CN104411593A

CN104411593A - Vessels

Info

Publication number: CN104411593A
Application number: CN201380028622.9A
Authority: CN
Inventors: 劳伦斯·摩根·福勒; 郭自红; 詹妮弗·逸如·胡; 约翰·A·奥尔特
Original assignee: Tuoqitai Co Ltd
Current assignee: Tuoqitai Co Ltd; Tokitae LLC
Priority date: 2012-05-31
Filing date: 2013-05-29
Publication date: 2015-03-11
Also published as: WO2013181266A2; HK1208421A1; MA37643A1; BR112014029653A2; WO2013181266A3; AP2014007351A0; EP2855295A4; EP2855295A2

Abstract

The present disclosure relates to vessels and processes that may be used to fabricate vessels. In some embodiments one or more vessels are provided that include, but are not limited to, a body portion that includes one or more side walls, a top portion that is operably connected to the body portion and that includes a shoulder portion that includes a substantially centrally defined opening and a neck member that circumscribes the opening, a bottom portion that is operably connected to the body portion and that includes a substantially centrally defined recessed portion and a substantially continuous non- recessed portion, one or more sealed handles that are operably connected to the vessel, and one or more recessed portions that protrude into the one or more side walls of the body portion.

Description

Container

In conjunction with the cross reference of application

The application relates to and requires effectively to submit the rights and interests of day (such as require the earliest can obtaining priority date or under 35USC § 119 (e) ask the rights and interests of temporary patent application to related application, any and all father application, grandfather application, great grandfather application etc. except temporary patent application except) from can obtaining the earliest of the application listed (" combine application ") below.

In conjunction with application

In order to the extra decree requirement of USPTO, it be that the name of LawrenceMorgan Fowler, ZihongGuo, Jennifer Hu and John Arthur Ohrt is called that the part of the U.S. Patent application No.13/485027 that 31 days Mays in 2012 of " container " submit to continues that the application forms invention people, and this application is co-pending at present or the application of the rights and interests of this application day is enjoyed in its current co-pending application.

United States Patent Office (USPO) (USPTO) makes an announcement, and whether the computer program being meant to USPTO requires patent applicant to quote sequence number and indicate application to be continuity or part continuity.StephenG.Kunin, in the rights and interests of first submit applications, USPTO Official Journal on March 18th, 2003, can obtain from http://www.uspto.gov/web/offices/com/sol/og/2003/week11/patbene .htm.Present applicant's entity (being called hereinafter " applicant ") provides specifically quoting application above, the preceence that provided by law requires these to apply for.Applicant understands this decree and specifically quotes with regard to language with regard to it and be clear and definite and do not need sequence number or any feature, and such as " continuity " or " part continuity ", to require the preceence to US patent application.Although foregoing teachings, but the computer program that applicant understands USPTO has some date input requirements, and therefore applicant specifies the application as the part continuity of its patent application foregoing, but point out that these specify any type being in no case construed as whether also comprising except the content of the application about the application any fresh content state and/or admit clearly.

Whole subject matters in conjunction with any and whole application such as patent, father's patent, grandfather's patent applying for and combine application are included in this as a reference, as long as this subject matter is not conflicted mutually with content here.

Technical field

The disclosure relates to container and manufactures the technique of container.

Summary of the invention

In certain embodiments, provide one or more container, it includes but not limited to: body, and it comprises one or more sidewall; Top, it may be operably coupled to body and comprises shoulder and neck member, and this shoulder comprises the opening defined substantially between two parties, and this neck member limits the border of opening; Bottom, it may be operably coupled to body and comprises the non-recess portion of recess and the basic continous defined substantially between two parties; One or more sealing handle, they may be operably coupled to container; And one or more recess, it protrudes in one or more sidewalls of body.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and text and describe other side.

In certain embodiments, provide one or more container, it includes but not limited to: body, and it comprises one or more sidewall; Top, it may be operably coupled to body and comprises shoulder and neck member, and this shoulder comprises the opening defined substantially between two parties, and this neck member limits the border of opening; Bottom, it may be operably coupled to body and comprises the non-recess portion of recess and the basic continous defined substantially between two parties; One or more sealing handle, they may be operably coupled to container; One or more recess, it protrudes in one or more sidewalls of body; And lid, it is configured to operationally be incorporated into neck member.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and text and describe other side.

In certain embodiments, provide one or more container, it includes but not limited to: body, and it has one or more sidewalls of basic rectangular shaped; Top, it may be operably coupled to body and comprises shoulder and threaded neck part, and this shoulder comprises the opening defined substantially between two parties, and this treats that screw neck parts limit the border of the opening defined substantially between two parties; Bottom, it comprises recess, and this recess is configured to receive neck member, and this neck member is attached to the lid of the bottom container of similar structures to contact the shoulder of bottom container with making the non-recess portion basic continous of the bottom of top container; One or more sealing handle, its one end may be operably coupled at least one sidewall that the shoulder district of container and the other end may be operably coupled to container, wherein to seal near recess that handle is positioned at least one sidewall protruding into body and seal handle to be configured to make it substantially maintain the profile of container; And one or more recess, it is charged in one or more sidewalls of body in the position substantially relative with the position of the one or more sealing handles that may be operably coupled to container.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and text and describe other side.

In certain embodiments, provide one or more container, it includes but not limited to: body, and it has one or more sidewalls of basic rectangular shaped; Top, it may be operably coupled to body and comprises shoulder and threaded neck part, and this shoulder comprises the opening defined substantially between two parties, and this threaded neck part limits the border of the opening defined substantially between two parties; Bottom, it comprises recess, and this recess is configured to receive neck member, and this neck member is attached to the lid of the bottom container of similar structures to contact the shoulder of bottom container with making the non-recess portion basic continous of the bottom of top container; One or more sealing handle, its one end may be operably coupled at least one sidewall that the shoulder district of container and the other end may be operably coupled to container, wherein to seal near recess that handle is positioned at least one sidewall protruding into body and seal handle to be configured to make it substantially maintain the profile of container; One or more recess, it charges in one or more sidewalls of body in the position substantially relative with the position of the one or more sealing handles that may be operably coupled to container; And lid, it is configured to operationally be incorporated into neck member.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and text and describe other side.

In certain embodiments, one or more technique is provided, it includes but not limited to: the mould closed around the parison extruded at least one container is kneaded together with at least two positions making a part for parison in a part for mould, and this mould forms at least one handle by least one container; And by one or more parts of gas inject parison to form at least one container limited by mould.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and text and describe other side.

In certain embodiments, one or more technique is provided, it includes but not limited to: the mould closed around the parison extruded at least one container is kneaded together with at least two positions making a part for parison in a part for mould, and this mould forms at least one handle by least one container; And by one or more parts of gas inject parison to form at least one container limited by mould.In certain embodiments, technique selectively comprises and being inserted in parison by least one inflatable bar.In certain embodiments, technique selectively comprises the one or more parts at least one blowing needle being inserted into mould, and one or more parts of this mould make at least one container forms at least one handle.A Reference source not found (mistake! Reference source does not find).In certain embodiments, technique selectively comprises locates at least one insert in a mold, and this insert is configured to form at least one recess at least one container formed by mould.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and text and describe other side.

In certain embodiments, device includes but not limited to: for realizing circuit and/or the program of the function aspects quoted from herein, in fact this circuit and/or program can be the combination in any of hardware, software and/or firmware, and this combination is configured to realize according to the design alternative of system designer the function aspects quoted from herein.Except aforementioned aspect, form in claims of a part of this disclosure, accompanying drawing and/or text and describe other system aspects.

In certain embodiments, in conjunction with system include but not limited to: for realizing circuit and/or the program of the process aspect quoted from herein, in fact this circuit and/or program can be the combination in any of hardware, software and/or firmware, and this combination is configured to realize according to the design alternative of system designer the process aspect quoted from herein.Except aforementioned aspect, form in claims of a application's part, accompanying drawing and/or text and describe other system aspects.

General introduction above is only illustrative and is in no case intended to as restriction.Except previously described illustrative aspect, embodiment and feature, by referring to accompanying drawing, specification sheets and detailed description below, further aspect, embodiment and feature will become obvious.

Accompanying drawing explanation

Fig. 1 illustrates wherein can the exemplary containers 100 of practical embodiment.

Fig. 2 illustrates the another embodiment of the container of Fig. 1.

Fig. 3 illustrates the another embodiment of the container of Fig. 1.

Fig. 4 illustrates the another embodiment of the container of Fig. 1.

Fig. 5 illustrates the another embodiment of the container of Fig. 1.

Fig. 6 illustrates the another embodiment of the container of Fig. 1.

Fig. 7 illustrates the another embodiment of the container of Fig. 1.

Fig. 8 illustrates the another embodiment of the container of Fig. 1.

Fig. 9 illustrates the another embodiment of the container of Fig. 1.

Figure 10 illustrates wherein can the exemplary containers 1000 of practical embodiment.

Figure 11 illustrates the another embodiment of the container of Figure 10

Figure 12 illustrates wherein can the exemplary containers 1200 of practical embodiment.

Figure 13 illustrates the another embodiment of the container of Figure 12.

Figure 14 illustrates the another embodiment of the container of Figure 12.

Figure 15 illustrates the another embodiment of the container of Figure 12.

Figure 16 illustrates the another embodiment of the container of Figure 12.

Figure 17 illustrates the another embodiment of the container of Figure 12.

Figure 18 illustrates the another embodiment of the container of Figure 12.

Figure 19 illustrates wherein can the exemplary containers 1900 of practical embodiment.

Figure 20 illustrates the another embodiment of the container of Figure 19.

Figure 21 illustrates the another embodiment of the container of Figure 19.

Figure 22 illustrates wherein can the illustrative processes 2200 of practical embodiment.

Figure 23 illustrates the another embodiment of the technique of Figure 22.

Figure 24 illustrates wherein can the illustrative processes 2400 of practical embodiment.

Figure 25 illustrates the another embodiment of the technique of Figure 24.

Figure 26 illustrates wherein can the illustrative processes 2600 of practical embodiment.

Figure 27 illustrates the another embodiment of the technique of Figure 26.

Figure 28 illustrates wherein can the illustrative processes 2800 of practical embodiment.

Figure 29 illustrates the another embodiment of the technique of Figure 28.

Figure 30 illustrates wherein can the illustrative processes 3000 of practical embodiment.

Figure 31 illustrates the another embodiment of the technique of Figure 30.

Figure 32 A-E illustrates exemplary containers 3200.

Figure 33 A-33B illustrates an exemplary containers 3300.

Accompanying drawing describe comprise container 1200 multiple embodiments, for the previous embodiment of Figure 12 and/or relative to other exemplary embodiment and contextual discussion and description.But, should be appreciated that container can have numerous configuration and/or can be the invulnerable release of Figure 12.In addition, although give multiple embodiment in accompanying drawing, but should be appreciated that container can have the configuration being different from diagram configuration.

Figure 13 illustrates the exemplary embodiment of container.Extra embodiment can comprise embodiment 1302, embodiment 1304, embodiment 1306, embodiment 1308 and/or embodiment 1310.

Detailed description of the invention

In the following detailed description, reference is carried out to the accompanying drawing forming the part described in detail.In the accompanying drawings, identical Reference numeral generally represents identical assembly, unless context defined opposite situation.The illustrative embodiment described in detailed description, accompanying drawing and claims is not intended to be construed as limiting.Other embodiment can be utilized and can be made other and change and do not depart from the spirit or scope of subject matter given here.

Although disclosed many aspects and embodiment herein, but other side and embodiment will be apparent for those skilled in that art.The various aspects disclosed herein and embodiment are for explaining orally object and not being intended to be construed as limiting, and real scope and spirit are indicated by following claim book.

Container can be configured to by multiple material.The example of material includes but not limited to, the glass (such as borosilicate glass, soda lime glass) of one or more polymeric materials (such as high density polyethylene (HDPE)), one or more types, (such as liquid metal is (see LiquidmetalTechnologies (liquid metal technology) for the metal of one or more types, Rancho Santa Margarita, California, 92688)) etc.Container can be configured to comprise many material volumes and/or amount.Such as, in certain embodiments, container can be configured to splendid attire 10 up-flow body.In certain embodiments, container can be configured to splendid attire 5 up-flow body.In certain embodiments, container can be configured to splendid attire 20 up-flow body.

Fig. 1 illustrates wherein can the exemplary containers 100 of practical embodiment.Container 100 comprises body 110.In certain embodiments, body 110 can be formed from single sidewall.In certain embodiments, body 110 can be formed from two or more sidewalls.Such as, in certain embodiments, container 100 can comprise two or more sidewalls, and it is included in a. g. between two or more sidewalls.In certain embodiments, container 100 can comprise two or more sidewalls, and it is included in the interlayer between two or more sidewalls.In certain embodiments, container 100 can comprise two or more sidewalls, and it is included in the vacuum between two or more sidewalls.In certain embodiments, container 100 can comprise two or more sidewalls, and it is included in the phase-change material between two or more sidewalls.

Container 100 comprises the top 120 that may be operably coupled to body 110.Top 120 comprises shoulder and neck member, and it comprises the opening defined substantially between two parties, and this neck member limits the border of opening.Opening can be configured to have many sizes.Such as, in certain embodiments, the size of opening can be enough large to allow people to be inserted their hand with the inside of sensible container 100 by opening.In certain embodiments, neck member selectively comprises one or more attachment member.Neck member selectively comprises many eurypalynous attachment members.Such as, this kind of attachment member includes but not limited to screw thread, lug, compression-style fittings, ridge etc.

Container 100 comprises the bottom 130 that may be operably coupled to body 110.Bottom 130 comprises the basic recess 150 of restriction placed in the middle and the non-recess portion of basic continous.In certain embodiments, recess 150 is configured to the neck receiving another container 100.In certain embodiments, recess 150 is configured to receive neck, and this neck is attached to the lid of another container 100.Therefore, in certain embodiments, top container 100 can be layered on the top of bottom container 100, and neck and the lid of bottom container 100 may be received in the recess 150 of top container 100.In certain embodiments, container 100 can comprise the non-recess portion of basic continous.The non-recess portion of basic continous can limit the border of the recess 150 of the bottom 130 of container 100.Therefore, in certain embodiments, top container 100 can be laminated on the top of bottom container 100, with making the non-recess portion basic continous of the basic continous of top container 100 rests in the shoulder of bottom container 100 in the recess 150 being received in the bottom 130 of top container 100 to make the neck of bottom container 100 and attached cover.

