Improved bottle and bottle lid

Abstract

The present invention relates to a container comprising a container body having a wall that defines a chamber body for holding a beverage and an upper end and closed lower end, said upper end having a chamber opening; a closure over the chamber opening and sealing the chamber opening to prevent beverage from passing through the chamber opening, said closure having a spout therein; wherein the spout is rotatable and wherein rotating the spout changes its direction relative to the longitudinal axis of the container.

Description

IMPROVED BOTTLE AND BOTTLE LID TECHNICAL FIELD

[0001] The present invention relates to a container for holding a beverage comprising a container body and a closure having a spout therein, wherein the spout is rotatable and wherein rotating the spout changes its direction relative to the longitudinal axis of the container. BACKGROUND

[0002] In recent years, personal drink / beverage bottles have gained popularity because disposable bottles pose environmental concerns. Conventionally, a drink bottle or a container may include a lid. There are a variety of ways in which the lid may be present on the drink bottle. For ease of convenience, personal beverage bottles are often provided with a spout, a nozzle, or an opening to fit a straw. This configuration allows the user to readily access the contents of the drink bottle without removing the lid.

[0003] European Patent No. 2799361 discloses a removable lid for a drink bottle. The removable lid includes an inner lid and an outer lid such that the inner lid is provided with a drink spout and the outer lid selectively covers the drink spout. The lid includes a push button on the inner lid that is operable to release the locked outer lid, permitting the outer lid to open to permit drinking from the spout. The inner lid and the outer lid are connected via a hinge element.

[0004] United States of America Patent No. 11,510,512 discloses a lid assembly for a beverage container. The lid assembly has a lid base, a mouthpiece and a lid dome. The mouthpiece is connected to the lid base and the lid dome is pivotally connected to the lid base and pivots between an open position and a closed position. The lid dome has a protrusion that extends from an inner surface of the lid dome. The mouthpiece has a first end having a generally flat surface that is provided at an angle to the top surface of the lid base, and a second end adapted to receive a straw, and a drink aperture extending therethrough. Some embodiments include a pushbutton activator may in the lid base that, when pushed by a user, allows the lid dome to be transitioned to an open position.

[0005] United States of America Patent No.9,162,802 discloses a drink bottle that includes a container and a lid connected to the container. The described lid includes a spout and a spout cover such that each of the spout and the spout cover may be moved in opposite directions between a stowed configuration and a dispensing configuration. Generally, in this prior art example, the spout is folded down or up and is only capable of moving in a linear path on a single axis. The folding motion may create areas or regions of high wear or high deterioration.

[0006] The aforementioned conventional and prior art drink bottles have several disadvantages. For example, known drink bottles are often complex and as such can be difficult to use and expensive to manufacture. Further, known drink bottles lack durability and are highly susceptible to wear and tear. Thus, there remains a need for new and simple drink bottles and drink bottle lids that are durable, user-friendly, and inexpensive and easy to manufacture.

[0007] Any discussion of the prior art throughout the specification should in no way be considered as an admission that such prior art is widely known or forms part of common general knowledge in the field. SUMMARY

[0008] PROBLEMS TO BE SOLVED

[0009] It is an aim and object of the present invention to provide an improved container, more particularly an improved container including a container body and a closure, wherein the closure includes a spout configured to be rotatable, and wherein rotating the spout changes its direction relative to the longitudinal axis of the container.

[0010] It is an object of the present invention to overcome or ameliorate at least one of the disadvantages of the prior art, or to provide a useful alternative.

[0011] MEANS FOR SOLVING THE PROBLEM

[0012] In a first aspect of the present invention, there is provided a container comprising a container body having a wall that defines a chamber body for holding a beverage, the container body further having an upper end and a closed lower end, said upper end having a chamber opening and a closure over the opening chamber and sealing the chamber opening to prevent beverage from passing through the chamber opening, said closure having a spout therein, wherein the spout is rotatable and wherein rotating the spout changes its direction relative to the longitudinal axis of the container.

[0013] Preferably, the spout of the container is adapted to rotate between a first and a second configuration based on the relative direction. Preferably, the first configuration is wherein the spout has a relative direction transverse to the longitudinal axis of the container. Preferably, the second configuration is wherein the spout has a relative direction in parallel to the longitudinal axis of container.

[0014] Preferably, the first configuration seals the container to prevent fluid egress via the spout. Preferably, the second configuration allows fluid, when in use, to pass through the spout.

[0015] Preferably, the container may include a handle adapted to mate a circular neck portion of the container, wherein the circular neck portion is below the chamber opening on the outside of the container. Preferably, the handle may comprise first and second overlapping circles being of a respective first and second diameter. Preferably, the first diameter is less than second diameter. Preferably, the first circle is adapted to engage the circular neck portion and the second circle provides a handgrip region for the user.

[0016] Preferably, the spout is a discrete component and is removably attachable to the closure.

[0017] Preferably, the spout includes a first end for dispensing liquid and a second end, wherein the second end includes a rounded lower surface.

[0018] Preferably, the spout is rotatable along a three-dimensional axis. Preferably, a top surface of the closure includes a depression for accommodating the spout. Preferably, the spout is rotatable about an interface formed between the top surface of the closure and the rounded lower surface of the spout, wherein rotation of the spout translates into three- dimensional movement of the first end of the spout through three-dimensional planes.

[0019] Alternately, the spout is rotatable along a two-dimensional axis. Preferably, the spout is rotatable about an interface formed between a bottom surface of the closure and the rounded lower surface of the spout, wherein rotation of the spout translates into two- dimensional movement of the first end of the spout through two-dimensional planes.

[0020] In the context of the present invention, the words “comprise”, “comprising” and the like are to be construed in their inclusive, as opposed to their exclusive, sense, that is in the sense of “including, but not limited to”.

[0021] The present invention is to be interpreted with reference to at least one of the technical problems described or affiliated with the background art. The present invention aims to solve or ameliorate at least one of the technical problems and this may result in one or more advantageous effects as defined by this specification and described in detail with reference to the preferred embodiments of the present invention. BRIEF DESCRIPTION OF THE FIGURES

[0022] Figure 1 depicts a perspective view of a container according to a first preferred embodiment of the invention showing a spout in a closed configuration, and wherein the container includes a first preferred embodiment of a handle.

[0023] Figure 2 depicts a cross-sectional view of the container of Figure 1 showing the spout in a closed configuration according to a preferred embodiment of the invention.

[0024] Figure 3 depicts a perspective view of the container of Figure 1 showing the spout in open configuration according to a preferred embodiment of the invention.

[0025] Figure 4 depicts a cross-sectional view of the container of Figure 1 showing the spout in an open configuration according to a preferred embodiment of the invention.

[0026] Figure 5 depicts an exploded perspective view of the container of Figure 1, wherein the container includes a second preferred embodiment of a handle.

[0027] Figure 6 depicts an exploded cross-sectional side view of a container according to a second preferred embodiment of the invention showing a spout in an open configuration.

[0028] Figure 7 depicts a perspective view of the container of Figure 6 showing the spout in an open configuration. DESCRIPTION OF THE INVENTION

[0029] Preferred embodiments of the invention will now be described with reference to the accompanying drawings and non-limiting examples.

[0030] The terms “a” and “an” as used herein means one or more, or at least one of the defined features or components.

[0031] The term “about” as used herein in relation to a numerical value means the defined numerical value plus or minus 10%.

[0032] The terms “discrete” or “discrete components” as used herein refers to two or more components that are distinct, individual, or separate parts and are not integrated into a single unit by moulding or casting. Preferably, the discrete components are manufactured separately and can be replaced individually. The discrete components are often assembled to form a functional structure.

[0033] A first preferred embodiment of the present invention is depicted in Figures 1-4. Referring to Figure 1., there is provided a container (100). The container (100) comprises a container body (101). Preferably, the container body is configured to be insulated. The insulation may be in form of sealed vacuum between the walls of the container. Alternately,the container body may be configured to be uninsulated. It is to be appreciated that persons skilled in the art could readily configure the container described herein to suit a variety of different applications and uses. The container body may be made from a variety of suitable materials, as would be readily understood by persons skilled in the art. Non-limiting examples of suitable materials may include:

[0034] Plastic: Non-limiting suitable plastics may include polyethylene, polyethylene terephthalate, and polypropylene. Polyethylene is lightweight and durable. Polyethylene terephthalate is sufficiently lightweight, transparent, and recyclable. Polypropylene is durable and resistant to many chemicals, and as such, is capable of withstanding extreme chemicals.

[0035] Glass: Glass can be inexpensive and resistant to thermal shock, thus making it a suitable material for providing or constructing a container body as described herein.

[0036] Metal: Non-limiting suitable metals may include aluminium, steel, and stainless steel. Aluminium containers are sufficiently lightweight, which may advantageously provide light and easy-to-carry containers as described herein. Steel is an alloy of iron known for its strength and durability, thus making it a suitable material for providing containers as described herein. Stainless steel is a variant of steel that contains chromium, thereby providing excellent corrosion resistance.

[0037] Biodegradable plastics: Biodegradable plastics are made from renewable resources, and thus may have environmental advantages.

[0038] Referring to Figures 1-4, the container body (101) includes a wall that defines a chamber body (102) for holding a beverage and / or a liquid. The chamber body is hollow and adapted to receive a beverage and / or a liquid. The container body (101) further includes an upper end (103) and a closed lower end (104). The upper end (103) of the container body includes a chamber opening (105). Preferably, the upper end of the container body is narrower than the closed lower end of the container body. Alternately, the upper end of the container body may be configured in shape and size to substantially correspond to the shapeand size (such as by width) of the closed lower end of the container body. The container further includes a closure (106). Preferably, the closure (106) is configured to substantially overlay the chamber opening (105) so as to seal and prevent liquid from passing through the chamber opening (105), when in use. Preferably, the closure (106) is configured in shape and size to proportionally correspond to the shape and size of the upper end of the container body (101) so as to substantially seal the chamber opening (105), when in use. Preferably, the closure (106) is configured to overlay and be removably attachable to the upper end of the container body. It is to be appreciated that the closure may be attachable to the chamber opening in a variety of suitable ways, as would be readily understood by persons skilled in the art. For example, and without limitation, the closure may include a first set of threads disposed circumferentially around a lower interior portion of the closure. The upper end of the container body may include a second complementary set of threads disposed circumferentially around an exterior portion of the upper end of the container body. In use, the closure may be screwable or twistable onto the upper end of the container body such that the first set of threads on the closure are engageable with the second complementary set of threads on the upper end of the container body, to fix the closure to the upper end of the container body. Alternately, the chamber opening may be attachable to the closure via a bayonet mount mechanism. The closure described herein is easily attachable and removable from the chamber opening of the container body. Thus, the closure and the container body described herein may be easily and effortlessly cleaned by the user.

