the cabin has end plate, its open upper end with the additive storage compartment has the surface to contact, major bottle cap axially stretches out downwards from the interior ring limit of end plate, major bottle cap has negative thread, is connected on the bottleneck by screw thread fit, and slip pipe axially stretches out downwards from the interior ring limit of end plate and moves and insert the additive storage compartment, in the slip pipe lower end but tear-off portion is arranged, can be punctured by cutting edge; Separating device, separating device comprise that fixedly ratchet and the device slip pipe bottom of opening the cabin make movable ratchet to respect to a fixedly direction rotation of ratchet corresponding to a fixing movable ratchet of a position of ratchet around the annular of additive storage container open upper end.

The interior ring surface of described additive storage container open upper end is provided with sealing flange, and sealing flange moves with the outer ring surface of slip pipe and contacts.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, major bottle cap axially stretches out from the outer annular edge of end plate, negative thread is arranged, cooperate with the outside thread of bottleneck by screw thread, interior bottle cap axially stretches out from the interior ring limit of end plate and moves and is inserted into the bottleneck, but in interior bottle cap bottom tear-off portion is arranged; Device opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out from the outer annular edge that finishes plate, negative thread is arranged, with interior bottle cap outer shroud surface engagement, there is slip pipe axially to stretch out and move axially the insertion additive storage container downwards, cutting edge arranged in the slip pipe bottom from end plate, but in order to puncture tear-off portion; The device that opens the cabin, a clips is arranged at the device bottom of opening the cabin, and makes clips to be cut and limit the device that opens the cabin to move down.

But described tear-off portion has thin ring limit, but tear-off portion firmly is connected with interior bottle cap by an anchor fitting herein.

Have along its length on the interior ring surface of described slip pipe and radially inwardly outstanding stirring flange, it is radially outstanding to stir flange.

Described slip pipe is provided with at least one radially inwardly outstanding agitator arm.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, major bottle cap axially stretches out downwards from the outer annular edge of end plate, negative thread is arranged, cooperate with the outside thread of bottleneck by screw thread, interior bottle cap axially stretches out from the interior ring limit of end plate and moves and is inserted into the bottleneck, the device that opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out from the outer annular edge that finishes plate, negative thread is arranged, with interior bottle cap outer shroud surface engagement, there is slip pipe axially to stretch out and move axially the insertion additive storage container downwards from end plate, seal by embolism in the end.

The bottom of described embolism has a hook, and hook can be caught on by the hook-type flange, thereby prevents to deviate from from the hook-type flange.

Described embolism has sealing flange, can be connected on the seal groove of slip pipe bottom, and embolism can be coupled together with the slip pipe that will separate from slip pipe.

The lower end of described slip pipe is provided with embolism, between embolism and slip pipe elongated torn line is arranged.

The described line that tears is a parallax.

Locking slot is arranged at the top of the outer ring surface of described embolism, and locking slot matches with locking flange, and locking flange is inwardly outstanding from the inside face of slip pipe, can make embolism be connected to the slip pipe that will separate from slip pipe.

Be provided with seal ring between described embolism and the slip pipe.

Between described slip pipe and the interior bottle cap effect flange is arranged, when slip pipe and interior bottle cap move to axial, can keep the sealing state between slip pipe and the interior bottle cap and ticktock.

Described end plate is provided with sound outlet, will send to the atmosphere from the tick that the effect flange sends.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, interior bottle cap axially stretches out downwards from the interior ring limit of end plate, and mobile being inserted in the bottleneck, at interior bottle cap one end a discharging opening is arranged, have outside thread continuous mutually from the radially outward outstanding outside thread of outer annular edge of end plate with bottleneck; Device opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out downwards from the outer annular edge that finishes plate, negative thread is arranged, outer shroud surface engagement with bottleneck and end plate, slip pipe is arranged from finishing plate and axially stretch out and moving axially the insertion additive storage container downwards, seal by embolism, a discharging opening is arranged in the slip pipe bottom in the end; Bottom with tearing film covering additive storage container seals up the slit between slip pipe and the interior bottle cap.

The bottom of described slip pipe is provided with chock, can prevent that additive storage container from rising to a desired location that is higher than with respect to the device that opens the cabin.

Described bottleneck upper end face is provided with down ratchet, is provided with ratchet corresponding to the additive storage container lower surface of bottleneck upper end face, and additive storage container is only rotated to a direction with respect to bottleneck.62。According to the described bottle of claim 61, it is characterized in that: described additive storage container top is provided with down rachet, the device lower surface that opens the cabin corresponding to additive storage container top is provided with rachet, last rachet to respect to a direction rotation of rachet down, makes the rotational force of the device that opens the cabin be sent to additive storage container only.

Be provided with the annular seal flange around the outer ring surface of slip pipe, the position is in the above and below of discharging opening.

Described slip pipe is provided with dividing wall, and additive storage spaces is divided into two parts, and discharging opening and an opening outlet are arranged on two separate sections of additive storage spaces.

Described end plate is provided with at least one opening outlet, to provide additive to additive storage spaces inside.

Bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, major bottle cap axially stretches out from the outer annular edge of end plate, and its negative thread cooperates with the outside thread of bottleneck by screw thread, and interior bottle cap axially stretches out from the outer annular edge of end plate, a negative thread, cooperate with the outside thread of bottleneck and mobile being inserted in the bottleneck by screw thread, but a tear-off portion is arranged, but tear-off portion is arranged in interior bottle cap bottom in interior bottle cap bottom; Device opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out from the outer annular edge that finishes plate, negative thread is arranged, outer shroud surface engagement with bottleneck and end plate, slip pipe is arranged from finishing plate and axially stretch out and moving axially the insertion additive storage container downwards, a cutting edge is arranged in the slip pipe bottom, but to puncture tear-off portion; With the device bottom of opening the cabin a clips is arranged, make clips to be cut and limit the device that opens the cabin to move down.

But described tear-off portion has thin ring limit, but tear-off portion firmly is connected with interior bottle cap by anchor fitting herein.

Described slip pipe has an along its length and radially inwardly outstanding stirring flange.

Described slip pipe has an agitator arm at least, and is radially inwardly outstanding.

Beneficial effect of the present invention:

The present invention makes in the insulating space of a bottle storage, keep and the two kinds of materials that circulate become possibility.When using these two kinds of materials, the space of isolation can communicate with one another in predetermined operation, makes the user can mix and utilize two kinds of materials easily.Because need not store two kinds of different materials in two different bottles, bottle of the present invention can prevent inconvenience, economizes on resources.For practical application (for example distributing drink sample), but the freshness of this bottle reinforcing material and reliability of products.In other words, the present invention has prevented the long-term mixed recurrent denaturalization phenomenon under the state of putting of multiple material.And this bottle makes the ratio composite material that the user can be strict, so this bottle can prevent that the physicochemical property of material from changing or rotten.Therefore, this bottle can keep the desirable properties of material.And the device that opens the cabin also can take out additive storage container from bottle with respect to the rotation of the bottleneck of bottle, or additive is released into bottle, makes the application of bottle very convenient.

Description of drawings

Fig. 1 is the exploded view that shows the 1st example structure of the present invention;

Fig. 2 A is the partial section that shows the 1st embodiment operation of the present invention to 2D;

How Fig. 3 shows the amplification sectional view of mold bottleneck of the present invention;

Fig. 4 is the section drawing that shows the 2nd example structure of the present invention;

Fig. 5 is the section drawing that shows the 3rd example structure of the present invention;

Fig. 6 A and 6B are the section drawings that shows the 4th example structure of the present invention and operation;

Fig. 7 A and 7B are the section drawings that shows the 5th example structure of the present invention and operation;

Fig. 8 is the section drawing that shows the 6th example structure of the present invention;

Fig. 9 shows to be used to limit the ratchet structure planar view that device rotates relative to the additive storage container mechanism of the 6th embodiment of the present invention that opens the cabin;

Figure 10 A and 10B show the additive storage container hermetically-sealed construction of the 6th embodiment and the amplification sectional view of bottleneck according to the present invention;

Figure 11 A and 11B are the section drawings that shows the 6th embodiment operation of the present invention;

Figure 12 is the section drawing that shows the 7th embodiment unitized construction of the present invention;

Figure 13 is the section drawing that shows the 8th embodiment unitized construction of the present invention;

Figure 14 is the section drawing that shows the 9th embodiment unitized construction of the present invention;

Figure 15 is the transparent view that shows the 9th embodiment upper bottle cover open state of the present invention;

Figure 16 is the section drawing that shows the 10th embodiment unitized construction of the present invention;

Figure 17 is the section drawing that shows the 11st embodiment unitized construction of the present invention;

Figure 18 is the planar view of the 11st embodiment of the present invention, shows the critical component of the ratchet structure that limits open the cabin device and additive storage container rotation;

Figure 19 A is the section drawing that shows the 11st embodiment operation of the present invention to 19C;

Figure 20 A is the section drawing that shows the 12nd embodiment unitized construction of the present invention to 20C;

Figure 21 is the section drawing that shows the 13rd embodiment unitized construction of the present invention;

Figure 22 is the exploded perspective view that shows the 14th example structure of the present invention;

Figure 23 is the section drawing that shows the 14th embodiment unitized construction of the present invention;

Figure 24 A and 24B are the section drawings that shows the 14th embodiment operation of the present invention;

Figure 25 is the exploded perspective view that shows the 15th example structure of the present invention;

Figure 26 is the section drawing that shows the 15th embodiment unitized construction of the present invention;

Figure 27 A and 27B are the section drawings that shows the 15th embodiment operation of the present invention;

Figure 28 A is the amplification sectional view of the 15th embodiment of the present invention to 28C, has shown a mobile ratchet and the fixedly operation of ratchet;

Figure 29 is the exploded perspective view that shows the 16th example structure of the present invention;

Figure 30 is the section drawing that shows the 16th embodiment unitized construction of the present invention;

Figure 31 A and 31B are the section drawings that shows the 16th embodiment operation of the present invention;

Figure 32 is the exploded perspective view that shows the 17th example structure of the present invention;

Figure 33 A is the longitdinal cross-section diagram that shows the 17th example structure of the present invention;

Figure 33 B is the view in transverse section that shows the 17th example structure of the present invention;

Figure 34 A is the section drawing that shows the 17th embodiment operation of the present invention to 34C;

Figure 35 is the exploded perspective view that shows the 18th example structure of the present invention;

Figure 36 is the section drawing that shows the 18th example structure of the present invention;

Figure 37 A is the section drawing that shows the 18th embodiment operation of the present invention to 37C;

Figure 38 is the section drawing that shows the 19th example structure of the present invention;

Figure 39 A and 39B are the section drawings that shows the 19th embodiment operation of the present invention;

Figure 40 is the section drawing that shows the 20th example structure of the present invention;

Figure 41 is the transparent view that shows the 20th embodiment unitized construction of the present invention;

Figure 42 A and 42B are the section drawings that shows the 20th embodiment operation of the present invention;

Figure 43 is the exploded perspective view that shows the 21st example structure of the present invention;

Figure 44 is the section drawing that shows the 21st example structure of the present invention;

Figure 45 A and 45B are the section drawings that shows the 21st embodiment operation of the present invention;

Figure 46 A and 46B are the section drawings that shows the 22nd example structure of the present invention and operation;

Figure 47 A and 47B are the section drawings that shows the 23rd example structure of the present invention and operation;

Figure 48 is the section drawing that shows the 24th example structure of the present invention;

Figure 49 is the lateral plan that shows the additive storage container outward appearance of the 24th embodiment of the present invention;

Figure 50 A and 50B are the section drawings that shows the 24th embodiment operation of the present invention;

Figure 51 is the section drawing that shows the 25th example structure of the present invention;

Figure 52 is the lateral plan that shows the additive storage container outward appearance of the 25th embodiment of the present invention;

Figure 53 A and 53B are the section drawings that shows the 25th embodiment operation of the present invention;

The specific embodiment

Embodiment 1, Fig. 1, Fig. 2 A and Fig. 2 D are first embodiment of the present invention.Fig. 1 is an exploded view, and Fig. 2 A to Fig. 2 D is the operating process figure of bottle.As shown in the figure, the bottle of the 1st each and every one embodiment comprises a bottle 10, and described bottle 10 is provided with bottleneck 11; The in-to-in additive storage accommodation 20 of connection and bottleneck 11 provides additive storage spaces 2 in it; A device for opening 30, it cooperates with whorl of bottleneck.

