Planting auxiliary device

Abstract

In order to solve the problems of planting liquid storage and scientific planting liquid supply under long-time unattended conditions and realize controllable unattended planting liquid supply, the utility model provides a planting auxiliary device which comprises a liquid storage container body and an integrated liquid supply assembly, and belongs to the field of planting devices. The liquid storage container body is provided with a surrounding or semi-surrounding hollow penetrating type structure to form a hollow space for vertically arranging the planting pots side by side; the upper opening is used for ventilating, adding or extracting planting liquid; a hanging hook, a supporting leg, scale marks, a handle, a partition plate and other components can be selectively arranged. The liquid storage container body can also integrate a water absorption rope, a capillary rod, an intelligent liquid supply device and other components. According to the utility model, the problems of planting liquid storage and supply under the condition of unmanned management for a long time can be solved, a large placing space cannot be occupied, the drainage and ventilation of the planting pot cannot be interfered, and the problems of overhigh water content at the bottom of soil, root rot and the like caused by liquid supply from the bottom can be effectively avoided when the planting pot is vertically arranged side by side with the planting pot.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the field of planting device relates to a kind of planting auxiliary device. BACKGROUND

[0002] Planting pot refers to various containers for planting in the form of container loading soil, including flowerpot, planting box, pottery basin, plastic basin and the like. Planting plants through planting pot is a convenient and important planting method, but planting pot planting often needs reasonable water and nutrient supply to grow well, and excessive watering or long time without watering is not conducive to plant growth, especially for plants that are not watered for a long time due to vacation travel, which often grow poorly or even die due to lack of water supply. Therefore, it is of great value to realize controllable long-term unattended planting liquid supply.

[0003] The existing self-suction water planting pot supplies liquid by setting a liquid storage space below the planting pot and using a water suction rope, for example: patents CN201721157059, CN201721804192, CN201820496574, CN201822148699 and CN202220788535 all use this way. However, the planting area and the liquid storage area formed by this kind of planting pot with upper and lower structures are too strongly coupled, which is a bottom liquid supply method, and there are disadvantages such as poor air permeability, excessive water content at the bottom of the planting pot, sewage flowing into the planting liquid, uncontrollable liquid supply amount and speed, etc. Moreover, the liquid storage container cannot be taken out under this structure, and it cannot be removed when it is not needed. Ventilation and air permeability can ensure the stability of the concentration of oxygen and carbon dioxide in the air. Ventilation is needed during the day to ensure sufficient carbon dioxide for photosynthesis, and ventilation is needed at night to ensure sufficient oxygen for respiration and to remove the generated carbon dioxide. Ventilation is also important for temperature and humidity regulation. Two patents 2023232626988 and 2023116295810 previously applied by the applicant have solved this problem by dividing the internal space of the planting pot. However, this technical solution needs to divide the internal space during the production of the planting pot, which is not suitable for existing planting pots. In addition, one easily thought method is to place a regular-shaped liquid storage container beside the planting pot, which can also partially achieve the problem of long-term unattended planting liquid storage and supply. Although it is convenient to take, this method needs to occupy a large space and affects the overall aesthetics. CONTENT OF THE UTILITY MODEL

[0004] To overcome the shortcomings of existing solutions and better address the issues of sap storage and scientific supply during prolonged periods of unattended operation, this utility model discloses a planting auxiliary device. The specific technical solution is as follows: The planting auxiliary device of this utility model includes a sap storage container; the sap storage container is vertically placed alongside the planting pot, with a sap storage space for storing sap (such as water, nutrient solution, etc.); the sap storage container has a hollow, through-type structure forming a hollow space, which allows the planting pot to be placed within it and close to the pot; the through-type structure ensures drainage and ventilation of the planting pot and facilitates the removal and placement of the sap storage container without moving the pot; the sap storage container has an upper opening for ventilation, adding, or extracting sap.

[0005] Furthermore, the liquid storage container body includes a suspension assembly for suspending the liquid storage container on the edge of the planting pot; or the liquid storage container body has a support foot structure, thereby enabling the bottom of the liquid storage container to be ventilated and breathable, so as not to affect the drainage and aeration of the original planting pot.

