CN204728759U - Osprey plays with water platform - Google Patents
Osprey plays with water platform Download PDFInfo
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- CN204728759U CN204728759U CN201520270849.0U CN201520270849U CN204728759U CN 204728759 U CN204728759 U CN 204728759U CN 201520270849 U CN201520270849 U CN 201520270849U CN 204728759 U CN204728759 U CN 204728759U
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Abstract
The utility model relates to a kind of osprey and to play with water platform, comprise pond, fish post parts, central rotation platform, fish and osprey, fish post parts and central rotation platform are all arranged in pond, eight fish post parts are centered by central rotation platform, be arranged on around central rotation platform, fish is on fish post parts, and osprey is on central rotation platform.The beneficial effects of the utility model are: by rational structure design, the small and exquisite safety and firmness of facility scale.The pond that only need one are slight, as fabricating yard, can be located at park or city square.View mark is under water under high pressure multi-stage pushing, and motion is freely, vivid, for original dull fountain increases infinite vigor, reaches animation effect better.For the people coming to view and admire bring infinite enjoyment, the children enriched for association launch the space imagined, for the people of leisure provide amusement platform.
Description
Technical field
The utility model relates to one and to play with water platform, particularly relates to a kind of osprey and to play with water platform.
Background technology
The global itinerant exhibition of rheum officinale duck of Dutch art man design, Dou Shi whole city, place of arrival is caused a sensation, everyone is pursuing the happy of child's simplicity, but rheum officinale duck is a huge rubber duck, inflate by blower fan, fan inside is agitated, be suitable for water field of big area and hold grand exhibitions, under easy generation gas leakage is flat, also the small-sized puddle being not suitable for park or the city square often lain fallow people is put on display, and current park or the existing Landscape Facilities of city square, namely music fountain adds light decoration, or be furnished with one can not the sculpture of action, not lovely as rheum officinale duck cartoon animals is appreciated in playing for children.
Utility model content
The purpose of this utility model overcomes deficiency of the prior art, provides a kind of and solve the motionless or stiff in the movements problem of original view mark, and the osprey also overcoming pneumatic rubber cartoon thing leakage problem plays with water platform.
This osprey plays with water platform, comprise pond, fish post parts, central rotation platform, fish and osprey, fish post parts and central rotation platform are all arranged in pond, eight fish post parts are centered by central rotation platform, be arranged on around central rotation platform, fish is on fish post parts, and osprey is on central rotation platform.
As preferably: described fish post parts comprise flexible joint, fish column casing, screw, fish post water inlet component, rubber ring, sealing ring, O type circle, foot lever, ball, ball block plate, pin back-up ring and fish support bar, flexible joint is contained in fish column casing, fish column casing is through the installing hole of basin bottom, be fixed on the base plate in pond by flange, fish post water inlet component is arranged on the lower port of fish column casing, its the first half is stretched in the centre bore of flexible joint, ball is contained in two gathering sills between flexible joint and fish column casing, ball block plate is contained in the top of fish column casing, four pairs of foot levers are contained on fish support bar, the bar head of foot lever is installed in the sliding tray of flexible joint inwall, pin back-up ring is contained in the upper end of flexible joint, fish is contained in the top of fish support bar.
As preferably: there is O type circle between described flexible joint and fish column casing, rubber ring is had between fish column casing and fish post water inlet component, the first half of fish post water inlet component puts in the endoporus of the flexible joint being provided with interior water seal circle, fish post water inlet component, flexible between joint and fish column casing three contact surface, be all provided with sealing, form a water-stop space E.
