CN204586808U - A kind of carwash mop - Google Patents
A kind of carwash mop Download PDFInfo
- Publication number
- CN204586808U CN204586808U CN201520170723.6U CN201520170723U CN204586808U CN 204586808 U CN204586808 U CN 204586808U CN 201520170723 U CN201520170723 U CN 201520170723U CN 204586808 U CN204586808 U CN 204586808U
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- China
- Prior art keywords
- water route
- mop
- mop rod
- water
- mophead
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60S—SERVICING, CLEANING, REPAIRING, SUPPORTING, LIFTING, OR MANOEUVRING OF VEHICLES, NOT OTHERWISE PROVIDED FOR
- B60S3/00—Vehicle cleaning apparatus not integral with vehicles
- B60S3/04—Vehicle cleaning apparatus not integral with vehicles for exteriors of land vehicles
- B60S3/044—Hand-held cleaning arrangements with liquid or gas distributing means
Abstract
The utility model relates to a kind of carwash mop, belongs to a kind of burnisher.It is by the mop rod of Wringing mop, near one end of mophead, is provided with a point of inflection, and makes angle between the bottom of collodion on mophead or sponge and mop rod between 90-160 °.On mop rod near point of inflection, be provided with the push rod made in the drive configuration of Wringing mop, the guide arm substantially parallel with mop rod.Or make the relative rotation angle of the two pivoted arms in two pivoted arm doubling Wringing mop between 30-90 °.Between water source and the collodion of Wringing mop, be provided with water supply water route, make clean water source continually can flow on collodion body and/or spray on car surface.The utility model compact conformation, easy to use, be convenient to mechanization production.
Description
Technical field
The utility model belongs to burnisher technical field, is specifically related to a kind of carwash mop.
Background technology
Wringing mop popular and practical at present has two kinds of basic forms, first roller type Wringing mop, and another kind is doubling squash type Wringing mop.They can be good at the use of satisfied general family and office, but, they are all not suitable for cleaning automobile, angle between their mophead of the first and mop rod is for ground wiped by pier and design, when cleaning automobile with them, the water squeezing frame of Wringing mop is easy to scratch car surface; It two is that inconvenience injects cleaning water and cleaning solution to the cavernous body on mophead.
Utility model content
The purpose of this utility model is for above present situation, provides a kind of and does not draw car, is easy to water filling, the easy to use and carwash mop that cleaning performance is good.
The utility model is by being arranged between 90 to 160 ° by the angle between the bottom of the collodion on the mophead of Wringing mop or sponge and mop rod, and increases water route that to lead to collodion or sponge from water source to realize above-mentioned technical purpose.
Particularly, the utility model is by the following technical solutions:
A kind of carwash mop, it comprises mop rod and mophead, it is characterized in that: also comprise supply water in described mophead water supply water route, for moisture in described mophead is extruded water squeezing structure, drive described water squeezing structure to carry out the drive configuration of water squeezing; Described mop rod is fixedly connected with water squeezing structure by attaching parts by described water squeezing structure, and described mop rod is provided with at least one point of inflection, and mop rod is 90 °-160 ° at described point of inflection angulation.
Particularly, described attaching parts is running-on, and described running-on comprises outer tube and interior pipe, and the base seal of outer tube is communicated with Zhi Shuilu bottom interior pipe, and interior pipe top is communicated with main water route; Be provided with radial direction in running-on and run through running-on and the connecting through hole of isolating with interior pipe, leakproof cushion rubber is provided with between outer tube and interior pipe, mop rod is plugged between outer tube and interior pipe, and be also provided with corresponding perforate to the connecting through hole corresponding position on running-on, tie bolt inserts the perforate on connecting through hole and mop rod, is fixedly connected with by mop rod with running-on.
Described water supply water route comprises and connects water source the main water route caused by water in running-on in pipe and be communicated with the Zhi Shuilu that water can be caused mophead with pipe in running-on; Described main water route is the flexible pipe be arranged in mop rod, or is the cavity in mop rod.
Described drive configuration comprises the handle be hinged on mop rod, by push rod and the guide arm of shaking hands to be connected, and the guiding push rod hinged with guide arm, described guide arm is hinged on mop rod, and the described guiding push rod other end is fixedly connected with mophead.
Described water squeezing structure is roller type water squeezing structure; Described roller type water squeezing structure comprises the bracing frame be fixedly connected with mop rod by running-on, and be positioned at the symmetrical more than one pair of roller of both sides, mophead top, support frame as described above is fixedly connected with running-on or one-body molded with running-on, be symmetrical two parts bottom bracing frame, be connected by least one pair of axle core with the roller of mophead both sides respectively, described axle core runs through bottom roller and bracing frame, bracing frame top is provided with connecting through hole, and described guiding push rod is connected with mophead through described connecting through hole.
