CN209572583U - Self water feeding energy-saving tray - Google Patents
Self water feeding energy-saving tray Download PDFInfo
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- CN209572583U CN209572583U CN201920158796.1U CN201920158796U CN209572583U CN 209572583 U CN209572583 U CN 209572583U CN 201920158796 U CN201920158796 U CN 201920158796U CN 209572583 U CN209572583 U CN 209572583U
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Abstract
The utility model relates to planting pot tray technology fields, and in particular to a kind of self water feeding energy-saving tray.Self water feeding energy-saving tray, including tray plate (1), several basins (2), a water supply through slot (3)；Basin arranged vertically and horizontally (2) are provided on tray plate (1), water through slot (4) are divided to be connected to by longitudinal between every two adjacent basins (2) along longitudinal direction, transversely by laterally water through slot (5) being divided to be connected between every two adjacent basins (2), longitudinal direction divides water through slot (4) and the middle position of water through slot (5) bottom is laterally divided to be equipped with water proof platform (6), on tray plate (1) transversely, an a water supply through slot (3) is equipped between per two adjacent row basins (2), the support holder structure is simple, good permeability, anti- ponding, it is convenient to pour, uniformly, it is time saving and energy saving, it economizes on resources, it pours high-efficient.
Description
Technical field
The utility model relates to planting pot tray technology fields, and in particular to a kind of self water feeding energy-saving tray.
Background technique
Currently, flowers, vegetable cultivation be in flowerpot or seedling-growing container, in order to keep flowerpot or seedling-growing container ventilation effect more preferable,
It is designed with through-hole and annular base in its bottom, is oozed out to avoid pouring dilutional hyponatremia, needs to be placed below in flowerpot or seedling-growing container
Pallet.Artificial watering is used substantially during planting flowers, vegetables, and the method for artificial watering is time-consuming and laborious, is not suitable for big
Area plants flowers, vegetables；In order to save manpower, after large area plants flowers, the sprinkling method of vegetables improves, using automatic or
Automanual sprinkling irrigation equipment is poured, and is sprayed to expand watering range, the hydraulic pressure of setting is higher, for the flower just to have broken ground
Grass, vegetables tender shoots will will cause damage, while pour unevenly, seriously affect flowers, vegetable growth consistency, final to influence
Investor's yield；In addition, causing flowerpot or the muddy water on seedling-growing container surface to flash since the hydraulic pressure of sprinkling irrigation setting is higher, influence
Ambient enviroment, and water and soil is caused to waste, general fertilising mostly uses to mix in fertilizer sprays in water, equally will cause fertilizer wave
Take.
Planting pot pallet in the case where not using, typically place, and standing time, which has been grown, will pile up too tight by stack,
Do not allow to be drawn out easily, when use needs so time-consuming and laborious that pull out one by one, influences working efficiency.
And existing plantation pallet function is only prevented from and pours dilutional hyponatremia and ooze out, and can not solve problem above, it need to be into one
The plantation pallet rationally solved these problems is designed in step research.
Summary of the invention
In view of the problems of the existing technology, the utility model provides that a kind of structure is simple, and good permeability, anti-ponding pours
Fill convenient, uniform, it is time saving and energy saving, it economizes on resources, pours high-efficient self water feeding energy-saving tray.
To achieve the above object, technical solution used by the utility model are as follows: self water feeding energy-saving tray, including
Tray plate, several basins, a water supply through slot；
It is provided with basin arranged vertically and horizontally on tray plate, divides water logical by longitudinal between every two adjacent basins along longitudinal direction
Slot is connected to, and transversely longitudinally divides water through slot to divide water with lateral by laterally water through slot being divided to be connected between every two adjacent basins
The height of through slot and the height of basin are equal, longitudinally divide water through slot and the middle position of water through slot bottom is laterally divided to be equipped with water proof
Platform；On tray plate transversely, an a water supply through slot, a water supply through slot and the two rows basin are equipped between every two adjacent row basins
Between longitudinal direction divide water through slot be connected to；A water supply through slot is made of the inclined through slot of multistage, and water through slot two sides is divided to distinguish longitudinally in each
The through slot communicated therewith equipped with one section, through slot connect longitudinal one end horizontal position for dividing water through slot lower than the other end, and through slot
Lower end is in the longitudinal direction and divides right above water proof platform set by water through slot, the adjacent longitudinal direction of every two be divided to two sections between water through slot it is logical
The higher-end of slot is connected；Longitudinal direction divides the inner wall of water through slot to be equipped with water conservancy diversion through slot, and water conservancy diversion through slot one end is led at the top of water proof platform, separately
The through slot above the water proof platform is connected in one end；Basin inner wall is equipped with several ventilative grooves, central axis of the ventilative groove along basin
Direction extends, the bottom surface closing for groove of breathing freely and the bottom surface for being higher than basin, simultaneously above water proof platform, top opening；Each cross
To dividing water through slot inner wall to be designed with a drain groove, drain groove extends along the central axis direction of basin, the bottom of drain groove
Face is higher than the bottom surface of ventilative groove, and the bottom surface of drain groove is equipped with drainage hole；Pallet back is located at the top position of basin outer wall
It sets place and is equipped with several evagination pads.
