TH6900C3 - Telescopic mop - Google Patents

Abstract

The DC60 retractable, cylindrical, rotating mop is assembled with the inner and outer axes (10), (20) that are assembled in a linear, retractable state. The hook attachment (30) is positioned within the opening at the top of the inner core (10), the drive element (50) which forms an elongated shape and is positioned. In its position inside the outer axis (20) in such a way that the driving part (50) is moved up and down as Along with the outer axis (20), the actuation part (40) is positioned in the internal position. Driving part (30) for packing, for driving part (50), for holding part (30) is driven in one direction when the actuation part is rotated by piece. An annular part (33) that rotates clockwise and counterclockwise 360 degrees is installed on the top of the attachment part (30). hold The inside of the attachment parts (30) is less in length, thus creating gaps. For the purpose of raising and lowering In this way, this is to ensure that Smoother with less force When the inner and outer axes rotate in a cylindrical retractable manner The cylindrical retractable rotating mop consists of an inner and outer (10), (20) axes that are assembled in a linear motion and cylindrical retractable state, part. For anchoring (30) positioned within the opening at the top of the inner core (10), the drive element (50), which forms an elongated shape and is positioned in Positioned within the outer axis (20) in such a way that the driving part (50) is moved up and down as Along with the outer axis (20), the actuation part (40) is positioned in the internal position. Driving part (30) for packing, for driving part (50), for holding part (30) is driven in one direction when the actuation part is rotated by piece. An annular part (33) that is rotated clockwise and counterclockwise 360 ° is installed on the top of the attachment part (30). hold The inside of the attachment parts (30) is less in length, thus creating gaps. For the purpose of raising and lowering In this way, this is to ensure that Smoother with less force When the inner and outer axes rotate in a cylindrical retractable manner

Claims (5)

1. The cylindrical telescopic mop consists of a) an inner core (10) with a hollow body; b) an outer core (20) with a hollow body with a butt. Connect telescopic cylinder type To the top of the inner rod (10) c) the hook attachment part (30) positioned within the opening at the top of the inner rod (10), at the bottom of the part The mounting part has a through hole, and on the inner bottom edge there is a number of driven teeth (35) d) the drive part (50) which forms an elongated and positioned shape. In position Inside the outer axis (20) in such a way that the driving part (50) has been moved up and Downward simultaneously relative to the outer axis (20) e) actuation part (40) positioned inside the hook mounting part (30) with threaded sleeve (41) located at At the top for the packing of the drive part (50), on the bottom of the actuation part there are a number of ejection teeth (35) corresponding to the driven tooth (35) of the part. For anchoring part (30) for driving a part for anchoring (30) in one direction when the actuation part is rotated by a driving part (50) f) fixed cover ( 34) with a through hole (341) for inserting the driving part (50), a fixed cover (34) is installed on the opening of the attachment part (30) g. ) Disc-shaped body (60) fixed to the inner core bottom (10) and ground thread (61) h) Locking mechanism (70) mounted on the outer core (20). For locking the inner (10) and outer axes (20) to stationary or to unlock these axes in a cylindrical retractable state where the attachment parts (30) are possible. Get structured It is a cylindrical body with The middle and bottom sections are fixed within the inner axis (10), and the annular part (33) that rotates 360 ° clockwise and counterclockwise are installed on the top of the part. For holding hooks (30) extended in such a way that it exposes the inner axis (10) and diameter The outer center D1 of the annular part (33) is greater than the outer diameter D2 of the inner core (10), but smaller so that it is almost equal to the inner diameter (Formula 1) of the outer core (20), where The L1 length of the driving element 50 is shorter than the L2 length of the interior of the gripping part and where the butt of the fixed grapple collar (34) is protruding and fastened. Pin it to the opening (32) of the attachment part (30) in such a way that the S-gap is provided. Shall exist between the fixed cover and the top of the actuation part (40) and at the top of the fixed cover (34), consisting of the protruding flange (342) (where Whose outer diameter is larger than D2 outer diameter of inner core (10), but smaller than D1 outer diameter of annular part (33) for alignment of annular part (33). On the periphery of the top part of the attachment part (30) without the effect of turning the annular part (33) inside the outer axis (20). 2. Mop mop, as described in claim 1, where the bottom of the driving part (50) consists of an alignment-limiting part (52) and an alignment part. (53) 3. Mop mop, as described in claim 1, where the bottom of the attachment parts (30) consists of a flange (31) at the periphery of the superstructure for fixation. Attachment piece (30) to the opening of the inner shaft (10). 4. Mop mop as described in claim 1, where the locking mechanism (70) consists of a) inner clamping sleeve (70a) with inner tube (71) at the top. , The outer core bottom (20) is introduced into the inner tube (71) and held firmly in place, on both sides of the casing Worn for inner clamping (70a) is provided with alignment holes (72), butts of inner clamping sleeves (70a) are structured as a shaped body section. Cone (73) (protruding or extending from top to bottom) with dimple (74) b) Outer clamping sleeve (70b) is installed on the periphery of the Inner clamping sleeve (70a), the upper portion of the outer clamping sleeve (70b) is provided with the outer tube (75) corresponding to the inner tube (71), On both sides of the outer tube (75) there are two mounting holes (76) aligned with the mounting holes (72) of the inner tube (71), bell mouth ( 77) Formed on the lower portion of the outer clamping sleeve (70b) for elevation over the conical body (73) and c) U-shaped lever (70c). Swivel-joint protrusions (79) and offset cam (78) are located on the inner walls of both sides for assembly into the positioning holes (72) of the sleeve for clamping. The inside (70a) and mounting holes (76) of the outer clamping sleeves (70b), eccentric cam (78) are positioned within the mounting holes (76). Where when the U shape lever (70c) rotates over the swivel joint protrusion (79), the eccentric cam (78) is placed the eccentricity within the mounting hole (76), hence This makes the sleeve for clamping on the outside. (70b) on the periphery of the inner clamping sleeve (70a) moves up or down. Where due to the action of the dent, bell-shaped mouth (77) of the outer clamping sleeve (70b) is brought into a tightening or loosening position relative to the conical body (73). Of the sleeve for inner clamping (70a), thus locking the inner and outer axes (10), (20) in place or unlocking in a cylindrical retractable state. 5. Mop the floor as described in claim 1, where the plate-shaped body part (60) consists of a basket. For the dehydration (81) that rotates within the tank body section 80 and where the dehydration basket (81) tends to be driven in relation to rotation when the body section is disc shaped (60 ) Is rotated by the inner core, hence the mopping yarn (61) of the plate-shaped body part (60) is subjected to the rotational force. Crank for dehydration And the water that has been removed may be picked up within the body of the tank (80).