CN205288818U - Fountain device - Google Patents

Abstract

The utility model relates to a fountain device, include: the main part, it forms around the the integrated installation space of gin pole between last cover and base part including last cover, base part and the vertical braces gin pole of arranging from top to bottom between last cover and base part, a plurality of side nozzle mechanisms, its edge the circumference of gin pole arranges that every side nozzle mechanism is including putting the side nozzle spare of commentaries on classics in the the integrated installation space, actuating mechanism, it is installed it changes to be used for driving side nozzle spare pendulum in the main part, and drive mechanism, but it is including wobbling pendulum rod spare, and the first end of pendulum rod spare is connected to side nozzle spare, and the second end of pendulum rod spare is to being close to that the gin pole direction is extended and can following the axial motion of gin pole under actuating mechanism's the drive. The utility model discloses have higher integrated level and wholeness, easily the various water types of accurate realization can shorten installation debug time.

Description

Fountain apparatus

Technical field

This utility model relates to water injector field, in particular to fountain apparatus.

Background technology

In order to make scape needs, being generally manually built with ornamental fountain apparatus, it is a kind of out and water or other liquid to be formed the assembly of particular spray flower pattern with certain pressure by nozzles spray. Fountain can wetted perimeter air, reduce dust, reduce temperature, the collision of the tiny globule of fountain and air molecule can also produce a large amount of negative oxygen ion in addition, contributes to improving appearance of city and promote resident physically and mentally healthy.

It is a kind of fountain form commonly used at present that circle shakes fountain. It includes outer ring pendular ring and inner ring retainer ring, and in retainer ring, circumferentially uniform intervals installs multiple nozzle that can swing around vertical axis, is connected to driving member between pendular ring and nozzle. Under the drive of motor, pendular ring swings and drives driving member so that nozzle swings therewith, thus realizing different sprinkling flower pattern. But this fountain horizontal direction is larger in size and structure disperses, it is easy to cause installation and transport inconvenience.

Utility model content

This utility model aims to provide that a kind of area occupied is less, the fountain apparatus of compact conformation.

For this, according to an aspect of the present utility model, a kind of fountain apparatus is provided, including: main part, it includes upper cover part, base part and the vertical supporting arranged the up and down gin pole between upper cover part and base part, forms the integrated installation space around gin pole between upper cover part and base part; Multiple side nozzle mechanisms, it is arranged circumferentially in integrated installation space along described gin pole, and each side nozzle mechanism includes swinging side spray mouth; Driving mechanism, it installs on the body portion for driving side nozzle member rotation; And drive mechanism, it includes swingable fork part, and the first end of fork part is connected to side spray mouth, and the second end of fork part extends to close gin pole direction and can along the axially-movable of gin pole under the driving of driving mechanism.

The integrated installation space formed by main part can by integrated to side nozzle mechanism and drive mechanism within this space, compact conformation reduces area occupied.Driving mechanism drives side spray head rotation by drive mechanism, it is possible to achieve the control of offside shower nozzle rotation angle, it is achieved different water type. Fork, side nozzle mechanism etc. belong to precision-machined parts, design small and exquisite and accurate, it is ensured that have the degree of accuracy of less volume and Geng Gao while forming good action effect. It is achieved in that frictional resistance relatively small and the reduction of general power entirety, power consumption minimizing. This programme has higher integrated level and good globality simultaneously, integral installation can transport, can directly send to on-the-spot transport after factory debugs, shorten the installation and debugging time.

In one preferred embodiment, described gin pole has inner chamber and axially extending along it and with inner space elongated slot, drive mechanism also includes: sliding sleeve, and it is axially movable set on described gin pole and hinged with the second end of fork part along gin pole; Link member, is connected with sliding sleeve in the inner chamber of its centrally located column of the first end and through elongated slot, and its second end is connected with driving mechanism, and the first end of described link member can along the axially-movable of gin pole under the driving of driving mechanism.