[0039] Referring to Figures 1-4, the closure (106) further includes a spout (107). Preferably, the spout and the closure are discrete components. The spout includes a first end for dispensing liquid and a second end, wherein an opening extends axially from the first end to the second end such that the second end is fluidly engageable with an adjacent component (such as a straw), when the container is in an assembled configuration. The spout is a discrete component and is removably couplable or attachable to the closure. Preferably, the spout is rotatably attachable to the closure. Preferably, the spout (107) is configured in length to be less than the width of the closure (106). It is to be appreciated that the spout (107) may be configured in a variety of different ways, such as by way ofshape, size, and material, and that the examples shown and described herein are by way of non-limiting example only. Preferably, the spout is constructed of one or more materials that are sufficiently durable, flexible, easy to manufacture, or any combination thereof. Non-limiting examples of suitable materials may include: polypropylene, polyethylene, polyethylene terephthalate, silicone, stainless steel, tritan, polyoxymethylene, or any combination thereof. Preferably, the spout (107) is rotatable, wherein rotating the spout (107) changes its direction relative to the longitudinal axis of the container (100). Preferably, the spout (107) of the container (100) is adapted to rotate between a first configuration (108) and a second configuration (109) based on the relative direction of the longitudinal axis of the container (100). Preferably, the spout is adapted to pivot through an axis (300) and whereby the axis (300) is deviated from the longitudinal axis of the container (100). The deviation is preferably between about 30 to 60 degrees, and more preferably about 45 degrees. Preferably, in the first configuration (108), the spout (107) is configured to be substantially transverse to the longitudinal axis of the container (100). Preferably, in the first configuration (108), the spout (107) is configured to rest substantially level to or below the height of the closure. For example, in the embodiment shown, the spout is rotatable about a pivot or rotation point formed at an interface between a second end of the spout and a top surface of the closure. In this embodiment, the spout is rotatable about the pivot point and along a three-dimensional axis, wherein rotation of the spout translates into rotation of the first end of the spout from a position in alignment with the x-axis, through the z-axis and to a position in alignment with the y-axis. The rotatability of the spout as described herein increases the durability of the container because the spout can withstand frequent rotation and usage. Thus, the spout as described herein is less susceptible to wear and tear compared to conventional drink bottle lids. Further, the configuration of the spout described herein may advantageously allow users to manipulate the spout using a single finger or thumb thereby making the spout easier to rotate between the first and second configuration, when in use.

[0040] Preferably, the container further includes a straw (111), wherein the straw (111) is coupled to the closure (106), when in an assembled configuration. Preferably, a straw jacket (115) couples a top end of the straw (111) to the closure (106) at a position such that thetop end of the straw is in fluid communication with the second end of the spout (107), when the spout is configured in an open configuration. Preferably, the container further includes at least one washer (304), wherein the at least one washer is positioned adjacent to the point of engagement between the second end of the spout and the top end of the straw, when the spout is in an open configuration. Preferably, the container further includes at least two washers, wherein the at least two washers are positioned on opposing sides and are each positioned adjacent to the point of engagement between the second end of the spout and the top end of the straw, when the spout is in an open configuration. In use, the at least one washer prevents liquid from leaking from inside the container body. Preferably, the container further includes a check valve configured and positioned to prevent the backflow of liquid into the container body, when the spout is in an open configuration. Preferably, the check valve is positioned adjacent to the top end of the straw. Preferably, the check valve is constructed of a flexible, elastomeric material, thereby allowing the check valve to easily deform, open, and act as a sealant, when in use. In a preferred example, in use, the user may rotate the spout to an open configuration and apply pressure to the container body causing the check valve to deform or lift, thereby creating an opening for the liquid to pass through. When the user releases pressure from the container body, the check valve closes due to its natural elasticity, thereby preventing the flow of liquid back into the container body. Alternately, the check valve may be configured and adapted to prevent liquid egress by way of the internal pressure inside the container body. In use, the user may rotate the spout to an open configuration and apply suction to the first end of the spout to create a vacuum inside the container body. The vacuum inside of the container body causes the check valve to open. When the user releases suction from the first end of the spout, the pressure inside the container body increases thereby causing the check valve to close. It is to be appreciated that the check valve may be configured and adapted to function in a variety of suitable ways, as would be readily understood by persons skilled in the art, and that the examples shown and described herein are by way of non-limiting examples only.

[0041] In an assembled configuration, the straw (111) extends downwardly into the container body (101). It is to be appreciated that the straw may be configured and adapted in a variety of suitable ways (such as by way of shape and size) and may be constructed ofa variety of suitable materials, as would be readily understood by persons skilled in the art. Non-limiting examples of suitable materials may include stainless steel, silicone, bamboo, glass, titanium, or any combination thereof. Preferably, the straw may be configured in length to substantially extend the length of the container body. Alternately, the straw may be configured to extend substantially less than the length of the container body.

[0042] Preferably, the closure (106) includes a first detent cavity (114) positioned adjacent to the straw jacket (115). The first detent cavity (114) is configured to receive a first spring ball plunger (112) when the spout (107) is in the first configuration. Preferably, the closure (106) includes a second detent cavity (113) positioned adjacent to a top surface of the closure (106). Alternately, the second detent cavity may be positioned adjacent a bottom surface of the closure. Preferably, the second detent cavity may be configured to receive the first spring ball plunger (112) when the spout is in the second configuration. Alternately, the second detent cavity (113) may be configured to receive a second spring ball plunger (not shown) when the spout is in the second configuration.