The outside face of the bottleneck 11 of bottle 10 is provided with outside thread 12, is provided with defining flange at outside thread 12 lower positions.In addition, bottleneck 11 has the helix locking flange 11a that forms along bottleneck 11 inside faces.

Additive storage accommodation 20 is cylindrical body, and its top and bottom all are openings.Be provided with the lifting flange 21 of an annular at the midway location of the outside face of additive storage accommodation 20.Preferably flange 21 has an angle of inclination corresponding to the outside thread `1 of bottleneck 11.In addition, be positioned at the bottleneck 11 of that part of additive storage accommodation 20 insertion bottles 10 of lifting flange 21 bottoms.This part is an insertion portion 22.Opposite outer that department of outside of bottleneck 11 that is exposed at is for exposing department 24.The external diameter of lifting flange 21 makes flange 21 can be exposed at the outside of bottleneck 11 outward greater than bottleneck 11.The outside face of insertion portion 22 has a helix locking slot 22a, matches with the helix locking flange 11a that on the interior ring surface of bottleneck 11, forms, and the axial motion of restriction additive storage accommodation 20.Expose portion 24 has a longitudinal hole 24a.The low side of insertion portion 22 has a valve body 26 in addition, and it is inwardly being given prominence in the radial direction, and in the middle part discharging opening 23 is arranged.

The device 30 that opens the cabin is cylindrical body, and the one end is an opening, and the other end is closed.The device 30 that opens the cabin comprises the end wall 34 of a cylindrical outer wall 32 and an outer enclosed wall end.The device 30 that opens the cabin has a negative thread 32a, matches with the outside thread 12 of bottleneck 11, makes the device 30 that opens the cabin can select bottle 10 is tightened or unscrewed.There is a support shank 38 at the center of end face 34, from the end wall center axially to stretch out downwards.Support shank 38 has the spool 39 of a contact valve body 26 in the end, can select to open or close discharging opening 23.Spool 39 usefulness soft materials are made, and make the spool 39 that matches with valve body 26 can be in elastic compression under the pressure, and are close to valve body 26.This design provides good sealing effectiveness.In addition, the end face 34 of the device 30 that opens the cabin has a circle tube inner wall 36, from position that outer wall 32 is separated mutually with default distance axially to stretch out downwards.The inwall tight connecting of the expose portion 24 of inwall 36 and additive storage container 20.At above-mentioned state, mated condition was can guarantee the sealing property of expectation in the middle of the tolerance on fit between inwall 36 and the expose portion 24 can suitably provide one.And outer wall 32 and inwall 36 are respectively equipped with outer filler opening 32b and interior filler opening 36a, make hole 32b and 36a be positioned on the par axle.When additive storage container 20 when bottleneck 11 is unscrewed, outer filler opening 32b and interior filler opening 36a communicate on default position with contact hole 24a.Desirable mode is, when opening the cabin device 30 when bottleneck 11 is unscrewed a preset distance, two filler opening 32b and 36a and contact hole 24a are positioned on the par line.The contact hole 24a of additive storage container 20 is set to a kind of slot, makes that two filler opening 32b and 36a continue to communicate in an angular range, and promptly the angle when device 30 is opened the cabin in rotation is greater than the scope of a default angle.

In the present invention, helix locking flange 11a and locking slot 22a have limited the axial motion of additive storage container 20 and the seal clearance between bottleneck 11 and the holding bay 20.But understand that helix locking flange 11a and locking slot 22a are not indispensable parts, and be extra parts.That is to say that when helix locking flange 11a and locking slot 22a were the axial motion resistance that only is used for when the non-expectation of additive storage container 20 needs, reason was that a kind of compression material is contained in the storage area of additive storage container 20 and has produced pressure therein.

The operation of above-mentioned bottle of the present invention following (in following narration, term ' material ' is meant the material that is contained in the bottle 10, and ' additive ' is meant the another kind of material that is contained in the additive storage container 20).Fig. 2 has shown a kind of tightening and the leak free state, the i.e. initial condition of product.This figure display material is contained in the leakproofing material storage area 1, and additive is contained in the additive storage spaces 2, and additive storage spaces 1 and additive storage spaces 2 are isolated.Additive storage spaces 2 is made up of inwall 36, additive storage container 20, spool 39 and valve body 26 sealings.At this moment, outer filler opening 32b and interior filler opening 36a are arranged in the position of bottle 10 contact 24a bottoms, hole, make the storage area of additive storage container 20 remain on sealing state.The inwall 30 of device 30 of opening the cabin inserts in the expose portion 24 of additive storage container 20, and locking flange 21 is close to the interior ring surface of the outer wall 32 of the device 30 that opens the cabin, and makes additive storage spaces 2 remain on good sealing state.

If a user rotates the device that opens the cabin at above-mentioned state to opening direction (clockwise direction), spool 39 rises from valve body 26, shown in Fig. 2 B, forms the gap between spool 39 and valve body 26.Thereby additive can be discharged to the bottle 10 from storage area 2, and mixes with material in the bottle 10.When rotating the device that opens the cabin by above-mentioned form, outer filler opening 32b and Nei Nei filler opening 36a rise along helical orbit, and communicate with the contact hole 24a of additive storage container 20 in the desired location, make barometric pressure act on storage area 2, additive is easy to be discharged in the bottle 10.Though Fig. 2 B shows outer filler opening 32b, interior filler opening 36a and contact hole 24a and be positioned on the same horizontal shaft that discharging opening 23 is opened a little simultaneously, three holes are positioned on the same horizontal shaft in predetermined angular range.In above-mentioned state, discharging opening 23 remains in the sealing state, in the initial condition in 32b, 36a, 24a three holes, after the device 30 that opens the cabin rotates a default angle, begins to open.In Fig. 2 C was described, the necessary property of above-mentioned position relation can be greatly prized by.

If the user continues to clockwise rotate the device 30 that opens the cabin, the lifting flange 21 of negative thread 32a and additive storage container 20 meets, shown in Fig. 2 C.If the user continues to rotate the device 30 that opens the cabin by equidirectional, because negative thread 32a and lifting flange 21 are inconsistent, additive storage container 20 will be with axial motion.If the user continues to clockwise rotate the device 30 that opens the cabin, additive storage container 20 will be taken out from bottleneck 11 fully, and helix locking slot 22a and helix locking flange 11a are separated.

The prerequisite of above-mentioned explanation of the present invention is that additive is contained in the additive storage spaces of commercially available bottle.But this bottle is when selling, and additive storage spaces also can be empty.Under this state, the additive that the user can pack in additive storage spaces as required and expect when needing.

The position inhour of device 30 before the state of Fig. 2 B rotated owing to open the cabin, and produced the gap between spool 39 and the valve body 26 in this state, and outer filler opening 32b and Nei Nei filler opening 36a promptly begin to communicate with contact hole 24a.Thereby when the device 30 that opens the cabin rotated at a predetermined angle, because the vertically help of contact hole 24a, the user can keep communicating between outer filler opening 32b and the interior filler opening 36a.Thereby if the user pours the additive of some under this state, additive promptly no longer enters in the bottle 10, and continues to be stored among the additive storage spaces 2 of additive storage container 20.If user's clockwise direction under this state is tightened the device 30 that opens the cabin, spool 39 will with valve body 26 closed contacts, advance face and restPose.If user's inhour is unscrewed the device 30 that opens the cabin, additive will be imported in the bottle 10, shown in Fig. 2 B.

Fig. 3 has shown the injection moulding that bottleneck is shaped on the bottle.Bottleneck spare 18 is done mould respectively, and 11 pressure injections of the bottleneck on bottle 10 make the helix locking flange 11a moulding effectively of bottleneck 11 then.Promptly to form the bottleneck 11 on the bottle 10, preferably use two injection molding operations.

Embodiment 2, Fig. 4 have shown according to the present invention the bottle arrangement of the 2nd embodiment.The 2nd embodiment uses label identical among the 1st embodiment just not to be described in detail.The 2nd embodiment shown in the tighter required a kind of structure of sealing between device 30 and the additive storage container 20 of opening the cabin.In order to finish above-mentioned purpose, on the interior ring surface of the expose portion of additive storage container 20, a step 28 is arranged.A first seal groove 28a is arranged on step 28, the end of the inwall 36 of the device 30 that opens the cabin can axially be inserted in the first seal groove 28a with a default degree of depth.In addition, inwall 36 external positions have second a seal groove 34a in the device 30 that opens the cabin, and make the end of the device 30 that opens the cabin axially insert the second seal groove 34a with a default degree of depth.

Additive storage container 20 can be on the surface coated with soft material, and for example the silicon of resilient softness, nontoxic rubber, nontoxic PVC etc. make that holding bay 20 and the inwall 36 after coating can be combined into effective seal.Use this structure, the user can stop gas leakage effectively, even contain gas in the additive in additive storage spaces 2, and soda for example.

Embodiment 3, Fig. 5 have shown the 3rd embodiment of the present invention.The figure illustrates the individual embodiment that is applicable to as no externally threaded container on bottleneck such as flask, test tube, bottle, can.This scheme has shown that the outer ring surface of bottleneck 42 has a locating ring 42a who radially outward stretches out.

The 2nd embodiment is identical for the design of additive storage container 20 and the present invention.Label is also identical with the 2nd embodiment, thereby no longer does detailed description.On the interior ring surface of the expose portion 24 of additive storage container 20, a step 28 is arranged.A first seal groove 28a is arranged on step 28, the top of the inwall 56 of the device 50 that opens the cabin can radially be inserted in the first seal groove 28a with a default degree of depth.

The device 50 that opens the cabin is cylindrical shapes, at one end opening and other end closure.The device 50 that opens the cabin comprises the hermetic unit 54 of a cylindrical outer wall 52 and closed outer wall 52 ends.The device 50 that opens the cabin has a hook 52a, can hook the locating ring 42a of bottleneck 42 on the interior ring surface of open end.The hermetic unit 54 of device 50 of opening the cabin has a circle tube inner wall 56, and a position axis of inwardly being separated by from outer wall 52 is to reaching a preset distance.This inwall 56 is designed to insert within the expose portion 24 of additive storage container 20.The second seal groove 54a uses the hermetic unit 54 of inwall 56 to form, and the top of the feasible device 24 that opens the cabin can be with the axial insertion of the default degree of depth second seal groove 54a.In addition, outer wall 52 and inwall 54 respectively have one by formed outer filler opening 52b of corresponding wall and interior filler opening 56a.Two filler opening 52b, 56a are designed to and can communicate in default position with the contact hole 24a of additive storage container 20.Open the cabin device 50 along the bottleneck of bottle 40 axially on when moving, this filler opening 52b, 56a should be positioned on the identical line.In addition, two handgrip part 54b radially outward stretch out from the hermetic unit 54 of the device 50 that opens the cabin, and make the device 50 that opens the cabin to make things convenient for the earth's axis to taking-up from the bottleneck of bottle.

The operation of the 3rd each and every one embodiment is as follows.If axial drawing Handheld Division 54b, hook 52a will separate from locating ring 42a.If hook 52a moves a default distance, it will be hooked by lifting flange 21, and additive storage container 20 can be separated from bottleneck 42.Thereby the additive that is loaded on additive storage spaces 2 just is introduced in the material storage area 1 of bottle 40.The 3rd embodiment can be used for those is not effectively had externally threaded bottle at the bottleneck outside face.

Embodiment 4, accompanying drawing 6A, accompanying drawing 6B are the 4th embodiment of the present invention.In this embodiment, the present invention is applicable to the bottom of bottle.

In the present invention, the lower wall 64 of bottle 60 has stretching wall 62 that a through hole 64a, one stretch out from lower wall 64 downwards and forms a locking slot 62a around the outer ring surface of stretching wall 62.Additive storage container 70 is cylindrical body of one one end opening, the removable stretching wall 62 that upwards inserts.There is a support shank 76 at the center of additive storage container 70, axially protrudes upward.Pivot shaft 76 is provided with the spool 78 that can open or close through hole 64a endways.The outside face that centers on the column part 72 of additive storage container 70 is provided with outside thread 72a.The cylindrical shape of the one end opening device 80 that opens the cabin is arranged in the outside of additive storage container 70.Opening device 80 has a cylindrical outer wall 82, and cylindrical outer wall 82 1 ends are osed tops.The interior ring surface of outer wall 82 has a negative thread 82a who cooperates with outside thread 72a.Outer wall 82 has a binding ring 82b that can be extended the locking slot 62a pinning of wall 62.A sealing member 84 is arranged between locking slot 62a and binding ring 82b, reveal to prevent material.In addition, desirable mode is that the joint portion between the inside face of the lower end of stretching wall 62 and outer wall 82 forms an axial insertion portion 74, forms a long-channel.

