CN204033275U - A kind of water-saving mop based on media flow and pressure principle - Google Patents
A kind of water-saving mop based on media flow and pressure principle Download PDFInfo
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- CN204033275U CN204033275U CN201420472251.5U CN201420472251U CN204033275U CN 204033275 U CN204033275 U CN 204033275U CN 201420472251 U CN201420472251 U CN 201420472251U CN 204033275 U CN204033275 U CN 204033275U
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- mop
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Abstract
The utility model relates to kitchen guarding field, a kind of water-saving mop based on media flow and pressure principle specifically, comprise mop rod, support, handle, panel two, two, connecting rod, two, pull bar, draw-bar seat, collodion mop, water storage device, cleaning device, support is fixed on mop rod bottom; Handle is hinged in the middle part of mop rod; Two pull bars, one end is hinged on draw-bar seat, and the other end is hinged on handle; Two panel one end are hinged on draw-bar seat, and the other end is connected with support by connecting rod, and panel build-in cavities can be full of water, for directly cleaning collodion mop and supplying water to collodion mop; Collodion mop is used for cleaning floor; Water storage device and cleaning device rack-mount, for the water extraction for cleaning collodion mop for hydraulic pressure.Saving water resource when the utility model can realize cleaning mop, mop is long for service time, solves that prior art water utilization rate is low, a difficult problem for mop-cleaning weak effect.
Description
Technical field
The utility model relates to kitchen guarding field, specifically a kind of water-saving mop based on media flow and pressure principle.
Background technology
In the prior art, the mop on clean household floor is of a great variety, in order to obtain the water source of cleaning mop, usually need mophead to be placed in the container filling water and clean or be placed directly in by mop water source flushing, the waste but also the mop-cleaning effect that not only cause water resource are also bad.Mop needs just to carry out moistening to mophead at set intervals in the course of the work, makes the efficiency reduction that mops floor.
Chinese Patent Application No.: 200710026484.7, the applying date: 2007-01-23, this utility model discloses a kind of multi-functional water-saving mop, comprise the mop rod with the hollow cavity that can hold water and mophead, water filling port is provided with in the upper end of mop rod, two delivery ports are provided with in the bottom of mop rod, mophead is by the front plate that can clamp in opposite directions, rear plate and the rag composition that mops floor after being located at front plate bottom plate, the rag that mops floor comprises the double-deck rag that surrounding is closely connected, this bilayer mops floor, and formed in the middle of rag can the cavity of water storage, rag and the position corresponding with front plate thereof are provided with through hole at the middle and upper levels for they, and this through hole is connected by the first tube connector with the first delivery port, mop floor bottom the front plate outside of rag is also provided with water injection hole, this water injection hole is connected by the second tube connector with the second delivery port, the take-up device that front and back clamping plate are clamped in opposite directions is provided with at the upper position of mop rod.This application case weak point is: enough large hydraulic pressure cannot be provided during mop water-expelling to mop floor rag with cleaning; What mop water filling port was fixing is arranged on mop rod, and causing that mop is too low in tap position at present cannot water filling; Mop is used for the hollow cavity of water storage and does not arrange lid for closed cavity, and when causing cleaning ground, hollow cavity is too fast to the rag feed rate that mops floor, and not only causes the waste of water resource but also mop cannot normally be worked.
Utility model content
1. the utility model technical problem that will solve
For problems such as mop water utilization rate of the prior art are low, the utility model provides a kind of water-saving mop based on media flow and pressure principle, it is simple to operate, cleaning performance good, water utilization rate is high, extend the service time of mop, and the technical problem that when can not continue when solving mop work to supply water and clean mop, water resource waste is high.