[0043] Still referring to Figures 1-4, the spout (107) includes the first end (301) for dispensing liquid; and the second end (302) for fluidly engaging the straw. The second end (302) of the spout includes a rounded lower surface wherein the rounded lower surface, when viewed from a side cross sectional view as such as Figure 2, forms a spherical sector extending about 45 to 60 degrees. Preferably, the spherical sector mates a corresponding complementary depression (303) on the top surface of the closure (106). In an alternate or further example, the closure may include an orifice configured and adapted in shape and size to receive the first end of the spout. In this example, the first end of the spout protrudes through the orifice on the closure and the spherical sector of the spout mates a complementary inverse depression on the bottom surface of the closure (not shown). The spherical sector is adapted to fit the complementary depression in a ball and socket-style joint. Embodiments, wherein the second end of the spout includes a rounded surface, allow for easy assembly and disassembly of the spout from the closure. This advantageously allows the spout, the closure and the container body to be separately and effortlessly cleaned by the user.

[0044] Referring to Figures 1-2, the spout (107) of the container (100) is depicted in a first configuration (108), wherein the spout (107) is in a closed position. Preferably, in the first configuration (108), the spout (107) has a relative direction transverse to the longitudinal axis of the container (100). The first configuration (108) seals the container (100) to substantially prevent fluid egress via the spout (107). In a preferred example wherein, the container includes a first spring ball plunger (112), rotation of the spout (107) to a closed configuration causes the first spring ball plunger (112) to engage with the first detent cavity (114). In an alternate example wherein, the container includes a first spring ball plunger and a second spring ball plunger (not shown), rotation of the spout to a closed configuration may cause the first spring ball plunger to engage with the first detent cavity and the second spring ball plunger to disengage with the second detent cavity, to fix the spout in a closed position. The first configuration (108) of the spout (107) substantially seals or blocks the flow of liquid from the container body through the straw (111).

[0045] Referring to Figures 3-4, the spout (107) of the container (100) is depicted in a second configuration (109), wherein the spout (107) is in an open position. Preferably, in the second configuration (109), the spout (107) has a relative direction in parallel to the longitudinal axis of the container (100). In a preferred example wherein, the container includes a first spring ball plunger (112), rotation of the spout (107) from a closed configuration to an open configuration causes the first spring ball plunger (112) to disengage with the first detent cavity (114) and subsequently (upon rotation) engage with the second detent cavity (113), to fix the spout in an open configuration. In an alternate example wherein, the container includes a first spring ball plunger and a second spring ball plunger (not shown), rotation of the spout from an open configuration to a closed configuration causes the first spring ball plunger to disengage with the first detent cavity and the second spring ball plunger to engage with the second detent cavity, to fix the spout in an open position. In the second configuration, the second end of the spout (107) is in fluid communication with the straw (111) to allow the flow of liquid from the container body through the straw (111) and out of the spout (107), when in use.

[0046] It is to be appreciated that the depression on the top surface of the closure or the inverse depression on the bottom surface of the closure may be configured and adapted in a variety of suitable ways (such as by depth), and may depend on the relative shape and size of the spout. In one example, the depression on the top surface of the closure may be configured in shape and size to house or nest the spout, when the spout is in a closed configuration. Preferably, the depression of the top surface of the closure is configured in shape and size such that the spout nests below the height of the depression, when the spout is in a closed configuration. Alternately, the depression of the top surface of the closure may be configured in shape and size such that the spout rests substantially level to the height of the depression, when the spout is in a closed configuration. In an alternate example, the inverse depression on the bottom surface of the closure may be configured in shape and size to house or nest the spout, when the spout is in a closed configuration. Preferably, the inverse depression on the bottom surface is configured in shape and size such that the spout nests below the height of the inverse depression of the bottom surface, when the spout is in a closed configuration. Alternately, the inverse depression of the bottom surface may be configured in shape and size such that the spout rests substantially level to the height of the inverse depression of the bottom surface, when the spout is in a closed configuration. The depression on the top surface of the closure or the inverse depression on the bottom surface of the closure may each advantageously provide a more portable, compact, and secure container, and prevent damage to the spout during transportation. Further, such configurations may advantageously provide a natural grip that comfortably aligns with the user’s natural hand or finger movements during the rotation of the spout between an open and closed configuration.

[0047] The container (100) as described herein can be easily assembled and disassembled. In a preferred example, the top surface of the closure includes a first aperture that fluidly engages with the opening at the second end of the spout, when the spout is in the open configuration. Preferably, the first aperture is shaped and sized to complement the shape and size of the opening at the second end of the spout, thereby minimizing or preventing leakage from the interior of the container during use. Preferably, the first aperture is centrally positioned relative to the top surface of the closure. Alternately, the first aperturemay be positioned off-centre relative to the top surface of the closure. Preferably, the straw jacket includes a first screw thread, wherein the first screw thread is configured to mate with a complementary second screw thread on an inner face of the closure. In one example, to assemble the container, the spout is coupled to the bottom surface of the closure such that the first end of the spout protrudes through the first aperture on the closure and the second end of the spout engages with the inverse complementary depression on the bottom surface of the closure. The straw jacket is positioned below the second end of the spout and is rotated in a first direction such that the first screw thread of the straw jacket mates with the complementary second screw thread of the closure to secure the spout in the inverse depression of the bottom surface of the closure and fix the straw jacket in a closed, assembled configuration. To disassemble the container, the straw jacket is rotated in a second opposing direction such that the first screw thread disengages with the complementary second screw thread to optionally release the straw jacket and spout from the container. It is to be appreciated that each of the aforementioned container components as described herein may be attachable using any suitable attachment mechanism well- known within the art, and that the embodiments shown and described herein are by way of non-limiting examples only. Additional non-limiting examples of suitable attachment mechanisms may include a bayonet mount mechanism, a snap-fit mechanism, a twist-lock mechanism, a push-lock mechanism, a twist-lock mechanism, a pressure-fit mechanism, or any other suitable attachment mechanism well-known in the art.