According to this programme, each fork is from sliding sleeve to external radiation the side nozzle mechanism being connected to correspondence, by the unified amplitude of fluctuation adjusting all forks of link member and sliding sleeve and speed, it is easy to accurately control and ensure the harmony that each side nozzle moves.

Preferably, gin pole has two the described elongated slots being oppositely arranged, described link member includes: montant, in the inner chamber of its centrally located column of the first end and can along the axially-movable of gin pole under the driving of driving mechanism, this first end has a perpendicular to the first transverse sleeves that gin pole is axial, and its second end is connected with driving mechanism; Cross bar, it is arranged in the first transverse sleeves and two ends each extend over out two elongated slots of gin pole and are connected with described sliding sleeve. Which provide a kind of simple in construction, easily controllable drive mechanism.

Preferably, described driving mechanism is positioned at the lower section of described main part, and described base part is formed with the perforation of the inner chamber of connection gin pole, and montant is located in the inner chamber of described perforation and gin pole. Reducing the floor space of fountain apparatus so further, structure is compacter.

Preferably, described driving mechanism includes being arranged on below base part and rotating shaft is perpendicular to the motor of gin pole, cross bar and the first transverse sleeves can rotate against, second end of described montant has a perpendicular to the second transverse sleeves that gin pole is axial, drive mechanism also includes: rotating disk, and it is arranged in the rotating shaft of motor; Crank element, it is arranged on rotating disk and is located in the second transverse sleeves of montant, and crank element constitutes toggle with link member.

Motor driving crank connecting rod mechanism movement, and then drive sliding sleeve, fork action, it is achieved the rotation of side nozzle is driven. By controlling motor rotary speed, the rotation angles and positions of side nozzle can be carried out precise positioning by start and stop position.

In one preferred embodiment, side spray mouth includes: cylinder, and it can be arranged on to rotation in integrated installation space; Side nozzle, its axis direction being perpendicular to cylinder stretches out from cylinder; And arm-tie, it is positioned on described cylinder and hinged with the first end of fork part. Which provide a kind of simple in construction and be prone to the side spray mouth of processing, be conveniently connected with fork part.

Preferably, described side nozzle mechanism also includes fixing seat, it is mounted to upper cover part and limits cavity volume, fixing seat has the column part that axis is parallel with the tangent line of gin pole, the sidewall of column part forms the opening connected with cavity volume, described cylinder can be set on column part to rotation and be provided with sealing member between two ends and the column part of cylinder, described side nozzle is by described opening and described cavity volume fluid communication, and the periphery of upper cover part is formed corresponding with the rotation path of side nozzle dodges opening.The design of side nozzle mechanism makes to swing more flexible, it is ensured that without clamping stagnation or drainage in swing process, each part is suitable to Precision Machining, smaller and frictional resistance is less. Dodge opening and can increase side nozzle rotation amplitude further.

Preferably, described base part limits the first water cavity near outside, and the first water cavity is by being provided with the first pipeline and the cavity volume fluid communication of electromagnetic valve. Electromagnetic valve can realize flowing to the current break-make of side nozzle, uninterrupted is controlled, and is suitable to adjust as required the water spraying time of different side nozzle and injection flow rate and different sprays flower pattern to form. First water cavity achieves the shunting for each side nozzle as the tank of side nozzle mechanism.

In one preferred embodiment, described upper cover part includes lid, it has along the central nozzle away from main part direction projection and cross section convergent, the plurality of side nozzle mechanism is arranged on described lid and near the neighboring of lid, base part limits the second water cavity near inner side, and the second water cavity is by the second pipeline and central nozzle fluid communication.

Central nozzle and side nozzle mechanism are all integrated on lid, and better and side nozzle and central nozzle the coordination of globality making fountain apparatus is higher.

