CN209753154U - circulating water top-spraying device - Google Patents

Abstract

the utility model discloses a circulating water top spouts, it spouts the subassembly including the top, water route automatic switch-over subassembly, the multiunit water route, the automatic switch-over subassembly sets up carries out water route automatic switch-over in spouting the subassembly on the top for the multiunit water route is according to certain law break-make, thereby realizes massage effect, its simple structure, and the function is reliable, and visual effect is good, experiences the massage shower of splash when giving people's beautiful vision impression.

Description

circulating water top-spraying device

Technical Field

The utility model relates to a top spouts, especially a circulating water top spouts.

Background

The existing top spraying on the market is generally shower water with single function, the flushing capability is general, the flushing experience is general, the massage function is absent, the massage water is intermittently sprayed, the massage effect is realized on the skin of a human body, the fatigue of people can be eliminated, and therefore, the circulating water top spraying with the automatic massage effect is necessary to be designed.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem that will solve is not enough to above-mentioned prior art. The utility model provides a circulating water top spouts, spouts the subassembly including the top, water route automatic switch-over subassembly, multiunit water route, automatic switch-over subassembly setting carries out water route automatic switch-over in spouting the subassembly on the top for the multiunit water route is according to certain law break-make, thereby realizes the massage effect.

In order to achieve the above object, the utility model adopts the following technical scheme: the utility model provides a circulating water top is spouted which characterized in that includes: the automatic water way switching assembly is used for automatically switching the water ways according to a set rule, and then water is sprayed out of the water outlet panel according to the set rule from the multiple water ways.

Preferably, the waterway automatic switching assembly comprises: the hydraulic driving assembly provides power and then drives the shielding piece to rotate through the speed reducing device;

the multiunit water route includes: the water distribution body is arranged above the water distribution body, the circular rib with a plurality of groups of notches is arranged on the notch of the circular rib, the tail end of the closed rib, far away from the axis, is provided with a through hole, the cover plate and the upper plane of the closed rib are in sealing fit to form a plurality of groups of waterway channels, the water area rib is arranged above the water outlet panel, the water area rib and the water distribution body form a plurality of groups of water outlet areas, and the plurality of groups of water outlet areas correspond to the through holes of the plurality of groups of waterway channels;

The shielding piece is in clearance fit with the notch of the round rib to shield the waterway.

Preferably, the hydraulic drive assembly comprises: fixing base, impeller, decelerator includes: the pivot, the pinion, the gear wheel shelters from the piece, set up the counter bore in the middle of the fixing base, set up oblique water hole on the circumference, the periphery sets up interior ring gear, the pivot penetrates counter bore normal running fit, the impeller, the pinion from top to bottom with the coaxial fastening cooperation of pivot, shelter from the piece set up in the pinion below, shelter from the piece for incomplete slice, the centre sets up the beam barrel, both sides top symmetry sets up the gear shaft, the beam barrel with the coaxial normal running fit of pivot, set up the shaft hole in the middle of the gear wheel, the shaft hole with gear shaft normal running fit, just the gear wheel with pinion engagement and simultaneously with interior ring gear meshing.

Preferably, the plurality of sets of waterway channels include a first waterway, a second waterway, a third waterway and a fourth waterway, the plurality of sets of water outlet areas include a first water outlet area, a second water outlet area, a third water outlet area and a fourth water outlet area, the first waterway leads to the first water outlet area, the second waterway leads to the second water outlet area, the third waterway leads to the third water outlet area, and the fourth waterway leads to the fourth water outlet area.

preferably, the first water outlet area, the second water outlet area, the third water outlet area and the fourth water outlet area are concentrically arranged from outside to inside in sequence.

Preferably, the shielding sequence of the shielding sheets is as follows: the first water route, the second water route, the third water route, the fourth water route.

Preferably, the shielding sequence of the shielding sheets is as follows: the first water route, the third water route, the second water route, the fourth water route.

Preferably, the shielding sequence of the shielding sheets is as follows: the first water route, the third water route, the fourth water route, the second water route.

Preferably, short ribs are further arranged above the water diversion body, are connected with the gaps of the round ribs and are lower than the round ribs.

the utility model has the advantages that:

1. The top spray has an automatic massage effect.

2. The visual effect is good, and the structure is simple.

drawings

the accompanying drawings, which are described herein, serve to provide a further understanding of the invention and constitute a part of this specification, and the exemplary embodiments and descriptions thereof are provided for explaining the invention without unduly limiting it. In the drawings:

fig. 1 is a top-spraying three-dimensional exploded view of circulating water according to a preferred embodiment of the present invention;

Fig. 2 is a top-spraying sectional view of circulating water according to a preferred embodiment of the present invention;

Fig. 3 is a perspective view of a circulating water top-spraying fixing seat according to a preferred embodiment of the present invention;

fig. 4 is a perspective view of a circulating water top-spraying speed reducer according to a preferred embodiment of the present invention.