[0048] The container optionally includes a handle. Referring to Figures 1-4, a first preferred embodiment of a handle (200) is shown. In the embodiment shown, the handle (200) is adapted to mate a circular neck portion (110) of the container. Preferably, the circular neck portion (110) is positioned below the chamber opening (105) on the outside of the container (100). Preferably, the handle (200) comprises first (201) and second (202) overlapping circles being of a respective first and second diameter. Preferably, the first diameter is less than second diameter. Preferably, the first circle (201) is adapted to engage the circular neck portion (110) and the second circle (202) provides a handgrip region for the user. Preferably, the second circle is configured in shape and size to extend over the closure, when in use. In use, the user may push the second circle transverse the longitudinalaxis of the container such that the first circle disengages with the circular neck portion of the container, thereby allowing the handle to be selectively removed from the container. Preferably, the first and second overlapping circles are spring loaded to facilitate selective engagement and disengagement with the circular neck portion of the container. It is to be appreciated that the first circle and the second circle may encompass any substantially or partially round-shaped variant thereof. Alternately, the handle may be configured as a closed loop (not shown). Preferably, the closure may include an opening configured and positioned to receive the closed loop. It is to be appreciated that the opening may be configured (such as by way of shape and size) and positioned on the closure in a variety of suitable ways to receive the closed loop and that the examples shown and described herein are by way of non-limiting examples only. Preferably, the closed loop is optionally attachable to the closure. Preferably, the closed loop includes a stopper. To attach the closed loop to the closure, the closed loop may be folded and fed through the opening such that the stopper engages with the opening to thereby securely attach the closed loop to the closure. The handle may be constructed of a variety of suitable flexible materials, as would be readily understood by persons skilled in the art. Non-limiting examples of suitable materials may include: silicone, latex, polyurethane, neoprene, thermoplastic elastomers, elastomers, nitrile rubber, ethylene propylene diene monomer, natural rubber, butyl rubber, or any combination thereof. The container (100) and each component thereof may be constructed of a variety of suitable materials, as would be readily understood by persons skilled in the art. Non-limiting examples of suitable materials may include any one or more of:

[0049] Steel or stainless steel: Steel or stainless steel containers are durable, resistant to corrosion, have high longevity and can provide insulation for the liquid or beverage contained therein.

[0050] Glass: Glass containers are inert, do not leach chemicals into the liquid or beverage contained therein, and are easy to clean.

[0051] Plastic: Plastic containers are sufficiently lightweight, durable, and inexpensive to make.

[0052] Aluminium: Aluminium containers are lightweight, recyclable, durable and resistant to corrosion.

[0053] Bamboo: Bamboo containers are environmentally-friendly and may enhance the aesthetics of the container.

[0054] Titanium: Titanium containers are sufficiently lightweight, corrosion-resistant, and very durable.

[0055] Referring to Figure 5, a second preferred embodiment of a handle (400) is shown. In this embodiment, the handle (400) forms a loop, preferably a closed loop, wherein the handle (400) includes a tongue (401) and a stopper (402) distally attached to the tongue (401). The closure includes a groove (403) that extends longitudinally from a bottom circumferential edge (404). In an assembled configuration, the tongue (401) slots into the groove (403) and the stopper (402) contacts an inner face of the closure, thereby securing attachment of the handle (400) to the closure in a tongue-and-groove attachment mechanism, when the closure is threadably attached to the container body. In the embodiment shown, the stopper is oval and engages with the inner face of the closure at a position adjacent to the groove and transverse to the longitudinal axis of the closure. Alternately, the stopper may be circular, rectangular, or any other suitable shape to secure attachment of the handle to the closure. This configuration ensures the handle securely attaches to the container when the closure is threadably attached to the container body, while allowing for easy removal and disassembly of the handle from the container. For example, in the embodiment shown, the container body includes a neck having a generally cylindrical shape, wherein the neck forms a lipped wall disposed circumferentially at the upper end of the container body. In an assembled configuration, the tongue of the handle slots into the groove of the closure. As the closure threadably attaches to the container body, the stopper contacts an outer face of the lipped wall and the bottom circumferential edge of the closure contacts a distal lipped portion of the lipped wall to lock the tongue within the groove and securely attach the handle to the container.

[0056] A second preferred embodiment of a container (500) is shown in Figures 6-7. It is to be appreciated that the second preferred embodiment of the container described herein includes additional or modified features to those of the first preferred embodiment of the container. For clarity purposes, the following description of the second preferred embodiment does not repeat the description of the features consistent between the first and second preferred embodiments. However, features consistent between embodiments (including respective advantages) are hereby incorporated in full in the following description.

