CN208001769U

CN208001769U - Hydroponic flowers incubator

Info

Publication number: CN208001769U
Application number: CN201820359905.1U
Authority: CN
Inventors: 叶文秀; 汪云; 胡艳
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-16
Filing date: 2018-03-16
Publication date: 2018-10-26
Anticipated expiration: 2028-03-16

Abstract

The utility model discloses a kind of hydroponic flowers incubators, including engaging pedestal, the engaging base top outer wall both sides welding has the same shell, and cover top portion outer wall welding has support plate, support plate bottom outer wall side is provided with card slot, and card slot inner wall is connected with indicator, the engaging base top outer wall is fixed with sliding rail by screw, and sliding rail inner wall is by slidably connecting culture dish, culture dish bottom interior wall is uniformly filled with culture solution, and the top exterior walls both sides welding of culture dish has the same anti-spillage plate.The utility model passes through pullable culture dish, culture solution is added according to distances travelled, liquid level sensor in cooperation ensures that spray grass will not lack nutrient solution and support, and overturning-preventing auxiliary rod, which coordinates sponge fixture block, partition board and puts, spills plate, stablize flowers not topple over, engaging slot and clamp are superimposed by engaging, and pile transports more flowers, save freight, the adjustable height of stretch support pipe, is applicable in the flowers of transport different height.

Description

Hydroponic flowers incubator

Technical field

The utility model is related to hydroponic flowers technical field more particularly to a kind of hydroponic flowers incubators.

Background technology

Soilless culture is to do seedling medium with the light materials such as turf or forest leaf mould, vermiculite to fix plant, allows plant Root system is in direct contact nutrient solution, and using the modernization seedling-raising technique of mechanization precision drilling once-seedling forming, it is lattice to select seed plate Room, a lattice one are sowed, one plant of one Room of seedling, the root system of seedling is intertwined mutually with matrix, and root sticks together in up big and down small Plug shape, be generally hole tray non-soil culture, in recent years, hydroponic flowers development in China's is very fast, hydroponic flowers because its sanitation and hygiene, Economize on resources, the features such as pest and disease damage is few, ornamental value is strong it is very popular, therefore more and more nurseries increase and are spent to water planting Grass, which is cultivated and supports, to be planted, and what hydroponic flowers cultivation used makes cultivation technique without soil, however, since hydroponic flowers were just emerging in recent years It rises, is planted and transport etc. there are some problem and shortage supporting, hydroponic flowers are based on traditional soilless culture method, some cultivations Equipment volume is big, not readily transportable, and pile is inconvenient in transportational process, easily topples over, the strut for the flowers that fracture, and culture solution lacks Transplanting can be grown to hydroponic flowers by, which losing, has an impact.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of hydroponic flowers training proposed Support device.

To achieve the goals above, the utility model uses following technical solution：

A kind of hydroponic flowers incubator, including engaging pedestal, the engaging base top outer wall both sides welding has same Shell, and cover top portion outer wall welding has support plate, support plate bottom outer wall side is provided with card slot, and card slot inner wall is clamped There is indicator, the engaging base top outer wall is fixed with sliding rail by screw, and sliding rail inner wall is by slidably connecting culture Ware, culture dish bottom interior wall are uniformly filled with culture solution, and the top exterior walls both sides welding of culture dish has the same anti-spillage plate, described Through-hole is provided at the top exterior walls central axes of support plate, and through-hole wall is bonded with sponge fixture block, the support plate top exterior walls It is welded with sleeve close to the both sides of sponge fixture block, and sleeve bottom interior wall is plugged with overturning-preventing auxiliary rod, the support plate top Portion's outer wall is bonded with stretch support pipe, and the equal welding in stretch support pipe top inner wall both sides has clamp, shell both sides inner wall Damping spring is fixed with by screw, and damping spring top exterior walls are welded with compression piece, the engaging base bottom outer wall Both sides are provided with engaging slot, and the specification of clamp and the specification of engaging slot are adapted.

Preferably, the shell is inverted funnel structure, and is welded with partition board at the inner wall central axes of shell.

Preferably, it is provided with the second through-hole at the anti-spillage plate top exterior walls central axes, the second through-hole wall welding is flexible Card.

Preferably, third through-hole, and sponge fixture block, elastic card and third are provided at partition board top exterior walls central axes Through-hole is located in same vertical line.

Preferably, the side inner wall of the culture dish is fixed with liquid level sensor by screw, and liquid level sensor is defeated Outlet is connected with microprocessor by signal wire.

Preferably, the engaging base top outer wall side is fixed with button cell holder, and button cell holder by screw Top inner wall is connected with button cell, and the output end of button cell is connected by conducting wire with indicator, liquid level sensor.

The beneficial effects of the utility model are：

1. by being provided with pullable culture dish, according to distances travelled, can add to culture dish in transportational process Add a certain amount of culture solution, liquid level sensor in cooperation, by indicator ensure spray grass will not on the way lack nutrient solution by It is unfavorable for transplanting and cultivates；

2. by the way that overturning-preventing auxiliary rod is arranged, plate is spilt with closing the sponge fixture block of sight alignment, partition board and putting, can be stablized Flowers are not toppled over, and are conducive to transport, and flowers strut will not be caused to fracture；

3. engaging the clamp on the engaging slot and stretch support pipe on pedestal by setting, can be superimposed by engaging, it can More flowers are transported by pile, save freight, while stretch support pipe can adjust height, be applicable in the flower of different height Grass, applicability are good.

Description of the drawings

Fig. 1 be the utility model proposes a kind of hydroponic flowers incubator cross-sectional view of the structure；

Fig. 2 be the utility model proposes a kind of hydroponic flowers incubator pile snap-in structure schematic diagram.

