CN2623160Y

CN2623160Y - Mop with cleaning agent

Info

Publication number: CN2623160Y
Application number: CN 03247881
Authority: CN
Inventors: 詹荣辉
Original assignee: XIAMEN JIJINGJIA HOME ARTICLES CO Ltd
Current assignee: XIAMEN JIJINGJIA HOME ARTICLES CO Ltd
Priority date: 2003-06-27
Filing date: 2003-06-27
Publication date: 2004-07-07
Anticipated expiration: 2013-06-27

Abstract

The utility model discloses a mop with cleaning agent, in particular to a supply device with cleaning agent in the mop. The utility model reduces a mop bulk and control dosage of the cleaning agent in humanization, thereby saving cleaning cost. The utility model is more convenient and handy in use. The utility model can be locked firmly in nonuse to avoid the cleaning agent flowing out carelessly, thereby increasing beautility and improving competitiveness of products.

Description

Mop with cleaning agent

Technical field

The utility model relates to a kind of mop, refers to a kind of mop with cleaning agent especially.

Background technology

In the prior art, as No. the 405398th, Taiwan patent announcement " mop device of tool cleaning agent ", this structure is made of installing body and bottle, wherein:

This installing body is the main utensil structure part of above-mentioned mop, and its root edge extends a lug, and its upper limb is provided with engraves the hole, and the clamping bar that will respectively be plugged with roller earlier is installed in the projection, makes the body of rod be connected with on it again.

This bottle is the main cleaning container part of above-mentioned mop, in its bottle cleaning agent is housed, bottle then is arranged on the pedestal that is provided with on the above-mentioned installing body root edge face, can make mop integral body have the effect of simple and easy cleaning scale removal by the outflow effect of cleaning agent in the bottle.

When the user when using this mop, can adjust the flow of cleaning agent on its mop earlier, so the cleaning agent that flows out by bottle is diffused on the adsorbent on the mop to clean when using this mop.

Yet, above-mentioned " mop device of tool cleaning agent " but found in actual use, this structure is that detergent container is located at outside the mop, not only overall volume is bigger after moulding, in the use more also inconvenience place, and because the use amount of cleaning agent flows out with a fixed rate voluntarily for adjusting the back, therefore must note its traffic conditions often, in addition, because its cleaning agent is can make adsorbent have cleaning effect in the aqueous inflow adsorbent, therefore on use cost, more cause the user to bear greatly.

So, the applicant spy improves said structure, it is No. the 91217406th, Taiwan patent " mop " with cleaning agent, it makes cleaning agent and feedway be built in the Mop structure, the volume of mop is significantly dwindled, on manipulating more smoothly, and on the use amount of control cleaning agent is to export in the passive mode that presses down holding rod of user, allow operation consumption humanized, cleaning agent also can adjust change at any time, thereby can avoid cleaning agent too much to cause waste, reduce use cost, and then reach the more convenience-for-people spirit of life at home.

Yet, above-mentioned " mop with cleaning agent " is though can reach the expection effect that all shortcomings are commonly used in improvement fully, but also in using, its actual enforcement still finds, this structure in the use, the be not limited to them device of location of mop holding rod, make its place or use in, if holding rod imposed improperly push accidentally, cleaning agent in this mop promptly can outwards spray immediately, thereby causes the very big inconvenience in the use.

The utility model content

The purpose of this utility model is to provide a kind of mop with cleaning agent, and this mop can be avoided pushing accidentally holding rod and cause cleaning agent excessively to spray in the process of mopping floor.

For achieving the above object, technical solution of the present utility model is: a kind of mop with cleaning agent comprises mophead and holding rod; Wherein:

Be provided with feedway between this mop and holding rod, this mophead utilizes trunnion cup and pivot joint block group to establish, and with the pole winding, offers through hole on trunnion cup again, this through hole is connected with a nozzle and conduit, and feedway utilizes the shrinking section of fit pipe and holding rod to link together;

This feedway comprises pole, rotation set, adapter sleeve, location loop bar, supply valve group reach and go up rotation set down;

Be provided with mesopore in the fit end of pole, mesopore radially has the through hole that group is established sleeve pipe, and sleeve pipe connects the conduit of mophead; The sidewall of fit end has locating slot, and it is next to be a fork arm, and fork arm is mounted in the pivot joint block of mophead;