As preferably: described central rotation platform comprises flexible joint, ring shaft assembly, Pit cover, bearing bore, screw, rotary sleeve, belt pulley, rotate pin, transition nuts, center water inlet component, rubber ring, sealing ring, dog screw, reinforced seal, spindle nut, bearing, chamber rubber seals, O type circle, lid screw, steel ball, screw, spacing ring, shut, slip cross, central strut, cross position-stopping plate and pallet, flexible joint is enclosed within ring shaft assembly, the ring pipe of ring shaft assembly is just stretched in the centre bore of flexible joint, ring shaft assembly is sleeved in rotary sleeve, rotary sleeve is contained in bearing bore by spindle nut and bearing, Pit cover is contained in the upper end of bearing bore, bearing bore is fixed by screws on the base plate in pond, chamber rubber envelope is housed between the contact surface of the two, belt pulley is fixed on rotary sleeve by dog screw, transition nuts binds the lower port at rotary sleeve by rotating dog, center water inlet component extend into the centre bore of ring shaft assembly from the centre bore of transition nuts, two reinforced seals are contained in the centre bore of Pit cover and pond baseboard respectively, contact with rotary sleeve, steel ball is contained in the rail groove between ring shaft assembly and rotary sleeve, spacing ring is contained in the upper end of rotary sleeve, shut is contained in the upper end of ring shaft assembly, slip cross is fixed on central strut, and can slide in the sliding tray in flexible joint, cross position-stopping plate is contained in the upper end of flexible joint, pallet is contained on central strut, cartoon osprey for flying is contained on the pallet on central strut top.
As preferably: have sealing ring between described rotary sleeve and transition nuts, rubber ring is had between transition nuts and center water inlet component, the flute pipe of center water inlet component puts in the endoporus of the ring shaft assembly being provided with interior water seal circle, O type circle is had between ring shaft assembly and rotary sleeve, obviously, rotary sleeve, transition nuts, be all provided with sealing between center water inlet component and ring shaft assembly contact surface, four form a water-stop space M.
As preferably: described flexible joint is sleeved in ring shaft assembly, the ring pipe of ring shaft assembly is just stretched in the centre bore of flexible joint, O type circle is had between the outer wall of the telescopic shaft push-plate of flexible joint and the inwall of ring shaft assembly, interior water seal circle is provided with between the inwall of flexible joint and the external cylindrical surface of ring pipe, flexible contact surface between joint and ring shaft assembly also all forms preventing water leakage sealing surface, and flexible joint and ring shaft assembly form a water-stop space N.
As preferably: described ring shaft assembly is sleeved in rotary sleeve, gathering sill is provided with between the outer wall of ring shaft assembly and the inwall of rotary sleeve, in gathering sill, steel ball is housed, spacing ring is contained in the upper end of rotary sleeve, the rolling of restriction steel ball, steel ball makes ring shaft assembly and rotary sleeve form kinematic pair, and ring shaft assembly moves up and down freely in rotary sleeve, can not rotate, but the two can rotate simultaneously; Steel ball plays a part dual in gathering sill, play the guiding role on the one hand to the lifting of ring shaft assembly in rotary sleeve, on the other hand for rotary sleeve drives ring shaft assembly to rotate transmitting torque.
As preferably: described ring shaft assembly comprises interior water seal circle, axle holder, ring base tube, ring film, ring pipe and ring outer shaft sleeve, interior water seal circle is contained in the seal groove in axle holder, ring base tube, ring film and ring pipe composition ring body, be welded in the center of axle holder, it is external that ring outer shaft sleeve is enclosed within ring, one end is welded in axle holder, and ring base tube is provided with the roundabout mouth C of ring water, and ring pipe is provided with ring pressure relief opening D.
As preferably: described fish post water inlet component is different with center water inlet component size, but structure is identical, they all comprise in water supply hose joint, flute union, flute manage, flute every with flute pipe, water supply hose joint is contained on flute union, flute pipe by flute every being welded in flute on pipe, in flute, pipe is welded on flute union, and in flute, pipe is provided with the roundabout mouth A of water in flute, and flute pipe is provided with flute pressure relief opening B.
As preferably: described flexible joint comprises interior water seal circle, telescopic shaft push-plate and flexible axle sleeve, and interior water seal circle is contained in the seal groove in telescopic shaft push-plate, and flexible axle sleeve is welded on telescopic shaft push-plate.