As shown in Figure 6A, the design of the present invention the 4th embodiment is that the valve body 78 of commercially available bottle is closed through hole 64a.Thereby additive storage spaces 2 and material storage area 2 isolate mutually.If the user rotates opening device 80, because the mutual action between negative thread 82a and the outside thread 72a, additive storage container 70 will fall.Through hole 64a opens then, makes material storage area 1 and additive storage spaces 2 intercommunications.Thereby the user can be with the way blending space 1 of the invert bottle or the bottle that fluctuates and material and the additive in the space 2.This embodiment is put in the bottle bottom applicable to customer requirement with additive storage container and pours the situation of a large amount of additives into.

Embodiment 5, accompanying drawing 7A and accompanying drawing 7B are for the structure of the 5th embodiment of the present invention.In the 5th embodiment, two additive storage spaces are arranged in additive storage container, can use two kinds of additives.In the present embodiment, adopt identical assembly still to use identical label with the 1st embodiment, and needn't repetition of explanation.Bottle according to present embodiment comprises a bottle 10, bottle 10 has a bottleneck 11, outside face on the bottleneck 11 has an outside thread 12, an additive storage container 90 that is complementary with bottleneck 11 is arranged, form an additive storage spaces, an opening device 94 that tightens to bottleneck 11 by screw thread fit is arranged.Opening device 94 is with additive storage container 90 operation, thus sealing additive storage spaces and the inside of holding bay 90 is divided into two independently

additive storage spaces

2 and 3.

Additive storage container 90 is cylindrical body of one one end opening.The outer ring surface in its centre has a lifting flange 91 axially outwards outstanding.The open end of holding bay 90 has a contact hole 92.Some discharging openings 93 are arranged at the bottom around holding bay 90.The lower surface of holding bay 90 projects upwards gradually, forms a convex, makes additive can pour the material storage area 1 of bottle 10 easily into.In addition, the lower surface of holding bay 90 has a sealing member 99 in the lower end position of inwall contact partition wall 98, makes

additive storage spaces

2 and 3 that the suburb sealing can be arranged.

The end of device 94 of opening the cabin is openings, and a cylindrical outer wall 96 is arranged, at the other end with hermetic unit 95 closures.Hermetic unit 95 has a seal groove 95a, and insert wherein the upper end of additive storage container 90.The interior ring surface of outer wall 96 has a negative thread 96a, cooperates with outside thread 12 on the bottleneck 11.There is a partition wall 98 at the center of hermetic unit 95, axially stretches out downwards from hermetic unit 95.The hermetic unit 95 of device 94 of opening the cabin also has a circle tube inner wall 97, axially stretches out downwards with a preset distance from the position that outer wall 96 separates downwards.Inwall 97 moves axially and inserts additive storage container 90.Outer wall 96 and inwall 97 respectively have an outer filler opening 96b and an interior filler opening 97a by respective wall in addition.What describe is identical in the structure in outer filler opening 96b, interior filler opening 97a and contact hole 92 and operation and the 2nd embodiment.

According to the bottle of the 5th embodiment, for example the different materials of sugar and milk powder can be stored in the storage area of being done mutual isolation by dividing wall 98, shown in Fig. 7 A.If the user as above rotates the device 94 that opens the cabin, inwall rises, and discharging opening 93 is opened, shown in Fig. 7 B.Thereby the additive of dress just flow among the material storage area 1 of bottle 10 in additive storage spaces 2 and 3.Form convex because lower surface is given prominence to this moment, and additive is easy to flow out because of the event of own wt.In addition, if the device 94 that opens the cabin continues to rotate in the same way, because the mutual action of negative thread 96a and lifting flange 91, additive storage container 90 will be separated with the bottleneck 11 of bottle 10.

The 5th embodiment allows user's two kinds of additives of packing into effectively in additive storage container, so that the user mixes use when needed.And then, by the design of appropriate change discharging opening 93 and dividing wall 98, the additive storage spaces of holding bay can be separated into three or more spaces.Under the situation of the multiple compound of needs, the user just can effectively utilize this bottle.

Embodiment 6, Fig. 8 have shown the structure of the 6th embodiment of the present invention, about bottle cap.This embodiment design is: use a ratchet structure, additive storage container can be taken out from bottle easily.

This embodiment comprises a bottle 110, and its bottleneck 111 has an outside thread 112 on the ring surface outside.Additive storage container 120 can be inserted bottleneck 111, makes in holding bay 120 and the bottle 110 to separate.Outside thread 112 screws thread fit of device 130 and bottleneck 111 open the cabin.The device 130 that opens the cabin discharges additive by the effect to holding bay 120 from additive storage container 120, if screw thread fit is partly unscrewed to a default distance, additive storage container 120 and bottleneck 111 can be separated.

Additive storage container 120 is at upper opening, the Packed cylindrical shape additive storage compartment 122 in the bottom.Following ring surface around additive storage compartment 122 has a pair of discharging opening 122a.The open end of holding bay 120 has a flange 124.

The device 130 that opens the cabin comprises an end plate 132, the open end of contact additive storage compartment 122, a negative thread master covers the 134 outer ring surfaces from end plate 132 and axially stretches out, tighten on the bottleneck 111 by screw thread fit, slip pipe 136 axially stretches out from the interior ring surface of end plate 132, removable insertion additive storage compartment 122 is so that select to open or close discharging opening 122a.The device 130 that opens the cabin has a termination plate 138, the top of the closed end plate 132 exterior slip pipes 136 of energy.

The flange 124 of additive storage compartment 122 has an outward flange 124a, radially outward stretches out from the additive storage compartment.The outer ring surface of additive storage compartment 122 has an outside thread 122b, with the outside thread 112 of bottleneck 111 identical pitch is arranged, and extend out to a predeterminable range from flange.There is leading of negative thread 134a to cover the innermost part in 134 cross sections a counter flange 134b is arranged, cooperate with the outside thread 122b of additive storage compartment 122 by screw thread, at predeterminated position effect external flange 124a.Counter flange 134b is radially inwardly outstanding.

As shown in Figure 9, additive storage compartment 122 has an interior ratchet 126 around circumference near flange 122.There is an outer ratchet 134c counter flange 134b end, and ratchet 126 only rotated to a direction in it allowed.

Flange 124 has an inward flange 124b, and inward flange 124b radially inwardly stretches out.An inside hook-type flange 136a who cooperates with inward flange 124b is arranged, radially outward outstanding in the position that counter flange 134b contacts with ring surface outside the slip pipe 136.

End plate 132 has at least one contact hole 132a, and it opens or closes by flange 124 controls.Herein, contact hole 132a forms on end plate 132, as shown in the figure.Yet in the present invention, the contact hole can form on the top of slip pipe 136, promptly closes the contact hole by the inwall of additive storage compartment in closed state, if the device that opens the cabin rises, can discharge with the additive storage compartment.Consequently also can finish identical function.

Figure 10 A has shown that the outer ring surface of additive storage compartment 122 has several sealed flange 122c, contacts with the interior ring surface of bottleneck 111, and bottle is remained on sealing state.

In the present invention, might design the sealing flange of all styles of.Also can be designed to wedge-type seal flange 122d as Figure 10 B demonstration.

The lower surface 121 of additive storage container 120 is designed to project upwards into gradually convex, and the additive of adorning in the additive storage spaces can be discharged easily.

Sealing member 127 is inserted into a part, and this part is a part that contacts with slip pipe 136 ends on additive storage container 120 lower surfaces 121, when sealing member 127 inserts and closes sealing effectiveness is enhanced.

Figure 11 A, 11B have shown the operation of the 6th embodiment of the present invention.Bottle according to this embodiment can be operated as follows.If the user rotates the device 130 that opens the cabin at as shown in Figure 8 initial closed state to opening direction (inhour), the negative thread 134a of major bottle cap 134 and counter flange 134b with carry out screw motion respectively along the outside thread 112 of bottleneck 111 and the outside thread 122b of additive storage compartment 122.At this moment, when rubbing and slide, interior hook flange 136a is along the inner surface movement of additive storage compartment 122.Device 130 begins to rise in case open the cabin, and the bottom of slip pipe 136 can separate with the lower surface 121 of additive storage compartment 122, and discharging opening 122a opens, and makes the space 1 of the additive inflow bottle 110 of holding bay 120.In addition, in case the device 130 that opens the cabin begins to rise, end plate 132 will separate with flange 124 immediately, opens contact hole 132a.Atmospheric action makes additive be easy to discharge in additive storage spaces 2 like this.

The vertical motion of device 130 continues if open the cabin, and counter flange 134b will touch with outward flange 124a, shown in Figure 11 A.Simultaneously, inner hook-type flange 136a also can contact with inward flange 124b.In this case, bottle 110 keeps good sealing state.That is to say that some sealing flange 122c are arranged on the outer ring surface of additive storage compartment 122.Therefore, the space between bottleneck 111 and additive storage compartment 122 is just sealed.In addition, inner hook-type flange 136a is brought to the position with the inwall closed contact of additive storage compartment 122, to obtain good sealing effectiveness.Under the situation of material and additive, by being inverted bottle 110 or fluctuating with composite material and additive, compound can not spill from bottle yet even the user has packed in bottle.

Under the situation shown in Figure 11 A, the outer ratchet 134c of the end of counter flange 134b acts on mutually with the interior ratchet 126 of additive storage compartment 122, makes the limited in rotation of device 130 with respect to additive storage container 120 of opening the cabin.Thereby the rotation of the device 130 that opens the cabin also makes additive storage container 120 and then rotate.Under this state, if the user is rotated further the device 130 that opens the cabin along equidirectional, main 134 the negative thread 134a of covering will separate with the outside thread 112 of bottleneck 111.If the user axially extracts the device 130 that opens the cabin when rotating, additive storage container 120 will be rotated with the device 130 that opens the cabin, and takes out from bottleneck 111 then, shown in Figure 11 B.

Embodiment 7, Figure 12 have shown the structure of the 7th embodiment of the present invention.For element identical or similar the 6th embodiment, label also is identical, continues usefulness, no longer needs to explain in detail.In this embodiment, finish plate and be designed to a separated components, different with the 6th embodiment.

The outer ring surface of end plate 132 has one to prolong parts 135 in the axial direction.Also have a upper bottle cover 140 to cooperate with prolongation parts 135 selectivity.

In the 7th embodiment of the present invention, bottle does not comprise any additive when buying, so the user can open upper bottle cover 140 is poured expectation in additive storage spaces 2 additive when needed.That is to say and in storage area 2, to pour the additive of expectation into.In addition, even packed additive when bottle is bought into, the user can continue to use this bottle after using up initial additive.

Embodiment 8, Figure 13 have shown the 8th embodiment of the present invention.In this embodiment, upper bottle cover 140 is built in the device 130 that opens the cabin.

Upper bottle cover 140 and the device 130 that opens the cabin main covers 134 and fuses by connection rib 142.Upper bottle cover 140 is worked it out with device 130 pressure injections of opening the cabin together.In the 8th embodiment of the present invention, upper bottle cover 140 is tied with the device 130 that opens the cabin all the time, even be in open mode, needn't worry that so the user can easily manage upper bottle cover 140 it can lose.

Embodiment 9, Figure 14 have shown the structure of the 9th embodiment of bottle of the present invention.As shown in the figure, bottle design of the present invention is additive storage compartment 122 separated into two parts, and two kinds of additives can be packed in the bottle simultaneously.

Additive storage compartment 122 has a dividing wall 128, and dividing wall 128 axially passes lower surface 121 and protrudes upward, and makes additive storage compartment 122 inside can be divided into two parts.In addition, upper bottle cover has an insertion groove 144, corrects insertion wherein on the dividing wall 128.Figure 15 has shown that insertion groove 144 is on the bottom surface of upper bottle cover 140 between two flanges.At the two ends of insertion groove a prepsetting gap 144a is arranged, to avoid interference sponson 135.

In the 9th embodiment, the inside of additive storage compartment 122 is divided into two parts by dividing wall, so user's two kinds of additives of can packing in bottle.For example the material of adorning in the bottle is a coffee, and the user can deposit sugar and milk in two isolation storage areas of additive storage compartment 122, and mixes with coffee before drinking.Therefore the freshness and the sanitary conditions of product have been improved.

