KR200234574Y1 - spintype multi flower-bed platform laying a whipstall - Google Patents

Abstract

The present invention relates to a rotary multi-stage unit provided with a water supply chamber, and in particular, to allow the cone-shaped multi-stage unit to rotate in a constant phase by the manual operation by the rotation of the hand wheel 200, which is a traditional shape, and a driving method by a reduction motor. In particular, the water tank is provided with water from the water tank in the room at all times, and the visual effect and dynamic effect is excellent in terms of display, and even in the dry season, there is the convenience of supplying water at regular intervals by the internal time control panel. .

In addition, the method of rotating the multi-stage shoe box is to adopt the driving method by the traditional hand wheel, and with the flowers displayed on the flower bed, it is a useful design for reproducing our traditional beauty and adding to the aesthetic and functional feeling.

Description

Spin type multi flower-bed platform laying a whipstall}

The present invention relates to a rotary multi-stage deck equipped with a water supply chamber.

The multi-stage shoes according to the present invention is to allow the conical multi-stage shoes to be rotated at a constant single phase by the manual operation by the rotation of the handwheel 200, which is a traditional shape, and a reduction motor, in particular the water tank water supply provided in the single phase. Moisture is always supplied from the room, and many pots of various kinds can be displayed in a small space.

Conventional multi-stage shoes group has a visual effect by stacking pots on the structure of a conical stairway array in a rotary or a square at an intersection, but the effect of the exhibition was insufficient in terms of dynamic effects.

In addition, during the dry season there was a inconvenience to supply water at regular intervals by the water wheel.

The present invention, in view of the above points, the multi-stage shoe stage is driven by the electric loom and traditional looms and handwheels to always rotate the conical multi-stage shoe stage, with the exhibition effect and dynamic effect, dry season by the water supply room Edo water supply for a long time is the main point of the present invention.

In this multi-stage unit driving method, the rotational method by the electric drive and the driving method by the traditional handwheel are to add the aesthetic and the functional sense by reproducing our traditional beauty along with the flowers displayed on the flower bed. .

To this end, the main point of the present invention is to disassemble and assemble each part easily in the field, and the axis transmission system built in the multi-stage chain component should be considered for easy operation and should be displayed for exterior installation interior or home interior. Therefore, it was a basic task of the present invention to properly add aesthetic elements.

1 is a perspective view of the present invention

2 is an exploded perspective view of the present invention

3 is a partial cross-sectional view of the present invention

4 is a schematic planar layout view of an axis delivery system according to the present invention;

5 is a cross-sectional view of the layout of the water supply chamber and the rotating shaft according to the present invention

※ Explanation of code for main part of drawing

100: multi-stage shoes stand 200: trolley

1: top 2: socket

3: 1 stage stand 4: 2 stage stand

5: 3 stage stand 6: holding

7: Caster 8: Water Supply Pipe

9: axis of rotation 9 ': key

10: reinforcement cap 11: water supply pipe

12: Rotary T Hall 12 ': Daewoo

13: horizontal axis 14: T clamp

15: clamp 16: control panel

17: exhaust hole 18: water supply stopper

19: water supply scale 20: shaft assembly upper case

21: Base disc 22: Drain notch

23: power cord 24: passive

25: Manual V-belt 26: Frame

27: clutch pedal 28: drive pulley

29: wheel wheel 29 ': wheel wheel groove

30: Handle

31: Fixed tab 32: Spindle shaft

33: washer 33 ': spring washer

34: Nut 35: Nozzle

36: Flower pot 37: Driven shaft

38: Bearing 39: 1 Bevel Gears

40: Medium Bevel Gear 41: 2 Bevel Gear

43: 43 'Slider 44: Wire cable

45: tension coil spring 46: deceleration motor

47: 3 bevel gear 48: rotary shaft bevel gear

48 ': Base 48': Swivel side bearing

49: water supply room 50: pump

51: electric V belt 52: deceleration motor pulley

In the construction of the subject innovation, based on several basic schemes as described above, one embodiment configuration and each operation of the subject innovation will be described by the accompanying drawings.