Container 100 comprises the one or more sealing handles 140 being operationally coupled to container 100.Sealing handle 140 seals the internal insulation of the body making handle inner and container 100 on the two ends of handle.Therefore, in certain embodiments, fluid cannot flow into from the body interior of container 100 handle being coupled to container 100.In certain embodiments, handle attachment is to container 100, and the coupled one end of handle is to the shoulder at the top 120 of container 100 and the other end is coupled to the sidewall of container 100.In certain embodiments, handle attachment is to container 100, and the coupled one end of handle is to the sidewall of container 100 and the other end is coupled to the sidewall of container 100.In certain embodiments, the extensible profile exceeding the body 110 of container 100 attached with it of handle.In certain embodiments, handle can not extend beyond the profile of the body 110 of container 100 attached with it.Correspondingly, in certain embodiments, handle may be attached to container 100 and is maintained to make total profile of container 100.

Container 100 comprises one or more recess 150 of the one or more sidewalls protruding into body 110.In certain embodiments, recess 150 can the position near handle protrude into container 100 sidewall in make handle be held and to make the finger of gripping hand be positioned near recess.In certain embodiments, recess 150 can charge into the sidewall of container 100 in the position on the container 100 relative in the position being attached to container 100 with handle.In certain embodiments, recess 150 can protrude into the sidewall of container 100 in the position on the container 100 relative with the position of attach handle, serves as handle for lifting container 100 to make recess 150.Such as, in certain embodiments, workman one can hold the handle that is attached to container 100 and another holds the recess 150 in the sidewall of the container 100 protruded on handle opposite side.Recess 50 can protrude in the sidewall of container 100 in the many places relative to container 100.Such as, in certain embodiments, recess 150 can charge into container 100 in the position mediated relative to the vertical axis of container 100 of container 100.In certain embodiments, recess 150 can be charged in container 100 position near the bottom 130 of container 100.In certain embodiments, recess 150 can be charged in container 100 position near the top 120 of container 100.

Accompanying drawing below describes each embodiment comprising container 100, relative to other alternate embodiment and contextual discussion and description.But, be to be understood that container 100 can have many configurations and correction.In addition, although multiple embodiment shown in the drawings, but be to be understood that container 100 can have and configure different configurations from shown those.

Fig. 2 illustrates the exemplary embodiment of container 100.Additional examples of composition can comprise embodiment 202, embodiment 204, embodiment 206, embodiment 208, embodiment 210, embodiment 212, embodiment 214, embodiment 216 and/or embodiment 218.

Embodiment 202 illustrates the container 100 with the body having circular shape.In certain embodiments, container 100 can have body 110, and this body 110 has almost circular cross-sectional plane relative to the vertical axis of container 100.In certain embodiments, container 100 can comprise two or more sidewalls almost circular.

Embodiment 204 illustrates the container 100 of the body with fundamental triangle.In certain embodiments, container 100 has body 110, and this body 110 has the cross-sectional plane of fundamental triangle relative to the vertical axis of container 100.In certain embodiments, container 100 can comprise two or more sidewalls of fundamental triangle.

Embodiment 206 illustrates the container 100 of the body with basic rectangle.In certain embodiments, container 100 can have body 110, and this body 110 has the cross-sectional plane of basic rectangle relative to the vertical axis of container 100.In certain embodiments, container 100 can comprise two or more sidewalls of basic rectangle.

Embodiment 208 illustrates the container 100 of the body with basic square.In certain embodiments, container 100 can have body 110, and this body 110 has the cross-sectional plane of basic square relative to the vertical axis of container 100.In certain embodiments, container 100 can comprise two or more sidewalls of basic square.

A Reference sourcenot found (mistake! Reference source does not find).In certain embodiments, container 100 can have the body 110 comprising scale mark.In certain embodiments, container 100 can comprise the scale mark that instruction is contained in the material volume in container 100.Such as, in certain embodiments, scale mark can be configured to the amount indicating the fluid that can be contained in container 100.In certain embodiments, embodiment 110 can comprise scale mark, and it indicates the quality of materials be contained in container 100.Such as, in certain embodiments, scale mark can be configured to indicate the granular mass being contained in container 100.Correspondingly, container 100 can comprise scale mark, and this scale mark is configured to provide the information about numerous materials that can be contained in container 100.

Embodiment 212 illustrates the container 100 with body, and this body comprises two or more sidewalls.In certain embodiments, container 100 can have the body 110 comprising two or more sidewalls.In certain embodiments, container 100 can comprise body 110, and this body 110 comprises two or more sidewalls separated by vacuum.In certain embodiments, container 100 can comprise body 110, and this body 110 comprises two or more sidewalls separated by isolated material.Permitted eurypalynous isolated material can be included between the wall of container 100.The example of this isolated material includes but not limited to one or more aerogels, polymer foams, fiber glass etc.In certain embodiments, container 100 can comprise body 110, and this body 110 comprises two or more sidewalls separated by phase-change material.Many eurypalynous phase-change materials can be included between the wall of container 100.The example of this kind of phase-change material includes but not limited to eutectic, salt hydrate, organic material etc.Numerous phase-change material is the known (people such as such as Farid, A review on phase change energy storage:materials andapplications, Energy Conservation and Management (45) (general view for phase transition energy stores: material and application, energy saving and management (45)): 1597-1615 page (2004)).

Embodiment 214 illustrates the container 100 with body, and this body comprises two or more sidewalls by vacuum insulation.In certain embodiments, container 100 can have the body 110 comprising two or more sidewalls, and these sidewalls pass through vacuum insulation.In certain embodiments, container 100 can comprise body 110, and this body 110 comprises two or more sidewalls separated by vacuum, and in evacuated space, comprise one or more getter MAT'Ls.Many eurypalynous getter MAT'Ls are known and can use.In certain embodiments, container 100 can comprise body 110, and this body 110 comprises two or more sidewalls by vacuum insulation and in evacuated space, comprises one or more getter MAT'Ls and spacer.

Embodiment 216 illustrates the container 100 with body, and this body comprises two or more sidewalls, between two or more sidewalls, comprise interlayer.In certain embodiments, container 100 can comprise body 110, and this body 110 comprises two or more sidewalls separated by isolated material.Permitted eurypalynous isolated material can be included between the wall of container 100.The example of this isolated material includes but not limited to, one or more aerogels, polymer foams, fiber glass etc.

Embodiment 218 illustrates the container 100 with body, and body comprises two or more sidewalls, comprises one or more phase-change materials between two or more sidewalls.In certain embodiments, container 100 can comprise the body 110 with two or more sidewalls, and two or more sidewalls described are isolated by phase-change material.Many eurypalynous phase-change materials can be included between the wall of container 100.The example of this kind of phase-change material includes but not limited to eutectic, salt hydrate, organic material etc.Numerous phase-change material is the known (people such as such as Farid, A review on phase change energystorage:materials and applications, Energy Conservation andManagement (45) (general view for phase transition energy stores: material and application, energy saving and management (45)): 1597-1615 page (2004)).

Fig. 3 illustrates the exemplary embodiment of container 100.Additional examples of composition can comprise embodiment 302, embodiment 304, embodiment 306, embodiment 308 and/or embodiment 310.

Embodiment 302 illustrates the container 100 with neck member, and this neck member comprises one or more attachment member.In certain embodiments, container 100 can comprise the neck member with one or more attachment member.Neck member can comprise many eurypalynous attachment members.In certain embodiments, neck member can be provided with screw thread.In certain embodiments, neck member can comprise from the outstanding cross member of neck member.In certain embodiments, neck member can comprise frictional fit.In certain embodiments, neck member can comprise one or more recess, and these recesses are configured to receive one or more projecting part.Therefore, neck member can comprise many eurypalynous attachment members.

Embodiment 304 illustrates the container 100 with threaded neck member.In certain embodiments, container 100 can comprise threaded neck member.Correspondingly, in certain embodiments, container 100 can be configured to receive many eurypalynous threaded article similarly.The example of these article includes but not limited to, pouring basin, lid, funnel etc.

Embodiment 306 illustrates the container 100 with neck member, and this neck member comprises horizontal attachment member.In certain embodiments, container 100 can comprise the neck member with horizontal attachment member.Container 100 can comprise many eurypalynous horizontal attachment members.Horizontal attachment member can have various configurations.Such as in certain embodiments, horizontal attachment member can be formed with landscape mode from the outstanding bar of the neck member of container 100.In certain embodiments, horizontal attachment member can be formed with landscape mode from the outstanding bolt of the neck member of container 100.Correspondingly, in certain embodiments, container 100 can be configured to receive polytype article with similar attachment member.The example of this kind of article includes but not limited to, pouring basin, lid, funnel etc.

Embodiment 308 illustrates the container 100 with neck member, and this neck member is configured to operationally be incorporated into lid.In certain embodiments, container 100 can comprise and is configured to and covers the neck member that combines.In certain embodiments, neck member is provided with screw thread and is configured to be incorporated into threaded lid.In certain embodiments, neck member can comprise one or more cross member, and described cross member is configured to be incorporated into lid, and described lid comprises the attachment member being configured to receive one or more cross member.Therefore, neck member can be configured to be incorporated into lid in many ways.

Embodiment 310 illustrates the container 100 with neck member, and this neck member is configured to operationally be incorporated into funnel.In certain embodiments, container 100 can comprise the neck member being configured to be combined with funnel.In certain embodiments, neck member is provided with screw thread and is configured to be incorporated into threaded funnel.In certain embodiments, neck member can comprise one or more cross member, and described cross member is configured to be incorporated into funnel, and described funnel comprises the attachment member being configured to receive one or more cross member.Correspondingly, neck member can be configured to be incorporated into funnel in many ways.

Fig. 4 illustrates the exemplary embodiment of container 100.Extra embodiment can comprise embodiment 402, embodiment 404, embodiment 406, embodiment 408, embodiment 410 and/or embodiment 412.

Embodiment 402 illustrates the container 100 with the opening defined substantially between two parties, and the diameter of the described opening defined substantially is between two parties between about 2 inches and about 20 inches.In certain embodiments, container 100 can comprise the neck member of diameter between about 2 inches and about 20 inches.

Embodiment 404 illustrates the container 100 with the opening defined substantially between two parties, and the diameter of the described opening defined substantially is between two parties between about 3 inches and about 15 inches.In certain embodiments, container 100 can comprise the neck member of diameter between about 3 inches and about 15 inches.

Embodiment 406 illustrates the container 100 with the opening defined substantially between two parties, and the diameter of the described opening defined substantially is between two parties between about 4 inches and about 10 inches.In certain embodiments, container 100 can comprise the neck member of diameter between about 4 inches and about 10 inches.

Embodiment 408 illustrates the container 100 with the opening defined substantially between two parties, and the diameter of the described opening defined substantially is between two parties between about 5 inches and about 8 inches.In certain embodiments, container 100 can comprise the neck member of diameter between about 5 inches and about 8 inches.

Embodiment 410 illustrates the container 100 with the opening defined substantially between two parties, and the diameter of the described opening defined substantially is between two parties approximately 5 inches.In certain embodiments, container 100 can comprise the neck member that diameter is about 5 inches.

Embodiment 412 illustrates the container 100 with top, and this top comprises one or more Lock Part, and described one or more Lock Part is configured to engage the one or more Lock Parts on the bottom of the container being positioned in similar configuration.In certain embodiments, container 100 can comprise top 120, this top 120 comprises one or more Lock Part, and described one or more Lock Part is configured to engage the one or more Lock Parts on the bottom 130 of the container 100 being positioned in similar configuration.Lock Part can configure in many ways.Such as, in certain embodiments, the top 120 of the first container 100 can comprise the Lock Part being configured to bolt shape, and it can be inserted into the cavity of the bottom 130 being positioned at another container 100.In certain embodiments, this kind of Lock Part can be configured to dovetail wedge.In certain embodiments, this kind of Lock Part can be configured to tongue and groove structure.

Fig. 5 illustrates the exemplary embodiment of container 100.Extra embodiment can comprise embodiment 502 and/or embodiment 504.

Embodiment 502 illustrates the container 100 with bottom, the recess being configured to receive neck member is comprised bottom this, this neck member is attached to the lid of the bottom container of similar configuration, to contact the shoulder of bottom container with making the non-recess portion basic continous of the bottom of top container.In certain embodiments, container 100 can comprise bottom 130, bottom this, 130 comprise the recess 150 being configured to receive neck member, this neck member is attached to the lid of the bottom container 100 of similar configuration, to contact the shoulder of bottom container 100 with making the non-recess portion basic continous of the bottom 130 of top container 100.In certain embodiments, container 100 can comprise bottom 130, and bottom this, 130 comprise the non-recess portion contacting the shoulder of similar configuration container 100 when multiple container 100 is laminated to each other continuously.Correspondingly, in certain embodiments, because the basic continous of top container 100 with bottom container 100 contacts, the stability of two containers 100 stacked atop one another increases.

Embodiment 504 illustrates the container 100 with bottom, and comprise one or more Lock Part bottom this, described one or more Lock Part is configured to engage the one or more Lock Parts on the top of the container being positioned at similar configuration.In certain embodiments, container 100 can comprise bottom 130, and bottom this, 130 comprise one or more Lock Part, and described one or more Lock Part is configured to engage the one or more Lock Parts on the top 120 of the container 100 being positioned at similar configuration.Lock Part can configure in many ways.Such as, in certain embodiments, the bottom 130 of the first container 100 can comprise Lock Part, and this Lock Part is configured to the bolt shape of the cavity that can insert the top 120 being positioned at another container 100.In certain embodiments, this kind of Lock Part can be configured to dovetail wedge.In certain embodiments, this kind of Lock Part can be configured to tongue and groove structure.