Have interior snap ring and inward flange in the following rotation set, and can utilize sleeve to be inserted in for pole fit end; Be a planar end surface on it, this planar end surface and adapter sleeve cementation are integral; Tool internal thread and inward flange in this adapter sleeve;

Have through hole in the loop bar of location, have upper and lower flange outside it, the lower flange place is equipped with O type ring; Be provided with elastic fastening hook in addition on the external diameter of location loop bar, this elastic fastening hook is embedded in the locating slot on the pole;

The supply valve group is formed by valve rod, pearl body, spring, bar cover and piston in combination; This valve stem tip is provided with inlet tube, and valve rod has leakproof O type ring, flange and convex ring body outward, and this convex ring body embeds in the interior snap ring of following rotation set, and flange just props up down the inward flange of rotation set; This pearl body is made up of lid, pearl body and valve body; The valve body bottom is provided with the through hole that runs through, this aperture, through hole bottom is little than the pearl body, the pearl body is inserted in the valve body, in between the inlet tube of valve body and valve rod, offer guide groove in addition, lid closely is covered on valve rod and valve body top, but this bar puts the dimple with socket spring bottom, has projection on the bar cover external diameter, bar cover also is provided with conjugation tube down, has the interior mesopore of through hole and conjugation tube on the conjugation tube sidewall and communicates;

Have in the last rotation set for the fit pipe and insert affixed jack, have thread segment under it, the internal thread of this thread segment and adapter sleeve is spirally connected, and forms the space of ccontaining cleaning solution in the fit pipe.

The pole of described feedway is concaved with guide groove in addition in the distolateral edge of fit, and guide groove one side laterally is concaved with stopper slot, following rotation set then in inner edge to convexing with guide block by guide groove.

The inlet tube of described valve rod has bell, forms an endoporus downwards, and this endoporus is inserted pearl body, spring, bar cover and piston in regular turn.

Described conjugation tube can be inserted in the through hole top of location loop bar for piston made of rubber after utilizing mesopore to be inserted in, and forms a free gap with the top end face of this location loop bar.

The stopper slot end of the pole lateral margin of described feedway offers the spacing hole that can make down the rotation set guide block fix.

After adopting such scheme, the utlity model has following effect:

1, because cleaning agent is to be hidden in the Mop structure of the present utility model, and its volume and mop of the same type clearly dwindle much in comparison, so have more attractive in appearancely on its external form, and the structure of one is convenient more smoothly in the use, placement space when not accounting for the spare time.

2, since mop of the present utility model in use, its cleaning agent consumption is to descend pressure-controlled voluntarily in good time by the user, utilize the adjustment switch to control its cleaning agent consumption but not commonly use, and then note being adjusted when improving taking of commonly using, people and reach the saving cleaning cost meets the purpose of economic benefit.

3, because in the Mop structure of the present utility model, its cleaning agent sprays with vaporific form via nozzle at last, its vaporific cleaning agent can evenly be attached to rapidly on the thing to be cleaned, but and rapid diffusion, and can extensively contact zone to be cleaned, its effect is come well than aqueous cleaning agent, thereby reaches the purpose of cleaning decontamination contaminant releasing.

4, because in the Mop structure of the present utility model, the following rotation set of feedway can be rotated an angle, its guide block is fastened in the spacing hole of pole and reaches the locking effect, thereby making holding rod can't go to press down outwards sprays cleaning agent again, and can have more practical and convenient effect in the use.

Description of drawings

Fig. 1 is a schematic perspective view of the present utility model;

Fig. 2 is a sectional perspective exploded view of the present utility model;

Fig. 3 is a sectional perspective schematic appearance of the present utility model;

Fig. 4 is a partial sectional view of the present utility model;

Fig. 5 is user mode figure of the present utility model;

Fig. 6 is an action schematic diagram of the present utility model.

Specific embodiment

At first, see also shown in Figure 1ly, mop of the present utility model is combined by mophead 1, feedway 2 and holding rod 3.Wherein:

Please cooperate again consult shown in Figure 2, utilize trunnion cup 11 to establish pivot joint block 12 on this mophead 1 for group, this pivot joint block 12 can be established for 21 groups with the pole of feedway 2 and combine, offer at trunnion cup 11 front ends of mophead 1 in addition and be penetrated with through hole 111, group is established nozzle 13 in the through hole 111, and the other end group of through hole 111 is established and is connected with conduit 14.

