The present application relates to milk powder packaging field. The present application provides a powder dispensing apparatus for dispensing fixed amount of powder, including a powder outputting member, a bottle mouth connecting assembly and a plurality of resetting members, the powder outputting member has a powder outlet, the bottle mouth connecting assembly includes a valve and a bottle mouth connecting member, the bottle mouth connecting member has a sliding groove, each the resetting member is located in the sliding groove, one end of each resetting member is connected to the bottom of the sliding groove, the other end is connected to the powder outputting member, the valve and the powder outlet are detachably connected, a side of the bottle mouth connecting member deviating from the valve is connected to the powder storing bottle. The present application improves the accuracy of fixed amount of powder dispensing.

In one example in accordance with the present disclosure, a printing fluid container for a printing system is described. The printing fluid container includes a container body for holding printing fluid, a collar connected to the container body, and a cap removably engaging the collar. The collar has a plurality of collar teeth extending peripherally around the collar. The cap has a plurality of cap teeth extending peripherally around the cap. The cap teeth are configured for interfitment with the collar teeth such that rotation of the cap about the longitudinal axis in a first rotational direction effects cam-actuated removal of the cap from the collar.

The Improved Salad Dressing Preparation and Storage Container is a food preparation device that allows for conveniently measuring, mixing, and dispensing of homemade vinaigrette salad dressing. The device uses two adjacent, adjoined compartments that are volumetrically proportioned to allow for the recommended ratio of oil and vinegar (acid) to be consistently achieved by filling them with oil and vinegar to the same apparent level. The Improved Salad Dressing Preparation and Storage Container may also be configured for commercial sale pre-filled with the oil and vinegar contents, those kept separated by sealing the adjoined compartments using an adapted seal. The pre-filled container may be designed and marketed for secondary use by consumers for use in making their own vinaigrette salad dressing recipes.

Provide is a liquid storage bottle capable of discharging liquid while preventing the liquid stored therein from remaining. The liquid storage bottle has a bottle body and a nozzle for pouring out the liquid stored in the bottle body, and inside the nozzle, a first fluid passage and a second fluid passages each of which opens to an outside on a tip end side of the nozzle and parallel to each other, and a communication passage which opens to an inside of the bottle body on a base end side of the nozzle and communicates with both the first and second fluid passages, are formed, and an inner circumferential surface of the communication passage is inclined inwardly toward the first and second fluid passages.

A beverage canteen container of various materials but not limited to plastic, stainless steel, glass etc. having at least two manufactured compartments separated by a non removable partition wall which features a sleek contour body canteen design and allows the canteen container to hold two separate liquids, pureed or solid food in the canteen. The interchangeable canteen lid will have two interchangeable flip-up Y-spout designs. The first flip-up Y-spout design will allow two products to be extracted from both chambers of the canteen bottom and blend together when extracted through the single elongated tube end into the mouth. The second flip-up Split Y-spout design is split through the end of the Y, resulting in two individual elongated tubes and will provide individual product extraction. Both the Y-spout or the Split Y-spout can be attached and reattached to the top of the canteen lid by two pivotal balls with axles on opposite side of the balls. The axles also secures the spout to the top of the lid's base for opening and closing the spout. There are O-rings located around the non-removable base opening of the canteen lid and will be underneath the pivotal balls. The O-rings will seal the opening when the spouts are in an opened position for an airtight seal between the spouts and the chambers. There are vent release plugs located underneath both the Y-spout and the Split Y-spout to plug the atmosphere vent release holes located on top of the lid when the spouts are in the closed position and will provide an airtight seal when in the closed position. The canteen lid is designed to snap tightly and securely seal by an inverted J shaped peripheral section around the edge of the lid for latching and locking in an airtight position without needing a gasket, so there is no gasket for this design! There lid has two separate non-removable inner wall compartments on the underside that fits inside each chamber of the canteen container bottom with the means of ensuring proper positioning of the lid over each compartment and will assist in preventing the mixing of products from either chamber and will provide an airtight seal for each chamber. Also, the separate inner walls located underneath the lids are ingenious for ensuring that the lid will easily fit the top of each chamber while providing an extra step in ensuring separating the chambers for liquids, puree or solid foods. There are (optional) straw inserts attachment constructed underneath the lid and can be used for sipping purposes. The canteen can be turned upward for a chug a lug product extraction experience.

An injection closure system includes a bottle containing a product to be distributed and a closure attached to the bottle and including nozzles. Each of the nozzles includes two holes through which the product is distributed from the bottle. The bottle includes a plurality of teeth extending around an outer surface of the bottle and the closure includes a plurality of teeth extending around an inner surface of the closure. When the closure is in a fully attached position on the bottle, the teeth of the bottle contact the teeth of the closure to prevent the closure from being removed from the bottle.

The invention provides a container system comprising a lid and a container. The container includes a neck, and the lid includes a neck-surrounding space defined by two walls of the lid. At least the neck-surrounding space is vacuum insulated, or it is filled with foam, air, or any combination thereof. The lid exhibits numerous technical merits such as improved neck insulation, better efficiency in overall heat insulation, simplicity in usage, and easy manufacturability, among others.

A lid assembly for a container is provided that comprises a base frame; a cover panel coupled to the base frame along a longitudinal side thereof, the cover panel movable between a closed position and an open position, the cover panel defining a housing. The lid assembly further comprises a sound device disposed in the housing, wherein the sound device is activated when the cover panel moves between the closed position and the open position.

Disclosed is a water container for camping. The water container for camping of the present invention comprises: a connector part which is coupled to a main body in which water is stored and provided as a discharge passage of the water stored in the main body; an opening/closing part which is coupled to the connector part and provided as an air passage while discharging the water flowing into the connector part by opening/closing one side portion of the connector; and a water inflow prevention part of which one side portion is floated by the water stored in the main body and the other side portion is connected to the connector part so as to prevent the water from flowing into a passage of air to be discharged through the connector part and the opening/closing part.

The present disclosure provides a container sealing plug, which includes a plug body and a first flexible member connected. The plug body configured to seal a receiving opening of a container body. The first flexible member connected to the plug body and having a first sleeving opening formed thereon, the first sleeving opening being configured to connect to the container body. A user can place food, liquid or other objects into the container body through the receiving opening of the container body, and then seal the receiving opening of the container body with the plug body, whereby air or water is effectively prevented from entering or leaking out the container body through the receiving opening of the container body and thus the long-term storage and freshness preservation of the content is guaranteed.