Fig. 6 illustrates the exemplary embodiment of container 100.Extra embodiment comprises embodiment 602, embodiment 604 and/or embodiment 606.

Embodiment 602 illustrates the container 100 with one or more sealing handle, and sealing handle one end may be operably coupled to the shoulder district of container and the other end may be operably coupled to the sidewall of container.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the shoulder district of container 100 and the other end may be operably coupled to the sidewall of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the sidewall that the shoulder district of container 100 and the other end may be operably coupled to container 100, and wherein handle is given prominence to from the profile of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the shoulder district of container 100 and the other end may be operably coupled to the sidewall of container 100, and wherein handle is positioned on the recess 150 of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, its one end may be operably coupled to the sidewall that the shoulder district of container 100 and the other end may be operably coupled to container 100, wherein handle be positioned at container 100 recess 150 on and handle keeps the profile of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the shoulder district of container 100 and the other end may be operably coupled to the sidewall of container 100, and wherein the two ends of handle are all connected to the turning of container 100.

Embodiment 604 illustrates the container 100 with one or more sealing handle, described sealing handle one end may be operably coupled to the sidewall that the shoulder district of container and the other end may be operably coupled to container, wherein seals handle and is positioned on the recess charged within body.In certain embodiments, container 100 can comprise one or more sealing handle 140, its one end may be operably coupled to the sidewall that the shoulder district of container 100 and the other end may be operably coupled to container 100, wherein seal handle be positioned at protrude into body 110 recess 150 on.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the sidewall that the shoulder district of container 100 and the other end may be operably coupled to container, and wherein handle is given prominence to from the profile of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, its one end may be operably coupled to the sidewall that the shoulder district of container 100 and the other end may be operably coupled to container 100, wherein handle be positioned at container 100 recess 150 on and handle keeps the profile of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the shoulder district of container 100 and the other end may be operably coupled to the sidewall of container 100, and wherein the two ends of handle are all connected to the turning of container 100.

Embodiment 606 illustrates the container 100 with one or more sealing handle, described sealing handle one end may be operably coupled to the sidewall that the shoulder district of container and the other end may be operably coupled to container, wherein seals handle and to be positioned on recess and to seal handle and be configured to make it substantially keep the profile of container.In certain embodiments, container 100 can comprise one or more sealing handle 140, its one end may be operably coupled to the sidewall that the shoulder district of container 100 and the other end may be operably coupled to container 100, wherein seals handle and to be positioned on recess 150 and to seal handle and be configured to make it substantially keep the profile of container 100.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the shoulder district of container 100 and the other end may be operably coupled to the sidewall of container 100, and wherein the two ends of handle are all connected to the turning of container 100.

Fig. 7 illustrates the exemplary embodiment of container 100.Extra embodiment can comprise embodiment 702 and/or embodiment 704.

Embodiment 702 illustrates the container 100 with one or more sealing handle, and described sealing handle one end may be operably coupled to the sidewall that the sidewall of container and the other end may be operably coupled to container, wherein seals handle and is positioned on recess.In certain embodiments, container 100 can comprise one or more sealing handle 140, and its one end may be operably coupled to the sidewall that the sidewall of container 100 and the other end may be operably coupled to container 100, wherein seals handle and is positioned on recess.In certain embodiments, container 100 can comprise the one or more sealing handles 140 being connected to container 100 turning.In certain embodiments, container 100 can comprise one or more sealing handles 140 at the non-turning being connected to container 100.

Embodiment 704 illustrates the container 100 with one or more sealing handle, described sealing handle one end may be operably coupled to the sidewall that the sidewall of container and the other end may be operably coupled to container, wherein seals handle and to be positioned on recess and to be configured to make it substantially keep the profile of container.In certain embodiments, container 100 can comprise one or more sealing handle 140, its one end may be operably coupled to the sidewall that the sidewall of container 100 and the other end may be operably coupled to container 100, wherein seals handle and to be positioned on recess 150 and to seal handle and be configured to make it substantially keep the profile of container 100.In certain embodiments, container 100 can comprise the one or more sealing handles 140 being connected to container 100 turning.In certain embodiments, container 100 can comprise one or more sealing handles 140 at the non-turning being connected to container 100.

Fig. 8 illustrates the exemplary embodiment of container 100.Extra embodiment can comprise embodiment 802, embodiment 804, embodiment 806 and/or embodiment 808.

Embodiment 802 illustrates the container 100 with one or more recess, and described recess is charging into one or more sidewall generally within the position in the middle of the body of container.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 is charging into one or more sidewall generally within the position in the middle of the body 110 of container 100.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 is charged within one or more sidewall in the position substantially relative with the position of one or more sealing handle 140.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the handgrip that workman can be used for assisting lifting container 100.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the recess 150 with vertical overhang.

Embodiment 804 illustrates the container 100 with one or more recess, and described recess charges into one or more sidewall in the position at the top of the basic body near container.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 charges into one or more sidewall in the position at basic body 110 top near container 100.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 is charged within one or more sidewall in the position substantially relative with the position of one or more sealing handle 140.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the handgrip that workman can be used for assisting lifting container 100.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the recess 150 with vertical overhang.

Embodiment 806 illustrates the container 100 with one or more recess, and described recess charges into one or more sidewall in the position of the bottom of the basic body near container.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 charges into one or more sidewall in basic position bottom the body 110 of container 100.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 is charged within one or more sidewall in the position substantially relative with the position of one or more sealing handle 140.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the handgrip that workman can be used for assisting lifting container 100.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the recess 150 with vertical overhang.

Embodiment 808 illustrates the container 100 with one or more recess, and described recess charges into one or more sidewall being formed at the corner in vessel portion.In certain embodiments, container 100 can comprise one or more recess 150, and the corner of described recess 150 in the body 110 being formed at container 100 charges into one or more sidewall.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 is charged within one or more sidewall in the position substantially relative with the position of one or more sealing handle 140.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the handgrip that workman can be used for assisting lifting container 100.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the recess 150 with vertical overhang.

Fig. 9 illustrates the exemplary embodiment of container 100.Extra embodiment can comprise embodiment 902, embodiment 904, embodiment 906 and/or embodiment 908.

Embodiment 902 illustrates the container 100 with one or more recess, and described recess charges into one or more sidewall at the non-corner part place in vessel portion.In certain embodiments, container 100 can comprise one or more recess 150, and the non-corner part place of its body 110 at container 100 charges in one or more sidewall.In certain embodiments, container 100 can comprise one or more recess 150, and described recess 150 is charged within one or more sidewall in the position substantially relative with the position of one or more sealing handle 140.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the handgrip that workman can be used for assisting lifting container 100.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the recess 150 with vertical overhang.

Embodiment 904 illustrates the container 100 with one or more recess, and described recess is charged in one or more sidewalls of body in the position substantially relative with the position of at least one handle that may be operably coupled to body.In certain embodiments, container 100 can comprise one or more recess 150, and it is charging in one or more sidewalls of body 110 with the position that at least one handle is connected to the position of body 110 substantially relative.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the handgrip that workman can be used for assisting lifting container 100.In certain embodiments, container 100 can comprise one or more recess 150, and it charges into one or more sidewall to form the recess 150 with vertical overhang.

Embodiment 906 illustrates the container 100 with one or more recess, and the position that described recess is adjoining with the one or more sealing handles that may be operably coupled to container is charged in one or more sidewalls of body.In certain embodiments, container 100 can comprise one or more recess 150, and the position that it is adjoining with the one or more sealing handles 140 that may be operably coupled to container 100 is charged in one or more sidewalls of body 110.Correspondingly, in certain embodiments, recess 150 can be positioned in the position be positioned on the container 100 of handle inner, occupies recess to allow the finger of the people holding handle.

Embodiment 908 illustrates the container 110 with one or more recess, and described recess comprises vertical overhang.In certain embodiments, container 100 can comprise one or more recess 150, and this recess 150 comprises vertical overhang.Correspondingly, in certain embodiments, recess 150 can be configured to have vertical overhang, and it allows recess 150 to be used by workman with holding container 100.

Figure 10 and accompanying drawing afterwards illustrate multiple embodiments of container 1000, the previous embodiment for Fig. 1 be attached with lid 1060 situation and/or relative to other exemplary embodiment substituted and contextual discussion and description.But, should be appreciated that container 1000 can have numerous configuration and/or is the invulnerable release of Fig. 1 and/or Figure 10.In addition, although give multiple embodiment in accompanying drawing, but should be appreciated that container 1000 can have the configuration being different from diagram configuration.

Figure 11 illustrates the exemplary embodiment of container 1000.Extra embodiment can comprise embodiment 1102, embodiment 1104, embodiment 1106 and/or embodiment 1108.

Embodiment 1102 illustrates the container 1000 with the lid being connected to container.In certain embodiments, container 1000 can comprise the lid 1060 being connected to container 1000.Lid 1060 can be connected to container 1000 in many ways.In certain embodiments, cover 1060 and be connected to container 1000 by tether.In certain embodiments, 1060 are covered by chain connection to container 1000.In certain embodiments, lid 1060 is connected to container 1000 by pivotable member, and this pivotable member allows lid 1060 laterally to rotate the opening leaving container 1000.

Embodiment 1104 illustrates the container 1000 with lid, and described cover is configured to operationally to be incorporated into neck member and also seals the opening defined substantially between two parties.In certain embodiments, container 1000 can comprise lid 1060, and described lid 1060 is configured to operationally to be incorporated into neck member and also seals the opening defined substantially between two parties.In certain embodiments, cover 1060 and can be set up screw thread to make it be screwed in threaded neck member and opening in airtight container 1000 downwards.In certain embodiments, cover 1060 can comprise and to be pressed in neck member and the press-fitted portions of opening in airtight container 1000.In certain embodiments, cover 1060 can comprise and to be pressed in neck member and the packing ring of opening in airtight container 1000.Correspondingly, numerous configurations that 1060 can have the opening allowed in lid 1060 airtight container 1000 are covered.

Embodiment 1106 illustrates the container 1000 with lid, described lid be furnished with operationally with the screw thread be screwed of neck member.In certain embodiments, container 1000 can comprise lid 1060, described lid 1060 be furnished with operationally with the screw thread be screwed of neck member.

Embodiment 1108 illustrates the container 1000 with lid, and described lid is furnished with the attachment member be operationally combined with the attachment member of neck member.In certain embodiments, container 1000 can comprise lid 1060, and described lid 1060 is furnished with the attachment member be operationally combined with the attachment member of neck member.Described lid 1060 can comprise eurypalynous attachment member perhaps.In certain embodiments, cover 1060 and can comprise one or more basic transverse bar in one or more cavitys of being inserted in neck member.In certain embodiments, cover 1060 and can comprise the one or more cavitys receiving the one or more basic transverse bar be combined with neck member.In certain embodiments, cover 1060 can comprise be squeezed in container 1000 neck member on one or more pressure rings.In certain embodiments, cover 1060 to be made up of the elastomeric material stretched on the neck member on container 1000.Correspondingly, lid can comprise eurypalynous attachment member perhaps.

Figure 12 illustrates wherein can the exemplary containers 1200 of practical embodiment.Container 1200 comprises body 1210.In certain embodiments, body 1210 can be formed from single sidewall.In certain embodiments, body 1210 can be formed from two or more sidewalls.Such as, in certain embodiments, container 1200 can comprise two or more sidewalls, and it is included in a. g. between two or more sidewalls.In certain embodiments, container 1200 can comprise two or more sidewalls, and it is included in the interlayer between two or more sidewalls.In certain embodiments, container 1200 can comprise two or more sidewalls, and it is included in the vacuum between two or more sidewalls.In certain embodiments, container 1200 can comprise two or more sidewalls, and it is included in the phase-change material between two or more sidewalls.

Container 1200 comprises the top 1220 that may be operably coupled to body 1210.Top 1220 comprises shoulder and neck member, and described shoulder comprises the opening defined substantially between two parties, and this neck member limits the border of opening.Opening can be configured to have multiple size.Such as, in certain embodiments, the size of opening can be enough large to allow people to be inserted by opening with the inside of sensible container 1200 by their hand.In certain embodiments, neck member selectively comprises one or more attachment member.Neck member selectively comprises eurypalynous attachment member perhaps.The example of these attachment members includes but not limited to, screw thread, lug, compression-style fittings, ridge etc.

Container 1200 comprises the bottom 1230 that may be operably coupled to body 1210.Bottom 1230 comprises the basic recess 1250 of restriction placed in the middle and the non-recess portion of basic continous.In certain embodiments, recess 1250 is configured to the neck receiving another container 1200.In certain embodiments, recess 1250 is configured to receive the neck of the lid being attached to another container 1200.Therefore, in certain embodiments, top container 1200 can be laminated in bottom container 1200 and push up, and wherein the neck of bottom container 1200 and cover are received in the recess 1250 of top container 1200.In certain embodiments, container 1200 can comprise the non-recess portion of basic continous.The non-recess portion 1250 of basic continous can limit the border of the recess 1250 of the bottom 1230 of container 1200.Therefore, in certain embodiments, top container 1200 can be layered on the top of bottom container 1200, to be received in recess in the bottom 1230 of top container 1,200 1250 to make the neck of bottom container 1200 and attached cover and the basic continous non-recess portion basic continous of top container 1200 rest on the shoulder of bottom container 1200.

Container 1200 comprises one or more sealing handle 1240, and described sealing handle is operationally coupled to container 1200.Sealing handle 1240 seals the internal insulation of the body making handle inner and container 1200 on the two ends of handle.Therefore, in certain embodiments, fluid cannot flow into from the inside of the body of container 1200 handle being coupled to container 1200.In certain embodiments, handle attachment is to container 1200, and one end of handle is coupled to the shoulder at the top 1220 of container 1200 and the other end is coupled to the sidewall of container 1200.In certain embodiments, handle attachment is to container 1200, and the coupled one end of handle is to the sidewall of container 1200 and the other end is coupled to the sidewall of container 1200.In certain embodiments, the extensible profile exceeding the body 1210 of the container 1200 that it is attached to of handle.In certain embodiments, handle can not extend beyond the profile of the body 1210 of the container 1200 that it is attached to.Therefore, in certain embodiments, handle may be attached to container 1200 and is maintained to make the overall profile of container 1200.