Described water squeezing structure is folding type water squeezing structure; Described folding type water squeezing structure can be any one in following three kinds:
1) fork-shaped skeleton that is one-body molded with running-on or that be fixedly connected with mop rod by running-on is comprised, the two pieces of connecting panels be connected by pivoted arm are pitched respectively with two of fork-shaped skeleton, guiding piece hinged with two pieces of connecting panels respectively, and be fixedly installed on the two pieces of top boards be fixedly connected with two pieces of connecting panels respectively on mophead; Described guiding piece is connected with drive configuration; Or:
2) comprise and being sleeved on mop rod and the fork-shaped skeleton that can slide on mop rod, the two pieces of connecting panels be connected by pivoted arm are pitched respectively with two of fork-shaped skeleton, the guiding piece hinged with two pieces of connecting panels, and be fixedly installed on the two pieces of top boards be fixedly connected with two pieces of connecting panels respectively on mophead; Described fork-shaped skeleton and drive configuration hinged, described guiding piece is fixedly connected with mop rod by running-on; Or:
3) comprise and being sleeved on mop rod and the slide block that can slide on mop rod, the two pieces of connecting panels be connected with described slide block respectively by sliding bar, the guiding piece hinged with two pieces of connecting panels, and be fixedly installed on the two pieces of top boards be fixedly connected with two pieces of connecting panels respectively on mophead; Described slide block and drive configuration hinged, described sliding bar two ends respectively with slide block and connecting panel hinged, described guiding piece is fixedly connected with mop rod by running-on.
The utility model is also provided with the mop rod of at least one point of inflection described in available straight mop rod replacement, and described connecting panel is pitched or two groups of sliding bars are connected with two of described fork-shaped skeleton by two pivoted arm structure, the described pair of pivoted arm structure comprises and the upper pivoted arm of the fork of fork-shaped skeleton or sliding bar pivot joint and the lower pivoted arm hinged with upper pivoted arm, lower pivoted arm and connecting panel hinged.
For roller type water squeezing structure, the utility model Zhi Shuilu can be following any one:
Described Zhi Shuilu is arranged in bracing frame, it comprise be arranged on the horizontal water route-be communicated with interior pipe in bracing frame end face and with described horizontal water route-be communicated be arranged on vertical water route in bracing frame side-; Or
Described Zhi Shuilu comprise the vertical tube-be communicated with interior pipe that is arranged in bracing frame and be arranged in mophead with the transverse tube of described vertical tube-be communicated with-, described transverse tube-longitudinally arrange in mophead, and transverse tube-bottom even be provided with apopore.
Described horizontal water route is: the cast water route being led to the corner of bracing frame end face by interior pipe, or for lead to the front side of bracing frame end face and/or the cast water route of rear side by interior pipe, or for the front side and/or rear side of being led to bracing frame end face by interior pipe first surface type water route-; Described vertical water route is: that be positioned at bracing frame corner with cast water route that is horizontal water route-be communicated with, or for be positioned at bracing frame leading flank and/or trailing flank with the cast water route in horizontal water route-be communicated with, or for be positioned at bracing frame leading flank and/or trailing flank with second type water route in horizontal water route-be communicated with-; Described Zhi Shuilu be horizontal water route-with vertical water route-combination in any.
For the 1st) plant folding type water squeezing structure, described Zhi Shuilu comprise be communicated with running-on be positioned at fork-shaped skeleton and lead to point water route of fork-shaped skeleton both sides respectively, by the distributive pipe that interface is connected with described point of water route, be arranged on the water storage cavity be connected with described distributive pipe on connecting panel, and be arranged on the water hole be communicated with water storage cavity on the top board of mophead;
For the 2nd) and the 3rd) planting folding type water squeezing structure, described Zhi Shuilu is set directly in guiding piece.
The beneficial effects of the utility model are: the utility model mop rod and mophead are 90 ° of-160 ° of angles, operate when being convenient to carwash, and 90 ° of-160 ° of angles by the bending realization of mop rod, also can realize by two pivoted arm.Water supply water route serially in mophead or car surface inject or spray moisture, or the mixed liquor of water and cleaning agent, can realize adding scouring, efficient water-saving to the flushing of car surface simultaneously, and there is no current splash.After cleaned, by water squeezing structure, the moisture in collodion or sponge can also be extracted, utilize arm---the mop rod extended, and the strong absorptive of collodion or sponge, car surface is dried.The utility model compact conformation, easy to use, be convenient to mechanization production.
