1980results about "Drinking vessels" patented technology

A canteen is composed of a main body, a cover, a control unit, a valve and an annular blocker. The cover is engaged with the main body, having a jointing tube protruding into the main body and two notches cut in the jointing tube. The control unit is fixed on the cover, having a jointing portion, two grooves formed in the jointing portion and reversely shaped to correspond to the notches of the cover, and a sucker bored with an outlet. The valve is installed in the control unit, having a bar to correspond to the outlet, and a guiding rod transversely extended out from its bottom to extend through the grooves and the notches of the cover. When rotating the control unit, the valve is moved up and down to be separated from or to clog the outlet, convenient for using and preventing the suction portion from contaminated.

A container cover and a drinking container are provided. The container cover includes a cover body, a first upper cover, a button, and a handle ring. The cover body is provided with a first drinking opening, and the first upper cover can move between a first position where the first drinking opening is covered and a second position where the first drinking opening is not covered. The button can move between a latching position and an unlatching position relative to the cover body and the first upper cover, the handle ring can move between a locking position and an unlocking position by rotating relative to the cover body, and a restraining channel is configured on the handle ring to pass through front and rear sides of the handle ring.

The disclosure discloses a straw cup, comprising a cup body and a cup lid covering the cup body, wherein the cup lid comprises: a cup lid body, comprising a lid structure and a handle structure connected to the lid structure; a sippy spout assembly, rotatably connected to the lid structure and having a closed state of being folded relative to the lid structure and an open state of being unfolded relative to the lid structure, the sippy spout assembly being provided with a first locking portion; a transmission structure, provided with a second locking portion arranged corresponding to the first locking portion, the sippy spout assembly being kept in the closed state by making the first locking portion fitted with the second locking portion, and the sippy spout assembly being allowed to switch to the open state by unfitting the first locking portion and the second locking portion.

A kit may have a plurality of components that include (A) a holder having a generally frustoconical shape, a first end that is open, a second end that defines a slot opening, a middle portion disposed between the first end and the second end, and a circumferential sidewall that (i) is generally closed except for a sidewall opening adjacent the slot opening and that (ii) defines an open interior; (B) an elastomeric handle having a retention portion and at least one finger grip; (C) an elastomeric sip top having a sip-top sidewall and a sip-top surface that define an interior cavity, and a nipple disposed on the sip-top surface; and (D) an elastomeric snack top having a snack-top sidewall, a snack-top surface, and a snack-access slot disposed on the snack-top surface.

A drink cup includes a body formed to include an interior region providing a fluid-holding reservoir and a brim. The brim is coupled to the body to form an opening into the interior region. The body includes a floor and a sidewall that extends away from the floor. The drink cup further includes a body-strengthening system coupled to the body.

Aspects disclosed herein generally relate to beverage systems. Particularly, beverage systems comprising a straw mechanism that is magnetically secured to a lid structure. The beverage systems in accordance with aspects herein have straw mechanisms that are selectively leak-proof.

A portable beverage container capable of autonomously generating ice using an internal cooling system. The cup includes a thermoelectric cooling mechanism within a lower chamber that transforms water into ice. An optional embodiment allows the user to pour or store beverages in the same unit, enabling ice to cool the liquid directly for drinking. The invention is compact, self-contained, and ideal for travel, outdoor use, or situations where conventional refrigeration is unavailable.

A heating assembly is arranged on the outer side of the bottom of an inner shell, an outer shell comprises an outer side shell forming a vacuum layer with the side wall of the inner shell, the outer shell further comprises an outer bottom shell, and the outer bottom shell, the outer side shell and the outer wall of the lower bottom of the inner shell form a containing cavity for containing the heating assembly. The outer shell comprises an outer side shell forming a vacuum layer with the side wall of the inner shell, the side edge heat preservation effect is good, the outer bottom shell, the outer side shell and the outer wall of the lower bottom of the inner shell form a containing cavity for containing a heating assembly, the whole body is independent, reliable and convenient to carry, can be matched with a power line or a power source to be carried, is lighter, and can be electrically connected when the power source is needed. And the inner shell and the outer shell are arranged, so that cleaning and disinfection are facilitated, the containing cavity for containing the heating assembly is formed, good heat preservation can be achieved, and the complete heating effect is achieved.