In the figure:

100-ball head;

200-a snap ring;

300-ball nut;

400-o-ring；

500-body;

600-a fixed seat; 610-a counterbore; 620-inclined water hole; 630-inner gear ring;

700-an impeller;

800-a rotating shaft;

900-pinion gear;

1000-bull gear; 1010-shaft hole;

1100-shielding sheet; 1110-a shaft barrel; 1120-gear shaft;

1200-a cover plate;

1300-water separation; 1301-round ribs; 1302-closing the ribs; 1303-notch; 1304-via; 1305-short ribs; 1310-multiple sets of waterway channels; 1311-a first water circuit; 1312-a second water circuit; 1313-a third water circuit; 1314-a fourth waterway;

1400-water outlet panel; 1401-water area ribs; 1410-multiple sets of water outlet areas; 1411-a first effluent area; 1412-second outlet area; 1413-third effluent area; 1414-a fourth effluent zone;

1500-automatic waterway switching assembly;

1600-multiple sets of waterways;

1700-a hydraulic drive assembly;

1800-reduction gear;

1900-ball head assembly.

Detailed Description

In order to make the technical problem, technical solution and advantageous effects to be solved by the present invention clearer and more obvious, the following description of the present invention with reference to the accompanying drawings and embodiments is provided for further details. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

As shown in fig. 1 to fig. 3, the utility model discloses a circulating water top spray, its characterized in that includes: ball head subassembly 1900, body 500, play water panel 1400, ball head subassembly 1900 includes bulb 100, snap ring 200, ball nut 300, O-ring400, set up water route automatic switch-over subassembly 1500 in the body 500, multiunit water route 1600, water route automatic switch-over subassembly 1500 carries out automatic switch-over to the water route according to setting for the law, then makes water follow according to setting for the law from among multiunit water route 1600 spout in going out water panel 1400.

In this embodiment, the waterway automatic switching assembly 1500 includes: the hydraulic drive assembly 1700, the speed reducer 1800 and the shielding plate 1100, wherein the hydraulic drive assembly 1700 provides power to drive the shielding plate 1100 to rotate through the speed reducer 1800;

the plurality of sets of waterways 1600 comprises: the cover plate 1200, the water dividing body 1300 and the water outlet panel 1400, wherein the cover plate 1200 is arranged on the water dividing body 1300, the water dividing body 1300 is arranged on the water outlet panel 1400, a circular rib 1301 with a plurality of groups of notches 1303 is arranged above the water dividing body 1300, a radioactive closed rib 1302 is arranged on the notch 1303 of the circular rib 1301, a through hole 1304 is arranged at the tail end of the closed rib 1302 far away from the axis, the cover plate 1200 and the upper plane of the closed rib 1302 are in sealing fit to form a plurality of groups of water ways 1600, a water area rib 1401 is arranged above the water outlet panel 1400, the water area rib 1401 and the water dividing body 1300 form a plurality of groups of water outlet areas 1410, and the plurality of groups of water outlet areas 1410 correspond to the through holes 1304 of the plurality of groups of water ways 1600;

the shielding piece 1100 is in clearance fit with the notch 1303 of the round rib 1301 to shield the waterway.

in this embodiment, the hydraulic drive assembly 1700 includes: the fixing base 600, the impeller 700, the speed reducing device 1800 includes: the utility model provides a gear wheel, including fixing base 600, pivot 800, pinion 900, gear wheel 1000, shielding piece 1100, set up counter bore 610 in the middle of the fixing base 600, set up oblique water hole 620 on the circumference, the periphery sets up interior ring gear 630, pivot 800 penetrates counter bore 610 normal running fit, impeller 700, pinion 900 from top to bottom with the coaxial fastening cooperation of pivot 800, shielding piece 1100 set up in the pinion 900 below, shielding piece 1100 is incomplete slice, and the middle shaft section of thick bamboo 1110 that sets up, both sides top symmetry sets up gear shaft 1120, shaft section of thick bamboo 1110 with the coaxial normal running fit of pivot 800, gear wheel 1000 sets up shaft hole 1010 in the middle, shaft hole 1010 with gear shaft 1120 normal running fit, just gear wheel 1000 with pinion 900 mesh and simultaneously with interior ring gear 630 meshes.