Accompanying drawing illustrates:
Fig. 1 is roller type carwash Mop structure schematic diagram;
Fig. 2 is the cutaway view of the bracing frame of roller type carwash mop;
Fig. 3 is running-on schematic diagram;
Fig. 4 is the running-on cutaway view that waterproof apron is positioned at connecting through hole bottom;
Fig. 5 is the running-on cutaway view that waterproof apron is positioned at connecting through hole top;
Fig. 6 is the schematic diagram that the mop rod of roller type carwash mop is provided with two point of inflection;
Fig. 7 is bracing frame and the Zhi Shuilu schematic diagram of roller type carwash mop;
Fig. 8 is the Zhi Shuilu schematic diagram of roller type carwash mop;
Fig. 9 is shape water route, the bracing frame face cutaway view of roller type carwash mop;
Figure 10 be roller type carwash mop bracing frame axle stem stem between the schematic diagram of baffle plate is set;
Figure 11 is the schematic diagram that the both sides in the type water route, bracing frame face of roller type carwash mop arrange water route, side;
Figure 12 is the structural representation of the bracing frame extending transversely of roller type carwash mop;
Figure 13 is the structural representation of the trapezoidal bracing frame of roller type carwash mop;
Figure 14 is the bracing frame front-back cast water route schematic diagram of roller type carwash mop;
Figure 15 is T-shaped water route schematic diagram in roller type carwash mop;
Figure 16 is the structural representation of roller type carwash mop multiaxis stem stem bracing frame;
Figure 17 is the schematic diagram in through-type water route in roller type carwash mop;
Figure 18 is doubling squash type carwash Mop structure schematic diagram;
Figure 19 is the inner structure schematic diagram of connecting panel;
Figure 20 is two pivoted arm doubling squash type carwash Mop structure schematic diagrams;
Figure 21 be fork-shaped skeleton and mop rod sliding block joint time the structural representation of folded carwash mop;
Figure 22 is the structural representation replacing the folded carwash mop of fork-shaped skeleton with slide block and sliding bar;
Figure 23 is guiding piece used and the integrated structural representation of running-on in accompanying drawing 21 and 22;
Figure 24 is the double carwash mop schematic diagram doing water route of mop rod;
Figure 25 is pipe collar schematic diagram;
Figure 26 is pipe clamp schematic diagram.
In accompanying drawing: 1, main water route, 2, grip, 3, water route switch, 4, mop rod, 5, flexible pipe, 6, handle, 7, push rod, 8, guide arm, 9, guiding push rod, 10, connecting through hole, 11, bracing frame, 12, clamper, 13, mophead, 14, roller, 15, push rod through hole, 16, running-on, 17, hose coupling, 18, outer tube, 19, interior pipe, 20, axle stem stem, 21-1, horizontal water route, 21-2, vertical water route, 22, axle core, 23, axle stem stem water route water outlet, 24-1, first surface shape water route, 24-2, second type water route, 24-3, water route, side, 25, shape water route, face water outlet, 26, bracing frame bottom surface, 27, water route, front and back, 28, nozzle, 29, fork-shaped skeleton, 30, distributive pipe, 30-1, vertical tube, 30-2, transverse tube, 31, pivoted arm, 32, water cavity, 33, guiding piece, 34, connecting panel, 35, top board, 36, water hole, 37, lower pivoted arm, 38, upper pivoted arm, 39, apopore, 40, waterproof apron, 41, step, 42, leakproof cushion rubber, 43, pipe clamp, 44, pipe collar, 45, hinge hole, 46, suspension ring, 47, slide block, 48, sliding bar, 49, baffle plate.
Detailed description of the invention
With specific embodiment, the technical solution of the utility model is described in detail below.Following examples are only better embodiment of the present utility model, instead of embodiment is exhaustive, and any not creative improvement done under spirit of the present utility model and principle, all in protection domain of the present utility model.
The utility model carwash mop comprises the mop rod 4 of hollow and the mophead 13 of collodion or sponge material, also comprise in described mophead 13 supply water water supply water route, for moisture in described mophead 13 is extruded water squeezing structure, drive described water squeezing structure to carry out the drive configuration of water squeezing; Described mop rod 4 is fixedly connected with water squeezing structure by attaching parts by described water squeezing structure, and described mop rod 4 is provided with at least one point of inflection near the position of mophead 13, and mop rod 4 is 90 °-160 ° at point of inflection place angulation.
As depicted in figs. 1 and 2, described water squeezing structure is roller type water squeezing structure; Mop rod 4 has a point of inflection, makes its two ends angulation be 120 °; Described roller type water squeezing structure comprises the three symmetrical pair rollers 14 being positioned at both sides, mophead 13 top, and for connecting the bracing frame 11 of roller 14 and mop rod 4, be symmetrical two parts bottom support frame as described above 11, be connected by axle core 22 with the roller 14 of mophead 13 both sides respectively, corner bottom bracing frame 11 is the axle stem stem 20 growing other parts, described axle core 22 runs through roller 14 and axle stem stem 20, thus roller 14 and bracing frame is linked together.