A container assembly and a container lid are provided. The container assembly includes a container body, a lid, a sleeved portion, an annular pressing portion, and a straw. The container body has an opening portion at an upper end thereof. The lid is detachably disposed on the opening portion. The lid has an outer lid portion, an inner lid portion, and a connection portion, and the outer lid portion, the inner lid portion, and the connection portion jointly define a first heat insulation space. The connection portion has an annular abutting section, an enclosed end section, and an outer thread section arranged between the annular abutting section and the enclosed end section, and a distance between the enclosed end section and the annular abutting section is less than a distance between the enclosed end section and an inner lid top board of the inner lid portion.

Aspects described herein generally relate to beverage systems. More specifically, they pertain to beverage systems featuring a lid structure that incorporates a no-touch straw mechanism. The no-touch straw mechanism allows users to transition a spout portion of the lid structure between a dispensing state and a stored state without physically contacting the spout portion of the lid structure.

The invention discloses a rotating multifunctional handle of a cup, which comprises a cup body and a handle. A connecting seat is fixedly arranged on the side wall of the cup body; the upper end of the handle is rotatably connected to the seat; a rotating piece is mounted between the handle and the seat and driven by the handle to rotate; a plurality of positioning grooves are formed in one of the seat and the rotating piece; positioning protruding points are arranged on the other and clamped into the grooves to lock the relative rotation between the handle and the seat; when the handle rotates relative to the seat, the positioning protruding points oppressively jump and move along the circle of the grooves, thereby positioning the handle in a first position to serve as a grip or a second position to serve as a lifting handle.

A flavor infusing system which allows for a flavor concentrate to be dispensed into a fluid upon demand for fluid through a straw. Specifically, the systems and methods allow for a flavor concentrate to be mixed into fluid within a straw as the fluid is drawn through the straw via sucking on the straw at a variable ratios. The system may comprise a stand-alone straw useable with any source of base fluid, or may be incorporated into a cover or similar component of a water bottle, flask, or mug to provide for an integrated unit.

The invention discloses a vacuum cup with a metal shell and an inner container directly compounded and a preparation method. The vacuum cup comprises a metal shell, an inorganic non-metal inner container and a transition layer located at openings of the metal shell and the inorganic non-metal inner container. The transition layer is at least one of a metal transition layer, a metal solder transition layer or a glass solder transition layer, the thermal expansion coefficient of the transition layer is between the thermal expansion coefficient of the metal shell and the thermal expansion coefficient of the inner container, and the thermal expansion coefficient meets the metal shell gt; a transition layer gt; an inorganic nonmetal liner; when the transition layer is a metal transition layer, the relative difference K between the transition layer and the thermal expansion coefficient of the metal shell is less than 60%; when the transition layer is a metal solder or glass solder transition layer, K is less than 20%; the total thickness of the transition layer is smaller than 1 mm. By reasonably controlling the material and thermal expansion coefficient of the transition layer, a middle structure with a deformation inhibition function is formed, thermal expansion deformation of the metal shell is relieved, the welding stress is reduced, the cracking risk is reduced, and reliable and direct compounding of the metal shell and the inorganic nonmetal inner container is achieved.

A water bottle marker and charm device is disclosed. The devices are an effective and unique way to customize, personalize, or differentiate water bottles from those that are the same or similar. The water bottle markers and charms comprise a marker component that is meant to be attached to a water bottle and a charm component that can be attached to the marker. Thus, once the marker component is attached to the bottle and the charm component is attached to the marker, one (i.e., a first) bottle is distinguishable from another (i.e., a second) bottle.