Preferably, described upper cover part also includes the sump being arranged on lid corresponding to central nozzle, and gin pole is bearing between sump and base part, and sump has the oral area of connection central nozzle, the second pipeline fluid connection sump and the second water cavity. The water flowed out from the second pipeline can be carried out rectification by sump, and the water after rectification sprays then through central nozzle, meets central nozzle water spray desirable pressure requirement.

Accompanying drawing explanation

Fig. 1 illustrates that fountain apparatus according to embodiment of the present utility model is from the schematic three dimensional views in terms of motor drive direction;

Fig. 2 illustrates that fountain apparatus according to embodiment of the present utility model is from the schematic three dimensional views in terms of motor drive direction dorsad

Fig. 3 illustrates the side view of the fountain apparatus according to embodiment of the present utility model;

Fig. 4 illustrates that A-A according to Fig. 3 is to sectional view;

Fig. 5 illustrates that B-B according to Fig. 4 is to sectional view;

Fig. 6 illustrates the top view according to Fig. 3;

Fig. 7 illustrates the schematic three dimensional views of the side nozzle mechanism according to embodiment of the present utility model;

Fig. 8 illustrates the side view of the side nozzle mechanism according to embodiment of the present utility model;

Fig. 9 illustrates the top view according to Fig. 8;

Figure 10 illustrates that C-C according to Fig. 9 is to sectional view.

Description of reference numerals:

1, upper cover part; 11, lid; 111, central nozzle; 113, opening is dodged; 115, arcuate groove; 13, sump; 131, oral area; 2, side nozzle mechanism; 21, fixing seat; 211, shell; 212, pushing out ring is propped up; 213, cavity volume; 214, sealing member; 215, plug; 216, first paragraph; 217, opening; 218, second segment; 219, column part; 23, side spray mouth; 231, side nozzle; 233, arm-tie; 235, cylinder; 25, axial stop; 27, securing member; 3, gin pole; 31, elongated slot; 33, inner chamber; 4, base part; 41, top board; 42, the second base plate; 421, hole; 43, the first side plate; 44, the second side plate; 45, the 3rd side plate; 46, the first water cavity; 47, the second water cavity; 48, perforation; 49, the first base plate; 491, hole; 5, driving mechanism; 51, installing plate; 53, motor; 6, drive mechanism;61, rotating disk; 63, link member; 631, montant; 633, the first transverse sleeves; 635, the second transverse sleeves; 637, cross bar; 65, sliding sleeve; 67, fork part; 69, crank element; 7, the first pipeline; 71, electromagnetic valve; 8, the second pipeline.

Detailed description of the invention

Description, describes the exemplary scheme of fountain apparatus disclosed in this utility model in detail. Although providing accompanying drawing is to present embodiments more of the present utility model, but accompanying drawing need not be drawn by the size of specific embodiments, and some feature can be exaggerated, remove or office cuts open to illustrate and explain disclosure of the present utility model better. The phrase " in the accompanying drawings " occurred in the description or similar term need not with reference to all accompanying drawings or examples.

It is used to describe some directional terminology of accompanying drawing hereinafter, such as " interior ", " outward ", "left", "right", " upwards ", " downwards " and other directional terminology, it will accordingly be understood that for have its normal implication and make a comment or criticism often see accompanying drawing time involved those directions. Except as otherwise indicating, directional terminology described in this specification is substantially according to conventional direction understood by one of ordinary skill in the art.

Term " about " or " substantially " in this utility model will be understood by those of ordinary skill in the art and will change within the specific limits according to the context using this term.

Term " first ", " second " and the similar terms thereof used in this utility model, is not offered as any order, quantity or importance in this utility model, but for parts and other parts are made a distinction.

Referring to Fig. 1 to Figure 10, this utility model relates to a kind of fountain apparatus. In conjunction with Fig. 1 to Fig. 5, this fountain apparatus includes being formed with the main part in integrated installation space, is arranged in integrated installation space and each includes multiple side nozzle mechanisms 2 of swinging side spray mouth 23, be mounted to main part for the driving mechanism 5 of driving side nozzle member 23 rotation and the drive mechanism 6 that is connected between side spray mouth 23 and driving mechanism 5.