Described drive configuration comprises the handle 6 be hinged on mop rod 4, by the guide arm 8 that push rod 7 is connected with handle 6, and the guiding push rod 9 hinged with guide arm 8, described guide arm 8 is hinged on mop rod 4, and described guiding push rod 9 other end is fixedly connected with the clamper 12 at mophead 13 top through being arranged on the structural push rod through hole 15 of water squeezing.
As in Figure 3-5, described attaching parts is running-on 16, and it is fixedly connected with bracing frame 11 or one-body molded with bracing frame 11, described running-on 16 comprises outer tube 18 and interior pipe 19, the base seal of outer tube 18, is communicated with Zhi Shuilu bottom interior pipe 19, and interior pipe 19 top is communicated with main water route 1; Be provided with in running-on 16 radial direction run through running-on 16 and with the connecting through hole 10 that interior pipe 19 is isolated, be provided with leakproof cushion rubber 42 between outer tube 18 and interior pipe 19, stop water flow out from mop rod 4.Mop rod 4 is plugged between outer tube 18 and interior pipe 19, and is also provided with corresponding perforate to connecting through hole 10 corresponding position on running-on 16, and tie bolt inserts the perforate on connecting through hole 10 and mop rod 4, is fixedly connected with by mop rod 4 with running-on 16.
Described water supply water route comprises and connects water source the main water route 1 caused by water in running-on 16 in pipe 19 and be communicated with the Zhi Shuilu that water can be caused mophead 13 with pipe 19 in running-on 16; In the present embodiment, main water route is be arranged on the flexible pipe in mop rod 4, and its two ends are connected with the hose coupling in interior pipe 19 and grip 2 respectively, and grip 2 is outer is also provided with hose coupling, by another section of flexible pipe 1, on the outside hose coupling being connected to grip 2 and on water source.So, the water supply water route of 13 from water source to mophead has just been connected.Grip 2 is provided with water route switch 3, for controlling the opening and closing in water route.
As shown in Figure 6, the quantity of the point of inflection on mop rod 4 is 2, and mop rod bends for twice through a, b, and each point of inflection place angulation is 135 °.This mop rod is applicable to clean higher Oversize vehicle, can clean to the roof of Oversize vehicle after mop rod is bending through twice easily.The number of point of inflection on mop rod and the angle of each point of inflection can be increased and decreased as required in practical application, or with replacing point of inflection, to obtain required angle by water route attaching parts in relative rotation.
As shown in Figure 7 and Figure 8, described Zhi Shuilu is arranged in bracing frame 11, and it comprises the horizontal water route 21-1 be communicated with interior pipe 19 be arranged in bracing frame 11 end face and the vertical water route 21-2 be arranged in bracing frame 11 side be communicated with described horizontal water route 21-1.Described horizontal water route 21-1 is the cast water route of the corner being led to bracing frame 11 end face by interior pipe 19, described vertical water route 21-2 is: the cast water route be communicated with horizontal water route 21-1 being positioned at bracing frame 11 4 jiaos, and the bottom of four axle stem stems 20 is cast water route outlet 23.
As shown in Figure 9, described horizontal water route 21-1 leads to the front side of bracing frame 11 end face and the first surface type water route 24-1 of rear side by interior pipe 19, described vertical water route 21-2 is second the type water route 24-2 be communicated with horizontal water route 21-1 being positioned at bracing frame 11 leading flank and/or trailing flank, and type water route, face outlet 25 is arranged on bottom bracing frame.
As shown in Figure 10, when Zhi Shuilu is type water route, face, baffle plate 49 is set between the axle stem stem of bracing frame 11, prevents from spattering outside current.
As shown in figure 11, water route, the side 24-3 of cast can also be set in the side of second type water route 24-2, the outlet of described side water route 24-3 is arranged on the side of bracing frame 11, water route, side 24-3 can together with type water route, face by Water spray on mophead 13, the quantity of water route, side 24-3 can increase and decrease according to actual needs.
As shown in figure 12, can by bracing frame 11 extending transversely, the width being correspondingly positioned at type water route, the face outlet 25 on second type water route of bracing frame 11 and bracing frame 11 bottom surface also just increases thereupon, like this when covered with dust on mophead 13 or foreign material more time can be rinsed easily.
As shown in figure 13, bracing frame 11 also can be set to up-narrow and down-wide trapezoidal, and the width that type water route, face can be made like this to export 25 increases, and additionally reduces the volume of bracing frame 11.
As shown in figure 14, described horizontal water route 21-1 leads to the front side of bracing frame 11 end face and the cast water route of rear side by interior pipe 19, and described vertical water route 21-2 is the cast water route be communicated with horizontal water route 21-1 being positioned at bracing frame 11 leading flank and trailing flank.Water outlet in vertical water route arranges the nozzle 28 that can eject water to mophead 13 parallel with mophead 13.