Embodiment 10, Figure 15 have shown the structure of the 10th embodiment of the present invention.The design of this embodiment is that bottle uses an outshot and a kind of Sports bottle cap.Outshot 135 has an outside thread 135a, and its pitch is identical with the outside thread of bottleneck with circular diameter.Bottle has a Sports bottle cap 150, has a negative thread 152 to cooperate with outside thread 135a.Sports bottle cap 150 can be closed or be opened by the way (structure of action button 154 is a mature technology to the people who is familiar with the industry, need not detailed explanation) of an action button 154 of depressing or extracting lid 150 tops.After open the cabin device 130 and additive storage container 120 were taken out from bottleneck 111, because the pitch of outside thread 135a is identical with the pitch of external thread of bottleneck 112, it was possible only tightening Sports bottle cap 150 on bottleneck 111.In other words, the user can use the Sports bottle cap 150 that is tightened on the bottleneck to drink bland.

The technical spirit marrow of the 10th embodiment of the present invention is applicable to the upper bottle cover of describing among the 7th or the 9th embodiment 140.That is to say on upper bottle cover 140 has negative thread, makes upper bottle cover 140 can be used for tightening to after bottleneck is opened the state of bottleneck.

Embodiment 11, Figure 17 have shown the structure of the 11st embodiment of the present invention.

This embodiment comprises a bottle 210, it has a bottleneck 211, around bottleneck 211 outer ring surfaces outside thread 212 is arranged, and additive storage container 220 is inserted bottleneck 211, holding bay 220 can take out from bottleneck 211, and the device 230 that opens the cabin is tightened on the outside thread 212 of bottleneck 211 by screw thread fit.When screw thread fit was partly tightened, the device 230 of opening the cabin was discharged into bottle with additive.When if screw thread fit partly is released into a predeterminable range, by effect additive storage container 220, the device 230 that opens the cabin can take out additive storage container 220 from bottleneck 211.

Additive storage container 220 comprises a cylindrical shape additive storage compartment 210, and additive storage compartment 210 upper end open in lower end closed, but also have a tear-off portion 221, can selectively downcut along pressing dotted line in additive storage compartment 210 lower ends.

The device 230 that opens the cabin comprises an end plate 232 that can contact with the open end of additive storage compartment 122, it promptly is the flange 224 of a predetermined interval, an internal helicoid major bottle cap 234 axially stretches out downwards from the outer annular edge of end plate 232, tighten on the bottleneck 211 by screw thread fit, slip pipe 236 axially stretches out downwards from the interior ring limit of end plate 232, move and insert additive storage compartment 222, also have a cutter shape part 236b in the bottom.Cutter shape part 236b is positioned at two relative on diameter positions, just in time is face-to-face.The end plate 232 of device 230 of opening the cabin also has the end plate 238 of sealing slip pipe 236 open upper end.

If open the cabin device 230 enter darker, the distance L between device 230 and the flange 224 of opening the cabin preferably be provided with long enough, can be rotated further the 150-170 degree.That is to say that the device 230 that opens the cabin is designed to twist fully with holding bay 220 and lumps together, if when opening the cabin device 230 maximum rotation to 1/2 circle, further restriction entering.

The open end of additive storage compartment 210 has a flange 224, and flange 224 has an external flange 224a, and external flange 224a is axially protruding from additive storage compartment 210.The outer ring surface of additive storage compartment 210 has an outside thread 222b, and its pitch is identical with the outside thread 212 of the bottleneck 211 that leaves 224 1 predeterminable ranges of flange.Major bottle cap 234 inner major parts can be closed with the outside thread 222b of additive storage compartment 222 is stubborn by screw thread fit in the negative thread passage.Counter flange 234b is radially inwardly outstanding, can live in external flange 224a in the predeterminated position effect.

In addition, flange 224 has an inner flange 224b radially inwardly to stretch out.An inside hook-type flange 236a who cooperates with inner flange 224b, externally contact part with slip pipe 236 outer ring surfaces radially outward outstanding for flange 234b.

As shown in figure 18, additive storage compartment 222 is having an interior ratchet 226 near on the circumference of flange.There is an outer ratchet 234c end of counter flange 234b, and ratchet 226 only rotates to a direction in making.

Finishing plate 238 has at least one contact hole 238a, can be closed and be opened when needed by a non-drying glue paster or paper tape.

But the bottom of additive storage container 220 is tear-off portions 221, is to use with the same material of additive storage compartment to make.But tear-off portion 221 must design thinlyyer, and it can be torn easily by the blade section 236b of slip pipe 236.

Embodiment 11, Figure 19 have shown the operation of the 11st embodiment of bottle cap of the present invention.As shown in the figure, finish plate 232 and remain on a position that separates a predeterminable range with flange 224, identical with the initial condition of Figure 17.Under this state, additive storage spaces is sealed effectively, is to be realized by the inside hook-type flange 236a that cooperates with inward flange 224b, and the additive of adorning in the additive storage spaces can not revealed.

Under this state, if the user rotates the device 230 that opens the cabin with material and additives mixed to the clws tightening direction, when the outside thread 212 along the outside thread 224b of additive storage compartment 222 and bottleneck 211 rotated, the device 230 that opens the cabin can descend.The device 230 that opens the cabin this moment can rotate according to the rotational angle that finishes the distance decision between plate 232 and the flange 224.The rotational angle of this moment is the 150-170 degree.Simultaneously when when tearing dotted line 221a and move, but the blade section 236b of slip pipe 236 bottoms can tear tear-off portion 221, thereby additive can be discharged to material storage area 1 and mix with wherein material.According to the present invention, when initial inlet starting stage, the work of opening began the time, the device 230 that opens the cabin rotates about 150-170 degree, but tear-off portion 221 parts are attached on the additive storage compartment 222, and can be fully from 222 separation of additive storage compartment.

When the sticking paper of non-drying glue of closing contact hole 238a or adhesive tape were removed, the opening action of opening additive storage spaces was just done and is over, thereby because of barometric pressure enters additive storage spaces additive is flowed out easily.

In the present invention, the open the cabin rotational angle of device 230 can be made as the 330-360 degree.Under this state, on blade section acts on a bit, but make tear-off portion 221 can be fully remove and can not enter bottle 210 from bottle 210.

Below be how from the separately explanation of bottle cap of bottleneck of bottle.Under the situation shown in Figure 19 A, if user's inhour is rotated the device 230 that opens the cabin when additive and material mix fully, the negative thread 234a of major bottle cap 234 and counter flange 234b will move along the outside thread 212 of bottleneck 211 and the outside thread 222b spirality of additive storage compartment 222 respectively, so move axially.At this moment, inner hook-type flange 236a moves along the inside face of additive storage compartment 222, during as friction and slip.If upward movement continues, counter flange 234b will contact with outward flange 224a, shown in Figure 18 B.Simultaneously, inner hook-type flange 236a also can contact inward flange 224b.

On the other hand, under the situation as Figure 19 B, there are internal ratchet 226 mutual actions of an external ratchet teeth 234c and additive storage compartment 222 end of counter flange 234b, with restriction the relatively rotating between device 230 and the additive storage container 220 of opening the cabin.Therefore from the state of Figure 19 B demonstration, the device 230 that opens the cabin rotates simultaneously with additive storage container 220.If the user continues to rotate the device 230 that opens the cabin to equidirectional under this state, the negative thread 234a of major bottle cap 234 discharges from the outside thread 212 of bottleneck 211.If the user continues to rotate and axially to extract simultaneously the device 230 that opens the cabin to equidirectional, when shown in Figure 19 C when the device 230 that opens the cabin rotates, additive storage container 220 can be taken out from bottleneck 211.

Figure 20 A, 20B have shown the 12nd example structure figure of bottle cap of the present invention.At this embodiment, components identical has been used and the 11st the identical label of embodiment, just do not described in detail.This embodiment has shown the structure that the end plate is separated from device for opening.

Elongated portion 235 axially stretches out downwards from the outer annular edge that finishes plate 232.Upper bottle cover 240 can cooperate with elongated portion 235 selectivity.

Shown in Figure 19 B, the inside face of upper bottle cover 240 has two sealing

flange

244a and 244b, two sealing

flange

244a and 244b are spaced from each other a default interval, and elongated portion 235 has a seal ring 235a can be inserted into slit between sealing flange 244a and the 244b.

The 12nd embodiment of the present invention is about a kind of bottle, and it does not adorn any additive when buying, the user can be when needed with in bottle cap, pack into the additive of the some of wishing of the way of opening upper bottle cover 240.In addition, even adorned additive in the bottle cap when buying, this bottle also can reuse after additive uses up.

Upper bottle cover preferably is made on as shown in Figure 9 the device that opens the cabin of the present invention.Promptly upper bottle cover is made on the major bottle cap of the device that opens the cabin, connects rib with one then and be connected on the major bottle cap.Like this upper bottle cover just can with produced together by the injection molding and the device that opens the cabin.

In the 12nd embodiment of the present invention, upper bottle cover 240 is connected with the device 230 that opens the cabin all the time, even when opening, and therefore can be manageable and do not worry losing.

Figure 21 shows the constructional drawing according to the 13rd embodiment of bottle cap of the present invention.The structure of this embodiment is to provide a Sports bottle cap with a sponson on the bottle cap.Sponson 235 has an outside thread 235b, and pitch and pitch circle diameter thereof are identical with the outside thread of bottleneck.Bottle cap also has a Sports bottle cap 250, and it has a negative thread 252, can cooperate with outside thread 235b by screw thread.Sports bottle cap 250 can open or close by the action button 254 of depressing or pull up Sports bottle cap top.After taking out open the cabin device 230 and additive storage container 220, might take aggregate motion bottle cap 250 to use this bottle to the mode of bottleneck 211 from bottleneck 211.That is to say that when Sports bottle cap 250 was close to bottleneck 211, the user was drinkable compound.

The the 8th, 9,10,12,13 embodiment of the present invention is designed to the user and can opens Sports bottle cap or upper bottle cover, opens major bottle cap when making additive storage spaces empty, and bottle of the present invention is effective especially to the people who only wants to drink bottle interior material.

Figure 22 has shown the exploded perspective view of the 14th embodiment of the present invention.Figure 23 is the section drawing of the 14th embodiment.But two figure have shown how by a thin and brittle tear-off portion additive to be discharged in the bottle from additive storage container.

According to this embodiment, the present invention includes a bottle 310, bottle 310 has a bottleneck 311, outer ring surface around bottleneck 311 has outside thread 312, an additive storage container 320 is inserted bottleneck 311, holding bay 320 can take out from bottleneck 311 and the device 330 that opens the cabin is tightened by the outside thread 312 of screw thread fit and bottleneck 311.When the device 330 that opens the cabin rotates, the additive of holding bay 320 is discharged in the bottle 310.In rotation, the device 330 that opens the cabin also acts on firmly additive storage container 320 by the mutual action of ratchet on a predeterminated position, makes the device 330 that opens the cabin take out additive storage container 320 from the bottleneck 311 of bottle 310.

Additive storage container 320 is cylindrical body, and in upper end open, there is a discharging opening 322a lower end.A hook 324 is arranged at the edge of discharging opening 322a.

The device 330 that opens the cabin comprises a circular end plate 332, is positioned at the open upper end of additive storage compartment 210.Major bottle cap 334 axially extend out to a preset length downwards from the outer annular edge of end plate 332, at the interior ring surface of the sidewall of major bottle cap 334 a negative thread 334a is arranged, and can cooperate with the outside thread 312 of bottleneck 311.The device 330 of opening the cabin also has a slip pipe 336, extend out to a preset length downwards from the interior ring limit of end plate 332, moves axially the additive storage compartment 322 that inserts holding bay 320.

But a tear-off portion 338 is arranged, in the lower end of slip pipe 336 with the lower end of sealing slip pipe 336.But the lower surface of tear-off portion 338 has one to tear contact pin 338a, can with hook 324 joint operations.But tear-off portion 338 is to make with the material that external force can puncture easily.The most handy in the present invention thin synthetic resin that is to say the material of additive storage container 330, but makes tear-off portion 338.In addition, but be preferably in and have a tearable dotted line (not showing among the figure) conveniently to tear action on the tear-off portion 338.But tear-off portion 338 the most handy thin aluminium flakes are made.Better scheme be but tear-off portion 338 is designed to tear easily but tear the back and can not separate.

On the interior ring surface of the upper open end of additive storage container 320, fixedly ratchet 326 of a ring-type is arranged.Outer ring surface at slip pipe 336 has a movable ratchet 337, when opening the cabin device 330 when bottleneck 311 is unscrewed, can cooperate at a predeterminated position with fixing ratchet 326.

