CN202663901U - Automatic flower watering device and automatic flower watering shelf - Google Patents

Abstract

The utility model provides an automatic flower watering device which comprises at least one solar cell panel, at least one water pump, at least one water storage pond and at least one water tank, wherein solar cell panels are connected with water pumps, the water pumps draw water from the water storage ponds and deliver the water to water tanks, and water discharging holes are arranged in the lower portion of the water tanks. The utility further provides an automatic flower watering shelf which comprises a shelf body. The shelf body comprises at least one layer and is provided with at least one solar cell panel, at least one water pump, at least one water storage pond and at least one water tank, wherein solar cell panels are connected with water pumps, the water pumps draw water from the water storage ponds and deliver the water to water tanks, the water tanks are arranged above each layer of the shelf body, and water discharging holes are arranged in the lower portions of the water tanks. The automatic flower watering device and the automatic flower watering shelf are provided with the solar cell panels to drive the water pumps to water, can automatically water plants, and reasonably control watering quantity according to weather conditions.

Description

Automatic watering device and automatic flower stand

technical field

The utility model relates to a watering device, in particular to an automatic flower watering device and an automatic flower watering stand.

Background technique

Most families raise some flowers and plants, but they cannot water them when no one is at home. When they are too busy, they often forget to water the plants, so the plants are easy to die. How to automatically water plants is a problem that all flower growers hope to solve.

Existing equipment for automatically watering flowers mainly contains the following two types:

One is to use a timer to control the watering of the flowers, which is costly and needs to be connected to electricity or to keep the water pipes open, which has potential safety hazards and is not suitable for small-scale gardens and potted flowers such as families.

The second is to use a thin plastic tube to self-absorb water from the water basin or bucket to the flower pot, but it continues to seep water, and the amount of watering cannot be controlled, and there is no way to replenish water if the person is not at home after the water is poured.

Utility model content

The purpose of the utility model is to provide an automatic flower watering device and an automatic flower watering stand, which can automatically water plants and automatically control the amount of watering.

According to one aspect of the present utility model, an automatic flower waterer is provided, which includes: at least one solar panel, at least one water pump, at least one water storage tank and at least one water tank, wherein the solar panel is connected to the water pump, and the water pump draws water from the water storage tank , transported to the water tank, and the lower part of the water tank is provided with a water outlet hole.

Among them, shading panels can be set to control the sunshine time of the solar panels.

Wherein, the water outlet hole at the bottom of the water tank can be connected to the watering pipe, and the watering pipe can be provided with a flow limiting valve to control the water outlet of the watering pipe.

Among them, the water tank and the watering pipe can be integrated.

Wherein, an overflow can be arranged on the side of the water tank close to the top to control the water level.

According to another aspect of the present invention, there is provided an automatic flower stand, which includes a frame body, the frame body includes at least one layer, and at least one solar panel, at least one water pump, at least one A water storage tank and at least one water tank, wherein the solar panel is connected to a water pump, and the water pump draws water from the water storage tank and transports it to the water tank.

Wherein, the water outlet hole at the lower part of the water tank can be connected to the watering pipe.

Among them, the multi-layer frame body can share a water pump and a water storage tank. The water outlet of the water pump is connected to multiple water pipes to supply water to the water tanks of each layer respectively. water supply. A water recovery tank can be arranged at the bottom of the lowest floor of the flower stand, and the water recovery tank is connected to the water storage tank or is the same device as the water storage tank.

Wherein, the solar battery panel can be separately arranged on the frame body, or can be arranged on the side of the water tank facing sunlight.

Among them, shading panels can be set to control the sunshine time of the solar panels.

The beneficial effects of the utility model are mainly reflected in:

The automatic flower watering device of the utility model can automatically water plants and automatically control the amount of watering.

Set the solar panel to drive the water pump to water the plants automatically, and because the solar panel has sufficient power when the sun is sufficient, and when the sun is not enough, such as cloudy and rainy days, there is no power supply or less power supply, so the water pump watering will also be affected by the weather. However, this just meets the growth needs of plants. It reasonably controls the amount of watering according to the weather conditions, and truly realizes "automatic" watering of plants.

Set up shading panels, control the sunshine time on the solar panels to control the amount of watering. Ensure timely and regular watering of plants. Moreover, it also better guarantees the right amount of watering to the plants, avoiding excessive watering caused by continuous work.

A flow-limiting valve is set on the watering pipes, so that the water output of each watering pipe and whether the water is output can be controlled separately, so that plants with different water demands can be watered at the same time.

The automatic flower watering stand of the utility model can automatically water plants and automatically control the watering amount.

Set the solar panel to drive the water pump to water the plants automatically, and because the solar panel has sufficient power when the sun is sufficient, and when the sun is not enough, such as cloudy and rainy days, there is no power supply or less power supply, so the water pump watering will also be affected by the weather. However, this just meets the growth needs of plants. It reasonably controls the amount of watering according to the weather conditions, and truly realizes "automatic" watering of plants.

Set up shading panels, control the sunshine time on the solar panels to control the amount of watering. Ensure timely and regular watering of plants. Moreover, it also better guarantees the right amount of watering to the plants, avoiding excessive watering caused by continuous work.