2. technical scheme
For achieving the above object, the technical scheme that the utility model provides is:
A kind of water-saving mop based on media flow and pressure principle, comprise mop rod, support, handle, panel two, two, connecting rod, two, pull bar, draw-bar seat, collodion mop, water storage device and cleaning device, described support is provided with a bayonet socket; The inside of two described panels is provided with cavity, upper surface has water inlet, the region that lower surface and described collodion mop fit offers several apertures be connected with cavity, and the region that lower surface does not contact with described collodion mop offers several No. two apertures be connected with cavity; Described water storage device comprises standpipe and Guan Gai, and described standpipe is multi-deck extension structure, and described pipe covers and is provided with aperture; Described cleaning device comprises cylinder barrel two, two, piston, two, No. two pull bars two, No. one check-valves two, No. two check-valves;
Described support is fixedly connected with mop rod bottom; Described handle stiff end is hingedly fixed in the middle part of mop rod, and the other end is up and down end; The medial extremity of two described panels respectively symmetry is hinged on bottom described draw-bar seat, and mid portion is connected with the lower end of described two connecting rods respectively; Two described small ends are hinged on described support both sides respectively; Two described pull bar bottoms are symmetrical is respectively hinged on draw-bar seat two sides, upper end symmetry be hinged on handle both sides; Fixing being arranged on two panels of described collodion mop, covers a described aperture completely, and reserves the region at described No. two aperture delivery port places; Described standpipe lower end is hinged on support, and middle part is arranged on described bayonet socket, and described standpipe two bottom sides has two delivery ports, is connected respectively with described two water inlets that cylinder barrel bottom side has by flexible pipe;
Two cylinder barrels in described cleaning device respectively symmetry are arranged on support both sides; Two pistons are arranged in two cylinder barrels respectively; Two No. two pull bar upper end thereof are in handle both sides, and lower end and two pistons are hinged; Two check-valves are arranged in the water inlet that two cylinder barrel bottom sides have respectively; Two No. two check-valves are arranged in the delivery port that two cylinder barrel lower ends have respectively; Two described cylinder barrel lower end delivery ports are connected by flexible pipe with the water inlet of two panels.
Preferably: the material of described mop rod, a pull bar, No. two pull bars, a check-valves, No. two check-valves is metal; Described panel, support, cylinder barrel, piston, handle, standpipe and pipe lid are made up of plastic material.
Preferably: described support is inverted U-shaped.
Preferably: described standpipe is 3 layers of stretching structure.
Preferably: a described little hole number is 64, the region that two described panel lower surfaces and described collodion mop fit is evenly distributed on.
Preferably: No. two described little hole number are 16, the region that two described panel lower surfaces do not contact with described collodion mop is evenly distributed on.
The using method of described a kind of water-saving mop based on media flow and pressure principle, comprises the following steps:
A standpipe takes off by () from the bayonet socket of support, make it can rotate around with the support place of being hinged, and elongates standpipe and the mouth of pipe is aimed at tap;
B () is fetched boiling water tap, standpipe water storage, pulls handle to mop rod upper end, drawing No. two pull bars drives piston in cylinder barrel moved upward inside, produces differential pressure of atmospheric pressure, and a check-valves is opened, water passes through delivery port and the flexible pipe of standpipe, enters cylinder barrel through a check-valves;
C () is to mop rod lower end push-and-pull hand, promoting No. two pull bars drives piston to move downward in cylinder barrel inside, No. two check-valves are opened under the effect of hydraulic pressure, make water in cylinder barrel by the cavity in No. two check-valves press-in panels, spray fast from panel No. one aperture and No. two apertures subsequently and clean collodion mop inside and surperficial; So repeatedly draw push-and-pull hand, until clean collodion mop cleaning;
D () turns off the tap and is stuck on support by standpipe, start to mop floor; Mop floor in process, water in standpipe is under the Action of Gravity Field of water, flow in the cavity of panels by the delivery port of standpipe, flexible pipe, check-valves, cylinder barrel, No. two check-valves, and by an aperture constantly moistening collodion mop, when collodion mop is no longer clean, repeat the step of (b), (c), (d), until floor cleaning.
3. beneficial effect
The technical scheme adopting the utility model to provide, compared with prior art, has following beneficial effect:
(1) a kind of water-saving mop based on media flow and pressure principle of the present utility model, water storage device lower end is hinged on mop rod, comprise standpipe and Guan Gai, standpipe is multi-deck extension mechanism, like this, the mouth of pipe just can be made directly to obtain water source near water tap easily and store, for supplying water to cleaning device.Described cleaning device is arranged on mop rod, upwards pulls handle, and handle drive pull bar moves upward, and the water in standpipe sucks in cylinder barrel by a check-valves by the piston upwards being arranged on a pull bar lower end simultaneously; Subsequently to lower push-and-pull hand, handle drive pull bar moves downward, and the piston being arranged on a pull bar lower end moves downward and the water in cylinder barrel is pressed onto water squeezing panel by No. two check-valves simultaneously and sprayed fast by panel No. two aperture and clean collodion mop surface.Cleaning performance is good, water utilization rate is high;
(2) a kind of water-saving mop based on media flow and pressure principle of the present utility model, the material of described mop rod, a pull bar, No. two pull bars, a check-valves, No. two check-valves is metal, and durable is reliable and stable; Described panel, support, cylinder barrel, piston, handle, standpipe and pipe lid are made up of plastic material, and weight saving is easy to use, and such material combines, i.e. economy but also durable, and cost performance is high;
(3) a kind of water-saving mop based on media flow and pressure principle of the present utility model, described support is inverted U-shaped, compact conformation, is convenient to install and use;
(4) a kind of water-saving mop based on media flow and pressure principle of the present utility model, described standpipe is 3 layers of stretching structure, and moisture storage capacity is reasonable, long after standpipe can not be allowed again to stretch, and affects water receiving;
(5) a kind of water-saving mop based on media flow and pressure principle of the present utility model, a described little hole number is 64, to the cleaning of collodion mop and wettability effect better;
(6) a kind of water-saving mop based on media flow and pressure principle of the present utility model, No. two described little hole number are 16, better to the cleaning performance of collodion mop, save water resource;
(7) using method of a kind of water-saving mop based on media flow and pressure principle of the present utility model, step is simple, user is when normally mopping floor, water in standpipe can flow into panel with the water in supplementary collodion mop slowly by a check-valves, No. two check-valves, make user not need moistening collodion mop frequently, improve the efficiency that mops floor;
(8) a kind of water-saving mop based on media flow and pressure principle of the utility model, reasonable in design, principle is simple, is convenient to promote the use of.
