CN201303922Y

CN201303922Y - Water impurity filtration structure

Info

Publication number: CN201303922Y
Application number: CNU200820176855XU
Authority: CN
Inventors: 游聪谋
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-11-28
Filing date: 2008-11-28
Publication date: 2009-09-09
Anticipated expiration: 2018-11-28

Abstract

The utility model provides a water impurity filtration structure, comprising a holding base, a dewatering assembly, an activating device, and a filter, wherein the holding base comprises a holding groove for holding aqueous solution, and an assembly space; the dewatering assembly is arranged in the holding groove; the activating device at least comprises an activating member and a driving part, the activating member performs seesaw oscillation using a pivoting position as an axle center, and connects with the driving part; the filter is assembled in the holding groove of the holding base, and provided with at least a filter screen and at least a turbine blade set which is driven directly or indirectly to rotate by the activating device. The utility model is free of a power supply, and drives a driving part to rotate only by the activating member repeatedly applied on the activating device, so as to enable the dewatering assembly to continuously rotate or acceleratedly, the aqueous object placed in the dewatering assembly to be centrifugally dewatered, and the aqueous solution in the holding groove of the holding base is attracted by the turbine blade set of the filter to flow through the filter screen for filtering the impurity, so as to achieve the purpose of the reducing the impurity in the aqueous solution.

Description

Contaminant filter structure in the water

Technical field

The utility model relates to contaminant filter structure in a kind of water, is meant that especially a dewater unit is in conjunction with the contaminant filter structure that a filter is set; Need not to use power supply, the user forces in an acting device, utilizes turbo blade to drive water and flows via screen pack, reaches the purpose of removing impurity in the water.

Background technology

The wiping floor is the customary affairs in people's daily life, in general, is to use moisture single piece of material directly to wash the floor, and modal then is to clean the floor with various mop.No matter be single piece of material or mop, the dust, foreign material and the dirt that all need the repetition water or the aqueous solution to clean to attach to single piece of material and mop arrive suitable humidity with the moisture removal in single piece of material and the mop again.

For the dehydration of single piece of material, can directly utilize dewaterer or directly reverse and extrude, still with hand, the mop cloth is incorporated into the mop body of rod usually, thereby can not put in the dewaterer and dewater, as if directly reversing water is extruded with hand, then there is the application of force to be difficult for, to expend the problem of muscle power.And, directly reverse single piece of material or mop cloth with hand, its contained dust, foreign material, dirt may injure user's hand, injure skin or cause pachylosis, for the modern times all can people, particularly women, more consider dangerous.

Relevant for the improvement of mop and cooperating equipment thereof, device in the existing various prior aries, main direction is all solving dehydration problem.For example: (a) at the mop body of rod in conjunction with one group of hold-down roll, utilize roller that the moisture of the mop cloth after cleaning is extruded, avoid the problem of hand contact cloth; (b) mop is used press dry tube, with the extrude cloth end of mop of a cylinder, moisture is extruded.

Other, as: the novel bulletin M338634 of TaiWan, China patent number, theme as " dewater unit ", with reference to figure 1,2, be to be used in the dehydration problem that solves the mop cloth equally, especially for the dehydration of the cloth of disc type mop or rotating disc type mop; The novel M338634 of this TaiWan, China number, be provided with a housing 100, a rotating unit 200, a gear unit 300 and a push rod unit 400, the cloth 501 of rotating disc type mop 500 is placed in the bearing assembly 201 of runner assembly 200, drive gear unit 300, rotating unit 200 by push rod unit 400, make cloth 501 dehydrations of the rotating disc type mop 500 in the bearing assembly 201.

Aforementioned various existing mop or mop dewatering equipment or the like are though all can reach the purpose of mop cloth dehydration basically; Yet its common shortcoming is: ignored and improved the water or the aqueous solution that reaches the cleaning efficacy one of the chief elements, that is, the reusable water or the aqueous solution do not have the facility of purification or impurity screening.

Therefore, how to make the Clean-water or the aqueous solution when repeated washing mop cloth, can effectively reduce wherein contained dust, foreign material, dirt, improve the effect of water or aqueous solution cleaning mop cloth, increase the access times of the water or the aqueous solution, reduce the number of times of changing the water or the aqueous solution, and the effect that improves the mop cleaning floor relatively, be the major issue except dehydration during mop uses.