This feedway 2 utilizes the shrinking section 221 of fit pipe 22 and holding rod 3 to link together, and please cooperates to consult Fig. 2 to shown in Figure 4 again, and this feedway 2 is by pole 21, rotation set 23, adapter sleeve 24, location loop bar 25, supply valve group 26 and go up rotation set 27 and formed down.

Has mesopore 212 in the fit end 211 of these pole 21 upper ends, and fit end 211 lower end lateral walls run through and are connected with sleeve pipe 213, the conduit 14 of this sleeve pipe 213 and mophead 1 interconnects group and establishes, has locating slot 214 at fit end 211 lateral margins in addition, and be concaved with guide groove 215 in fit end 211 lateral margins, and guide groove 215 1 side appropriate locations laterally are concaved with stopper slot 216, and the end of this stopper slot 216 then connects and is through in the locating slot 214; Fit end 211 lower ends pole 21 then are formed with fork arm 217, and this fork arm 217 can be mounted in the pivot joint block 12 of mophead 1.

Have interior snap ring 231 and inward flange 232 in the following rotation set 23, it can utilize sleeve 233 to be inserted in for the fit end 211 of pole 21, and convexes with guide block 234 at the guide groove 215 of the corresponding pole 21 fit ends 211 of this time rotation set 23 inner edges; Descending rotation set 23 upper ends in addition is a planar end surface 235, this planar end surface 235 just can for adapter sleeve 24 group establish the back and cementation is integral.

Tool internal thread 241 and inward flange 242 in the adapter sleeve 24.

Have through hole 251 in the loop bar 25 of location, have upper and lower flange 252,253 outside it, these lower flange 253 places are equipped with O shape ring 254; In addition, be provided with elastic fastening hook 255 on the external diameter of location loop bar 25, this elastic fastening hook 255 just can be embedded in the locating slot 214 of pole 21, and formation is located and do not come off.

Supply valve group 26 is combined by valve rod 261, pearl body 262, spring 263, bar cover 264 and piston 265; This valve rod 261 is except that the inlet tube 2611 on top, also have leakproof O type ring 2612, flange 2613 and convex ring body 2614, utilize this convex ring body 2614 can embed down in the interior snap ring 231 of rotation set 23 and combination, and flange 2613 is butted on the inward flange 242 (as shown in Figure 5) of adapter sleeve 24 just; In addition, this pearl body 262 is made up of lid 2621, pearl body 2622 and valve body 2623; Wherein valve body 2623 bottoms are provided with the through hole 2624 that runs through, this aperture, through hole 2624 bottom is little than pearl body 2622, thereby but bead supporting body 2622 is inserted, and after pearl body 2622 is inserted, can prop up this through hole 2624 bottoms fully, offer guide groove 2625 in addition between valve body 2623 and valve rod 261 inlet tubes 2611, lid 2621 closely is covered on inlet tube 2611 and valve body 2623 tops; The inlet tube 2611 of this valve rod 261 has bell 2615, and forms endoporus 2616 downwards, inserting spring 263, bar cover 264 and piston 265 in regular turn in it; Having one on this bar cover 264 can be for the dimple 2641 of socket spring 263 bottoms, bar overlaps and has many projections 2642 on 264 external diameters, formation space when this projection 2642 makes bar cover 264 contact with endoporus 2616, bar cover 264 also is provided with conjugation tube 2644 in addition, the sidewall of this conjugation tube 2644 is provided with through hole 2643, and through hole 2643 makes the mesopore 2645 in the conjugation tube 2644 communicate with the endoporus 2616 of valve rod 261; Be inserted in through hole 251 tops of location loop bar 25 after the piston 265 that this conjugation tube 2644 can be made for rubber utilize mesopore 2651 to be inserted in, and form a free gap, make piston 265 energy up and down with the top end face of this location loop bar 25.

Tool jack 271 inserts affixed for fit pipe 22 in the last rotation set 27, it also has thread segment 272 down, this thread segment 272 just can be spirally connected with the internal thread 241 of adapter sleeve 24, thereby make the space that forms ccontaining cleaning solution in the fit pipe 22, and the spiral shell that utilizes adapter sleeve 24 and last rotation set 27 moves back or spiral shell is fixed closes, can be for the usefulness of replenishing cleaning solution.

