CN1294560A - Multifunctional container frame for any kind of receptacle with mechanical lids and anchoring basis - Google Patents

Abstract

Multifunctional container frame for any type of containers with mechanical lids and anchoring basis; the object of the invention is to create a concept of package offering multiple applications and practical solutions in use through adapting lids for computation or pouring of liquid or solid products to packages which lack of these facilities in order to avoid breaking them or racking the products. The device is characterized by a structure which conforms a frame, said structure having vertical rods (1) joining other horizontal rods (1i) and (1S), the rods (1) being provided with hinges at their central intersections, anchoring basis (8) which hold the package (5) by means of tongues (6) through flanges (7i), said basis being anchored through channels (9) which are crimped to the rods (1i) and (1S); the lid (10) is anchored to the base (8A) by means of a main frame (11).

Description

The multifunctional container frame that is used for various packings with mechanical lid and fixed base

Goal of the invention

Describe as title of the present invention, the present invention relates to a kind of device, this device is made of framework, lid, a fixed base, its design and be designed to obtain many advantages from their several special applications.

The lid of the packing that is used for food, cleaning products etc. that this device adopts is owing to its structure, inclusion or lack means on market, and often lose product, because most these containers are the plastic bags that do not have rigidity, and be used in a package, keeping several vessels, so that pile up or be displayed in various containers in shop or the store shelf etc.; And be used in a package, several sacks being linked together; No matter be to be used to keep with a kind of container of product or in conjunction with the container of different product, for example the annular by framework, lid and fixed system is in conjunction with being connected two soup stock sacks or having pouch cereal foods of a sack milk etc.

Background of invention

Up to now, also lid is not placed on the container that lacks rigidity, for example is used for the sack of a series of food such as melon seeds, rice, sugar or the device on the packing.And, also there is not a kind of device, container can systematically be piled up or arrange in this device, perhaps allows and will couple together with a kind of several vessels of product or different products be combined in individual packaging spare, no matter be food, beverage, cleaning products etc.

Invention is described

Container frame is made of three main portions: 1. structure that is made of one group of bar that forms a framework or wall, the shape of described framework can support and keep packing.2. the lid of some, it is being kept by framework and is being connected to packing, opens with bounded system and measures different product for they are provided with one like this.3. the base portion of some, it is connected to the framework of maintenance and supporting package and lid, and these lids are connected to framework and packing.In addition, this base portion provides rigidity and impregnability for the structure that is formed by framework.

The problem that exists

Most packing is parcel, sack, parcel, tetra-pack dress (tetra brick) plastics or glass bottle and plastics or carboard box on the market.

First example is a breakfast cereal.These are generally comprised within the parcel, and the latter is by a carboard box and a sack of being made by common plastics within it, perhaps plastics or the paraffin paper of handling with aluminium.First problem that the customer runs into is to unpack by the carboard flap at the top of packing.In case open, inside comprises the necessary manual unlocking of sack of cereal foods, and under the situation of the plastics of handling with aluminium, this causes sack exceedingly to tear and open usually, thereby drop out a certain amount of cereal foods between sack and carboard box inboard, so cereal foods in a small amount falls into the bottom of box.

When cereal foods is poured into when being used to consume in the vessel, same thing can take place.Because when packing tilts to turn back to its upright position then, comprise the pinnacle overflow always of the sack of cereal foods, a certain amount of cereal foods can fall usually; These all are used to be grown up, because it is very difficult to allow a child unpack.Because child lacks ability, more substantial cereal foods can be lost.Can unpack with scissors, but because scissors is sharp-pointed and the top is sharp, so this is impossible for children.In addition,, have scissors usually, but in cafe, packing is opened with hand usually, thereby can bring the problems referred to above if packing is placed in the kitchen.Example for children is because most of customer of sweet cereal foods is children.After this, packing must be sealed with clothes peg; If sack is opened improperly, it can be folded then and closely seal with safety pin.If but sack tear, just can not correctly seal and air can enter, so after several days, because can not correctly seal cereal food containers sack, cereal foods can lose flavour.

Second example is to be used for rice, sugar, lens, chick-pea, pasta, coffee, powder chocolate, flour, salt, biscuit, various nut; Almond, hazelnut, puffed rice, melon seeds and a large amount of packaged foods, and chemical souring product, for example Powdered cleaning agent, bath salt etc.In fact all these products comprise that food and cleaning products all stand as mentioned above the same problem for cereal foods, but owing to following situation become worse do not have the carboard box because these products nearly all are packaged in plastics or paper bag.Their easier tearing are opened them than opening cereal foods difficulty more; The customer can do three things after opening.

First is that inclusion is transferred in a glass bottle or the similar containers.Another part is to consume whole inclusion immediately, and the 3rd is to use in a small amount and with remaining and stays in the container.To be that the customer is the easiest run in the third selection.In case open container, as sealing this container for cereal foods packing with a clothes peg, but basic plastics of most this packaging or paper etc. make, and the latter tears when opening easily, as the cereal foods sack.

These packings can not closely be sealed equally, and folding and unpack and place and remove clamp when using inclusion each time is very much trouble, a large amount of containers that are not included in storage here and smash after unexpected the dropping in customer family.

The 3rd example relates to the plastic bag that comprises liquid and solid.The sack instability that comprises liquid, for example fresh milk, so not selection of customer can only be placed on sack in the plastics or glass bottle in the refrigerator, so that prevent that it is sick.In addition, milk is not easy to be poured in the vessel, because these sacks are one jiao of manual unlocking or with a sharp-pointed tool to open.

If they are correctly opened, inclusion is toppled over out, but when it is opened improperly, that is to say, too much or very little, a certain amount of milk will be poured out and overflow, perhaps very small amount of milk comes out.

Because these problems, the sack that comprises liquid almost can only be used for fresh milk, because they lack stability, and the defective that exists during pouring liquid, the purposes that they are used for other liquid has been dropped.

The 4th example relates to the sack that is used for food, for example potato chips etc., and this sack is unstable and be created in storage problem in the shop, must stop them to drop with very big goods carrier in the shop, drops normally because bigger size and fugitiveness.As aforesaid example, these sacks are torn easily and its inclusion can not be closed, like this or inclusion consumed fully, perhaps consume a certain amount of and throw away remaining.

The 5th example relates to parcel, and they are generally used for fried food, then food poured into boiling in the boiling water, is used for soup and several other food.Mentioning this example is not because there is any problem in the customer, but because its manufacturing issue.Because when they are sold in the supermarket, they usually with 4,6 or the form of more parcels occur, only so possible means are that parcel is tied with a transparent plastic package material, the result causes ugly outward appearance.These packing can not reclaim usually, have wasted raw MAT'L and have destroyed ecological.

The 6th example, tetra-pack dress (tetra brick) system.This undoubtedly is the most widely used system in the world wide, sells at most, because in fact all liq maker uses it.Its application examples as, just quote a bit, fresh milk and variation thereof, are admixed beverage etc. at fruit juice, wine.

Such container has operability and anti-vibration, but still has several problems.At first, it is at a corner opening of one of its fold, and described fold is provided with aperture to mark line of cut.In this case, the poor-performing that is torn by hand is perhaps bigger with scissors cut.In both cases, liquid can overflow by N/R, and the customer must stand the trouble of cleaning.But the main inconvenient part of this container is that it can not be recovered, and therefore as previous example, has wasted raw material, has caused pollution.Thus, these two kinds of systems must come part address the above problem by a small lid, handle to overflow after opening container and cause dust, bacterium etc. to enter and inclusion is lacked the problem of protection.Wherein a kind of lid has reached this point really, but other is still not enough, because stayed liquid residue at its periphery.For milk, its can be when contact with air ferments, and its pouring liquid correctly.Other has then solved this problem fully.

The 7th relates to glass bottle etc.The major defect of glass may be that it is broken easily, because it can smash when slightly impacting being subjected to, but it might also be mentioned its weight, because maker selects to use thicker glass that bigger shock resistance is provided, and can not make wall thinner, for example in jam jar, because they are frangible.Its usefulness is the hundred-percent percent recovery, except a few variations, cleaning, health, the transparency and the applicability of various container shapes.For this reason, the industry of glass food containers is very not active.

The 8th example is plastic bottle and carboard or plastics box, and it has a problem, that is, nearly all container all lacks one and is fit to pour inclusion into a lid in the plastic bottle.For example, chocolate milk powder bottle has traditional thread cap, in case lid is removed, just must come consumer products with spoon.

Plastics box is typically provided with circle, square or elliptical cover, but as described in the fwd example, the system that it is not used in metering or topples over.An example is chocolate box.

All are above-mentioned all to be necessary, its objective is in order to understand the various practice schemes of the multifunctional frame that is used for various containers with lid and fixed base.

Issue-resolution.

Several solutions are arranged, change with the application that is used for different food products and cleaning products etc.

In first example, relate to the cereal foods box, first technical scheme reliable and practicality is the side that a lid is connected in the carboard box, this lid also is used for sack is connected to box.This lid is telescopic, and is provided with a little mechanism and makes the customer pull out metering or topple over lid or it is rolled back.

Second example relates to a kind of packing (annotate: these relate to packing, but they are exactly sack in some cases, thereby solid and fluid zone separately or with a kind of product and another kind of product zone are separated) that does not have box.Some are mentioned in front, for example are used for rice, sugar, lens, chick-pea, pasta, coffee, powder chocolate, flour, salt, biscuit, various nut; Almond, hazelnut, puffed rice, melon seeds and a large amount of food and chemical souring product etc.The problem that runs in these product kinds is that this tank capacity is torn, and product must be transferred to second packing from first packing, so that more effectively use food.The solution of this problem is to these packings provide one to prevent to pack the device of tearing, and a lid of using when using first packing is provided, that is, the packing of maker is so that pour out or measure product.

The 3rd example relates to a kind of sack that holds milk.When sack strikes with the hand open, and when shifting inclusion, the part inclusion can spill usually, because it lacks stability, so sack must be placed in the bottle.The solution of this problem is that this framework comprises this sack and gives its balance and stability for sack provides a framework, and a lid of measuring inclusion is provided.

The 4th example relates to the sack of the another kind of type that is used for potato chips etc., is the sack instability in the problem of this existence, because its size needs the shelf of enormous size to keep sack not drop in the shop, and tears sack easily when opening.

This scheme is identical with above-mentioned example, and the lid that provides for sack is suitable for various food, and a framework that sack is remained on the upright position is provided.

The 5th example relates to such fact, when food when selling with several parcel one composition groups, the food parcel packing of boiling in advance is very poor, because plastic package material is placed around their usually.The solution of this problem is by a kind of structure several these parcels to be linked together, and this structure constitutes a framework and keeps the parcel alignment, shows beautiful image.

The 6th example relates to the tetra-pack dress, and it can not break because its structure will be out of shape except being can resist impact effectively maximum the selling goods in the world wide.But it bears a human problem the most serious, that is, and and environmental pollution.Such container can not reclaim, because plastics, aluminium and cardboard flaggy are not easy separately, because they are adhered to one another.In addition, it is relatively poor that it opens system, and as the aforementioned example that is used for the milk sack, when it was opened, some inclusion almost always overflowed.

This scheme provides a kind of new system that opens, and it can be used in the metering inclusion and container is closely sealed.

The 8th example relates to plastic bottle and plastics and carboard box, its shortcoming is can not unscrew a lid in plastic bottle and use a spoon to take out inclusion, perhaps be used for box, for example chocolate box, the lid of a square (or any other shape) must be opened so that take out product.

Its distortion as aforesaid situation, is to provide lid for these containers.These lids are used for taking out product manually or automatically, and needn't all unpack at every turn, no matter its lid that to be screw thread screw on or the lid of any effect of being stressed etc.

Advantage

The advantage of apparatus of the present invention is very valuable, because its a large amount of possible application in existing packaging system.

These advantages are as follows.

The most important thing is that at first container frame, lid and support base all can reclaim, because its material is free of contamination injected plastics material.

The second, it is also important that, because it is a container frame, can in its structure, hold the packing of Any shape, because the shape of this structure can occupy any shape that is used for supporting any packaging system.

