A machine for cleaning the soles of shoes such as bowling shoes. A rotary brush for cleaning leather shoe soles and an elastomeric roller for cleaning rubber shoe soles are mounted on a hinged platform along with a drive motor and a fan which is used to dry the shoes. The machine is equipped with a solid state circuit which provides an attract sound periodically and a sound which simulates the sound of an electric motor during operation. A power boost arrangement permits operation of the machine at a high speed and provides a sound simulating high speed operation of the motor.
This invention relates to an automatic machine for cleaning and brushing shoes and, in particular, ski boots, after ski boots, boots, etc., which specifically cleans the soles of the shoes too, removing any snow, mud, dirt, sand and the like with specific means, such as brushes and jets of (warm or cold) air and jets of a disinfectant liquid, the dirt, etc. being collected inside a specific container, and which machine may also sanitize the shoes and, in particular, the soles of the shoes.
A machine is provided for cleaning and polishing a bowling ball and for removing dirt and debris from the soles of shoes. The machine includes: a ball cleaning and polishing apparatus adapted for receiving a bowling ball at the top of the machine; a shoe cleaning apparatus in the lower front of the machine for cleaning the soles of shoes of the user while the ball cleaning mechanism cleans the ball; and interrelating controls that regulate the operation of the cleaning apparatus. The controls activate the ball cleaning apparatus when the user has inserted the appropriate coin or coins in the machine and has completely enclosed the ball in the machine's housing. They will activate the shoe cleaning apparatus only when the ball cleaning mechanism is activated and while the user holds a spring loaded switch closed. A display structure is included for displaying educational or advertising material to the user while he or she use the cleaning apparatus.
A primer composition comprises (A) an organosilicon compound having different alkoxy groups in its molecule, (B) a tetraalkoxytitanium, (C) an acid and water, and (D) an organic solvent. The composition shows excellent adhesion properties to fluororesin coating materials, acrylic resin coating materials, etc. When applied to the surface of a metal coated with such a coating material, the primer composition is capable of providing a remarkably enhanced adhesion, for example, between a silicone elastomer and the coated metal.
An automatic hand drying apparatus is disclosed. The apparatus comprises a housing defining an inner space; in one embodiment, at least one arm member is attached to and extends away from said housing; a rotating towel device is supported on the arm member; a drive is disposed in the housing for rotating the rotating towel means. In another embodiment, the rotating towels or rollers are supported on a turntable. The preferred drive means include an electro-motor and a transmission connects the motor with the towel. The apparatus may also include a warm air blower disposed in the housing and the housing has warm air nozzle openings formed therein for directing warm air from the warm air blower towards the rotating towel means.
A primer composition comprises (A) an organosilicon compound having different alkoxy groups in its molecule, (B) a tetraalkoxytitanium, (C) an acid and water, and (D) an organic solvent. The composition shows excellent adhesion properties to fluororesin coating materials, acrylic resin coating materials, etc. When applied to the surface of a metal coated with such a coating material, the primer composition is capable of providing a remarkably enhanced adhesion, for example, between a silicone elastomer and the coated metal.