[0057] The container (500) comprises a container body (501). The container body (501) includes a wall that defines a chamber body (502) for holding a beverage and / or a liquid. The chamber body is hollow and adapted to receive a beverage and / or a liquid. The container body (501) includes an upper end (503) and a closed lower end (504), wherein the upper end includes a chamber opening (505). The container includes a closure (506), wherein the closure (506) is configured to overlay and substantially seal the chamber opening, when the container is in an assembled configuration. In the embodiment shown, the closure (506) is threadably engageable with the upper end of the container body (501). For example, the closure (506) includes a third set of threads (507) disposed circumferentially around an inner face of the closure (506), and the upper end of the container body (501) includes a fourth complementary set of threads (508) disposed circumferentially around an outer face of the container body (501). In use, the closure (506) is screwable or twistable onto the upper end of the container body (501) facilitating threaded engagement between the third set of threads (507) on the closure (506) and the fourth complementary set of threads (508) on the upper end of the container body (501). However, it is to be appreciated that the closure may be attachable to the container body in a variety of suitable ways, as could be readily determined by the person skilled in the art, and that the example shown and described herein is by way of a non-limiting example only. In alternate non-limiting examples, the closure may be attachable to the container body via a bayonet mount mechanism, a snap-fit mechanism, a twist-lock mechanism, a push-lock mechanism, a twist-lock mechanism, a pressure-fit mechanism, or any other suitable attachment mechanism well-known in the art.

[0058] Still referring to Figures 6-7, the closure (506) further includes a spout (509). The spout (509) includes a first end (510) for dispensing liquid and a second end (511), wherein an opening extends axially from the first end (510) to the second end (511) such that the second end (511) is fluidly engageable with an adjacent component (such as a straw). The spout (509) is a discrete component and is removably couplable to the closure (506).

[0059] In an assembled configuration, the spout (509) is rotatable, wherein rotating the spout (509) changes its direction relative to the longitudinal axis of the container. The spout (509) is rotatable between a first configuration and a second configuration. In the first configuration, the spout (509) is in a closed configuration, and in the second configuration, the spout (509) is in an open configuration. Preferably, in the first configuration, the spout (509) has a relative direction transverse to the longitudinal axis of the container. The first configuration seals the container to substantially prevent fluid egress via the spout (509). Preferably, in the second configuration, the spout (509) has a relative direction parallel to the longitudinal axis of the container. In the second configuration, a second end (511) of the spout (509) is in fluid communication with the straw to allow the flow of liquid from the container body (501) through the straw and out of the spout (509), when in use.

[0060] The closure (506) further includes a recess (512) for accommodating the spout (509), when the spout (509) is in a closed configuration. The recess (512) forms a narrow channel that extends across a top surface of the closure (506) and is configured in shape to contour the spout (509). The narrow channel may extend partially or fully across the top surface of the closure (506). Preferably, the narrow channel has a depth sufficient to allow the spout (509) to sit flush with or slightly below the height of the narrow channel, when the spout (509) is in the closed configuration. The person skilled in the art would readily understand that the narrow channel can be configured to be any suitable shape and size (such as length, width, and depth) to receive or accommodate the spout and that the embodiment shown is by way of a non-limiting example only.

[0061] Referring to Figure 6, the recess (512) includes a second aperture (513) for receiving the first end (510) of the spout (509). Preferably, the second aperture (513) is positioned at or adjacent to a first end of the recess (512). Alternately, the second aperture(513) may be positioned intermediate to the first end and a second end of the recess (512). The second aperture (513) has a diameter larger than the diameter of the first end (510) of the spout (509) and smaller than the diameter of the second end (511) of the spout (509), thereby allowing the first end (510) of the spout (509) to protrude through the second aperture (513) while securing the second end (511) of the spout (509) at a position beneath the second aperture (513) and adjacent to a bottom surface of the closure (506). The second aperture (513) is shaped and sized to allow the spout (509) to pivot or rotate between the closed configuration and the open configuration. In the embodiment shown, the second aperture (513) is rectangular in shape to accommodate the cross-sectional profile of the spout (509). In an alternate embodiment, the second aperture may be circular or oval, or any other suitable shape as could be readily determined by the person skilled in the art. The second aperture (513) is sized to closely fit with the spout (509), minimising gaps that could cause leakage while allowing the spout (509) to freely rotate within the second aperture (513). The second aperture (513) may optionally include bevelled or rounded edges to reduce friction and wear as the spout (509) rotates between the open and closed configurations. The second aperture (513) may optionally include a sealing element such as a gasket or an O-ring, to maintain a liquid-tight seal around the spout (509). The sealing element may optionally be adapted to flex or deform as the spout (509) rotates.

[0062] Referring to Figures 6-7, the second aperture (513) is in connection with a longitudinal channel (514), wherein the second aperture forms a narrowed opening relative to the diameter of the longitudinal channel. The longitudinal channel (514) extends longitudinally from a bottom surface of the closure , wherein a fifth set of the threads (515) are disposed circumferentially around an inner face of the longitudinal channel (514). The longitudinal channel (514) has a cylindrical cross-sectional profile to complement the shape of the second end (511) of the spout (509), thereby allowing the second end (511) of the spout (509) to freely rotate or pivot within the longitudinal channel (514). For example, in an assembled configuration, the first end (510) of the spout (509) protrudes through the second aperture (513) and the second end (511) of the spout (509) nests within the channel (514). In use, rotation of the second end (511) of the spout (509) translates to a two-dimensional rotation of the first end (510) of the spout (509) from a position in alignment with the x-axis to a position in alignment with the y-axis.