During use, roller type carwash mop is placed on and is washed car surface, to fetch boiling water way switch 3, water will from the hose coupling 17 hose coupling, water route switch 3, grip 2 inner hose joint, mop rod 4 inner flexible tube 5, interior pipe 19 outside water source, flexible pipe 1, grip 2, interior pipe 19, axle stem stem water route 21, or shape water route, face 24, or water route, front and back 27, from axle stem stem water route water outlet 23, or water outlet 25 place, shape water route, face jet flow is on mophead 13, or from nozzle 28 jet flow in water route, front and back on mophead 13.Mophead 13 to after saturated in water suction, just have water and separates out from mophead 13.Drag mop rod 4 gently, the dirt on the car surface of mophead 13 process, a part is walked by the water-band separated out from collodion or sponge 13, and a part is adsorbed by collodion or sponge 13.
Pull handle 6, the push rod 7 hinged with handle 6 will drive guide arm 8 to do rotation in the same way, be hinged on guiding push rod 9 on guide arm 8, that be fixedly connected with clamper 12 through push rod through hole 15, one end, clamper 12 upward movement will be driven, be fixed on the mophead 13 on clamper 12, also in company with clamper 12 upward movement together.When collodion or sponge 13 are through roller 14, the moisture in mophead 3 will be extruded by roller 14, and dirt on the surface of removing mophead 13.
Decontrol handle 6, roller drive configuration under the effect of the bounce of collodion or sponge 13, will get back to original position.
After car surface cleans up, the moisture of roller type carwash mop is extracted, utilizes the strong absorptive of collodion or sponge 13, car surface is dried.
As shown in figure 15, described Zhi Shuilu also can be arranged to T-shaped water route, namely the vertical tube 30-1 be communicated with interior pipe 19 is set in bracing frame 11, and waterproof apron 40 is set between this vertical tube and interior pipe 19, prevent from leaking, arrange the transverse tube 30-2 be communicated with described vertical tube 30-1 in mophead 13, this transverse tube is longitudinally arranged in mophead 13, transverse tube 30-2 bottom even sets out water hole 39, and water flows out from apopore 39 and enters mophead.
As shown in figure 16, the quantity of the bracing frame axis stem stem of roller type carwash mop is set to 6, in order to anchor shaft core, is provided with axle stem stem water route in each axle stem stem, the outlet of axle stem stem water route is arranged on bottom axle stem stem, also suitably can increase and decrease the quantity of axle stem stem according to actual needs.
As shown in figure 17, roller type carwash mop also can arrange through-type water route, i.e. running-on 16 bottom opening, and current directly flow out from running-on 16, drop on mophead 13.
As shown in Figure 18 and Figure 19, described water squeezing structure is folding type water squeezing structure; Described folding type water squeezing structure comprises the fork-shaped skeleton 29 be connected with mop rod 4, the two pieces of connecting panels 34 be connected by pivoted arm 31 are pitched respectively with two of fork-shaped skeleton 29, guiding piece 33 hinged with two pieces of connecting panels 34 respectively, and the two pieces of top boards 35 be fixedly connected with two pieces of connecting panels 34 be respectively fixedly installed on mophead 13, guiding piece 33 is hinged with drive configuration.Zhi Shuilu in the present embodiment comprise be communicated with running-on 19 be positioned at fork-shaped skeleton 29 and lead to point water route of fork-shaped skeleton 29 both sides respectively, by the distributive pipe 30 that interface 17 is connected with described point of water route, be arranged on the water storage cavity 32 be connected with described distributive pipe 30 on connecting panel 34, and be evenly arranged on the multiple water holes 36 be communicated with water storage cavity 32 on the top board 35 of mophead 13.Wherein for water is distributed in mophead 13 evenly, multiple distributive pipe 30 can be set, multiple interface be set accordingly on connecting panel 34 these distributive pipes are all connected with water storage cavity 32.
As shown in figure 20, the mop rod of doubling squeeze mop also can be arranged to straight-bar, in this embodiment, connecting panel 34 is pitched with two of described fork-shaped skeleton 29 by two pivoted arm structure and is connected, described pair of pivoted arm structure comprises and the upper pivoted arm 38 of the fork pivot joint of fork-shaped skeleton 29 and the lower pivoted arm 37 hinged with upper pivoted arm 38, lower pivoted arm 37 is hinged with connecting panel 34, hinged with guiding piece 33 and drive configuration.Upper pivoted arm can realize in 90 ° of-160 ° of angles between mophead and mop rod, the rotation of connecting panel when lower pivoted arm can realize doubling.
