CN208047402U - A kind of thermal insulation flowerpot - Google Patents

Abstract

The utility model discloses a kind of thermal insulation flowerpots, belong to planting technology field, to solve the problems, such as heat preservation of the flowerpot to soil, the thermal insulation flowerpot includes pot body, pot body includes the cavity of the soil for accommodating plantation flowers, the pot body includes the different three-decker of material, three-decker is respectively the internal layer directly contacted with soil, the outer layer as pot body appearance and the middle layer that is arranged between outer layer and internal layer, internal layer and middle layer mutually fit closely, and middle layer and outer layer mutually fit closely.Solve the problems, such as heat preservation of the flowerpot to soil, the temperature of soil that can be highly stable.

Description

A kind of thermal insulation flowerpot

Technical field

The utility model belongs to planting technology field, is related to a kind of flowerpot, specially a kind of thermal insulation flowerpot.

Background technology

Potted landscape is one of Chinese excellent tradition art, is that natural landscape is showed in basin as basic material using plant and mountain stone The art work.It with plant, mountain stone, soil, water etc. for material, it is typical in basin, intensively by artistic creation and horticultural gardening The fine view for moulding the Nature with reaching contracting at artistic effect very little, much in little, while being poured out one's heart with scape, showed far-reaching Artistic conception, like the scenery with hills and waters scenic spot of three-dimensional beautiful scaled down version.Potted landscape generally has bonsai and scenery with hills and waters derived from China, potted landscape Potted landscape two major classes, potted landscape are made of scape, basin, several (framves) three elements, are connected each other between them, interactional unification It is whole.Potted landscape is described as " three-dimensional picture " and " noiseless poem " by people.When cultivating plant bonsai, the prior art is typically all profit With hard object bundle or trim technology so that plant growth at setting shape, and seldom using the nature of plant go cultivate basin Scape.It cultivates so very troublesome and laborious.

Invention content

According to the above-mentioned deficiencies of the prior art, technical problem to be solved in the utility model is to propose a kind of heat preservation flower Basin solves the problems, such as heat preservation of the flowerpot to soil, the temperature of soil that can be highly stable.

The technical solution adopted in the utility model is：A kind of thermal insulation flowerpot, the thermal insulation flowerpot include pot body, flowerpot sheet Body includes the cavity of the soil for accommodating plantation flowers, and the pot body includes the different three-decker of material, three layers Structure be respectively directly contacted with soil internal layer, as pot body appearance outer layer and be arranged between outer layer and internal layer Middle layer, internal layer and middle layer mutually fit closely, and middle layer and outer layer mutually fit closely.

Outer layer is that ceramic material sintering easy to clean makes；The internal layer is that the good metal material of heat conductivility makes, Middle layer is that heat-insulated new foamed material that can be excellent makes.The upper edge of pot body is provided with control module, pot body it is interior Portion is equipped with heating module, and heating module is connect by conducting wire with control module.Temperature measurement is additionally provided in the cavity of pot body Module, the measurement module are connect by conducting wire with control module, and temperature-measuring module is inserted into the soil in cavity.Flowerpot sheet Temperature-measuring module is additionally provided in the cavity of body, temperature-measuring module includes that measurement pipe and multiple be embedded in measure in pipe outer wall Temperature sensor, the distance between adjacent temperature sensor of any two are equal.Temperature survey is additionally provided in the cavity of pot body Module is measured, temperature-measuring module includes measurement pipe and multiple temperature sensors being embedded in measurement pipe outer wall, temperature sensor Appearance be enclosed with one layer of good glass of heat conductivility.The heating module includes the multiple heating being arranged inside internal layer Stick.The heating rod is parallel with one another, and each heating rod is connect by conducting wire with control module.

The utility model has the beneficial effects that：Solve the problems, such as heat preservation of the flowerpot to soil, soil that can be highly stable The temperature of earth.

Description of the drawings

The content expressed by this specification attached drawing and the label in figure are briefly described below：

Fig. 1 is the schematic cross-sectional view of specific embodiment of the present utility model thermal insulation flowerpot；

Fig. 2 is the outline structural diagram of specific embodiment of the present utility model thermal insulation flowerpot.

Specific implementation mode

Below by the description to embodiment, the shape of for example involved each component of specific embodiment of the present utility model The effect and operation principle of mutual alignment and connection relation, each section between shape, construction, each section, manufacturing process and operation Application method etc., is described in further detail, to help inventive concept of the those skilled in the art to the utility model, technology Scheme has more complete, accurate and deep understanding.

The utility model provides a kind of thermal insulation flowerpot, which includes pot body, and pot body includes useful In the cavity for the soil for accommodating plantation flowers.The upper edge of the pot body is provided with control module 2, and the inside of pot body is set There are heating module 6, heating module 6 to be connect with control module 2 by conducting wire.It is additionally provided with temperature in the cavity of pot body and measures mould Block 3, the measurement module 3 are connect by conducting wire with control module 2, are used in the soil that temperature-measuring module 3 is inserted into cavity Detect the temperature of soil.

