CN206101019U

CN206101019U - Planting case of control moisturizing volume

Info

Publication number: CN206101019U
Application number: CN201620955632.8U
Authority: CN
Inventors: 吴鸿基
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-26
Filing date: 2016-08-26
Publication date: 2017-04-19
Anticipated expiration: 2026-08-26

Abstract

The utility model discloses a planting case of control moisturizing volume plants the case middle part and plants the chamber for the upside open -ended, plants the intracavity and is equipped with the water -stop sheet, will plant the chamber and separate to become two cavitys from top to bottom, goes up the lateral cavity body and places the chamber for matrix, and the lower lateral cavity body is the chamber that impounds, be equipped with the absorb water structure of a plurality of downwardly extending to the chamber that impounds on the water -stop sheet, the retaining chamber is equipped with inlet opening and control flap, and the inlet opening is connected with control flap. Compared with the existing products, the utility model relates to an inlet opening of retaining chamber and outside intercommunication, the inlet opening passes through control flap control inflow, has realized that the mode is simple and convenient through the height of control valve control retaining intracavity water level, and easy operation satisfies the user to the requirement of soil moisture content, for the user reliable operation that facilitates.

Description

A kind of cultivation box of control rate of water make-up

Technical field

This utility model belongs to plantation apparatus field, and in particular to a kind of cultivation box of control rate of water make-up

Background technology

Now with the raising of family life condition, the plants such as flowers and plants are planted in oneself balcony, garden a kind of deep by big Life style is liked by family, and cultivation box is a kind of modal device for planting flowers and plants.Existing cultivation box, in order that planting The suitable humidity of the Soil conservation of intracavity is planted, in plantation intracavity water-stop sheet is provided with, plantation chamber is separated into into storage chamber and substrate Placed cavity, water-stop sheet is provided with to recessed embedding water-holding portion, and water-holding portion is provided with suction hole, a part of soil on substrate placed cavity Earth is filled in water-holding portion, and the moisture of storage chamber is gradually transferred to the soil of substrate placed cavity by the soil in water-holding portion, makes The suitable humidity of the whole Soil conservation for planting intracavity.But this kind of scheme, when soil lacks moisture, needs manually to add Plus the water yield of storage chamber, or when needing to reduce the humidity of soil, need the water content of manual withdrawal storage chamber, troublesome poeration, The person of being not convenient to use operates.

Utility model content

The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided a kind of control of effective control water supplement function The cultivation box of rate of water make-up.

In order to solve above-mentioned technical problem, this utility model is employed the following technical solutions：

A kind of cultivation box of control rate of water make-up, is the plantation chamber of upper side opening, the plantation intracavity in the middle part of the cultivation box Water-stop sheet is provided with, the plantation chamber is separated into into upper and lower two cavitys, upside cavity is substrate placed cavity, and downside cavity is water-retention Chamber；The water-stop sheet is provided with some hydrating structures for extending downward storage chamber；It is characterized in that：The storage chamber be provided with into Water hole and control valve, the inlet opening is connected with control valve.

The control valve is inlet valve device, and inlet valve device connection external source controls external source to storing Water cavity moisturizing, when the water-retention intracavity water level is too high, inlet valve device is closed, and is stopped to storage chamber moisturizing.

Compared with existing product, the inlet opening of this utility model design storage chamber and ft connection, inlet opening is by control Valve controlling inflow, realizes the height that water-retention intracavity water level is controlled by controlling valve, and mode is easy, simple to operate, meets Requirement of the user to soil water content, provides facility reliable mode of operation for user.

Preferably, the storage chamber is provided with spacing block, and the spacing block separates the storage chamber and forms water-purifying cavity and sewage Chamber, the inlet opening is arranged on the water purification intracavity；By so setting, the sewage of water-retention intracavity is separated by separation structure Open, it is to avoid the mud in sewage is polluted to water-purifying cavity inlet opening, affect the normal operation of inlet opening and control valve.

Preferably, the spacing block between the soil chamber and water-purifying cavity is provided with currency structure, the lower end of the currency structure Higher than the bottom of soil chamber；Using this structure, there is provided the space of a precipitation sewage sludge, it is to avoid precipitating sludge is to circulation knot It is configured to blocking.

Preferably, the currency structure is additionally provided with filter element；By arranging filtration, the sludge stream in sewage is prevented Enter the water-purifying cavity, further improve the drainage efficiency of storage chamber.

Preferably, the soil chamber is provided with two or more, and the soil chamber is arranged on the water-purifying cavity both sides；By so Arrange, effectively improve the filter efficiency of storage chamber sewage.