Accompanying drawing explanation
Fig. 1 is the perspective view of a kind of water-saving mop based on media flow and pressure principle of the present utility model;
Fig. 2 is a kind of water-saving mop STRUCTURE DECOMPOSITION figure based on media flow and pressure principle of the present utility model;
Side view when Fig. 3 is a kind of water intaking of the water-saving mop based on media flow and pressure principle of the present utility model;
Fig. 4 is the cylinder structure figure of a kind of water-saving mop based on media flow and pressure principle of the present utility model;
Fig. 5 is of the present utility model a kind of based on media flow and the water-saving mop panel of pressure principle and the sectional view of collodion mop.
Label declaration in schematic diagram: 1, mop rod; 2, support; 3, shake hands; 4, panel; 5, connecting rod; 6, a pull bar; 7, draw-bar seat; 8, collodion mop; 9, water storage device; 10, cleaning device; 21, bayonet socket; 41, an aperture; 42, No. two apertures; 91, standpipe; 92, Guan Gai; 101, cylinder barrel; 102, piston; 103, No. two pull bars; 104, a check-valves; 105, No. two check-valves.
Detailed description of the invention
For understanding content of the present utility model further, by reference to the accompanying drawings the utility model is described in detail.
Embodiment 1
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, a kind of water-saving mop based on media flow and pressure principle of the present embodiment, comprise mop rod 1, support 2, handle 3, panel 4 two, 5 two, connecting rod, 6 two, pull bar, draw-bar seat 7, collodion mop 8, water storage device 9 and cleaning device 10, in the present embodiment, described support 2 in inverted U-shaped, and is provided with a bayonet socket 21; The inside of two described panels 4 is provided with cavity, upper surface has water inlet, the region that lower surface and described collodion mop 8 fit offers several apertures 41 be connected with cavity, in the present embodiment, aperture 41 quantity is 64, is evenly distributed on the region that two described panel 4 lower surfaces and described collodion mop 8 fit; The region that lower surface does not contact with described collodion mop 8 offers several No. two apertures 42 be connected with cavity, in the present embodiment, No. two aperture 42 quantity are 16, are evenly distributed on the region that two described panel 4 lower surfaces do not contact with described collodion mop 8; Described water storage device 9 comprises standpipe 91 and pipe lid 92, and described standpipe 91 is multi-deck extension structure, and be 3 layers of stretching structure in the present embodiment, described pipe lid 92 is provided with aperture; Described cleaning device 10 comprises cylinder barrel 101 two, 102 two, piston, 105 two, No. two pull bars 103 two, No. one check-valves 104 two, No. two check-valves; In the present embodiment, the material of described mop rod 1, pull bar 6, No. two pull bars 103, check-valves 104, No. two check-valves 105 is metal; Described panel 4, support 2, cylinder barrel 101, piston 102, handle 3, standpipe 91 and pipe lid 92 are made up of plastic material.