The utility model content

The technical problems to be solved in the utility model provides contaminant filter structure in a kind of water, need not electrification, can be used for the dehydration of single piece of material or various mop cloth, particularly contaminant filter and peace and quiet problem in the water of the water for cleaning of the existing mop dewatering equipment use of solution or the aqueous solution.

For solving the problems of the technologies described above, embodiment of the present utility model provides technical scheme as follows:

Contaminant filter structure in a kind of water comprises one and is installed in pedestal, a dehydration package, an acting device, an and filter; This is installed in pedestal and comprises one and be installed in groove, an assembling space, is installed in groove in order to be installed in the aqueous solution; This dehydration package is arranged in aforementioned being installed in the groove; Acting device comprises an actuator, a driving section at least, and actuator is that the swing of seesaw shape is done in the axle center with the articulated section, and actuator connects a driving section; This filter is assembled in and is installed in being installed in the groove of pedestal, filter is provided with inlet opening, apopore, screen pack and turbo blade group, this turbo blade group is by the direct or indirect driven rotary of acting device, comes impurity in the filtered water by be installed in water in the groove or the water solution flow that attracts to be installed in pedestal through filter screen.

By forcing in the moved end of doing of actuator repeatedly, make the sector rack of actuator drive in-line gears dish, irreversible toothed disc, power transmission shaft, and make dehydration package continue rotation or quicken to rotate, reach the purpose effect that is placed in the moisture object centrifugal dehydration in the dehydration package.

Embodiment of the present utility model has following beneficial effect:

The utility model provides contaminant filter structure in a kind of water, its main purpose effect is, need not power supply, only by forcing in acting device repeatedly, the water or the water solution flow that are installed in the groove that the turbo blade that directly or indirectly drives filter rotates, attracts to be installed in pedestal come impurity screening through filter screen, reach to reduce in the water or the aqueous solution to contain the purpose effect of being with impurity.

The utility model provides contaminant filter structure in a kind of water, and its another purpose effect is, forces in acting device repeatedly, drives a dehydration package and continues rotation or quicken rotation, reaches the purpose that is placed in the moisture object centrifugal dehydration in the dehydration package.

The utility model provides contaminant filter structure in a kind of water, and its another purpose effect is that need not electric power, cost is low, meets the demand of energy-conservation and environmental protection.

Description of drawings

Fig. 1 is the part exploded view at the novel M338634 of the TaiWan, China of first to file number.

Fig. 2 is the cross-sectional schematic at the novel M338634 of the TaiWan, China of first to file number.

Fig. 3 is the solid combination schematic diagram of the utility model embodiment.

Fig. 4 separates schematic diagram for the three-dimensional major part of the utility model embodiment.

Fig. 5 separates schematic diagram for the dehydration package 20 of the utility model embodiment with the thin part of acting device 30.

Fig. 6 is the filter 40 of the utility model embodiment and the combination schematic diagram of acting device 30, shows the flow direction signal of filter 40 starts and the water or the aqueous solution.

Fig. 7 is the syntagmatic schematic diagram of dehydration package 20, acting device 30 and part filter 40 assemblies of the utility model embodiment.

Fig. 8 is the combination cross-sectional schematic of the utility model embodiment.

Fig. 9 is the assembled sectional view of the utility model embodiment, shows that acting device 30 adds the actuator state schematic diagram of an application of force F.

Figure 10 is the lasting actuator state schematic diagram after Fig. 9 removes application of force F.