Promote the handle 6 be arranged on mop rod 4, eccentric guiding piece 39 and connecting panel 34, and be fixed on plastic flagstone 35 on connecting panel 34, be attached to collodion on plastic flagstone 35 or sponge 13, will from pivoted arm seat 29, along the chute of pivoted arm seat 29, skid off pivoted arm seat 29.When two connecting panels 34 and eccentric guiding piece 39 are at same plane, continue to promote handle 6, connecting panel 34 and eccentric guiding piece 39, together with lower pivoted arm 37, will rotate around the adapter shaft of upper and lower pivoted arm.When the angle of rotating is between 30-90 °, be arranged on the clamp on handle 6, be stuck on mop rod 4, and connecting panel 34 and eccentric guiding piece 39 are fixed, be fixed on the plastic flagstone 35 on connecting panel 34, with the collodion be attached on plastic flagstone 35 or sponge 13, be fixed together with eccentric guiding piece 39 in company with connecting panel 34.Now, the angle between the bottom of collodion or sponge 13 and mop rod 4 is between 90-160 °.
Or on mop rod 4, near the position of pivoted arm seat, be provided with point of inflection, the angle that mop rod 4 is bending, add the angle that upper and lower pivoted arm 37 rotates around the adapter shaft of upper and lower pivoted arm, make angle between the bottom of collodion or sponge and mop rod 4 between 90-160 °.
Pull handle 6, connecting panel 34, eccentric guiding piece 39, plastic flagstone 35 and collodion or sponge 13, move together in the opposite direction, after they enter pivoted arm seat 29, just extruded by the moisture in collodion or sponge 13.
Folding type water squeezing structure also can in the enterprising line translation of aforementioned base.
As shown in figure 21, running-on two ends are fixedly connected with guiding piece 33 with mop rod 4 respectively, fork-shaped skeleton 11 is hinged and be slidably disposed on mop rod 4 with drive configuration, the Zhi Shuilu in water supply water route is arranged in guiding piece, guiding piece 33 and running-on 16 also can be formed in one, as shown in figure 23, the inner one end of guiding piece 33 is communicated with running-on, and the other end then leads to mophead.In this connection structure, running-on also can replace with the close-fitting connection pipe of mop rod.
As shown in figure 22, fork-shaped skeleton also available slide block 47 and sliding bar 48 form replace, described slide block 47 and drive configuration are hinged, and (concrete form is: slide block 47 both sides are fixedly installed two fixed legs, the pull bar lower end of drive configuration is set to circular hole, by circle hole sleeve on fixed leg, block pull bar with card or nut) and be slidably disposed on mop rod, sliding bar 48 two ends respectively with slide block 47 and connecting panel 34 hinged.
As shown in figure 24, the mop rod of hollow also can be utilized as main water route, the hose segment in main water route 1 is connected with the grip 46 with water route switch 3 by hose coupling, and water enters the mop rod of hollow by hose segment, then is communicated with Zhi Shuilu.Because mop rod is hinged with drive configuration, hinge hole likely leaks, therefore pipe clamp 43 or pipe collar 44 are set on mop rod, as illustrated in figs. 25 and 26, the bottom of handle 6 and guide arm 8, no longer be hinged on mop rod 4, but be hinged on the hinge hole 45 of the pipe collar 44 excessively coordinated with mop rod 4, or be hinged on the hinge hole 45 of the pipe clamp 43 being fixed by bolts to mop rod 4.Like this, just avoid water outwards to spray water from handle 6 and guide arm 8 with the hinged place of mop rod 4.
Water supply water route also can be removed by the utility model, and as the instrument cleaning glass or hard surface, mop rod can adjust length with telescopic form, to adapt to the user demand of different occasion.Mop rod end also can arrange suspension ring 46, to facilitate, the utility model be hung folding and unfolding.
Those skilled in the art can carry out conventional change on the basis of above embodiment; carry out combination in any as in several modes that horizontal water route and the array mode in vertical water route can provide at the utility model, the side of grip 2 can be arranged detergent container and be selected whether to add the quantity in point water route and the combination in any etc. of position in cleaning agent, folded mop by cleanser switch; as long as water is guided to collodion or sponge mop head from water source; and make the carwash mop of mophead and mop rod-160 ° of angles in 90 °, all in protection domain of the present utility model.
Claims (10)
1. a carwash mop, it comprises mop rod (4) and mophead (13), it is characterized in that: also comprise to the water supply water route of supplying water in described mophead (13), for moisture in described mophead (13) is extruded water squeezing structure, drive described water squeezing structure to carry out the drive configuration of water squeezing; Described mop rod (4) is fixedly connected with water squeezing structure by attaching parts by described water squeezing structure, and described mop rod (4) is provided with at least one point of inflection, and mop rod (4) is 90 °-160 ° at described point of inflection angulation.
