TRAPERO WITH DRYING MECHANISM
FIELD OF INVENTION The current invention relates to ragpickers and more particularly to such rag that has a work-saving mechanism for twisting a package of loose rags of that dry after mopping the floor.
Advanced Technology Conventionally, a person can use their hands to exert great force to twist a bundle of rags or loose yarns from a dry rag after mopping the floor. Thus, mopping floors is typically a work dependent on strength, as seen by many people. This is not particularly desirable, for example, women. Therefore, a need has arisen for a job-saving ragpicker. The design of traditional ragpickers has caused disappointments to housewives, currently the rag dryers design by hand cause a lot of work, that's why my person made a invention of TRAPERO WITH MECHANISM OF DRYING, so you can solve and reduce work extras when mopping the floor or others. SUMMARY OF THE INVENTION It is therefore an object of the present invention for
providing a rag doll that squeezes a stick including a low hollow stick including a flared portion at a lower end, a plurality of longitudinal parallel grooves extending upward from the flared portion, a plurality of helical grooves extended upwardly grooves of parallel, and top threads; and a top stick including a flared nut at its lower end and adapted a thread to secure the threads to hold the low and high sticks together; a package of loose members having a lower end attached to the part marked by flared; an inner sleeve placed in the parallel grooves and helical grooves and include a flared limb at a lower end, and an annular channel around a low edge of the flared member with an upper end of the bundle of loose limbs attached in addition a cylinder, two opposite side tubes in a joining point of the cylinder and of the member marked by flared, two steel balls arranged sliding in the tubes, and a top cap secured to an upper portion of the cylinder; and an outer sleeve including an extension at a lower end placed at the joining point of the cylinder and member pointed out by widening, the enlargement having an internal surface sharpens towards
up and fits to encircle the steel balls to prevent the steel balls from stripping with the tubes where the outer sleeve is confined to slide between the plug and the assembling point of the cylinder and the member marked by flared; where in a ready state to use the rake of the lower upper ends and the pack of loose limbs are fully extended, the extension is in contact with the steel balls, the steel balls are not contracted with the helical grooves, and the low stick is adapted to pass the inner sleeve down; where after mopping is adapted to push the extension down towards the part indicated by means of the widening to make the enlargement of pushing the steel balls inwards to the impulse against the helical grooves, and adapts it more thoroughly to the bottom of the helical for pulling the low stick upwards along the helical grooves to move the lower end of the pack of loose limbs up towards the upper end to exert dryness; where after the dryness adapts to put the bundle of vertical loose limbs and push the outer and inner sleeves downward to move the upper end of the bundle of loose limbs downward, towards the lower end of thus works for additional dryness; and where after the more the dryness is adapted to
push lower the stick and the inner sleeve down to disengage the steel balls with the enlargement, and lower the stick adapts to the downward movement through the inner sleeve until the pack of loose limbs is fully extended. DESCRIPTION OF THE INVENTION Referring to Figs. 1, 2, and 3, a rafter 1 according to a preferred incarnation of the invention of squeezing a toothpick including a low hollow toothpick 11 including a flared portion 13 at a lower end, the portion marked by widening 13 including two opposite holes of the side 131, the plurality of parallel longitudinal channel 112 extended upwardly from the flared portion 13, a plurality of the intermediate helical grooves 111 extended upwardly from the parallel channel 112, an upper grooved portion 113 spaced from the grooves helical 111 by a predetermined distance wherein an outer surface of the lower stick 11 corresponding to the predetermined smooth distance, and the screw cap 14 near an upper end and extended upwardly of the knurled portion 113; and an upper stick 12 including a movement nut 15 at its lower end and slidable adapters to secure the threads 114 to hold the toothpick under 11 and together the