With regard to glass, because the performance of plastics, not long ago, its output has been cut down in glass industry in a large number.Container frame can provide for the maker of various glass containers in the world wide and change the most widely, and new industry, has the new container of thin-wall because can make.At first,, existing glass container provides certain shock resistance because having thicker wall as previously mentioned, but still broken because of accidental impact easily, this will reduce manufacturing cost.The second, by reducing thickness, also reduced weight.Existing container is compared very heavy with plastics.If their weight reduces, will bring huge interests for the customer, because like this they will not need to carry very large weight.The 3rd, container frame can be protected container, prevent that it from being impacted, and prevents to hit the container of side within it because it is special design.Here it is why these new light containers can be manufactured and prevent unexpected impact.The 4th, because described device allows a metering lid is connected in the system that any glass container may be provided with by suitable openings, its advantage is to have brought benefit for glass manufacturer and customer as a result.It has brought a kind of possibility of making novel container for worldwide maker, because glass is restricted now, the customer has had a kind of scheme of practicality thus, glass container is connected on the framework, container will be can be broken.They will be lighter, and design lid and be used for making things convenient for consumer food or other products.

Packing with inner sack.These containers have the problem that runs into when the similar packing of cereal foods box and other is discussed: system that is difficult to open, tear inner sack, overflow cereal foods etc.At this, because being packaged in a side, this is provided with a lid, the latter has been connected to the carboard box with sack, and following advantage is provided:

At first, box does not need to open with the sack that comprises food.

The second, in order to use product, do not need to use clothes peg or similar articles, only need open a simple mechanical lid and pour out inclusion, so prevented the excessive of cereal foods or similar inclusion.

The 3rd, anyone is uncover easily, and particularly children because considered 6 years old children's situation when design, and do not need manually operated sensitivity.In addition, do not need to use scissors or other sharp-pointed instrument to open container, so avoided the anything unexpected of the heavy mis-application scissors of youngster yet.

The 4th, for maker has opened a new sale line, because this will provide a kind of means of putting into practice of consuming cereal foods etc. for the customer, and prevent that they are sick, because cover panel is sealed and stop air admission and damage inclusion, make it and to use, prevent that simultaneously germ from entering and cause hygienic issues.

For the packing that does not have outer case, describe one and pack with like the cereal foods packaging group, though more conscientious, because the packing of certain food or sack lack box and tear and broken because impact unexpectedly and open therefore easilier.Advantage is many-sided: the first provides a container frame, thereby can both prevent that under any circumstance container from tearing, because packing is not protected.It two provides a telescopic lid, because rigidity is not enough, does not have lid to be placed on above it now.Advantage is that described framework provides strut member for packing and lid, and prevents that as previously mentioned food from damaging, and unexpectedly spills, and needs clothes peg to seal and solid food is transferred to another stable problem such as vessel from first packing.

The sack that is used for liquid was once mentioned them and almost can only be used for milk when discussing, in fact the latter does not have stability, and its to open system relatively poor.

Provide the advantage of container frame to be, will container be placed on and keep it vertical in the bottle, and for it provides a lid, liquid is poured out by this lid.Not needing clothes peg, because lid can seal well, can hold several liquid products with thousands of sack in addition, is very feasible because use with container frame.

About potato chips sack etc., previous sack is characterised in that and lacks stability, tears and lacks bounded system.Major advantage is for packing provides stability and vertical the placement packing not to be dropped from goods carrier, has reduced the size of shelf, and other is the same with above-mentioned other packing.

For parcel, its only purposes is two or more parcels to be remained in the container frame and with different products put together.Its major advantage is to show the product of maker better.

The advantage of tetra-pack assembling system is, container frame can all reclaim, and the tetra-pack dress is not; Container frame can be a well distortion, because it is quite light, can have identical specification and size, and anti-crushing and health have improved closure cap system, and lower manufacturing cost can be made smooth and provides its net shape subsequently.

Plastic bottle, plastics and carboard box, its major advantage provides a metering lid, and the latter can take out inclusion or a telescopic lid is used for toppling over inclusion.

Consider above-mentioned situation, we can say that the multifunctional container frame of the various packings that are used to have mechanical lid and fixed base is all better than all other systems, reason is as follows:

A: it can hold and comprise the solid that is used for people or animal consumption, cleaning and liquid etc.

B: shock resistance.

C: it can be made into smooth or assembling, and how its shape depends on and to have reduced traffic cost by packaging product.

D: in light weight and health.

F: can reclaim fully, because the container that inserts wherein can mechanically separate, and container frame is by the recyclable plastics manufacturing.

G:, and brought advantage for a new field has been made in glass industry.

H: can provide one group of specific mechanical lid for all present packaging systems, the latter has eliminated the problem of tearing packing when unpacking forever.In addition, thereby this can prevent from unexpectedly to spill the problem that liquid is got the solid product surface wet or lost solid product, and the problem that folds and open sack and use clothes shelf enclose; Prevented the product early failure simultaneously, because all closely sealings of all lids.Same it also simplified the problem that children or adult open the cereal foods packing because an as long as sealing arrangement of pulling and to pull out lid just enough.Avoided simultaneously shifting inclusion from second container of first container to family, first container is provided by maker, because the container of maker is maintained in the container frame, and will enjoy its all advantage, make container become a feasible scheme for consumers, and also very valuable for container or packaged food maker.

I: it can hold and receive all existing packings, the box that comprises sack, has the packing of sack, the packing that does not have sack, parcel, bottle and made by glass, plastics or carboard etc.

J: in one or more framework, can comprise several identical or different packings.

K: can comprise the product that two or more are identical or different at single framework or in several frameworks.

L: framework can mechanically connect, and helps better, more orderlyly stores.

M: for sack or packing provide bigger stability.

N: for various packaging products provide a kind of new outward appearance, because framework, lid and base portion can be made shades of colour.

O: it can be placed on the wall by quick connect system, makes product for example to be used for the salt packing in kitchen more easily by a metering lid.

Operation and description of drawings

The multipurpose container framework that is used to have the various packings of mechanical lid and bracing or strutting arrangement is made up of three main portions:

1. the framework of being made by a multitube structure, this multitube structure can be made of bar, plate or wall.

2. can shrink, slide, fold, the lid of metering etc., it is provided with the little mechanism that is used to carry out its function, and no matter what this is, also closely seals and be connected in various types of packings, comprises having or the packing of neither one container frame.

3. can be connected mechanically to the base portion of framework, this base portion also can be made in identical mould with framework, this base portion supports be connected any packing and lid.

Explained operation and accompanying drawing in Fig. 1, this figure is a upright transparent view of looking.

The structure that constitutes framework comprises bar 1,1s and 1i.Bar 1i is as the following base portion that is used for this assembly.Bar 1s forms base portion, and bar 1 is vertical and at pipe link 1s of angle of cut place and 1i.

Framework is made of four smooth faces, and cross line place in the drawings is expressed as I, D, P and F respectively.I is the left side, and D is the right side, and F is the front, and P is the back.

These faces connect by hinge 2, and because bar 1 by cutting perpendicularly, so can seal, Fig. 2 A represents that four faces are in not folded state.Please noting hinge 2, hemisphere 5, thereunder is two ruled surface bars 1.

Shown in Fig. 2 A, wherein arrow O has represented the folding direction of four faces, when the assembly of being made up of four faces is folded, has just formed a container or cage structure.This container or cage structure keep sack 5 among Fig. 1 by protrusion 7i and 7s, and by protrusion 7i and 7s the protrusion 6 of the folding part of sack 5 are held in place.Protrusion 7 is connected to fixed base 8, and the latter is connected to bar 1i and 1s by the direction shown in arrow I and the D among its long edge Fig. 1, and this moment, described base portion 8 was by groove 9, kept by its side.After each side of framework was by bar 1i and 1s sealing, groove 9 was held on the throne, because these bars are left in their groove.

In the end of each corner that is formed by bar 1,1i and 1s a ball 4 is arranged, this ball 4 has increased the stability of framework, and the means that are connected to another framework from side direction or top are provided.

Shown in arrow among the figure, front F is connected in base portion 8A, and this base portion 8A is stuck among the groove 9A by bar 1.Bar 1 inserts among the groove 9A by pressure, that is to say, because bar is flexible, they are outwardly-bent a little to arrive groove 9A.Formed connection on the F in front.

The center is scalable lid 10 in front, and this lid 10 is connected in main frame 11.Be provided with a hole at the center of main frame 11, the shape in hole is suitable for the shape of lid, its rear side by one within it the relative framework of side be connected to sack 5, and sack is connected to base portion, because this relative framework is inserted in the rear support of main frame of scalable lid.The sack green phase is connected to base portion to framework, and described relative framework is pressed on the rear end of main frame and catches therebetween sack, and this relative framework has an opening identical with the opening of base portion.

Because lid 10 is connected on the sack 5, and the both is connected to framework 1 securely by base portion 8A.Sack 5 is provided with a telescopic lid (see figure 9), and the latter can be drawn out sack or withdrawal sack, thereby a simple sack with lid is provided, and this lid is sealing liquid and solid closely.

Similarly, when sack was held by two upper and lower protrusion, framework 1 made sack keep stable, makes it remain on the upright position.

Can also connect several sacks by framework 1, several sacks are in a framework or in several framework.

See Figure 16, two frameworks have to be fixed and connecting device 2,3A, 3B and 4.

Be described by a example in conjunction with Fig. 1 above, but it can be applied to have the existing packing of Any shape or material with framework of common sack.Each parts to the multifunction container of various types of packings with mechanical lid and fixed base are described in detail below.

First: framework

Standard card cage

Fig. 2 has represented a upright transparent view of looking.This framework is made of one group of bar 1,1i and 1s, formed 4 independent faces by this group bar, and as shown in Figure 2, these faces is connected to each other by the vertical hinge 2 on vertical rod 1.

In order to form framed structure, above-mentioned these faces must curve inwardly shown in the arrow O of Fig. 2 A or reverse.The sealing of described structure or fixing obtain by little lug 3 (see figure 1)s, described little lug 3 alignment, and outstanding from the plane of the bar that cracks (slit rod) 1A (seeing Fig. 2 A).Cracking, the hole 3B of setting engages on the bar 1B that cracks of the lug 3A of plane place and this group plane other end of bar 1A.

Shown in Fig. 2 A, according to needed shape, can form smooth substantially structure, thereby more unit can fit together with 4 or more sides.

Still as shown in Figure 2, the inboard of bar 1i and 1s is provided with flap 4i and 4s, and they are used for connecting and supporting package support base (Fig. 5,6,7 and 8).These flaps 4i and 4s can locate as shown in the figure or locate with other forms.

The inboard of side of being represented by arrow F, P, I and D and the rectangle that formed by bar 1 comprises framework 3, and the latter provides has the frame unit of stability especially.

The corner that is formed by bar 1,1i and 1s comprises ball 6, and this ball 6 has been stablized framework and allowed framework by as the protrusion 5 (Figure 16) of clamping element, be joined to one another at vertical rod 1 place, and this protrusion 5 is meshing the grooving 6 among the same figure.

Two bars or three bar frameworks

Fig. 3 represents another embodiment of container frame, and the structure of this container frame is linked together by hinge 2 by two vertical rods 1.When the very big rigidity of needs is held certain packing, for example glass bottle in identical frames, perhaps hold side by side two or more or during a packing on another, use this scheme.

As shown in Figure 3, bar 1 is circular, and does not have to crack as the bar 1 of Fig. 1 middle frame, and therefore this structure provides harder structure.

Similarly, ball 6 is two, and does not resemble and crack the ball among Fig. 1 and 2 A.

Be provided with supporting flap 4i and 4s in the square inboard that is formed by bar 1i and 1s, the latter can be placed on any plane of structure.Hole 5 is used for connecting an anchor fitting 2 (as Fig. 7) of a base portion.Framework can not have flap yet, and this depends on the base portion that will be added to the lid on the packing, as Fig. 5 and 6.Side-prominent framework 3 has been reinforced the plane, previous example as shown in Figure 1 in the square that is formed by bar 1.

In another possible embodiment of framework, it can have three vertical rods 1, and this vertical rod has two hinges 2 as shown in Figure 3, and wherein a bar is in the centre, and in addition two crooked near ball 6 and side F, P, I or D.Intermediate bar does not have ball with the lower end in the top.

