A method is provided for the re-filling with product of a travel dispenser (10) which has two assemblies (12, 14) which are connected together mechanically for dispensing the product. A first assembly (12) includes a bottle (10) of the product, a venting passage which is able to be opened to connect the interior and the exterior of the bottle and a pump (22) mounted on the bottle which is able to assume an upper rest position in which the passage is closed and a lower position in which the passage is open. A second assembly (14) includes a product dispensing device (16). The method includes blocking of the pump (22) in the lower position, and disengagement of the two assemblies (12, 14) from one another in order to allow the bottle (10) to be re-filled with product through the open venting passage of the first assembly (12) in re-fill mode.

A soap dispenser including a rigid cartridge, an inverted dispensing pump, a collar carrying a lever for actuating the pump, and a venting system for equalizing air pressure in the rigid cartridge. The rigid cartridge and collar cooperate to removably attach the soap dispenser to a wall-mounted bracket, in which at least the rigid cartridge is disposable being made of recyclable and/or biodegradable material.

A fluid dispenser head having a single-piece head body (1) forming an axial inlet well (12) suitable for connecting to a dispenser member (D), such as a pump or a valve; and a transverse feed duct (13) that extends from the axial inlet well (12). The dispenser head also has a dispenser orifice (21) in fluid communication with the transverse feed duct (13). A filter (F) is situated in the axial inlet well (12) and/or in the transverse feed duct (13).

Provided is an orifice and a spray container including the same. The orifice, which is provided at an outlet of the spray container, includes: an inflow part formed in a hollow cylindrical shape into which a nozzle is inserted and configured to receive contents flowing in through a circumference of the nozzle; a ring part recessed to a predetermined depth in a discharge direction from a circumference of a front surface of the inflow part; a discharge path provided at a center of the ring part and having a cross-sectional area decreasing in a direction toward a front; a wing part extending from the ring part toward the discharge path; and a discharge port provided at a front end of the discharge path.

A spray pump is disclosed. A spray pump according to an aspect of the present invention comprises: a housing having an inflow space, the housing being coupled to a container entrance; a housing cover coupled to the upper end of the housing; a disk for opening or closing the housing according to the pressure in the inflow space; a valve movably inserted into the housing cover, the valve comprising a valve head and a valve body communicating with the valve head; a guide having a part inserted into the valve body and the remainder positioned on the outside of the valve body, the guide having a guide passage corresponding to a channel through which content is discharged; a valve spring for providing an elastic force that pressurizes the valve upwards; a piston movably inserted into the outer peripheral surface of the guide so as to open or close the guide passage by means of upward/downward movements of the valve; a nozzle coupled to the valve head and having an insert insertion portion; and an insert inserted into the insert insertion portion and having an orifice. The valve head has a valve passage communicating with the guide passage. The valve passage has a valve helical groove formed on the inner peripheral surface thereof.

A spray pump is disclosed. A spray pump according to one aspect of the present invention comprises: a housing which has an inflow space and which is coupled to a container inlet; a housing cover coupled to the upper end portion of the housing; a disc for opening or closing the housing according to the pressure of the inflow space; a valve which is movably inserted into the housing cover and which has a valve head and a valve body communicating with the valve head; a guide having a portion inserted into the valve body and the remaining portion positioned outside the valve body, and having a guide passage corresponding to a flow path through which contents are discharged; a valve spring for providing elastic force for upwardly pressing the valve; a piston which is movably inserted into the outer peripheral surface of the guide, and which opens or closes the guide passage by means of the vertical movement of the valve; a nozzle which is coupled to the valve head and which has an insert protrusion; and an insert which is inserted into the circumference of the insert protrusion and which has an orifice, wherein a spiral nozzle helix groove is formed on the outer peripheral surface of the insert protrusion.

A dispenser includes a depressible thermal tip and a housing having a reservoir for containing a product, such as a cosmetic product or a medicinal product. The depressible thermal tip comprises a thermal applicator displaceable between open and closed positions. The thermal applicator may be depressibly coupled in a collar fixed to the housing, or the thermal applicator may be depressibly coupled in a button depressibly coupled in a collar fixed to the housing.

The present invention provides a compact container including a pump having a short stroke distance, which includes a container body 10 formed at one side thereof with a button 11 and a container lid 20 hinge coupled to one side of the container body 10, the compact container including; an inner container 30 formed therein with a content receiving space 31; a pump support plate 40 coupled to a top of the inner container 30 to seal the inner container 30 and provided at a center thereof with a cylinder 51; and a pump 50 installed on a center top part of the pump support plate 40 to pump a content and having a stroke distance of 1.5 mm to 2.5 mm, in which a ratio between the stroke distance and an inner diameter of the cylinder 51 is 1:5 to 1:13.

Provided is a device for spraying liquid cosmetic mist, the device including: a body, a cylinder, a valve member, a first piston, and a second piston. Accordingly, it is possible to prevent liquid leakage in the process of guiding atomization spraying of liquid cosmetics while excluding the addition of external air based on a hand-operated simple configuration with a light weight and a slim structure, thereby improving quality and convenience.

The content exhaust pump is provided which includes a pump body fastened to a container, a cylinder as a cylindrical member having opened upper and lower portions of which an outer flange is screw-coupled to an inner circumferential surface of the pump body, and a elevating device which ascends and descends on the inner circumferential surface of the cylinder by a pushing operation of a push button, in which in a lower cylinder having an inner diameter smaller than that of the cylinder at the lower portion of the cylinder, a cylindrical fixing member having a projection formed on the upper outer circumferential surface, and a dome-shaped valve suspended and fixed to the projection of the cylindrical fixing member is provided, and the dome-shaped valve is a dome-shaped flexible member of which the lower portion is opened and the upper portion is convexly projected thereof.