Fixed and

movable ratchet

326 and 337 is designed to axial mutual plane and

contacts.Ratchet

326 and 337 also is designed to mutual action, and opens the cabin in rotation that rotate by time restriction from bottleneck 311 is unscrewed for device 330.In addition, on the rear surface of fixedly ratchet 326 and movable ratchet 337, an inclined-plane is arranged respectively, make slip pipe 336 can insert additive storage container 320 easily.

Label 322b among the figure represents one by ring, and the restriction additive storage container is with respect to the position of bottleneck 311.Label 332a represents a passage, and label 340 expressions open or close the upper bottle cover of passage 332a.

The operation of above-mentioned embodiment is as follows.Figure 23 has shown initial condition of the present invention.Under this state, the device 330 that opens the cabin tightens on the bottleneck 311 fully.Fixedly ratchet 326 and movable ratchet 337 retainer shafts contact with hook 324 and tear contact pin 338a to being separated from each other.Fixed and

movable ratchet

326 and 337 has inclined-

plane

326a and 337a, when slip pipe 336 enters additive storage compartment 210 at first, but makes the purpose of the upper open end radial and outward deformation of additive storage container 320 with satisfied assembling.

Under this state, if the user rotates counterclockwise the device 330 that opens the cabin, hooked by hook 324 because tear contact pin 338a, shown in Figure 24 A, but tear-off portion 338 just be torn, additive flows to bottle 310 from discharging opening 322a.Device 330 is rotated further and rises if open the cabin, and movable ratchet 337 will cooperate with fixing ratchet 326.From then under the state, the rotation of the device 330 that opens the cabin has caused the rotation of additive storage container 320, and additive storage container 320 is axially moved up.Statement in more detail, fixedly ratchet 326 and movable ratchet 337 are prevented from relatively rotating, and device 330 trends of opening the cabin move axially, thereby occur sliding between bottleneck 311 and additive storage container 320.Therefore holding bay 320 also begins to move.

After the device 330 that opens the cabin is unscrewed from the bottleneck 311 fully, the device 320 that opens the cabin axially can be extracted.Thereby additive storage container 320 can be taken out from bottleneck 311 fully, shown in Figure 24 B.

Figure 25 and 26 has shown the 15th embodiment of the present invention.In this embodiment, also be marked with identical label with the 14th embodiment components identical, need not further explanation.This embodiment provides the improvement of separating device structure.

Shown in Figure 25 and 26, additive storage container 320 has a cylindrical shape storage compartment 322, and its upper end open has a discharging opening 322a in the lower end, has some points of a knife 323 to center on the position axis of discharging opening 322a to protruding upward.The upper open end of additive storage container 320 has fixedly ratchet 322c of a ring-type.But there is a tear-off portion 338 that can be torn by point of a knife 323 lower end of the slip pipe 336 of the device 330 that opens the cabin.And then the inside face of the end plate 332 of the device 330 that opens the cabin has a movable ratchet 332b, corresponding to the fixing position of ratchet 322c.Mobile ratchet 332b allows fixedly only unidirectional rotation of ratchet 322c.The interior ring surface of the upper open end of additive storage container 320 has a sealing flange 322d, moves with the outer ring surface closed contact of slip pipe 336 and with sliding type.

The 15th embodiment of the present invention operates as follows.In the following description, technical term " cw " also is to open the cabin device 330 to the tightening direction of bottleneck 311, the direction that device 330 is unscrewed and term " inhour " refers to open the cabin.As shown in figure 26, if the user clockwise rotates the device 330 that opens the cabin at initial condition, the negative thread 334a of major bottle cap 334 promptly rotates along the outside thread 312 of bottleneck 311, begins to move (with tightening direction) to the bottom of bottleneck 311.Simultaneously, slip pipe 336 moves down, and tears but its tear-off portion is positioned at the point of a knife 323 of holding bay lower end, and additive flows into bottle 310 by discharging opening 322a.To moving down, the place of tearing is just big more more for slip pipe 336.Therefore when opening operation was finished, shown in Figure 27 A, additive just flowed into the bottle 310 from holding bay 320 fully.

In addition, when device 330 was opened the cabin in rotation, movable ratchet 332b also rotated and the whereabouts along the device 330 that opens the cabin.Shown in Figure 28 A, movable ratchet 332b and fixedly ratchet 322c a predeterminated position effect.Simultaneously, the tooth of

ratchet

332b and 322c is arranged in and allows to rotate mutually and elastic deformation, makes movable ratchet 332b cross fixedly ratchet 322c and enters the state shown in Figure 28 B.

On the other hand, if the user clockwise rotates the device 330 that opens the cabin under this state, the same paths of movable ratchet 332b when ratchet 332b enters rotated in the opposite direction, shown in Figure 28 C.But this moment, do not resemble get the hang of in, fixedly ratchet 322c has limited rotation and the rising of movable ratchet 332b.Therefore, additive storage container 320 is rotated along the device 330 that opens the cabin.Under above-mentioned state, the negative thread 334a of the device 330 that opens the cabin rotates and rises along the outside thread 312 of bottleneck 211, and therefore open the cabin device 330 and additive storage container 320 can be taken off from bottleneck 311 simultaneously, shown in Figure 27 B.

Figure 29 to 31B has shown the 16th embodiment of the present invention.In this embodiment, with the similar elements of the 15th embodiment identical label is arranged, need not further explanation.This embodiment provides the improvement of separating device structure.

Discharging opening 322a around additive storage container 320 has fixedly ratchet 322e of a ring-type.Also have only to allow a fixedly movable ratchet 336a of ratchet 322e unidirectional rotation, in the lower end of the slip pipe 336 of the device 330 that opens the cabin corresponding to the fixing position of ratchet 322e.

The description of the 15th embodiment of the operation of the 16th embodiment of said structure and the present invention is identical.Unique difference of two embodiment is the fixing position of ratchet 322e and movable ratchet 336a.The detailed explanation of the 16th embodiment has also no longer needed.

Figure 32 has shown according to the present invention the exploded perspective view of the Bottle cap structure of the 17th embodiment.Figure 33 A has shown the part sectional view longitudinally of combined bottle cap, Figure 33 B shows the section-drawing of the crosscut longitudinally of combined bottle cap, the structure that this embodiment provides has a kind of additive agitating device, can more effectively the viscosity additive be discharged in the bottle from additive storage container.(page?73)

This embodiment comprises a bottle 410, and it has a bottleneck 411, around its outer ring surface outside thread 412 is arranged, and also has an additive storage container 420 of inserting bottleneck 411, and holding bay 420 can be taken off from bottleneck 411.This embodiment also has the device 430 that opens the cabin, and can tighten to additive storage container 420 by screw thread fit.The device 430 that opens the cabin be designed to when it when preset direction rotates, it can be discharged to additive the bottle 310 from additive storage container 420 simultaneously with a kind of agitation means additive.And then the device 430 that opens the cabin can take out additive storage container 420 from bottleneck 411 a default position effect additive storage container 420.

Additive storage container 420 is made up of a circular end plate 422 that is positioned at additive storage compartment 426 upper open ends; Have a major bottle cap 424 axially to stretch out from the outer annular edge of end plate 422 downwards, a negative thread 424a is connected on the bottleneck 411; There is an additive storage compartment 426 axially to stretch out downwards, moves axially and insert in the bottleneck 411 from the interior ring limit of end plate 422.But a tear-off portion 429 is arranged in the lower end of additive storage compartment 426.But tear-off portion 429 by a fixer 429a partly but be connected to massively among the additive storage compartment 426.In addition, elongated portion 428 protrudes upward to additive storage compartment 426 opposite directions from 422 interior ring limit, and the outer ring surface that centers on elongated portion 428 has an outside thread 428a.

The device 430 that opens the cabin comprises a circular plate 432 that finishes, a upper bottle cover 434 axially stretches out downwards from the outer edge that finishes plate 432, its negative thread 434a cooperates with the outside thread 428a of elongated portion 428 by screw thread, slip pipe 436 axially stretches out from finishing plate 432 in a position that separates with upper bottle cover 434, inserts elongated portion 428 and additive storage compartment 426.

There is a fixedly fringing 434b lower end of upper bottle cover 434, can limit moving down of upper bottle cover 434.Fixedly fringing 434b has designed one and has torn line, and this line can be separated from upper bottle cover 434 easily.

There is a sword limit 436c lower end of slip pipe 436.Sword limit 436c is outstanding downwards, but cuts brokenly tear-off portion 429 when slip pipe 436 rotates and moves down.Shown in Figure 33 B, on slip pipe 436, there is one to stir flange 436a and an agitator arm 436b.Stir the length generation of flange 436a, radially inwardly stretch out along slip pipe 436.In the present invention, each stirs flange 436a and agitator arm 436b preferably has one at least.

In the present invention, upper bottle cover 434 and elongated portion 428 cooperatively interact by right-hand thread, and major bottle cap 424 and bottleneck 411 cooperatively interact by the left hand screw thread.

Label 424b among the figure represents a lamellar body, opens undesirably to prevent additive storage container 420.

There is the 17th embodiment of the present invention of above-mentioned structure to operate as follows.If the user separates fixedly fringing 434b from the device 430 that opens the cabin under initial condition, shown in Figure 33 A, inhour is rotated the device 430 that opens the cabin then, because upper bottle cover 434 and elongated portion 428 cooperatively interact by right-hand thread, the device 430 that opens the cabin can move down.Therefore but blade 436c punctures tear-off portion 427, makes additive be discharged into bottle 410 downwards from additive storage container 420, shown in Figure 34 A.In the present invention, the device 430 that opens the cabin is designed to can only rotate in the scope at 330-350 degree angle when it is fallen fully, does not comprise fixer 429a, shown in Figure 34 B, therefore when but tear-off portion 437 is punctured, but tear-off portion 437 keeps and being connected of slip pipe 426.

When the device 430 that opens the cabin moves down, stir flange 436a and agitator arm 436b and rotate with the device 420 that opens the cabin, and the additive in the stirring holding bay 420, additive can be drawn off from holding bay 420 easily.

Rotate the device 420 that opens the cabin if the user continues inhour, the rotational force of the device 420 that opens the cabin passes on the additive storage container 430.Therefore the outside thread 412 of the negative thread 412a of major bottle cap 412 and bottleneck 411 rotates in additive storage container 430 together.At this moment, major bottle cap 424 and bottleneck 411 cooperatively interact by the left hand screw thread, as previously mentioned, make to prevent that the lamellar body 424b that additive storage container 420 is opened undesirably is torn, and open the cabin device 420 then from bottleneck 411 separately, shown in Figure 34 C.

Figure 35 is the exploded perspective view that shows the 18th example structure of the present invention.Figure 36 is the side-looking part sectional view according to the bottle cap of this embodiment combination.An embolism is used in this embodiment suggestion on additive storage spaces.

This embodiment comprises: a bottle 510, be provided with a bottleneck 511, and on its outer ring surface, an outside thread 512 is arranged; An additive storage container 520 is inserted bottleneck 511, also can take out from bottleneck 511; The device 530 that opens the cabin tightens on the additive storage container 520 by screw thread fit, and when rotating holding bay 520 additive in the holding bay 520 is discharged in the bottle 510.During the device 530 of opening the cabin rotated, the device 530 that opens the cabin was a predeterminated position effect additive storage container 520, and took out additive storage container 520 from bottleneck 511.

Additive storage container 520 is made up of the circular end plate on the upper open end of its additive storage compartment 522, major bottle cap 524 axially stretches out downwards from the outer annular edge of end plate 422, its negative thread 524a cooperates with bottleneck 511, an interior bottle cap 526 axially stretches out downwards from the interior ring limit of end plate 522, moves axially to insert bottleneck 511.The lower end of interior bottle cap 526 has a hook-type flange 526b radially inwardly outstanding, and there is a discharging opening 526a position on the hook-type flange 526b on the interior bottle cap 526.Outer ring surface around major bottle cap 524 has an outside thread 524b.The outer annular edge of end plate 522 has a locating ring 522a radially outward to stretch out, and the device 530 that prevents to open the cabin separates with holding bay 520.

The device 530 that opens the cabin comprises a circular plate 532 that finishes; A upper bottle cover 534 axially stretches out downwards from the outer annular edge that finishes plate 532, and a negative thread 534a cooperates with the outside thread 524b of major bottle cap 524 by screw thread; A slip pipe 536 is inserted among the interior bottle cap 526 of holding bay 520 axially stretching out downwards from finishing plate 532 with a position of upper bottle cover 534 separations.