Container 1200 comprises one or more recess 1250 of the one or more sidewalls charging into body 1210.In certain embodiments, recess 1250 can be charged in the sidewall of container 1200 in the position adjoining handle, can be held and the finger of gripping handle is positioned near recess to make handle.In certain embodiments, recess 1250 can be charged in the sidewall of container 1200 position relative with the position of the handle being attached to container 1200 on container 1200.In certain embodiments, recess 1250 can be charged in the sidewall of container 1200 in the position relative with the position of attach handle on container 1200, serves as handle with lifting container 1200 to make recess 1250.Such as, in certain embodiments, workman one can hold the handle that is attached to container 1200 and another holds recess 1250, and this recess 1250 is charged in container 1200 sidewall on handle opposite side.Recess 1250 can charge into the sidewall of container 1200 in multiple position relative to container 1200.Such as, in certain embodiments, recess 1250 can charge into container 1200 relative to the vertical axis of container 1200 in the position of the centre of container 1200.In certain embodiments, recess 1250 can charge into container 1200 in the position of the bottom 1230 near container 1200.In certain embodiments, recess 1250 can charge into container 1200 in the position at the top 1220 near container 1200.

Embodiment 1302 illustrates the container 1200 with body, and described body comprises scale mark.In certain embodiments, container 1200 can have the body 1210 comprising scale mark.In certain embodiments, container 1200 can comprise scale mark, and it indicates the material volume be contained in container 1200.Such as, in certain embodiments, scale mark can be configured to the amount indicating the liquid be contained in container 1200.In certain embodiments, container 1200 can comprise scale mark, and its instruction is contained in the quality of the material in container 1200.Such as, in certain embodiments, scale mark can be configured to the quality indicating the particle be contained in container 1200.Therefore, container 1200 can comprise scale mark, and it is configured to provide the information about numerous materials that can be contained in container 1200.

Embodiment 1304 illustrates the container 1200 with body, and this body comprises two or more sidewalls.In certain embodiments, container 1200 can have the body 1210 comprising two or more sidewalls.In certain embodiments, container 1200 can comprise body 1210, and described body 1210 comprises two or more sidewalls separated by vacuum.In certain embodiments, container 1200 can comprise body 1210, and described body 1210 comprises two or more sidewalls separated by isolated material.Permitted eurypalynous isolated material can be included between the wall of container 1200.The example of this isolated material includes but not limited to: one or more aerogels, polymer foams, fiber glass etc.In certain embodiments, container 1200 can comprise body 1210, and it comprises two or more sidewalls separated by phase-change material.Permitted eurypalynous phase-change material can be included between the wall of container 1200.The example of this kind of phase-change material includes but not limited to: eutectic, salt hydrate, organic material etc.Many phase-change materials are the known (people such as such as Farid, A review on phase change energystorage:materials and applications, Energy Conservation andManagement (45) (general view for phase transition energy stores: material and application, energy saving and management (45)): 1597-1615 page (2004)).

Embodiment 1306 illustrates the container 1200 with body, and described body comprises two or more sidewalls separated by vacuum.In certain embodiments, container 1200 can comprise body 1210, and described body 1210 comprises two or more sidewalls separated by vacuum.In certain embodiments, container 1200 can comprise body 1210, and described body 1210 comprises two or more sidewalls separated by vacuum and one or more getter MAT'Ls comprised in evacuated space.Perhaps eurypalynous getter MAT'L is known and can be used.In certain embodiments, container 1200 can comprise body 1210, and described body 1210 comprises two or more sidewalls separated by vacuum and one or more getter MAT'Ls be included in evacuated space and spacer.

Embodiment 1308 illustrates the container 1200 with body, and described body comprises two or more sidewalls, between two or more sidewalls, comprise interlayer.In certain embodiments, container 1200 can comprise body 1210, and it comprises two or more sidewalls separated by isolated material.Many eurypalynous isolated materials can be included between the wall of container 1200.The example of this isolated material includes but not limited to: one or more aerogels, polymer foams, fiber glass etc.

Embodiment 1310 illustrates the container 1200 with body, and it comprises two or more sidewalls, comprises one or more phase-change materials between two or more sidewalls.In certain embodiments, container 1200 can comprise body 1210, and it comprises two or more sidewalls separated by phase-change material.Permitted eurypalynous phase-change material can be included between the wall of container 1200.The example of phase-change material includes but not limited to: eutectic, salt hydrate, organic material etc.Many phase-change materials are the known (people such as such as Farid, A review on phase change energy storage:materials andapplications, Energy Conservation and Management (45) (general view for phase transition energy stores: material and application, energy saving and management (45)): 1597-1615 page (2004)).

Figure 14 illustrates the exemplary embodiment of container 1200.Extra embodiment can comprise embodiment 1402, embodiment 1404, embodiment 1406, embodiment 1408 and/or embodiment 1410.

Embodiment 1402 illustrates container 1200, and it has the neck member being configured to operationally be incorporated into lid.In certain embodiments, container 1200 can comprise and is configured to and covers the neck member that combines.In certain embodiments, neck member is provided with screw thread and is configured to be incorporated into threaded lid.In certain embodiments, neck member can comprise one or more cross member, and described cross member is configured to be combined with the lid comprising attachment member, and described attachment member is configured to receive one or more cross member.Therefore, neck member can be configured to be incorporated into lid in many ways.

Embodiment 1404 illustrates container 1200, and it has the neck member being configured to operationally be incorporated into funnel.Container 1200 can comprise the neck member being configured to be combined with funnel.In certain embodiments, neck member is provided with screw thread and is configured to be incorporated into threaded funnel.In certain embodiments, neck member can comprise one or more cross member, and described cross member is configured to be combined with the funnel comprising attachment member, and described attachment member is configured to receive one or more cross member.Therefore, neck member can be configured to be incorporated into funnel in many ways.

Embodiment 1406 illustrates container 1200, and it has the opening that substantially between two parties define of diameter between about 2 inches and about 20 inches.In certain embodiments, container 1200 can comprise the neck member of diameter between about 2 inches and about 20 inches.Embodiment 1408 illustrates container 1200, and it has the opening that substantially between two parties define of diameter between about 3 inches and about 15 inches.In certain embodiments, container 1200 can comprise the neck member of diameter between about 3 inches and about 15 inches.

Embodiment 1410 illustrates container 1200, and it has the opening that substantially between two parties define of diameter between about 4 inches and about 10 inches.In certain embodiments, container 1200 can comprise the neck member of diameter between about 4 inches and about 10 inches.

Figure 15 illustrates the exemplary embodiment of container 1200.Extra embodiment can comprise embodiment 1502, embodiment 1504 and/or embodiment 1506.

Embodiment 1502 illustrates container 1200, and it has the opening that substantially between two parties define of diameter between about 5 inches and about 8 inches.In certain embodiments, container 1200 can comprise the neck member of diameter between about 5 inches and about 8 inches.Embodiment 1504 illustrates container 1200, and it has the opening defined substantially between two parties of about 5 inches of diameter.In certain embodiments, container 1200 can comprise the opening defined substantially between two parties of about 5 inches of diameter.

Embodiment 1506 illustrates the container 1200 with top, and described top comprises one or more Lock Part, and described Lock Part is configured to engage the one or more Lock Parts on the bottom of the container being positioned at similar configuration.In certain embodiments, container 1200 can comprise top 1220, and described top 1220 comprises one or more Lock Part, and described Lock Part is configured to engage the one or more Lock Parts on the bottom 1230 of the container 1200 being positioned at similar configuration.Lock Part can configure in many ways.Such as, in certain embodiments, the top 1220 of the first container 1200 can comprise the Lock Part being configured to bolt shape, and this Lock Part can be inserted into the cavity of the bottom 1230 being arranged in another container 1200.In certain embodiments, this kind of Lock Part can be configured to dovetail wedge.In certain embodiments, this kind of Lock Part can be configured to tongue and groove structure.

Figure 16 illustrates the exemplary embodiment of container 1200.Extra embodiment can comprise embodiment 1602.

Embodiment 1602 illustrates the container 1200 with bottom, and described bottom comprises one or more Lock Part, and described Lock Part is configured to engage the one or more Lock Parts on the top of the container being positioned at similar configuration.In certain embodiments, container 1200 can comprise bottom 1230, and described bottom 1230 comprises one or more Lock Part, and described Lock Part is configured to engage the one or more Lock Parts on the top 1220 of the container 1200 being positioned at similar configuration.Lock Part can configure in many ways.Such as, in certain embodiments, the bottom 1230 of the first container 1200 can comprise the Lock Part being configured to bolt shape, and this Lock Part can be inserted into the cavity at the top 1220 being arranged in another container 1200.In certain embodiments, this kind of Lock Part can be configured to dovetail wedge.In certain embodiments, this kind of Lock Part can be configured to tongue and groove structure.

Figure 17 illustrates the exemplary embodiment of container 1200.Extra embodiment can comprise embodiment 1702, embodiment 1704 and/or embodiment 1706.

Embodiment 1702 illustrates container 1200, and one or more recess of one or more sidewall are charged in its position had substantially in the middle of the body of container.In certain embodiments, container 1200 can comprise one or more recess 1250, and one or more sidewall is charged in the position of described recess 1250 substantially in the middle of the body 1210 of container 1200.In certain embodiments, container 1200 can be included in one or more recess 1250 that one or more sidewall is charged in the basic position relative with the position of one or more sealing handle 1240.In certain embodiments, container 1200 can comprise one or more recess 1250, and it charges into one or more sidewall to form handgrip.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip, and workman can use this handgrip to assist lifting container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form the recess 1250 with vertical overhang.

Embodiment 1704 illustrates the container 1200 with one or more recess, and described recess charges into one or more sidewall in the position at the basic top near vessel portion.In certain embodiments, container 1200 can comprise one or more recess 1250, and it is charged in one or more sidewall in the position at the top of the basic body 1210 near container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and it is charged in one or more sidewall in the basic position relative with the position of one or more sealing handle 1240.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip, and workman can use this handgrip to assist lifting container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form the recess 1250 with vertical overhang.

Embodiment 1706 illustrates the container 1200 with one or more recess, and described recess charges into one or more sidewall in the position of the basic bottom near vessel portion.In certain embodiments, container 1200 can comprise one or more recess 1250, and it is charged in one or more sidewall in the position of the bottom of the basic body 1210 near container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and it is charged in one or more sidewall in the basic position relative with the position of one or more sealing handle 1240.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip, and workman can use this handgrip to assist lifting container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form the recess 1250 with vertical overhang.

Figure 18 illustrates the exemplary embodiment of container 1200.Extra embodiment can comprise embodiment 1802, embodiment 1804 and/or embodiment 1806.

Embodiment 1802 illustrates the container 1200 with one or more recess, and described recess charges into one or more sidewall being formed at the corner in vessel portion.In certain embodiments, container 1200 can comprise one or more recess 1250, and its corner in the body 1210 being formed at container 1200 charges in one or more sidewall.In certain embodiments, container 1200 can comprise one or more recess 1250, and it is charged in one or more sidewall in the basic position relative with the position of one or more sealing handle 1240.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip, and workman can use this handgrip to assist lifting container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form the recess 1250 with vertical overhang.

Embodiment 1804 illustrates the container 1200 with one or more recess, and described recess charges into one or more sidewall at the non-corner part place in vessel portion.In certain embodiments, container 1200 can comprise one or more recess 1250, and the non-corner part place of its body 1210 at container 1200 charges in one or more sidewall.In certain embodiments, container 1200 can comprise one or more recess 1250, and it is charged in one or more sidewall in the basic position relative with the position of one or more sealing handle 1240.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form handgrip, and workman can use this handgrip to assist lifting container 1200.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 charges into one or more sidewall to form the recess 1250 with vertical overhang.

Embodiment 1806 illustrates the container 1200 with one or more recess, and described recess comprises vertical overhang.In certain embodiments, container 1200 can comprise one or more recess 1250, and described recess 1250 comprises vertical overhang.Therefore, in certain embodiments, recess 1250 can be configured to have vertical overhang, and described vertical overhang allows recess 1250 to be used by workman with holding container 1200.

Figure 19 and accompanying drawing afterwards illustrate multiple embodiments of container 1900, the previous embodiment for Figure 12 be attached with lid 1960 situation and/or relative to other exemplary embodiment and contextual discussion and description.But, should be appreciated that container 1900 can have numerous configuration and/or can be the invulnerable release of Figure 12 and/or Figure 19.In addition, although give multiple embodiment in accompanying drawing, but should be appreciated that container 1900 can have the configuration being different from diagram configuration.

Figure 20 illustrates the exemplary embodiment of container 1900.Extra embodiment can comprise embodiment 2002 and/or embodiment 2004.

Embodiment 2002 illustrates the container 1900 with the lid being connected to container.In certain embodiments, container 1900 can comprise the lid 1960 being connected to container 1900.Lid 1960 can be connected to container 1900 in many ways.In certain embodiments, cover 1960 and be connected to container 1900 by tether.In certain embodiments, 1960 are covered by chain connection to container 1900.In certain embodiments, lid 1060 is connected to container 1900 by pivotable member, and this pivotable member allows lid 1960 laterally to rotate the opening leaving container 1900.

Embodiment 2004 illustrates the container 1900 with lid, and described cover is configured to operationally to be incorporated into neck member and also seals the opening defined substantially between two parties.In certain embodiments, container 1900 can comprise lid 1960, and described lid 1960 is configured to operationally to be incorporated into neck member and also seals the opening defined substantially between two parties.In certain embodiments, cover 1960 and can be set up screw thread to make it be screwed in threaded neck member and opening in airtight container 1900 downwards.In certain embodiments, cover 1960 can comprise and to be pressed in neck member and the compression-style fittings of opening in airtight container 1900.In certain embodiments, cover 1960 can comprise and to be pressed in neck member and the packing ring of opening in airtight container 1900.Therefore, numerous configurations that 1960 can have the opening allowed in lid 1960 airtight container 1900 are covered.