[0063] In a more preferred embodiment (not shown), the bottom surface of the closure includes a first elongate detent that extends perpendicular from a first side of the second aperture, and a second elongate detent that extends perpendicular from a second diametrically opposing side of the second aperture, wherein each elongate detent has a semi-cylindrical cross-sectional profile and depresses into the bottom surface of the closure. Preferably, each elongate detent is centrally positioned relative to each respective side of the second aperture.

[0064] Referring to Figures 6-7, the spout (509) includes the first end (510) for dispensing liquid and the second end (511) for fluidly engaging a straw, when the spout (509) is in the open configuration. The second end (511) of the spout (509) includes a rounded lower surface. Preferably, the rounded lower surface forms a circular cross-section. For example, the rounded lower surface, when viewed from a side cross sectional view may form a spherical sector extending about 45 to 60 degrees. A first side of the rounded lower surface includes a first axle (516), and a second diametrically opposing side of the rounded lower surface includes a second axle (517), wherein each axle (516, 517) outwardly protrudes at an angle perpendicular to the longitudinal axis of the spout (509). Preferably, each axle (516, 517) is centrally positioned along each respective side of the rounded lower surface of the spout (509). In a preferred embodiment (not shown) and in an assembled configuration, the first elongate detent of the closure receives the first axle and the second elongate detent of the closure receives the second axle, wherein each axle is rotatable within each respective elongate detent. Thus, the central positioning of each axle (516, 517) may provide balanced support and even force distribution as the spout (509) rotates between the open and closed configurations, thereby maintaining alignment and stability of the spout (509) throughout its range of motion. Preferably, each axle (516, 517) forms a cylindrical protrusion having a smooth surface. Each axle (516, 517) is optionally coated with a low-friction or polished material to further reduce friction during rotation, thereby enhancing smooth operation and durability during use.

[0065] The container includes a straw (518), wherein the straw (518) is coupled to the closure (506). Referring to Figures 6-7, a straw jacket (519) couples a top end of the straw (518) to the closure (506) at a position such that the top end of the straw is in fluid communication with the second end (511) of the spout (509), when the spout (509) is in an open configuration.

[0066] A top end of the straw jacket (519) includes a cavity for receiving the second end (511) of the spout (509), wherein the cavity forms a circular cross-sectional depression that complements the shape of the lower rounded surface of the spout (509). In use, the spout (509) is rotatable about a pivot point formed at an interface between the rounded lower surface of the spout (509) and the cavity. More particularly, and referring to Figures 6-7, the cavity forms a circular cross-section depression adapted to mate with the rounded lower surface of the spout (509) to provide a pivot connection between the straw jacket (519) and the spout (509), thereby allowing two-dimensional rotation of the spout (509) from the x- axis to the y-axis.

[0067] The straw jacket (519) further includes a third elongate detent (521) for receiving the first axle (516) and a fourth elongate detent (522) for receiving the second axle (517). The third and fourth elongate detents (521, 522) are each positioned adjacent to and outwardly extend from opposing sides of the cavity such that the third and fourth elongate detents (521, 522), together with the cavity, form a continuous groove for accommodating the rounded lower surface and the first and second axles of the spout (509). In use, each axle (516, 517) is rotatable within each respective elongate detent (521, 522). Preferably, each elongate detent has a semi-cylindrical cross-sectional profile.

[0068] Referring to Figure 7, the straw jacket (519) is threadably attachable to the closure (506). For example, in the embodiment shown, a sixth set of threads (523) are disposed circumferentially around an outer face of the straw jacket (519), wherein the sixth set of threads (523) are threadably engageable with the fifth set of threads (515) disposed circumferentially around the inner face of the channel (514) on the closure (506). Such threaded engagement advantageously secures the spout (509) between the closure (506) and the straw jacket (519) and allows for easy assembly and disassembly of the container,thus facilitating easy cleaning of the spout and the remaining container components thereof (such as the straw jacket, the straw, the closure, and the like). The straw jacket may optionally include a sealing element such as a gasket or an O-ring, to maintain a liquid- tight seal around the spout and / or the straw. Preferably, the sealing element is positioned at an interface or a joining point between two components. For example, the sealing element may be positioned distally relative to the sixth set of threads. Alternately or in addition, the sealing element may be positioned adjacent to the top end of the straw.

[0069] To assemble the container, the spout (509) is coupled to the closure (506) such that the first end (510) of the spout (509) protrudes through the second aperture (513) on the closure (506) and the second end (511) of the spout is positioned adjacent a bottom surface of the closure (506). The second aperture (513) has a diameter smaller than the diameter of the second end (511) of the spout (509), thereby allowing the first end (510) of the spout (509) to protrude through the second aperture (513) while securing the second end (511) of the spout (509) at a position adjacent to a bottom surface of the closure (506). The straw jacket (519) is positioned below the spout (509) such that the second end (511) of the spout (509) rotatably engages with the cavity on the top surface of the straw jacket (519), and wherein the straw jacket (519) is threadably couplable with the closure (506) to securely attach the spout (509) at a position in between the straw jacket (519) and the closure (506).