Wherein main part includes upper cover part 1 and the base part 4 arranged up and down and the gin pole 3 that vertical supporting is between upper cover part 1 and base part 4. The aforesaid integrated installation space around gin pole 3 is limited between upper cover part 1 and base part 4.

Upper cover part 1 includes lid 11 and is arranged in integrated installation space and is mounted to the sump 13 of lid 11 mid portion. Lid 11 shown in figure is circular configuration, but the shape of lid 11 is not limited to this, it is also possible to be the similar circular configuration such as oval, avette or square etc., it is also possible to be the wider shapes in middle convergent two ends. The mid portion of lid 11 is also formed with central nozzle 111. Central nozzle 111 stretches out along the direction away from main part and along projection direction cross section convergent.

The water of central nozzle 111 is mainly carried out rectification by sump 13, and it is such as bolted to lid 11. The roof of sump 13 is formed with the oral area 131 connected with central nozzle 111, and pillar 3 is supported between sump 13 and base part 4. Preferably in lid 11 is formed arcuate groove 115, it is simple to be connected with sump 13 and lid 11. Although there is shown four arcuate grooves 115 arranged around central nozzle 11 uniform intervals, but it may occur to persons skilled in the art that and adjust the quantity of arcuate groove 115, shape and arrangement according to actual needs. Such as, as the replacement of arcuate groove, it is possible to be straight trough, cannelure etc.

Base part 4 includes the top board 41 of annular, it is vertically connected on the first side plate 43 of top board 41 neighboring and inner periphery, second side plate 44, it is vertically connected on top board 41 and the 3rd side plate 45 between the first side plate 43 and the second side plate 44, the second annular base plate 42 that first base plate 49 of and the annular that be connected to first side plate 43 and threeth side plate 45 between relative with top board 41 and inner periphery are connected on the second side plate 44 neighboring and are such as removably mounted on the first base plate 49 by bolt.Here top board the 41, first side plate the 43, second side plate the 44, the 3rd side plate 45 and the first base plate 49 are preferably integrally formed, simple and strong for structure. Certainly, may be used without welding or other connected modes here between each sheet material.

First side plate the 43, the 3rd side plate 45, between top board 41 and the first base plate 49, limit the first water cavity 46 in the outer part. Second side plate the 44, the 3rd side plate 45, between top board 41 and the second base plate 42, limit the second water cavity 47 in the inner part. Second side plate 44 limits substantially corresponding with gin pole 3 perforation 48. First water cavity 46 is in fluid communication with multiple side nozzle mechanisms 2 by many first pipelines 7 being arranged on top board 41, and each first pipeline 7 is provided with electromagnetic valve 71, for controlling to flow through current break-make and the current size of the second pipeline 7 of correspondence as required. Second water cavity 47 is in fluid communication with sump 13 by many second pipelines 8 being arranged on top board 41, controls to flow through current break-make and the current size of the second pipeline 8 by the pump being independently arranged.

Preferably the first base plate 49 and the second base plate 42 are each formed with the hole 491,421 for moisturizing. The effect of perforation 48 will be described in detail below.

Preferably the first pipeline 7 and the second pipeline 8 are the flexible pipe with certain suppleness.

In this utility model, a function of base part 4 is the water storage place as central nozzle 111 and side nozzle 231, it is achieved to each side nozzle 231 shunting action of water. Except multiple plates are integrally formed limit the first water cavity and the second water cavity except, those skilled in the art are also it is contemplated that other alternative structure, such as in a unshowned embodiment, multiple independent water tanks head and the tail each other connect and form substantially a ring-shaped structure, each water tank connects first pipeline 7 and supplies water for a corresponding side nozzle 231. Can be removably connect between each water tank, select suitable water tank quantity as desired. In another unshowned embodiment, the ring-type water tank of inner side and another ring-type water tank in outside are provided, wherein the ring-type water tank in outside limits the first water cavity, and the ring-type water tank of inner side limits the second water cavity, and is detachably connected between the ring-type water tank of inner side and outer side. In another unshowned embodiment, adopting the annular conduit in outside to substitute original first water cavity is that side nozzle 231 supplies water.