Described support 2 is fixedly connected with mop rod 1 bottom; Described handle 3 stiff end is hingedly fixed in the middle part of mop rod 1, and the other end is up and down end; The medial extremity of two described panels 4 respectively symmetry is hinged on bottom described draw-bar seat 7, and mid portion is connected with the lower end of described two connecting rods 5 respectively; Two described connecting rod 5 upper ends are hinged on described support 2 both sides respectively; Two No. one described pull bar 6 bottom is symmetrical is respectively hinged on draw-bar seat 7 two sides, upper end symmetry be hinged on handle 3 both sides; Fixing being arranged on two panels 4 of described collodion mop 8, covers a described aperture 41 completely, and reserves the region at described No. two aperture 42 delivery port places; Described standpipe 91 lower end is hinged on support 2, and middle part is arranged on described bayonet socket 21, and described standpipe 91 two bottom sides has two delivery ports, and the water inlet had with described two cylinder barrel 101 bottom sides is respectively connected by flexible pipe;
Two cylinder barrels 101 in described cleaning device 10 respectively symmetry are arranged on support 2 both sides; Two pistons 102 are arranged in two cylinder barrels 101 respectively; Two No. two pull bar 103 upper end thereof are in handle 3 both sides, and lower end and two pistons 102 are hinged; Two check-valves 104 are arranged in the water inlet that two cylinder barrel 101 bottom sides have respectively; Two No. two check-valves 105 are arranged in the delivery port that two cylinder barrel 101 lower ends have respectively; Two described cylinder barrel 101 lower end delivery ports are connected by flexible pipe with the water inlet of two panels 4.
The using method of a kind of water-saving mop based on media flow and pressure principle of the present embodiment, comprises the following steps:
A standpipe 91 takes off by () from the bayonet socket 21 of support 2, make it can rotate around with support 2 place of being hinged, and elongates standpipe 91 and the mouth of pipe is aimed at tap;
B () is fetched boiling water tap, standpipe 91 water storage, 3 are pulled handle to mop rod 1 upper end, drawing No. two pull bars 103 drives piston 102 in cylinder barrel 101 moved upward inside, produce differential pressure of atmospheric pressure, a check-valves 104 is opened, and water passes through delivery port and the flexible pipe of standpipe 91, enters cylinder barrel 101 through a check-valves 104;
C () is to mop rod 1 lower end push-and-pull hand 3, promoting No. two pull bars 103 drives piston 102 to move downward in cylinder barrel 101 inside, No. two check-valves 105 are opened under the effect of hydraulic pressure, make the water in cylinder barrel 101 be pressed into cavity in panel 4 by No. two check-valves 105, from 64 panel, an aperture 41 and 16 No. two apertures 42 sprays fast and clean collodion mop 8 inside and surperficial subsequently; So repeatedly draw push-and-pull hand 3, until clean collodion mop 8 cleans;
D () turns off the tap and is stuck on support 2 by standpipe 91, start to mop floor; Mop floor in process, water in standpipe 91 is under the Action of Gravity Field of water, flow in the cavity of panel 4 by the delivery port of standpipe 91, flexible pipe, check-valves 104, cylinder barrel 101, No. two check-valves 105, and by an aperture 41 constantly moistening collodion mop 8, extend the service time of mop, when collodion mop is no longer clean, repeat the step of (b), (c), (d), until floor cleaning completes the work of mopping floor.
Utility model people contrasts using a kind of water-saving mop based on media flow and pressure principle of the present utility model and common collodion mop mop to carry out cleaning to identical ground, and adds up, and statistics is as shown in table 1:
| Contrast project | The utility model mop | Common collodion mop mop | Remarks |
| Clean 80 square meter room water consumptions | 5.0 rise | 105 liters | Water-saving 95.2% |
| Clean 80 square meter rooms are consuming time | 8min | 15min | Save time 46.7% |
| Clean 120 square meter room water consumptions | 7.0 rise | 125 liters | Water-saving 94.4% |
| Clean 120 square meter rooms are consuming time | 10min | 20min | Save time 50.0% |
the result of table 1 shows, use a kind of water-saving mop based on media flow and pressure principle of the present utility model compared with common collodion mop mop, clean room of the same area, can water-saving about 95%, save time about 50%, achieve unexpected technique effect, there is outstanding substantive distinguishing features and significant progress.
Schematically above be described the utility model and embodiment thereof, this description does not have restricted, and also just one of the embodiment of the present utility model shown in accompanying drawing, actual structure is not limited thereto.So, if those of ordinary skill in the art enlightens by it, when not departing from the utility model and creating aim, design the frame mode similar to this technical scheme and embodiment without creationary, protection domain of the present utility model all should be belonged to.
