Discharge container with nozzle cap

Abstract

A discharge container (10) with a nozzle cover, which comprises: a container body (11), which accommodates a liquid inside; and a nozzle cover (12), which is installed on the mouth and neck (11a) of the container body (11) and It includes a discharge part (13) that discharges the liquid contained in the container main body (11) by pressurized delivery, wherein the nozzle cover (12) includes: a vertical discharge flow path (16) that will discharge from the container main body ( 11) The supplied internal liquid is sent upward; and the front end side discharge channel (17) communicates with the vertical discharge channel (16) and the discharge part (13). A nozzle cover (12) includes a main body part (12a) and a cover part (12b), and the main body part (12a) has a longitudinal discharge flow path (16) inside. The cover member (12b) forms the upper member (20a) including the area directly above the vertical discharge flow path (16), and the front end side discharge flow path (17) has a structure formed by the main body member (12a) and the cover member (12b). flow path.

Description

technical field [0001] The present invention relates to a discharge container with a nozzle cap, and more particularly to a discharge container with a nozzle cap comprising a container body for containing liquid and a nozzle cap mounted on the mouth and neck of the container body and having a discharge nozzle. Background technique [0002] As a container with a nozzle cover including a container body for containing a liquid inside and a nozzle cap having a discharge nozzle portion, for example, a squeeze foam container or a squeeze-type double-layer detachment container, the container is opened by holding and pressing the container body. The interior of the main body is pressurized, thereby sending the contained liquid to the discharge nozzle, and the contained liquid is discharged from the discharge port at the front end in the form of bubbles, spray or liquid. [0003] In a discharge container with a nozzle cap that sends out the contents liquid to the discharge nozzle por...

AI Technical Summary

Problems solved by technology

[0003] In a discharge container with a nozzle cap that sends out the contents liquid to the discharge nozzle portion by pressurizing the inside of the container body, and discharges the contents liquid, it is necessary to arrange the longitudinal flow path inside the mouth and neck of the container body. For example, a valve mechanism and a porous member are installed on the outside or inside, wherein the valve mechanism is used to open and close the outside air suction port for sucking outside air into the inside of the container main body as the inside becomes negative pressure when the pressure on the container main body is released. The porous member is used to foam the contained liquid and air while mixing, so the structure or assembly steps of the nozzle cap become complicated, and the height of the nozzle cap protruding from the mouth and neck of the container body becomes high (for example, refer to Patent Document 1, Patent Document 1, and Document 2)

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