| 摘要 |
The ecorobot finds application in home appliances. It has a simple and universal design. It represents a device consisting of a body (47) with inlet slots (74, 75, 76 and 77) for different materials, against the slots there being shaped reception zones (78, 79, 80 and 81). Above each zone there are arranged respective receiving teeth (7), which are fastened to a driven shaft (6) resting respectively on a left side beam (1) and a right side beam (2), both beams together with an upper beam (3) and a lower beam (4) forming a bearing frame fitted in the body (47). Movable partitions (34, 35 and 36) are mounted to openings (31, 32 and 33) in the upper beam (3), which define the reception zones. The movable partitions are mounted so as to allow a movably restraining beam (20) enter the reception zones. To the upper beam (3), respectively to each reception zone, there are mounted sensors (85, 86, 87 and 88) for input control and recognition of foreign elements and other materials, such sensors being coupled to a blocking mechanism (46), to an electronic storage device (89), and to a pay structure (9). To the lower beam (4) and horizontal beam (50) mounted in the body (47) there are attached horizontal consoles (10 and 11) with holes (14 and 15) bored therein, where an axle (16) is fixed that leads the movably restraining beam (20). The body (47) is supplied also with additional slots(92 and 93) for glass bottles and dry batteries, a chute (97) being provided against each of the slots. A hole (98) is made on the chute (97), inside which a sensor (100) is mounted to read volume and number.
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