Abstract:
A plastic moulded body, in particular a kitchen sink, a washing basin or table top or the like, comprises a polymer phase composed of a curable reaction mass and of a particulate filling material incorporated therein which comprises a resinous material filled with an inorganic filler. In order to achieve a good resistance against water whitening and cracking in the hot-cold cycle, the polymer phase contains up to 5 wt. % inorganic additive particles, in relation to the plastic moulded body, and the particulate filler can swell in the curable reaction mass. The filled resinous material contains 50 to 80 wt. % inorganic filler with an average grain size of about 5 to about 100 mu m, and the filler has a grain size in a range from 60 to 8000 mu m and makes up about 30 to 75 wt. % of the plastic moulded body.
Abstract:
Hanger device for various sorts of containers, such as tubes, plastic bottles and similar, especially for baby care products, such as shampoo, skin lotion, baby ointment and similar. The device comprises a basic body (1) and a handle part (2). The basic body (1) is to be suspended via a longitudinal suspension body (4) and comprises a plurality of lobes (13) and a first wall (15) which extends along the outer edge of the lobes (13). Between adjacent lobes (13) a loop (28) is arranged, which is made of an elastic body (25), to hold a container. The elastic body (25) comprises a first end (26) and a second end (27). The elastic body (25) extends through slots (16) in the first wall (15) of one of the lobes (13) and through slots (17) in the first wall (15) of the other lobe (13), to form the loops (28). Inside of the first wall (15) is arranged at least one locking element (29) to prevent the elastic body (25) from slipping out through the slots (16, 17).
Abstract:
The invention relates to a method and a device for cleaning hands. The subject method provides the use of nebulised water for cleaning operations, which nebulised water is directed by command onto the hands to be cleaned. The subject device comprises a case (1), which defines an environment in which the hands to be cleaned are inserted, which environment is provided with a plurality of nebuliser nozzles (3a) introducing nebulised water into the case (1) by command, which water is sent to the nozzles by means of a pumping device (3).
Abstract:
The present invention is directed to a non-electric hand-washing apparatus. The present invention is adapted to be used in connection with a supply of pressurized water. The present invention utilizes the water pressure to power at least a timing mechanism that operates to control a wash cycle. The wash cycle includes at least the delivery of a set amount of water to a user's hands. Embodiments of the present invention include the delivery of a quantity of soap to the user at the beginning of the wash cycle. The delivery of soap is also affected by a utilization of water pressure.