This group plane that constitutes two bar framed structures obtains (Fig. 3 and 3B) by a groove 7, and groove 7 is stretched from the bar 1 of the end of plane F, P, I or D.Groove 7 is provided with like this, and the bar at the other end is assemblied in wherein, thereby should organize planar surface encloses.

In the framework with three bars 1 (three bar structures), for a bar on intermediate bar and described 's the opposite side, corresponding mask has fixedly point of crossing.

Separate walls or face framework

The face of this framework is loose or (see figure 3) independently.Each face F, P, I or D make complete, thereby make each mask that two bar 1i and 1s and other two bars 1 be arranged.It connects (seeing Fig. 3 and 3B) by the groove 7 in each side.

The setting of independent face has the side of different models for manufacturing or the different frames of face is useful, because do not need a unitary mould, has reduced the manufacturing cost that is used for mould.For example, 16 different models can be made with 4 moulds.

The monomer framework

This framework can be made a single-piece (see figure 1), that is, its side F, P, I or D are connected to each other, because this structure is made by single mould.This is useful for the situation that comprises several parcels etc.

Plane framework

As Fig. 4, this framework is made of vertical plane surface 1, and these planes are the flat boards that constitute edge or corner, and but its lower end is connected to similarly horizontal plane 3i and 2i, but its upper end is connected to similarly horizontal plane 3s and 2s, and the side connects (Fig. 4 and 4C) by hinge 4.Fig. 4 C has represented connecting element 6, and it is the flap of an end from the side bending of stretching out.Be provided with aperture along its length, the little lug 7 in the inwall of opposite face inserts (see figure 4) in this aperture.When inserted at two ends, framework was located to seal securely shown in 6 and 7.Fig. 4 has represented hole 5i and the 5s in face 2i and 2s, and it is used for fixing base portion shown in Figure 7 or similar base portion.

Because its smooth construction profile, plane framework allow to connect plastic film by its vertical side or other side, this assembly is sealed by upper and lower base portion simultaneously.This structure is preferred for sweet food or other food.

Can place a lid in any position, it is arranged on the top although it would be desirable.

Wall or half framework

This framework has wall (as Fig. 4) on its vertical side.And these walls can be arranged on all sides except the side that must place fixing and support base.In addition, it is identical with plane framework.

The half framework

As Fig. 4, vertical side F, P, I and D can have the half of unqualified shape, so that one bigger support base is provided or forms product or brand name for user's finger.These half can use in any one described embodiment.

Half framework

This framework is incomplete in upper end or the lower end (see figure 4) that it has plate 2s and 2i.This structure allows one and half frameworks are connected to packing, for example a carton box.Can obtain such one unit by eliminating plate 2s and passing face 3s insertion box, this box is trapped within the plate framework also sticking thereon by adhesive or similar means.Thisly be configured to a packing and increased a useful device, can not produce huge productive costs simultaneously because changing machinery.

Consider above-mentioned variation, its common trait and variation are described below.

All framework lids and base portion can be made by injection of plastic or any material that other can reclaim or degrade, as long as set normal capacity.

Lid all is public to all frameworks, and base portion also is such, is suitable for frame model as long as be used for the fixed system of base portion.

All frame models can comprise any type of packing, can hold any product in packing.But half framework is an exception, because it is to be design-calculateds such as carton box.

Framework can be formed in the single-piece, in the plane that comprises the side that is connected through the hinge, in independent side, has angled wall or half.Described bar can comprise one, two or three vertical rods.Similarly, upper and lower bar can be double joint or three a bar.

Described bar has constituted the structure of framework, and it can be placed on any position and zone.

The wall that constitutes described structure can be a single-piece, perhaps has the shape that certain region area is provided on framework, makes it to be gripped by the user easily.They also can have projection, literal, hologram image, calibration etc.

The shape that constitutes the structure of structure from following base portion can be that cylinder, square, pyramid, sphere, cylindrical, prismatic, square, rectangle, ellipse, pentagon, hexagon, octagon or all have the special shape of unequal-sided prism and other needs.

Described bar can be (double ruled), pentagon, hexagon, the octagon of circular, leg-of-mutton, foursquare, rectangle, oval-shaped, two ruled surfaces, solid or hollow.

The ball of corner can be solid or hollow, be cut into half or with the Any shape of bar coupling, for example have the square bar of a cube corner ball (cube corner ball) etc., although mainly use spherical ball.Figure 16 represents a spherical ball 2,3A, 3B and 4.Ball 2 and 3B are expressed as cross-sectional plane in the drawings, thereby can see its inside, and being illustrated in downside A and B among the figure has two apertures, at right side C and two other hole is arranged, lug D are arranged in the left side.

In same figure, also have ball 4 and 3A.Ball 4 has two lugs, lug G in the left side, lug F is at the top.Ball 3A has a hole 1 on the right side, have lug H at the top, and the latter provides framework correct orientation.

Suppose that we wish connecting frame A and B from the side.The line of centers X that Figure 16 represents two frameworks two frameworks that when connecting two frameworks, are used for aliging.The ball 3B of the ball 2 of framework A and 3A and framework B and 4 relative makes the hole 1 of ball 3A relative with the lug G of ball 4.The lower-side hole C of ball 2 is relative with the lug D of ball 3B, like this when two frameworks are placed relative to one another, described lug can enter in the corresponding hole, framework is by being fixed together in the protrusion on the right side vertical area of the bar 1 of framework A 5 and its grooving engagement on the bar B, thereby firmly fixes this unit.

Connection at the top is to cooperatively interact by the hole A of the ball 2 of the lug F of the ball 4 at framework A top and 3A and H and framework B bottom and 3B and B to obtain, as the fwd situation, and the protrusion 8 by framework A is locked on the downside groove 7 of framework B bottom and with two frame fixation together.Should get across at this, each framework has two protrusions at the top, have two grooving/grooves in the bottom, has four side direction clamping elements equally on the right side, has four grooves in the left side, because accompanying drawing has been represented an elevation view, therefore do not express the side.The location of clamping element and groove and quantity can be arbitrarily.

All frameworks can be hung on the wall by the long slab system, and this long slab system has a device and utilizes clamping element or similar means to connect or fixed frame.In the time of on putting on ceramic tile, these anchor fittings can bond on the wall by adhesive tape, when for example being used to have the salt packing of metering lid in the kitchen.This is the example of a practice, and wherein packing does not need to take out carton box and puts back to.

Adapter plate can have two or more attaching partss, and the latter or length or weak point depend on the quantity of the framework that will be draped, because have standby hole, it also can be with being threaded.

All frameworks can be by cutting on suitable side batch manufacturing, this depends on the shape of their expectations, such as on the 4th side of square frame, on the 5th side of pentagon framework or the like in each shape of structure.

Second portion, base portion

By fixing base portion of downside groove and the packing that keeps by the protrusion that clamps

Such base portion can keep any packing by protrusion.

As Fig. 1,5,6,7 and 8.

As Fig. 1, two base portions 8 have protrusion 7i and 7s respectively.Described protrusion 7i and 7s clamp an end of sack 5.The flange of sack is firmly held by two protrusions 7 of Fig. 1.Fig. 6 represents that the flange 6 of sack 5 is highlighted portion 7 and grips, and protrusion 7 is bent to form clinoplane 7B, and this clinoplane is outstanding from base portion 8.Protrusion 7 has tooth 7A on the top vertical plane surface that it is engaged with each other.

When described flange is placed on the base portion 8, two protrusions by towards the bar 1 that cracks to extrapolation, make tooth 7A withdrawal, tooth 7A has bitten flange and has made it fixing like this.

Base portion 8 is maintained on the container frame by the fixing of two grooves 9, and this groove 9 is accommodated in when frame plane is closed in the vertical rod 1 (sees Fig. 2 A).

Identical fixed base can be used for keeping lid, except placing (see figure 1) the lid exerting pressure on the plane that will be placed lid.As shown in the figure, base portion 8A inserts between two vertical rods 1.For fixing, base portion must be pushed from front F rearwards P pass through.

By fixing base portion of outer groove and the packing that keeps by the tight protrusion of double fastener

Such base portion preferably is used to keep various forms of packings, especially has the packing of two flanges in the end.

As shown in Figure 5, a packing 6 has two lower flanges 5, and this lower flange is clamped by four protrusions 3 that form two pairs of clamping elements.These clamping elements are outstanding and maintain flange 5 by the little tooth in protrusion 3 inboards from base portion 1.As the tooth 7A among Fig. 6, identical with two pairs of clamping elements among Fig. 5.The packing 5 because tooth nip the packing flange 5 and be firmly held.

Groove 2 by two bendings stretching from vertical side of smooth base portion 1 is fixed to framework, and this groove is used for engaging with two vertical rods, although also can be fluted so that be fixed on other bar of framework in the other parts of smooth base portion 1.Base portion is fixed in the inboard and the outside.

Must should be mentioned that conventional packing is being kept by two fixed base, one is last fixed base, and another is following fixed base, but this system can only be used to a side, and another system that is suitable for packing is used for opposite side.

By fixing base portion of lug or bail and the packing by wide clamping element maintenance

This base portion can keep various forms of card board packages or box or any similar packing.

Fig. 7 represents that a packing or box 7 lean against on base portion 1 even curface, and its edge surface is gripped by the flexible protrusion on the base portion 5.As described in Figure, the protrusion bending, its vertical last plane and has tooth 6 in the inboard on this plane toward each other, the nip side of packing and grip this packing securely by carboard surface or other of these teeth 6.

Base portion 1 is seen flap 4i, 4s in Fig. 2 and 3, shown in 2s, the 2i among Fig. 4 and Fig. 2 A, 3B, the 4C by flap 3.In these figure, aperture 5 receives lug 2 (see figure 7)s, and this lug 2 has little groove and is connected on the diameter in hole 5.Fig. 7 has represented one section lug 2 from the plane 3 that bar 4 is given prominence to.The fixing means of this form allows bigger position degree of dispersion, because these apertures can make in the arbitrary region of framework, and any base portion can both be in fixing and and package combination.

By the fixing base portion of groove with remain on a packing in the depression

This fixed base keeps the similar packing of glass or plastic bottle, metal or carboard box and Any shape.

Fig. 8 has represented a packing 6 in vertical base portion 5, and this base portion 5 forms one and is suitable for any type of bearing of wanting maintained packing.Be plane 1 below base portion, the profiling portion 2 on this plane 1 has an interlude that cracks, and flap 3 inserts this interlude from bar 4.

Base portion 1 is held (as Fig. 2 A, 3B and 4C, wherein having represented flap 4,4s and 2s) when frame plane is closed or fold.

Above the fixed base that changes is described, its common feature and its variation are described below.

All base portions all are applicable to various frameworks.

Various base portions can be bonded to each other, that is, as shown in Figure 5, support protrusion 3 and can be placed in as shown in Figure 7 the base portion, and vice versa.

The solid shape that hundreds of can be arranged is because each packing can have a particularly suitable anchor fitting.Previous example is that general-duty changes.

All base portions stable and stiffening frame and absorption impact are because some base portions can vertically move along described bar.When framework withstands shocks, fixed groove is maintained fixed but can be mobile a little, because packing can directly do not impacted, so can prevent breakage of packing.

All base portions can combine with various lids, keep packing (as shown in Figure 1) simultaneously from behind.Framework keeps all package wall to lean against the back of fixed base relatively, and the main frame of lid is connected to the modification of relative framework or model or selection in front.

Be used to keep all base portions of lid or any other device of container frame can be placed on any position, its shape and size can change.Mainly on left side and right side with frame fixation to base portion (as Fig. 1), but can be different and in front and the back.Similarly, they also can be placed on any desired position, perhaps on even keel or vertically.

For framework, base portion is made by complete recuperable plastics, and the latter can be burned into harmless material.

Base portion can be made with framework.Fig. 2 A, 3B, 4C and 5,6,7 and Fig. 8.Fig. 2 A represents that flap 4 can be substituted by the fixed base 1 of Fig. 7, and the latter is divided into two and half ones, and stretch out from bar 1 in corresponding side in the outside, makes final products same as shown in Figure 7, and the protrusion 5 that has tooth 6 in Fig. 7 faces with each other.