Gin pole 3 is have the tubular structure along its axially extended inner chamber 33, and this inner chamber 33 connects with perforation 48 and preferably coaxial with perforation 48. The perisporium of gin pole 3 is formed two being oppositely arranged and being communicated to inner chamber 33 axial elongated slots 31, provides guiding for the motion for drive mechanism 6.

In the embodiment shown in Fig. 1 to Fig. 5 of the present invention, driving mechanism 5 is motor 53. Motor 53 is by the installing plate 51 that is fixed on base part 4 and the downside being mounted to base part 4, it is to avoid take more space in horizontal direction. Preferably, motor 53 is motor, and by controlling motor rotary speed, start and stop position can adopt different nozzle arrangements in conjunction with side nozzle 231, thus realizing different water type.

Drive mechanism 6 includes being mounted to the rotating disk 61 of motor 53 rotating shaft, rotates with rotating disk 61 and can be connected to side spray mouth 23 along the link member 63 axially moved up and down of gin pole 3 and the first end and the second end can along the fork part 67 of the axially-movable of gin pole 3 under link member 63 drives.

Wherein link member 63 includes the cross bar 637 of the perforation 48 being located in base part 4 and the montant 631 in the inner chamber 33 of gin pole 3 and the one end being connected to montant 631. Preferably, in the inner chamber 33 of the first centrally located column 3 of end of montant 631 and be provided with the first transverse sleeves 633 being perpendicular to gin pole 3 axis, cross bar 637 is through the first transverse sleeves 633, and the two ends of cross bar 637 pass relative two elongated slot respectively. Being arranged with in the periphery of gin pole 3 and along the sliding sleeve 65 of gin pole 3 axial-movement, the outer peripheral face of sliding sleeve 65 can be formed with otic placode, the first end of fork part 67 is hinged to side spray mouth 23 and the second end is hinged to this otic placode. Second end of montant 631 is provided with the second transverse sleeves 635 being perpendicular to gin pole 3 axis, and a crank element 69 is arranged on rotating disk 61 and wears into the second transverse sleeves 635, thus being connected with driving mechanism 5 by link member 63.

Preferably, the length of fork part 67 can be finely tuned, thus the rotation angle of side nozzle 231 is finely tuned.

In conjunction with Fig. 6 to Figure 10, fixing seat 21 that side nozzle mechanism 2 includes being mounted to lid 11 and be rotatably installed in the side spray mouth 23 on fixing seat 21. Wherein fix seat 21 include shell 211 and form the cavity volume 213 in shell 211. Cavity volume 213 and the first pipeline 7 are in fluid communication. Shell 211 has column part 219, and column part 219 forms the opening 217 connected with cavity volume 213. In the side of the column part dorsad 219 of shell 211, plug 215 is installed.

Preferably, cavity volume 213 includes the first paragraph 216 that extends along the axis direction of column part 219 and connects with first paragraph 216 and along being perpendicular to the second segment 218 that axis direction extends. Second segment 218 corresponds to the position of the first pipeline 7 to facilitate connection.

Side spray mouth 23 includes the cylinder 235 being rotatably set on column part 219, and on the outer peripheral face of cylinder 235, edge is perpendicular to its axis direction and stretches out side nozzle 231, it is preferable that side nozzle 231 is integrally formed on cylinder 235. The projection direction of side nozzle 231 can also be adjusted as required, for instance with cylinder 235 in the acute angle less than 90 ��. Cylinder 235 is additionally provided with arm-tie 233 hinged for the first end with fork part 67. Preferred arm-tie 233 is integrally formed on cylinder 235.