1 is a perspective view of the present invention, in the hand wheel 200 formed integrally with the multi-stage stage 100 and the frame 26 on the base disc 21, the upper end of the shaft assembly upper case of the base disc 21 20 is formed, the manual V-belt 25 is formed between the driven fleece 24 and the driving fleece 28 of the handwheel 200 protruding to the side.

Figure 2 is an exploded perspective view of the present invention, the multi-stage stage 100 is a three-stage rack (5), 2 in each support (6) formed with a caster (7) in each socket (2) formed at the bottom of the top tower (1) The water supply chamber 49 is assembled in the center of the rotary shaft 9 which is assembled to each of the clamps 15 welded to the end stage 4 and the first stage 3, in turn, to the center of the shaft assembly upper case 20. The water supply pipe 11 of the pump 50 mounted at the outlet is drawn out from the bottom, and the water supply pipe 8 is connected to both ends of the first stage rack 3 in the rotary T pipe 12 in the Daewoo 12 '.

The water supply pipe 8 is formed between each of the three-stage hanger 5, the two-stage hanger 4, and the first-stage hanger 3, and several nozzles 35 protrude at regular intervals.

On the other hand, both sides of the horizontal shaft 13 welded to the left and right sides of the reinforcing cap 10 formed on the upper end of the rotating shaft 9 is bound to the support 6 by the T-clamp 14.

4 and 5 is a schematic cross-sectional view of the shaft transmission system according to the present invention, and a reference cross-sectional view of the arrangement of the water supply chamber and the rotating shaft, the center assembly 48 of the shaft assembly upper case 20 and the base disc 21. The rotating shaft bevel gear 48 is fixed to the lower end of the rotating shaft 9, which is fitted to the rotating shaft bearing 48 'with the key 9', and the rotating shaft bevel gear 48 is held by the bearing 38 on the connecting shaft. The bevel gears 47 and the 2 bevel gears 41 are engaged with each other, and the bearing 38 is formed on the connecting shaft between the 1 bevel gear 39 and the driven pulley 24, and the 2 bevel gears 41 and 1 are formed. The intermediate bevel gear 40 formed on the shaft in which the tension coil spring 45 is elastically installed between the bevel gears 39 is installed to flow orthogonally with the sliders 43 and 43 ', and is connected to the clutch pedal 27. to be.

On the other hand, in the reduction motor motor 52 provided on the three bevel gear 47 and the two bevel gear 41 shaft, an electric V-belt 51 is formed between the reduction motor 46 disposed on one side.

Above the shaft assembly upper case 20, the water supply scale 19 for knowing the water level of the control panel 16 and the internal water supply chamber 49, in which the reduction motor 46 and the pump 50 are operated at a set time, is provided. And a water supply plug 18, which is an exhaust hole 17 and a water supply port.

Again, as shown in FIG. 1 and FIG. 2, the handwheel 200 integrally formed in the frame 26 has a clutch pedal 27 at the bottom side of the wheel shaft 32 erected at one end of the frame 26. As shown in FIG. The upper shaft is assembled with a water lever 29 with a washer 33, a spring washer 33 'and a nut 34, and a wheel thickness part is provided in the water lever groove 29' formed at the outer circumference of the water lever 29. It is wide and partly fixed to the fixing step 31 at the outer periphery of the water lever 29 by inserting the driving fleece 28 having the pleated groove.

Looking at each effect according to one embodiment of the present invention configured as described above, as follows.

First, when the operation of the multi-stage squad 100 by the manual operation of the hand wheel 200, which is a traditional shape, first, grasping the handle 30 of the hand wheel 200 by stepping on the clutch pedal 27 and slowly rotating In this case, the wire cable 44 is pulled by the clutch pedal 27, and the pulled wire cable 44 is separated from the intermediate bevel gear 40 by the two bevel gears 41, as shown in FIG. And 1 bevel gear (39) is engaged, the rotational force of the wheelbarrow 200 is driven pulley 24, 1 bevel gear (39), intermediate bevel gear (40), 2 bevel gear (41) and 3 The bevel gear 47 is transmitted in turn, and the rotating shaft 9 is rotated by the driving of the rotating shaft bevel gear 48, welded to the reinforcing cap 10, and connected to the horizontal base plate 21 on the base plate 21. By rotating the struts (6) placed on, it is to rotate the multi-stage squad (100).