Claims (6)
1. the water-saving mop based on media flow and pressure principle, comprise mop rod (1), support (2), handle (3), panel (4) two, (6) two, connecting rod (5) two, No. one pull bar, draw-bar seat (7), collodion mop (8), water storage device (9) and cleaning device (10), it is characterized in that: described support (2) is provided with a bayonet socket (21); The inside of two described panels (4) is provided with cavity, upper surface has water inlet, the region that lower surface and described collodion mop (8) fit offers several apertures (41) be connected with cavity, and the region that lower surface does not contact with described collodion mop (8) offers several No. two apertures (42) be connected with cavity; Described water storage device (9) comprises standpipe (91) and pipe lid (92), and described standpipe (91) is multi-deck extension structure, and described pipe lid (92) is provided with aperture; Described cleaning device (10) comprises cylinder barrel (101) two, (105) two, piston (102) two, No. two pull bars (103) two, No. one check-valves (104) two, No. two check-valves;
Described support (2) is fixedly connected with mop rod (1) bottom; Described handle (3) stiff end is hingedly fixed in mop rod (1) middle part, and the other end is up and down end; The medial extremity of two described panels (4) respectively symmetry is hinged on described draw-bar seat (7) bottom, and mid portion is connected with the lower end of described two connecting rods (5) respectively; Two described connecting rod (5) upper ends are hinged on described support (2) both sides respectively; Two No. one described pull bar (6) bottom is symmetrical is respectively hinged on draw-bar seat (7) two sides, upper end symmetry be hinged on handle (3) both sides; Fixing being arranged on two panels (4) of described collodion mop (8), covers a described aperture (41) completely, and reserves the region at described No. two aperture (42) delivery port places; Described standpipe (91) lower end is hinged on support (2), middle part is arranged on described bayonet socket (21), described standpipe (91) two bottom sides has two delivery ports, and the water inlet had with described two cylinder barrel (101) bottom sides is respectively connected by flexible pipe;
Two cylinder barrels (101) in described cleaning device (10) respectively symmetry are arranged on support (2) both sides; Two pistons (102) are arranged in two cylinder barrels (101) respectively; Two No. two pull bar (103) upper end thereof are in handle (3) both sides, and lower end and two pistons (102) are hinged; Two No. one check-valves (104) is arranged in the water inlet that two cylinder barrel (101) bottom sides have respectively; Two No. two check-valves (105) are arranged in the delivery port that two cylinder barrel (101) lower ends have respectively; Two described cylinder barrel (101) lower end delivery ports are connected by flexible pipe with the water inlet of two panels (4).
2. a kind of water-saving mop based on media flow and pressure principle according to claim 1, is characterized in that: the material of described mop rod (1), a pull bar (6), No. two pull bars (103), a check-valves (104), No. two check-valves (105) is metal; Described panel (4), support (2), cylinder barrel (101), piston (102), handle (3), standpipe (91) and pipe lid (92) are made up of plastic material.
3. a kind of water-saving mop based on media flow and pressure principle according to claim 1 and 2, is characterized in that: described support (2) is in inverted U-shaped.
4. a kind of water-saving mop based on media flow and pressure principle according to claim 1 and 2, is characterized in that: described standpipe (91) is 3 layers of stretching structure.
5. a kind of water-saving mop based on media flow and pressure principle according to claim 1, it is characterized in that: described aperture (41) quantity is 64, be evenly distributed on the region that two described panel (4) lower surfaces and described collodion mop (8) fit.
6. a kind of water-saving mop based on media flow and pressure principle according to claim 1 or 5, it is characterized in that: No. two described aperture (42) quantity are 16, be evenly distributed on the region that two described panel (4) lower surfaces do not contact with described collodion mop (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420472251.5U CN204033275U (en) | 2014-08-20 | 2014-08-20 | A kind of water-saving mop based on media flow and pressure principle |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420472251.5U CN204033275U (en) | 2014-08-20 | 2014-08-20 | A kind of water-saving mop based on media flow and pressure principle |
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| CN204033275U true CN204033275U (en) | 2014-12-24 |
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| CN201420472251.5U Withdrawn - After Issue CN204033275U (en) | 2014-08-20 | 2014-08-20 | A kind of water-saving mop based on media flow and pressure principle |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104173003A (en) * | 2014-08-20 | 2014-12-03 | 安徽理工大学 | Water-saving mop based on medium flow and pressure principle and application method thereof |
| CN110974099B (en) * | 2019-11-30 | 2021-09-03 | 徐州强雳日常用品制造有限公司 | Novel mop |
-
2014
- 2014-08-20 CN CN201420472251.5U patent/CN204033275U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104173003A (en) * | 2014-08-20 | 2014-12-03 | 安徽理工大学 | Water-saving mop based on medium flow and pressure principle and application method thereof |
| CN110974099B (en) * | 2019-11-30 | 2021-09-03 | 徐州强雳日常用品制造有限公司 | Novel mop |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141224 Effective date of abandoning: 20160406 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |