Foot-operated mop barrel and floor mop assembly
Technical field
The application relates to a kind of burnisher, especially relates to a kind of floor mop assembly and mop barrel thereof with dehydrating function.
Background technology
At present, on market, floor mop is various in style, can be divided into two large classes, and a kind of is traditional floor mop, is that mop is firmly tied up and dragged on handle; Another kind of Rotary mop floor mop, it is arranged on mop to drag on handle by mechanism, and mop is rotatable.
In floor mop use procedure, people often slough the water on floor mop by the dewatering device arranging on mop barrel.For the floor mop of above-mentioned the first structure, on corresponding mop barrel top, be provided with the funnel for water squeezing, people by mop in funnel twisting to squeeze the water on floor mop.For above-mentioned the second floor mop, it utilizes manually or motor drives or foot-operated driving makes its rotation utilize centrifugal force to reach the object of dehydration.These two kinds of mop barrels all have some shortcomings, as undesirable in the first dehydrating effect, and consumption power is consuming time.The second complex structure or cost are high, and the volume of bucket is larger, are unfavorable for packing and transportation.
Summary of the invention
The application provides a kind of foot-operated mop barrel and floor mop assembly.
According to the application's first aspect, the application provides a kind of foot-operated mop barrel, comprising:
Water butt, described water butt has for filling the water containing chamber of water;
Maching wringing tube, the separate setting of described maching wringing tube and water butt, and both realize removable being fixedly connected with by frame for movement, and described maching wringing tube has size and the shape in the water containing chamber that can be placed in described water butt; Described maching wringing tube comprises:
Staving, described staving has water dumping chamber and foot-operated chamber, and described foot-operated chamber and water dumping chamber separate, and described foot-operated chamber is recessed to form by staving outer surface;
For trampling the footstep mechanism of driving, described footstep mechanism is placed in described foot-operated chamber at least partly;
The driving mechanism that output rotatablely moves, described driving mechanism connects with footstep mechanism;
And for placing the water basket of moisture object, described water basket is arranged in water dumping chamber, and connect with the clutch end of driving mechanism.
Further improvement as described foot-operated mop barrel, between described water butt and maching wringing tube, for realizing removable fixing frame for movement, be buckle and notch, on described water butt and maching wringing tube, at least one arranges buckle, and another relative corresponding setting and the draw-in groove being clasped.
As the further improvement of described foot-operated mop barrel, on the bucket wall of described water butt, at least two draw-in grooves are set, at least two buckles, the mutual clamping of described buckle and draw-in groove are set on the outer wall of described maching wringing tube.
Further improvement as described foot-operated mop barrel, described footstep mechanism comprises bearing, reduction torsion spring and pedal, described bearing comprises be fixedly installed on the foot-operated chamber inner base frame of maching wringing tube and the elastic arm stretching out on pedestal, described pedal connects with elastic arm, and described reduction torsion spring two ends are butt pedestal and elastic arm respectively.
As the further improvement of described foot-operated mop barrel, described pedal is hinged by jointed shaft and elastic arm, the arm swing of described pedal relative resilient, and at least one the position pedal on swinging track is taken in foot-operated chamber.
Further improvement as described foot-operated mop barrel, described driving mechanism comprises gear wheel, pinion and power transmission shaft, described gear wheel and pinion complement each other to form one group of bevel gear structure, described gear wheel and elastic arm interlock, described power transmission shaft and pinion interlock, described water basket is contained on power transmission shaft, and and power transmission shaft between unilateral bearing is housed.
As the further improvement of described foot-operated mop barrel, between described water basket outward flange and the chamber wall in water dumping chamber, be provided with retaining ring.
As the further improvement of described foot-operated mop barrel, on described water butt and maching wringing tube, be respectively equipped with the handle for lifting.
The application also provides a kind of floor mop assembly, comprises mop and the foot-operated mop barrel as described in above-mentioned any one.
The application's beneficial effect is:
In floor mop assembly and foot-operated mop barrel that the application provides, water butt is used for filling water and cleans mop, mop is put into the water basket of maching wringing tube after having cleaned in water butt, operator rotatablely moves by trampling the output of footstep mechanism control driving mechanism, and driving water basket rotation, the centrifugal action producing by fast rotational is by drying mop.This water butt and maching wringing tube arrange separately, and both realize removable fixing by simple frame for movement, can remove maching wringing tube is positioned in water butt and is packed, and reduce packing of product volume, save large quantity space and cost of transportation.
Accompanying drawing explanation
Fig. 1 is the structural representation of the foot-operated a kind of embodiment of mop barrel of the application;
Fig. 2 is that in the foot-operated a kind of embodiment of mop barrel of the application, maching wringing tube is put into water butt structural representation;
Fig. 3 is the drives structure schematic diagram of the foot-operated a kind of embodiment of mop barrel of the application;
Fig. 4 is foot-operated chamber one side schematic diagram in the foot-operated a kind of embodiment of mop barrel of the application.
The specific embodiment
Below by the specific embodiment, by reference to the accompanying drawings the present invention is described in further detail.