Preferably, support protrusion and apopore are provided with the top of the spacing block, the support protrusion upper surface is higher than Water hole, the support protrusion is resisted against the lower surface of water-stop sheet；Or, the water-stop sheet lower surface is provided with water proof projection, described Spacing block is provided with through hole, and the water proof projection is resisted against the upper surface of spacing block；From above two structure, make water-stop sheet with Gap is formed between the upper surface of spacing block, when water-retention intracavity water level is higher than spacing block upper surface, water can pass through apopore Flow direction is extraneous, prevents that water-retention intracavity water level is too high to flood substrate placed cavity.

Preferably, the hydrating structure has two kinds of set-up modes.

Used as the first set-up mode of the hydrating structure, the hydrating structure is to recessed embedding water suction on water-stop sheet Chamber, the water sucting cavity is provided with suction hole, and by so setting, the hydrating structure can attract moisture to the substrate placed cavity, Can ensure that the suitable humidity of the Soil conservation of whole plantation intracavity.

Used as second set-up mode of the hydrating structure, the hydrating structure includes the medium being arranged on water-stop sheet Via and the water sucting medium through medium via；A part for the water sucting medium extends to storage chamber, and a part extends to base Matter places intracavity；

The medium via is symmetrical arranged；The water sucting medium two ends pass through corresponding medium via, stretch into water-retention intracavity, Middle part is layed in substrate and places intracavity, and the hydrops of water-retention intracavity, moisture are drawn in this kind of set-up mode, same water sucting medium two ends Spread in the middle part of water sucting medium, it is ensured that water sucting medium is moistened enough in the part that substrate places intracavity；

The water sucting medium is block structure, and the medium via is the bar hole being adapted with water sucting medium shape, block The water sucting medium of shape can improve the contact area between water sucting medium and planting matrix, be easy to moisture to spread to planting matrix；

The water sucting medium is absorbent cotton or absorbent cloth, and soaking effect is good, low cost.

Preferably, the cultivation box is provided with splicing construction, and two cultivation boxs splice integral by splicing construction；Adjacent The inlet opening of cultivation box is connected with osculum by adapter；Inlet opening positioned at the cultivation box of head end connects the control valve； By so setting, multiple cultivation box increase cultivated areas are applied in combination, meet the needs of user.

Preferably, the cultivation box is provided with osculum, during splicing cultivation box, inlet opening and the apopore phase of adjacent cultivation box Intercommunicated, the water storage box for enabling cultivation box is connected, and first cultivation box connects water supplement structure by control valve, last plantation The osculum connection of case is extraneous, realizes that string splices moisturizing, the draining of cultivation box.

Preferably, the relative both sides of the cultivation box are provided with the sticking part of outwardly convex, the inlet opening and osculum point It is not arranged on relative sticking part；When cultivation box splices, the sticking part of adjacent cultivation box is bonded to each other；By so setting Put, be easy to the connection between the inlet opening of adjacent cultivation box and osculum tightr.

Preferably, also including sticking part cover plate, when cultivation box splices, sticking part cover plate is covered on two adjacent sticking parts Upside.

Description of the drawings

Fig. 1 is the schematic diagram of the cultivation box that this utility model controls rate of water make-up；

Fig. 2 is the schematic diagram that this utility model removes water-stop sheet；

Fig. 3 is the schematic diagram of this utility model water-stop sheet；

Fig. 4 is the sectional view of this utility model water-stop sheet；

Fig. 5 is the schematic diagram of the cultivation box of the multiple control rate of water make-ups of this utility model splicing；

Fig. 6 is the enlarged drawing of a-quadrant in Fig. 2；

Fig. 7 is the enlarged drawing in B regions in Fig. 2；

Fig. 8 is the enlarged drawing in C regions in Fig. 5.

Specific embodiment

Below in conjunction with a kind of description of the drawings preferred embodiment of the present utility model：

Referring to Fig. 1 to 8, the cultivation box of control rate of water make-up of the present utility model, the cultivation box middle part is upper side opening Plantation chamber, the plantation intracavity is provided with water-stop sheet 1, and the plantation chamber is separated into into upper and lower two cavitys, and upside cavity is substrate Placed cavity 2, downside cavity is storage chamber 3；Some water holes 11 are uniformly laid with the water-stop sheet and some are extended downwardly Hydrating structure 12, the storage chamber 3 is symmetrically arranged on two with inlet opening 31 and osculum 32, also including control valve, the water inlet Hole 31 is connected with control valve.