The beneficial effects of the utility model are: by rational structure design, the small and exquisite safety and firmness of facility scale.The pond that only need one are slight, as fabricating yard, can be located at park or city square.View mark is under water under high pressure multi-stage pushing, and motion is freely, vivid, for original dull fountain increases infinite vigor, reaches animation effect better.For the people coming to view and admire bring infinite enjoyment, the children enriched for association launch the space imagined, for the people of leisure provide amusement platform.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation;
Fig. 2 is the structural representation of flexible joint;
Fig. 3 is ring shaft assembly structural representation;
Fig. 4 is the structural representation of water inlet component;
Description of reference numerals: pond 1, fish post parts 2, central rotation platform 3, flexible joint 4, ring shaft assembly 5, Pit cover 6, bearing bore 7, fish column casing 8, screw 9, fish post water inlet component 10, screw 11, rotary sleeve 12, belt pulley 13, rotate pin 14, transition nuts 15, center water inlet component 16, rubber ring 17, sealing ring 18, dog screw 19, reinforced seal 20, spindle nut 21, bearing 22, chamber rubber envelope 23, O type circle 24, foot lever 25, ball 26, ball block plate 27, pin back-up ring 28, fish support bar 29, lid screw 30, steel ball 31, screw 32, spacing ring 33, shut 34, slip cross 35, central strut 36, cross position-stopping plate 37, pallet 38, interior water seal circle 39, telescopic shaft push-plate 40, flexible axle sleeve 41, axle holder 42, ring base tube 43, ring film 44, ring pipe 45, ring outer shaft sleeve 46, water supply hose joint 47, flute union 48, pipe 49 in flute, flute is every 50, flute pipe 51, the roundabout mouth A of water in flute, flute pressure relief opening B, the roundabout mouth C of ring water, ring pressure relief opening D, water-stop space E, water-stop space M, water-stop space N.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described further.Although the utility model will be described in conjunction with preferred embodiment, should know, not represent the utility model restriction in the described embodiment.On the contrary, the utility model will contain can be included in attached claims limit scope of the present utility model in alternative, modified and equivalent.
As shown in Figure 1, osprey platform of playing with water comprises pond 1, fish post parts 2, central rotation platform 3, fish and osprey, fish post parts 2 and central rotation platform 3 are all arranged in pond, eight fish post parts 2 are centered by central rotation platform 3, be arranged on central rotation platform 3 around, fish is on fish post parts 2, and osprey is on central rotation platform 3.
Fish post parts 2 comprise flexible joint 4, fish column casing 8, screw 9, fish post water inlet component 10, rubber ring 17, sealing ring 18, O type circle 24, foot lever 25, ball 26, ball block plate 27, pin back-up ring 28 and fish support bar 29, flexible joint 4 is contained in fish column casing 8, fish column casing 8 is through the installing hole bottom pond 1, be fixed on the base plate in pond 1 by flange, fish post water inlet component 10 is arranged on the lower port of fish column casing 8, its the first half is stretched in the centre bore of flexible joint 4, ball 26 is contained in two gathering sills between flexible joint 4 and fish column casing 8, ball block plate 27 is contained in the top of fish column casing 8, four pairs of foot levers 25 are contained on fish support bar 29, the bar head of foot lever 25 is installed in the sliding tray of flexible joint 4 inwall, pin back-up ring 28 is contained in the upper end of flexible joint 4, fish is contained in the top of fish support bar 29.
Flexible have O type circle 24 between joint 4 and fish column casing 8, rubber ring 17 is had between fish column casing 8 and fish post water inlet component 10, the first half of fish post water inlet component 10 puts in the endoporus of the flexible joint 4 being provided with interior water seal circle 39, fish post water inlet component 10, flexible between joint 4 and fish column casing 8 three contact surface, be all provided with sealing, form a water-stop space E.