Disclosed are portable drinkware, beverage containers, and beverage systems featuring a lid structure and a straw assembly. The portable drinkware may be configured to be leak-resistant, insulated, and hygienic. The lid structure may include mechanisms for improved spill prevention, sanitary operation, and secure attachment of a straw assembly that is configured for easy installation and removal. A range of materials and connection features may be provided depending on the particular type of beverage container.

The invention provides an atomizing sports bottle with a concealed water supply tube, comprising a bottle body and a main lid. A liner is arranged inside the bottle body. A vacuum layer is arranged between the bottle body and the liner. The water supply tube is arranged inside a vacuum layer. A water outlet hole is provided at the bottle mouth, while the liner is provided with a water supply hole. One end of the water supply tube is connected to the water supply hole, and the other end thereof is connected to the water outlet hole. The bottle body features a vacuum inner layer with a concealed tube, addressing the limitations of traditional water bottles that rely on long tubes and reducing the risk of secondary contamination during disassembly, assembly, and water refilling processes.

Disclosed is a lid structure. An upper lid of the lid structure is buckled to a main lid, the upper lid is provided with an opening for a straw to extend out, a locking assembly is disposed between the main lid and the upper lid, and when the straw is bent, the locking assembly can move along a radial direction of the main lid to be inserted and locked in an inner hole in an end portion of the straw, so that water leakage can be avoided when the straw is bent. Due to the fact that when the straw is bent, the locking assembly can move along the radial direction of the main lid to be inserted and locked in the inner hole in the end portion of the straw, the straw is prevented from getting upright due to the bouncing force thereof to result in water leakage.

The application discloses a kind of water cup of preparation hydrogen-rich mineral water and its using method, it is related to water cup technical field.The cup body, cup cover assembly, ceramic mineralization ball filter material, base assembly and hydrogen production assembly are included.When hydrogen-rich mineral water is prepared, first, the water cup is vertically erected, water is injected into the cup body not more than the highest water level line, ensure that water does not contact ceramic mineralization ball filter material, hydrogen production assembly is started at this time to produce hydrogen, when hydrogen production ends, the water in the cup body becomes hydrogen-rich water containing hydrogen gas;Then, the cup body is inverted, hydrogen-rich water seeps into the mineralization cavity through the opening at the bottom of the mineralization cavity to soak the ceramic mineralization ball filter material containing a variety of mineral trace elements, the mineral trace elements in the ceramic mineralization ball will dissolve into hydrogen-rich water, and hydrogen-rich mineral water is obtained, and users can very simply obtain healthy hydrogen-rich mineral drinking water.

A lid unit for use with a beverage container. The lid unit includes a lid body having a lid cover and a side wall extending downwardly from the lid cover; and a drink straw having a gas relief valve detachably fitted to the lid body. In particular, a rotatable top plate can be placed on the lid cover; and the gas relief valve can permit the pressured gas to escape the lid unit. The gas relief valve can include a valve body, flexible strip and spool. Also, the lid cover has an annular raised rim, and defines two drink orifices. The first drink orifice is shaped and sized to be an elongated slot, and the second drink orifice is shaped and sized to be a circular hole for insertion of the drink straw. The two drink orifices are spaced apart circumferentially and in fluid communication with the beverage container.

A lid for a container featuring three key innovations: an integrated carrying handle eliminating separate accessories, a hinged dust-proof cap providing one-handed operation, and a dual-outlet spout accommodating both straw-based and direct drinking preferences. The spout includes a smaller opening for straw insertion and a larger opening for direct drinking, with a single stopper simultaneously sealing both openings to prevent contamination. The hinge mechanism allows quick access while keeping the cap attached to prevent loss, making the lid ideal for active users requiring versatile hydration options.

Removable straw cover securing mechanisms, beverage containers with removable straw cover securing mechanisms, and methods of manufacturing, testing, and using the same are provided herein, among things. The removable straw cover includes a magnetic or ferromagnetic component that can be mateably engaged with a corresponding magnetic or ferromagnetic element on a lid to securely secure the removable straw cover to the lid. This magnetic interaction forms a secure yet easily detachable bond, allowing for convenient use.