The control valve is inlet valve device, and inlet valve device connection external source controls external source to storing Water cavity moisturizing, when water level is too high in the storage chamber 3, inlet valve device is closed, and is stopped to the moisturizing of storage chamber 3；The row Water hole 32, when water level is too high in storage chamber 3, makes the water in storage chamber 3 pass through draining by adapter and the external connection of storage chamber 3 Hole 32 discharges.

Compared with existing product, inlet opening 31 and osculum 32 of this utility model design storage chamber 3 with ft connection is entered Water hole 31 controls inflow by control valve, and osculum 32 is contacted with the external world of storage chamber 3, realizes and controls water-retention by controlling valve The drainage pattern of the height of water level and simplicity, simple to operate in chamber 3, meets requirement of the user to soil water content, is User provides facility reliable mode of operation.

Referring to Fig. 2 and Fig. 5, preferably, the storage chamber 3 is provided with two pieces of spacing blocks 33, two pieces of spacing blocks 33 separate the storage chamber 3 forms a water-purifying cavity 34 and two soil chambers 35, and the soil chamber 35 is arranged on the water-purifying cavity 34 both sides, the inlet opening 31 is arranged in the water-purifying cavity 34 with osculum 32；By so setting, in storage chamber 3 Sewage separated by separation structure, it is to avoid the mud in sewage results in blockage to the discharge outlet 42 of water-purifying cavity 34, improve store The drainage efficiency of water cavity 3.

Referring to Fig. 2 and Fig. 5, preferably, the spacing block 33 between the soil chamber 35 and water-purifying cavity 34 is provided with stream Logical structure 331, the currency structure 331 is arranged on the middle part of two pieces of spacing blocks 33, and the lower end of the currency structure 331 is higher than The bottom of soil chamber 35；Using this structure, there is provided the space of a precipitation sewage sludge, it is to avoid precipitating sludge is to currency structure 331 result in blockage.

Referring to Fig. 2 and Fig. 5, the currency structure 331 is additionally provided with filter element 332；By arranging filtration, dirt is prevented Sludge in water flows into the water-purifying cavity 34, further improves the drainage efficiency of storage chamber 3.

Referring to Fig. 2,5 and Fig. 7, preferably, the top of the spacing block 33 is provided with support protrusion 333 and apopore 334, the upper surface of the support protrusion 333 is higher than apopore 334, and the support protrusion 333 is resisted against the lower surface of water-stop sheet 1； Using this structure, the water level maximum height of storage chamber 3 is controlled, when water level is too high, unnecessary water can be flowed to by apopore 332 The external world, prevents that water level in storage chamber 3 is too high to flood substrate placed cavity 2.

Referring to Fig. 1 to 4, preferably, the lower end of the hydrating structure 12 extends to storage chamber 3, by so setting, The hydrating structure 12 can attract moisture to the substrate placed cavity 2, it is ensured that the Soil conservation of whole plantation intracavity is suitable Humidity.

Referring to Fig. 3 and Fig. 4, used as further preferred scheme, the hydrating structure 12 includes Jie being arranged on water-stop sheet 1 Matter via 121 and the water sucting medium 122 through medium via 121；A part for the water sucting medium 122 extends to storage chamber 3, A part is extended in substrate placed cavity 2.

Referring to Fig. 3 and Fig. 4, used as further preferred scheme, the medium via 121 is symmetrical arranged, the water sucting medium 122 two ends pass through corresponding medium via 121, stretch in storage chamber 3, and middle part is layed in substrate placed cavity 2；This kind of setting side The hydrops in storage chamber 3 are drawn at formula, the two ends of same water sucting medium 121, and moisture to the middle part of water sucting medium 122 is spread, it is ensured that Part of the water sucting medium 122 in substrate placed cavity 2 moistens enough.

Referring to Fig. 3 and Fig. 4, used as further preferred scheme, the water suction is situated between 122 for block structure, the medium via 121 is the bar hole being adapted with the shape of water sucting medium 122；Block water sucting medium 122 can improve water sucting medium 122 with plantation Contact area between substrate, is easy to moisture to spread in planting matrix.

Used as further preferred scheme, the water sucting medium 121 is absorbent cotton or absorbent cloth, and soaking effect is good, low cost.

Referring to Fig. 2,5 and Fig. 6, used as a kind of preferred version, the cultivation box is provided with splicing construction 4, and two cultivation boxs lead to Cross splicing construction 4 and splice integral；The inlet opening 31 of adjacent cultivation box is connected with osculum 32 by adapter；Positioned at head end The inlet opening 31 of cultivation box connects the control valve；By so setting, multiple cultivation box increase cultivated areas are applied in combination, Meet the needs of user.