Central rotation platform 3 comprises flexible joint 4, ring shaft assembly 5, Pit cover 6, bearing bore 7, screw 11, rotary sleeve 12, belt pulley 13, rotate pin 14, transition nuts 15, center water inlet component 16, rubber ring 17, sealing ring 18, dog screw 19, reinforced seal 20, spindle nut 21, bearing 22, chamber rubber envelope 23, O type circle 24, lid screw 30, steel ball 31, screw 32, spacing ring 33, shut 34, slip cross 35, central strut 36, cross position-stopping plate 37 and pallet 38, flexible joint 4 is enclosed within ring shaft assembly 5, the ring pipe 45 of ring shaft assembly 5 is just stretched in the centre bore of flexible joint 4, ring shaft assembly 5 is sleeved in rotary sleeve 12, rotary sleeve 12 is contained in bearing bore 7 by spindle nut 21 and bearing 22, Pit cover 6 is contained in the upper end of bearing bore 7, bearing bore 7 is fixed on the base plate in pond 1 by screw 11, chamber rubber envelope 23 is housed between the contact surface of the two, belt pulley 13 is fixed on rotary sleeve 12 by dog screw 19, transition nuts 15 is contained in the lower port of rotary sleeve 12 by rotating pin 14, center water inlet component 16 extend into the centre bore of ring shaft assembly 5 from the centre bore of transition nuts 15, two reinforced seals 20 are contained in the centre bore of Pit cover 6 and pond 1 base plate respectively, contact with rotary sleeve 12, steel ball 31 is contained in the rail groove between ring shaft assembly 5 and rotary sleeve 12, spacing ring 33 is contained in the upper end of rotary sleeve 12, shut 34 is contained in the upper end of ring shaft assembly 5, slip cross 35 is fixed on central strut 36, and can slide in the sliding tray in flexible joint 4, cross position-stopping plate 37 is contained in the upper end of flexible joint 4, pallet 38 is contained on central strut 36, cartoon osprey for flying is contained on the pallet 38 on central strut 36 top.
Sealing ring 18 is had between rotary sleeve 12 and transition nuts 15, rubber ring 17 is had between transition nuts 15 and center water inlet component 16, the flute pipe 51 of center water inlet component 16 puts in the endoporus of the ring shaft assembly 5 being provided with interior water seal circle 39, O type circle 24 is had between ring shaft assembly 5 and rotary sleeve 12, obviously, rotary sleeve 12, transition nuts 15, be all provided with sealing between center water inlet component 16 and ring shaft assembly 5 four contact surface, four form a water-stop space M.
Flexible joint 4 is sleeved in ring shaft assembly 5, the ring pipe 45 of ring shaft assembly 5 is just stretched in the centre bore of flexible joint 4, O type circle 24 is had between the outer wall of the telescopic shaft push-plate 40 of flexible joint 4 and the inwall of ring shaft assembly 5, interior water seal circle 39 is provided with between the inwall of flexible joint 4 and the external cylindrical surface of ring pipe 45, flexible contact surface between joint 4 and ring shaft assembly 5 also all forms preventing water leakage sealing surface, and flexible joint 4 and ring shaft assembly 5 form a water-stop space N.
Ring shaft assembly 5 is sleeved in rotary sleeve 12, gathering sill is provided with between the outer wall of ring shaft assembly 5 and the inwall of rotary sleeve 12, steel ball 31 is housed in gathering sill, spacing ring 33 is contained in the upper end of rotary sleeve 12, the rolling of restriction steel ball 31, steel ball 31 makes ring shaft assembly 5 and rotary sleeve 12 form kinematic pair, and ring shaft assembly 5 moves up and down freely in rotary sleeve 12, can not rotate, but the two can rotate simultaneously.Steel ball 31 plays a part dual in gathering sill, play the guiding role on the one hand to the lifting of ring shaft assembly 5 in rotary sleeve 12, drives ring shaft assembly 5 to rotate transmitting torque on the other hand for rotary sleeve 12.
As shown in Figure 2, flexible joint 4 comprises interior water seal circle 39, telescopic shaft push-plate 40 and flexible axle sleeve 41, and interior water seal circle 39 is contained in the seal groove in telescopic shaft push-plate 40, and flexible axle sleeve 41 is welded on telescopic shaft push-plate 40.
As shown in Figure 3, ring shaft assembly 5 comprises interior water seal circle 39, axle holder 42, ring base tube 43, ring film 44, ring pipe 45 and ring outer shaft sleeve 46, interior water seal circle 39 is contained in the seal groove in axle holder 42, ring base tube 43, ring film 44 and ring pipe 45 form ring body, be welded in the center of axle holder 42, it is external that ring outer shaft sleeve 46 is enclosed within ring, and one end is welded in axle holder 42, ring base tube 43 is provided with the roundabout mouth C of ring water, and ring pipe 45 is provided with ring pressure relief opening D.
