Abstract:
To provide an electric reciprocating razor (20), that automatically simulates perfectly the manual operation, which is a reciprocating motion of the blades head (21), by the user to release the repeatedly accumulating hair in front of the blades head (21), that blocks the blades from shaving (cutting) more hair. A hand held wet razor (20) is modified. The tubular housing of the razor contains a battery, powering a drive motor, which drives a pinion gear (30), driving a crown (31) gear, which drives a camshaft. The cam (32) tapered side is pushing away a spring loaded follower (34), that by its role pushes the blades head (21) in a reverse direction, in relation to the shaving forward direction, while when the cam's (32) tapered side is rotated, such that the convex side of the cam's (32) becomes with a slight contact with the follower (34), the follower (34) is retarded back by the spring, pulling the razor head (21) in the same cutting direction.
Abstract:
To provide a portable, compact, and cheap motorized Book Scanner (20), with automatic pages turn over feature to scan books of moderate size and thickness. The scanner is compromised mainly from a housing (22) and inner enclosed parts: a scan head (29), electric motor (30), set of gears to transfer the motor shaft (31) rotation to drive two side wheels (27) to create a movement of the scanner (20) over the book pages, and to drive the rotation of the dual-rotating cams (23) that are used to start flipping a book page, while the tapered front lower part (40) of the scanner housing (22), assists in completing the turnover of each page. The device starts by turning a page over in front of its front side, while the scan head (29) start scanning the flat pages, then the motor (30) reverses its rotation, as a result, the scanner (20) moves back, but without scanning or turning over of pages.
Abstract:
To provide a time, fluid, and labor saving, glass cleaner apparatus (20), that is further effective and safe, depending mainly on a motorized cleaning up/down brush (30). The flat brush (30) is connected via a ball joint to a small diameter shaft (45), that is telescopic inside a big diameter shaft (46), pushed up/down from its end lower side by a motorized camshaft (35), wherein this mechanism is enclosed inside a housing (25), supported to an arc shaped base (26), that is surrounding the chest of a worker seated on a suspended chair (21). The arc base (26) is mated and engaged to a the edges of a semi-circular shaped chair back (49), while the mechanism housing (25) is supported from its middle side from the bottom, by a beam connected to the front edge of the flat seat of the chair (21), a manual push/pull adjustment rod (43) is used to advance or retard the cleaning head (27) from the glass.
Abstract:
To provide a time, fluid, and labor saving, glass cleaner apparatus (20), that is further effective and safe, depending mainly on a two motorized cleaning devices, built-in a cage (21) carrying one to two workers, the cage (21) is suspended, and moving up/down, or sideways opposite to the glass to be cleaned. The motorized cleaning device, is installed inside a moveable housing (30), moving on four wheels, forward toward a deep glass (surface) in the facade, or retarded backward for cleaning a protrusing facade glass (surface). The motorized device consists of a motor (29), installed on a base plate, to drive the rotation of a camshaft (28), which is in touch with the rear end of a telescopic shaft (26), that moves up/down, and as a result creating an up/down reciprocating movement of a cleaning brush (22), installed at its front end, a rinse/compress/drain option is also provided.
Abstract:
To provide an effective, safe, time and labor saving aeropotic glass cleaner (15) apparatus, depending mainly on a top-wing (21) mini-aircraft (16) moving up/down opposite to the target glass. Three apparatuses (15) stored in each cabover truck (18) container, which includes also the fluid supply tank, fluid pump, and batteries (26), in addition to a control pannel, in the truck cabin, to monitor/control remotely the cleaning process. It further consists of a water distribution block (50) on the ground, 2-way motor (53) with pulleys releasing the fluid hoses and the electric/data cable to the mini-aircraft (16), toproof mounted U-shaped frame (41) with 2-way motor (38), and pulleys for releasing the safety ropes to the mini-aircraft (16), a reciprocating cleaning brush (23) with rinse/compress mechanism, cameras, distance sensors, wind meter, speed sensors, cotrol unit (55).. all to control the cleaning process of the apparatus (15) which is capable to clean facades with protruded vertical parts, curving inwards or outwards.
