The invention relates to a dispensing head for a system for dispensing a product, said head comprising a body which has a well for mounting said head on a tube for the pressurized supply of the product and a recess which is in communication with said well, said recess being provided with an abutment, around which a nozzle is mounted so as to form, at the interface thereof, a path for dispensing the product between said recess and a passage for discharging said product, said head comprising a sheath which is attached around the periphery of the abutment in order to define at least one part of the dispensing path, said sheath being capable of ensuring microbiocidal action on the product contained in said dispensing path.

The present invention is directed to a device and methods for efficient application of liquid treatment substances to oil palm fruit.

A tip for dispensing liquid for mounting on a container. A valve includes at least two elements that are mobile in relation to one another, each mobile element including a bearing zone against the other mobile element. One of the mobile elements bears anti-microbial material on or in the immediate proximity of a part of its bearing zone forming a blocking barrier and all surfaces of the dispensing tip in contact with the inside are free of anti-microbial material.

A wood floor mop assembly includes a liquid reservoir adapted to hold floor cleaning liquid; a liquid spray nozzle assembly in selective fluid communication with floor cleaning liquid in the liquid reservoir; and a heating unit operatively associated with the liquid reservoir and adapted to heat floor cleaning liquid in the liquid reservoir.

A dispensing container that dispenses a liquid contained therein in foam includes: a container body storing therein a liquid; and a base cap mounted to a mouth of the container body. The container body is flexible so that a squeeze operation may be performed on the container body. The base cap is provided, on a top wall, with a nozzle forming a tubular passage communicating with a front end orifice. The nozzle is provided with a foaming mechanism for the liquid at an upstream end portion and with a through-hole in a predetermined position on a circumferential wall of the nozzle that is downstream of the foaming mechanism. The through-hole is provided with a check valve, and the front end orifice communicates with an inside of the container body through the through-hole.

A dispensing system includes a pump mechanism that has a liquid chamber, a liquid piston for delivering fluid to a mixing chamber, and a valve component biased to close the outlet from the liquid chamber. The pump mechanism also has an air chamber, and an air piston for delivering air to the mixing chamber. A bore allows passage of a mixture of the air and the liquid from the mixing chamber to a dispensing tube. A pump actuator moves the air piston and the liquid piston to propel a dose of the mixture of the air and the liquid through the bore and into the dispensing tube and to collapse a draw-back chamber. The draw-back chamber expands to draw the mixture of the air and the liquid from the dispensing tube into the draw-back chamber. The valve component is biased to close the first outlet before the draw-back chamber expands.

Electronic device (1) for counting dispensable doses from a device for dispensing doses of a medicinal, cosmetic or other product, comprising a flexible support substrate (2) to which an electronic control unit (3), a sensor unit (4) operatively connected to the electronic control unit (3), an information signaling unit (5) operatively connected to the electronic control unit (3), an electric power supply unit (6) operatively connected to the electronic control unit (3) are associated. The electronic control unit (3) is configured to detect an event connected to the dispensing of a dose, by the device for dispensing doses with which the device (1) is associated, based on the data provided by the sensor unit (4); performing a sequential count of the doses dispensed by the device for dispensing doses with which the device (1) is associated based on data representative of a user's interaction with the device for dispensing doses received from the sensor unit (4); record the sequential count performed; determine an information representative of the use of the device for dispensing doses based of the value achieved with the sequential count performed; provide the information signaling unit (5) with the determined information representative of the use of the device for dispensing doses.

A cuboidal container for storing a liquid cosmetic substance includes a neck with an opening on an upper face of the container. A dispensing device is secured to the opening. The dispensing device is a pump connected to a dispensing head and a rising line guided in the interior of the container. A cap for the container has a cap upper face with a flat surface and a cap lower face with a first receptacle adapted for placement of the cap on the dispensing device. The cap lower face as a second receptacle designed as a three-sided pyramid designed to receive one of four corner regions on a lower face of the cuboidal container so that the container is held in the second receiving area in a form fitting and rotationally fixed manner in an aesthetically pleasing position when the cap is removed and resting on a flat surface.

A light ring for a flowable medium dispenser includes an annular shape and is coupled to a body of a dispenser.

Apparatus and associated methods relate to a can having a pattern of radial displacement of material of a malleable can end with respect to a longitudinal axis of a malleable can body. In an illustrative example, the can end may sealingly couple to an open end of the longitudinally extending can body by a circumferential seam to form a sealed cavity. A can-opening dispenser may, for example, include at least one radially displaceable element (RDISP) configured such that, when operated into releasable engagement with the radially patterned seam, the dispenser resists rotation relative to the can about the can's longitudinal axis. The RDISP may, for example, be radially deflected by operation of a collar in a first rotational direction (FRD). Continued operation of the collar in the FRD may, for example, operate an opening member to open the can. Various embodiments may advantageously provide self-opening dispensers for recyclable cans.