Lid for a Container

The present Application for Patent claims priority to U.S. Provisional Application No. 63/659,823 entitled “Lid for a Container”, filed Jun. 13, 2024, which is hereby expressly incorporated by reference.

The present disclosure generally relates to lids, and more particularly to lids for containers or bottles, designed to enhance convenience, hygiene, and portability.

The following presents a simplified summary of one or more implementations in order to provide a basic understanding of some implementations. This summary is not an extensive overview of all contemplated implementations and is intended to neither identify key or critical elements of all implementations nor delineate the scope of any or all implementations. Its sole purpose is to present some concepts of one or more implementations in a simplified form as a prelude to the more detailed description that is presented later.

According to one example, a lidded container is provided. The lidded container comprises a container body having an opening configured to receive contents; a lid detachably connected to the container body, a spout attached to the top surface, and a stopper attached to the cap and configured to selectively seal the first opening and the second opening when the cap is in a closed position.

The lid comprises a base configured to connect to the opening, a top surface connected to the base, and a cap movably connected to the top surface by a first connecting member.

The spout comprises a wall member extending around the base portion and having a first opening for direct drinking and a base portion having a second opening configured to receive a straw.

According to one aspect, the first connecting member comprises a hinge mechanism allowing the cap to pivot between open and closed positions.

According to another aspect, the base includes a handle having a loop-shaped configuration.

According to yet another aspect, the base connects to the container body via threaded engagement.

According to yet another aspect, the wall member has first and second ends that slope upwardly to a top portion containing the first opening.

According to yet another aspect, the base portion has a semi-circular configuration.

According to yet another aspect, the lidded container further comprises a gasket disposed between the lid and the container body.

According to yet another aspect, the second opening is smaller than the first opening.

According to yet another aspect, the cap has a curved configuration.

According to yet another aspect, the second opening is configured to receive a straw.

According to yet another aspect, the top surface is connected to the base by a second connecting member.

According to yet another aspect, the container body is configured to store beverages.

According to yet another aspect, the spout is integrally formed with the top surface.

According to yet another aspect, the stopper is integrally formed with the cap.

According to another example, a container lid is provided. The container lid comprises a base configured to detachably connect to a container opening; a spout having a dual-opening configuration, a movable cap, and a sealing element configured to simultaneously seal both the first and second openings when the cap is closed.

The spout comprises a first opening configured for direct drinking and a second opening configured for straw insertion.

According to one aspect, the sealing element comprises a dual-configuration stopper having portions sized to fit both openings.

According to another aspect, the spout is integrally formed with the lid.

According to yet another aspect, the first and second openings are positioned adjacent to each other.

According to yet another aspect, the container lid further comprises a handle integrated with the base.

According to yet another aspect, the movable cap is connected by a hinge mechanism.

In the following description, specific details are given to provide a thorough understanding of the implementations described. However, it will be understood by one of ordinary skill in the art that the implementations may be practiced without these specific details. For example, certain aspects may be illustrated with simplified representations in order not to obscure the implementations in unnecessary detail. In other instances, well-known techniques may be shown in broad block form in order not to obscure the described implementations.

Existing container lids suffer from several limitations: (1) users must choose between straw-compatible and direct-drinking designs, (2) separate carrying accessories are required and easily lost, (3) traditional screw caps require two-handed operation and full removal, and (4) exposed drinking surfaces are vulnerable to contamination. The present disclosure addresses these limitations through an integrated solution.

Embodiments of the present disclosure are directed to lids for containers or bottles. Some of the novel aspects of the lid of the present disclosure lie in its design features aimed at enhancing convenience and usability. One innovative element is the dust-proof lid cover, which ensures that the bottle's contents remain clean and uncontaminated, even in outdoor or dusty environments. This lid cover can be effortlessly opened by lifting the hinged cap via the first connecting member, offering quick access to hydration without the hassle of removing and replacing traditional screw-on caps. Furthermore, the integration of a sturdy handle directly onto the lid represents an ergonomic solution. This integrated handle not only provides a secure grip for carrying the bottle but also eliminates the need for additional attachments or accessories.

The present disclosure provides three primary innovations that distinguish it from conventional container lids. First, an integrated handle eliminates separate carrying accessories while enabling one-handed operation when combined with a hinge mechanism. Second, a hinged dust-proof cap with stopper simultaneously protects both drinking outlets from environmental contaminants while preventing cap loss. Third, a dual-outlet spout accommodates both controlled hydration (via 5-10 mm straw opening) and rapid fluid replenishment (via 10-15 mm direct drinking opening) through a single integrated design. That is, the versatile spout features two strategically positioned openings to accommodate different user preferences and activity levels. The adjacent positioning of these openings allows a single stopper to simultaneously seal both when the cap is closed.

Furthermore, to accommodate varying user preferences for fluid intake, the lid of the present disclosure includes a spout featuring two distinct outlet openings positioned for different drinking modes. The positioning of these openings adjacent to each other within the spout allows a single stopper to simultaneously seal both openings when the cap is closed.

The following detailed description refers to the accompanying drawings, whereshows the closed configuration,illustrate the exploded views revealing internal components,demonstrate the closed and open cross-sectional views, andshow the operational configurations.