Composition and enforcement by said elements see also Fig. 3, shown in Figure 5, are built-in with the fit pipe 22 of cleaning solution, utilize centrifugal force to withstand the through hole 2624 of valve body 2623 by pearl body 2622 at ordinary times, make cleaning solution can not enter in the valve rod 261; This moment, piston 265 was positioned under the dimple 2641, and the mesopore 2651 that utilizes piston 265 can cover the through hole 2643 of conjugation tube 2644, cleaning solutions in the hole within the valve rod 261 2616 can not flow in the mesopore 2645 of conjugation tube 2644, at this moment the action that can do to mop floor with the hand-held holding rod 3 of firmly program at ordinary times.

When hand-held holding rod 3 and when firmly pressing down (as shown in Figure 6), then the fit pipe 22, last rotation set 27, valve rod 261 reaches down, and rotation set 23 descends simultaneously, and the guide block 234 of following rotation set 23 inner edges also moves down along the guide groove 215 of pole 21 fit ends 211, and the cleaning solution in valve rod 261 endoporus 2616 is with ejection pearl body 2622, make the through hole 2624 of its contact valve body 2623, thereby through hole 2624 is closed, cleaning solution in the valve rod 261 will be passed down through the gap between many projections 2642, oppressing piston 265 again makes it to the end that drops to positioning sleeve bar 25 tops, through hole 2643 is exposed, thereby make cleaning solution in through hole 2643 flow into mesopore 2645 and through hole 251, again by the mesopore 212 of pole 21 through sleeve pipe 213, conduit 14, and utilize nozzle 13 ejections, and directly use.

Remove this part, moment when hand-held holding rod 3 is pulled back, valve rod 261 is risen by the contact of spring 263 back stretch also simultaneously, piston 265 at first is subjected to the influence of fit pipe 22 return that makes progress to cover through hole 2643, at this moment, can produce a negative-pressure sucking in the valve rod 261, make pearl body 2622 rise, and after making fit pipe 22 interior cleaning solutions enter valve body 2623 by through hole 2624, flow in bell 2615 and the endoporus 2616 from inlet tube 2611 through guide groove 2625 again, thereby finish the cleaning solution filling in the valve rod 261, for the purpose of pushing supply next time, after treating valve rod 261 internal pressure balances, this pearl body 2622 promptly is subjected to gravitational effect decline playback to stop the through hole 2624 of valve body 2623.

In addition, make it downward again application of force press the ejection cleaning agent these holding rod 3 lockings as desire, then only need following rotation set 23 rotations one angle with feedway 2, make guide block 234 rotations of this time rotation set 23 inner edges move in the stopper slot 216 of guide groove 215 sides, and be fastened in the locating slot 214 of stopper slot 216 ends, can make holding rod 3 go again and press down reaching a locking effect.

Claims

1, a kind of mop with cleaning agent comprises mophead and holding rod; It is characterized in that:

The supply valve group is formed by valve rod, pearl body, spring, bar cover and piston in combination; This valve stem tip is provided with inlet tube, and valve rod has leakproof O type ring, flange and convex ring body outward, and this convex ring body embeds in the interior snap ring of following rotation set, and flange just props up down the inward flange of rotation set; This pearl body is made up of lid, pearl body and valve body; The valve body bottom is provided with the through hole that runs through, and this aperture, through hole bottom is little than the pearl body, and the pearl body is inserted in the valve body, offers guide groove in addition between the inlet tube of valve body and valve rod, and lid closely is covered on valve rod and valve body top; But this bar puts the dimple with socket spring bottom, has projection on the bar cover external diameter, and the bar cover also is provided with conjugation tube down, has the interior mesopore of through hole and conjugation tube on the conjugation tube sidewall and communicates;

2, the mop with cleaning agent as claimed in claim 1 is characterized in that: the pole of this feedway is concaved with guide groove in addition in the distolateral edge of fit, and guide groove one side laterally is concaved with stopper slot, following rotation set then in inner edge to convexing with guide block by guide groove.

3, the mop with cleaning agent as claimed in claim 1, it is characterized in that: the inlet tube of this valve rod has bell, forms an endoporus downwards, and this endoporus is inserted pearl body, spring, bar cover and piston in regular turn.

4, the mop with cleaning agent as claimed in claim 1 is characterized in that: this conjugation tube can be inserted in the through hole top of location loop bar for piston made of rubber after utilizing mesopore to be inserted in, and forms a free gap with the top end face of this location loop bar.

5, the mop with cleaning agent as claimed in claim 2 is characterized in that: the stopper slot end of the pole lateral margin of this feedway offers the spacing hole that can make down the rotation set guide block fix.