2. a kind of carwash mop according to claim 1, it is characterized in that: described attaching parts is running-on (16), described running-on (16) comprises outer tube (18) and interior pipe (19), the base seal of outer tube (18), interior pipe (19) bottom is communicated with Zhi Shuilu, and interior pipe (19) top is communicated with main water route (1); Be provided with radial direction in running-on (16) and run through running-on (16) and the connecting through hole (10) of isolating with interior pipe (19), leakproof cushion rubber (42) is provided with between outer tube (18) and interior pipe (19), mop rod (4) is plugged between outer tube (18) and interior pipe (19), and be also provided with corresponding perforate with connecting through hole (10) corresponding position on running-on (16), tie bolt inserts the perforate on connecting through hole (10) and mop rod (4), is fixedly connected with by mop rod (4) with running-on (16).
3. a kind of carwash mop according to claim 2, is characterized in that: described water supply water route comprises and connects water source the main water route (1) caused by water in the interior pipe (19) of running-on (16) and be communicated with the Zhi Shuilu that water can be caused mophead (13) with the interior pipe (19) of running-on (16); Described main water route (1) for being arranged on the flexible pipe in mop rod (4), or is the cavity in mop rod (4).
4. a kind of carwash mop according to claim 3, it is characterized in that: described drive configuration comprises the handle (6) be hinged on mop rod (4), by the guide arm (8) that push rod (7) is connected with handle (6), and the guiding push rod (9) hinged with guide arm (8), described guide arm (8) is hinged on mop rod (4), and described guiding push rod (9) other end is fixedly connected with mophead (13).
5. a kind of carwash mop according to claim 4, is characterized in that: described water squeezing structure is roller type water squeezing structure, described roller type water squeezing structure comprises the bracing frame (11) be fixedly connected with mop rod (4) by running-on (16), and be positioned at the symmetrical more than one pair of roller (14) of mophead (13) both sides, top, support frame as described above (11) is fixedly connected with running-on (16) or one-body molded with running-on (16), bracing frame (11) bottom is symmetrical two parts, be connected by least one pair of axle core (22) with the roller (14) of mophead (13) both sides respectively, described axle core (22) runs through roller (14) and bracing frame (11) bottom, bracing frame (11) top is provided with connecting through hole (15), described guiding push rod (9) is connected with mophead (13) through described connecting through hole (15).
6. a kind of carwash mop according to claim 4, is characterized in that: described water squeezing structure is folding type water squeezing structure; Described folding type water squeezing structure is:
1) fork-shaped skeleton (29) that is one-body molded with running-on (16) or that be fixedly connected with mop rod (4) by running-on (16) is comprised, the two pieces of connecting panels (34) be connected by pivoted arm (31) are pitched respectively with two of fork-shaped skeleton (29), guiding piece (33) hinged with two pieces of connecting panels (34) respectively, and be fixedly installed on the two pieces of top boards (35) be fixedly connected with two pieces of connecting panels (34) respectively on mophead (13); Described guiding piece (33) is connected with drive configuration; Or:
2) comprise that to be sleeved on mop rod (4) upper and can at the upper fork-shaped skeleton (29) slided of mop rod (4), the two pieces of connecting panels (34) be connected by pivoted arm (31) are pitched respectively with two of fork-shaped skeleton (29), the guiding piece (33) hinged with two pieces of connecting panels (34), and be fixedly installed on the two pieces of top boards (35) be fixedly connected with two pieces of connecting panels (34) respectively on mophead (13); Described fork-shaped skeleton (29) is hinged with drive configuration, and described guiding piece (33) is fixedly connected with mop rod (4) by running-on (16); Or:
3) comprise that to be sleeved on mop rod (4) upper and can at the upper slide block (47) slided of mop rod (4), the two pieces of connecting panels (34) be connected with described slide block (47) respectively by sliding bar (48), the guiding piece (33) hinged with two pieces of connecting panels (34), and be fixedly installed on the two pieces of top boards (35) be fixedly connected with two pieces of connecting panels (34) respectively on mophead (13); Described slide block (47) and drive configuration are hinged, described sliding bar (48) two ends respectively with slide block (47) and connecting panel (34) hinged, described guiding piece (33) is fixedly connected with mop rod (4) by running-on (16).
7. a kind of carwash mop according to claim 6, it is characterized in that: the mop rod (4) being provided with at least one point of inflection described in replacing with straight mop rod, and described connecting panel (34) is pitched or two groups of sliding bars (48) are connected with two of described fork-shaped skeleton (29) by two pivoted arm structure, the described pair of pivoted arm structure comprises and the upper pivoted arm (38) of the fork of fork-shaped skeleton (29) or sliding bar (48) pivot joint and the lower pivoted arm (37) hinged with upper pivoted arm (38), and lower pivoted arm (37) is hinged with connecting panel (34).