In one embodiment, the axis direction of column part 219 is parallel to the periphery tangential direction of gin pole 3, and as depicted in figs. 1 and 2, side nozzle 231 substantially rotates in perpendicular. And in order to increase the rotational steps of side nozzle 231 further, it is possible to the neighboring of lid 11 is formed dodges opening 113, makes the rotation that side nozzle 231 can realize 360 �� substantially.

Side nozzle 231 and opening 217 are in fluid communication. In order to prevent water in cylinder 235 rotary course from spilling between side nozzle assembly 23 and fixing seat 21, pushing out ring 212 and a sealing member 214 are installed between the two ends of cylinder 235 and column part 219. Additionally, be also equipped with the axial stop 25 preventing side spray mouth 23 from axially deviating from from fixing seat 21 between fixing seat 21 and side spray mouth 23. Preferably, axial stop 25 is be mounted to the end cap on column part 219 end face by securing member 27, forms axial stop and coordinate between end cap with cylinder 235.

In fountain apparatus disclosed in the utility model, the rotating shaft of motor 53 rotates, rotating disk 61 is driven to rotate, montant 631 is driven to be synchronized with the movement thereby through crank element 69, the forms of motion of montant 631 includes the swing around motor 53 rotating shaft of the overall up and down motion along gin pole 3 axis direction and its second end, and namely crank element 69 and montant 631 constitute toggle.Cross bar 637 drives the second end of fork part 67 to move up and down by sliding sleeve 65 while moving up and down with montant 631, thus driving side nozzle member 23 rotates. Accurately controlled motor 53 by software and can be in harmonious proportion and be accurately positioned realizing sliding sleeve 65 speed so that the anglec of rotation of side spray mouth 23 is adjustable and can be accurately positioned. When side nozzle 231 maintains static, it may be achieved run the effect of spring.

Carry out driving side nozzle member 23 rotate although this utility model have employed motor 53, but it may occur to persons skilled in the art that other type of drive. In a unshowned embodiment, piston cylinder is adopted to substitute motor. The cylinder body of piston cylinder is arranged on the lower section of base part 4, and the piston rod vertically stretching out cylinder body is connected with montant 631, or can also save montant 631 and make piston rod directly be connected with cross bar 637. In another unshowned embodiment, piston cylinder is arranged in the perforation 48 of base part 4, and the piston rod vertically stretching out cylinder body is connected with cross bar 637. In another unshowned embodiment, base part 4 do not have perforation and piston cylinder is arranged on top board 41, the piston rod vertically stretching out cylinder body is connected with cross bar 637.

Water is transported to side nozzle 231 and central nozzle 111 from the first water cavity 46 and the second water cavity 47 respectively. Electromagnetic valve 71 can independently control the first corresponding pipeline 7, thus realize spraying water from different side nozzles 231 at different time or spraying water from all side nozzles 231 simultaneously, in conjunction with the different angles that side nozzle 231 rotates, it is possible to realize the conversion of the various sprinkling moulding of fountain.

Fountain apparatus of the present utility model is able to carry out the monoblock type combined sprinkler of multiple fountain flower pattern performance. Middle central nozzle 111 can individually combine with music as main burner, realizes the change of water column height under the effect of frequency conversion, it is possible to installs different shower nozzle and realizes different flower pattern changes. Peripheral multiple side nozzles 231 are under the control of electromagnetic valve 71, motor 53 and software, it may be achieved different flower pattern changes. And side nozzle mechanism 2 is in the process swung, anhydrous leakage also ensure that the flexible of swing. Each parts both pass through Precision Machining, have size little, good sealing effect, the feature of flexible swinging.

