Abstract: Disclosed is a cold brew coffee maker and related methods of making cold brew coffee. The cold brew coffee maker can include a rotation plate assembly, a removable cup, a brew chamber and a filtration assembly. The rotation plate assembly can include an internal magnetic component for generating rotational movement of a selectively attachable component of the cup. The removable cup can include a detachable impeller and removable plate. In other embodiments, the impeller may be non-removably affixed to the cup. The impeller can engage with the rotation plate assembly by a magnetic connection. In the “on” mode, the impeller engages with the rotational plate assembly and internal magnetic component, allowing for rotational movement of the impeller. In the “off” mode, the impeller and magnetic component are freely moveable and able to disengage, allowing for easy separation of all assembly components for cleaning or replacement.

Abstract: Disclosed is a cold brew coffee maker and related methods of making cold brew coffee. The cold brew coffee maker can include a rotation assembly, a brew chamber, and a strainer/stirrer assembly. The strainer/stirrer assembly is adapted to be insertable into the brew chamber. The strainer/stirrer assembly having a first and second impeller that are located at a bottom portion of the strainer/stirrer assembly, the first impeller being located externally to the strainer/stirrer assembly and the second impeller located within a chamber formed by the strainer/stirrer assembly. The brew chamber portion of the cold brew coffee maker being filled partially with water, the strainer/stirrer assembly placed into the brew chamber and the brew chamber placed atop the rotation assembly.

Abstract: Disclosed is a cold brew coffee maker and related methods of making cold brew coffee. The cold brew coffee maker can include a rotation plate assembly, a removable cup, a brew chamber and a filtration assembly. The rotation plate assembly can include an internal magnetic component for generating rotational movement of a selectively attachable component of the cup. The removable cup can include a detachable impeller and removable plate. In other embodiments, the impeller may be non-removably affixed to the cup. The impeller can engage with the rotation plate assembly by a magnetic connection. In the “on” mode, the impeller engages with the rotational plate assembly and internal magnetic component, allowing for rotational movement of the impeller. In the “off” mode, the impeller and magnetic component are freely moveable and able to disengage, allowing for easy separation of all assembly components for cleaning or replacement.

Abstract: A nozzle is provided herein for ophthalmic dispensers which is configured to accommodate microdosing. The nozzle includes a converging pathway. Preferably, the pathway converges so as to impart momentum to liquid passing therethrough through an increase of velocity. A tapered portion may be provided flared openly from the inlet to best accept liquid flow thereinto and provide a funneling effect into the flowpath. Preferably, the flowpath terminates at an outlet which is internally un-radiused and circumscribed by a chamfered surface.

Abstract: A dispenser according to one example includes a container portion, a collar base portion and a lever portion. The container portion includes a sidewall, a bottom surface, a hollow interior and an open top. The open top includes an upwardly extending neck. The collar base portion includes a neck receiving recess defined therein, a flow aperture defined therein, a receiving cavity defined therein, a dispensing edge defined in a forward portion thereof, an upwardly extending first pivot member, and a handle portion extending from a rearward portion thereof. The lever portion includes an elongated body having a top surface, a bottom surface, a dispensing end and an actuating end. The lever portion defines a cutoff edge adjacent the dispensing end, a second pivot member extending downwardly from the lower surface, and a biasing member extending generally downwardly from the bottom surface.

Abstract: The present invention is a device for use in cleaning a fabric surface of dust, dirt, pet hair and other debris present on the surface. The device includes a housing coupled to a base. The base is coupled to at least one movable cleaning member configured to engage a surface for picking up debris from the surface. The debris is deposited into a debris collection chamber by way of interaction with another portion of the device. The debris collection chamber is selectively emptiable by an operator thereof so that the device may be subsequently reused.

Abstract: A flexible cleaning tool for use in wet, damp or dry cleaning is disclosed. The cleaning tool (222), (322) includes a handle (224) defining a fluid reservoir receiving cradle (231) pivotally connected to an elongated flexible support member (226) (326). A cleaning pad (228) (328) encloses the support rod (226) (326).