A kit may have a plurality of components that include (A) a holder having a generally frustoconical shape, a first end that is open, a second end that defines a slot opening, a middle portion disposed between the first end and the second end, and a circumferential sidewall that (i) is generally closed except for a sidewall opening adjacent the slot opening and that (ii) defines an open interior; (B) an elastomeric handle having a retention portion and at least one finger grip; (C) an elastomeric sip top having a sip-top sidewall and a sip-top surface that define an interior cavity, and a nipple disposed on the sip-top surface; and (D) an elastomeric snack top having a snack-top sidewall, a snack-top surface, and a snack-access slot disposed on the snack-top surface.

A lid attachment for a beverage container lid that includes a main body, a plurality of attachment features, and an ornamental feature connected to the main body. The main body includes a central cavity that extends through the main body about a cavity axis. The central cavity provides access between a top side and a bottom side of the main body. The central cavity is sized to accommodate entry of a straw. The plurality of attachment features extend outward from the bottom side of the main body. The plurality of attachment features each include a distal free end. The distal free end includes a retainment feature. The lid attachment is rotatable about the cavity axis when mounted to a beverage container lid, independent of the lid.

Aspects disclosed herein generally relate to beverage systems. Particularly, beverage systems comprising a straw mechanism that is removably secured to a lid structure. The beverage systems in accordance with aspects herein have features to prevent leakage.

The utility model discloses a guide structure of a cover assembly. The guide structure comprises a cover body, a sliding cover and an elastic sealing piece. A sliding groove is formed in the cover body, and a drinking opening is formed in the groove bottom face of the sliding groove. The sliding cover is arranged in the sliding groove in a sliding mode, and the sliding cover is configured to slide between a closing position and an opening position in the sliding groove. The elastic sealing piece is arranged on the sliding cover; when the sliding cover is located at the closed position, the sliding cover covers the drinking opening, and the elastic sealing piece covers the drinking opening. A guide assembly is arranged between at least one side of the sliding cover and the side wall of the sliding groove and comprises a guide groove and a guide protrusion, any one of the guide groove and the guide protrusion is arranged on the side wall of the sliding groove, and the other one of the guide groove and the guide protrusion is arranged on the side wall of the sliding cover. In the stroke of the sliding cover sliding from the opening position to the closing position, the guide protrusion is connected into the guide groove in a sliding mode in at least part of the stroke. The sliding direction of the sliding cover in the process of sliding from the opening position to the closing position is the first direction, and the guide groove deviates towards the second side direction of the cover body in the first direction.

Aspects disclosed herein generally relate to beverage systems. Particularly, beverage systems comprising a sleeve or boot to provide stability, protection, and / or insulation to the beverage container. The sleeve or boot in accordance with aspects herein is comprised of an elastically resilient material. The beverage container of the beverage system in accordance with aspects herein is configured to accommodate the sleeve or boot such that when the sleeve or boot is installed, the outer surface of the beverage container smoothly transitions to the outer surface of the sleeve or boot.

The utility model relates to the field of cup covers, in particular to a cup cover with a telescopic straw, which comprises a cover body, a vertical channel arranged on the cover body, a straw body movably arranged in the vertical channel, a positioning plate arranged on the straw body, a guide rail transversely arranged on the positioning plate, a rotating disc rotationally arranged on the cover body, and an eccentric block arranged on the rotating disc. The eccentric block is connected with the guide rail in a matched mode, a rotary cover is rotationally connected to the cover body, an arc-shaped tooth face is arranged on the rotary cover, and a gear transmission mechanism is arranged between the arc-shaped tooth face and the rotary disc. The utility model solves the problem that the extension length of the straw cannot be adjusted, so that the straw is inconvenient to carry, store and transport.