Figure 21 illustrates the exemplary embodiment of container 1900.Extra embodiment can comprise embodiment 2102 and/or embodiment 2104.

Embodiment 2102 illustrates the container 1900 with lid, and described lid is furnished with the screw thread be operationally combined with the screw thread of neck member.In certain embodiments, container 1900 can comprise lid 1960, and described lid 1960 is furnished with the screw thread be operationally combined with the screw thread of neck member.

Embodiment 2104 illustrates the container 1900 with lid, and described lid is furnished with the attachment member be operationally combined with the attachment member of neck member.In certain embodiments, container 1900 can comprise lid 1960, and described lid 1960 is furnished with the attachment member be operationally combined with the attachment member of neck member.Described lid 1960 can comprise eurypalynous attachment member perhaps.In certain embodiments, cover 1960 and can comprise one or more basic transverse bar in one or more cavitys of being inserted in neck member.In certain embodiments, cover 1960 and can comprise the one or more cavitys receiving the one or more basic transverse bar be combined with neck member.In certain embodiments, cover 1960 can comprise be squeezed in container 1900 neck member on one or more pressure rings.In certain embodiments, cover 1960 to be made up of the elastomeric material stretched on the neck member on container 1900.Therefore, cover 1960 and can comprise eurypalynous attachment member perhaps.

Figure 22 illustrates an operating process 2200.Operating process 2200 comprises closed procedure 2210, it is kneaded together with at least two positions making a part for parison in a part for mould that it relates to the mould closed at least one container around the parison extruded, and this mould allows on this at least one container and forms at least one handle.In certain embodiments, it is kneaded together with at least two positions making a part for parison in a mould part that technique can be included in the mould closed at least one container around the parison extruded, and this mould forms at least one handle by least one container.In certain embodiments, mould is configured to make to be formed in the either end of handle when mould is completely closed to mediate the twice that the gap stayed in the mould of point is approximately system of parison wall thickness.Configurable mould, it produces multiple handle, and the kneading point place on handle has multiple thickness.The system of parison wall thickness extruded controls by extruder die processing.Along with melted material is extruded, die openings can be programmed with partly open and close, causes the Axial changes of system of parison wall thickness thus.System of parison wall thickness by along its border by different way opening and closing die head section and be radially controlled.In certain embodiments, parison can be prefabricated blank.

Operations flows 2200 comprises implant operation 2220, and it relates to one or more parts of gas inject parison to form at least one container limited by mould.In certain embodiments, technique can comprise by gas inject to one or more parts of parison to form at least one container of being limited by mould.In certain embodiments, gas is blown in parison by one or more inflatable bar.In certain embodiments, one or more inflatable bar can be inserted parison before the mould is closed.In certain embodiments, can after the mold is closed one or more inflatable bar be inserted in parison.Can by many kinds of gas inject parisons.In certain embodiments, air is injected in parison.In certain embodiments, be injected in parison with the unresponsive gas of material forming parison.

Figure 23 illustrates the another embodiment of the exemplary operation stream 2200 of Figure 22.Figure 23 illustrates an exemplary embodiment, and wherein closed procedure 2210 can comprise at least one operation bidirectional.Operation bidirectional can comprise operation 2302, operation 2304, operation 2306 and/or operation 2308.

A Reference source notfound (mistake! Reference source does not find).In certain embodiments, technique can comprise fully close die.In certain embodiments, mould can be completely closed before gas is injected into parison.In certain embodiments, mould is configured to make close die on parison will mediate a part of parison material, and this part parison material will form close handles.In certain embodiments, mould is fully filled up parison material by being configured to mediate a part of parison that will form handle to make the two ends of handle.Therefore, in certain embodiments, when gas is injected into a part of mould that will form handle, the hollow handle that end closes completely is formed.

In operation 2304, operation 2210 can comprise partly close die.In certain embodiments, technique can comprise partly close die.In certain embodiments, when gas is injected into parison, mould can partly close.In certain embodiments, mould to be configured to be formed in making container part in the closed mould of part and subsequently can fully close die to mediate the material component of forming section container to form complete container.Such as, the hollow handle with two open ends can be formed in the closed mould of part at the beginning, and subsequently can close die to mediate the two ends of handle portion to be formed in the hollow handle of closed at both ends.

In operation 2306, operation 2210 can comprise gas inject parison to form at least one body of at least one container defined by mould.In certain embodiments, technique can comprise gas inject parison to form at least one body of at least one container defined by mould.In certain embodiments, gas can be injected into the parison sections of the body that will form container.In certain embodiments, gas can be injected into the parison sections of the body that will form container and not be injected into the parison sections that will form handle.In certain embodiments, gas can be injected into the parison sections of the body that will form container and gas also can be injected into the parison sections that will form handle.

In operation 2308, operation 2210 can comprise gas inject parison to form at least one handle portion at least one container defined by mould.In certain embodiments, technique can comprise gas inject parison to form at least one handle portion at least one container of being defined by mould.In certain embodiments, blowing needle can be inserted a part of parison be included in a part of mould, described mould part is configured to form handle on container.Gas can be injected into this part parison that will form handle subsequently, thus forms hollow handle.

Figure 24 illustrates operating process 2400.Operating process 2400 comprises closed procedure 2410, it relates to the mould that to close around the parison extruded at least one container to make a part of parison kneaded together at least two positions of mould part, and this mould part forms at least one handle by least one container.In certain embodiments, technique can be included in the mould closed around the parison extruded at least one container, to make at least two positions of a part for parison in mould part kneaded together, this mould part forms at least one handle by least one container.In certain embodiments, mould is configured to make to be formed in the either end of handle when mould is completely closed to mediate the twice that the gap stayed in the mould of point is approximately system of parison wall thickness.Mould can be configured to the handle that the kneading point place be manufactured on handle has multiple thickness.

Operating process 2400 comprises implant operation 2420, and it to relate to gas inject to one or more parts of parison to form at least one container of being defined by mould.In certain embodiments, technique can comprise one or more parts of gas inject parison to form at least one container defined by mould.In certain embodiments, gas is blown into parison by one or more inflatable bar.In certain embodiments, one or more inflatable bar can be inserted in parison before mould is closed.In certain embodiments, one or more inflatable bar can be inserted in parison after the mold is closed.Polytype gas can be injected in parison.In certain embodiments, air is injected in parison.In certain embodiments, be injected in parison with the unresponsive gas of material forming parison.

Operating process 2400 comprises update 2430, and it relates at least one inflatable bar insertion parison.In certain embodiments, technique can comprise at least one inflatable bar insertion parison.In certain embodiments, parison can be extruded being positioned at around the inflatable bar of mould.In certain embodiments, parison can be extruded and inflatable bar can be positioned in the parison in mould subsequently.In certain embodiments, inflatable bar can be inserted into the extruded parisons in open mold.In certain embodiments, inflatable bar can be inserted the extruded parisons being positioned at close die.

Figure 25 illustrates the alternate embodiment of the example operational flow 2400 of Figure 24.Figure 25 illustrates that wherein update 2430 can comprise the exemplary embodiment of at least one additional operations.Additional operations can comprise operation 2502.

In operation 2502, operation 2430 can comprise at least one inflatable bar insertion mould and form at least one parison around at least one inflatable bar.In certain embodiments, technique can comprise at least one inflatable bar insertion mould and form at least one parison around at least one inflatable bar.In certain embodiments, parison is formed in around inflatable bar in opening mold.In certain embodiments, parison is formed in around inflatable bar in close die.

Figure 26 illustrates operating process 2600.Operating process 2600 comprises closed procedure 2610, it relates to around extruded parisons closed kneaded together with at least two positions making a part of parison in mould part for the mould of at least one container, and described mould part forms at least one handle at least one container.In certain embodiments, it is kneaded together with at least two positions making a part of parison in mould part that technique can be included in the mould closed at least one container around extruded parisons, and described mould part forms at least one handle at least one container.In certain embodiments, mould is configured to make to be formed in the either end of handle when mould is completely closed to mediate the twice that the gap stayed in the mould of point is approximately system of parison wall thickness.Mould can be configured to the handle that the kneading point place be manufactured on handle has multiple thickness.

Operating process 2600 comprises implant operation 2620, and it to relate to gas inject to one or more parts of parison to form at least one container of being defined by mould.In certain embodiments, technique can comprise one or more parts of gas inject parison to form at least one container defined by mould.In certain embodiments, gas is blown into parison by one or more inflatable bar.In certain embodiments, one or more inflatable bar can be inserted in parison before mould is closed.In certain embodiments, one or more inflatable bar can be inserted in parison after the mold is closed.Polytype gas can be injected in parison.In certain embodiments, air is injected in parison.In certain embodiments, be injected in parison with the unresponsive gas of material forming parison.

Operation 2600 comprises update 2630, and it relates to the one or more parts at least one blowing needle being inserted parison mould, and described mould part forms at least one handle by least one container.In certain embodiments, technique can comprise the one or more parts at least one blowing needle being inserted mould, and described mould part forms at least one handle by least one container.In certain embodiments, blowing needle can be inserted in the parison sections be included in mould part, and this mould part is configured to the hollow handle forming closing end.Gas is injected into by blowing needle and is included in parison in handle portion to form hollow handle.

Figure 27 illustrates the alternate embodiment of the exemplary operation stream 2600 of Figure 26.Figure 27 illustrates exemplary embodiment, and wherein update 2630 can comprise at least one operation bidirectional.Operation bidirectional can comprise operation 2702.

In operation 2702, operation 2630 can be included in after mould closes completely and at least one blowing needle is inserted mould at least partially, and this mould part forms at least one handle by least one container.In certain embodiments, technique can be included in after mould closes completely and at least one blowing needle is inserted mould at least partially, and this mould part forms at least one handle by least one container.

Figure 28 illustrates an operating process 2800.Operating process 2800 comprises closed procedure 2810, it is kneaded together with at least two positions making a part of parison in mould part that it relates to the mould closed at least one container around extruded parisons, and described mould part forms at least one handle by least one container.In certain embodiments, it is kneaded together with at least two positions making a part of parison in mould part that technique can be included in the mould closed at least one container around extruded parisons, and described mould part forms at least one handle by least one container.In certain embodiments, mould is configured to make to be formed in the either end of handle when mould is completely closed to mediate the twice that the gap stayed in the mould of point is approximately system of parison wall thickness.Mould can be configured to the handle that the kneading point place be manufactured on handle has multiple thickness.

Operating process 2800 comprises implant operation 2820, and it to relate to gas inject to one or more parts of parison to form at least one container of being defined by mould.In certain embodiments, technique can comprise one or more parts of gas inject parison to form at least one container defined by mould.In certain embodiments, gas is blown into parison by one or more inflatable bar.In certain embodiments, one or more inflatable bar can be inserted in parison before mould is closed.In certain embodiments, one or more inflatable bar can be inserted in parison after the mold is closed.Polytype gas can be injected in parison.In certain embodiments, air is injected in parison.In certain embodiments, be injected in parison with the unresponsive gas of material forming parison.

A Reference source not found (mistake! Reference source does not find).In certain embodiments, technique can comprise cooling die.Multiple method can be used with cooling die.Such as, in certain embodiments, fluid can be circulated through passage in mould with cooling die.In certain embodiments, gas can be circulated through passage in mould with cooling die.In certain embodiments, liquefied gas can be circulated through passage in mould with cooling die.

Figure 29 illustrates the alternate embodiment of the example operational flow 2800 of Figure 28.Figure 29 illustrates exemplary embodiment, and wherein cooling down operation 2830 can comprise at least one operation bidirectional.Operation bidirectional can comprise operation 2902, operation 2904 and/or operation 2906.

In operation 2902, operation 2830 can comprise and allows fluid flow mould.In certain embodiments, technique can comprise and allows fluid flow mould.Eurypalynous fluid or combination of fluids perhaps can be used to carry out cooling die, and these fluids or combination of fluids can from buying on the market (such as Dimplex ThermalSolutions, 2625Emerald Drive, Kalamazoo, MI 49001-4542).

In operation 2904, operation 2830 can comprise makes gas flow through molds.In certain embodiments, technique can comprise and makes gas flow through molds.Eurypalynous gas and combination of gases perhaps can be used to carry out cooling die.The example of these gases includes but not limited to, fluorine Lyons, carbon dioxide etc.

In operation 2906, operation 2830 can comprise makes liquefied gas flow through molds.In certain embodiments, technique can comprise and makes liquefied gas flow through molds.Eurypalynous gas and combination of gases perhaps can be used to carry out cooling die.The example of these gases includes but not limited to, liquid oxygen, liquid helium, liquid nitrogen etc.

Figure 30 illustrates an operating process 3000.Operating process 3000 comprises closed procedure 3010, it is kneaded together with at least two positions making a part of parison in mould part that it relates to the mould closed at least one container around extruded parisons, and described mould part forms at least one handle at least one container.In certain embodiments, it is kneaded together with at least two positions making a part of parison in mould part that technique can be included in the mould closed at least one container around extruded parisons, and described mould part makes at least one container forms at least one handle.In certain embodiments, mould is configured to make to be formed in the either end of handle when mould is completely closed to mediate the twice that the gap stayed in the mould of point is approximately system of parison wall thickness.Mould can be configured to the handle that the kneading point place be manufactured on handle has multiple thickness.

Operating process 3000 comprises implant operation 3020, and it to relate to gas inject to one or more parts of parison to form at least one container of being defined by mould.In certain embodiments, technique can comprise one or more parts of gas inject parison to form at least one container defined by mould.In certain embodiments, gas is blown into parison by one or more inflatable bar.In certain embodiments, one or more inflatable bar can be inserted in parison before mould is closed.In certain embodiments, one or more inflatable bar can be inserted in parison after the mold is closed.Polytype gas can be injected in parison.In certain embodiments, air is injected in parison.In certain embodiments, be injected in parison with the unresponsive gas of material forming parison.