An embolism 540 is arranged at the bottom of slip pipe 536, can take off from slip pipe 536.Embolism 540 is provided with a hook 544, forms a locating ring that cooperates with stop flange 526b.In addition, a sealing flange 546 is arranged at the top of embolism 540, inserts a seal groove 536b of slip pipe 536 lower ends.

The 18th embodiment of the present invention operates as follows.If the user clockwise rotates the device 530 that opens the cabin in initial condition, as shown in figure 36, because the mutual action of outside thread 524b and negative thread 534a, the device 530 that opens the cabin moves down.Consequently enter the state that shows as Figure 37 A.In this embodiment, the end of hook 544 is designed to taper, can make embolism 540 can cross stop flange 526b smoothly, and firmly be caught on by stop flange 526b.In this case, if user's inhour is rotated the device 530 that opens the cabin, because the mutual action of outside thread 512 and negative thread 524a, the device 530 that opens the cabin will rise.Under above-mentioned state, embolism 540 is stopped by stop flange 526b, makes embolism 540 from slip pipe 536 separately, and additive is discharged into bottle 510 from holding bay 520 by discharging opening 526a, shown in Figure 37 B.

Rotate the device 530 that opens the cabin if the user continues inhour, negative thread 534a can be held by locating ring 522a, makes the rotational force of the device 530 that opens the cabin send additive storage container 530 to.Thereby the outside thread 512 of the negative thread 522a of major bottle cap 522 and bottleneck 511 cooperatively interacts by the left hand screw thread in additive storage container 530, and the part of additive storage container also can be rotated.Under above-mentioned state, major bottle cap 522 and bottleneck 511 cooperatively interact by the left hand screw thread, thereby additive storage container 520 can be from bottleneck 511 taking-ups, shown in Figure 37 C.

Figure 38 has shown the structure of the 19th embodiment of the present invention.This embodiment is the improvement of the 18th embodiment of the present invention, and it comprises: an embolism 540 is arranged in the bottom of slip pipe 536, and embolism 540 can tear part 536d by one and be connected on the slip pipe 536.Embolism 540 with can tear being connected between the part 536d and can be torn easily by an external force.Because an embolism 540 is arranged at the bottom of slip pipe 532, form opening discharging opening 532b by finishing plate 532, the upper end of opening slip pipe 536 is with additive filling additive storage container 520.After packing additive into to holding bay 520, this opening discharging opening 532b can be sealed by a sealing arrangement 532a.Preferably use aluminium foil or thin layer film of synthetic resin as sealing arrangement.

The method of operation of the 18th embodiment of this embodiment and the present invention is basic identical, onlyly be not both: when the device 530 that opens the cabin rises after initial condition shown in Figure 38 moves down again, shown in Figure 39 A, can tear part 536d and be torn with additive and be discharged into bottle 510, shown in Figure 39 B from holding bay 520.If the user continues to rotate in the same way the device 530 that opens the cabin, additive storage container 520 promptly can be taken out from bottleneck 511, and is shown in Figure 39 C, identical with the 18th the described method of embodiment.

Figure 40 to Figure 42 B has shown the 20th embodiment of the present invention.This embodiment has structure being connected of gland cock and slip pipe more effectively.Therefore in following description, there is the element of same structure and operation no longer to give an explaination with the 18th embodiment.

According to this embodiment, effect flange 536e and 522b are arranged on slip pipe 536 and interior bottle cap 522 apparent surfaces, when axial motion, interact.In addition, a locking slot 549 is arranged at the top of embolism 540, can lock with locking flange 536f, and locking flange 536f is outstanding from the interior ring limit lower ends downward of slip pipe 536.A seal ring 550 is arranged between the bottom of embolism 540 and slip pipe 536.Seal ring 550 tightly be clipped in the lower seal locking slot 548 in the embolism 540 and the back seal locking slot 536g that forms along slip pipe 536 lower ends between.The skin area that is formed by back seal locking slot 536g and lower seal locking slot 548 is littler than the sectional area of seal ring 550, makes to strengthen sealing effectiveness with this by seal ring 550 meeting elastic deformation when the slit of locking slot 548 and groove 536g is closed in installation.

Two effects flange 536e and 522b are designed to mutual action, and send each and ring when crossing mutually.Finishing plate 532 has a sound outlet 532b, is used for the sound of outside transfer function flange 536e and 522b.

According to this embodiment, embolism 540 and slip pipe 536 can be sealed effectively by seal ring 550, locking flange 536f and locking slot 549, therefore can reduce additive and reveal during dispenser closure.And then the way of the available invert bottle additive in composite material and the bottle effectively, when effect flange when sending the sound, the opening action of the device that opens the cabin promptly is prevented from.

Figure 43 and 44 has shown the 21st embodiment of the present invention.

This embodiment comprises: a bottle 610, and it is made up of bottleneck 611, and the outer ring surface that centers on bottleneck 611 has outside thread 612; An additive storage container 620, removable insertion bottleneck 611 also can take out from bottleneck 611; The device 630 that opens the cabin links together by screw thread fit and additive storage container 620.At the rotation initial stage, the device 630 that opens the cabin moves down, and additive is discharged into a bottle from additive storage container.The device 630 that opens the cabin also can act on additive storage container 620, takes off additive storage container 62 from bottleneck 611 during upward movement.

Additive storage container 620 comprises a circular end plate 622 and the interior bottle cap 624 at the open end of additive storage compartment 611, axially stretches out downwards from the interior ring limit of end plate 622, axially inserts bottleneck 611.

The outer ring surface of end plate 622 has an outside thread 622b, and is identical with the outside thread 612 of bottleneck 611.

A following ratchet 613 is arranged at the top of bottleneck 611, and ratchet 622c on is arranged, make additive storage container 620 only allow unidirectional rotation with respect to bottleneck 611 at the lower surface of end plate 622.

The device 630 that opens the cabin comprises: a circle that is positioned at end plate 622 open top ends finishes plate 632; A upper bottle cover 634 axially stretches out downwards from the outer annular edge that finishes plate 632; A negative thread 634a cooperates with the outside thread 612 of additive storage container 620 and bottleneck 611; A slip pipe 636 axially stretches out bottle cap 624 in inserting downwards from finishing plate 632 in a position that separates with upper bottle cover 634.

Circumferential surface around slip pipe 636 bottoms has at least two discharging opening 636a.

Around the outer ring surface of slip pipe 636

annular seal flange

636b and 636c are arranged, at the upper-lower position of discharging opening 636a, like this

flange

636b and 636c can with the interior ring surface closed contact of interior bottle cap 624, and prevent that additive from revealing from discharging opening 636a.

Slip pipe 636 has a chock 636d in the lower end, can prevent from that slip pipe 636 from rising to cross a predeterminated position with respect to interior bottle cap 624.Also has a torn film 640 of closing interior bottle cap 624 lower ends and slip pipe 636 lower ends.Can tear film 640 the most handy aluminium foils makes.

On the other hand, the interior ring surface of end plate 622 is provided with a following claw plate 622a, and the lower surface of end plate 632 is provided with a last claw plate 632b who cooperates with following claw plate 622a, and the feasible device 630 that opens the cabin only allows with respect to additive storage container 620 unidirectional rotation.

For reaching, finish plate 632 and also be provided with an opening discharging opening 632a pack into the purpose of additive storage container of additive.After additive was packed additive storage container into, opening discharging opening 632a sealed with leakproofing material (not shown) separately.Preferably use aluminium foil or thin layer synthetic resin as leakproofing material.

Bottle cap operation according to this embodiment is as follows.If the user clockwise rotates the device 630 that opens the cabin at initial condition, as shown in figure 44, because the mutual action of outside thread 612b and negative thread 634a, the device 530 that opens the cabin moves down.Consequently the lower end of slip pipe 636 punctures and can tear film 640 and move down, and makes additive be discharged into bottle by discharging opening 636a from additive storage container 620.Under above-mentioned state, because following ratchet 613 and last ratchet 622, additive storage container 620 does not allow to clockwise rotate, and makes additive storage container 620 can not move.In addition, last claw plate 632b also cooperates with following claw plate 622a.

In the case, if user's inhour is rotated the device 630 that opens the cabin, the last claw plate 632b of the device 630 that opens the cabin just cooperatively interacts with following claw plate 622a, makes the rotational force of the device 630 that opens the cabin pass to additive storage container 620.And then, following ratchet 613 and last ratchet 622 allow inhour to rotate, mutual action owing to open the cabin between the outside thread 612 of the negative thread 634a of device 630 and bottleneck 611, additive storage container 620 and the screw thread fit that opens the cabin between the device 630 partly remain unchanged, and the device 530 that opens the cabin is risen.Consequently additive storage container 620 rises, and during turning takes out from bottle, shown in Figure 49 B.

Figure 46 A and Figure 46 B have shown the structure of the 22nd embodiment of the present invention.To the element of same structure and operation being arranged, in following description, no longer provide specific explanations with the 21st embodiment of the present invention.This embodiment is the improvement of the 21st embodiment, and its structure is that additive storage spaces is divided into two parts, to store two kinds of additives.

Shown in Figure 46 A, slip pipe 636 stretches out from the device 630 that opens the cabin, and forms an additive storage spaces, axially is divided into two

additive storage spaces

2 and 3 by dividing wall 635.The device that opens the cabin also has one to finish plate 632, is provided with an opening discharging opening 632a.Opening discharging opening 632a allows user's additive of packing in two

additive storage spaces

2 and 3, and discharging opening 636a is arranged respectively at the bottom of two

additive storage spaces

2 and 3, additive can be discharged into bottle 610.The operation of the 22nd embodiment of the present invention is fully identical with the 21st embodiment.

Figure 47 A and Figure 47 B have shown the structure of the 23rd embodiment of the present invention.This embodiment provides the improvement to the 21st embodiment.The 23rd embodiment comprises: be provided with one in the lower end of the interior bottle cap 624 of additive storage container 620 and can tear film 636a, to constitute an additive storage spaces 2; A cylindrical shape slip pipe 637 stretches out downwards from finishing plate 632, moves and inserts interior bottle cap 624; A cutting edge 637a punctures in the lower end of slip pipe 637 and can tear film 636e.In the 23rd embodiment, can be provided with at least one around the support shank of cutting edge 637a and strengthen rib, with the strength of the support shank that strengthens cutting edge 637a.Can tear the most handy thin aluminium foil of film 636a makes.Yet should be appreciated that, can tear film can use with interior bottle cap 624 same materials of additive storage container 620 by the injection molding film former, on film, be provided with one and can tear line.The majority operation of the 23rd embodiment is identical with the 21st embodiment, onlyly be not both: the torn film 636e of the 23rd embodiment punctures with cutting edge 637a, when the device 620 that opens the cabin moved down, additive was discharged into bottle 610 from additive storage spaces 2, shown in Figure 47 B.

Figure 48 and 49 has shown the structure of the 24th embodiment of bottle cap of the present invention.In this embodiment, bottle cap is designed to: when the bottle cap unidirectional rotation, additive is discharged into bottle from additive storage container, and when the bottle cap counter-rotation, additive storage container can be taken out from the bottleneck on the bottle.

This embodiment comprises: a bottle 710, be provided with a bottleneck 711, and around its outer ring surface an outside thread 712 is arranged; An additive storage container 720 can be inserted bottleneck 711, also can take out from bottleneck 711; The device 730 that opens the cabin links together by screw thread fit and additive storage container 720.During rotating to direction, the device 730 that opens the cabin is discharged into additive in the bottle 710, and during backward rotation a predeterminated position effect additive storage container 720, additive storage container 720 can be taken out from bottleneck 711.

Additive storage container 720 comprises: a circular end plate 722 is positioned at the top of the open upper end of bottleneck 711; A major bottle cap 724 axially stretches out downwards from the outer annular edge of end plate 722; A negative thread 724a tightens on the bottleneck 711 by screw thread fit; An interior bottle cap 726 axially stretches out downwards from the interior ring limit of end plate 722, is positioned among the bottleneck 711, and bottle cap 726 can move axially in making.Interior bottle cap 726 has a step 726c, and bottle cap 726 separates with the interior ring surface of bottleneck 711 in making.There are some discharging opening 726a the lower end of interior bottle cap 726.Elongated portion 728 protrudes upward from the interior ring limit of end plate 722, makes elongated portion 728 relative with interior bottle cap 726.The outer ring surface of elongated portion 728 has an outside thread 728a.Elongated portion 728 also is provided with a locating ring 728b, radially outward stretches out, and restriction negative thread 734a moves up, and will describe in detail in the back.

The lower end of major bottle cap 724 is provided with a shirt rim 724b, can limit opening that major bottle cap 724 do not expect.But shirt rim 724b is connected to major bottle cap 724 by a breaking device, makes that shirt rim 724b can be by an external force easily from upper bottle cover 724 separately.

The device 730 that opens the cabin comprises: the circular plate 732 that finishes; A upper bottle cover 724 axially stretches out downwards from the outer annular edge that finishes plate 732; A negative thread 734a cooperates with the outside thread 728a of elongated portion 728 by screw thread; A slip pipe 736 stretches out downwards from finishing plate 724 in a position that separates with upper bottle cover 734.Slip pipe 736 axially stretches out downwards from finishing plate 732, tightly inserts among the interior bottle cap 726.

The lower end of upper bottle cover 734 is provided with a shirt rim 734b, can limit opening that upper bottle cover 734 do not expect.But shirt rim 734b is connected to the lower end of upper bottle cover 734 by a breaking device, makes that shirt rim 734b can be by an external force easily from upper bottle cover 734 separately.

The lower end of slip pipe 736 is provided with an embolism 740, the inside of salable slip pipe 736, and can from slip pipe 736, separate.Embolism 740 has a locating

ring

742, and 726b cooperates with stop flange, with the axial motion of restriction embolism 740 with respect to slip pipe 736.

Between the bottom of slip pipe 736 and embolism 740, be provided with a seal ring 750, in order to sealing additive storage spaces 2.

There is the operation of the 24th embodiment of the present invention of said structure as follows.If the user rotates the device 720 that opens the cabin at initial condition, as shown in figure 48, upper bottle cover 734 can tighten on the elongated portion 728 by the right-hand thread cooperation, can separate with shirt rim 734b and rise.Therefore shown in Figure 50 A, the additive in storage area 2 by discharging opening 726a just additive be discharged in the bottle 710.During turning, the device 720 that opens the cabin rises to a preset height, makes the negative thread 734a of upper bottle cover 734 deviate from the outside thread 728a of elongated portion 728.This moment is because the effect of locating ring, and the 728b device 720 that opens the cabin can't continue to move up, and can only be around elongated portion 728 idle running.

Like this, the user can dally around elongated portion 728 to the device 730 that opens the cabin by doigte, can recognize that a material mixes fully in additive and the bottle.

If user's inhour is rotated the device 730 that opens the cabin, the device 730 that opens the cabin tightens on the elongated portion 728 by screw thread fit once more, and is moved down into initial condition, as shown in figure 48.In this case, rotate the device 730 that opens the cabin if the user continues inhour, the rotational force of the device 730 that opens the cabin will send additive storage container 720 to.Thereby the negative thread 724a of the major bottle cap 724 of additive storage container 720 will rotate with respect to the outside thread 712 of bottleneck 711.At this moment, the negative thread 724a of major bottle cap and the outside thread 712 of bottleneck will be tightened in together by the left hand screw thread fit, make to prevent that holding bay 720 from not expecting that the shirt rim 724b that opens can separate with major bottle cap 724, additive storage container 720 can be taken out from bottleneck 711, shown in Figure 50 B.

Figure 51 and Figure 52 have shown the 25th embodiment of the present invention.In this embodiment,, no longer provide specific explanations to the element of same structure and operation being arranged with the 24th embodiment of the present invention.This embodiment changes from the 24th embodiment of the present invention, has shown hermetically-sealed construction how more effectively to make embolism 740.According to this embodiment, be provided with a cylindrical shape seal ring 752 in the bottom of slip pipe 726.Seal ring 752 is provided with slip pipe 726, inserts a seal ring 752 when injection molding is produced slip pipe 726 in die cavity.In other words, seal ring 752 is made by dual injection molding operation.

In addition, elongated portion 728 is different with the 24th embodiment, does not comprise locating ring.Also be provided with a sound outlet 734b by upper bottle cover 724.

Figure 53 A and Figure 53 B have shown the operation of the 25th embodiment.In this embodiment operating period, when the negative thread 728a of device 730 from elongated portion 728 that open the cabin deviate from, negative thread 734a can act on the flange 728c that produces the sound and send the sound.The sound is sent in the atmosphere by sound outlet 734b, the user is recognized open the cabin device 730 to be opened fully, and additive is discharged in the bottle 710 fully.Subsequently, the user can be according to the present invention a kind of way of bottle device 730 that will open the cabin tighten on the bottleneck.The operation of this embodiment is identical with the method that the 24th embodiment describes.

Above-mentioned the 25th embodiment can keep the sealing between slip pipe 726 and the embolism 740 effectively, can prevent that therefore additive is rotten.

Claims

1. bottle, comprising: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, the both ends open of additive storage container is provided with the insertion portion of a bottleneck that inserts bottle and is exposed at bottleneck exposed parts outward outward, forms an additive storage spaces; The device that opens the cabin, it cooperates with the outside thread of bottleneck by screw thread, optionally isolates with the material storage area of bottle or communicates; Separating device can take out the bottleneck of additive storage container from bottle down.

2. bottle according to claim 1, it is characterized in that: described separating device comprises: the lifting flange, its centre portion of ring surface outside additive storage container radially outward stretches out, and lifting flange and the screw-internal thread fit on the interior ring surface of the device that opens the cabin are also locked.

3. bottle according to claim 1 and 2 is characterized in that: also comprise: valve body, and radially inwardly stretch out its lower end from the additive storage container insertion portion, at the center of valve body discharging opening is arranged; A support shank, from the lower surface center shaft of the device that opens the cabin to stretching out downwards; At support shank one end the spool that can close discharging opening is arranged, additive storage spaces can be isolated with the material storage area of bottle.

4. bottle according to claim 3, it is characterized in that: its device that opens the cabin is provided with a circle tube inner wall, it is stretching out a predetermined distance with a position axis of the device outer wall isolation of opening the cabin to downwards, the outer ring surface of the feasible device inwall that opens the cabin can contact with the interior ring surface of additive storage container exposed parts is movable.

5. bottle according to claim 4, it is characterized in that: filler opening and interior filler opening outside the outer wall of the described device that opens the cabin and inwall have respectively on same horizontal shaft, the exposed parts of additive storage container has a contact hole, when device is opened the cabin in rotation, can get in touch with outer filler opening and interior filler opening in a desired location.

6. bottle according to claim 5 is characterized in that: described contact hole is designed to elongated hole, when device is opened the cabin in rotation, makes outer filler opening and interior filler opening continue contact in greater than the angular range of predetermined angular.

7 bottles according to claim 6 is characterized in that: the interior ring surface of described additive storage container exposed parts has step, and step is provided with first seal groove, and first seal groove can axially be inserted to desired depth in the feasible device inwall lower end of opening the cabin.

8. bottle according to claim 7 is characterized in that: there is second seal groove an outer position of the inwall of the described device that opens the cabin, makes the upper end of exposed parts of additive storage container can axially insert second seal groove to desired depth.

9. bottle according to claim 1 is characterized in that: the bottleneck of described bottle is made by dual molding process, makes by injection molding with the bottleneck of bottle after the bottleneck workpiece is made respectively again.

10. bottle, comprising: bottle, bottle are provided with a bottleneck, around the outer ring surface of bottleneck a ring-type locating ring are arranged; Additive storage container, it is provided with the insertion portion of a bottleneck that inserts bottle and is exposed at bottleneck exposed parts outward outward, its upper opening, there is a discharging opening its underpart, forms an additive storage spaces; Device opens the cabin, it is provided with hermetic unit, can open or close the top of the exposed parts of additive storage container, an end of ring surface has hook outside hermetic unit, be locked on the locating ring of bottleneck, have spool to be projected into hermetic unit and optionally isolated or contact mutually with the material storage area of bottle.

11. bottle according to claim 10 is characterized in that: the hermetic unit of the described device that opens the cabin is provided with fingerhold portion, and it radially outward stretches out from hermetic unit.

12. bottle comprises: bottle, be provided with bottleneck at an upper portion thereof, the elongation wall in that the sealing lower wall has a contact hole and stretches out downwards from lower wall has a locking slot around outer ring surface; Additive storage container is provided with a cylindrical shape, at sidewall opening, around the outer ring surface of additive storage container outside thread is arranged, and can make holding bay can slip into the elongation wall, and a spool can open or close the contact hole; The device that opens the cabin, it is rotatably coupled on the elongation wall of bottle and moves axially additive storage container around additive storage container with when rotating.

13. bottle according to claim 12, it is characterized in that: the described device that opens the cabin is provided with locking flange in the upper end, and the locking slot of its movable connection elongation wall is provided with a negative thread at inside face, can cooperate with the outside thread of additive storage container, and move axially additive storage container.

14. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread, the constituent material storage area; Can insert the additive storage container in the bottleneck, the outer ring surface of additive storage container has the lifting flange, constitutes some additive storage spaces, can get in touch with the material storage area selectivity of bottle; The device that opens the cabin, it comprises an outer wall that can cooperate with the outside thread of bottleneck by screw thread, can insert the inwall of additive storage container, and the dividing wall that additive storage spaces is divided into two insulating spaces.

15. bottle according to claim 14 is characterized in that: some discharging openings are arranged at the bottom of described additive storage container, and the lower surface of additive storage container projects upwards gradually to form a convex.

16. bottle according to claim 15 is characterized in that: be provided with sealing member, lower surface is provided with this sealing member in a position corresponding to each inwall and dividing wall.

17. bottle according to claim 16 is characterized in that: the described device that opens the cabin is provided with a seal groove, and the top of additive storage container can be inserted wherein.

18. bottle according to claim 17, it is characterized in that: the outer wall of described its device that opens the cabin and inwall have outer filler opening and interior filler opening respectively, corresponding additive storage spaces, additive storage container has the contact hole, get in touch with outer filler opening and interior filler opening in the desired location along identical horizontal shaft, additive storage spaces is communicated with atmosphere.

19. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is inserted in the bottleneck, and it has cylindrical shape additive storage compartment, additive storage compartment upper end open, there is a discharging opening lower end; Device opens the cabin, it has end plate, end plate has the surface to contact with the open end of additive storage compartment, axially stretch out major bottle cap downwards from the outer annular edge of end plate, the major bottle cap negative thread, negative thread cooperates with the outside thread of bottleneck by screw thread, the slip pipe that axially stretches out downwards from the interior ring limit of end plate, slip pipe moves and inserts the additive storage compartment, optionally to open or close discharging opening.

20. bottle according to claim 19, it is characterized in that: the open end of described additive storage compartment is provided with flange, the additive storage compartment is provided with outside thread to certain distance with flange is isolated to the desired location at one, the outside thread of outside thread and bottleneck has identical pitch, major bottle cap, it is equipped with outside hook-type flange in pre-determined bit of female thread portion in-to-in, the outside thread screw thread fit of outside hook-type flange and additive storage compartment, and caught on by outward flange, outside hook-type flange radially outward stretches out from major bottle cap, when device was opened the cabin in rotation, outside hook-type flange will be caught on by outer outward flange, to take out the additive storage compartment from bottleneck.

21. bottle according to claim 20, it is characterized in that: described its additive storage compartment is having an interior ratchet around the root circumference place near flange, one end of outside hook-type flange is provided with an outer ratchet, only allows outer ratchet rotating to a direction of internal ratchet mutually.

22. bottle according to claim 21, it is characterized in that: described its flange also comprises the flange that radially inwardly stretches out and the interior hook-type flange that can be caught on by inward flange, interior hook-type flange is protruding from the outer shroud radial surface of slip pipe in the position corresponding to outside hook-type flange, when device is opened the cabin in rotation, interior hook-type flange will be caught on by inward flange, to take out additive storage container from bottleneck.

23. bottle according to claim 22 is characterized in that: the outer annular edge of described end plate is provided with the upper bottle cover on the top of closed slip pipe.

24. bottle according to claim 23 is characterized in that: described end plate is provided with at least one contact hole that can be opened or closed by flange.

25. bottle according to claim 19 to 24, it is characterized in that: the outer ring surface of described its additive storage compartment is provided with the several sealed flange, sealing flange contacts with the inside face of bottleneck, makes to keep a kind of sealing state between additive storage compartment and the bottleneck.

26. bottle according to claim 25 is characterized in that: the lower surface of described additive storage container projects upwards gradually, forms convex.