In figure：1 engaging pedestal, 2 indicators, 3 liquid level sensors, 4 shells, 5 sponge fixture blocks, 6 overturning-preventing auxiliary rods, 7 cards Head, 8 stretch support pipes, 9 support plates, 10 anti-spillage plates, 11 damping springs, 12 culture solutions, 13 culture dishes, 14 engaging slots, 15 partition boards.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-2, a kind of hydroponic flowers incubator, including engaging pedestal 1, engage 1 top exterior walls both sides welding of pedestal There is the same shell 4, and 4 top exterior walls welding of shell has support plate 9,9 bottom outer wall side of support plate to be provided with card slot, and card slot Inner wall is connected with indicator 2, and engaging 1 top exterior walls of pedestal are fixed with sliding rail by screw, and sliding rail inner wall is by being slidably connected There are culture dish 13,13 bottom interior wall of culture dish to be uniformly filled with culture solution 12, the top exterior walls both sides welding of culture dish 13 has together One anti-spillage plate 10 is provided with through-hole at the top exterior walls central axes of support plate 9, and through-hole wall is bonded with sponge fixture block 5, support 9 top exterior walls of plate are welded with sleeve close to the both sides of sponge fixture block 5, and sleeve bottom interior wall is plugged with overturning-preventing auxiliary rod 6, 9 top exterior walls of support plate are bonded with stretch support pipe 8, and the 8 equal welding in top inner wall both sides of stretch support pipe has clamp 7, shell 4 Both sides inner wall is fixed with damping spring 11 by screw, and 11 top exterior walls of damping spring are welded with compression piece, engages pedestal 1 Bottom outer wall both sides are provided with engaging slot 14, and the specification of clamp 7 and the specification of engaging slot 14 are adapted.

In the utility model, shell 4 is inverted funnel structure, and partition board 15 is welded at the inner wall central axes of shell 4, anti-spillage It is provided with the second through-hole at 10 top exterior walls central axes of plate, the second flexible card of through-hole wall welding, in 15 top exterior walls of partition board Third through-hole is provided at axis, and sponge fixture block 5, elastic card and third through-hole are located in same vertical line, culture dish 13 Side inner wall is fixed with liquid level sensor 3 by screw, and the output end of liquid level sensor 3 is connected with microprocessor by signal wire Device, the model ARM9TDMI of microprocessor, 1 top exterior walls side of engaging pedestal are fixed with button cell holder by screw, and Button cell holder top inner wall is connected with button cell, and the output end of button cell passes through conducting wire and indicator 2, liquid level sensor 3 are connected, the model CY520 of liquid level sensor 3.

Operation principle：According to the distance of transport, corresponding culture solution 12 is added in culture dish 13, is then blocked by sponge Spray grass in 5 grafting of block makes root invade culture solution 2/12nds 3, then overturning-preventing auxiliary rod 6 in grafting, will using silk ribbon Spray grass and overturning-preventing auxiliary rod 6 are bundled together, and transport can be clamped pile by engaging slot 14 and clamp 7, and liquid level is less than root When portion, the variation of indicator 2 is prompted.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not Be confined to this, any one skilled in the art within the technical scope disclosed by the utility model, according to this practicality Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims

1. a kind of hydroponic flowers incubator, including engaging pedestal (1), which is characterized in that engaging pedestal (1) top exterior walls two Side welding has the same shell (4), and shell (4) top exterior walls welding has support plate (9), support plate (9) bottom outer wall Side is provided with card slot, and card slot inner wall is connected with indicator (2), and engaging pedestal (1) top exterior walls are fixed with by screw Sliding rail, and sliding rail inner wall is uniformly filled with culture solution by slidably connecting culture dish (13), culture dish (13) bottom interior wall (12), the top exterior walls both sides welding of culture dish (13) has a same anti-spillage plate (10), in the top exterior walls of the support plate (9) Through-hole is provided at axis, and through-hole wall is bonded with sponge fixture block (5), support plate (9) top exterior walls are close to sponge fixture block (5) both sides are welded with sleeve, and sleeve bottom interior wall is plugged with overturning-preventing auxiliary rod (6), and support plate (9) top is outer Wall is bonded with stretch support pipe (8), and the equal welding in stretch support pipe (8) top inner wall both sides has clamp (7), the shell (4) Both sides inner wall is fixed with damping spring (11) by screw, and damping spring (11) top exterior walls are welded with compression piece, described Engaging pedestal (1) bottom outer wall both sides are provided with engaging slot (14), and the specification of clamp (7) is mutually fitted with the specification of engaging slot (14) Match.

2. a kind of hydroponic flowers incubator according to claim 1, which is characterized in that the shell (4) is inverted funnel knot Structure, and partition board (15) is welded at the inner wall central axes of shell (4).

3. a kind of hydroponic flowers incubator according to claim 1, which is characterized in that anti-spillage plate (10) top exterior walls The second through-hole, the second flexible card of through-hole wall welding are provided at central axes.

4. a kind of hydroponic flowers incubator according to claim 2, which is characterized in that in partition board (15) top exterior walls Third through-hole is provided at axis, and sponge fixture block (5), elastic card and third through-hole are located in same vertical line.

5. a kind of hydroponic flowers incubator according to claim 1, which is characterized in that in the side of the culture dish (13) Wall is fixed with liquid level sensor (3) by screw, and the output end of liquid level sensor (3) is connected with microprocessor by signal wire Device.

6. a kind of hydroponic flowers incubator according to claim 1, which is characterized in that outer at the top of the engaging pedestal (1) Wall side is fixed with button cell holder by screw, and button cell holder top inner wall is connected with button cell, button cell Output end is connected by conducting wire with indicator (2), liquid level sensor (3).