Wherein, the basin is the big rotary table or terrace with edge structure of bottom osculum.
Wherein, the basin bottom, which is equipped with, reinforces locating slot.
Wherein, the adjacent longitudinal direction of the every two is divided between water through slot, and the higher-end junction of two sections of through slots is equipped with to water hole,
This runs through the thickness of tray plate to water hole.
Wherein, each basin top positioned at tray plate outmost turns is respectively equipped with the b water supply through slot communicated therewith.
When work, by plant flowers, vegetables flowerpot or seedling-growing container be put into basin, the pedestal of flowerpot or seedlings nursing plate with
The reinforcing locating slot of basin bottom coincide.The utility model pallet can be realized three kinds of water supply modes: if being 1. equipped with tube wall
The water pipe of dry apopore is placed in a water supply through slot, and water is flowed out from the apopore of water pipe after water flowing, logical along a water supply through slot, water conservancy diversion
Slot flows to longitudinal direction and divides on the water proof platform in water through slot, and water uniformly flows into the basin that water through slot both ends are divided in the longitudinal direction through water proof platform
Interior, water is entered in flowerpot or seedling-growing container by the through-hole at basin bottom, and water slowly soaks soil from the bottom up, realizes filling for soil
Divide and pours；2. being equipped with water pipe below a water supply through slot, the side wall of water pipe is equipped with several outlet pipes, the size of outlet pipe just with
It is matched to water hole, each outlet pipe passes through from the bottom up respectively to water hole, and water flows to a water supply from the outlet pipe on water pipe and leads to after water flowing
In slot, water flows to lower from its higher position along a water supply through slot, and flows to longitudinal water proof platform divided in water through slot along water conservancy diversion through slot
On, water uniformly flows into the longitudinal direction through water proof platform and divides in the basin at water through slot both ends, water by the through-hole at basin bottom enter flowerpot or
In person's seedling-growing container, water slowly soaks soil from the bottom up, realizes the abundant pouring of soil；3. by the water outlet of water pipe towards basin
Direction is placed in b water supply through slot, and water flows into basin after water flowing, and the water in basin divides water through slot to flow to by each horizontal, longitudinal direction
In other basins, water is entered in flowerpot or seedling-growing container by the through-hole at basin bottom, and water slowly soaks soil from the bottom up, is realized
The abundant pouring of soil.Three of the above pours mode, any one pouring mode, water can be used in the water water quality of pouring when preferable
When matter is poor mainly using 2., 3. plant pouring mode.In irrigation process, water level once reaches drain groove, and water is just from drainage hole
It exhausts.When applying fertilizer to flowers, vegetables, fertilizer can be mixed into water, be applied fertilizer by way of three of the above pouring.Pallet
In the case where not using, stack is placed, and certain gap is separated out by evagination pad between each pallet, it is not easy to pile up too tight, side
It is taken out when just using.
The utility model has the following beneficial effects:
1. the utility model structure is simple, it is convenient to pour, instead of traditional manual watering one by one, after realizing water flowing
Automatically to every plant of flowers, the uniform water supply of vegetables, time and manpower are saved, and is suitable for large area and plants；Meanwhile the pallet energy
It enough realizes three kinds of water supply modes, adapts to different quality, it is practical.
2. the utility model along each through slot using introducing the water into basin, water enters flowerpot by the through-hole at basin bottom or educates
In seedling basin, water slowly soaks soil from the bottom up, realizes pouring mode from the bottom up, makes sufficiently being poured for soil；
Compared to traditional sprinkling irrigation mode, poured with the pallet of the utility model than milder, it will not be to flowers, the vegetables just broken ground
Tender shoots will cause to damage, and avoid the hydraulic pressure due to sprinkling irrigation setting higher, flowerpot or the muddy water on seedling-growing container surface is caused to flash, pour
It not will cause rich water when with fertilising to be lost, economize on resources, reduce costs.