[0006] Furthermore, the liquid storage container includes a transparent outer wall with graduated lines for measuring volume; or, the liquid storage container does not include a transparent outer wall but has a transparent tube with graduated lines for measuring volume, and the bottom of the transparent tube is connected to the bottom of the liquid storage container; so as to realize the measurement of the liquid volume.

[0007] Furthermore, the liquid storage container includes a vertical partition to divide the internal liquid storage space into multiple liquid storage sub-spaces for storing different types or concentrations of planting solution.

[0008] Furthermore, the liquid storage container body includes a handle or carrying handle for easy handling and transport.

[0009] Furthermore, the liquid storage container also integrates a liquid supply component, which is suspended or fixed on the liquid storage container to introduce the planting liquid in the storage container into the upper part of the planting pot to achieve a top-down irrigation effect.

[0010] Furthermore, the liquid supply component is an automatic water absorption and supply device, such as a water-absorbing rope, a water-absorbing rod, or a capillary tube; the automatic water absorption and supply device can be configured in terms of thickness, length, and quantity as needed, for example, according to the plant's water absorption characteristics and the season.

[0011] Furthermore, the liquid supply component is an active liquid supply device; the active liquid supply device triggers the active liquid supply action under certain triggering conditions.

[0012] Further, the active liquid supply device is an intelligent active liquid supply device, the intelligent active liquid supply device comprises a sensor unit, a liquid supply execution unit, a decision unit and a power supply unit, a sensor of the sensor unit is inserted into planting soil, and the liquid supply execution unit is started to supply liquid to the planting pot according to data collected by the sensor unit and a judgment result of the decision unit; and the power supply unit is configured to be powered by a battery or a solar panel.

[0013] After the technical scheme is adopted, the planting auxiliary device has the following beneficial effects:

[0014] (1) The vertical surrounding and collocated liquid storage container is introduced into the adjacent peripheral space close to the planting pot, the problem of planting liquid storage under the condition of long-time unattended is solved, and a large amount of placing space is not occupied.

[0015] (2) The influence of the liquid storage container body on the air circulation environment around the planting pot is solved through the three forms of hooks, foot pads and semi-open surrounding, and the drainage and ventilation of the planting pot are ensured.

[0016] (3) The integrated liquid supply assembly is used for supplying liquid from the upper part of the planting pot to the lower part, so that the problem of high water content at the bottom of the traditional water absorption pot and even root rot is effectively avoided. BRIEF DESCRIPTION OF DRAWINGS

[0017] In order to make the purpose, technical scheme and beneficial effects of the utility model more clear, the utility model provides the following drawings for description:

[0018] Figure 1 It is a design perspective view of embodiment 1 of the utility model; 100 is a liquid storage container body; 200 is a liquid storage space in the liquid storage container body; 103 is a hanging assembly of the liquid storage container body; 102 is a supporting foot of the liquid storage container body; 105 is a handle of the liquid storage container body; 300 is a hollow space formed by the liquid storage container body; 500 is an integrated liquid supply assembly; and 600 is a planting pot. Note: the schematic view is only used for explaining the component composition, spatial structure relationship of the auxiliary planting device of the utility model, and does not explain whether the components of the specific embodiment have, size, quantity, shape, color and the like; the planting pot (600) is not included in the utility model, and is only drawn here to facilitate the explanation of the function of the auxiliary planting device of the utility model and the structure relationship with the planting pot, and the planting pot in the remaining pictures is also the same.

[0019] Figure 2 It is a sectional front view of embodiment 1 of the utility model, and the component types indicated by the reference numerals in the drawing have the same meanings as those indicated by the reference numerals in Figure 1 , and details are not repeated.

[0020] Figure 3It is a top view of the embodiment 1 of the utility model, the component kind meaning that the figure mark refers to in the drawing is same with the meaning in the Figure 1 The meaning that the figure mark refers to in the drawing is same with the meaning in the

[0021] Figure 4 It is a bottom view of the embodiment 1 of the utility model, the component kind meaning that the figure mark refers to in the drawing is same with the meaning in the Figure 1 The meaning that the figure mark refers to in the drawing is same with the meaning in the

[0022] Figure 5 It is a design perspective view of the embodiment 2 of the utility model;100 is liquid storage container body;102 is the supporting leg of liquid storage container body;105 is the handle of liquid storage container body;200 is the liquid storage space formed by liquid storage container body;300 is the hollow space formed by liquid storage container body;500 is integrated self-suction water liquid supply assembly;600 is planting pot.