In this embodiment, the plurality of sets of water paths 1600 includes a first water path 1311, a second water path 1312, a third water path 1313, and a fourth water path 1314, the plurality of sets of water outlet regions 1410 includes a first water outlet region 1411, a second water outlet region 1412, a third water outlet region 1413, and a fourth water outlet region 1414, the first water path 1311 leads to the first water outlet region 1411, the second water path 1312 leads to the second water outlet region 1412, the third water path 1313 leads to the third water outlet region 1413, and the fourth water path 1314 leads to the fourth water outlet region 1414.

in this embodiment, the first water outlet zone 1411, the second water outlet zone 1412, the third water outlet zone 1413 and the fourth water outlet zone 1414 are concentrically arranged in sequence from outside to inside.

In this embodiment, the shielding sequence of the shielding sheet 1100 is as follows: a first waterway 1311, a second waterway 1312, a third waterway 1313, and a fourth waterway 1314.

in this embodiment, the shielding sequence of the shielding sheet 1100 is as follows: a first waterway 1311, a third waterway 1313, a second waterway 1312, and a fourth waterway 1314.

in this embodiment, the shielding sequence of the shielding sheet 1100 is as follows: a first waterway 1311, a third waterway 1313, a fourth waterway 1314, and a second waterway 1312.

In this embodiment, a short rib 1305 is further disposed above the water diversion body 1300, and the short rib 1305 is connected to the notch 1303 of the circular rib 1301 and is lower than the circular rib 1301.

While the foregoing description shows and describes the preferred embodiments of the present invention, it is to be understood that the invention is not limited to the forms disclosed herein, but is not intended to be exhaustive or to exclude other embodiments and may be used in various other combinations, modifications, and environments and is capable of changes within the scope of the inventive concept as expressed herein, commensurate with the above teachings, or the skill or knowledge of the relevant art. But that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention, which is to be limited only by the claims appended hereto.

Claims (9)

1. The utility model provides a circulating water top is spouted which characterized in that includes: the automatic water way switching assembly is used for automatically switching the water ways according to a set rule, and then water is sprayed out of the water outlet panel according to the set rule from the multiple water ways.

2. the circulating water top-spraying device of claim 1, characterized in that:

the automatic waterway switching assembly comprises: the hydraulic driving assembly provides power and then drives the shielding piece to rotate through the speed reducing device;

The multiunit water route includes: the water distribution body is arranged above the water distribution body, the circular rib with a plurality of groups of notches is arranged on the notch of the circular rib, the tail end of the closed rib, far away from the axis, is provided with a through hole, the cover plate and the upper plane of the closed rib are in sealing fit to form a plurality of groups of waterway channels, the water area rib is arranged above the water outlet panel, the water area rib and the water distribution body form a plurality of groups of water outlet areas, and the plurality of groups of water outlet areas correspond to the through holes of the plurality of groups of waterway channels;

the shielding piece is in clearance fit with the notch of the round rib to shield the waterway.

3. The circulating water top spray of claim 2, wherein the hydraulic drive assembly comprises: fixing base, impeller, decelerator includes: the pivot, the pinion, the gear wheel shelters from the piece, set up the counter bore in the middle of the fixing base, set up oblique water hole on the circumference, the periphery sets up interior ring gear, the pivot penetrates counter bore normal running fit, the impeller, the pinion from top to bottom with the coaxial fastening cooperation of pivot, shelter from the piece set up in the pinion below, shelter from the piece for incomplete slice, the centre sets up the beam barrel, both sides top symmetry sets up the gear shaft, the beam barrel with the coaxial normal running fit of pivot, set up the shaft hole in the middle of the gear wheel, the shaft hole with gear shaft normal running fit, just the gear wheel with pinion engagement and simultaneously with interior ring gear meshing.

4. The circulating water overhead sprayer of claim 2, wherein the plurality of sets of water path channels comprise a first water path, a second water path, a third water path, and a fourth water path, and the plurality of sets of water exit zones comprise a first water exit zone, a second water exit zone, a third water exit zone, and a fourth water exit zone, the first water path leading to the first water exit zone, the second water path leading to the second water exit zone, the third water path leading to the third water exit zone, and the fourth water path leading to the fourth water exit zone.

5. the circulating water top spray of claim 4, wherein the first water outlet area, the second water outlet area, the third water outlet area and the fourth water outlet area are concentrically arranged from outside to inside in sequence.

6. The circulating water top-spraying device of claim 4, wherein the shielding sequence of the shielding sheets is as follows: the first water route, the second water route, the third water route, the fourth water route.

7. The circulating water top-spraying device of claim 4, wherein the shielding sequence of the shielding sheets is as follows: the first water route, the third water route, the second water route, the fourth water route.

8. The circulating water top-spraying device of claim 4, wherein the shielding sequence of the shielding sheets is as follows: the first water route, the third water route, the fourth water route, the second water route.

9. The circulating water top spray of claim 2, wherein short ribs are further arranged above the water distributing body, connected with the gaps of the round ribs and lower than the round ribs.