The pot body includes three-decker, and three-decker is respectively the internal layer 5 directly contacted with soil, as flowerpot The outer layer 1 of ontology appearance and the middle layer 4 being arranged between outer layer 1 and internal layer 5, internal layer 5 and middle layer 4 mutually fit closely, Middle layer 4 and outer layer 1 mutually fit closely.The outer layer 1 is that ceramic material easy to clean is sintered, and the internal layer 5 is to lead The good metal material of hot property is made, and middle layer 4 is that the excellent foamed material of heat-insulated new energy is made, such three layers The thermal insulation flowerpot of structure fabrication is not only easy to clean, rugged construction, but also heat insulation effect is good.

Pot body itself is relied solely on passively to keep the temperature for keeping in thermal insulation flowerpot the effect of temperature of soil and bad It is good, in order to further keep the temperature of soil in thermal insulation flowerpot, when multiplying the soil for having plantation flowers in thermal insulation flowerpot, be The temperature of detection soil different depth, the temperature-measuring module 3 include that measurement pipe and multiple be embedded in measure in pipe outer wall Temperature sensor, in order to keep the alternate constant of detection data, the distance between adjacent temperature sensor of any two equal. In order to protect temperature sensor, the appearance of the temperature sensor to be enclosed with one layer of good glass of heat conductivility.

The heating module 6 includes the multiple heating rods being arranged inside internal layer 5, and heating rod is parallel with one another, each to heat Stick is all connect by conducting wire with control module 2, whether control module 2 directly controls heating rod heating.When temperature sensor detects When the temperature of soil horizon where to it is less than the temperature value set, the control of control module 2 is with the soil horizon conplane Heating rod starts, and soil is passed to by internal layer 5 after heating rod heating, when temperature value of the soil moisture higher than setting, control Module 2, which is controlled, closes with the soil horizon in conplane heating rod.Pass through the active heating of heating rod, the multilayer of pot body Structure is passively kept the temperature and the real-time monitoring of temperature-measuring module 3 so that the temperature of the inside soil of thermal insulation flowerpot is being set always Temperature value obtain periphery fluctuation, be very beneficial for the cultivation of thermal insulation flowerpot implants.

The utility model is exemplarily described above, it is clear that the utility model implements not by aforesaid way Limitation, as long as not using the methodology of the utility model and the improvement of various unsubstantialities that technical solution carries out, or not It is improved that the design of the utility model and technical solution are directly applied into other occasions, in the protection model of the utility model Within enclosing.The scope of protection of the utility model should be determined by the scope of protection defined in the claims.

Claims (6)

1. a kind of thermal insulation flowerpot, it is characterised in that：The thermal insulation flowerpot includes pot body, and pot body includes for accommodating kind Plant the cavity of the soil of flowers, the pot body includes the different three-decker of material, three-decker be respectively directly with soil The internal layer (5) of earth contact, middle layer between outer layer (1) and internal layer (5) of the outer layer (1) as pot body appearance and setting (4), internal layer (5) and middle layer (4) mutually fit closely, and middle layer (4) and outer layer (1) mutually fit closely；Outer layer (1) is easy Clean ceramic material sintering makes；The internal layer (5) is that the good metal material of heat conductivility makes, middle layer (4) be every Hot foamed material that newly can be excellent makes；The upper edge of pot body is provided with control module (2), and being internally provided with for pot body adds Thermal modules (6), heating module (6) are connect by conducting wire with control module (2).

2. thermal insulation flowerpot according to claim 1, it is characterised in that：It is additionally provided with temperature in the cavity of pot body and measures mould Block (3), the measurement module (3) are connect by conducting wire with control module (2), and temperature-measuring module (3) is inserted into the soil in cavity In earth.

3. thermal insulation flowerpot according to claim 1, it is characterised in that：It is additionally provided with temperature in the cavity of pot body and measures mould Block (3), temperature-measuring module (3) include measurement pipe and multiple temperature sensors being embedded in measurement pipe outer wall, any two The distance between adjacent temperature sensor is equal.

4. thermal insulation flowerpot according to claim 1, it is characterised in that：It is additionally provided with temperature in the cavity of pot body and measures mould Block (3), temperature-measuring module (3) include measurement pipe and multiple temperature sensors being embedded in measurement pipe outer wall, temperature sensing The appearance of device is enclosed with one layer of good glass of heat conductivility.

5. thermal insulation flowerpot according to claim 1, it is characterised in that：The heating module (6) includes being arranged in internal layer (5) Internal multiple heating rods.

6. thermal insulation flowerpot according to claim 5, it is characterised in that：The heating rod is parallel with one another, each heating rod It is connect with control module (2) by conducting wire.