[0023] Figure 6 It is a design perspective view of the embodiment 3 of the utility model;100 is liquid storage container body;103 is the suspension assembly of liquid storage container body;110 and 111 are set vertical partition;201 and 202 are two liquid storage subspaces separated by vertical partition (110 and 111);300 is the hollow space formed by the half-encircling structure of liquid storage container body;500 is integrated liquid supply assembly;600 is planting pot.

[0024] Figure 7 It is a design perspective view of the embodiment 4 of the utility model;100 is liquid storage container body;200 is the liquid storage space formed by liquid storage container body;300 is the hollow space formed by the half-encircling structure of liquid storage container body;500 is integrated liquid supply assembly;600 is planting pot.

[0025] Figure 8 It is a design perspective view of the embodiment 5 of the utility model;100 is liquid storage container body;110 is vertical partition;200 is the liquid storage area with cover plate divided by vertical partition;120 is the plug of liquid injection port, 121 is the air hole reserved on the plug;130 is the scale line on transparent side wall for measuring liquid storage amount;300 is the hollow space formed by the half-encircling of liquid storage container body;800 is intelligent active liquid supply assembly area divided by vertical partition, and is provided with intelligent active liquid supply device;810 is the water outlet pipe of water suction pump of intelligent active liquid supply assembly area;820 is the needle insertion end of needle insertion type sensor of intelligent active liquid supply assembly area;600 is planting pot.

[0026] Figure 9The utility model discloses a design perspective of one of the embodiments 6 of the utility model; 100 is the liquid storage container body; 102 is the supporting leg of the liquid storage container body; 200 is the liquid storage space formed by the liquid storage container body; 300 is the hollow space formed by the liquid storage container body; 500 is the integrated liquid supply assembly; 600 is the planting pot. DETAILED DESCRIPTION

[0027] The following will be combined with the drawings, the 6 preferred embodiments of the utility model are described in detail, and the person skilled in the art can easily understand the other advantages and functions of the utility model from the content disclosed in the specification. The utility model can also be implemented or applied by another different specific embodiment, and each detail in the specification can be modified or changed based on different viewpoints and applications without departing from the spirit of the utility model.

[0028] It should be noted that the diagrams provided in the following embodiments only illustrate the basic concept of the utility model in a schematic manner, and the diagrams only show the components related to the utility model, not the number, shape and size of the components during actual implementation. The shape, number and proportion of each component during actual implementation can be changed arbitrarily, and the component layout pattern can be more complex. The color, material, surface pattern of the device are not shown in the drawings. Different materials such as plastic, composite material, pottery and porcelain can be used during actual implementation, and various different modification effects can be used for the surface pattern, and various different colors can be used with transparent, semi-transparent and opaque color effects.

[0029] Embodiment 1: a circular suspension type vertical dual-purpose planting auxiliary device, the structure design is as shown in Figure 1 The exploded sectional view, top view and bottom view are as shown in Figure 2 、 3 , 4 respectively. The circular suspension type vertical dual-purpose planting auxiliary device comprises a liquid storage container body 100 and an integrated automatic water absorption and liquid supply assembly 500. The liquid storage container body is of a circular structure, the bottom is sealed, the upper part is open, and the bottom surface, inner ring and outer ring form a liquid storage space 200 for storing planting liquid. The liquid storage container body has a hollow through structure around the hollow space 300, and the inner ring of the liquid storage container body is close to the planting pot 600 to reduce the space occupation. The liquid storage container body further comprises a handle 105 to facilitate taking the liquid storage container body. The bottom of the liquid storage container body further comprises a supporting leg 102 to form an open air convection environment at the bottom, so as to reduce the influence of the liquid storage container body on the air environment at the bottom of the planting pot. The liquid storage container body further comprises a suspension assembly, which can be suspended when the flowerpot is too high. The integrated liquid supply assembly 500 supplies the planting liquid stored in the liquid storage space from the upper part of the planting pot to the soil in the planting pot through the upper opening of the liquid storage container body.

[0030] Note: the planting pot 600 is not included in the present application, here draw out is only for the convenience of the function of the auxiliary planting device and the structure relationship with the planting pot, the rest of the embodiment is the same case, the rest is not described.