The automatic watering stand rationally arranges each device of the system, has an intensive structure, makes full use of the space, and provides better growth conditions for flowers.

In addition, the technical solution of the utility model rationally utilizes natural resources, utilizes solar energy to generate electric energy, and is safe, pollution-free, and waste-free. The structure is simple, economical and practical.

Description of drawings

Fig. 1: the structural representation of the automatic flower watering device of the present utility model;

Fig. 2: Schematic diagram of the structure of the automatic watering stand of the present invention.

Detailed ways

The specific embodiment of the utility model will be described in detail below in conjunction with the accompanying drawings.

As shown in FIG. 1 , the automatic watering device of the present invention mainly includes: at least one solar power supply unit 1 , at least one water pump 2 , at least one water storage pool 3 and at least one water tank 4 .

The solar power supply unit 1 is connected to the water pump 2 to provide electric energy for the water pump 2 . The water pump 2 draws water from the water storage tank 3 and delivers it to the water tank 4 through the upper water pipe 21 .

The water storage tank 3 can be connected with tap water, and can realize automatic control through water level control devices such as float valves, so as to ensure that the water supply of the water storage tank 3 is sufficient.

The top of the water storage tank 3 can be opened, which is convenient for collecting rainwater, air-conditioning water or other domestic water for reuse, thereby realizing water saving. The water storage tank 3 is generally arranged on the ground, lower than the water tank 4, but the positional relationship between the two is not limited thereto.

A switch can be set on the water pump 2, thereby making it more convenient to manually control whether to water.

A filter can be arranged upstream of the water pump 2, so that the water in the storage tank 3 is filtered and then supplied to the downstream pipeline, so that the pipeline can be kept clean and smooth, and the system can work better. The filter can be set independently, and can also be integrated with the water pump 2 or the water storage tank 3 . Preferably, the water storage tank 3, the filter and the water pump 2 can be integrated together.

Water tank 4, its bottom is provided with outlet hole, and outlet hole can be set as drip structure, or connect watering pipe 5. Watering is driven by the water's own gravity. Tank 4 can be integrated with watering pipe 5, made of plastics, rubber or the like. The dripping structure can be a very small hole, or a sponge laid at the outlet hole, and the sponge will slowly leak after absorbing water. Technicians can also adopt other deformed structures to control the water outlet speed of the water outlet hole.

Water tank 4 can be provided with overflow port to control water level on the side near the top, can be connected to storage tank 3 by overflow pipe, the water that overflows is reclaimed.

The watering pipes 5 can be provided with flow limiting valves 6 respectively, so that the water output of each watering pipe 5 and whether the water is out can be controlled separately, thus simultaneously watering plants with different water demands. Flow limiting valve 6 can adopt the flow regulator similar to medical infusion tube, and its pulley groove is wide on one side and narrow on the other, and pulley slides in the pulley groove and can extrude conduit, thereby controls the flow of water, and the water output is big in the place of pulley groove wide, In the place where the pulley groove is narrow, the water output is small, and in the narrowest place, there is no water.

A diversion element can be provided, and the diversion element has a water inlet and at least two water outlets. The water inlet can be connected to the water tank 4 or the watering pipe 5 , and the water outlet is connected to the watering pipe 5 or integrated with the watering pipe 5 . By means of the diversion element, the diversion can be realized, and more plants can be watered. The restrictor valve 6 can be arranged upstream or downstream of the flow splitting element, and of course can also be integrated on the flow splitting element.

The solar power supply unit 1 mainly includes a solar panel 11, and may also include other necessary components, such as: an inverter, which converts the DC power generated by the solar power generation system into AC power; a transformer, which converts the required voltage. The solar power supply unit 1 may also include a storage battery, which is charged for backup when the sun is sufficient, and is provided with a switch for watering under manual control.

The solar panel 11 works when the sun is sufficient, and does not work or works less on rainy days, which just meets the growth needs of the plants: when the sun is sufficient, the plants lose a lot of water and need to be watered, and the solar panel 11 supplies power for the water pump 2 , watering the plants; cloudy or rainy days, when the sun is not enough, the plants lose less water, no watering is required, the power supply of the solar panel 11 is reduced, the water pump 2 does not work or works less, and does not water or waters less. It reasonably controls the amount of watering according to the weather conditions, and truly realizes "automatic" watering of plants.

Preferably, a shading plate 7 can be provided for the solar cell panel 11 , and the amount of watering can be controlled by controlling the sunshine time on the solar cell panel 11 . Since the sunlight projection angle is different at each moment of the day, through the proper setting of the shading plate 7——as the shading plate 7 can be arranged at a certain interval to the south of the solar cell panel 11, the shading plate 7 is more effective than the solar cell. The plate 11 is slightly higher——making: in the morning and evening, the shading plate 7 does not block the sunlight, the solar cell panel 11 is fully exposed to the sunlight, the energy is sufficient, and the water pump 2 works normally; before and after noon, the shading plate 7 blocks the sunlight, and the solar cell Most of the plate 11 is in the shadow of the sun visor and can only receive little sunlight, and the water pump 2 does not work or works less. Therefore, in the morning and evening, it is suitable for watering the flowers, and at noon, it is not suitable for watering the flowers, so water less or not. Ensure timely and regular watering of plants. Moreover, it also better guarantees the right amount of watering to the plants, avoiding excessive watering caused by continuous work. Of course, other components in this case, such as the water storage tank 3 , can also be used to achieve light shading to form a so-called light shielding plate 7 without additionally setting a light shielding plate 7 .