Abstract:
The cover's fabrics are pleated into accordion shape, with three embodiments: a- Hand assisted, b- Mechanical assisted, c- Automatic assisted, where in (b and c) the pleats (29) are hinged together using a net of two-way strings 53 attached to a double spiral spring retarded roller (23) (b), motorized roller (24) (c). When pulling the top fabric (28) forward using the pulling stick (39), it covers whole vehicle top, while both side fabrics parts (40,41) are dragged by the top one to cover the vehicle sides. Then every two facing edges of two fabrics at the corners are attached normally using zippers (67). Unfolding the cover starts by releasing the zippers (67), the manual type is pushed back using the pulling stick (39) and the guide bar (38), and collects in- between U-shaped Buckles (56), while in the power assisted types, the fabrics are pulled back by the power of the spring roller (23) or motorized roller (24) towards a specially designed bag (21).
Abstract:
A time saving washing machine (20) with multiple rotatable baskets (24, 25, 26), to handle practically, efficiently, and economically a onetime process of washing/drying multiple types of laundry (colored, white clothes and towels), is provided. The washing machine (20) provides three basins (21, 22, 23), one main basin (21) and two secondary basins (22, 23). Each basin contains a basket (24, 25, 26) of corresponding size. The agitators (27, 28, 29) for the basins are driven by a motor (41), the motor's output shaft (42) directly drives the main agitator (27), while driving the shafts (47, 48) of the secondary agitators (28, 29) through a drive belt (43) connected to pulleys (45, 46) provided on the shafts (47, 48). A centralized water feed line (30) and multiple cleaner compartments (37, 38, 39) are installed to distribute the water and cleaner to the baskets (24, 25, 26). The baskets side walls have a wavy surface (56), to flex, move and turn the fabrics in multiple directions so that it is exposed to and repeatedly penetrated by the pumping water's force and detergent solution from all sides.
Abstract:
To provide a time saving washing machine (20) with multi-removable basins to handle practically, efficiently, and economically a onetime process of washing multi types of laundry (colored, white clothes and towels). A removable and installable barrier (21, 62) is used to divide the original basin into three basins, either equal or variable size, The basins (22, 23, 24) agitators (31, 32, 33) are driven by one motor (46), the motor's output shaft drives the main agitator (31) directly, while it is driving the shafts of the secondary agitators (32, 33) through a drive belt connected to their pulleys. A centralized water feed line (34) and multi-cleaner compartments are installed to distribute the water and cleaner to the basins (22, 23, 24). The basins side walls have a wavy surface (64), to flex fabrics to move and turn in multi-directions and to be exposed and penetrated repeatedly from all sides by the pumping water force and detergent solution.
Abstract:
Transportation means do not have built-in retractable earpieces (20) assemblies, a design for a retractable earpiece, stored inside a pocket of the automobile door panel, and the seat armrest (24) in planes., is a solution. Earpiece (20) wire (25) from one end is attached to the tension reel (39) which is enclosing a developed design of a smaller size lightweight wavy spiral spring (40) biased to the retraction protective built-in housing, in a small size, that protect the earphones from being misplaced away. Pulling the wire (25) will rotate the tension reel (39) in a way that will create a two expansion motions for the spiral wavy spring (40), the two types of motion offers a shortened spring which saves space... Further a ratchet lock system (56) with cylindrical teeth and ratchet arm end is provided to cancel the use of the conventional release button.
Abstract:
A vehicle covering which rolls up, having fabric parts winded around a tubular roller with built- in spring retarders: all are installed inside a cylindrical housing (21). The fabric front edge is connected to a guide bar, connected to a pulling stick, if pulled, it unrolls and extends to cover the whole car top, and then its folded sides are pulled down and hanged. While if released, it will be pulled automatically over vehicle through threads connected with a secondary spring retarder roller built inside the main roller. When the top fabric is released, it is pulled back automatically with fabric sides by the main roller.