The primary clustering symbol description

10 are installed in pedestal

11 are installed in groove

12 assembling spaces

20 dehydration package

30 acting devices

31 actuators

311 pivoted holes

312 latches

313 hook portions

3131 elastic components

314 fan-shaped plates

315 tooth bars

32 pedestals

321 joining racks

3211 pivoted holes

322 supports

3221 axis holes

33 driving sections

331 in-line gears dishes

3311 pinions

332 irreversible toothed discs

3321 moving runners

333 power transmission shafts

40 filters

41 cell bodies

42 water inlets

43 screen packs

44 suction pedestals

45 turbo blade groups

451 rotating shafts

452 drives

453 driving-belts

The F application of force

100 housings

101 axostylus axostyles

102 rollers

200 rotating units

201 bearing assemblies

300 gear units

301 tooth rows

302 in-line gears

303 ratchets

400 push rod unit

401 push rods

500 rotating disc type mops

501 clothes

The specific embodiment

For technical problem, technical scheme and advantage that embodiment of the present utility model will be solved is clearer, be described in detail below in conjunction with the accompanying drawings and the specific embodiments.

Shown in Fig. 3,4,5,6,7, for the solid combination schematic diagram of the utility model embodiment, three-dimensional major part are separated the syntagmatic schematic diagram that schematic diagram, parts of fine are partly separated schematic diagram, local combination schematic diagram, primary clustering.

Contaminant filter structure in a kind of water of the utility model comprises one and is installed in pedestal 10, a dehydration package 20, an acting device 30, an and filter 40; Wherein:

This is installed in pedestal 10, is substantially the sub-elliptical open column shape, and it comprises one and is installed in groove 11, an assembling space 12; This is installed between groove 11 and the assembling space 12 and is separated into two separate space with the watertightness material.This is installed in groove 11 in order to receiving fluids, and in general, the liquid that holds is the water or the aqueous solution; This assembling space 12 is positioned at and is installed in groove 11 belows.

This dehydration package 20 is substantially the storage cell body of a hollow and liquid permeable, and dehydration package 20 is arranged in aforementioned being installed in the groove 11.

This acting device 30 comprises an actuator 31, a pedestal 32, a driving section 33; Provide power with actuator 31, pedestal 32 assembling actuators 31 rotate dehydration package 20 and filter 40 with driving section 33 transmission power, wherein:

This actuator 31 be substantially a pedal shape as the moved end, actuator 31 is established a pivoted hole 311, is articulated in pedestal 32 with a latch 312, actuator 31 can be that seesaw shape swing is done in the axle center with the latch 312 of articulated section; The medial extremity of actuator 31 establishes a

hook portion

313 and 32 groups of pedestal are established an elastic component 3131, contraction elasticity by this elastic component 3131 pulls down the medial extremity of actuator 31, and give the elastic force that keeps up as the moved end of actuator 31, actuator 31 is connected with a hollow fan-shaped plate 314, and these fan-shaped plate 314 hollow inner faces are established the tooth bar 315 of a circular arc.In the present embodiment, this elastic component 3131 is a helical spring.

This pedestal 32 is in conjunction with at least two joining racks 321 are set, these two joining racks, 321 upper ends are established a pivoted hole 3211 respectively, the pivoted hole 311 of these pivoted hole 3211 corresponding aforementioned actuators 31, pass pivoted hole 3211, and pivoted hole 311 and actuator 31 is articulated in pedestal 32 with latch 312, making actuator 31 can be that the swing of seesaw shape is done in the axle center with the latch 312 of articulated section.Pedestal 32 is in conjunction with being provided with at least one support 322, and this support 322 is established an axis hole 3221.

This driving section 33 comprises a gear train and a drive link 333; This gear train comprises an at least one in-line gears dish 331 and an irreversible toothed disc 332, the coaxial moving runner 3321 that is provided with in these irreversible toothed disc 332 belows, this in-line gears dish 331 is articulated in the axis hole 3221 of aforementioned pedestal 32 supports 322, the pinion 3311 of in-line gears dish 331 (with reference to figure 5) pass Actuator Division 31 hollow fan-shaped plate 314 and with tooth bar 315 engagement of circular arc, the fluted disc of in-line gears dish 331 and these irreversible toothed disc 332 engagements, in the present embodiment, 332 one-tenth vertical engagements of in-line gears dish 331 and irreversible toothed disc.This power transmission shaft 333 and irreversible toothed disc 332 combinations, the lower end activity of power transmission shaft 333 is embedded in pedestal 32 bottom surfaces, and the bottom surface that is installed in groove 11 bottom surfaces and is combined in aforementioned dehydration package 20 is passed in power transmission shaft 333 upper ends.