Operating process 3000 comprises positioning action 3030, and it relates to by least one insert location in a mold, and this insert is configured to form at least one recess at least one container formed by mould.In certain embodiments, technique can comprise by least one insert location in a mold, and this insert is configured to form at least one recess at least one container formed by mould.In certain embodiments, technique can comprise manually by least one insert location in a mold, and this insert is configured to form at least one recess at least one container formed by mould.In certain embodiments, technique can comprise mechanically by least one insert location in a mold, and this insert is configured to form at least one recess at least one container formed by mould.

Figure 31 illustrates the alternate embodiment of the example operational flow 3000 of Figure 30.Figure 31 illustrates exemplary embodiment, and wherein positioning action 3030 can comprise at least one operation bidirectional.Operation bidirectional can comprise operation 3102, operation 3104, operation 3106, operation 3108 and/or operation 3110.

In operation 3102, operation 3030 can comprise manually by least one insert location in a mold, and this insert is configured to form at least one recess at least one container formed by mould.In certain embodiments, technique can comprise manually locates at least one insert in a mold, and this insert is configured to form at least one recess at least one container formed by mould.Such as, one or more insert can be manually positioned the bottom at mould, and this can form one or more recess in the container bottom defined by mould.

In operation 3104, operation 3030 can comprise mechanically by least one insert location in a mold, and this insert is configured to form at least one recess at least one container formed by mould.In certain embodiments, technique can comprise mechanically locates at least one insert in a mold, and this insert is configured to form at least one recess at least one container formed by mould.Such as, one or more insert can be mechanically positioned at the bottom of mould, thus can form one or more recess in the container bottom defined by mould.In certain embodiments, insert is located by using hydraulic pressure.

In operation 3106, operation 3030 can comprise by least one insert location in a mold, and this insert is configured to form at least one recess at least one sidewall of at least one container formed by mould.In certain embodiments, technique can comprise by least one insert location in a mold, and this insert is configured to form at least one recess at least one sidewall of at least one container formed by mould.Such as, one or more insert can be positioned in the sidepiece of mould, thus forms one or more recess in one or more sidewalls of the container defined by mould.

In operation 3108, operation 3030 can comprise by least one insert location in a mold, this insert be configured at least one container formed by mould at least one bottom in form at least one recess.In certain embodiments, technique can comprise by least one insert location in a mold, this insert be configured at least one container formed by mould at least one bottom in form at least one recess.Such as, one or more insert can be positioned in the bottom of mould, thus in the bottom of the container defined by mould, form one or more recess.

In operation 3110, operation 3030 can comprise by least one insert location in a mold, and this insert is configured to form at least one recess at least one top of at least one container formed by mould.In certain embodiments, technique can comprise by least one insert location in a mold, and this insert is configured to form at least one recess at least one top of at least one container formed by mould.Such as, one or more insert can be positioned in the top of mould, and this forms one or more recess in the top 1220 of the container defined by mould.

Figure 32 A illustrates a container 3200.Container 3200 comprises the body 3202 with at least one sidewall 3204.Container 3200 also comprises top 3206, and described top 3206 may be operably coupled to body 3202 and comprises shoulder 3208 and neck member 3212, and this shoulder 3208 comprises the opening 3210 defined substantially between two parties, and described neck member 3212 limits the border of opening 3210.Container 3200 also comprises bottom 3214, and described bottom 3214 may be operably coupled to body 3202 and comprises non-recess portion 3222 (not shown) of the recess 3220 and basic continous defined substantially between two parties.Container 3200 also comprises the one or more sealing handles 3216 that may be operably coupled to container 3200.Container 3200 also comprises one or more recess 3218 (not shown) of the one or more sidewalls charging into body 3202.

Figure 32 B illustrates a container 3200.Container 3200 comprises the body 3202 with at least one sidewall 3204.Container 3200 also comprises top 3206, and described top 3206 may be operably coupled to body 3202 and comprises shoulder 3208 and neck member 3212, and this shoulder 3208 comprises the opening 3210 defined substantially between two parties, and described neck member 3212 limits the border of opening 3210.Container 3200 also comprises bottom 3214, and described bottom 3214 may be operably coupled to body 3202 and comprises non-recess portion 3222 (not shown) of the recess 3220 and basic continous defined substantially between two parties.Container 3200 also comprises the one or more sealing handles 3216 that may be operably coupled to container 3200.Container 3200 also comprises one or more recess 3218 of the one or more sidewalls charging into body 3202.

Figure 32 C illustrates container 3200.Container 3200 comprises the body 3202 with at least one sidewall 3204.Container 3200 also comprises top 3206, and described top 3206 may be operably coupled to body 3202 and comprises shoulder 3208 and neck member 3212, and this shoulder 3208 comprises the opening 3210 defined substantially between two parties, and described neck member 3212 limits the border of opening 3210.Container 3200 also comprises bottom 3214, and described bottom 3214 may be operably coupled to body 3202 and comprises non-recess portion 3222 (not shown) of the recess 3220 and basic continous defined substantially between two parties.Container 3200 also comprises the one or more sealing handles 3216 that may be operably coupled to container 3200.Container 3200 also comprises one or more recess 3218 of the one or more sidewalls charging into body 3202.

Figure 32 D illustrates container 3200.Container 3200 comprises the body 3202 with at least one sidewall 3204.Container 3200 also comprises top 3206, and described top 3206 may be operably coupled to body 3202 and comprises shoulder 3208 and neck member 3212, and this shoulder 3208 comprises the opening 3210 defined substantially between two parties, and described neck member 3212 limits the border of opening 3210.Container 3200 also comprises bottom 3214, and described bottom 3214 may be operably coupled to body 3202 and comprises non-recess portion 3222 (not shown) of the recess 3220 and basic continous defined substantially between two parties.Container 3200 also comprises the one or more sealing handles 3216 that may be operably coupled to container 3200.Container 3200 also comprises one or more recess 3218 of the one or more sidewalls charging into body 3202.

Figure 32 E illustrates two containers 3200 be laminated to each other.Container 3200 comprises the body 3202 with at least one sidewall 3204.Container 3200 also comprises top 3206, and described top 3206 may be operably coupled to body 3202 and comprises shoulder 3208 and neck member 3212, and this shoulder 3208 comprises the opening 3210 defined substantially between two parties, and described neck member 3212 limits the border of opening 3210.Container 3200 also comprises bottom 3214, and described bottom 3214 may be operably coupled to body 3202 and comprises the non-recess portion 3222 of the recess 3220 and basic continous defined substantially between two parties.Container 3200 also comprises the one or more sealing handles 3216 that may be operably coupled to container 3200.Container 3200 also comprises one or more recess 3218 of the one or more sidewalls charging into body 3202.

Figure 33 A illustrates container 3300.Container 3300 comprises the almost circular body 3302 with at least one sidewall 3304.Container 3300 also comprises top 3306, and described top 3306 may be operably coupled to body 3302 and comprises shoulder 3308 and neck member 3312, and this shoulder 3308 comprises the opening 3310 defined substantially between two parties, and described neck member 3312 limits the border of opening 3310.Container 3300 also comprises bottom 3314, and described bottom 3314 may be operably coupled to body 3302 and comprises non-recess portion 3322 (not shown) of recess 3320 (not shown) and the basic continous defined substantially between two parties.Container 3300 also comprises the one or more sealing handles 3316 that may be operably coupled to container 3300.Container 3300 also comprises one or more recess 3318 of the one or more sidewalls charging into body 3302.

Figure 33 B illustrates container 3300.Container 3300 comprises the almost circular body 3302 with at least one sidewall 3304.Container 3300 also comprises top 3306, and described top 3306 may be operably coupled to body 3302 and comprises shoulder 3308 and neck member 3312, and this shoulder 3308 comprises the opening 3310 defined substantially between two parties, and described neck member 3312 limits the border of opening 3310.Container 3300 also comprises bottom 3314, and described bottom 3314 may be operably coupled to body 3302 and comprises the non-recess portion 3322 of the recess 3320 and basic continous defined substantially between two parties.Container 3300 also comprises the one or more sealing handles 3316 that may be operably coupled to container 3300.Container 3300 also comprises one or more recess 3318 of the one or more sidewalls charging into body 3302.

Detailed description has above set forth multiple embodiments of equipment and/or technique by user's block diagram, diagram of circuit and/or example.When these block schemes, diagram of circuit and/or example comprise one or more function and/or operation, those skilled in that art should be understood that each function in these block schemes, diagram of circuit and/or example and/or operation by the hardware of wide region, software, firmware or in fact their combination in any realize separately and/or jointly.In one embodiment, some parts of theme described herein can realize via special IC (ASIC), field programmable gate array (FPGA), digital signal processor (DSP) or other integrated form.But, those skilled in that art should understand, some aspects of the embodiment disclosed herein can (integrally or part) equivalently in integrated circuits as the one or more computer programs (such as the one or more programs operated in one or more computer system) run on one or more computers, as the one or more programs (such as the one or more programs operated on one or more microprocessor) run on the one or more processors, as firmware or in fact as their combination in any realization, and for software and/or firmware design circuit and/or that to write code be those skilled in that art is facile with reference to holding after the disclosure.In addition, those skilled in that art will understand, the mechanism of theme described herein can be distributed as program product in a variety of forms, and the illustrative embodiment of theme described herein be suitable for and no matter be actually used in perform the signal bearing medium distributed particular type why.The example of signal bearing medium includes but not limited to following medium: the medium that can record form, such as floppy disk, hard disk drive, compact disk (CD), digital video disc (DVD), number tape, computer storage etc.; And transmission type media, such as numeral and/or analog communication medium (such as Connectorized fiber optic cabling, waveguide, wired communications links, wireless communication link (such as emitter, receiver, transmission logic, receive logic etc.) etc.).

Say from the general extent, those skilled in that art will recognize, multiple embodiment described herein realizes separately and/or jointly by multiple Mechatronic Systems, and described Mechatronic Systems has: on a large scale electric component, such as hardware, software, firmware and/or in fact its combination in any; And the assembly on a large scale with mechanical force or motion can be given, such as rigid body, elastic body or reverse body, hydraulic gear, electromechanical activated apparatus and/or in fact its combination in any.As a result, " Mechatronic Systems " used herein includes but not limited to, is operationally coupled in transducer (such as actuator, motor, close-up crystal unit, MEMS (MEMS) etc.) circuit, there is the circuit of at least one discrete circuitry, there is the circuit of at least one integrated circuit, there is the circuit of at least one special IC, form the universal computing device that configured by computer program (such as by general computer that computer program configures, described computer program realizes technique described herein and/or equipment at least in part, or by the microprocessor that computer program configures, described computer program realizes technique described herein and/or equipment at least in part) circuit, form memory devices (memory device (the such as random access memory of such as many forms, flash memory, read-only memory (ROM) etc.)) circuit, form communication facilities (such as modem, communication switchboard, optoelectronic device etc.) circuit and/or associated any non-electrical analogue, such as light or other analogue (such as based on the circuit of graphite).

Say in general sense, it will be understood by those skilled in the art that the various aspects described herein realized separately and/or jointly by large-scale hardware, software, firmware and/or its combination can be regarded as being made up of polytype " circuit ".Result, " circuit " used herein includes but not limited to, there is the circuit of at least one discrete circuitry, there is the circuit of at least one integrated circuit, there is the circuit of at least one special IC, form the universal computing device that configured by computer program (such as by general computer that computer program configures, described computer program realizes technique described herein and/or equipment at least in part, or by the microprocessor that computer program configures, described computer program realizes technique described herein and/or equipment at least in part) circuit, form memory devices (memory device (the such as random access memory of such as many forms, flash memory, read-only memory (ROM) etc.)) circuit and/or form communication facilities (such as modem, communication switchboard, optoelectronic device etc.) circuit.It will be understood by those skilled in the art that theme described herein can realize in analog or digital mode or its some combination.

It will be understood by those skilled in the art that and can be integrated in image processing system at least partially in equipment described herein and/or technique.It will be understood by those skilled in the art that typical image disposal system generally comprises following one or more: the computational entity of the treater of the memory device of system element housing, video display apparatus, such as volatibility or nonvolatile memory and so on, such as microprocessor or digital signal processor and so on, such as operating system, actuator, application program and so on, one or more interactive device (such as touch pads, touch-screen, antenna etc.), comprise feedback loop and control the control system of motor (such as sensing the feedback of lens position and/or speed; For movement/anamorphote to provide the control electrical motor closing the focusing needed).Image processing system can utilize suitable market assembly on sale to realize, such as general those assemblies found in Digital Still system and/or digital motion systems.

What it will be understood by those skilled in the art that equipment described herein and/or technique can be integrated in data processing system at least partially.Those skilled in that art will recognize, data processing system generally comprises following one or more: system element housing, video display apparatus, the memory device of such as volatibility or nonvolatile memory and so on, the treater of such as microprocessor or digital signal processor and so on, such as operating system, actuator, the computational entity of graphical user interface and application program and so on, one or more interactive device (such as touch pads, touch-screen, antenna etc.), and/or the control system comprising feedback loop and control motor is (such as the feedback of sense position and/or speed, for mobile and/or adjustment assembly and/or amount control electrical motor).Data processing system can utilize suitable market assembly on sale to realize, such as general those assemblies calculating/communicate in data and/or find in network calculations/communication system.

All aforesaid U.S. Patent that are that quote in this specification sheets and/or that list in any request for data table, U.S. Patent Application Publication, U.S. Patent application, foreign patent, foreign patent application and non-patent disclosure are included in this as a reference, only otherwise conflict with the application.

Those skilled in that art will recognize, in order to make clear concept, the assembly (such as operating) disclosed herein, equipment, object and the discussion with them are used as example, and can consider many configuration modifications.As a result, as used in this article, special case statement and adjoint discussion are intended to represent their more generally classes.In general, the use of any special case is intended to represent its class, and the concrete assembly do not comprised (such as operating), equipment and object should not be considered to restricted.