On the other hand, when the clutch pedal 27 is stepped on, the intermediate bevel gear 40, which is engaged between the 2 bevel gear 41 and the 1 bevel gear 39, is pulled by the tension coil spring 45 to shut off power. Thus, the three shaft bevel gears 47 are rotated by the reduction motor 46 so that the rotation shaft 9 is driven.

On the other hand, in the multi-stage shoes stage 100 as described above, as shown in Figs. 1, 3 to hang the potted plant 31, the water supply from the water supply room 49, as shown in Figure 5, the pump (5) Water sucked through), through the water supply pipe 11 and the water supply pipe (8) installed through the hollow portion of the rotating shaft (9), the first stage rack (3), the second stage rack (4), the third stage rack (5 Water is circulated in turn to supply water to the pot 31 through several nozzles 35 attached to the upper predetermined intervals.

In the above, the water supply pipe (8) connected to the water supply pipe (11) is not twisted by the Daewoo 12 'assembled in the rotary T pipe 12 with the water supply pipe (11) as a rotating shaft, so the water supply is continued without twisting Will be.

In addition, the time setting timer (not shown) of the control panel 16 ensures that water is always supplied from the water supply chamber 49 even when going out for a long time or during the dry season. can do.

The water supply scale 19 is an instrument window for grasping the quantity of the water supply chamber 49, and the drainage notch 22 is a channel for discharging water accumulated on the base disc 21.

In the upper tower 1, it is preferable to decorate a large pot 36 for finishing.

In this way, the present invention can display a lot of potted plants in a small space by the conical multi-stage shoes unit, to ensure that the water is always supplied from the water tank water supply chamber 49 provided inside the stage, and the display effect of the hand wheel 200 In addition, it is a useful design that can take advantage of the traditional natural environment.

Claims (5)

In the hand wheel 200 integrally formed on the multi-stage shoes 100 and the frame 26 on the base disc 21, the upper end of the shaft assembly upper case 20 is formed on the upper side of the base disc 21, Rotating multi-stage stage with a water supply chamber, characterized in that the manual V belt 25 is formed between the protruding driven pulley 24 and the driving pulley 28 of the handwheel 200. According to claim 1, The multi-stage hook stage 100 is formed in each socket (2) formed in the bottom of the upper tower (1), the post (6) each formed with a caster (7) is a three-stage rack (5), two-stage rack ( 4) and assembled to each clamp 15 welded to the first stage rack 3 in turn, and mounted in the water supply chamber 49 in the center of the rotating shaft 9 drawn out to the center of the shaft assembly upper case 20. A water supply chamber characterized in that the water supply pipe 11 of the pump 50 is drawn out from the bottom, and the water supply pipe 8 is connected to both ends of the first stage rack 3 in the rotary T pipe 12 in the Daewoo 12 '. Rotated multi-stage shoe box. According to claim 1, In the shaft assembly upper case 20, the rotating shaft bevel gear 48 is a key (9 ') at the lower end of the rotating shaft (9) with the rotating shaft bearing (48') in the center of the pedestal (48 '). The rotating shaft bevel gear 48 is fixed, but the three bevel gears 47 and the two bevel gears 41, which are held as bearings 38 on the connecting shaft, are meshed, and the first bevel gear 39 and the driven fleece 24 are again engaged. The intermediate bevel gear 40 formed on a shaft in which a tension coil spring 45 is elastically installed between the 2 bevel gear 41 and the 1 bevel gear 39. A rotary multistage stage provided with a water supply chamber, which flows perpendicularly to the sliders 43 and 43 'and connects the wire cable 44 to the clutch pedal 27. 4. The motor of claim 3, wherein the three-bevel gear 47 shaft is provided with a reduction gear motor 52 on the middle shaft of the two-bevel gear 41 and driven by the electric V-belt 51 of the reduction motor 46 disposed on one side. Rotary multi-stage unit with water supply chamber characterized in that it makes. 4. The water supply according to claim 3, wherein the upper part of the shaft assembly upper case (20) is provided with a water level indicating the level of the control panel (16) and the internal water supply chamber (49) for operating the reduction motor (46) and the pump (50) for a set time. A rotary multistage stage with a water supply chamber, characterized in that a scale 19, an exhaust hole 17, and a water supply stopper 18, which is a water supply port, are formed.