8. a kind of carwash mop according to claim 3, it is characterized in that: described Zhi Shuilu is arranged in bracing frame (11), it comprises the horizontal water route (21-1) be communicated with interior pipe (19) be arranged in bracing frame (11) end face and the vertical water route (21-2) be arranged in bracing frame (11) side be communicated with described horizontal water route (21-1); Or
Described Zhi Shuilu comprises the vertical tube (30-1) be communicated with interior pipe (19) and the transverse tube (30-2) be communicated with described vertical tube (30-1) be arranged in mophead (13) that are arranged in bracing frame (11), described transverse tube (30-2) is longitudinally arranged in mophead (13), and the bottom even of transverse tube (30-2) is provided with apopore (39).
9. a kind of carwash mop according to claim 8, it is characterized in that: described horizontal water route (21-1) is: the cast water route being led to the corner of bracing frame (11) end face by interior pipe (19), or for lead to the front side of bracing frame (11) end face and/or the cast water route of rear side by interior pipe (19), or for lead to the front side of bracing frame (11) end face and/or the first surface type water route (24-1) of rear side by interior pipe (19); Described vertical water route is: the cast water route be communicated with horizontal water route (21-1) being positioned at bracing frame (11) corner, or for being positioned at the cast water route be communicated with horizontal water route (21-1) of bracing frame (11) leading flank and/or trailing flank, or for being positioned at second the type water route (24-2) be communicated with horizontal water route (21-1) of bracing frame (11) leading flank and/or trailing flank; Described Zhi Shuilu is horizontal water route (21-1) and the combination in any of vertical water route (21-2).
10. a kind of carwash mop according to claim 6 or 7, it is characterized in that: described Zhi Shuilu comprise be communicated with running-on (19) be positioned at fork-shaped skeleton (29) and lead to point water route of fork-shaped skeleton (29) both sides respectively, the distributive pipe (30) be connected with described point of water route by interface (17), be arranged on the water storage cavity (32) be communicated with described distributive pipe (30) on connecting panel (34), and be evenly arranged on the water hole (36) be communicated with water storage cavity (32) on the top board (35) of mophead (13); Or:
Described Zhi Shuilu is set directly in guiding piece (33).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520170723.6U CN204586808U (en) | 2015-02-04 | 2015-03-25 | A kind of carwash mop |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2015200758669 | 2015-02-04 | ||
| CN201520075866 | 2015-02-04 | ||
| CN201520170723.6U CN204586808U (en) | 2015-02-04 | 2015-03-25 | A kind of carwash mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204586808U true CN204586808U (en) | 2015-08-26 |
Family
ID=53339185
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510132516.6A Expired - Fee Related CN104691517B (en) | 2015-02-04 | 2015-03-25 | A kind of carwash mop |
| CN201520170723.6U Expired - Fee Related CN204586808U (en) | 2015-02-04 | 2015-03-25 | A kind of carwash mop |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510132516.6A Expired - Fee Related CN104691517B (en) | 2015-02-04 | 2015-03-25 | A kind of carwash mop |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN104691517B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104691517A (en) * | 2015-02-04 | 2015-06-10 | 何来发 | Vehicle washing mop |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109177933B (en) * | 2018-10-31 | 2021-08-24 | 武汉均胜汽车零部件有限公司 | Automobile windshield washer |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB695444A (en) * | 1949-08-25 | 1953-08-12 | Samuel John Thomas Wood | Improvements in or relating to apparatus for washing vehicles and for like purposes |
| JP2006333977A (en) * | 2005-05-31 | 2006-12-14 | Maru T Ohtsuka:Kk | Connector of washing body and handle |
| CN201139531Y (en) * | 2008-01-16 | 2008-10-29 | 衡阳师范学院 | Multifunctional car-washing mop |
| CN203000844U (en) * | 2012-12-04 | 2013-06-19 | 张淳皓 | Mop with water feeding device |
| CN204120962U (en) * | 2014-05-06 | 2015-01-28 | 王鹏飞 | Mop vehicle-washing device |
| CN104068804B (en) * | 2014-07-08 | 2017-02-22 | 丁正栓 | Mop with water squeezing function |
| CN204055732U (en) * | 2014-07-13 | 2014-12-31 | 何来发 | Cross water mop/brush |
| CN104691517B (en) * | 2015-02-04 | 2017-10-31 | 何来发 | A kind of carwash mop |
-
2015
- 2015-03-25 CN CN201510132516.6A patent/CN104691517B/en not_active Expired - Fee Related
- 2015-03-25 CN CN201520170723.6U patent/CN204586808U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104691517A (en) * | 2015-02-04 | 2015-06-10 | 何来发 | Vehicle washing mop |
| CN104691517B (en) * | 2015-02-04 | 2017-10-31 | 何来发 | A kind of carwash mop |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104691517A (en) | 2015-06-10 |
| CN104691517B (en) | 2017-10-31 |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150826 Termination date: 20180325 |