12 upper stick and allow a person to adjust the stick to a desired length by squeezing. The ragpicker 1 squeezes a package of loose rags (or yarns or the like in other incarnations) 20 having a lower end secured to the flared portion 13 by inserting a pin A through the holes 131 and the package of the 'loose rags 20. As an end, the low stick 11 and the package of the loose rags 20 can function in their entirety. The rasper 1 squeeze a detachable inner sleeve 30 placed in the parallel grooves 112 and helical grooves 111 and include a flared pointed member 31 at a lower end, and an annular channel 32 around a low edge of the flared member indicated 31. The upper end of the package of the loose rags 20 is fastened to the annular channel 32 such that the package of the loose rags 20 and the inner sleeve 30 can function in their entirety. The inner sleeve 30 expresses a cylinder 33, two opposite side tubes 34 in a joining point of the cylinder 33 and of the flared indicating member 31, two steel balls 35 arranged slidable in the tubes 34, and an upper ring 331 having a annular flange secured to an upper portion of the cylinder 33. The ragpick squeezing 1 more thoroughly an outer sleeve
40 placed on the inner sleeve 30. The outer sleeve 40 expresses an extension 41 at a lower end placed on the assembling point of the cylinder 33 and of the flared pointing member 31. The extension 41 is adapted to surround the steel balls 35. to prevent the steel balls 35 from disengaging with the tubes 34, and to a splined member 42 extended upwardly of the extension 41. The outer sleeve 40 is confined to slide between the ring 331 and the assembling point of the cylinder 33 and the flared pointed member 31. Refer to Fig. 3 specifically, rag 1 is shown in a ready-to-use state in which the upper lower ends and the package of the loose rags 20 are fully extended, the extension 41 is in contact with the steel balls 35 in the tubes 34, the steel balls 35 are not contracted with the helical grooves 111, and the low stick 11 is adapted, thus to pass the inner sleeve 30 downwards. Refer to Fig. 4, after mopping the floors one person can hold the knurled member 42 by one hand to push the knurled member 42 and the extension 41 down towards the flared pointed part 13. The steel balls 35 are thus pushed inward to the pulse against the helical grooves 111 by a slightly sharply rising internal surface of
enlargement 41. At the same time, the person can hold the upper end of the stick under 11 with the other hand to pull the stick under 11 'upwards. As such, the lower stick 11 can be helically moved upwardly along the helical grooves 111. Also the lower end of the package of the loose rags 20 moves up towards its upper end (i.e., the upper end of the pack of the loose rags 20 is fixed at this time). Consequently, the rag 1 (that is, the package of the loose rags 20) is twisted to dry. Refer to Fig. 5, considering weak women, the invention is configured to have the longitudinal grooves of the parallel 112. After pulling the stick under 11 upwards to the position shown in Fig. 4, the person can place the package of the loose rags 20 on the floor in a vertical position. Next, push the outer sleeve 40 and the inner sleeve 30 down. Consequently, the upper end of the package of the loose rags 20 moves down towards its lower end (ie, the lower end of the package of the loose rags 20 is fixed at this time). As a result, ragman 1 (ie, package of loose rags 20) twists more thoroughly to dry. Referring to Figs. 6 and 7, after drying the rag 1 the person can push the stick under 11 and thus the sleeve
internal 30 down. The steel balls 35 disengage with the extension 41 (that is, the steel balls 35 are free). Then, the lower stick 11 moves down rapidly through the inner sleeve 30 from the position shown in Fig. 6 until the package of the loose rags 20 is fully extended according to the indications of Fig. 7. In this position , the ragman 1 is again in a ready state to use. Due to the above, the process of drying the rag does not involve any twisting by the hands, so it is a labor-saving design.In addition, the package of the loose rags 20 can be dried quickly and completely.The principle of the present invention is use a stick and inner sleeve with intermediate helical grooves, exerting a mutual movement causing the rags to unite, one Terminal stops and the other Terminal does the twisting action, so it can dry the water of the rags, therefore, in base of the aforesaid helical grooves with the surface of the inner sleeve, exerting the twisting action BRIEF DESCRIPTION OF THE DRAWINGS FIG.1 is a perspective view of a preferred incarnation of the rag according to the invention; view of the perspective of the ragpicker in FIG 1;
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FIG. 3 is a sectional view of FIG. 2 where .You are ready to use the ragpicker; FIG. 4 is a view similar to FIG. 3 where the turning of the outer sleeve will force the ragpicker after using; FIG. 5 is a view similar to FIG. 4 where another push down the outer sleeve will force the ragpicker more thoroughly; and FIGS. 6 and 7 are views similar to the steps shown in FIG. 3 Return the dry rag to a ready-to-use condition.
Description of the pieces: Trapero (1) Stick (11) Helical grooves (111) Parallel channel (112) Upper bar (113) Upper stick (12) Widen (13) Holes (131) Screw cap (14) Movement part (fifteen)
Loose rags (20) Inner sleeve (30) Spreading (31) Annular channel (32) Cylinder (33) Tubes (34) Steel balls (35) Ring (331) External sleeve (40) Enlargement (41) Stretch marks (42) Fixing part (A)
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