[0070] In a more preferred embodiment (not shown), in the assembled configuration, the straw jacket threadably couples with the closure. In this configuration, the first elongate detent of the closure mates with the third elongate detent of the straw jacket to form a first cylindrical channel, and the second elongate detent of the closure mates with the fourth elongate detent of the straw jacket to form a second cylindrical channel. Each cylindrical channel complements the shape and rotatably receives each respective axle of the spout, thereby securing the spout at a position between the straw jacket and the closure. In this assembled configuration, the second end of the spout is freely rotatable at an interface formed between the cavity of the straw jacket and the bottom surface of the closure. More particularly, the rounded lower surface of the spout is freely rotatable within the cavity ofthe straw jacket, and each axle of the spout is freely rotatable within each respective cylindrical channel.

[0071] In use, the spout (509) is rotatable between the open configuration and the closed configuration. The rounded lower surface of the spout (509) nests within the cavity which, in use, allows rotation of the spout (509) between the open configuration and the closed configuration. More particularly and in use, the second end (511) of the spout (509) is rotatable about a pivot point formed at the interface between the rounded lower surface of the spout (509) and the cavity of the straw jacket (519). In the closed configuration, the first end (510) of the spout (509) protrudes through the second aperture (513) on the closure (506) and rests horizontally within the recess (512), in alignment with the x-axis. In the open configuration, the second end (511) of the spout (509) rotates about the pivot point causing the first end (510) of the spout (509) to move from a horizontal position through an intermediate position to a vertical position, in alignment with the y-axis.

[0072] It is to be appreciated that each of the aforementioned container components as described herein may be attachable using any suitable attachment mechanism well-known within the art, and that the embodiments shown and described herein are by way of non- limiting examples only. Additional non-limiting examples of suitable attachment mechanisms may include a bayonet mount mechanism, a snap-fit mechanism, a twist-lock mechanism, a push-lock mechanism, a twist-lock mechanism, a pressure-fit mechanism, or any other suitable attachment mechanism well-known in the art.

[0073] It is to be appreciated that the container may be configured and adapted to be a variety of different shapes and sizes and that the examples shown and described herein are by way of non-limiting examples only. Persons skilled in the art would be able to readily construct the container by way of shape and size to accommodate a variety of different applications. For example, and without limitation, the container may be configured to have a substantially straight and cylindrical shape, thereby making the container easy to hold and carry.

[0074] The containers described herein are easy to use and provide ease of access to the liquid / beverage in the container through the spout. Further, the spout may be easily rotated from a closed position (first configuration) to an open position (second configuration) single-handedly by the user.

[0075] It would be appreciated by persons skilled in the art that numerous variations and / or modifications may be made to the above-described embodiments, without departing from the broad general scope of the present disclosure. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive. Although the invention has been described with reference to specific examples, it will be appreciated by those skilled in the art that the invention may be embodied in many other forms, in keeping with the broad principles and the spirit of the invention described herein.

[0076] The present invention and the described preferred embodiments specifically include at least one feature that is industrial applicable.

Claims

THE CLAIMS DEFINING THE INVENTION ARE AS FOLLOWS:

1. A container comprising: - a container body having a wall that defines a chamber body for holding a beverage, the container body further having an upper end and closed lower end, said upper end having a chamber opening; - a closure over the chamber opening and sealing the chamber opening to prevent beverage from passing through the chamber opening, said closure having a spout therein; - wherein the spout is rotatable and wherein rotating the spout changes its direction relative to the longitudinal axis of the container.

2. The container of claim 1, wherein the spout is adapted to rotate between a first and second configurations based on the relative direction.

3. The container of claim 2, wherein the first configuration is wherein the spout has a relative direction transverse to the longitudinal axis of container.

4. The container of claim 2 or claim 3, wherein the second configuration is wherein the spout has a relative direction in parallel to the longitudinal axis of container.

5. The container of any one of claims 2 to 4, wherein the first configuration seals the container to prevent fluid egress via the spout.

6. The container of any one of claims 2 to 5, wherein the second configuration allows fluid, when in use, to pass through the spout.

7. The container of any one of claims 1 to 6, wherein the container includes a handleadapted to mate a circular neck portion of the container, wherein the circular neck portion is below the chamber opening on the outside of the container.

8. The container of claim 7, wherein the handle comprises first and secondoverlapping circles being of a respective first and second diameter.

9. The container of claim 8, wherein the first diameter is less than second diameter.

10. The container of any one of claims 8 to 9, wherein the first circle is adapted toengage the circular neck portion and wherein the second circle provides a handgrip region for the user.

11. The container of any one of the preceding claims, wherein the spout is a discretecomponent and is removably attachable to the closure.

12. The container of any one of the preceding claims, wherein the spout includes a firstend for dispensing liquid and a second end, wherein the second end includes a rounded lower surface.

13. The container of any one of the preceding claims, wherein the spout is rotatablealong a three-dimensional axis.

14. The container of any one of the preceding claims, wherein a top surface of theclosure includes a depression for accommodating the spout.

15. The container of claim 14, wherein the spout is rotatable about an interface formedbetween the top surface of the closure and the rounded lower surface of the spout, wherein rotation of the spout translates into three-dimensional movement of the first end of the spout through three-dimensional planes.

16. The container of any one of claims 1 to 12, wherein the spout is rotatable along a two-dimensional axis.

17. The container of claim 16, wherein the spout is rotatable about an interface formed between a bottom surface of the closure and the rounded lower surface of the spout, wherein rotation of the spout translates into two-dimensional movement of the first end of the spout through two-dimensional planes.

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