The invention relates to a device for combing and conditioning artificial turf, which comprises a handle (1), a pole (2), a head (3) which houses an electric motor (4), and a pair of brushes (5) driven by the electric motor (4), the brushes (5) being configured for combing and conditioning the artificial turf, and such that the brushes (5) have a helical shape. The device comprises a transmission that comprises a motor output shaft (9) that is associated with a transmission belt (10), which transmits the rotation to a toothed wheel (11), the wheel (11) transmits the rotation to a transmission shaft (12) which ends in a worm screw (13) that transmits the rotation to a transverse shaft (14) via a toothed wheel (15) attached to the transverse shaft (14) that houses the pair of brushes (5).

Example aspects of a cosmetics brush cleaning device and a method of using a cosmetics brush cleaning device are disclosed. The cosmetics brush cleaning device can comprise a cleaning pad defining a front pad surface and a back pad surface opposite the front pad surface; and a plurality of nubs extending from the front pad surface, the nubs comprising a plurality of small nubs each defining a first width and a plurality of large nubs each defining a second width that is greater than the first width, wherein the small nubs are oriented in a small nub grouping and the large nubs are oriented in a large nub grouping spaced from the small nub grouping.

An application element and an applicator comprising pluralities of said application elements on a molded support is provided for applying a product such as a cosmetic, a medicinal or a care product. At least one application element of the applicator includes a base portion and at least one thin projection. The thin projection includes at least one surface and wherein the at least one outer surface flushes with at least a portion of an outer surface of the base portion.

The invention is directed to an improved pan cleaning machine that has a cleaning section that comprises a plurality of frames for mounting a sequence of interchangeable modular cleaning mechanisms. It can include quick-release mounting arrangements so that cleaning mechanisms can be quickly changed for cleaning different types of pans or to replace brushes or other wearing parts of cleaning mechanisms when they require replacement. In some embodiments, the frames for mounting the cleaning mechanisms can comprise swing arms so that the cleaning mechanisms can be swung away from the cleaning position so that the cleaning mechanism can be removed and replaced without interrupting the operation of the machine. If the machine is stopped, the swing arm can still be used to facilitate access to the cleaning mechanism to reduce the time needed to complete the maintenance or replacement. This also allows the position of the cleaning mechanism in relation to the baking pans to be adjustable during the cleaning process which can permit increased application of brushing forces or prevent overloading and also permits easy jam removal. In addition, the swing arm makes the pan cleaning machine more adaptable for cleaning pans with different depths and customizable. A method of operation and control, including pre-programmed cleaning cycles and various control paradigms is also provided.

A cleaning brush is provided. A cleaning unit comprises cleaning beans fixed on a surface of the carrier in a bi-spiral arrangement. The cleaning beans are arranged in an unequally-spaced manner on center of the carrier along a baseline; and, thus, bi-spirals are formed on the center and coiled in two different outward directions. Two annular spiral curve paths are formed with the cleaning beans as coiling the carrier and extending along the two directions. When the carrier cleans an electronic device, a solution or cleaning agent is discharged along the curve paths in spiral tangential directions. Hence, the bi-spiral cleaning unit obtains positive and negative directions on rotating to create a plurality of flow fields. Dirt is discharged easily with water distribution enhanced as compared to unidirectional spiral cleaning devices while a large contact surface, a good cleaning efficiency, and a high decontamination ratio are achieved.

A scrubbing device is disclosed, and includes a body and a driving shaft, wherein the body is provided with a sealing mechanism configured to seal a connection portion between the driving shaft and the body. The sealing mechanism includes a sealing member sleeved on the driving shaft. The sealing member has an end that is attached, sealed, and connected to a sidewall of the body. The driving shaft is sleeved with a first sealing ring made of a rigid material and a second sealing ring made of a soft material. The first sealing ring and the second sealing ring are both in contact with an inner wall of the sealing member.

Provided is a disclosure for a brush for cleaning a surface, where the brush comprises a center core and cleaning material around the center core. Modules are found on the cleaning material, where nodule density on the cleaning material varies. Accordingly, a first nodule density of a first region of the cleaning material is different than a second nodule density of a second region of the cleaning material

An illustrated view of an exemplary RV cleaning device for cleaning an exterior of a recreational vehicle (RV) is presented. The RV cleaning device is useful for removing unwanted material from a top of RV slide outs, such as dirt, leaves, water and snow. The RV cleaning device has a handle which is extendable, a pole coupled to the handle, and a interchangeable head that can be used to clean the dirt, leaves, limbs, snow and water from the top of a slide of an RV easily and efficiently and not jeopardizing the safety of a user.

An apparatus for cleaning earphones that includes a brush element, a positioning element, and a motive element. A brush element selectively contacts and removes debris from an earphone, and a positioning element supports the earphone in a desired position relative to the brush element. A motive element is configured to move the brush element relative to the earphone. A corresponding system and method are also disclosed and claimed herein.

A hand tool assembly includes a handle having a connection portion formed on one end thereof by way of blow molding, and the connection portion includes a recess defined therein which includes a first inner bottom. At least one hole is defined through the first inner bottom of the recess. A head has the top thereof accommodated in the recess and includes at least one rod which is engaged with the at least one hole. At least one function part is connected to the underside of the head and protrudes beyond the recess. A board is connected between the head and the first inner bottom of the recess such that the head is replaceable.