Referring to, a front, upper perspective view of a lidded containerillustrating the lid in a closed configuration is shown. The lidded containermay include a container bodyhaving an opening, configured to receive contents. A lidis detachably coupled to the container bodyand configured to cover the opening(See). The openingfacilitates easy filling, cleaning, and washing of the container body. The lidfunctions as a cap or closure for securing contents within the container bodyand may be detachably connected to the container bodyby way of threading, snapping, twisting, sliding, screwing mechanisms, or any other way known in the art.

The container bodymay be formed in various shapes, sizes, configurations, and arrangements depending on the intended application of the lidded container. The container bodyand the lidmay be constructed from any suitable material known in the art, including, but not limited to, plastic, glass, metal, or combinations thereof, such as plastic and metal. In some embodiments, the container bodyand the lidmay be fabricated from different materials.

In one embodiment, the first openinghas a diameter ranging from 10-15 millimeters, for example, to accommodate direct drinking while the second openinghas a diameter ranging from 5-10 millimeters, for example, to accommodate standard drinking straws. The spoutmay be constructed from food-grade materials including polypropylene, polyethylene, or other suitable plastics. The stopperis preferably constructed from silicone or thermoplastic elastomer to provide effective sealing properties and long-term durability.

The container bodyis sized and configured to store various liquids and solids. The container bodymay comprise a vessel or bottle suitable for storing beverages including water, flavored water, vitamin-enhanced water, juices, energy drinks, and other consumable liquids. Additionally, the container bodymay store solid materials such as powders, concentrates, beverage mixes, and food products.

The lidcomprises a basea top surfaceand a capThe baseis configured to detachably connect to the openingof the container body. The top surfaceconnects to the basevia a second connecting memberand covers the openingwhen the lidis attached. The capis secured to the top surfaceby a first connecting memberand may have a curved or domed configuration. The basemay connect to the container bodythrough various mechanisms, including threading engagement with threads on the inner surface of the opening, or alternatively by snapping, twisting, sliding, or screwing onto an upper outer portion of the container body.

The first connecting membercomprises a hinge mechanism that allows the capto pivot between a closed position (as shown in) and an open position (as shown in). The hinge mechanismis visible inwhere the capis shown in the open position. The hinge mechanism may comprise a living hinge, pin hinge, or other suitable pivoting connection that maintains the capattached to the top surfacewhile allowing rotational movement.

The second connecting membersecurely attaches the top surfaceto the baseThe second connecting membermay comprise threading, snap-fit connections, or other suitable fastening mechanisms. In one embodiment, the second connecting memberallows the top surfaceto be removable from the basefor cleaning and maintenance.

A gasket may be disposed between the lidand the container bodyto create a seal therebetween. The threaded connection typically requires multiple turns of the lidrelative to the container bodyfor secure attachment, though the lidmay alternatively be connected with one turn or less.

A spoutmay be integrally formed with or securely attached to the top surfaceof the lid. The spoutdefines a channel for directing fluid flow from the container bodyand includes one or more openings providing access to the container contents.

The spoutcomprises a base portionand a wall member. The base portionis integrally formed with or securely attached to the top surfaceand may have a semi-circular configuration. The wall memberextends at least partially around the base portion, specifically around the curved portion of the semi-circular base portion.

As shown in, the wall memberhas a first endand a second endboth of which slope upwardly from the base portionto a top portionhaving a substantially flat surface. A first openingis located in the top portionfor directing fluid flow from the container body, with the dual opening configuration shown inillustrating both the first openingand second opening.

A second openingis located in the base portionof the spout. A strawor other tubular member may be inserted into the second openingto facilitate drinking from the container body. The first openingand second openingmay be positioned adjacent to each other within the spout.

The combination of the integrated handle, dual-outlet spout, and hinged capprovides a comprehensive hydration solution that eliminates the need for multiple accessories or separate containers. Users no longer need to choose between straw-compatible bottles and direct-drinking bottles, carry separate handles or clips, or worry about losing detachable caps. This integrated approach reduces the number of components that can be lost or forgotten while maximizing functionality across different use scenarios and user preferences.

According to one embodiment, the baseincludes the integrated handlehaving a loop-shaped configuration as shown in. The handlefacilitates carrying the container bodyand enables attachment to other objects via clips, carabiners, or other suitable fasteners. The handlemay be secured to backpacks, belt loops, or other devices for convenient transportation. The integration of the handledirectly into the baseeliminates the need for separate carrying accessories and provides a secure grip point that does not interfere with the drinking functionality of the lid.

The stoppercomprises a dual-configuration sealing element having a first sealing portion sized and shaped to seal the first openingand a second sealing portion sized and shaped to seal the second opening. The stoppermay be integrally molded with the capor separately attached thereto. The stopperis constructed from a resilient material such as silicone, rubber, or thermoplastic elastomer to create an effective seal against both openings simultaneously.

The dust-proof sealing provided by the stopperoffers superior protection compared to conventional lids by simultaneously protecting both drinking outlets. Unlike traditional caps that may expose drinking surfaces when opened, the hinged design keeps the stopperattached to prevent loss while ensuring that both the second opening (or straw opening)and first opening (direct drinking opening)remain protected from environmental contaminants when closed. This dual-protection system is particularly advantageous for outdoor activities, travel, and storage in dusty or contaminated environments.

When the capis moved to the closed position, the stopperengages both the first openingand second opening, creating a dust-proof and leak-proof seal. The dual-sealing configuration prevents contamination of the container contents while eliminating the need for separate closures for each opening.

According to one embodiment, the stopperis attached to an underside of the capThe stopperis configured to be received in the first openingand second openingof the spout, as shown by the stopperin.