Therefore, the fixed base in Fig. 7 can lack lug 2, and the base portion of Fig. 2 A will lack support flap 4.In this way, maintain packing 7 (seeing Fig. 2 A) by closed frame, flange 5, as when side and protrusion and tooth thereof each other towards the other side near the time.As for tooth, can use other to change to keep or clamp surface of package with similar purpose.All these can be applied to all models of all base portions, thereby base portion can be fabricated directly in any framework, have a parting line, and mould of plastics can be removed.

When using these variations, can lack required strut member, in order to make framework enough hard, can add the middle profiling portion 2 that has groove at center and side (as Fig. 8), two and half ones of base portion are linked together in the centre, perhaps link together, for the strong point provides lug, groove or fluting profiling portion by either side.Other provides the anchor fitting of rigidity also to can be used to connect base portion from middle or a side.

Third part: lid

The scalable lid that does not have relative framework

This is a kind of lid that can be used for measuring, toppling over solid or liquid, and this lid can stretch, and makes it to pull out or to push packing.

Fig. 9 and 9A have described a kind of like this lid.Fig. 9 represents the lateral plan of lid, and wherein smooth lid 1 outside opening has been represented the path of lid as arrow L, and F represents the front and T represents the back.The surface of the top A of lid is face tilt forward, makes lid be pulled out or to draw in by finger.

The downside of lid 1 has leg-of-mutton protruding 10 (Fig. 9 and 9A), and this projection 10 surrounds the periphery of the depression that is formed by two vertical side 2 shown in Figure 9.These sides form the depression of a bending and have the zone of two bendings, and one is formed by upper limb 2A, and another is by descending bridgeware 9 to form.

Lid 1 is connected to framework 3 by hinge 11 (Fig. 9 and 9A), and hinge axes is below the crooked bridgeware 9 and coupling edge 4 of downside.

Framework 3 will be by gluing or remain to the front of the wall 7 of packing.

In order to pull out lid, the projection finger pull of the upper area A of lid.Lid will be followed the path of a bending and come out towards the F face, and because hinge 11 separates with framework, this hinge also is used as the rotation axis of lid.When arriving the terminal point in its path, lid 1 will be by braking framework 6 (Fig. 9) braking, this braking framework inserts the concave inside that is formed by side 2, following bridgeware 9 and last bridgeware 8 by pressure, last bridgeware 8 has the whole inboard that little tooth H (see figure 9) is arranged on its rear rim, and meshes with the little tooth of braking the framework outside.See the enlarged drawing among Fig. 9.

As a brake component, this attaching parts 5 is glued to the inboard of package wall 7 to the braking framework, makes the inner seal of packing like this with attaching parts 5, can not stay anything by inward flange or the outward flange of inlet BE.Inlet BE is the inside circumference at coupling edge 4, illustrates with line BE in Fig. 9, is used for making the product in the packing to arrive outlet BS.

Lid has tooth D and C, and the latter pins lid when lid 1 is opened and sealed.Tooth D is at the lower edge at coupling edge, and the space of on even keel filling access BE, and tooth C is in inlet BE side, forms a corner with tooth D and is vertical, shown in Fig. 9 and 9A.

When lid 1 was drawn out, therefore above-mentioned tooth and other tooth D2 and C2 engagement pinned lid 1, and described tooth D2 and C2 are in the back region T of curved surface 2A.Tooth D2 is at the upper area of bridgeware 8 and be level.Tooth C2 is vertical, and on a side of side 2, thereby formed a corner with bridgeware 8.

When lid 1 was pulled, tooth D1 and C1 were in the front of curved surface 2A F engagement, and tooth D1 on even keel is on lid part forward, and tooth C1 is vertically on flat side 2.

Because movably tooth D2 and C2 lock when opening, tooth D1 and C1 are pressed on fixed teeth C and the D when closing and are engaged with, thereby lid 1 can not be moved, and topple over the inclusion in the packing simultaneously or seal this packing closely.

The assembly of lid 1 and main frame 2 makes smooth parts during fabrication, thereby can extract mould, and the whole group of parts that Fig. 9 A represents to constitute scalable lid are in to be opened and smooth state.When lid 1 occupies operational shape when folding towards main frame 3 at hinge 11 places, like this by side 2, the depression that forms of bridgeware and last bridgeware is passed through opening BE down, depression is inserted into, but can tightly be assemblied on the wall of opening BE front and back with moving freely.

For closure cap, shown in Fig. 9 center line L, lid can be pushed back towards shown in the T by protruding A backward with finger, until the triangular hill 10 of lid rests in attaching parts 5A place.

This lid can be a general-duty, and is cheap because it is made, and not expensive in introducing packaging system of the present invention the time.Indicated as its title, this lid lacks relative framework and can be applied to any packing of Any shape or material.It mainly is designed for does not have the carboard of inner sack box or packing, but can use with any package combination yet, even glass packaging, perhaps is used in combination with any container frame.

Scalable lid with relative framework

As shown in figure 10, this lid is identical with lid shown in Figure 9, has only several places difference.In Figure 10, last bridgeware 8 and crooked bridgeware 9 extend (as Fig. 9) towards part T.This elongated extendible portion makes to have bigger spacing (arrow X1 represents this special spacing, represents short spacing with arrow X in Fig. 9) at braking framework 6 and framework 3 smooth back region.As shown in figure 10, this special length is used for this lid is fixed on the framework with base portion, and fixing and packaging (seeing the elevation view of Figure 10) from behind.See that at first the base portion of 3, one frameworks of framework or the cardboard wooden partition of a packing with inner sack are positioned at its back.In the back of base portion is the wall of sack 7, is relative framework 13 after this sack being sealed and keep together tightly.This relative framework 13 is installed in the coupling edge 4 of Figure 10, has tooth in this coupling perimeter, and framework is inserted on the periphery at this coupling edge relatively, because this relative framework has similar tooth.The wall of sack 7, base portion or carboard box 12 and the preceding framework 3 buckle fully each other, form a sandwich-like, because relatively framework 13 has tooth along its plane relative with sack 7, as shown in the figure.Therefore sack can side by side be held securely, and the coupling periphery is sealed tightly.

In addition, lid shown in Figure 10 and lid shown in Figure 9 are identical.

Giving an example of scalable lid

Scalable lid variation shown in Figure 11 presentation graphs 9 and 10, it does not descend bridgeware 9, therefore it moves forward described depression as other two kinds of lids, because as shown in figure 11, lid 1 is connected to this panel 9 by the hinge 6 with panel 9 coplanes, when closed with covers, lid is relative with the plane of main frame 3 with hinge 6 and panel 9 like this.When opening, its difference is, the outward flange that the hinge 6 of lid and its rotation axis are positioned at opening BE just, shown in amplifying among the figure, panel 9 be close to main frame 3 to leading portion, be hinge 6 on them, the axis of this hinge 6 is close to coupling edge 10.When lid and side 2 thereof and bridgeware 8 are pulled out forward, it will rest on the little protrusion 4, and its rear end T rests on the coupling edge 10, and little protrusion 4 is connected with the top of bridgeware 8.

Framework 3 will be connected on the wall 5 of any packing by gluing or other means.

In addition, described lid is identical with the feature of Fig. 9 and 10 lids.This lid is as a more cheap variation design-calculated because it does not have bridgeware 9, braking framework 6, relatively framework 13, connection opening BE in case with relative framework ingear tooth, see Figure 11.

As for its manufacturing, lid 1 and side 2, last bridgeware 8, hinge 6 and its panel 9 are made a single-piece, are different parts at this main frame 3 and coupling edge 10, and lid panel 9 is connected to main frame by welding or adhesive.

Telescopic lid with extendible side

Shown in Figure 12,12A and 12B, this lid 1 has tortuous fold in its side 2, and this side 2 is extended when lid is drawn out, folded when sealing.This cover unit has crooked bridgeware 10 in its lower end, between side 2, like this when lid 1 is drawn out, because bridgeware 10 ends tooth regional 8 being arranged and the terminal point in its path is lockable.This has the tooth engagement on the top at tooth zone 8 and coupling edge 4, thereby is located at the below that this has tooth zone 8.When lid is opened fully, just rest on the little protrusion 9, this little protrusion 9 is bearing in the back at coupling edge 4 when perpendicular positioning.

Main frame 3 will be connected on the wall of packing 6 by binder or a relative framework.

When lid 1 was withdrawn by pulling projection 11, its smooth upper surface 1 leaned against on the wide attaching parts 5 and stops, shown in Figure 12 B.Because tortuous fold 2 seals the end of this attaching parts 5 by the end of contact attaching parts 5, so closely seals opening BS, so lid will be locked on its position by two protrusions 7.Described protrusion 7 is outstanding from main frame 3, and it inserts the upper end of flat edges 1 and in the both sides of projection 11, shown in Figure 12 B.

For lid is pulled out, it is enough doing like this, that is, pulling projection 11 up to the resistance that overcomes protrusion 7, thereby is thrown off with lid 1.

Side 2 has the U-shaped profile, and its inner fold is accommodated in the inboard of the back region on lid 1 plane, and following fold has a vertical edge 12 and forms a slit E.As Figure 12 A, there is an arrow to represent the width of slit E in the bottom, the fold of side 2 is contained in wherein.As can be seen, final complications/" it " font fold is positioned on the edge 12 of lid 1.Figure 12 B represents to be connected to by the front rear end of the fold A2 of main frame, and fold A1 is close to the smooth rear end of lid 1, and is accommodated in their bottom.Like this, when lid 1 when the lower end of the fold of complications is drawn out, this fold A1 is as a hinge, because the one end is inserted into (Figure 12 A) among the slit E, and have only top to be drawn out, because fold can be in not folded state freely as accordion.

This lid is a kind of distortion of above-mentioned lid, and owing to its bounded system is suitable for cleaning liquid, because this lid is sealed well by side 2, this side 2 is a U-shaped, and its central peripheral is sealed fully.It also can be used for any other products, is applied to any packing, container or framework, because a relative framework can be provided.It just have with other device common with being connected or anchor fitting of packing.

Folder cover with detent mechanism

Telescopic lid is to be used to comprise for example packing of elongated noodles of a kind of elongated product more satisfactoryly, but also can be used for any other products, as Figure 13 and 13A, its expression lid 1 is opened and is vertical, be connected in a little edge 5 that is in vertical position by hinge 6, the latter stretches out from main frame 2.Attaching parts 4 is adhesive in the horizontal plane top of framework 2, thereunder is coupling edge 10.

Opposite end at the hinge 6 of lid 1 has a projection 11 to be used for opening or close cap 1.

Lid has a little tooth punching mechanism that is used to open or seal time location, and it comprises one from having towards the outstanding bending part 7 in the inner at the coupling edge 10 of outer tooth, and the tooth of the tooth at this coupling edge and bending part 7 downsides meshes.When opening or during close cap, these parts will engage and locate lid.

When lid 1 was closed, it is the projection 3 contact attaching partss 4 of flat surface down, thus because protrusion 3 inserts on the surface of attaching partss 4 sealed open BS.

Lid 1 pins when being highlighted portion's 9 sealings, and this protrusion 9 is stretched from the last flat surface of main frame, and reaches outside the F of front.These protrusions are hook-type, thereby are locked on the side of lid 1.For uncover, as long as pulling projection 11, overcome the resistance of protrusion 9, until bending part 7 rests on the screw thread 8 (bolt, pin or other screwed parts), thereby stop the lid 1 that still to keep vertical, as shown in figure 13.

This lid can be used for any packing or framework.It can be fixed by adhesive or a relative framework, and manufactures the single-piece panel; Lid 1 will be connected by hinge 6 with main frame 2, and be in operating position towards main frame 2 when folding by hinge 6 when lid, until described tooth and brake component engage.

Simple folder cover

As Figure 14 and 14A, this lid and aforementioned cover subclass seemingly make it more simply to distinguish but have.

Lid 1 shown in Figure 14 does not have the tooth 7 and 8 of Figure 13.Replace, lid has a groove 6 in its aft section, and this groove 6 directly is assemblied on the level or vertical rod 7 of any container frame.Lid 1 can be locked in any position by groove 6, because it assembles round bar 7 lightly as a hinge; It is tight like this, thereby permission lid 1 opens or closes but can stop at any position.

