A system and method for a vessel or container with an exfoliating applicator attached to the vessel that provides a durable, practical, and customizable experience by including an exfoliating brush that screws or attaches to the vessel whereby liquid is squeezed or pushed through the main body of the exfoliating brush. During operation, the user holds the exfoliating brush while it is attached to the vessel and then the user rubs the produced shaving cream or liquid on their face or head thus spreading shaving cream or liquid while the bristles/spikes of the exfoliating brush exfoliate skin.

A one-way valve adapted to be provided in a pressable container from which material is ejected wherein the valve includes: two adjacent tongues extending from a circumference of the pressable container, wherein the two adjacent tongues have two states: a first state wherein the tongues are not folded on a fold line, thereby the material passes between the tongues; and a second state wherein the tongues are folded on the fold line and prevent passage of material through them; and an opening, for ejecting the material therethrough at the first state, wherein the opening is disposed above the fold line at the first state, and below the fold line at the second state.

A dispensing applicator including a unitary body having a fluid source region, a fracture control region, and a substantially rigid tongue element, the tongue element extending outwardly from the fracture control region, the unitary body having a proximal end and a distal end, an opening being formed at the proximal end of the unitary body; an applicator head coupled to the distal end of the unitary body; a frangible region defined as a region at the juncture of the fracture member region and the tongue element, wherein fracture of the frangible region allows fluid release from said fracture member region to the applicator head; a capping assembly coupled to the proximal end of the unitary body, the capping assembly comprising an end cap configured to be releasably secured to a proximal portion of the unitary body; and an annular flange including an opening extending therethrough and being secured within the opening at the proximal end of the unitary body.

A dispensing applicator including a unitary body having a fluid source region, a fracture control region, and a substantially rigid tongue element, the tongue element extending outwardly from the fracture control region, the unitary body having a proximal end and a distal end, an opening being formed at the proximal end of the unitary body; an applicator head coupled to the distal end of the unitary body; a frangible region defined as a region at the juncture of the fracture member region and the tongue element, wherein fracture of the frangible region allows fluid release from said fracture member region to the applicator head; a capping assembly coupled to the proximal end of the unitary body, the capping assembly comprising an end cap configured to be releasably secured to a proximal portion of the unitary body; and an annular flange including an opening extending therethrough and being secured within the opening at the proximal end of the unitary body.

The invention relates to the field of manual applicators, and in particular a manual applicator for applying a material on a substrate such as a sheet of paper. The manual applicator comprises a housing, an applicator endpiece projecting beyond a front opening of the housing, and a C-shaped handle. In a first section plane and in at least one section plane different from the first section plane and not parallel with the first section plane, the housing presents the same external outline adapted to be pressed into an internal outline of the handle, thereby enabling the handle to be fastened in a first orientation and alternatively in at least one second orientation different from the first orientation, the handle being oriented in the first section plane in the first orientation and in the second section plane in the second orientation. The first and second section planes are substantially in alignment with a longitudinal axis of the housing.

The invention relates to the field of manual applicators, and in particular a manual applicator for applying a material on a substrate such as a sheet of paper. The manual applicator comprises a housing, an applicator endpiece projecting beyond a front opening of the housing, and a C-shaped handle. In a first section plane and in at least one section plane different from the first section plane and not parallel with the first section plane, the housing presents the same external outline adapted to be pressed into an internal outline of the handle, thereby enabling the handle to be fastened in a first orientation and alternatively in at least one second orientation different from the first orientation, the handle being oriented in the first section plane in the first orientation and in the second section plane in the second orientation. The first and second section planes are substantially in alignment with a longitudinal axis of the housing.

A single-piece, injection molded, hand-held liquid dispensing applicator. The single-piece applicator comprising a source of fluid and a frangible applicator tip attached to the fluid source. When the frangible applicator tip is broken, the fluid flows from the source to an absorbent member attached to the applicator tip to spread the liquid on a surface. The frangible tip may comprise a support element permanently connected to the fluid source, a relatively rigid tongue element, and a frangible region therebetween. The tongue element may comprise ribs for reinforcement. The frangible tip may comprise a semi-permeable or non-permeable cover to control the speed and direction of the dispersion of the fluid. The dispensing applicator may be used in various medical applications.

A single-piece, injection molded, hand-held liquid dispensing applicator. The single-piece applicator comprising a source of fluid and a frangible applicator tip attached to the fluid source. When the frangible applicator tip is broken, the fluid flows from the source to an absorbent member attached to the applicator tip to spread the liquid on a surface. The frangible tip may comprise a support element permanently connected to the fluid source, a relatively rigid tongue element, and a frangible region therebetween. The tongue element may comprise ribs for reinforcement. The frangible tip may comprise a semi-permeable or non-permeable cover to control the speed and direction of the dispersion of the fluid. The dispensing applicator may be used in various medical applications.

A dispensing applicator may include a container configured to contain a fluid, the container including an inlet end having an opening and an outlet end, the container containing a predetermined volume of fluid; an end cap secured to the inlet end of the container; a gasket placed between the inlet end and the end cap, the gasket being secured to the inlet end and covering the opening; an attachment member received within and secured to the container, the attachment member including a length portion including a frangible section, the frangible section including a tongue element; and a fracture anvil configured to pivotably receive the tongue element, rotationable movement of the fracture anvil relative to the tongue element causing the tongue element to break while remaining attached to the frangible section such that fluid is released from the container.

A dispensing applicator may include a container configured to contain a fluid, the container including an inlet end having an opening and an outlet end, the container containing a predetermined volume of fluid; an end cap secured to the inlet end of the container; a gasket placed between the inlet end and the end cap, the gasket being secured to the inlet end and covering the opening; an attachment member received within and secured to the container, the attachment member including a length portion including a frangible section, the frangible section including a tongue element; and a fracture anvil configured to pivotably receive the tongue element, rotationable movement of the fracture anvil relative to the tongue element causing the tongue element to break while remaining attached to the frangible section such that fluid is released from the container.