For the use of almost any plural number herein and/or singular references, those skilled in that art can based on context and/or application be converted to plural number from complex conversion to odd number and/or from odd number on demand.For clarity sake, many singular/plural conversion are here set forth ambiguously.

Theme described herein illustrates the different assemblies being included in other different assemblies or being connected to other different assemblies sometimes.Should be appreciated that the framework that these describe is only exemplary, and in fact can realize other frameworks many, they obtain identical function.Say from concept meaning, in any layout effect obtaining the assembly of identical function, " combination " is to obtain the function of requirement.Therefore, any two assemblies merging to obtain specific function here can be regarded as each other " combination " to obtain the function of requirement, and no matter how are framework or intermediate module.Equally, any two assemblies of combination like this also can be regarded as each other " being operably connected " or " being operationally coupled " to obtain the function of requirement, and any two assemblies that can so combine also can be regarded as each other " being operationally coupled " to obtain the function of requirement.Can the concrete example of operational coupled include but not limited to can physics pairing and/or physical interaction component and/or can wireless interaction and/or wireless interaction assembly and/or logic is mutual and/or logic can interactive component.

In some cases, one or more assembly can be called as in this article " being configured to ", " passing through ... configuration ", " configurable with ", " can operate/do in order to ", " adjustment/adjustable ", " can ", " can adapt to/adapt to " etc.Those skilled in that art will recognize, active state assembly and/or passive state assembly and/or armed state assembly generally can be contained in these terms (" such as configurable with "), unless context defined opposite situation.

Although illustrate and described the particular aspects of current topic described herein, but those skilled in that art are clear knows, based on religious doctrine herein, make multiple change and correction with can not departing from theme described herein and wider aspect thereof, and therefore, all these change by appended claims and correction is encompassed in their scope, just as in the true spirit dropping on theme described herein and scope.Those skilled in that art will understand, in general, term used herein, especially the term used in appended claims (text of such as appended claims) be generally intended to as " opening " term (such as term " comprises " and should be construed as " including but not limited to ", term " has " should be construed as " having at least ", term " comprise " and should be construed as " including but not limited to " etc.).Those skilled in that art will be further understood that, if intention introduces the concrete number of claim recites, then this intention will be quoted from detail in the claims significantly, and not have this citation just not have this intention.Such as, in order to help to understand, below appended claim can comprise the use of introductory term " at least one " and " one or more " to introduce claim recites.But, the use of these terms should not be construed as implying and any concrete right claim comprising the claim recites that these are introduced is constrained to by the introduction of claim recites to the claim comprising only such citation by indefinite article "a" or "an", and namely convenient same claim comprises introductory term " one or more " or the indefinite article such as " at least one " and such as "a" or "an" (such as " " and/or " " generally should be construed as representing " at least one " or " one or more "); For use definite article with introduce claims citation be also like this.In addition, namely the concrete number of claims citation of toilet introduction is quoted from clearly, but those skilled in that art will understand, this citation generally should be construed as representing the number (such as only quote from " two citations " and do not have other to modify, general expression at least two citation or two or more citations) at least quoted from.In addition, using with in those situations of the similar expression of tradition of " in A, B and C at least one etc. ", in general, this structure be intended to express those skilled in that art by the conventional sense understood (such as " there is the system of A, B and at least one in C " and following system will be included but not limited to: separately A, separately B, separately C, A together with B, together with A with C, together with B with C and/or A, B together with C etc.).Using with in those situations of the similar expression of tradition of " in A, B or C at least one etc. ", in general, this structure be intended to express those skilled in that art by the conventional sense understood (such as " there is the system of at least one in A, B or C " and following system will be included but not limited to: separately A, separately B, separately C, A together with B, together with A with C, together with B with C and/or A, B together with C etc.).Those skilled in that art will be further understood that, disjunction word and/or the word (no matter in specification sheets, claims or accompanying drawing) providing two or more optional terms are generally appreciated that the possibility considering any or all these term comprised in one of these terms, these terms, unless context specifies opposite situation.Such as, word " A or B " generally will be understood to include the possibility of " A " or " B " or " A and B ".

For appended claims, it will be understood by those skilled in the art that the operation of quoting from generally can any order perform herein.In addition, although each operating process occurs with a definite sequence, be to be understood that the order that each operation can be different from order illustrated performs, or can perform simultaneously.The example of these alternate orders can comprise overlapping, that interweave, that interrupt, reorder, increase progressively, preparation, supplement, simultaneously, put upside down or other variant order, unless context defined opposite situation.In addition, be similar to " in response to ", the term of " being incorporated into " and so on or other past tense adjective be not generally intended to get rid of these variants, unless context defined opposite situation.

Set forth in the clause that the aspect of theme described herein is numbered below.

1. in certain embodiments, container comprises: body, and it comprises one or more sidewall; Top, it operatively can be connected to body and comprise shoulder and neck member, and described shoulder comprises the opening defined substantially between two parties, and described neck member limits the border of described opening; Bottom, it operatively can be connected to body and comprise the non-recess portion of recess and the basic continous defined substantially between two parties; One or more sealing handle, it operatively can be connected to container; And charge into one or more recess of one or more sidewalls of body.

2. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with circular shape.

3. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with fundamental triangle shape.

4. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with basic rectangular shape.

5. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with basic square shape.

6. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with scale mark.

7. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with two or more sidewalls.

8. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with two or more sidewalls separated by vacuum.

9. some embodiments comprise the container of previous paragraphs 1, and the body comprising one or more sidewall comprises the body with two or more sidewalls, and two or more sidewalls described are included in the interlayer between two or more sidewalls.

10. some embodiments comprise the container of previous paragraphs 1, body comprising one or more sidewall comprises the body with two or more sidewalls, and two or more sidewalls described are included in one or more phase-change materials between two or more sidewalls.

11. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties to comprise the neck member with one or more attachment member with the top of the neck member limiting described opening border.

12. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the top of neck member comprising the shoulder that comprises the opening defined substantially between two parties and limit described opening border comprises and establishes threaded neck member.

13. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties to comprise with the top of the neck member limiting described opening border the neck member being provided with horizontal attachment member.

14. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties to comprise with the top of the neck member limiting described opening border the neck member being configured to the lid that can operatively be incorporated into.

15. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties to comprise with the top of the neck member limiting described opening border the neck member being configured to the funnel that can operatively be incorporated into.

16. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the top comprising the shoulder comprising the opening defined substantially between two parties and the neck member limiting described opening border comprises the opening that substantially between two parties define of diameter between about 2 inches and about 20 inches.

17. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the top comprising the shoulder comprising the opening defined substantially between two parties and the neck member limiting described opening border comprises the opening that substantially between two parties define of diameter between about 3 inches and about 15 inches.

18. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the top comprising the shoulder comprising the opening defined substantially between two parties and the neck member limiting described opening border comprises the opening that substantially between two parties define of diameter between about 4 inches and about 10 inches.

19. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the top comprising the shoulder comprising the opening defined substantially between two parties and the neck member limiting described opening border comprises the opening that substantially between two parties define of diameter between about 5 inches and about 8 inches.

20. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the top of neck member comprising the shoulder that comprises the opening defined substantially between two parties and limit described opening border comprises the opening defined substantially between two parties of about 5 inches of diameter.

21. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties and comprise the top with one or more Lock Part with the top of the neck member limiting described opening border, described Lock Part is configured to the one or more Lock Parts on the bottom of the container being engaged in similar configuration.

22. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the bottom comprising the non-recess portion of recess and the basic continous defined substantially between two parties comprises the bottom with recess, described recess is configured to receive the neck member of the lid of the bottom container being attached to similar configuration, to contact the shoulder of bottom container with making the non-recess portion basic continous of the bottom of top container.

23. some embodiments comprise the container of previous paragraphs 1, wherein operatively can be connected to body and the bottom comprising the non-recess portion of recess and the basic continous defined substantially between two parties comprises the bottom with one or more Lock Part, described Lock Part is configured to engage the one or more Lock Parts on the top of the container being positioned at similar configuration.

24. some embodiments comprise the container of previous paragraphs 1, and one or more sealing handles that wherein operatively can be connected to container comprise one end operatively can be connected to the shoulder district of container and the other end operatively can be connected to one or more sealing handles of the sidewall of container.

25. some embodiments comprise the container of previous paragraphs 1, one or more sealing handles that wherein operatively can be connected to container comprise one end operatively can be connected to the shoulder district of container and the other end operatively can be connected to one or more sealing handles of the sidewall of container, sealing handle be positioned at charge into body recess on.

26. some embodiments comprise the container of previous paragraphs 1, one or more sealing handles that wherein operatively can be connected to container comprise one end operatively can be connected to the shoulder district of container and the other end operatively can be connected to one or more sealing handles of the sidewall of container, sealing handle is positioned on recess, and sealing handle is configured to make sealing handle substantially keep the profile of container.

27. some embodiments comprise the container of previous paragraphs 1, one or more sealing handles that wherein operatively can be connected to container comprise one end operatively can be connected to the sidewall of container and the other end operatively can be connected to one or more sealing handles of the sidewall of container, and sealing handle is positioned on recess.

28. some embodiments comprise the container of previous paragraphs 1, one or more sealing handles that wherein operatively can be connected to container comprise one end operatively can be connected to the sidewall of container and the other end operatively can be connected to one or more sealing handles of the sidewall of container, sealing handle is positioned on recess, and sealing handle is configured to make sealing handle substantially keep the profile of container.

29. some embodiments comprise the container of previous paragraphs 1, and one or more recess of one or more sidewall are charged in the position that the one or more recess wherein charging into one or more sidewalls of body are included in the basic centre of the body of container.

30. some embodiments comprise the container of previous paragraphs 1, and the one or more recess wherein charging into one or more sidewalls of body comprise the basic one or more recess charging into one or more sidewall in the position of the near top of the body of container.

31. some embodiments comprise the container of previous paragraphs 1, and the one or more recess wherein charging into one or more sidewalls of body are included in one or more recess that one or more sidewall is charged in basic position near the bottom of the body of container.

32. some embodiments comprise the container of previous paragraphs 1, and the one or more recess wherein charging into one or more sidewalls of body are included in one or more recess that the corner be formed in vessel portion charges into one or more sidewall.

33. some embodiments comprise the container of previous paragraphs 1, and the one or more recess non-corner part place be included in vessel portion wherein charging into one or more sidewalls of body charges into one or more recess of one or more sidewall.

34. some embodiments comprise the container of previous paragraphs 1, and the one or more recess wherein charging into one or more sidewalls of body are included in one or more recess that one or more sidewalls of body are charged in the position substantially relative with the position that operatively can be connected at least one handle of body.

35. some embodiments comprise the container of previous paragraphs 1, and one or more recess of one or more sidewalls of body are charged in the one or more recess wherein charging into one or more sidewalls of the body position be included near one or more sealing handles that operatively can be connected to container.

36. some embodiments comprise the container of previous paragraphs 1, and the one or more recess wherein charging into one or more sidewalls of body comprise one or more recess with vertical overhang.

37. some embodiments comprise the container of previous paragraphs 1, and wherein container is made up of one or more materials following: polymeric material, metal, pottery, fabric, glass, paper and its combination in any substantially.

38. some embodiments comprise the container of previous paragraphs 1, and wherein container comprises the lid being configured to operatively to be combined with neck member further.

39. some embodiments comprise the container of previous paragraphs 38, and wherein container comprises the lid being connected to container further.

40. some embodiments comprise the container of previous paragraphs 38, and the lid being wherein configured to operatively to be combined with neck member comprises: be configured to operatively to be combined with neck member and seal the lid of the opening defined substantially between two parties.

41. some embodiments comprise the container of previous paragraphs 38, and the lid being wherein configured to operatively to be combined with neck member comprises: join threaded lid, described screw thread can operatively with being screwed of described neck member.

42. some embodiments comprise the container of previous paragraphs 38, and the lid being wherein configured to operatively to be combined with neck member comprises: the lid being furnished with attachment member, and described attachment member can operatively be combined with the attachment member of neck member.

43. some embodiments comprise container, and it comprises: body, and it comprises the sidewall of one or more basic rectangle; Top, it operatively can be connected to body and comprise the shoulder that comprises the opening defined substantially between two parties and the threaded neck member to the described limited opening border defined substantially between two parties; Bottom, it comprises recess, and described recess is configured to receive the neck member of the lid of the bottom container being attached to similar configuration to contact the shoulder of bottom container with making the non-recess portion basic continous of the bottom of top container; One or more sealing handle, its one end operatively can be connected at least one sidewall that the shoulder district of container and the other end operatively can be connected to container, wherein to seal near recess that handle is positioned at least one sidewall protruding into body and seal handle to be configured to make it substantially keep the profile of container; And one or more recess of one or more sidewalls of body are charged in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container.

44. some embodiments comprise the container of previous paragraphs 43, and the body wherein with one or more sidewalls of basic rectangle comprises the body with scale mark.

45. some embodiments comprise the container of previous paragraphs 43, and the body wherein with one or more sidewalls of basic rectangle comprises the body with two or more sidewalls.

46. some embodiments comprise the container of previous paragraphs 43, and the body wherein with one or more sidewalls of basic rectangle comprises the body with two or more sidewalls separated by vacuum.

47. some embodiments comprise the container of previous paragraphs 43, the body wherein with one or more sidewalls of basic rectangle comprises the body with two or more sidewalls, and two or more sidewalls described are included in the interlayer between two or more sidewalls described.

48. some embodiments comprise the container of previous paragraphs 43, the body wherein with one or more sidewalls of basic rectangle comprises the body with two or more sidewalls, and two or more sidewalls described are included in one or more phase-change materials between two or more sidewalls described.

49. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties to comprise with the top of the threaded neck part on the border of the described opening defined substantially between two parties of restriction the neck member being configured to operatively to be incorporated into lid.

50. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties to comprise with the top of the threaded neck part on the border of the described opening defined substantially between two parties of restriction the neck member being configured to operatively to be incorporated into funnel.

51. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and the top comprising the threaded neck part on the shoulder comprising the opening defined substantially between two parties and the border limiting the described opening defined substantially between two parties comprises the opening that substantially between two parties define of diameter between about 2 inches and about 20 inches.

52. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and the top comprising the threaded neck part on the shoulder comprising the opening defined substantially between two parties and the border limiting the described opening defined substantially between two parties comprises the opening that substantially between two parties define of diameter between about 3 inches and about 15 inches.

53. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and the top comprising the threaded neck part on the shoulder comprising the opening defined substantially between two parties and the border limiting the described opening defined substantially between two parties comprises the opening that substantially between two parties define of diameter between about 4 inches and about 10 inches.

54. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and the top comprising the threaded neck part on the shoulder comprising the opening defined substantially between two parties and the border limiting the described opening defined substantially between two parties comprises the opening that substantially between two parties define of diameter between about 5 inches and about 8 inches.

55. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and the top of threaded neck part on border comprising the shoulder that comprises the opening defined substantially between two parties and limit the described opening defined substantially between two parties comprises the opening defined substantially between two parties of about 5 inches of diameter.

56. some embodiments comprise the container of previous paragraphs 43, wherein operatively can be connected to body and comprise the shoulder comprising the opening defined substantially between two parties and comprise the top with one or more Lock Part with the top of the threaded neck part on the border of the described opening defined substantially between two parties of restriction, described Lock Part is configured to the one or more Lock Parts on the bottom of the container being engaged in similar configuration.

57. some embodiments comprise the container of previous paragraphs 43, the bottom of the recess of neck member is received to comprise the bottom with one or more Lock Part comprising being configured to, described one or more Lock Part be configured to be engaged in be positioned at similar configuration container top on one or more Lock Parts, described neck member is attached to the lid of the bottom container of similar configuration to contact the shoulder of bottom container with making the non-recess portion basic continous of the bottom of top container.

58. some embodiments comprise the container of previous paragraphs 43, and the basic midway location that the one or more recess wherein charging into one or more sidewalls of body in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container are included in vessel portion charges into one or more recess of one or more sidewall.

59. some embodiments comprise the container of previous paragraphs 43, and the one or more recess wherein charging into one or more sidewalls of body in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container are included in the one or more recess substantially charging into one or more sidewall near the position at the top in vessel portion.

60. some embodiments comprise the container of previous paragraphs 43, and the one or more recess wherein charging into one or more sidewalls of body in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container are included in the one or more recess substantially charging into one or more sidewall near the position of the bottom in vessel portion.

61. some embodiments comprise the container of previous paragraphs 43, and the one or more recess wherein charging into one or more sidewalls of body in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container are included in one or more recess that the corner be formed in vessel portion charges into one or more sidewall.

62. some embodiments comprise the container of previous paragraphs 43, and the non-corner that the one or more recess wherein charging into one or more sidewalls of body in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container are included in vessel portion charges into one or more recess of one or more sidewall.

63. some embodiments comprise the container of previous paragraphs 43, and the one or more recess wherein charging into one or more sidewalls of body in the position substantially relative with the position of one or more sealing handles that operatively can be connected to container comprise one or more recess with vertical overhang.

64. some embodiments comprise the container of previous paragraphs 43, and wherein container is made up of one or more materials following: polymeric material, metal, pottery, fabric, glass, paper and its combination in any substantially.

65. some embodiments comprise the container of previous paragraphs 43, and wherein container comprises further: be configured to the lid that can operatively be combined with neck member.

66. some embodiments comprise the container of previous paragraphs 65, and the lid being wherein configured to operatively to be combined with neck member comprises the lid being connected to container.

67. some embodiments comprise the container of previous paragraphs 65, and the lid being wherein configured to operatively to be combined with neck member comprises and is configured to operatively to be combined with neck member and seals the lid of the opening defined substantially between two parties.

68. some embodiments comprise the container of previous paragraphs 65, the lid being wherein configured to operatively to be combined with neck member comprise be furnished with can operatively with the lid of the screw thread be screwed of neck member.

69. some embodiments comprise the container of previous paragraphs 65, and the lid being wherein configured to operatively to be combined with neck member comprises the lid being furnished with the attachment member that can operatively be combined with the attachment member of neck member.

70. in certain embodiments, and a kind of technique comprises: the mould closed around extruded parisons at least one container is making at least two positions that at least one container is formed in the mould part of at least one handle kneaded together to make a part for parison; And by one or more parts of gas inject parison to form at least one container defined by mould.

71. techniques according to section 70, the mould wherein closed around extruded parisons at least one container is comprised complete close die by kneaded together to make a part for parison allowing at least two positions formed in the mould part of at least one handle at least one container.

72. techniques according to section 70, the mould wherein closed around extruded parisons at least one container is comprised partly close die by kneaded together to make a part for parison allowing at least two positions formed in the mould part of at least one handle at least one container.

One or more parts of gas inject parison are wherein comprised gas inject parison to form at least one container defined by mould to form at least one body of at least one container defined by mould by 73. techniques according to section 70.

One or more parts of gas inject parison are wherein comprised gas inject parison to form at least one container defined by mould to form at least one handle portion at least one container of being defined by mould by 74. techniques according to section 70.

75. techniques according to section 70, wherein technique also comprises and being inserted in parison by least one inflatable bar.

76. techniques according to section 75, wherein insert parison by least one inflatable bar and comprise: at least one inflatable bar is inserted mould and form at least one parison around at least one inflatable bar.

77. techniques according to section 70, also comprise the one or more parts inserted by least one blowing needle and allow and at least one container is formed the mould of at least one handle.

78. techniques according to 77, wherein at least one blowing needle is inserted allow the one or more parts at least one container being formed the mould of at least one handle be included in mould completely closed after at least one blowing needle inserted allow at least one container and forms the mould of at least one handle at least partially.

79. techniques according to section 70, also comprise cooling die.

80. techniques according to section 79, wherein cooling die comprises and allows fluid flow mould.

81. techniques according to section 79, wherein cooling die comprises and makes gas flow through molds.

82. techniques according to section 79, wherein cooling die comprises and makes liquefied gas flow through molds.

83. techniques according to section 70, are also included at least one insert that mould inner position is configured to be formed at least one recess at least one container formed by mould.

84. techniques according to section 83, at least one insert being wherein configured to be formed at least one recess at least one container formed by mould in mould inner position to be included in mould manually location and to be configured to be formed at least one insert of at least one recess at least one container formed by mould.

85. techniques according to section 83, at least one insert being wherein configured to be formed at least one recess at least one container formed by mould in mould inner position to be included in mould mechanically location and to be configured to be formed at least one insert of at least one recess at least one container formed by mould.

86. techniques according to section 83, at least one insert being wherein configured to be formed at least one recess at least one container formed by mould in mould inner position is included at least one insert forming at least one recess at least one sidewall that mould inner position is configured at least one container formed by mould.

87. techniques according to section 83, at least one insert being wherein configured to be formed at least one recess at least one container formed by mould in mould inner position be included in mould inner position be configured at least one container formed by mould at least one bottom in form at least one insert of at least one recess.

88. techniques according to section 83, at least one insert being wherein configured to be formed at least one recess at least one container formed by mould in mould inner position is included at least one insert forming at least one recess at least one top that mould inner position is configured at least one container formed by mould.

Claims

1. a container, it comprises:

Body, it comprises one or more sidewall;

Top, it can operatively be connected to described body and comprise the neck member on the shoulder comprising the opening defined substantially between two parties and the border limiting described opening;

Bottom, it can operatively be connected to described body and comprise the non-recess portion of recess and the basic continous defined substantially between two parties;

One or more sealing handle, it can operatively be connected to described container; And

Charge into one or more recess of one or more sidewalls of described body;

There is the body of basic rectangular shape.

2. container as claimed in claim 1, wherein, the described body comprising one or more sidewall comprises:

There is the body of basic square shape;

Comprise the body of two or more sidewalls, between two or more sidewalls described, there is interlayer.

3. container as claimed in claim 1, wherein, the described body comprising one or more sidewall comprises:

Comprise the body of two or more sidewalls, between two or more sidewalls described, there is one or more phase-change materials.

4. container as claimed in claim 1, wherein, can operatively be connected to described body and the described top comprising the neck member on the shoulder comprising the opening defined substantially between two parties and the border limiting described opening comprises:

If threaded neck member.

5. container as claimed in claim 1, wherein, can operatively be connected to described body and the described top comprising the neck member on the shoulder comprising the opening defined substantially between two parties and the border limiting described opening comprises:

The opening that substantially between two parties define of diameter between about 5 inches and about 8 inches.

6. container as claimed in claim 1, wherein, can operatively be connected to described body and the described bottom comprising the non-recess portion of recess and the basic continous defined substantially between two parties comprises:

Comprise the bottom of recess, described recess is configured to receive the described neck member of the lid of the bottom container being attached to similar configuration to contact the shoulder of described bottom container with making the non-recess portion basic continous of the described bottom of top container.

7. container as claimed in claim 1, wherein, described one or more sealing handles that operatively can be connected to described container comprise:

One end operatively can be connected to the shoulder district of described container and the other end operatively can be connected to one or more sealing handles of the sidewall of described container.

8. container as claimed in claim 1, wherein, described one or more sealing handles that operatively can be connected to described container comprise:

One end operatively can be connected to the shoulder district of described container and the other end operatively can be connected to one or more sealing handles of the sidewall of described container, wherein said sealing handle be positioned at charge into described body recess on.

9. container as claimed in claim 1, wherein, the described one or more recess charged in described one or more sidewall of described body comprises:

One or more recess of described one or more sidewall are charged in the position of the basic centre of the body of described container.

10. container as claimed in claim 1, wherein, the described one or more recess charged in described one or more sidewall of described body comprises:

Corner in the body being formed at described container protrudes into the one or more recess in described one or more sidewall.

11. containers as claimed in claim 1, wherein, the described one or more recess charged in described one or more sidewall of described body comprises:

The one or more recess in described one or more sidewall of described body are charged in the position substantially relative with the position that operatively can be connected at least one handle of body.

12. containers as claimed in claim 1, also comprise:

Be configured to the lid that can operatively be combined with described neck member.

13. containers as claimed in claim 12, wherein, the described lid being configured to operatively to be combined with described neck member comprises:

Be connected to the lid of described container.

14. containers as claimed in claim 12, wherein, the described lid being configured to operatively to be combined with described neck member comprises:

Be furnished with can operatively with the lid of the screw thread be screwed of neck member.

15. 1 kinds of containers, it comprises:

Body, it has one or more sidewalls of basic rectangular shaped;

Top, it can operatively be connected to described body and comprise the shoulder that comprises the opening defined substantially between two parties and the threaded neck part to the described limited opening border defined substantially between two parties;

Bottom, it comprises recess, and described recess is configured to receive the neck member of the lid of the bottom container being attached to similar configuration to contact the shoulder of described bottom container with making the non-recess portion basic continous of the described bottom of top container;

One or more sealing handle, its one end operatively can be connected at least one sidewall that the shoulder district of described container and the other end operatively can be connected to described container, near the recess that wherein said sealing handle is positioned at least one sidewall protruding into described body and described sealing handle be configured to make described sealing handle substantially keep the profile of container; And

One or more recess of described one or more sidewall of described body are charged in the position substantially relative with the position of described one or more sealing handles that operatively can be connected to described container.

16. containers as claimed in claim 15, wherein, described in there are one or more sidewalls of basic rectangular shaped described body comprise:

There is the body of two or more sidewalls, between two or more sidewalls described, comprise one or more phase-change materials.

17. containers as claimed in claim 15, wherein, can operatively be connected to described body and comprise the shoulder that comprises the opening defined substantially between two parties and comprise the described top of the threaded neck part on the described limited opening border defined substantially between two parties:

18. containers as claimed in claim 15, wherein, the described one or more recess charging into described one or more sidewall of described body in the position substantially relative with the position of described one or more sealing handles that operatively can be connected to described container comprises:

One or more recess of described one or more sidewall are charged in the position of the basic centre of the described body of described container.

19. containers as claimed in claim 15, wherein, the described one or more recess charging into described one or more sidewall of described body in the position substantially relative with the position of described one or more sealing handles that operatively can be connected to described container comprises:

Corner in the described body being formed at described container charges into one or more recess of described one or more sidewall.

20. containers as claimed in claim 15, also comprise:

Be configured to the lid that can operatively be combined with neck member.

21. containers as claimed in claim 20, wherein, the described lid being configured to operatively to be combined with described neck member comprises:

Be connected to the lid of described container.

22. containers as claimed in claim 20, wherein, the described lid being configured to operatively to be combined with described neck member comprises:

Be furnished with can operatively with the lid of the screw thread be screwed of described neck member.

23. 1 kinds of techniques, it comprises:

The mould closed around extruded parisons at least one container is making at least two positions that at least one container is formed in the mould part of at least one handle kneaded together to make a part for parison; And

By one or more parts of gas inject parison to form at least one container defined by described mould.

24. techniques as claimed in claim 23, wherein, the described mould closed around extruded parisons at least one container is comprised by kneaded together allowing at least two positions formed in the mould part of at least one handle at least one container to make a part for parison:

Partly close die.

25. techniques as claimed in claim 23, also comprise:

At least one blowing needle is inserted the one or more parts at least one container described in allowing being formed the described mould of at least one handle.

26. techniques as claimed in claim 25, wherein, described insertion by least one blowing needle allows the one or more parts at least one container being formed the described mould of at least one handle comprise:

After described mould is completely closed, at least one blowing needle is inserted at least one container described in allowing and formed at least one part of the described mould of at least one handle.

27. techniques as claimed in claim 23, also comprise:

At least one insert being configured to be formed at least one recess at least one container described in being formed by described mould is located in the mold.

28. techniques as claimed in claim 27, wherein, described location by least one insert being configured to be formed at least one recess at least one container described in being formed by described mould comprises in the mold:

At least one insert being configured to be formed at least one recess at least one sidewall of at least one container described in being formed by described mould is located in the mold.