Side nozzle mechanism 2 and central nozzle 111 are all installed on lid 11, and lid 11 adopts injection moulding or line cutting one-shot forming, and what make that side nozzle 231 and central nozzle 111 arrange is more uniform, and the direction of water outlet is more consistent with position. The special designs of side nozzle mechanism 2 makes swing more flexibly, sealing effectiveness is better herein. Fountain apparatus adopts the mode of centre-driven, melts as a whole by driving device and nozzle, thus install, debug, transport convenient. Sliding sleeve moves up and down and preferably employs connecting rod type of drive, even if motor not being controlled, it is also possible to reach the effect making side spray assembly swing continuously. Additionally, fountain apparatus adopts adjustable connecting-rod part that sliding sleeve and side spray mouth are attached, it is possible to adjust shower nozzle direction in smaller range. Adopting bottom the first water cavity and the second water cavity to supply water respectively, first water cavity in outside is through a plurality of first pipeline for side spray mouth water, and the second water cavity of inner side send water to become owner of shower nozzle to the sump rectification on top is laggard through a plurality of second pipeline. Make full use of space, make space structure more compact.

Owing to this utility model is based on workpiece, the small and exquisite precision of Element Design, it is ensured that there is the degree of accuracy of less volume and Geng Gao at identical conditions.So ensureing that frictional resistance is relatively small, so that overall power reduces, power consumption reduces. This utility model entirety floor space is little, good integrity, can integral installation transport. After factory debugs, field connection, shorten the installation and debugging time. And the fountain apparatus operability that relates to of this utility model, adaptability are better, central nozzle and side nozzle can adopt different nozzle arrangements, to adapt to different occasions or to reach different effects. Such as side nozzle can be used on the duckbilled shower nozzle that small-sized quiet occasion is suitable for or the direct current shower nozzle being suitable in the occasion that spaciousness is lively, and central nozzle adopts fireworks display shower nozzle or changeable shower nozzle etc. to reach different-effect. This fountain apparatus variability is strong, and side nozzle is capable of different water type effects from electromagnetic valve and motor cooperation.

Fountain apparatus of the present utility model has wide range of applications, different types of nozzle is coordinated to can be used as the ingredient of huge event fountain, it is used on huge event fountain or Floatating fountain, also can be used alone as a small-sized numerical control music fountain, be arranged on the little occasions such as hotel lobby, small-sized square, garden.

It is to be understood that, although this specification describes according to each embodiment, but not each embodiment only comprises an independent technical scheme, this narrating mode of description is only for clarity sake, description should be made as a whole by those skilled in the art, technical scheme in each embodiment through appropriately combined, can also form other embodiment that it will be appreciated by those skilled in the art that.

The foregoing is only the schematic detailed description of the invention of this utility model, be not limited to scope of the present utility model. Any those skilled in the art, the equivalent variations made under the premise without departing from design of the present utility model and principle, amendment and combination, the scope of this utility model protection all should be belonged to.

Claims (10)

1. a fountain apparatus, it is characterised in that including:

Main part, it includes upper cover part (1), base part (4) and the vertical supporting arranged the up and down gin pole (3) between upper cover part (1) and base part (4), forms the integrated installation space around gin pole (3) between upper cover part (1) and base part (4);

Multiple side nozzle mechanisms (2), it is arranged circumferentially in integrated installation space along described gin pole (3), and each side nozzle mechanism (2) includes swinging side spray mouth (23);

Driving mechanism (5), it installs on the body portion for driving side nozzle member (23) rotation; And

Drive mechanism (6), it includes swingable fork part (67), first end of fork part (67) is connected to side spray mouth (23), and the second end of fork part (67) extends to close gin pole (3) direction and can along the axially-movable of gin pole (3) under the driving of driving mechanism (5).

2. fountain apparatus according to claim 1, it is characterized in that, described gin pole (3) has inner chamber (33) elongated slot (31) that is axially extending with along it and that connect with inner chamber (33), and drive mechanism (6) also includes:

Sliding sleeve (65), it is gone up and hinged with the second end of fork part (67) along the described gin pole (3) that is axially movable set in of gin pole (3);

Link member (63), it is connected with sliding sleeve (65) in the inner chamber (33) of the centrally located column of its first end (3) and through elongated slot (31), its second end is connected with driving mechanism (5), and the first end of described link member (63) can along the axially-movable of gin pole (3) under the driving of driving mechanism (5).

