Provided is a powder discharging container. The powder discharging container includes a container main body in which powder is stored, a button part which is disposed at an upper side of the container main body to be pressed by a user and which has a discharge hole formed at one side, a stem which is configured to ascend or descend according to whether the button part is pressed and which has a movement hole formed inside an upper portion to communicate with the discharge hole, a path forming part which is disposed inside the stem, communicates with the inside of the container main body, and has a powder movement path in which the powder moves and an air movement path in which air moves formed therein, and a compression chamber part which is coupled to lower portions of the stem and the path forming part, has a chamber formed therein to store air, and is configured to, as the button part is pressed, inject the air inside the chamber into the movement hole through the air movement path, wherein, as the air is injected from the chamber into the movement hole due to the button part being pressed, the powder inside the container main body moves through the powder movement path and the movement hole and is discharged to the outside through the discharge hole.

A trigger sprayer is made from a single grade of polymer capable of being reused as post consumer resin. The design allows for upright and inverted actuation. A pre-compression diaphragm ensures that dispensing stroke delivers a complete and uniform amount of fluid.

Bottles and atomizer configurations provide dispensers capable of atomizing a fluid or liquid contained in the bottle, wherein the bottles may include shapes and features to facilitate evacuation of the bottles and the atomizers provide improved features for storing and dispersing product from the bottles.

A spray gun cleaning assembly includes an aerosol can and a connecting assembly connecting the aerosol can to a spray gun for cleaning the spray gun. The connector assembly includes a first threaded connector threadedly coupled to the aerosol can; and a second threaded connector threadedly connected to the spray gun. An elongated tube is connected at opposite ends to the first and second threaded connectors. A shut-off valve assembly is operatively coupled to the elongated tube for opening and closing the connecting assembly for providing pressurized air or cleaning fluid to the spray gun.

A dispensing closure for a squeeze-type container produces a fan-type spray in a low pressure environment. The dispensing closure includes a closure body having an upper deck and a skirt depending from the upper deck. The skirt is configured and arranged to attach to a product container, such as a squeeze-type container. A flow conduit extends from an interior of the closure body and through the upper deck to provide a flow path from an interior of the closure to an exterior of the closure. The flow conduit has an entrance orifice and an exit orifice. The flow conduit has an inner wall extending between the entrance orifice and the exit orifice. The flow conduit and the closure body are integrally formed. The flow conduit includes a tip portion with an exit orifice defining a shape to provide a fan-type spray in a low pressure environment.

The present invention relates to a powder dispensing container. When a button is pressed, a piston formed in close contact with the inner wall of an external housing is lowered so that air in the external housing is moved to an inner housing and discharges powder flowing into the internal housing, thus it is possible to always dispense the powder consistently regardless of the amount of the powder stored in a container body.

Provided is a powder discharging container. The powder discharging container includes a container main body in which powder is stored, a button part which is disposed at an upper side of the container main body to be pressed by a user and which has a discharge hole formed at one side, a stem which is configured to ascend or descend according to whether the button part is pressed and which has a movement hole formed inside an upper portion to communicate with the discharge hole, a path forming part which is disposed inside the stem, communicates with the inside of the container main body, and has a powder movement path in which the powder moves and an air movement path in which air moves formed therein, and a compression chamber part which is coupled to lower portions of the stem and the path forming part, has a chamber formed therein to store air, and is configured to, as the button part is pressed, inject the air inside the chamber into the movement hole through the air movement path, wherein, as the air is injected from the chamber into the movement hole due to the button part being pressed, the powder inside the container main body moves through the powder movement path and the movement hole and is discharged to the outside through the discharge hole.

The invention relates to a dispensing device (2) for dispensing a fluid. The dispensing device (2) comprises a pump device (4) for conveying the fluid from a container (3). The pump device (4) can be actuated preferably by means of an actuating lever (21) of the dispensing device (2) and/or is formed by a flexible bellows (5). Furthermore, a dispenser (1) for dispensing a fluid with a container (3) and a dispensing device (2) is disclosed.

The present invention relates to a powder dispensing container. When a button is pressed, a piston formed in close contact with the inner wall of an external housing is lowered so that air in the external housing is moved to an inner housing and discharges powder flowing into the internal housing, thus it is possible to always dispense the powder consistently regardless of the amount of the powder stored in a container body.

A nozzled cartridge (20) for storing medicine, according to an aspect of the present application, includes a medicine container (21) that is to be filled with a predetermined quantity of a powdered medicine, a nozzle portion (22) that is formed on the medicine container (21) and that ejects the powdered medicine, a closing member (24) that closes an opening (22a) in the nozzle portion (22), and a valve member (25) that functions as a plug to close another opening (23a) in the medicine container (21), and that is opened when administering medicine. The nozzled cartridge (20) is detachably mountable to a sprayer (30) when administering medicine.