[0031] Example 2: a circular vertical planting auxiliary device, the structure design is as shown in Figure 5 The liquid storage container body is a circular structure, the bottom is sealed, the upper part is open, the bottom, the inner ring and the outer ring form a liquid storage space 200 for storing planting liquid. The liquid storage container body has a hollow through structure around the hollow space 300, and the inner ring of the liquid storage container body is close to the planting pot 600 to reduce the space occupation. The liquid storage container body also includes a handle 105 to facilitate taking the liquid storage container body. The liquid storage container body also includes a bottom support foot 102 to form an open air convection environment at the bottom, so as to reduce the influence of the liquid storage container body on the air environment at the bottom of the planting pot. The component shown by reference numeral 500 in the figure is a non-integrated liquid supply assembly provided externally, which supplies the planting liquid stored in the liquid storage space from the upper part of the planting pot to the soil in the planting pot through the upper opening of the liquid storage container body. The difference between integrated and non-integrated is that the integrated liquid supply assembly has a fixed relationship with the liquid storage container body, and the non-integrated liquid supply assembly is a subsequent externally introduced and installed liquid supply assembly. It should be pointed out that the main contribution of the present application is the liquid storage container body with specific shape, structure and function, and the liquid supply assembly can be included in the technical solution or not.

[0032] Example 3: a circular hanging type multi-separator planting auxiliary device, the structure design is as shown in Figure 6 The liquid storage container body is a circular structure, the bottom is sealed, the upper part is open, two vertical separators 110 and 111 are arranged, the bottom, the vertical separators, the inner ring and the outer ring form two liquid storage subspaces 201 and 202, which can store different types or concentrations of planting liquid. The liquid storage container body has a hollow through structure around the hollow space 300, and the inner ring of the liquid storage container body is close to the planting pot 600 to reduce the space occupation. The top of the liquid storage container body is provided with a hanging assembly to hang the liquid storage container body on the wall of the planting pot, and the height of the liquid storage container body is lower than the height of the planting pot, so that the bottom of the liquid storage container body is in a suspended state, thereby the liquid storage container body does not affect the air environment at the bottom of the planting pot. The integrated liquid supply assembly 500 supplies the planting liquid stored in the liquid storage space from the upper part of the planting pot to the soil in the planting pot through the upper opening of the liquid storage container body.

[0033] Example 4: a semi-circular vertical planting auxiliary device, the structure design is as shown in Figure 7As shown, it comprises a liquid storage container body 100 and an integrated automatic water absorption liquid supply assembly 500. The liquid storage container body is a fan ring through type structure, forming a hollow space 300, and the inner ring of the liquid storage container body is close to the planting pot 600 to reduce space occupation. The integrated liquid supply assembly 500 supplies the planting liquid stored in the liquid storage space from the upper part of the planting pot to the soil in the planting pot through the upper opening of the liquid storage container body.

[0034] Example 5: A semi-ring vertical intelligent planting auxiliary device, the structural design of which is as shown in Figure 8 As shown, it comprises a liquid storage container body 100 and an integrated intelligent liquid supply assembly. The liquid storage container body is a fan ring through type structure, forming a hollow space 300, and the inner ring of the liquid storage container body is close to the planting pot 600 to reduce space occupation. The liquid storage container body is divided into a liquid storage area 200 and an intelligent active liquid supply assembly area 800 by a vertical partition 110, and the intelligent active liquid supply device is arranged in the intelligent active liquid supply assembly area 800. The liquid storage area 200 is provided with an integrated cover plate or a movable cover plate, and a liquid filling port and a twist-off plug 120 are arranged on the cover plate for filling the planting liquid, and a ventilation hole 121 is arranged on the plug. One side wall of the liquid storage area 200 is transparent, and a scale line 130 is arranged on the side wall for measuring the remaining amount in the liquid storage area. The intelligent active liquid supply assembly area is a closed space, and the intelligent active liquid supply device arranged inside includes a power supply unit (battery), a decision unit (integrated circuit board), a liquid supply execution unit (water suction pump), and a sensor unit (needle insertion type sensor). One end of the water suction pump is connected to the bottom of the liquid storage area 200 through a hose, and the other end is a water outlet pipe 810 connected to the planting pot. One end of the needle insertion type sensor is a needle insertion end 820 inserted into the soil to collect signals, and the other end is connected to the integrated circuit board for converting the sensed signals into digital signals. The integrated circuit board determines the time and duration of starting the water suction pump according to certain algorithms and models based on the data transmitted by the sensor. The power supply unit supplies power to the entire system, which can be composed of ordinary dry batteries or rechargeable batteries as needed. When it is a rechargeable battery, a charging interface needs to be arranged on the outer wall of the intelligent active liquid supply assembly area 800.