This filter 40 includes a cell body 41, a suction pedestal 44; This cell body 41 is a hollow form, be assembled in and be installed in being installed in the groove 11 of pedestal 10, cell body 41 tops are opening, and cell body 41 sides are provided with screen pack 43, and offer at least one water inlet 42 in screen pack 43 sides, 43 of this screen packs are for providing the delivery port of cell body 41 internal water or the aqueous solution; This suction pedestal 44 links the below that is arranged at cell body 41, establish a turbo blade group 45 in the suction pedestal 44, the rotating shaft 451 of this turbo blade group 45 is located in suction pedestal 44, suction pedestal 44 belows are exposed in the extension of rotating shaft 451 lower ends and group is established a drive 452, this drive 452 links with the moving runner 3321 of a driving-belt 453 with the irreversible toothed disc 332 of aforementioned acting device 30, shown in Fig. 6,7.

In the present embodiment, the screen pack 43 of filter 40 is fixed combination; Certainly, this screen pack 43 also embedding group versatilely, can be dismantled, clean when screen pack 43 too much foreign material of absorption or dirt in filter 40, and assembling is used again, or directly changes.

With reference to figure 8 general state that is the utility model embodiment before the application of force not, Fig. 9 is the lasting actuator state signal that removes after the application of force for actuator state figure, Figure 10 of the application of force.

Before the enforcement, prior to being installed in the priming petock or the aqueous solution in the groove 11 of being installed in of pedestal 10, mop cloth end being immersed to be installed in the groove 11 clean, contained dust, foreign material, the dirt of mop cloth end spills in the water or the aqueous solution, and mop cloth end is placed in the dehydration package 20.

During enforcement, the general state before the application of force not, the medial extremity of this actuator 31 is pulled to down by elastic component 3131, and make actuator 31 be positioned at high level as the moved end, as Fig. 8; When the downward application of force F of user in actuator 31, with reference to figure 9, it is that the axle center is to lower swing with the latch 312 of articulated section that application of force F makes the moved end of doing of actuator 31, be moved to the low level place, in the start process, the upwards swing of tooth bar 315 of this actuator 31, the pinion 3311 (with reference to figure 5) and the in-line gears dish 331 that drive in-line gears dish 331 rotate in a counter-clockwise direction synchronously, this in-line gears dish 331 drives irreversible toothed disc 332, power transmission shaft 333 and the rotation of dehydration package 20 clockwise directions, simultaneously, 332 moving runners of establishing of irreversible toothed disc 3321 drive driving-belt 453 and make drive 452, turbo blade group 45 synchronous clockwise directions rotate, this turbo blade group 45 is rotated and is formed the absorb water water of pedestal 44 tops or the vortex phenomenon of the aqueous solution, and the low relatively hydraulic pressure that produces with eddy current and attract cell body 41 internal water or the aqueous solution to flow out from screen pack 43 (delivery port), in addition with reference to figure 6, cell body 41 inside water pressure reduce and the water or the aqueous solution that are installed in the groove 11 are flowed in the cell body 41 via water inlet 42, form one through filter screen 43 flowing water flow, and when water or water solution flow process filter screen 43, dust wherein, foreign material, dirt can be filtered net 43 and block, filter, and reduce the impurity that contains band in the water or the aqueous solution, dirt reaches the effect of the peace and quiet water or the aqueous solution.At this moment, since elastic component 3131 be subjected to actuator 31 do the moved end downwards, hook portion 313 stretched elongation to top offset, accumulates the elastic-restoring force of downward contraction; When the application of force F that removes actuator 31, elastic component 3131 upwards is pulled to high level with elastic-restoring force with the moved end of doing of actuator 31, as Figure 10, upwards swing the moved end of doing of actuator 31, in the process of displacement, 315 of the tooth bars of the other end are to lower swing, displacement, drive the pinion 3311 and in-line gears dish 331 rotation in a clockwise direction synchronously of in-line gears dish 331, simultaneously, this in-line gears dish 331 also drives irreversible toothed disc 332 and rotates in a counter-clockwise direction, because this irreversible toothed disc 332 only can drive power transmission shaft 333 and moving runner 3321 rotations with unidirectional (clockwise), so power transmission shaft 333, dehydration package 20 and moving runner 3321 continue to rotate to clockwise direction still with the inertia of itself.