Need should be mentioned that lid 1 and main frame 4 are two independent parts, and relative with the folder cover with detent mechanism.

In addition, the lid of it and Figure 13 is identical and also can use as the lid of Figure 13.It mainly designs and is used for reducing die cost, because it is to be made by two independent parts, this separate part is simpler than single mould in previous example.In addition, because it has location possibility bigger on any framework, use so have widely.

Direct Gu Ding slip cover

As shown in figure 15, smooth lid directly is fixed on the side lever 7 by two grooves 3 on two longitudinal edges, and the bar 7 that is horizontal inserts in this groove, makes bar be inserted securely and can be free to slide.Lid 1 can be free to slide by the projection 5 on the manual promotion in front.Arrow B has been represented the path that lid is followed when being pushed to C, C represents an open position X who closes, and when when another direction A is pushed, it is shown in an open position X, because lid 1 is when shifting to A, outlet BS opens.

Be attaching parts 4 below lid 1, this attaching parts will be glued to the top of main frame 2 along the periphery of outlet BS.

Lid 1 has the depression 9 that tilts, and this inclination depression resembles an inclined-plane along the underside area that is close to projection 5 and is positioned at lid at its fwd edge.Depression 9 allows lid 1 to slide on attaching parts 4 and can not jump out its surface.

Main frame 2 will be fixed on the flap 4s of framework by little lug 2 by as shown in Figure 7 one group.

Be coupling edge 6 below main frame 2, main frame 2 can be connected on the packing.What must remind is, main frame 2 is base portions of a change, that is, the one side is fixed to framework by lug shown in Figure 72, as a main frame 2 lid 1 of Figure 15 and 15A is connected to any framework at opposite side.

Packing can be connected to main frame 2 by adhesive or a relative framework 13, as Figure 10.

Packing is maintained by the horizon bar 1 of Fig. 2 middle frame, and base portion thereunder, as Fig. 5,6,7 and 8.

This slip cover can be applied to any container frame, be used for any product, especially for potato chips formula sack.

The metering lid slides

Shown in Figure 17 and 17A, this lid can be from the product of taking-up doses in the container.

The metering lid can be applied to any container frame of downside by the support base shown in Fig. 5,6,7 and 8 or its distortion, as shown in Figure 4.The lower end 2i of the framework of Fig. 4 will be fixed to a base portion.Packing will connect this base portion by its lower end that is provided with inlet, promptly, it has a given shaped aperture in underside area, make it and another opening coupling in support base, thereunder will connect the metering lid, the coupling edge 1 (Figure 17) of lid is inserted between the lower wall and packing of base portion by a relative framework 13 (Figure 10), and this relative framework 13 is locked on the edge 1 of metering lid by the inboard of packing.

As shown in the figure, because main frame 3 is provided with guide rail 3A and 3B, lid can slide.It between these guide rails the smooth slip base portion that can be free to slide.

In order to return lid 5, only need make its front portion spur projection 6 forward and get final product, because be provided with hinge 8, projection 6 will bend to level attitude from a upright position.When lid 5 begins to slide, the protrusion 10 that is provided with an inclined slot will be crossed at a wedge shape lip of its fwd shape spare.

Because lid below packing, is supposed comprising pulverous chocolate in the packing, when lid 5 was closed, directly below coupling edge 1, this coupling edge 1 was below packing for its recessed shape.When being full of Powdered chocolate in the packing, it will end at inboard lid 5 by coupling edge 1 and main frame 3, the spoon shape of recessed-projection that the latter has as previously mentioned.

Turn back to protrusion 10 and cross that of lip shape spare 11, a spoon shape spare 5 will slide, and chocolate powder spreads in the above, only arrives smooth part, i.e. level shown in the 2A.Because smooth guide rail 2 has the inclined slot of an inclined plane shape after protrusion 10, in its front F, make sharp-pointed protrusion 9A to be received and bend to 2A that their edge is pressed on the smooth guide rail 2 tightly like this from horizontal 2B.When spoon shape spare 5 advances, protrusion 9A will cut off or take away excessive powder.Terminal point in its path, it will be by step 4 brakings or locking in its back-end, and the step of this rear end will be as a brake component that acts on upper rail 3A.

The user is as long as take a spoon with regard to consumable product simply like this, and this product is placed in lid or the spoon shape spare 5, and places it in the glass ware and use.By closure cap, promote projection 6 towards rear end T, spoon shape spare 5 will return its initial position, and will be reloaded automatically when it directly is placed on the opening below of main frame 3, and the product by gravity is fallen.When its slides when returning, the smooth guide rail 2 protrusion 9B on upper rail 3A rear portion that will swipe, and be in latter below is carrying the opening that still remains on framework 3 and the powder in spoonful shape spare 5.This metering lid is designed for all products especially, and these products use spoon consumption usually, for example coffee, chocolate powder, dry fruit, melon seeds, fried corn etc.

Yet, also can use semi-solid material with slight change, between smooth guide rail 2A and protrusion 9A and 9B, insert an attaching parts.This semi-solid products is jam for example.

Its common trait and variation are as follows.

All lids can be provided with the sealing arrangement with certain property.As shown in figure 18, it is half degraded, constitute by gluing cotton or similar material rope in 3 inboards, paraffin paper surface, a wooden ring 1 ties up to an end of rope 2, a part of rope extends beyond outside the surface of sealing arrangement 3, and wooden small circle ring ties up to the other end of rope 2 and is bonded to the inboard of paraffin paper 3.

It is also used easily.Because it can be fit to the Any shape of lid, and will be glued to the lid outside, as Figure 18, in any main frame of lid or in the place of its easier application.

The 3rd, it is also taken away easily in practice.As shown in figure 18, ring 1 is used for spurring rope 2, makes that the part 2A of paper 3 will be torn when the user spurs, until the rope pulling is gluing in the annulus 4 of surperficial 3 inboards, causes sealing arrangement in two.A part 3 will be left the outside of the main frame that is bonded in lid, or any desired place, and second half one of sealing arrangement will remain connected to rope by annulus 4.

All lids can be used the plastics manufacturing identical with base portion and framework.

Lid 9,10,11 and 12 can be two, three or quadruple, connects them by their lid and/or framework.Similarly, the shape and the main frame of smooth lid 1 can be level or vertical square and rectangle with all parts when connecting, perhaps any other shape that can these scalable lids of proper operation.

Lid 9,10 and 12 can be used to solid and liquid.

Lid 11,13,14 and 15 is used for solid.

Lid 17 can use solid and semisolid.

Must should be mentioned that above-mentioned cover design is used for described application, but they also can be used for any other slight variation.

Lid 10,11 and 12 can be fixed to the base portion of container frame or the solid walls of any packing, no matter be carboard, glass etc.

The opening A of lid 13,14 and 15 main frame and the opening of fixed base can have several shapes, and the wall of packing that is connected in these parts is with its strut member and seal relative framework too.

Lid 17 can have several shapes that are used for lid or spoon shape spare 5 and coupling edge 1, and its base portion is fixed to package wall and support and seals the relative framework of this unit.

Lid 9,10,11 and 12 smooth parts 1 can outwards or curve inwardly, and comprise on even keel or vertically.Therefore, main frame 3 also has the shape that is suitable for the lid 1 on the opening BE outside, so that connect these parts.Main frame 3 will only be suitable for these shapes in its front side, because their back will be smooth, its objective is on the wall that is assemblied in support base or packing.

Lid 9,10 and 11 side 2 can have crooked vertical surface, and it mainly is smooth.Then, the vertical sidewall of opening BE will occupy the new shape of this side, and this shape is square before this, thereby is not straight in vertical direction by the depression that these parts form.

Tooth D, D1, D2, C, C1, C2,7 and 8 by lid 9,10,11,12 and 13 can be positioned at any position, and have any different shape.

Lid 9,10,11 and 12 has sealing arrangement in its front side, and is glued on the wall outside of packing base portion or main frame 3, thereby makes the inboard profile 3A of sealing arrangement 18 cover the profile of smooth lid 1.

Lid 13,14 and 15 has sealing arrangement on the plane of outlet BS, its objective is to make them be glued to the outside of the main frame 2 of the main frame 4 of lid 13 and 14 and lid 15.

Lid 17 has a sealing arrangement and is glued to coupling edge 1, and its sealing cord (sealstring) is by the outside between the following of spoon shape spare 5 and the arrival protrusion 10 and 11.Rope will be by being bearing in a little axle in the grooving in the middle of spoonful shape spare 5, thereby enable to slide and tear its surface around the profile of sealing arrangement.Described axle is manually removed after destroying sealing arrangement.

Any framework of 9,10,11,12,13,14 and 15 pairs of corresponding lids of lid and/or packing can occupy any orientation, direction, position and side, comprise vertical and level.

Lid 17 can be fixed in the downside of framework or packing in any direction.

Brief description of drawings

Fig. 1 represents the side isometric view of container frame, and base portion is fixed in this container frame and a lid is being held by fixed base.

Fig. 2 representational framework is in the block diagram of its operating position, comprises bar framework 3, two bar framework 4, plane framework.

Fig. 2 A, 3B, 4C representational framework 2,3 and 4 birds-eye view, they are in not folding off position.

The section-drawing of the support base of framework is fixed in Fig. 5,6,7 and 8 expressions.

Fig. 9 represents the lateral plan of lid, comprises the telescopic lid that does not have relative framework 10, the telescopic lid 11 with relative framework 11, simple scalable lid 12, has the telescopic lid that extends the side.

Fig. 9 A represents the birds-eye view of lid 9 and 10, and described lid is in not folding off position.

Figure 12 represents to have the lateral plan of the scalable lid that extends the side.

Figure 12 A represents the transparent view of Figure 12 middle cover, and wherein fold is installed among the slit E.

Figure 12 B represents that lid 12 is in the birds-eye view of closed condition.

Figure 13 represents the lateral plan of folder cover, and wherein detent mechanism is shown in an open position.

Figure 13 A represents the birds-eye view of lid 13, and it is in not folding off position.

Figure 14 represents that simple folder cover is in the lateral plan of detent position.

Figure 14 A represents that lid shown in Figure 14 is in the birds-eye view of detent position.

Figure 15 represents the front elevation of slip cover, and it is directly fixed but also is not fixed to framework.

Birds-eye view when Figure 15 A represents cover closing shown in Figure 15 and is fixed to framework.

Figure 16 represents that two bars/pair bar framework is at its side direction coupling position but the elevation view when also not having coupling.

Figure 17 metering lateral plan of lid when its off position of representing to slide.

The front elevation of lid seal when Figure 18 represents to be removed.

The explanation of preferred embodiment

The multifunctional container frame that is used for various packings and has mechanical lid and a fixed base is made of three parts:

First a: container frame.

Second portion: telescopic, that slide, folding or metering lid.

Third part: fixed base.

The embodiment of the parts of general-duty more of described device is as described below, and can have following option:

A standard card cage.

One has the fixed base of internal recess and the packing that is kept by single clamping protrusion.

Has or do not have the scalable lid of relative framework.

Expect that these options may be at first will construct because of them.

Framework is by injection mo(u)lding, and timber that chops up and natural resin gather material or aluminium or similar material, and they can reclaim or degrade, with the protection environment.

Framed structure as smooth parts from mould, as Fig. 1 and 2.This structure has bar 1,1i and 1s.Bar 1 is vertical, and bar 1s forms down base portion, and bar 1i forms base portion.The two kinds of bars in back are levels.Bar 1 vertically cracks in the mode of two-way line (double rule), when required form is rectangular prism, they will have two short sides and two long sides, and short side toward each other, than long side also toward each other, still in different directions.

Described side will have 8 half bars, and the latter becomes round bar, and the two halves bar is connected through the hinge.Because flat side is inwardly folding, framed structure uses the lug 3 that stretches out from half bar to be shaped and sealing, and the latter inserts in some apertures, joins half bar 1 to each plane relative side, and described aperture is along the whole length of bar, even in the hemisphere 4 of bar.

When the side-closed of container frame, base portion 8 will be fixed on the side.This base material is identical with frame material, can be single parts or several individual components, and this depends on the difficulty that runs into when withdrawing pattern.Shown in Fig. 1 and 8, base portion has two grooves 9, and this groove inserts circular horizon bar 1i and 1s medial surface.