[0035] Example 6: A square ring vertical planting auxiliary device, the structural design of which is as shown in Figure 9As shown, it comprises a liquid storage container body 100 and an integrated automatic water absorption and liquid supply assembly 500. The liquid storage container body. The liquid storage container body is a fan ring through type structure, forming a hollow space 300, and the inner ring of the liquid storage container body is close to the planting pot 600 to reduce space occupation. The liquid storage container body also comprises a bottom supporting foot 102 to form an open air convection environment at the bottom, thereby reducing the influence of the liquid storage container body on the air environment at the bottom of the planting pot. The integrated automatic water absorption and liquid supply assembly 500 is water absorption cotton, which supplies the planting liquid stored in the liquid storage space from the upper part of the planting pot to the soil in the planting pot through the upper opening of the liquid storage container body, and the thickness, length and number of the water absorption cotton are dynamically set according to the water absorption characteristics of plants and environmental factors.

Claims

1. A planting aid device, characterized by: The liquid storage container body (100) has a hollow space (300) formed by a hollow through structure around or half around the container body, in which the planting pot is placed closely, the through structure is used to keep the planting pot draining, ventilating and convenient to take and place the liquid storage container without moving the planting pot; the bottom of the liquid storage container body is sealed, the upper part is open, the bottom surface and the container body wall form a liquid storage space (200), and the upper opening is used for ventilation, adding or extracting planting liquid.

2. A planting aid according to claim 1, characterised in that The liquid storage container body is provided with a hanging component (103) for hanging the liquid storage container on the edge of the planting pot; or, the liquid storage container body is provided with a supporting foot structure (102), so that the bottom of the liquid storage container has ventilation and air permeability; to realize the drainage, ventilation and air permeability without affecting the original planting pot.

3. The planting aid of claim 1, wherein The liquid storage container body is provided with a scale line for measuring the volume; or, a transparent tube with volume measurement scale line is provided, and the bottom of the transparent tube is communicated with the bottom of the liquid storage container body; to realize the measurement of the amount of liquid.

4. A planting aid according to claim 2, characterised in that The liquid storage container body is provided with a scale line for measuring the volume; or, a transparent tube with volume measurement scale line is provided, and the bottom of the transparent tube is communicated with the bottom of the liquid storage container body; to realize the measurement of the amount of liquid.

5. A planting aid according to any one of claims 1-4, characterized in that The internal liquid storage space of the liquid storage container body is divided into multiple liquid storage subspaces by vertical partition plates for storing different kinds or concentrations of planting liquid.

6. A planting aid according to any one of claims 1-4, characterized in that The liquid storage container body is provided with a handle (105) or a lifting handle to facilitate taking and carrying.

7. A planting aid according to any one of claims 1-4, characterized in that The liquid storage container body also integrates a liquid supply component (500) suspended or fixed on the liquid storage container body, which introduces the planting liquid in the liquid storage container into the upper part of the planting pot to realize the irrigation and liquid supply effect from top to bottom.

8. A planting aid according to claim 7, characterised in that The liquid supply component is an automatic water suction and liquid supply device; the automatic water suction and liquid supply device is provided with different thickness, length and number according to needs.

9. A planting aid according to claim 7, characterised in that The liquid supply component is an active liquid supply device; the active liquid supply device triggers the active liquid supply action through certain trigger conditions.

10. A planting aid according to claim 9, characterised in that The active liquid supply device is an intelligent active liquid supply device, which includes a sensor unit, a liquid supply execution unit, a decision unit and a power supply unit, the sensor of the sensor unit is inserted into the planting soil, the data collected by the sensor unit is judged by the decision unit, and then the liquid supply execution unit is started to supply liquid to the planting pot; the power supply unit is configured to be powered by battery or solar panel.

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