As shown in Figure 4, fish post water inlet component 10 is different with center water inlet component 16 size, but structure is identical, they all comprise pipe 49 in water supply hose joint 47, flute union 48, flute, flute every 50 and flute pipe 51, water supply hose joint 47 is contained on flute union 48, and flute pipe 51 is welded in flute on pipe 49 by flute every 50, and in flute, pipe 49 is welded on flute union 48, in flute, pipe 49 is provided with the roundabout mouth A of water in flute, and flute pipe 51 is provided with flute pressure relief opening B.
The course of work of the present utility model embodies primarily of three motions: the vertical bounce of fish, the fluctuating of osprey is circled in the air, osprey looks around the rotary motion of surrounding, and the vertical bounce of fish has been come by fish post parts 2, and the fluctuating of osprey circles in the air and look around surrounding to have been come by central rotation platform 3.
The vertical bounce of fish: open high pressure water switch, water under high pressure is accessed fish post water inlet component 10, water under high pressure is by fish post water inlet component 10, from flute, the roundabout mouth A of water flows out, enter water-stop space E, promote flexible joint 4 to move upward, flexible joint 4 drives the fish on it, promote ball 26, until ball block plate 27 encountered by ball 26, flexible joint 4 peaks, in the process that flexible joint 4 moves upward, the interior water seal circle 39 of flexible joint 4 is through flute pressure relief opening B, water under high pressure is just from flute pressure relief opening B pressure release, along with the reduction of hydraulic pressure, flexible joint 4 drives the fish on it to move downward, when in flexible joint 4, water seal circle 39 arrives flute pressure relief opening B, for closing flute pressure relief opening B, pressure release amount reduces, hydraulic pressure raises, promoting again flexible joint 4 drives the fish on it to move upward, flexible joint 4 inner chamber is flow to through flute pipe 51 from the water of pressure relief opening B earial drainage, direction along axle upwards sprays, spray to the fish just occupied above flexible joint 4, fish is vertical bounce under the effect of water under high pressure again, but also do not escape constraint eventually, this is because the bar head of foot lever 25 is stuck in the sliding tray of flexible joint 4 inwall, can only slide up and down, can not depart from, stroke is limited by pin back-up ring 28.From the above-mentioned course of work, the jumping of fish is resultant motion, drives the motion of fish and water under high pressure directly to promote the motion of fish and synthesize by flexible joint 4.
The fluctuating of osprey is circled in the air: water under high pressure is accessed center water inlet component 16, water under high pressure is by center water inlet component 16, from flute, the roundabout mouth A of water flows out, enter water-stop space M, promote ring shaft assembly 5 to move upward, ring shaft assembly 5 drives flexible joint 4 on it and osprey, promote steel ball 31, until spacing ring 33 encountered by steel ball 31, ring shaft assembly 5 peaks, in the process that ring shaft assembly 5 moves upward, the interior water seal circle 39 of ring shaft assembly 5 is through flute pressure relief opening B, water under high pressure is just from flute pressure relief opening B pressure release, the water of earial drainage flows to the centre bore of ring shaft assembly 5 through flute pipe 51, along axle direction upwards, be subject to the obstruction of ring film 44, water under high pressure flows out from the roundabout mouth C of ring water, enter water-stop space N, promote flexible joint 4 to move upward, the principle that the fish that ensuing motion and epimere describe jumps is similar, repeat no more.Through water under high pressure three grades promotion, it is also a resultant motion that the fluctuating of osprey is circled in the air.
Osprey looks around the rotary motion of surrounding: gearbox passes through belt pulley 13 by power transmission to rotary sleeve 12, rotary sleeve 12 drives ring shaft assembly 5 to rotate by steel ball 31, ring shaft assembly 5 drives flexible joint 4 to rotate by ball 26, flexible joint 4 is by being stuck in the slip cross 35 in its inwall sliding tray, central strut 36 and pallet 38 is driven to rotate, osprey rotates along with pallet 38, completes the motion of looking around surrounding.
As can be seen from above motion process, fish promotes through water under high pressure two-stage, and osprey is through water under high pressure three grades promotion, and the Amplitude Ratio fish of osprey bob is large, jump highly hope far, manifested the powerful of osprey strength, it is imperative for catching fish, and it is impossible that fish escapes arresting of osprey, but because osprey looks around surrounding, Gu Zuo expects the right side, and target is not single-minded, but narrowly misses with fish.