The utility model utilizes repeatedly application of force F, removes application of force F (decontroling the moved end of doing of actuator 31), can utilize the arc rack 315 of acting device 30, be transmitted in in-line gears dish 331, irreversible toothed disc 332, power transmission shaft 333, moving runner 3321, be docile and obedient the lasting rotation of clockwise or quicken rotation with turbo blade group 45 and drive dehydration package 20, reach the mop cloth end or the moisture object dehydration effect that make in the dehydration package 20, and utilize filter 40 to come foreign material, dirt in the filtered water or the aqueous solution, reach the purpose effect of impurity in peace and quiet, the filtered water.

The above is a preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite that does not break away from principle described in the utility model; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims

1. contaminant filter structure in the water is characterized in that, comprises one and is installed in pedestal, an acting device, an and filter;

This is installed in pedestal, comprises one and is installed in groove, an assembling space; This is installed between groove and the assembling space and is separated into two separate space with the watertightness material;

This acting device comprises an actuator, a driving section; Provide power with this actuator, transmit power with this driving section filter is rotated;

This filter includes a cell body, a suction pedestal; This cell body is assembled in aforementioned being installed in the groove of pedestal of being installed in, and cell body is provided with a screen pack, and offers at least one water inlet, and this screen pack is a delivery port; This suction pedestal links the below that is arranged at cell body, establishes a turbo blade group in the suction pedestal, and the suction pedestal is located in the rotating shaft of this turbo blade group, the driving section interlock of the rotating shaft of turbo blade group and aforementioned acting device.

2. contaminant filter structure in the water according to claim 1 is characterized in that,

The actuator of this acting device is articulated in a pedestal, and actuator is that the swing of seesaw shape is done in the axle center with the articulated section, and group is established an elastic component between actuator and pedestal, and this elastic component gives the elastic force that actuator makes progress, and actuator is connected with a tooth bar;

The driving section of this acting device comprises a gear train and a power transmission shaft; This gear train comprises an at least one in-line gears dish and an irreversible toothed disc, the tooth bar engagement of in-line gears dish and aforementioned actuator, this in-line gears dish and this irreversible toothed disc engagement, the coaxial moving runner that is provided with of irreversible toothed disc; This power transmission shaft and the combination of irreversible toothed disc, power transmission shaft is articulated in aforementioned pedestal;

The rotating shaft lower end group of the turbo blade group of this filter is established a drive, and this drive links with the moving runner of the irreversible toothed disc of a driving-belt and aforementioned acting device.

3. contaminant filter structure in the water according to claim 2 is characterized in that, the elastic component of this actuator is a helical spring.

4. contaminant filter structure in the water according to claim 1 is characterized in that, the screen pack of this filter is an activity embedding group.

5. contaminant filter structure in the water is characterized in that, comprises one and is installed in pedestal, a dehydration package, an acting device, an and filter;

This dehydration package is the storage cell body of a hollow and liquid permeable, and dehydration package is arranged in aforementioned being installed in the groove; Dehydration package and acting device interlock;

This acting device comprises an actuator, a driving section; Provide power with this actuator, transmit power with this driving section dehydration package and filter are rotated;

6. contaminant filter structure in the water according to claim 5 is characterized in that,

The driving section of this acting device comprises a gear train and a power transmission shaft; This gear train comprises an at least one in-line gears dish and an irreversible toothed disc, the tooth bar engagement of in-line gears dish and aforementioned actuator, this in-line gears dish and this irreversible toothed disc engagement, the coaxial moving runner that is provided with of irreversible toothed disc; This power transmission shaft and the combination of irreversible toothed disc, power transmission shaft is articulated in aforementioned pedestal, and the power transmission shaft upper end is passed and is installed in groove bottom and is combined in dehydration package.

7. contaminant filter structure in the water according to claim 6 is characterized in that, the elastic component of this actuator is a helical spring.

8. contaminant filter structure in the water according to claim 5 is characterized in that, the screen pack of this filter is an activity embedding group.