3. fountain apparatus according to claim 2, it is characterised in that gin pole (3) has two the described elongated slots (31) being oppositely arranged, and described link member (63) including:

Montant (631), in the inner chamber (33) of the centrally located column of its first end (3) and can along the axially-movable of gin pole (3) under the driving of driving mechanism (5), this first end has a perpendicular to the first transverse sleeves (633) that gin pole (3) is axial, and its second end is connected with driving mechanism (5);

Cross bar (637), it is arranged in the first transverse sleeves (633) and two ends each extend over out two elongated slots (31) of gin pole (3) and are connected with described sliding sleeve (65).

4. fountain apparatus according to claim 3, it is characterized in that, described driving mechanism (5) is positioned at the lower section of described main part, described base part (4) is formed with the perforation (48) of the inner chamber (33) of connection gin pole (3), and montant (631) is located in the inner chamber (33) of described perforation (48) and gin pole (3).

5. fountain apparatus according to claim 4, it is characterized in that, described driving mechanism (5) includes being arranged on below base part (4) and rotating shaft is perpendicular to the motor (53) of gin pole (3), cross bar (637) and the first transverse sleeves (633) can rotate against, second end of described montant (631) has a perpendicular to the second transverse sleeves (635) that gin pole (3) is axial, and drive mechanism (6) also includes:

Rotating disk (61), it is arranged in the rotating shaft of motor (53);

Crank element (69), it is arranged on rotating disk (61) and is located in second transverse sleeves (635) of montant (631), and crank element (69) constitutes toggle with link member (63).

6. fountain apparatus according to any one of claim 1 to 5, it is characterised in that side spray mouth (23) including:

Cylinder (235), it can be arranged on to rotation in integrated installation space;

Side nozzle (231), its axis direction being perpendicular to cylinder (235) stretches out from cylinder (235); And

Arm-tie (233), it is upper and hinged with the first end of fork part (67) that it is positioned at described cylinder (235).

7. fountain apparatus according to claim 6, it is characterized in that, described side nozzle mechanism (2) also includes fixing seat (21), it is mounted to upper cover part (1) and limits cavity volume (213), fixing seat (21) has the column part (219) that axis is parallel with the tangent line of gin pole (3), the sidewall of column part (219) forms the opening (217) connected with cavity volume (213), described cylinder (235) can be set in rotation column part (219) and above and be provided with sealing member (214) between two ends and the column part (219) of cylinder (235), described side nozzle (231) is by described opening (217) and described cavity volume (213) fluid communication, the periphery of upper cover part (1) is formed corresponding with the rotation path of side nozzle (231) dodges opening (113).

8. fountain apparatus according to claim 7, it is characterized in that, described base part (4) limits the first water cavity (46) near outside, and the first water cavity (46) is by being provided with the first pipeline (7) and cavity volume (213) fluid communication of electromagnetic valve (71).

9. fountain apparatus according to any one of claim 1 to 5, it is characterized in that, described upper cover part (1) includes lid (11), it has along the central nozzle (111) away from main part direction projection and cross section convergent, the plurality of side nozzle mechanism (2) is arranged on the neighboring of the upper and close lid (11) of described lid (11), base part (4) limits the second water cavity (47) near inner side, and the second water cavity (47) is by the second pipeline (8) and central nozzle (111) fluid communication.

10. fountain apparatus according to claim 9, it is characterized in that, described upper cover part (1) also includes the sump (13) being arranged on lid (11) corresponding to central nozzle (111), gin pole (3) is bearing between sump (13) and base part (4), sump (13) has the oral area (131) of connection central nozzle (111), and the second pipeline (8) is in fluid communication sump (13) and the second water cavity (47).