Because base portion is fixing on the throne, institute thinks that framework provides steadiness, and this is because bar 1i and 1s will link into an integrated entity with framed structure, if make no matter run into impact wherein, described bar can slide in groove and keep packing to be unlikely to break.

The base portion fixing by internal recess has a smooth base portion 8, as shown in figs. 1 and 6, connect this two grooves, as mentioned above, because these two grooves stretch out and can be as shown in the figure two grooves from the lateral edges of smooth base portion, can be four or more also, make it to be used for all edges of a base portion.

There is a protrusion 7 in central authorities at described base portion, and this protrusion 7 is on clinoplane 7B.Protrusion 7 is provided with the tooth 7A that faces with each other, and is used for clamping flange 6 securely by the curved incline plane.For the flange 6 (Fig. 1) of placing packing, protrusion 7 must be by crooked opening backward.This base portion can be used for keeping any lid, and difference is that this base portion is placed by the flat side of framework is exerted pressure, and places lid on the flat side of framework.As shown in Figure 1, basic 8A is installed on two vertical rods.In order to place base portion, base portion must be pressed in the front of framework, until cross flexible bar 1, above-mentioned groove is rested on the round bar 1.Base portion is placed on the back on this plane with similar method.

This base portion that is used for fixing lid can be used in the scalable lid (as Fig. 9,9A and 10) that has or do not have relative framework.Lid should be with container frame or be used for fixing and pack or the fixed base identical materials manufacturing of lid.Lid can be used for toppling over or measure/measure solid or liquid.Fig. 9 and 9A have represented not have an elevation view of the scalable lid of relative framework, and wherein parts 1 are smooth square lid, although it also can have any other shape.Cap top has a protruding A and is used for forward F pulling lid.

Be provided with a triangle lip shape spare in the lid back, although it also can be other shape, this triangle lip shape spare is around the rear perimeter edge of lid 1, in the outside of the depression that is formed by vertical side 22; This side has the bending of two places, and a upper limb 2A who is in by bridgeware 3 connection back goes up (because it connects side 2), and another is in bottom and connection side 2, and this is crooked bridgeware 9.

Lid 1 is held in main frame 3 by hinge 11.This hinge is a kind of fold, is arranged between lid and the framework.The rotation axis of hinge is below bridgeware 9 and coupling edge 4.

Framework 3 is by the gluing front that is increased to any package wall.Lid is folding towards the front along the path of a bending, and it is positioned at the front of main frame and separates with it by hinge, and hinge is as an axle.When arriving rotational limitation, lid 1 stops by braking framework 8 shown in Figure 9, braking framework 8 is installed on the inboard of the depression that is formed by side 2, following bridgeware 9 and last bridgeware 8 by the pressure effect, the latter is provided with little tooth H on the whole inside circumference of its rear rim, and meshes (enlarged drawing of seeing accompanying drawing) securely with the little tooth of braking on the framework outside.

The braking framework rests on the attaching parts 5 by its flat surface, the latter gluing again in coupling edge 4 the neighboring and the back of the wall 7 of packing, thereby the inboard that makes packing is by acting on the pressure sealing ground sealing on the attaching parts 5.

Opening BE is the inside circumference at coupling edge 4.Be included in that product in the packing enters by this opening and advance towards outlet BS.

Lid is provided with tooth D and C, and the latter stops lid when opening and closing lid 1.The whole width that inboard and the on even keel of tooth D at coupling edge 4 occupied opening BE, tooth C be in the side of opening BE, with tooth D shape at an angle and in the upright position, shown in Fig. 9 and 9A.

When lid 1 is drawn out, tooth D2 on the back T of above-mentioned tooth and curved surface 2A and C2 engagement, lid is blocked.Tooth D2 is at the top of bridgeware 8 and be horizontally disposed with, and tooth C2 is in vertical position on side 2, and forms a corner with bridgeware 8.

When lid 1 is return, be positioned at tooth D1 on the curved surface 2A front F and C1 engagement, tooth D1 is on the front of the lid 1 that is close to lip shape spare A, and vertical outstanding of 2 upper limb from the side.When opening tooth C2 and D2 and tooth D1 and C1, when closing tooth D2 and C2 against tooth D and C, obtained to stop, thereby mesh these teeth, make lid 1 after the inclusion of packing is toppled over or measured, keep motionless, perhaps make lid keep sealing also sealed package effectively.

Lid 1 and main frame 2 assemblies make single parts, thereby can export by mfg. moulding die, have represented to constitute the integral unit of lid as Fig. 9 A.Be smooth and folding shown in the figure, and will occupy operating position facing to main frame 3 folder cover 1, make by side 2, the depression that forms of bridgeware 9 and last bridgeware 8 is passed through opening BE down by hinge 11.This depression can move freely front and back, although it is installed on the wall of inlet BE tightly.

Come closure cap by promoting protruding A, shown in figure center line L, until the triangle lip shape spare 10 on the plane of lid 1 rests on the attaching parts 9A towards back T.Scalable lid with relative framework is identical with the lid with, just in Figure 10 on back in bridgeware 8 and the crooked bridgeware 9 towards Figure 10 extend.This extending between the smooth rear portion of braking framework 6 and main frame 3 produced bigger spacing, and shown in line X, it has represented special spacing, and the arrow X among Fig. 9 represents short spacing.Need the special length among Figure 10, its objective is lid is fixed in a framework by a base portion, and fixing and packaging from behind.Figure 10 represents an elevation view of lid.In first position is main frame 3, is frame base or the wall with packing of inner sack 2 in its back.In the base portion back is the wall of sack 7, and framework 13 also keeps this assembly securely in back, the sealing of sack relatively.Relatively framework 13 is installed in the coupling edge 4 of Figure 10, as seen in FIG., is provided with tooth round the neighboring at coupling edge 4, wherein inserts relative framework 13 securely, and this relative framework 13 has similar tooth in the periphery within it.The wall of the sack 7 of base portion or carboard etc. is in the front of main frame 3, and closely keeping forming toward each other an interlayer, because framework 13 has little tooth on the plane relative with the wall of sack 7 relatively, as shown in the figure, sack is securely held in the back like this, and the periphery at coupling edge is closely sealed.

Claims (48)

1. the multifunctional container frame that is used for various packings that has mechanical lid and fixed base, this device comprises three main portions: first part is characterised in that a packing container framework, this framework is made of a flat configuration or a similar structures with bar, and formation is suitable for many shapes of various packings

Second portion is made of lid, and described lid has the mechanical device that is used to open and close, and

Third part is characterized in that base portion, and this base portion has and is used for lid is fixed to device on the packing,

Container frame also has the embodiment of more following variations:

At first, be used for the container frame of standard pack,

The second, have the container frame that is used to pack of two bars or three bars,

The 3rd, have the container frame that is used to pack of separate planes or wall,

The 4th, the container frame that is used to pack in the single main body,

The 5th, have the container frame that is used to pack on plane,

The 6th, have the container frame that is used to pack of wall,

The 7th, have the container frame that is used to pack of half,

The 8th, have the container frame that is used to pack of half framework.

2. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, it is characterized in that, fixed base is connected on the framework, fixing and keep all lids on this framework, and embodiment with following variation, first, have inner groovy and the fixed base that has the package support that clamps protrusion, second, have outer groove and the fixed base that has the package support of the tight protrusion of double fastener, the 3rd, the fixed base that has lug or flap and have the package support of wide clamping element, the 4th, have groove and the fixed base that has the package support of depression.

3. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, it is characterized in that, the machinery lid is provided with the certain device that is used to open and close, the latter is directly connected to packing or the anchor fitting by a base portion shape, is connected to packing by container frame, described lid has the embodiment of following variation

The first, there is not the scalable mechanical lid of relative framework,

The second, have the scalable mechanical lid of relative framework,

The 3rd, the mechanical lid of simple scalable,

The 4th, have the scalable mechanical lid that extends the side,

The 5th, the folding mechanism lid with position fixing system,

The 6th, simple folding mechanism lid,

The 7th, have directly fixing sliding mechanical lid,

The 8th, the mechanical lid of metering slides.

4. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, first kind of variation, the volumetric standard framework that is used for packing (Fig. 1), its feature is basically, by bar (1), (1i) with a structure that (1s) forms, its king-rod (1i) is the horizon bar that forms the following base portion of structure, bar (1s) is to form epibasal horizon bar, and bar (1) is a vertical rod, and by its top corners pipe link (1i) and (1s), framed structure is by four or more flat side (F), (P), (I) and (D) constitute, this depends on the structure that is used for this structure, described side interconnects by vertical rod (1), described bar cracks along its whole length, these bars also are connected to each other by a hinge (2) in two, this hinge (2) is placed on the intermediate interdigitated point of the whole vertical length of described two halves, the structure of framework can be passed through hinge (2) and be formed by the side, the position on the plane of crooked two and half bars of this hinge (2), so form one 90 ° angle at bar (1i) and level corner (1s), bar (1i) and (1s) as last base portion that is used for rectangular prism shape or analogous shape or time base portion, can be according to the desired shapes of this structure and are different in above-mentioned angle and position, and can be by the rod seal in the open end on each side or plane, one of them half bar has the plane of little lug or bail (3A) along the plane of its vertical length, and on half bar of opposite side aperture (3B), when making enclosed construction along whole vertical length bail (3A) be inserted into the plane meet the place hole (3B) in

The top and bottom of bar are provided with the semisphere ball, and the latter goes up corner pipe link (1i) and (1s) by it, when side-closed, above-mentioned on corner meet in the place of vertical slit coplane of they and bar (1).

5. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, first kind of variation, fixed base has inner groovy and package support, this strut member has single clamping protrusion (Fig. 6), it is characterized in that, smooth base portion (8) with groove (9), this groove (9) is the form of vertical slotted pipe, and be connected to two longitudinal edges of smooth base portion (8), can have not only two grooves, this depends on the shape of smooth base portion (8), these grooves are assemblied between two bars (1) of centre portion on base portion plane, two planes (7B) along its whole intermediate length towards centroclinal projection, two other plane (7) is from this ground vertical projections that faces with each other, the tooth of its medial surface (7A) is along by two protrusions (7), (7B) length of the clamping element of Xing Chenging is engaged with each other, this protrusion (7), (7B) a little flexibility is arranged in side direction, between tooth (7A), have certain distance to hold flange (6) with permission, thereby this flange (6) is firmly held by the lateral pressure of single clamping element because of protrusion (7).

6. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, first kind of variation, the scalable mechanical lid that does not have relative framework (Fig. 9,9A), it is characterized in that a lid (1), described lid (1) edge thereon have a flap (A), (F's this flap) tilts towards the front, thereby allow flexible or folder cover, although a triangular hill (10) is risen in the back of lid (1), also can be different; This triangular hill is round the outside face of a depression, this depression is by two sides, (2) constitute, and have two bending areas, described side is from lid, (1) vertically rise rear end, first bending area is in the side, (2) upper limb, (2A), and be connected to bridgeware by its rear end, (8), should go up bridgeware, (8) as the edge, (2A) equally has same curved shape, another bending area is by following bridgeware, (9) form, latter's level is from behind risen and towards the back connection side on the lower end, (2) bending

Lid (1) is by its lower edge, be connected to a main frame (3) through a hinge (11) at the undercrossing point place of parts, this hinge (11) has been created an axes of rotation for bar (1), lid (1) is braked by a braking framework (6) when withdrawal, this braking framework (6) potting is in the back of the depression that is formed by two sides (2), following bridgeware (9) and last bridgeware (8)

The lagging dege that forms depression has little tooth, (H), these little teeth are perpendicular to the tooth on whole interior periphery, and with in above-mentioned corner, brake framework, (6) similarly tooth engagement in the perimeter, this corner is in the inboard of described depression, the remainder of this corner rests in an attaching parts as a brake component, (5) on, this attaching parts is at the coupling edge, (4) in the profile and be close to an inwall of a packing, work as lid, when (1) opening, the braking framework, (6) be pressed in attaching parts, (5) on

Lid (1) has tooth (D) and (C), this tooth is locked in it with lid (1) and opens or detent position, tooth (D) is in the bottom of coupling edge (4), occupy the width of opening (BE) at level attitude, tooth (C) is in the vertical side of opening (BE), in last corner with tooth (C) shape at an angle

Tooth (D) and (C) when lid is opened and the other tooth (D2) in the back region (T) of curved surface (2A) and (C2) engagement, tooth (D2) occupies its whole width on the top of bridgeware (8) on the direction perpendicular to its length, side (2) have vertical teeth (C2) and with last bridgeware (8) shape at an angle

When closed with covers, tooth (D) and (C) and tooth (D1) and (C1) engagement, the latter is on the front of curved surface (2A) (F), tooth (D1) in the front of lid (1), adjacent in projection (A) back, the upper limb on even keel of (2) rises from the side, two other tooth (C1) from the side the outer smooth zone of (2) vertically rise and with tooth (D1) shape at an angle

Attaching parts (5A) is on the front of the main frame relative with triangular hill (10), and the depression that is formed by two sides (2), last bridgeware (8) and following bridgeware (9) closely is installed in opening (BE) inboard, but can move freely front and back.

7. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, second kind of variation, the container frame that is used to pack (Fig. 3) with two bars or three bars, it is characterized in that, a kind of structure, its king-rod (1) is two vertical rods, and connect at intermediate interdigitated point by hinge (2), described bar (1) is circular and is connected to other horizon bar (1i) and (1s) by its top and bottom, this horizon bar (1i) and (1s) and described bar (1) form four sides (F), (P), (I) and (D), thereby form a rectangular prism shape or analogous shape, but also can be different according to required form, also can be three vertical rods (1), make a bar middle and two bars are by two hinges with a bar in the middle of vertically the side is connected in addition, this hinge extends along the whole length of bar (1), and two bars or three vertical rods provide the ability in the side direction resistance to deformation, thereby give this structure other rigidity

Vertical rod (1) is provided with ball (6) with the lower end in the top, the latter by bar (1) and bar (1i) and (1s) form on, following corner, this ball also can be the two balls that are used for two bars or three bars, these balls are lower support base portions of framework, and for it provides stability, double-rod structure by its end side-closed, be provided with a groove (7) along its whole vertical length from an end, make it can catch the other end of circular pin, so circular pin (1) is inserted in the groove under pressure, for three bar structures with circular vertical rod, bar is at an end of the side of himself, and on another side, have two bars, one forms side or face, and another is hinged to this side, and the total length along this side is provided with a groove (7), enable to catch the bar (1) of opposite end, the angle that is formed by vertical rod just in time is in identical position with other three corners that vertical side by bar (1) forms like this, vertical rod (1) is connected by hinge (2), because groove (7) is caught bar (1), but can freely rotate and change the Qi Jiao position, up to providing correct angle for described planform, promptly, for rectangular prism is 90 °, but the shape according to structure can be different, in addition, two bar frameworks or three bar frameworks are identical with the feature of standard card cage.

8. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, the third variation, separate walls or plane framework (Fig. 3), it is characterized in that, have the flat side of two vertical rods (1) and two horizon bars (1i) and (1s), also other bar can be set in other position, each side has a groove (7) along the length of vertical rod (1), these sides are independently and form framed structure when groove (7) are caught corresponding to the bar on the side on another plane (1), all sides all are chain and connect, because these sides all have a side that has a groove, the latter catches the another side, and have only the bar of a circle or analogous shape to be booked

In order to form rectangular prism, be provided with four independently sides, this depends on the shape that will form.

9. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, the 4th kind of variation, the single main body container framework (Fig. 1) that is used to pack, it is characterized in that, do not have an individual construction of fold, hinge etc., its side (F), (P), (D), (I) form four sides, these four sides link together and form a rectangular prism or class symmedian prism, can certainly be more sides, this depends on the structure that will form.

10. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, the 5th kind of variation, container frame (Fig. 4 that is used to pack with plane, 4c), it is characterized in that, vertical plane surface (1) is dull and stereotyped, it is connected with other similar horizontal plane and forms edge or corner, its middle plateform (3i) is connected by its lower edge with (2i), dull and stereotyped (3s) is connected by its upper limb with (2s), side (F), (P), (D), (I) be connected to each other by described flat board or vertical angle parts (1) and hinge (4), described hinge (4) along the length of described flat board (1) at the center of described corner point of crossing, described structure by folded sides until dull and stereotyped (2i) and (2s) in form as the slit of brake component, the angle of described slit is at 45 ° for the rectangular prism with four sides, but the shape according to structure can have different angles, a crooked flap (6) that extends by the length direction along one of side obtains sealing, length direction along flap is provided with aperture, make it to engage with little lug or bail (7), and rise as the medial surface of clamping element from the wall relative with the wall of opening, crooked flap (6) thus will and grab closed frame structure in described wall by coupling

Horizontal plate (2i) and the aperture (5i) that (2s) is provided with and the described lug (2) of (5s) catching each base portion.

11. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, the 6th kind of variation, container frame (Fig. 4 that is used to pack with wall, 4c), it is characterized in that described wall is the form of plate, and vertical side or other side at framework, make their foursquare inboards that is formed by bar (1) or like at any framework, these walls provide rigidity for described structure, anti-stopping bar parts side-bends such as (1).

12. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, the 7th kind of variation, the container frame that is used to pack (Fig. 4) with half, it is characterized in that, described half has the shape that does not limit, it can be placed on any position of various frameworks, and these walls provide a smooth supporting construction and can be used to form Any shape for framework, for example letter or figure.

13. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, the 8th kind of variation, the container frame that is used to pack (Fig. 4) with half framework, it is characterized in that, perhaps at upper area or in the incomplete framed structure of lower area, by having eliminated plate (2i) or (2s), any packing can both be inserted in the framework by framework upper end or lower end, and this packing is by gluing or by being held corresponding to the madial wall (3s) of upper area or corresponding to the pressure of the madial wall (3i) of lower area.

14. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, second, third and fourth, five and eight kind of variation, it is characterized in that, the all changes of framework can be following structures: cylinder, square, pyramid, spheroid, cylindrical, prismatic, rectangle, square, ellipse, pentagon, hexagon, octagon, and all unequal-sided prisms or the needed shape of any other this structure.

15. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, second, third and fourth kind variation, it is characterized in that, the described bar that forms described structure can be following structure in these change: circle, triangle, rectangle, square, ellipse, (half-ruled) of half ruled surface, pentagon, hexagon, octagon, shape and hollow or solid shape that other needs.

16. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, two, three, four and five kind of variation (Figure 16), it is characterized in that, all variations of mentioning have and connect in the top or the device of bottom, this device is placed on bar (1) by one, the ball of top and bottom (1i) and (1s) constitutes, and the shape of this ball is suitable for being combined into one with the outline of bar most, for common ball is a circular pin, but also can combine with other bar profile, these balls can be hollow or solid or have the shape of recessed-projection, this last a kind of shape is used for the system with eight balls of rectangular prism or analogous shape, according to the shape that will form more or less

Wherein four balls are in a side of described framework, in addition four at opposite side, they are faced about side or top and bottom mutually with other similar ball like this, side direction ball (2) and (3A) have (C) with holes and a spherical side (I), described hole (C) and (I) receive the lug (D) of ball (3B) and (4) and (C), ball (2) and (3A) be bearing in the inboard of recessed-convex shape of two other ball (3B) and (4), and little lug (D) and (C) will insert described aperture (C) and (I) in, by on other vertical rod that the protrusion (5) on described vertical rod one side is pressed against another framework two frameworks being linked together, at this, described protrusion is caught by grooving (6), similarly, their upper end is connected with (3A) by ball (4), described ball (4) and (3A) have recessed-form of protruding and be provided with lug (F) and (H) in the above at the top, insert the ball (2) of base of frame and (3B) in hole (A) and (B) in, ball (A) and (B) be accommodated in and be recessed on-protrude in the ball, such two frameworks are connected by the protrusion on the horizon bar of frame roof (8), and the horizon bar of this frame roof engages with grooving (7) on the horizon bar of another base of frame.

17. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, two, three, four kinds change (Fig. 2,2A, 3,3B), it is characterized in that, on described horizon bar (1i) and inside circumference (1s), be provided with flap (4i) and (4s), this flap is (F) from the side, (P) outstanding and on the inboard (I) and (D) in the centre of bar (1i) and diameter (1s), described bar (1i) and (1s) form a smooth base portion, and its be close to and the end of the point of crossing of hinge (5) near have angled slit, this slit is 45 ° for rectangular prism or analogous shape, these flaps (4I) and (4s) hole on the side (5) catch columniform little lug (2)

The framework (3) of bar (1), (1i) and inside circumference (1s) forms a smooth profile around this by rectangle or analogous shape that these bars form, and rise from the central diameter of these bars, described bar has formed side (F), (P), (I) and (D), lateral resistance is provided and provides rigidity for this structure.

18. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first and second, five kinds of variations (Fig. 1,2,2A, 3,3B, 4,4C), it is characterized in that, all these variations are made rectangular, the latter cuts at required point of crossing, for rectangular prism or analogous shape is the 4th side, for the pentagon prism is the 5th side, for the hexagon prism is the 6th side, is the 8th side etc. for the octagon prism.

19. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, second, third and fourth, five and eight kind of variation, it is characterized in that, have hook-shaped clamping element and for the plate of different length by described band at a described framework of wall upper support, described band is identical and gluing in the back with the length of described plate, thereby fix by holes gluing or on smooth parts, in described situation, fix by threaded connector by the hole.

20. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, two, three, four and five kind of variation (Fig. 1,2,2A, 3,3B, 4,4C), it is characterized in that, at a horizon bar (1i) or (1s), outstanding on the plane from descending side lever or going up side lever, form one towards the bar (1i) or (1s) fixed base of the inboard of inside circumference, this plane will with one, two or three horizon bars are by the fillister joint of prism or analogous shape, composition plane is in peripheral plane, also can with more fillister joint, this depends on the shape of structure, described plane is a rectangle for rectangular prism, but also can be Any shape.

21. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, be applicable to first, second, third and fourth and five kinds of variations, it is characterized in that, all these variations can have more bar and plane to obtain given shape, and these bars can be vertical, level or any position or side with the plane.

22. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 1, second kind of variation, fixed base with outer groove and package support, this package support has the tight protrusion of double fastener (Fig. 5), it is characterized in that, a smooth base portion (1) that has two or more curved surfaces (2) at its longitudinal edge or other edge, have a groove or two ruled surface shape along its whole length, these grooves are sandwiched between two bars (4) of any framework, two pairs of protrusions (3) from the plane top of (1) outstanding, and the surface has little tooth within it, because described protrusion (3) toward each other, described little tooth is meshing with each other, protrusion (3) can be at the side direction slight curvature, enable to clamp the flange (5) of any packing, at this two clampings are arranged, because two groups of protrusions (3) are arranged, form according to packing can apply any type of fixing, frame fixation is in any position, and fixed parts (3) is on plane (1), the bottom is outstanding.

23. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, the third variation, fixed base with lug or bail and package support, this package support has wide clamping part (Fig. 7), it is characterized in that, the smooth base portion (1) that a shape and described framework adapt to, lug or cylindrical bail are in this smooth base portion, insert in the aperture (5) by the groove in cylindrical center region, allow the diameter of interim these cylinders of sealing, thereby be connected to these holes, go up in the plane of flap (3), although other vertical rod is also arranged at the horizon bar (4) of any packing in described hole

At the top of base portion (1) is vertical flexible protrusion (5), this protrusion and internal tooth form a curved surface, described internal tooth toward each other, so protrusion (5) inserts when packing and produce an interval (5) between protrusion in deflection, make to be fixed under the described clamping action that is packaged in protrusion and to maintain.

24. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, the 4th kind of variation, fixed base with groove and package support, this package support has depression, (Fig. 8), it is characterized in that, a base portion, (1) has profiling portion along whole length at lateral edges, (2), although this profiling portion also can be on other edge, the slit of fluting is inserting flap, (3) in the central area, described flap is from the bar of any framework, (4) outstanding

Stretch out vertical wall (5) from the top of base portion, described vertical wall forms the bearing of a concave form, and wherein any packing all can be held under pressure.

25. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, be applicable to first, second and third and four kinds of variations, it is characterized in that, all base portions can be bonded to each other, so that be fixed to framework, no matter fixing any packing or mechanical lid are and its shape.

26. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, be applicable to first, second and third and four kinds of variations, it is characterized in that described base portion can be placed on any side of framework, and take several different shapes to fix framework.

27. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, be applicable to first, second and third and four kinds of variations, it is characterized in that, described base portion has following shape: rectangle, square, triangle, pentagon, hexagon, octagon, all these shapes can have the inequilateralis limit, circular, oval or be suitable for any special shape of a packing

All are used for fixing the shape of device of framework and the quantity of side is decided on fixing needs.

28. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 2, be applicable to first, second and third and four kinds of variations, it is characterized in that, the described version of listing can separate from the centre, make each partly form a monomer, and a horizontal side that makes various frame bars is in the inside circumference of the upper and lower base portion of described structure, half one of these base portions is on its opposed edges, have a device at each on half, make these half ones in the framework sealing or when folding along the longitudinal line of centers connect.

29. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3; Second changes; Scalable mechanical lid (Figure 10) with a relative framework; It is characterized in that; Under the extension (X1) of a upper bridgeware (8), the bending bridgeware (9) and towards the back two sides (2) of (T); Between the smooth back of a braking framework (6) and main frame (3), form an interval; Thereby the back in coupling edge (4) produces a space; Wherein insert two walls (12) and (7)

A relative framework (13) is assemblied in the coupling edge (4), this coupling edge (4) is being kept by the little tooth in this relative framework inside circumference, the latter is coupled to the little tooth on the outside of coupling edge (4), framework (13) is being provided with the tooth relative with (7) with wall (12) relatively, it can be firmly held by tooth, in addition, described lid is identical with first kind of variation.

30. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, the third variation, simple scalable machinery lid (Figure 11), it is characterized in that, a lid (1) is connected to a plane (9) by hinge (6), forms a vertical plane surface when described lid (1) seals, and the back on this plane is formed by lid (1) and plane (9), and it is relative with the fwd attaching parts (5A) that is glued to main frame (3)

Hinge (6) is provided with lid (1), its rotation axis is on coupling edge (4), flexible side (2) is projection vertically from the back of lid (1), and this coupling edge (4) has crooked upper area, these sides are used bridgeware (8) and are connected, the latter is connected these sides the back (T) of level

From a coupling edge of back side protrusions (10) of main frame (3), on this coupling edge, insert a wall (5), in addition, described lid is identical with first and second kinds of variations.

31. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, the 4th kind of variation, has the scalable mechanical lid (Figure 12 that extends the side, 12A, 12B), it is characterized in that, a lid (1) has the side (2) that is made of zigzag fold at mask thereafter, the front of this side (A1) is connected to the back of lid (1), the back of this side (A2) is connected to the front of main frame (3), extend described side (2) when lid is opened, described side (2) withdrawal when cover closing, described side has the profile of a U-shaped, in the groove (E) on the bottom of the bottom insertion lid (1) of this U-shaped profile, final bottom fold (A2) is stayed on the vertical edge (12), the latter is the part of groove (E), and is fixed in the front of main frame (3), thereby is that lid (1) forms a rotation axis, described lid when folding to front curve

In the bottom of described lid (1) is crooked bridgeware (10), the latter is positioned at the behind of back between two sides (2), be provided with other tooth ingear tooth (8) with the top of coupling edge (4) in the lower end of the back of bridgeware (10), described lid (1) is in its position when these tooth engagements, has a little vertical protrusion (9) in the back of tooth (8), this protrusion is as a brake component that leans against on the coupling edge (4), prevent that lid (1) from opening, at the top of lid (1) is a projection (11), this projection (11) has a slight horizontal curvature, although also can adopt other form

The back of lid (1) leans against on the wide horizontal connector (5), and the latter is bonded at the front of main frame (3), and between two sides (2), thereby forms sealing when the end of the interior side contacts attaching parts of cover closing, zigzag fold,

Two protrusions (7) are arranged at the top of main frame (3), and on even keel is outstanding forward at the edge from it, and this protrusion (7) is arranged on the end of attaching parts (5), and the latter engages with lid (1) by its upper limb, makes described cover lock at its detent position.

32. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, the 5th kind of variation, folding scalable mechanical lid (Figure 13 with registration device, 13A), it is characterized in that, the lower end of a lid (1) is connected to one from the little vertical convex ridge (5) of main frame (2) projection by hinge (6), an attaching parts (4) is glued to the horizontal upper edge of main frame (2) round its whole periphery, it below this attaching parts (4) a coupling edge (10), a vertical projections (11) is in the opposite side of the hinge top boss from lid (1), below lid (1) with in the top of hinge (6) from a bending part of central area projection (7) of lid, this bending part (7) is to one and a half months shape parts or the bending of key shape parts, the latter is projection vertically from the inboard of coupling edge (10), the flank of tooth at this coupling edge (10) outwards and with the tooth engagement of described bending part (7), lid changes from a level attitude to a upright position simultaneously

At off position, the bottom of lid (1) contacts attaching parts (4) and is pressed in above it by a protrusion, forms a seal perimeter on every side in outlet (BS),

Front at main frame (2) is provided with two vertical protrusions (9) with the top, the edge fixed cover (1) of the hooked end of this vertical protrusion by its side, and with this cover lock at its off position.

33. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, the 6th kind of variation, simple folding mechanism lid (Figure 14,14A), it is characterized in that, smooth lid (1) with groove (6) is in its back, its position makes described lid be fixed to the horizon bar (1) on the top of any framed structure, described lid also can be fixed to diverse location, obtained the mobility of lid by groove (6) around bar (7), make it as same hinge as rotation axis, can move freely because it is engaged, and be locked in any aperture position

Lid (1) and main frame (4) separate, because lid (1) is fixed on the bar, and frame fixation is on flap (4s),

In addition, its feature is identical with the feature of the 5th variation.

34. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, the 7th kind of variation, direct Gu Ding sliding mechanical lid (Figure 15,15A), it is characterized in that, one in front, on the top, have the rectangle of vertical protrusion (5) or the lid of analogous shape, two edges of lid have the groove (3) of such setting, enable to be fixed to any position of two bars (7) of a framework, two of lid edges can be booked under pressure but can move freely like this, be a main frame (2) that is fixed to flap (4s) by cylindrical lug or bail hereunder, described flap is arranged on the inside circumference of bar (7), described cylindrical lug or bail are inserted in the aperture of flap (4s), in the front of main frame is outlet (BS), and the smooth periphery round this outlet has an attaching parts (4), assembling lid (1) at this attaching parts (4) back seal, when attaching parts is mobile by the angled protrusions in its front edge (9), can rest in the top of lid like this

It below main frame a coupling edge (6) in the wall that inserts any packing.

35. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, the 8th kind of variation, mechanical lid (the Figure 17 of metering slides, 17A), it is characterized in that, the coupling edge (1) of an ellipse or other shape, this edge inserts in the inwall of a packing, this coupling edge (1) is on main frame (3), the latter has two longitudinal rails (3A) and (3B) on its lateral edges, described edge has the center inner groovy, a smooth base portion (2) is inserted in this groove and can moves freely, a lid (5) that moves in the forebody has recessed-convex shape, its form is an oval spoon, the elliptical shape of lid (5) is relative with the coupling edge, and the coupling edge is at its top, smooth base portion (2) is in detent position simultaneously, the front (F) of smooth base portion (2) has a projection (6), this projection has been filled whole width and has been connected to smooth base portion (2) by a hinge, this hinge allows projection (6), and (F) moves to a level attitude from a upright position towards the plane, point of crossing at hinge (8) is a vertical protrusion (10), this vertical protrusion (10) has an angled slots of pointing to front (F), it crosses a wedge shape lip shape spare (11), the latter is the lower member (F) of main frame (3), it vertically downward and be the form of protrusion (10), have two cylindrical depression (12) in the bottom of lid (5), this cylindrical depression is held a circular shaft temporarily, this circular shaft will be inserted between the depression and the elliptical shape of lid (5) laterally, and can remove

Base portion (2) has one first horizontal surface (2B) and the horizontal surface on this (2A), in parts (F), be the inclined slot of an inclined plane shape, this slit allows to be arranged on protrusion (9A) projection of the below, coupling edge on the downside of main frame (3), this protrusion tilts towards (T), occupied the width of its opening fwd main frame (3), and when opening, lid contacts with horizontal surface (2A), same position at the opening of main frame 3, but (F) has two other protrusion (9B) in a relative side and towards the front, this protrusion contacts with horizontal surface (2A), in the back of smooth base portion (2) and be a step (4) on its whole width, the latter is from the upper area projection on the plane of base portion (2).

36. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, (special seal device Figure 18), be applicable to first to eight kind of variation, it is characterized in that, the sealing arrangement that can be used for all listed variations, it has the shape that is fit to various situations, comprise the sealing arrangement (3) that shape does not limit, a bar rope (2) is gluing in the sealing device at its rear side, and cover its periphery (2A), but separate with its profile, rope (2) extends out from the sealing device by an aperture, and this aperture is in described corner or other position, in the end of rope (2) be a ring (4), the latter entirely is glued to a corner or other position, the sealing device is connected to lid by adhesives or other connection means, and this adhesives is applied to the outline (2A) of rope, and described rope is glued to this film, but can be applied to other zone, the shape of the inside circumference of rope (2) is corresponding to lid opening.

37. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3 is applicable to first to eight kind of variation, it is characterized in that all variations can combine with all container frames.

38. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to four kind of variation, the all changes that it is characterized in that listed lid can be two, three or four, make it to connect by the lateral edges and/or the main frame of lid.

39. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to the 4th kind of variation, it is characterized in that, listed variation for smooth lid (1) and on the main frame be connected these parts of two on have a vertical and level square or rectangular shape, perhaps any shape that other needs is not as long as this shape can hinder and change its scalable essence.

40. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3 is applicable to first to the 5th kind of variation, it is characterized in that these variations of listing can be coupled to a packing and a container frame.

41. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to the 5th to the 7th kind of variation, it is characterized in that, the entrance and exit of described lid (BE) and (BS) in main frame, have many shapes, and therefore the wall of the opening of all parts that are attached thereto, base portion, relative framework and packing inserts wherein, and can not hinder its operation, can not change its principal character yet.

42. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to the 8th kind of variation, it is characterized in that, described lid (5) recessed-protrude surface, coupling edge, the relative framework with it of fixed base that is connected to the package wall of being inserted has many shapes, and can not hinder its operation, can not change its principal character yet.

43. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to the 4th kind of variation, it is characterized in that, can be outwards or inwardly vertical or on even keel is crooked at the smooth parts of lid described in the listed variation (1), therefore described framework will occupy the shape of the lid (1) on the profile of a suitable opening (BE) and be attached thereto, these shapes are occupied by forepiece (F), because the rear end must be smooth basically, make it be coupled to fixed base or any packing, and can not hinder its operation, can not change its principal character yet.

44. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to the third variation, it is characterized in that, can vertical curve in the side of listed variation, make the shape of the side of opening (BE) be suitable for being coupled to these sides (2), and can not hinder its operation, can not change its principal character yet.

45. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to the 5th kind of variation, it is characterized in that, the tooth of the lid of listed variation (D), (D1), (D2), (C), (C1), (C2), (7) can have different shapes with (8), and be placed on any position of lid, and can not hinder its operation, can not change its principal character yet.

46. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to the 7th kind of variation, it is characterized in that the lid of listed variation can or be placed vertically any position, direction or side at any main frame or container by level.

47. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to the 8th kind of variation, it is characterized in that described lid is fixed by the downside of a framework and/or packing, the latter is orientated in any direction.

48. the multifunctional container frame that is used for various packings with mechanical lid and fixed base as claimed in claim 3, be applicable to first to the 8th kind of variation, it is characterized in that, the lid of listed variation has main frame in level and vertical edge, widened its plane simultaneously, the latter has the anchor fitting that is used for any base portion on required edge, make these main frames static, but because they have one in those widened sections and widen and anchor fitting, and be a fixed base that is used for lid, make it to make single parts.

Do not change, change or improve as long as have the essence of the multifunctional container frame that is used for various packings of mechanical lid and fixed base, any variation that can obtain this effect all within the scope of the present invention.

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