In addition, arranging sealing elements at the joints of each element can further ensure sealing and watertightness. Of course, integration can also solve the problem of water leakage very well.

Water recovery tank 8 can also be set at the bottom of the flower pot, and water recovery tank 8 is preferably connected to water storage tank 3, or is the same device with water storage tank 3, so that the unnecessary seepage water of watering flowers can be recycled and reused.

As shown in FIG. 2 , the automatic watering stand of the present invention mainly includes a frame body 9 on which the automatic flower watering device is arranged. Wherein the automatic flower watering device is similar to the above, and the same parts will not be repeated here.

The frame body 9 includes several layers, a single layer can be used alone, and multiple layers can be used in combination.

A water tank 4 can be set above each layer of the frame body, or only a water tank 4 can be set above the uppermost layer of the frame body, and the water outlet hole at the bottom of the water tank 4 can be set as a dripping structure, or connect a watering pipe 5 to water the plants on this floor. water. Usually, there is no need to set a flow limiting valve on the watering pipe 5 , the excess water for watering the flowers on the upper layer can flow into the lower layer, and the recovery of the bottom layer flows into the water storage tank 3 . The installation position and specific structure of the water tank 4 can be designed according to needs, and it is not limited to the above content.

The water storage tank 3 and the water pump 2 can be provided with one on each floor. Or, each floor has a water pump 2 and shares a water storage tank 3 . Alternatively, one water pump 2 and one water storage tank 3 are shared, and the water outlets of the water pump 2 are connected to multiple water pipes 21 to supply water to the water tanks 4 of each layer respectively. A flow limiting valve 6 can be set on the upper water pipe 21, so that the water volume of each layer of water tank 4 and whether water supply can be controlled separately.

The solar cell panel 11 can be arranged on the frame body 9 alone, also can be arranged on the side of the water tank 4 facing the sunlight, or be placed in any other position other than the frame body 9, such as a position favorable for receiving sunlight. In terms of quantity, one piece or multiple pieces can be set.

It is preferable to arrange a shading plate 7 (not shown in the figure). The shading plate 7 is detachable and can be fixed on the frame body. Of course, it is also feasible to use other items in this case for shading.

It is also possible to set a water recovery tank 8 at the bottom of each floor of the flower stand, or only set a water recovery tank 8 at the bottom of the lowest layer of the flower stand. The water recovery tank 8 is preferably connected to the water storage tank 3, or is the same device as the water storage tank 3 or the water tank 4 , so that the excess seepage water from watering the flowers can be recycled and reused.

The above are only specific application examples of the utility model, and do not constitute any limitation to the protection scope of the utility model. All technical solutions formed by equivalent transformation or equivalent replacement fall within the protection scope of the utility model.

Claims (10)

1. an automatic flow watering device is characterized in that, comprising: at least one solar panel, at least one water pump, at least one tank and at least one tank, wherein solar panel connects water pump, water pump draws water from tank, is transported to tank, and the tank bottom is provided with apopore.

2. automatic flow watering device according to claim 1 is characterized in that, shadow shield is set, with the sunshine time of control solar panel.

3. automatic flow watering device according to claim 1 and 2 is characterized in that, the apopore of tank bottom connects watering tube, and watering tube is provided with flow-limiting valve, with the water yield of control watering tube.

4. automatic flow watering device according to claim 3 is characterized in that, tank and watering tube are integrated.

5. automatic flow watering device according to claim 1 is characterized in that, tank is near gap being set with the control water level on the side on top.

6. automatic flower watering frame, it is characterized in that, comprise a support body, described support body comprises at least one deck, is provided with at least one solar panel, at least one water pump, at least one tank and at least one tank at this support body, and wherein solar panel connects water pump, water pump draws water from tank, be transported to tank, tank is arranged on the top of each layer of support body, and the tank bottom is provided with apopore.

7. automatic flower watering frame according to claim 6 is characterized in that, the apopore of tank bottom connects watering tube.

8. automatic flower watering frame according to claim 6, it is characterized in that, the multilayer support body shares a water pump and a tank, the delivery port of water pump connects the multichannel upper hose, be respectively water on each layer tank, at upper hose flow-limiting valve be set, control each layer tank water yield size, whether supply water, in the bottom of the flower stand bottom water accumulator tank is set, the water accumulator tank be communicated with tank or with tank be same device.

9. automatic flower watering frame according to claim 6 is characterized in that, solar panel is arranged on separately on the support body, perhaps is arranged on sink surface to the side of sunlight.

10. automatic flower watering frame according to claim 6 is characterized in that, shadow shield is set, with the sunshine time of control solar panel.