An extendable electronic device holder includes a telescoping rod portion having a handle at a first end and a head portion capable of holding a portable electronic device attached to a second end with an attachment feature. Located on the head portion is a hair brush feature.

The present invention relates to a novel cleaning brush device. The device is a handheld brush device for cleaning crevices, between vehicle seats, floor surfaces and other tight spaces. The cleaning brush device comprises a handle component with two brush components, wherein one brush component is secured to opposite ends of the handle component. The brush components can be flexible with durable bristles for cleaning different tight and/or small areas. Thus, the cleaning brush device effectively removes bacteria, dust, dirt, debris, mold, mildew, etc.

The powered scrubbing device with telescoping handle includes a handheld, battery-powered scrubbing device having a telescoping handle. The battery powers a motor that drives a reciprocator, which provides linear reciprocating motion to an attached sponge or brush. The reciprocating speed may be controlled by a user through a button on a body of the device. A scrubbing pad may be removably attachable so it can be replaced when worn out or when a user requires a scrubbing pad having different scrubbing characteristics. The telescoping handle may be extended for accessing hard to reach places with the scrubbing device.

The powered scrubbing device with telescoping handle accessory includes a handheld, battery-powered scrubbing device and an attachable, telescoping handle. The battery powers a motor that drives a reciprocator, which provides linear reciprocating motion to an attached sponge or brush. The reciprocating speed may be controlled by a user through a button on a body of the device. A scrubbing pad may be removably attachable so it can be replaced when worn out or when a user requires a scrubbing pad having different scrubbing characteristics. The telescoping handle may be attached for accessing hard to reach places with the scrubbing device.

Foldable drinking straws, cleaning elements, and related storage cases are disclosed. In accordance with a first example, a system for drinking liquids includes a storage case, a reusable drinking straw, and a cleaning element. The storage case has a lid and a base defining an internal cavity that includes a straw storing area and a cleaning element storing area. The reusable drinking straw includes a flexible tube having a passageway, a proximal end, and a distal end. The reusable drinking straw is configured to move from a folded configuration to an extended configuration based on an elasticity of the flexible tube. The cleaning element includes a brush and being disposable within the cleaning element storing area and adapted to clean the passageway of the flexible tube.

The invention relates to an applicator for a cosmetic product including a first part and a second part that extend along a longitudinal direction of extension from a proximal end towards a free distal end of the applicator, the first part and the second part being configured to form parts for applying the cosmetic product, one of the parts is mounted mobile in for translational with respect to the other of the parts, from at least a first retracted position, to a second deployed position, the first and second parts are configured to form together a variable volume reservoir, intended to contain the cosmetic product and that has a first volume when the parts occupy the first retracted position and a second volume when the parts occupy the second deployed position.

The present invention relates to a broom, and in particular to a multifunctional broom with a rotatable head. According to the present invention, an brush head and a rake tooth are provided on a broom head. The rake tooth can be used for cleaning of regions such as outdoor grounds and lawns, and the brush head can be used for indoor cleaning. Moreover, the rake tooth can be extended out of or retracted into the broom head through the first telescopic mechanism. The broom of the present invention is very simple and convenient to use and provides more thorough cleaning. The first telescopic mechanism enables automatic telescoping depending on various conditions of ground, thereby providing more thorough cleaning and being more convenient and efficient (FIG. 1).

A washing brush to wash a container having a long length. The washing brush includes a handle part, a shaft part connected to the handle part, a sliding part configured to slide along the shaft part, a strip part coupled to the lower end part of the shaft part and lower part of the sliding part, a brush part attached to the outside of the strip part; and a position adjusting part configured to adjust a relative position of the shaft part. The sliding part is pressed to spread the strip part and the spread can be varied by the position adjusting part by adjusting the relative position of the sliding part with respect to the shaft part. A washing brush is provided that can simply and quickly wash a cylindrical container by allowing a washing part to be spread according to the shape of a container.

A tool for cleaning a structure is provided. The tool includes an extension pole having a length, the extension pole including three or more cylindrical segments having different respective diameters, the segments being arranged in a telescoping configuration to permit the length of the extension pole to be adjusted to a desired length; locking nuts structured to releasably lock adjacent ones of the segments to one another; a grip provided on a most proximal one of the segments; and an attachment member provided on a most distal one of the segments, the attachment member being structured to removably attach at least one cleaning accessory.

An adjustable bowel treatment arm (110) features a telescoping shaft (112) having a proximal end and a distal end. A handle (118) is secured to the distal end of the telescoping shaft, while a pivot junction (122) positioned at the proximal end of the telescoping shaft. A stem has a proximal end and a distal end, where the distal end of the stem is attached to the pivot junction. A head (124) is attached to the proximal end of the stem.