The present embodiment provides a kind of floor mop assembly, and this floor mop assembly comprises mop and foot-operated mop barrel.Rotatable between the mophead of this mop and mop rod, this class mop is very common in the prior art, and its concrete structure can be referring to prior art.
Foot-operated mop barrel in the present embodiment comprises water butt 1 and maching wringing tube 2, maching wringing tube 2 and the separate setting of water butt 1, and both realize removable fixing by frame for movement.Water butt 1 has water containing chamber 11, for filling water, during use, mophead is stretched in water butt 1 and is cleaned.And maching wringing tube 2 is for drying the moisture of mophead, when mop, after the interior cleaning of water butt 1 completes, puts into maching wringing tube 2 and dry.Owing to being removable connection between water butt 1 and maching wringing tube 2, therefore in packing and transportation, water butt 1 and maching wringing tube 2 can being pulled down and packed.For example can make maching wringing tube 2 overall dimensions be less than the water containing chamber of water butt 1, thereby maching wringing tube 2 mode is as shown in Figure 2 put into water butt 1, pack and transport, can reduce packing of product volume, save large quantity space and cost of transportation.
The frame for movement that can realize removable connection between two barrels is numerous, the example structure that the present embodiment provides is buckle and notch, particularly, please refer to Fig. 2, on the bucket wall of water butt 1, at least two draw-in grooves 12 are set, and at least two buckles 28 of setting on the outer wall of maching wringing tube 2, this buckle 28 and the mutual clamping of draw-in groove 12.Certainly, can be on water butt 1 and maching wringing tube 2 at least one buckle is set, and another relative corresponding setting and the draw-in groove being clasped, this comprises that water butt arranges buckle, maching wringing tube arranges this scheme of draw-in groove, also comprise that water butt arranges draw-in groove, maching wringing tube arranges this scheme of buckle, also comprise that water butt arranges draw-in groove and buckle simultaneously, and maching wringing tube also correspondence buckle and this scheme of draw-in groove are set simultaneously.
Please refer to Fig. 1-3, this maching wringing tube 2 comprises staving 21, footstep mechanism 24, driving mechanism and water basket 26.
Staving 21 has water dumping chamber (in Fig. 2 because water basket blocks water dumping chamber, therefore water dumping chamber cannot be shown) and foot-operated chamber 23, and foot-operated chamber 23 separates with water dumping chamber, avoids the water throwing away in water dumping chamber to enter in foot-operated chamber 23.Expose from staving 21 in foot-operated chamber 23, so that operator tramples footstep mechanism 24.
Footstep mechanism 24 is arranged in foot-operated chamber 23, it comprises bearing, pedal 243 and reduction torsion spring 244, bearing comprises be fixedly installed on foot-operated chamber 23 inner base frames 241 of maching wringing tube 2 and the elastic arm 242 stretching out on pedestal 241, pedal 243 connects with elastic arm 242, and reduction torsion spring 244 two ends are butt pedestal 241 and elastic arm 242 respectively.Wherein elastic arm 242 can be one-body molded with pedestal 241, also can be coupled to each other fixing with pedestal 241.Pedal 243 can stretch out outside staving 21 in foot-operated chamber 23, so that operator tramples, also can be positioned at staving 21, and operator stretches into pin in foot-operated chamber 23 and tramples pedal 243.
Driving mechanism comprises gear wheel 251, pinion 252 and power transmission shaft 253, and gear wheel 251 complements each other to form one group of bevel gear structure with pinion 252, and gear wheel 251 and elastic arm 242 interlocks, can be arranged on elastic arm 242 by an axle.Power transmission shaft 253 and pinion 252 interlocks, water basket 26 is contained on power transmission shaft 253, and and power transmission shaft 253 between unilateral bearing (not shown) is housed.Operator tramples pedal 243 downwards and can drive the pinion 252 of gear wheel 251 rotations and then driving and its engagement to rotate, and power transmission shaft 253 connects with pinion 252, also with pinion 252, rotate, thereby drive water basket 26360 degree rotations, the mophead in water basket 26 dries the most at last.Operator, step on after pedal 243, reduction torsion spring 244 self restoring force drives elastic arm 242 to reset, elastic arm 242 drives pedal 243 and gear wheel 251 to reset, gear wheel 251 drives with the pinion 252 of its engagement and resets, because the unilateral bearing between water basket 26 and power transmission shaft 253 only transmits unidirectional rotary motion, therefore water basket 26, because inertia continues along former direction rotation, dries moisture.
In order further to reduce the volume of product, pedal 243 can be hinged by jointed shaft 245 and elastic arm 242, and pedal 243 relative resilient arms 242 swing, and at least one position pedal 243 income on swinging track are in foot-operated chamber 23.As shown in Figure 3, by upwards upset of pedal 243, pedal 243 can be hidden in foot-operated chamber 23, then maching wringing tube 2 can be put into water butt 1 as shown in Figure 2.
In order to prevent that the water that water basket 26 throws away from flashing, between water basket 26 outward flanges and the chamber wall in water dumping chamber, be provided with retaining ring 27.And for the ease of lifting, on water butt 1 and maching wringing tube 2, be respectively equipped with the handle 13,29 for lifting.
Above content is in conjunction with concrete embodiment further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace.