CN208029606U

CN208029606U - A kind of flowerpot that can be discharged water simultaneously

Info

Publication number: CN208029606U
Application number: CN201820348819.0U
Authority: CN
Inventors: 孔强
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-03-15
Filing date: 2018-03-15
Publication date: 2018-11-02
Anticipated expiration: 2028-03-15

Abstract

The utility model is related to a kind of flowerpots that can be discharged water simultaneously, it is characterised in that：The division box to supply water including multiple exhalant canals, to multiple exhalant canals, division box include dividing bucket（6）With multiple connecting legs, divide bucket（6）Including inlet bucket（7）With multiple water diversion disks, inlet bucket（7）It include the aqueduct being discharged to that water diversion disk of nearest neighbours（11）；Multiple water diversion disks are intake by multiple connecting legs to multiple exhalant canals and three's quantity corresponds to；This flowerpot（1）Further include multiple position-limit mechanisms that the multiple connecting leg of limitation is intake to multiple exhalant canals, each position-limit mechanism includes the first and second connecting rod, each connecting leg is arranged on each first and second connecting rod, each first and second connecting rod includes both ends, one end is mutually flexibly connected, the other end respectively with flowerpot（1）With divide bucket（6）Flexible connection；When being folded between each first and second connecting rod, each connecting leg can be limited and intake to each exhalant canal.

Description

A kind of flowerpot that can be discharged water simultaneously

Technical field

The utility model is related to a kind of flowerpots that can be discharged water simultaneously.

Background technology

Flowerpot is also a variety of according to the type of flowers, flowerpot pattern of different sizes as its name suggests for planting flowers It is various；As the improvement of people's living standards, the demand to indoor flower cultivation is also higher and higher, in office, in bedroom, In parlor, it is seen everywhere in life；Flowers are not only used as ornament by people, and most importantly flowers have radiation protection, absorb two The effect of oxygen etc. is generated under carbonoxide, photosynthesis, and plants the problem of most importantly watering in flowers, and water has poured flower more Grass can yellow leaf, rotten；Water, which pours to have lacked, can allow flowers to stop before growing not, or even can be withered due to water shortage.

Existing flowerpot is all directly to water from flowerpot mouth mostly, causes irrigation amount irregular in this way, can not be uniform；

Even if there is the design that can uniformly water in existing flowerpot, but due to cannot simultaneously it is overboard to flowerpot, cause to spend The humidity of soil differs in basin, can also influence the growth of flowers in this way, and yellow leaf or/and rotten are also will appear when serious.

Utility model content

In view of the above deficiency of the prior art, the main technical problems to be solved in the utility model is：

A kind of flowerpot that can be discharged water simultaneously is provided, when flowerpot needs watering, can uniformly be intake simultaneously to flowerpot.

In order to solve the above technical problems, the utility model uses following technical scheme：

Design a kind of flowerpot that can be discharged water simultaneously, including side, it is characterised in that：This flowerpot further includes multiple setting with being staggered Set its side it is circumferentially upper for into it multiple exhalant canals of water outlet, the division box to supply water to multiple exhalant canal, Limit multiple position-limit mechanisms that the division box is intake to multiple exhalant canal；The division box includes dividing bucket and by elasticity Multiple connecting legs that material is constituted, this divides bucket to include being fixed thereon the inlet bucket at end and multiple points under the inlet bucket Water pond, multiple water diversion disk is overlapped and is separately fixed at this successively from top to bottom to be divided on bucket；The inlet bucket includes to most from it The aqueduct of close that water diversion disk water outlet；Multiple water diversion disk intake to multiple exhalant canals by multiple connecting legs and this three Person's quantity corresponds to, and in multiple water diversion disk outside that nethermost water diversion disk, other water diversion disks are respectively equipped with ought above one To the diversion trench of a following water diversion disk water supply when storage full water；Each position-limit mechanism includes the first and second connecting rod, and each connecting leg is set It sets on each first and second connecting rod, which includes both ends, and one end is mutually flexibly connected, the other end Respectively with the flowerpot and bucket is divided to be flexibly connected；When being folded between each first and second connecting rod, can limit each connecting leg to this Each exhalant canal water inlet.

This flowerpot further includes the multiple fixing devices for preventing the multiple connecting leg sliding.

Above-mentioned multiple fixing devices respectively include the first and second fixation band.

Above-mentioned multiple exhalant canals are both less than the perimeter of the flowerpot side and are staggeredly located.

Above-mentioned multiple exhalant canals be both less than or equal to flowerpot side described in half perimeter.

Acquiescence keeps constituting an angle for being less than 180 degree between above-mentioned each first and second connecting rod.

The sum of moisture storage capacity of above-mentioned multiple water diversion disks is less than or equal to the moisture storage capacity of the inlet bucket.

The utility model has the beneficial effects that：

Due to point that this flowerpot includes multiple exhalant canals for being discharged into flowerpot, is supplied water to multiple exhalant canal Water installations, the division box include dividing bucket and multiple connecting legs, this divides bucket to include inlet bucket and multiple water diversion disks, multiple point Water pond is intake by multiple connecting legs to multiple exhalant canals and three's quantity corresponds to；This flowerpot further includes the multiple connecting leg of limitation The multiple position-limit mechanisms intake to multiple exhalant canal, each position-limit mechanism include the first and second connecting rod, each connecting leg setting On each first and second connecting rod, which includes both ends, and one end is mutually flexibly connected, the other end point Not with the flowerpot and bucket is divided to be flexibly connected；Therefore multiple companies can be limited by not folded or each first and second connecting rod of folding Pipe intakes to multiple exhalant canals or does not intake simultaneously, is arranged to realize the water inlet in flowerpot since multiple exhalant canals are staggered It is uniformly distributed.

Description of the drawings

Below in conjunction with the accompanying drawings, the embodiment of the utility model is described in further detail：

Fig. 1 is stereoscopic schematic diagram when this flowerpot is in unused state；

Fig. 2 is the stereoscopic schematic diagram when flowerpot of Fig. 1 is in use state.

Reference numeral and its corresponding parts or technical characteristic title in attached drawing is as follows：

1 flowerpot

4,41,42 first, second and third exhalant canal, 5 apopore 6 divides bucket

7 inlet bucket, 8,81,82 first, second and third connecting leg 9,91 first and second fixes band

10,20 first and second diversion trench, 11 aqueduct, 12 leakage hole

21,22,23 first, second and third water diversion disks 31,32 first and second connecting rods.

Specific implementation mode

As shown in Figure 1, 2.

This flowerpot 1 in barrel-shaped, including side, in three exhalant canals of half-round tubular, division box, position-limit mechanism, Fixing device；The quantity of position-limit mechanism is three, and the quantity of fixing device is three；

Three exhalant canals are arranged in the side circumferential direction of flowerpot 1 with being staggered successively from top to bottom, and three exhalant canals are all Equal to the perimeter of 1 side of half flowerpot, three exhalant canals are evenly spaced apart to be equipped with respectively eight for going out into flowerpot 1 The apopore of the apopore of water, each exhalant canal is made of its perforation, is discharged referring to apopore 5 and first, second and third logical Road 4,41,42；

Division box includes tubular point of bucket 6 and the first, second and third connecting leg 8,81,82 for being made of elastic material, point Bucket 6 includes wall surface, upper and lower ends, and it further includes being fixedly connected on the upper end in the inlet bucket 7 of peviform and positioned at water inlet to divide bucket 6 It is in the first, second and third water diversion disk 21,22,23 of peviform under bucket 7, the first, second and third water diversion disk 21,22,23 is from top to bottom successively It is overlapped and is separately fixed on the upper wall surface of 6 inside of point bucket, divide that perforates on the lower end closed of bucket 6 and wall surface to be equipped in four The leakage hole 12 of side shape, when divide have ponding in bucket 6 when, ponding can be poured out by leakage hole 12；

The bottom connection of inlet bucket 7 is equipped with rounded tubulose and the aqueduct 11 for being discharged to the first water diversion disk 21, The wall surface of first water diversion disk 21 is equipped with it and stores up the first diversion trench 10 being discharged to the second water diversion disk 22 when full water, the second water diversion disk 22 wall surface is equipped with it and stores up the second diversion trench 20 being discharged to third water diversion disk 23 when full water, the first and second diversion trench 10,20 It is staggeredly located；

The sum of moisture storage capacity of first, second and third water diversion disk 21,22,23 is equal to the moisture storage capacity of inlet bucket 7, as long as in this way The water of inlet bucket 7 is filled it up with, it is easy to operate；

First, second and third connecting leg 8,81,82 all include left and right ends, left end respectively with the first, second and third exhalant canal 4, 41,42 connection connection, right end are each passed through point bucket 6 and are connected to connection with the bottom of the first, second and third water diversion disk 21,22,23；

First, second and third connecting leg 8,81,82 is moveably housed within respectively on each position-limit mechanism and each position-limit mechanism can divide It does not limit the first, second and third connecting leg 8,81,82 to intake to the first, second and third exhalant canal 4,41,42, each fixing device can be distinguished Prevent the first, second and third connecting leg 8,81,82 from skidding off three position-limit mechanisms；Each position-limit mechanism includes the first and second connecting rod, each First and second connecting rod all includes both ends, and one end is hinged, the other end respectively with flowerpot 1 and bucket 6 is divided to be hinged, when each When being folded between the first and second connecting rod, can limit respectively the first, second and third connecting leg 8,81,82 to the first, second and third exhalant canal 4, 41,42 water inlet；Acquiescence keeps constituting one 175 degree of angle between each first and second connecting rod, in this way when needing to fold each the One, more convenient laborsaving when two connecting rods, referring to the first and second connecting rod 31,32；Each fixing device respectively includes setting each the One, first and second on two connecting rods fixes band, and band 9,91 is fixed referring to first and second.

When needing to water to flowerpot 1, bucket 6 will be divided so that each first and second connecting rod is folded to increase to the movement of flowerpot 1 The water level of first, second and third connecting leg 8,81,82 simultaneously clamps positioned at each first and second connecting rod and flowerpot 1 and divides 6 junction of bucket First, second and third connecting leg 8,81,82, the topped up with water into inlet bucket 7, under the effect of gravity water flow into first successively by aqueduct 11, Two, three water diversion disk 21,22,23 will divide bucket 6 to flowerpot 1 far from certain distance, the angle between each first and second connecting rod When default conditions, the first, second and third connecting leg 8,81,82 can intake to the first, second and third exhalant canal 4,41,42 simultaneously, and water is again It is discharged simultaneously to flowerpot 1 from each apopore of the first, second and third exhalant canal 4,41,42 to reach into water while and be discharged same When, so that water inlet is uniformly distributed.

Claims

1. a kind of flowerpot that can be discharged water simultaneously, including side, it is characterised in that：This flowerpot（1）Further include multiple being arranged with being staggered Multiple exhalant canals on its side is circumferential for being discharged into it, the division box to the water supply of multiple exhalant canal, limit Make multiple position-limit mechanisms that the division box is intake to multiple exhalant canal；

The division box includes dividing bucket（6）With the multiple connecting legs being made of elastic material, this divides bucket（6）Including being fixed on it The inlet bucket of upper end（7）With positioned at the inlet bucket（7）Under multiple water diversion disks, multiple water diversion disk is overlapped successively from top to bottom And it is separately fixed at this and divides bucket（6）On；The inlet bucket（7）It include the aqueduct being discharged to that water diversion disk of nearest neighbours （11）；Multiple water diversion disk is intake by multiple connecting legs to multiple exhalant canals and three's quantity corresponds to, multiple water diversion disk In outside that nethermost water diversion disk, other water diversion disks are respectively equipped with when a storage full water above to a following water diversion disk The diversion trench of water supply；

Each position-limit mechanism includes the first and second connecting rod, and each connecting leg is arranged on each first and second connecting rod, this each first, Two connecting rods all include both ends, and one end is mutually flexibly connected, the other end respectively with the flowerpot（1）With divide bucket（6）Activity is even It connects；When being folded between each first and second connecting rod, each connecting leg can be limited and intake to each exhalant canal.

2. flowerpot according to claim 1, it is characterised in that：This flowerpot（1）Further include preventing the multiple connecting leg from sliding Multiple fixing devices.

3. flowerpot according to claim 2, it is characterised in that：The multiple fixing device respectively includes the first and second fixation Band.

4. flowerpot according to claim 3, it is characterised in that：The multiple exhalant canal is both less than the flowerpot（1）Side It the perimeter in face and is staggeredly located.

5. flowerpot according to claim 4, it is characterised in that：The multiple exhalant canal is both less than or equal to half The flowerpot（1）The perimeter of side.

6. according to the flowerpot described in claim 1 ~ 5 any claim, it is characterised in that：Each first and second connecting rod it Between acquiescence keep constitute one be less than 180 degree angle.

7. according to the flowerpot described in claim 1 ~ 5 any claim, it is characterised in that：The water storage of the multiple water diversion disk holds The sum of amount is less than or equal to the inlet bucket（7）Moisture storage capacity.