Referring to Fig. 5, as a kind of preferred version, after described two above cultivation box splicings, adjacent plantation can be extracted Side plate between case, facilitates the substrate placed cavity 2 to connect.

Referring to Fig. 1,2, Fig. 5 and Fig. 8, the relative both sides of the cultivation box are provided with the sticking part 5 of outwardly convex, the water inlet Hole and osculum are separately positioned on relative sticking part 5；When cultivation box splices, the sticking part 5 of adjacent cultivation box is mutually pasted Close；By so setting, the inlet opening 31 for being easy to adjacent cultivation box is connected with osculum 32 by adapter.Also include sticking part lid Plate 6, when cultivation box splices, sticking part cover plate 6 is covered on two adjacent upsides of sticking part 5.

Referring to Fig. 1,2 and Fig. 5, the cultivation box is provided with laminating 5 and is respectively provided on two sides with highly different splicing steps 7, Respectively upper splicing step and lower splicing step, when cultivation box splices, splice step and lower splicing step on adjacent cultivation box Correspondence split, the splicing step 7 is located at the both sides of sticking part 5, coordinates with sticking part cover plate 6, between closing between cultivation box Gap.Using this structure, the soil in substrate plantation chamber is prevented by being lost in the gap between two adjacent cultivation boxs, shadow The planting effect of cultivation box is rung, integrally-built reasonability is improved.

The announcement and teaching of book according to the above description, this utility model those skilled in the art can also be to above-mentioned reality The mode of applying is changed and changed.Therefore, this utility model is not limited to specific embodiment disclosed and described above, right Some modifications and changes of the present utility model should also be as falling in scope of the claims of the present utility model.Additionally, to the greatest extent Some specific terms used in pipe this specification, but these terms are merely for convenience of description, not to this utility model Constitute any restriction.

Claims

1. a kind of cultivation box of control rate of water make-up, is the plantation chamber of upper side opening in the middle part of the cultivation box, and the plantation intracavity sets There is water-stop sheet, the plantation chamber is separated into into upper and lower two cavitys, upside cavity is substrate placed cavity, and downside cavity is water-retention Chamber；The water-stop sheet is provided with some hydrating structures for extending downward storage chamber；It is characterized in that：The storage chamber be provided with into Water hole and control valve, the inlet opening is connected with control valve.

2. it is according to claim 1 control rate of water make-up cultivation box, it is characterised in that：The storage chamber is provided with spacing block, The spacing block separates the storage chamber and forms water-purifying cavity and soil chamber, and the inlet opening is arranged on the water purification intracavity, described Spacing block between soil chamber and water-purifying cavity is provided with currency structure, and the lower end of the currency structure is higher than the bottom of soil chamber.

3. it is according to claim 2 control rate of water make-up cultivation box, it is characterised in that：It is provided with the top of the spacing block and props up Support projection and apopore, the support protrusion upper surface is higher than apopore, and the support protrusion is resisted against the lower surface of water-stop sheet； Or, the water-stop sheet lower surface is provided with water proof projection, and the spacing block is provided with through hole, and the water proof projection is resisted against separation The upper surface of block.

4. it is according to claim 1 control rate of water make-up cultivation box, it is characterised in that：The hydrating structure is on water-stop sheet To recessed embedding water sucting cavity, the water sucting cavity is provided with suction hole.

5. it is according to claim 1 control rate of water make-up cultivation box, it is characterised in that：The hydrating structure includes being arranged on Medium via on water-stop sheet and through medium via water sucting medium；A part for the water sucting medium extends to storage chamber, and one Extend partially into substrate placed cavity.

6. it is according to claim 1 control rate of water make-up cultivation box, it is characterised in that：The cultivation box is provided with splicing knot Structure, plural cultivation box splices integral by splicing construction.

7. it is according to claim 6 control rate of water make-up cultivation box, it is characterised in that：The cultivation box is provided with osculum, During splicing cultivation box, inlet opening and the apopore of adjacent cultivation box are interconnected.

8. it is according to claim 7 control rate of water make-up cultivation box, it is characterised in that：The relative both sides of the cultivation box set The sticking part of outwardly convex, the inlet opening and osculum are separately positioned on relative sticking part；When cultivation box splices, phase The sticking part of adjacent cultivation box is bonded to each other.

9. it is according to claim 8 control rate of water make-up cultivation box, it is characterised in that：Also include sticking part cover plate, plantation When case splices, sticking part cover plate is covered on two adjacent sticking part upsides.

10. according to any one of claim 7-8 control rate of water make-up cultivation box, it is characterised in that：Adjacent cultivation box Inlet opening and osculum be connected by adapter；Inlet opening positioned at the cultivation box of head end connects the control valve.