The present disclosure discloses an intelligent hand cleaner, including a mounting seat, a container, and a pressing pump; the pressing pump has a liquid storage cavity and a pressing head; the mounting seat is provided with a first liquid outlet hole; the pressing head is provided with a second liquid outlet hole; a Printed Circuit Board (PCB), a driving assembly, a battery, and a sensor are also arranged in the mounting cavity; a connector is arranged on the container; a connecting port is arranged on the mounting seat; a first positioning clamping slot is formed in the connecting port; and the connector is provided with a first positioning clamping bulge matched with the first positioning clamping slot.

The neck-worn hand sanitizer dispenser comprises a sanitizer vessel, a dispensing mechanism, and a neck strap. The neck-worn hand sanitizer dispenser may be adapted to be worn around a neck of a user via the neck strap such that the sanitizer vessel hangs in front of a chest of the user. The neck-worn hand sanitizer dispenser may be adapted to dispense a sanitizer liquid onto a hand of the user when the user triggers the dispensing mechanism by placing the hand beneath the sanitizer vessel. The dispensing mechanism may be disabled via a lock control to prevent dispensing the sanitizer liquid accidently.

A cordless benchtop dispenser for dispensing cleaning liquids includes a container, a housing, and a coupler body structured to effectively provide a single-use container, mitigating possible contamination or hygiene risks associated with users refilling the container as well as operation risks associated with users refilling the container with incompatible liquids or chemicals. In some embodiments, a benchtop dispenser is provided wherein pressing the coupler body onto a neck of the container causes the coupler body to be permanently fixed to the neck. In some embodiments, a benchtop dispenser includes a photoelectric sensor that triggers the controller to operate the motor for a predetermined period, and subsequently triggers the controller to start a timer and actuate the indicator based on elapsed times measured by the timer.

An exemplary foam-at-a-distance soap or sanitizer dispenser includes a housing, a container for holding a foamable liquid, and a pump in fluid communication with the container. The pump has a pump chamber air inlet, a pump chamber air inlet valve, a pump chamber air outlet, a pump chamber air outlet valve, a pump chamber liquid inlet, a liquid chamber liquid inlet valve, a pump chamber liquid outlet, and a pump chamber liquid outlet valve. The exemplary dispenser further includes an air conduit extending from the pump chamber air outlet to a remote mixing chamber and a liquid conduit extending from the pump chamber liquid outlet to the remote mixing chamber. The remote mixing chamber is located at a distance from the pump chamber air outlet valve and the pump chamber liquid outlet valve and that distance is greater than about 3 inches. A one-way liquid check valve is located proximate the mixing chamber, one or more mix media located downstream of the mixing chamber and an outlet nozzle located proximate the mixing chamber.

An exemplary dispensing system includes a dispenser, an actuator, a sensor, and a controller. The dispenser includes a container for holding liquid, a liquid pump, an air pump, an outlet nozzle, and a foaming media. The actuator causes the dispenser to dispense liquid or foam. The sensor generates an input signal indicative of a status of the container. The controller receives the input signal, generates at least one output signal, and prevents the dispenser from dispensing liquid or foam if a breach is detected in the container.

A dispenser with a replaceable cartridge containing a product to be dispensed, and a housing configured to removably receive the cartridge. The cartridge has a surface that is marked with a first marking, and the housing has a surface that is marked with a second marking. The housing is configured so that, when the cartridge is received by the housing, the first marking and the second marking together form a machine readable code that is detectable from outside of the housing.

An inductive soap dispenser includes a soap dispenser body, a liquid soap tank and a base. An inductive circuit board, a self-priming pump and a battery are provided inside the soap dispenser body. The inductive circuit board is configured to control the self-priming pump to siphon liquid soap from the liquid soap tank, and the battery is configured to supply working power to the self-priming pump. The base is a suction device. The top of the suction device is fixedly connected to the liquid soap tank, and the bottom of the suction device is absorbed onto an object surface. The improved inductive soap dispenser is easy to move, stable in fixation, and aesthetically pleasing in appearance, which is broadly applied to shopping malls, hospitals, schools, office buildings, hotels and other public places.

A dispenser of liquid products for sanitization, such as bactericides, germicides, disinfectants, alcohol gel, moisturizers, among others, featuring innovative construction characteristics which distribute the product onto the user's hands or onto surfaces of various objects, via spraying in micro droplets, enabling a uniform distribution, suitable to be installed in public environments such as restrooms, restaurants, malls, offices and commercial facilities.

The present disclosure relates to an insert module which is configured to be removably positioned in a dispenser for liquid, wherein the dispense comprises a dispensing mechanism which causes liquid to be discharged, and wherein the dispenser is suited for comprising a replaceable liquid container for said liquid. The insert module is configured for accommodating said liquid container.

The present disclosure relates to a dispenser system comprising a dispenser and a replaceable liquid container, and a dispensing mechanism causing fluid to be discharged from the liquid container upon actuation and comprising a pump unit for discharging said liquid; said dispenser also comprising a detection unit for detecting displacement of said pump unit; and wherein information related to said displacement can be transmitted to an external computer unit. The pump unit is configured with a displaceable element which, upon actuation, has a linear motion during discharging of liquid, that the displaceable element interacts with a rotating gear element, and that the gear element is associated with a sensor of the magnetometer type.