A compact hot air gun comprising a body, an air blowing pump, an air outlet tube, and a heating coil. The air blowing pump is disposed in the body. The air outlet tube has an end connected to the air blowing pump and another end extending beyond the body. The heating coil is disposed in the another end of the air outlet tube opposite to the air blowing pump. The compact hot air gun can generate an ignition effect by using hot air through the above structure.

A dispenser system for dispensing a fluid product comprises: an elongated container containing the fluid product to be dispensed, a pump assembly coupled with the elongate container from the distal end, a piston which is slidably positioned in the container at the closed proximal end and contacting with the fluid product, and a standing cap. The standing cap has an opening for engaging the pump assembly, and has a supporting structure opposite to the opening, wherein the supporting structure comprises one or more supporting sections that define a supporting plane, wherein the dispenser system, when in a main standing position, stands upon the supporting structure of the standing cap, with the closed proximal end of the elongated container is on the topmost. Further the supporting structure of the standing cap has a projected area on the supporting plane which is larger than the largest cross-sectional area of the elongated container.

A pump dispenser for providing and withdrawing liquids including a bottle (1), having a bottle opening (3) for storing and providing the liquid, and a pump lid (2) on and/or in the bottle opening for metered withdrawal of the liquid. The pump lid has a metering pump (4) with a manually operated actuation element, and further includes a lid (6) for closing the bottle and an output device (7). The bottle has a replenishment opening (9) provided in addition to the bottle opening. A replenishment system includes a pump dispenser (33) per usage location (30) and a transportable storage tank (19) for liquids for replenishing the pump dispensers. A filling apparatus (13) withdraws the liquid from the storage tank (19) and introduces the liquid into the pump dispensers (33), the filling apparatus (13) being provided with a filling nozzle (14) or spike for the replenishment openings (9) of the bottles.

A hand-held operation cleaning, sterilization and disinfection atomizing diffuser, provided that the user conveniently holds a handle of the diffuser to operate a control unit to provide power to an air extraction device and a pumping control device to pump the cleaning, sterilizing, disinfecting or/and deodorizing liquid out of a liquid storage tank to expel via a water jet, and the gas extracted from the air extraction forms a jet stream through an air jet, and the liquid sprayed by the water jet is broken by the jet stream of the air jet at a high speed into fine droplets and atomized to clean, sterilize, disinfect or deodorize towards a target.

A pump bottle includes a pumping mechanism at a top of the bottle, a neck, a stabilizing vertical sidewall extending from the neck, a collector joined to the stabilizing vertical sidewall, forming an intersection, where the collector is sloped from the intersection, converging to a nadir centered beneath the neck, and the stabilizing vertical sidewall supporting the bottle when in an upright position and forming an open recess underneath the collector.

A handheld comminutor—spray bottle assembly includes a bottle; a comminutor; and a sprayer assembly. The bottle has an externally threaded mouth. The comminutor includes a comminutor body, with an internally threaded rim, housing a power source and an electrically connected motor. Blades connected to the motor by a shaft extend from the comminutor body. The sprayer assembly includes a spray head attached to a spray bottle cap, a siphon straw and an elongated filter housing connected with a spray head inlet, with a filter on the housing. A filter housing cap secures the filter to the housing. The spray bottle cap has an internally threaded rim and a seal ring. The comminutor rim and the spray bottle cap rim alternately connect with the mouth of the bottle. The motor rotates the shaft and the blades. Biomatter and liquid comminuted in the bottle are dispensed using the spray head.

A shrink label includes a first end surface, a second end surface, and a puncture extending along a portion of the shrink label between the first and second end surfaces such that the puncture is spaced a first distance away from the first end surface and the puncture is spaced a second distance away from the second end surface. The puncture is expandable to form an opening when the shrink label shrinks from an open state to a shrunk state.

Disclosed are self-sealing actuators and pumps for distributing fluids such as personal care products. The actuator can include a nozzle having an outlet that is opens and closes via movement of a plug. A limit rod is configured to engage with the plug and upon actuation the assembly opens a passage for the fluid to flow through an inner channel of the limit rod and to the outlet. Upon de-actuation, the assembly closes the passage sealing the fluid within a closed environment to prevent degradation and caking. Actuators and pumps as described protect the performance of active ingredients within the fluid and prevent the nozzle and outlet from blocking with dried or caked fluid.

A fluid dispenser head (T) including a spray wall (26) that is perforated with a network of holes (O) through which the fluid under pressure passes so as to be sprayed in small droplets; the dispenser head being characterized in that the network of holes (O) comprises at least two series of holes (O), with the holes (O) of a given series presenting holes that are substantially identical in size, and with the holes (O) of different series presenting holes that are different in size, such that one series of holes (O) generates a spray of small droplets with droplet sizes that define a first Gaussian distribution, while another series of holes (O) generates a spray of small droplets with droplet sizes that define a second Gaussian distribution that is offset relative to the first Gaussian distribution, thus producing a complex spray having at least two distinct Gaussian distributions.

To allow application to a structure in which atmospheric air enters a container and to prevent leakage of cosmetics and allow smooth discharge of the cosmetics, there is provided a cosmetic container including a container main body in which contents are accommodated, a pumping apparatus coupled to an opening at an upper end of the container main body and configured to discharge the contents accommodated in the container main body through a pumping action caused by the inherent elasticity of the pumping apparatus a discharge head which is connected to the pumping apparatus to apply a discharge pressure to the pumping apparatus and has an outlet provided at a front end to communicate with the pumping apparatus and allow the contents to exit, and an inflow tube which is connected to the pumping apparatus and extends to an inner bottom of the container main body to allow the contents to enter.