Claims (10)
1. an osprey plays with water platform, it is characterized in that: comprise pond (1), fish post parts (2), central rotation platform (3), fish and osprey, fish post parts (2) and central rotation platform (3) are all arranged in pond, eight fish post parts (2) are centered by central rotation platform (3), be arranged on central rotation platform (3) around, fish is on fish post parts (2), and osprey is on central rotation platform (3).
2. osprey according to claim 1 plays with water platform, it is characterized in that: described fish post parts (2) comprise flexible joint (4), fish column casing (8), screw (9), fish post water inlet component (10), rubber ring (17), sealing ring (18), O type circle (24), foot lever (25), ball (26), ball block plate (27), pin back-up ring (28) and fish support bar (29), flexible joint (4) is contained in fish column casing (8), fish column casing (8) is through the installing hole of pond (1) bottom, be fixed on the base plate of pond (1) by flange, fish post water inlet component (10) is arranged on the lower port of fish column casing (8), its the first half is stretched in the centre bore of flexible joint (4), ball (26) is contained in two gathering sills between flexible joint (4) and fish column casing (8), ball block plate (27) is contained in the top of fish column casing (8), four pairs of foot levers (25) are contained on fish support bar (29), the bar head of foot lever (25) is installed in the sliding tray of flexible joint (4) inwall, pin back-up ring (28) is contained in the upper end of flexible joint (4), fish is contained in the top of fish support bar (29).
3. osprey according to claim 2 plays with water platform, it is characterized in that: between described flexible joint (4) and fish column casing (8), have O type circle (24), rubber ring (17) is had between fish column casing (8) and fish post water inlet component (10), the first half of fish post water inlet component (10) puts in the endoporus of the flexible joint (4) being provided with interior water seal circle (39), fish post water inlet component (10), flexible between joint (4) and fish column casing (8) three's contact surface, be all provided with sealing, form a water-stop space E.
4. osprey according to claim 1 plays with water platform, it is characterized in that: described central rotation platform (3) comprises flexible joint (4), ring shaft assembly (5), Pit cover (6), bearing bore (7), screw (11), rotary sleeve (12), belt pulley (13), rotate pin (14), transition nuts (15), center water inlet component (16), rubber ring (17), sealing ring (18), dog screw (19), reinforced seal (20), spindle nut (21), bearing (22), chamber rubber envelope (23), O type circle (24), lid screw (30), steel ball (31), screw (32), spacing ring (33), shut (34), slip cross (35), central strut (36), cross position-stopping plate (37) and pallet (38), flexible joint (4) is enclosed within ring shaft assembly (5), the ring pipe (45) of ring shaft assembly (5) is just stretched in the centre bore of flexible joint (4), ring shaft assembly (5) is sleeved in rotary sleeve (12), rotary sleeve (12) is contained in bearing bore (7) by spindle nut (21) and bearing (22), Pit cover (6) is contained in the upper end of bearing bore (7), bearing bore (7) is fixed on the base plate of pond (1) by screw (11), chamber rubber envelope (23) is housed between the contact surface of the two, belt pulley (13) is fixed on rotary sleeve (12) by dog screw (19), transition nuts (15) is contained in the lower port of rotary sleeve (12) by rotating pin (14), center water inlet component (16) extend into the centre bore of ring shaft assembly (5) from the centre bore of transition nuts (15), two reinforced seals (20) are contained in the centre bore of Pit cover (6) and pond (1) base plate respectively, contact with rotary sleeve (12), steel ball (31) is contained in the rail groove between ring shaft assembly (5) and rotary sleeve (12), spacing ring (33) is contained in the upper end of rotary sleeve (12), shut (34) is contained in the upper end of ring shaft assembly (5), slip cross (35) is fixed on central strut (36), and can slide in the sliding tray in flexible joint (4), cross position-stopping plate (37) is contained in the upper end of flexible joint (4), pallet (38) is contained on central strut (36), cartoon osprey for flying is contained on the pallet (38) on central strut (36) top.
5. osprey according to claim 4 plays with water platform, it is characterized in that: between described rotary sleeve (12) and transition nuts (15), have sealing ring (18), rubber ring (17) is had between transition nuts (15) and center water inlet component (16), the flute pipe (51) of center water inlet component (16) puts in the endoporus of the ring shaft assembly (5) being provided with interior water seal circle (39), O type circle (24) is had between ring shaft assembly (5) and rotary sleeve (12), obviously, rotary sleeve (12), transition nuts (15), all sealing is provided with between center water inlet component (16) and ring shaft assembly (5) four contact surface, four form a water-stop space M.