27. according to the described bottle of claim 26, it is characterized in that: described its sealing member inserts the lower surface of additive storage container in the position of the lower surface contact slip pipe end of additive storage container part.

28. bottle according to claim 22 is characterized in that: described outer annular edge around end plate forms elongated portion, and upper bottle cover optionally is connected to elongated portion.

29. bottle according to claim 28 is characterized in that: described dividing wall is projecting upwards from the lower surface of additive storage container, and the additive storage compartment is divided into two parts, and upper bottle cover is provided with an insertion groove, and insert wherein the upper end of dividing wall.

30. according to claim 28 or 29 described bottles, it is characterized in that: described upper bottle cover is connected on the major bottle cap by a connection rib.

31. the bottle according to claim 28 is characterized in that: described elongated portion is provided with an outside thread, with the outside thread of bottleneck identical pitch is arranged, and a Sports bottle cap is arranged, and its negative thread links together by the outside thread of screw thread fit and elongated portion.

32. bottle comprises: bottle, be provided with a bottleneck, the outer ring surface that centers on bottleneck has an outside thread; Additive storage container, it inserts among the bottleneck, and it has cylindrical shape additive storage compartment, the storage compartment upper end open, but the lower end is provided with a tear-off portion, but tear-off portion has one can tear line; Device opens the cabin, its end plate has the surface to contact with the open upper end of additive storage compartment, major bottle cap axially stretches out downwards from the outer annular edge of end plate, major bottle cap has a negative thread to be connected on the bottleneck by screw thread fit, major bottle cap has slip pipe axially to stretch out from the interior ring limit of end plate downwards and moves and insert the additive storage compartment, is provided with blade in the lower end and can tears line to tear.

33. bottle according to claim 32, it is characterized in that: the open upper end of described additive storage compartment is provided with flange, flange has from the radially-protruding outward flange of additive storage compartment, the outer ring surface of additive storage compartment is being isolated the position of a preset distance with flange, its outside thread has identical pitch with the outside thread of bottleneck, major bottle cap is in a desired location of female thread portion, cooperate by the outside thread of screw thread with the additive storage compartment, can be caught on by outward flange, outside hook-type flange is radially inwardly outstanding from major bottle cap, when device is opened the cabin in rotation, outside hook-type flange will be caught on by outward flange, to take out the additive storage compartment from bottleneck.

34. bottle according to claim 33, it is characterized in that: described flange also comprises an inward flange that radially inwardly stretches out, comprise the interior hook-type flange that can be caught on by inward flange, interior hook-type flange ring surface outside slip pipe is radially outward outstanding in a position corresponding to interior hook-type inward flange, when device is opened the cabin in rotation, interior hook-type flange is caught on by inward flange, to take out additive storage container from bottleneck.

35. the bottle according to claim 34 is characterized in that: described end plate is provided with at least one contact hole that is opened or closed by flange.

36. the bottle according to claim 34 is characterized in that: described outer annular edge around end plate forms an elongated portion, and upper bottle cover optionally is connected on the elongated portion.

37. bottle according to claim 36 is characterized in that: described upper bottle cover is connected on the major bottle cap by a connection rib.

38. according to the described bottle of claim 37, it is characterized in that: described upper bottle cover is provided with the several sealed flange in the predetermined distance in inner face interval, and elongated portion is provided with the seal ring that can insert sealing flange.

39. bottle according to claim 34 is characterized in that: described elongated portion is provided with outside thread, and the outside thread of outside thread and bottleneck has identical pitch, and Sports bottle cap has negative thread, can be connected on the outside thread of elongated portion by screw thread fit.

40. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, additive storage container are provided with cylindrical shape additive storage compartment, its upper end open, and the lower end has discharging opening and cutting flange axially outstanding from the lower end of additive storage compartment, is provided with a hook in a side of discharging opening; Device opens the cabin, it is provided with end plate, end plate has the surface to contact with the open upper end of additive storage compartment, major bottle cap axially stretches out downwards from the outer annular edge of end plate, it has negative thread to be connected on the bottleneck by screw thread fit, slip pipe axially stretches out downwards from the interior ring limit of end plate and move to insert the additive storage compartment, but in the bottom of slip pipe tear-off portion is arranged, and the shackle that can be caught on by hook is arranged; And separating device, separating device by the inside face of additive storage container open upper end annular fixedly the movable ratchet of ratchet and slip pipe outside face form, when opening the cabin device when bottleneck discharges, movable ratchet acts on fixedly ratchet in the desired location.

42., it is characterized in that according to the described bottle of claim 40: described its fixedly ratchet with axially have the surface contact mutually with movable ratchet, when rotation discharges cabin device, make fixing ratchet and with the limited in rotation of movable ratchet.

42. the bottle according to claim 41 is characterized in that: described fixedly ratchet and and movable ratchet tilt in the rear surface, can make slip pipe insert additive storage container.

44. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, additive storage container are provided with cylindrical shape additive storage compartment, its upper end open, and there is discharging opening the lower end, around discharging opening some axial cutting edges is arranged; Device opens the cabin, the device that opens the cabin has end plate, its open upper end with the additive storage compartment has the surface to contact, major bottle cap axially stretches out downwards from the interior ring limit of end plate, major bottle cap has negative thread, is connected on the bottleneck by screw thread fit, and slip pipe axially stretches out downwards from the interior ring limit of end plate and moves and insert the additive storage compartment, in the slip pipe lower end but tear-off portion is arranged, can be punctured by cutting edge; Separating device, separating device comprise that fixedly ratchet and the device slip pipe bottom of opening the cabin make movable ratchet to respect to a fixedly direction rotation of ratchet corresponding to a fixing movable ratchet of a position of ratchet around the annular of additive storage container open upper end.

45. according to claim 43 or 44 described bottles, it is characterized in that: the interior ring surface of described additive storage container open upper end is provided with sealing flange, sealing flange moves with the outer ring surface of slip pipe and contacts.

46. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, major bottle cap axially stretches out from the outer annular edge of end plate, negative thread is arranged, cooperate with the outside thread of bottleneck by screw thread, interior bottle cap axially stretches out from the interior ring limit of end plate and moves and is inserted into the bottleneck, but in interior bottle cap bottom tear-off portion is arranged; Device opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out from the outer annular edge that finishes plate, negative thread is arranged, with interior bottle cap outer shroud surface engagement, there is slip pipe axially to stretch out and move axially the insertion additive storage container downwards, cutting edge arranged in the slip pipe bottom from end plate, but in order to puncture tear-off portion; The device that opens the cabin, a clips is arranged at the device bottom of opening the cabin, and makes clips to be cut and limit the device that opens the cabin to move down.

47., it is characterized in that according to the described bottle of claim 46: but described tear-off portion has thin ring limit, but tear-off portion firmly is connected with interior bottle cap by an anchor fitting herein.

48. according to the described bottle of claim 47, it is characterized in that: have along its length on the interior ring surface of described slip pipe and radially inwardly outstanding stirring flange, it is radially outstanding to stir flange.

49. the bottle according to claim 46 to 48 is characterized in that: described slip pipe is provided with at least one radially inwardly outstanding agitator arm.

50. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, major bottle cap axially stretches out downwards from the outer annular edge of end plate, negative thread is arranged, cooperate with the outside thread of bottleneck by screw thread, interior bottle cap axially stretches out from the interior ring limit of end plate and moves and is inserted into the bottleneck, the device that opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out from the outer annular edge that finishes plate, negative thread is arranged, with interior bottle cap outer shroud surface engagement, there is slip pipe axially to stretch out and move axially the insertion additive storage container downwards from end plate, seal by embolism in the end.

51. according to the described bottle of claim 50, it is characterized in that: the bottom of described embolism has a hook, and hook can be caught on by the hook-type flange, thereby prevents to deviate from from the hook-type flange.

52. according to the described bottle of claim 51, it is characterized in that: described embolism has sealing flange, can be connected on the seal groove of slip pipe bottom, and embolism can be coupled together with the slip pipe that will separate from slip pipe.

53. according to the described bottle of claim 52, it is characterized in that: the lower end of described slip pipe is provided with embolism, between embolism and slip pipe elongated torn line is arranged.

54. according to the described bottle of claim 53, it is characterized in that: the described line that tears is a parallax.

55. according to the described bottle of claim 53, it is characterized in that: locking slot is arranged at the top of the outer ring surface of described embolism, locking slot matches with locking flange, and locking flange is inwardly outstanding from the inside face of slip pipe, can make embolism be connected to the slip pipe that will separate from slip pipe.

56. according to the described bottle of claim 55, it is characterized in that: be provided with seal ring between described embolism and the slip pipe.

57., it is characterized in that: between described slip pipe and the interior bottle cap effect flange is arranged, when slip pipe and interior bottle cap move to axial, can keep the sealing state between slip pipe and the interior bottle cap and ticktock according to the described bottle of claim 56.

58. according to the described bottle of claim 57, it is characterized in that: described end plate is provided with sound outlet, will send to the atmosphere from the tick that the effect flange sends.

59. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, interior bottle cap axially stretches out downwards from the interior ring limit of end plate, and mobile being inserted in the bottleneck, at interior bottle cap one end a discharging opening is arranged, have outside thread continuous mutually from the radially outward outstanding outside thread of outer annular edge of end plate with bottleneck; Device opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out downwards from the outer annular edge that finishes plate, negative thread is arranged, outer shroud surface engagement with bottleneck and end plate, slip pipe is arranged from finishing plate and axially stretch out and moving axially the insertion additive storage container downwards, seal by embolism, a discharging opening is arranged in the slip pipe bottom in the end; Bottom with tearing film covering additive storage container seals up the slit between slip pipe and the interior bottle cap.

60. according to the described bottle of claim 59, it is characterized in that: the bottom of described slip pipe is provided with chock, can prevent that additive storage container from rising to a desired location that is higher than with respect to the device that opens the cabin.

61 according to the described bottle of claim 60, it is characterized in that: described bottleneck upper end face is provided with down ratchet, additive storage container lower surface corresponding to the bottleneck upper end face is provided with ratchet, and additive storage container is only rotated to a direction with respect to bottleneck.

62. according to the described bottle of claim 61, it is characterized in that: described additive storage container top is provided with down rachet, the device lower surface that opens the cabin corresponding to additive storage container top is provided with rachet, last rachet to respect to a direction rotation of rachet down, makes the rotational force of the device that opens the cabin be sent to additive storage container only.

63. according to the described bottle of claim 62, it is characterized in that: be provided with the annular seal flange around the outer ring surface of slip pipe, the position is in the above and below of discharging opening.

64. according to the described bottle of claim 59 to 63, it is characterized in that: described slip pipe is provided with dividing wall, and additive storage spaces is divided into two parts, and discharging opening and an opening outlet are arranged on two separate sections of additive storage spaces.

65. according to the described bottle of claim 64, it is characterized in that: described end plate is provided with at least one opening outlet, to provide additive to additive storage spaces inside.

66. bottle comprises: bottle, bottle are provided with a bottleneck, and the outer ring surface of bottleneck is provided with outside thread; Additive storage container, it is provided with end plate, end plate contacts with the open end surface of bottleneck, major bottle cap axially stretches out from the outer annular edge of end plate, and its negative thread cooperates with the outside thread of bottleneck by screw thread, and interior bottle cap axially stretches out from the outer annular edge of end plate, a negative thread, cooperate with the outside thread of bottleneck and mobile being inserted in the bottleneck by screw thread, but a tear-off portion is arranged, but tear-off portion is arranged in interior bottle cap bottom in interior bottle cap bottom; Device opens the cabin, the end plate on bottle cap top in it comprises, upper bottle cover axially stretches out from the outer annular edge that finishes plate, negative thread is arranged, outer shroud surface engagement with bottleneck and end plate, slip pipe is arranged from finishing plate and axially stretch out and moving axially the insertion additive storage container downwards, a cutting edge is arranged in the slip pipe bottom, but to puncture tear-off portion; With the device bottom of opening the cabin a clips is arranged, make clips to be cut and limit the device that opens the cabin to move down.

67., it is characterized in that according to the described bottle of claim 66: but described tear-off portion has thin ring limit, but tear-off portion firmly is connected with interior bottle cap by anchor fitting herein.

68. according to the described bottle of claim 67, it is characterized in that: described slip pipe has an along its length and radially inwardly outstanding stirring flange.

69. according to claim 66 or 67 or 68 described bottles, it is characterized in that: described slip pipe has an agitator arm at least, and is radially inwardly outstanding.