An automatic self-adjusting beverage container receptacle has a plurality of handles for the end-user to stabilize the receptacle in operation. The receptacle contains a plurality of parallel polygons of flexible bands inside the receptacle that permit a caregiver to easily and quickly insert a beverage container. The bands also stabilize and grip the container in operation to prevent it from shifting or falling out when the receptacle is lifted and tilted by the end user in consuming the beverage. An accessory mounting system permits the rapid attachment of accessories in a temporary, semi-permanent, or permanent fashion, making each receptacle assembly customizable for individual users.

An example of a drinking vessel is provided. The drinking vessel include a base for resting on a surface. In addition, the drinking vessel includes a stability enhancer disposed within the base to increase stability of the base on the surface. Furthermore, the drinking vessel includes a stem extending from the base. The drinking vessel also includes a bowl resting on the stem. The bowl is to receive a liquid for consumption. Additionally, the drinking vessel includes a connector disposed between the bowl to the stem, wherein the connector is to releasably connect the bowl to the stem.

A cup for use with those having muscular tremors provides a battery-operated gyroscope stabilizing the cup body as supported by a handle communicating with the cup body through one or more pivot joints. The cup body may also be weighted to be naturally stabilized in a vertical orientation.

The present invention relates to a beverage container holding device for holding various types of beverage containers. The holding device can be used for both hot and cold beverages and can be in the shape of a chalice. More specifically, the holding device includes a bowl portion for receiving and accommodating a beverage container, and a stem extending from the bottom end of the bowl portion to a weighted base. The weighted base includes a non-slip bottom surface, and is used for placing the device on a horizontal surface such as a bar table. The device can be in the form of a single unit structure or can have modular components. The bowl portion includes an inner non-slip and insulating material to maintain temperatures of drinks and to secure placement of the container therein.

Certain embodiments of the present disclosure provide drink holders with stabilizers. The drink holders adhere to a surface when set down yet release from the surface when raised. The drink holders include a base with a base seal. The base is slidably mounted to a beverage container assembly. When the beverage container assembly is in the fully lowered position, an inner seal engages the base forming a vacuum in a sealed air chamber between the base seal and the surface. When a user desires to take a drink, the user lifts the drink holder. As the beverage container assembly is raised the inner seal initially remains in sealed engagement with the base assembly. After a delay the airtight seal releases the vacuum within the air chamber.

The present invention comprises a novel multi-mount handsfree beverage container holder system consisting of an attached mounting system and storage slot for small personal items. The mounting system may consist of a fixed or non-fixed attachment configuration to the beverage container holder. The mounting system contains adequate space for storage of small personal items. The counterweight may comprise of enough size and weight to counterbalance the weight of a beverage container when placed in the mounting system. The counterweight may also contain one or more small apparatus of adequate size to be used for opening a beverage container and in some embodiments may be comprised of a flat shape. In other embodiments, the counter weight may be of a concave or convex shape.

A drop-proof and easy-to-detach double-layer bowl is provided, which belongs to the field of tableware, and includes an inner bowl. The inner-layer bowl is made of soft glue and the outside thereof is covered with an outer-layer shell. The opening end edge of the inner-layer bowl is bent outward and buckled on the outer-layer shell to fix the outer-layer shell on the inner-layer bowl, and soft glue is used to replace plastic. The food safety level of soft glue is higher than that of plastic, which overcomes the long-term unsafe problem of traditional plastic bowls. The outer layer structure is sleeved on the soft glue, so that the support performance of the soft glue bowl is enhanced to prevent the deformation of the soft glue from causing food in the bowl to spill, and the food safety level of the plastic bowl is improved.

A collapsible food container supporting assembly includes a base having a top side and a bottom side. The base includes a first end, a second end, a first lateral edge and a second lateral edge. A bag engagement member is mounted on the base and releasably engages a bottom of an open bag. A vertical support is attached to the base and extends upwardly therefrom. The vertical support receives a side edge of the open bag to retain the side edge in a vertical orientation.

An adsorptive anti-tipping device and a cup body matched therewith, being used to fasten the cup body to prevent it from tipping, including a driving rod, which driving rod comprises a sliding rod, a limit rod and an abutment rod, the limit rod is vertically fixed on the upper end of the sliding rod; the abutment rod is fixedly connected with one end of the sliding rod; on a fixed cover is arranged a sliding positioning hole, and the limit rod is limited above the fixed cover; the suction component is slidably clamped with the fixed cover, and has a driving slope and a driving block on it, the driving block corresponds to the position of the adsorptive surface of the suction component,. The present application is simple in structure and easy to use. Using a suction cup to adsorb the surface, the present application may prevent containers' tipping.

An adsorptive anti-tipping device and a cup body matched therewith, being used to fasten the cup body to prevent it from tipping, including a driving rod, which driving rod comprises a sliding rod, a limit rod and an abutment rod, the limit rod is vertically fixed on the upper end of the sliding rod; the abutment rod is fixedly connected with one end of the sliding rod; on a fixed cover is arranged a sliding positioning hole, and the limit rod is limited above the fixed cover; the suction component is slidably clamped with the fixed cover, and has a driving slope and a driving block on it, the driving block corresponds to the position of the adsorptive surface of the suction component,. The present application is simple in structure and easy to use. Using a suction cup to adsorb the surface, the present application may prevent containers' tipping.