6. osprey according to claim 4 plays with water platform, it is characterized in that: described flexible joint (4) is sleeved in ring shaft assembly (5), the ring pipe (45) of ring shaft assembly (5) is just stretched in the centre bore of flexible joint (4), O type circle (24) is had between the outer wall of the telescopic shaft push-plate (40) of flexible joint (4) and the inwall of ring shaft assembly (5), interior water seal circle (39) is provided with between the inwall of flexible joint (4) and the external cylindrical surface of ring pipe (45), flexible contact surface between joint (4) and ring shaft assembly (5) also all forms preventing water leakage sealing surface, flexible joint (4) and ring shaft assembly (5) composition water-stop space N.
7. osprey according to claim 4 plays with water platform, it is characterized in that: described ring shaft assembly (5) is sleeved in rotary sleeve (12), gathering sill is provided with between the outer wall of ring shaft assembly (5) and the inwall of rotary sleeve (12), steel ball (31) is housed in gathering sill, spacing ring (33) is contained in the upper end of rotary sleeve (12), the rolling of restriction steel ball (31), steel ball (31) makes ring shaft assembly (5) and rotary sleeve (12) form kinematic pair, ring shaft assembly (5) moves up and down freely in rotary sleeve (12), can not rotate, but the two can rotate simultaneously, steel ball (31) plays a part dual in gathering sill, playing the guiding role to the lifting of ring shaft assembly (5) in rotary sleeve (12) on the one hand, is that rotary sleeve (12) drives ring shaft assembly (5) to rotate transmitting torque on the other hand.
8. osprey according to claim 4 plays with water platform, it is characterized in that: described ring shaft assembly (5) comprises interior water seal circle (39), axle holder (42), ring base tube (43), ring film (44), ring pipe (45) and ring outer shaft sleeve (46), interior water seal circle (39) is contained in the seal groove in axle holder (42), ring base tube (43), ring film (44) and ring pipe (45) composition ring body, be welded in the center of axle holder (42), it is external that ring outer shaft sleeve (46) is enclosed within ring, one end is welded in axle holder (42), ring base tube (43) is provided with the roundabout mouth C of ring water, ring pipe (45) is provided with ring pressure relief opening D.
9. osprey according to claim 4 plays with water platform, it is characterized in that: described fish post water inlet component (10) is different with center water inlet component (16) size, but structure is identical, they all comprise water supply hose joint (47), flute union (48), (49) are managed in flute, flute is every (50) and flute pipe (51), water supply hose joint (47) is contained on flute union (48), flute pipe (51) to be welded in flute every (50) by flute and to manage on (49), managing (49) in flute is welded on flute union (48), manage (49) in flute and be provided with the roundabout mouth A of water in flute, flute pipe (51) is provided with flute pressure relief opening B.
10. to play with water platform according to the arbitrary described osprey of claim 2 to 9, it is characterized in that: described flexible joint (4) comprises interior water seal circle (39), telescopic shaft push-plate (40) and flexible axle sleeve (41), interior water seal circle (39) is contained in the seal groove in telescopic shaft push-plate (40), and flexible axle sleeve (41) is welded on telescopic shaft push-plate (40).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520270849.0U CN204728759U (en) | 2015-04-29 | 2015-04-29 | Osprey plays with water platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520270849.0U CN204728759U (en) | 2015-04-29 | 2015-04-29 | Osprey plays with water platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204728759U true CN204728759U (en) | 2015-10-28 |
Family
ID=54387120
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520270849.0U Withdrawn - After Issue CN204728759U (en) | 2015-04-29 | 2015-04-29 | Osprey plays with water platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204728759U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104818868A (en) * | 2015-04-29 | 2015-08-05 | 高健 | Osprey hunting platform |
-
2015
- 2015-04-29 CN CN201520270849.0U patent/CN204728759U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104818868A (en) * | 2015-04-29 | 2015-08-05 | 高健 | Osprey hunting platform |
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