3. the utility model a water supply through slot is made of the inclined through slot of multistage, through slot divides water through slot direction to tilt towards longitudinal,
And communicate therewith, it can effectively gather moisture, so that moisture is all flowed into longitudinal direction and divide in water through slot, prevent water loss from causing wave
Take.
4. uniform moisture can must be diverted in the basin of two sides by the utility model water proof platform, realizes and uniformly pour, have
It is grown conducive to flowers, vegetables consistency, improves the quality of flowers, vegetables.
5. the utility model pours uniformly, it can be precisely controlled irrigation amount by controlling watering time realization, facilitate control,
And it pours high-efficient.
6. the utility model basin inner wall is equipped with several ventilative grooves, increase flowerpot or seedlings nursing plate and basin inner wall it
Between gap, improve gas permeability；Water through slot inner wall is laterally divided to be designed with drain groove, the bottom surface of drain groove is equipped with draining
Hole, in irrigation process, water level once reaches drain groove, and water is just exhausted from drainage hole, and unexpected pour is avoided excessive to lead to ponding
Poor root.
7. the utility model pallet back is equipped with several evagination pads, pallet stack in the case where not using is placed,
Certain gap is separated out between each pallet by evagination pad, it is not easy to pile up too tight, take out when convenient to use.
8. the utility model basin bottom, which is equipped with, reinforces locating slot, has and reinforce basin bottom and fixed flowerpot or seedlings nursing plate
Effect, be unlikely to deform basin bottom, while flowerpot or seedlings nursing plate being made to be not easy to shift.
Detailed description of the invention
Fig. 1 is the utility model schematic perspective view.
Fig. 2 is the utility model overlooking structure diagram.
Fig. 3 is the utility model schematic view of the front view.
Fig. 4 is the utility model right side structural representation.
Fig. 5 is the utility model schematic cross-sectional view.
In figure, 1- tray plate, 2- basin, 3- a water supply through slot, 4- longitudinally divide water through slot, 5- laterally divide water through slot, 6- every
The ventilative groove of water platform, 7- through slot, 8- water conservancy diversion through slot, 9-, 10- drain groove, 11- drainage hole, 12- evagination pad, 13- reinforce positioning
Slot, 14- are to water hole, 15- b water supply through slot.
Specific embodiment
Embodiment 1: self water feeding energy-saving tray, including tray plate 1, several basins 2, a water supply through slot 3；
Basin 2 arranged vertically and horizontally is provided on tray plate 1, basin 2 is the big frustum cone structure of bottom osculum, and bottom, which is equipped with, to be added
Fixed bit slot 13；Water through slot 4 is divided to be connected to by longitudinal between every two adjacent basins 2 along longitudinal direction, transversely per adjacent two
By laterally water through slot 5 being divided to be connected to, longitudinally dividing water through slot 4 and laterally dividing the height of water through slot 5 and basin 2 between a basin 2
It is highly equal, longitudinally divide water through slot 4 and the middle position of 5 bottom of water through slot is laterally divided to be equipped with water proof platform 6；Along cross on tray plate 1
To, equipped with an a water supply through slot 3 between every two adjacent row basins 2, the longitudinal direction between a water supply through slot 3 and the two rows basin 2
Water through slot 4 is divided to be connected to；A water supply through slot 3 is made of the inclined through slot 7 of multistage, and 4 two sides of water through slot is divided to be respectively equipped with one longitudinally in each
The through slot 7 that communicates therewith of section, through slot 7 connect longitudinal one end horizontal position for dividing water through slot 4 lower than the other end, and through slot 7 compared with
Low side is in the longitudinal direction and divides right above water proof platform 6 set by water through slot 4, and two sections between water through slot 4 are divided in the adjacent longitudinal direction of every two
The higher-end of through slot 7 is connected；Longitudinal direction divides the inner wall of water through slot 4 to be equipped with water conservancy diversion through slot 8, and water proof platform 6 is led in 8 one end of water conservancy diversion through slot
Top, the other end connect the through slot 7 of 6 top of water proof platform；2 inner wall of basin is equipped with several ventilative grooves 9,9 edge of groove of breathing freely
The central axis direction of basin 2 extends, the bottom surface closing for groove 9 of breathing freely and the bottom surface for being higher than basin 2, simultaneously above water proof platform 6,
Top opening；Each transverse direction divides 5 inner wall of water through slot to be designed with a drain groove 10, central axis of the drain groove 10 along basin 2
Direction extends, and the bottom surface of drain groove 10 is higher than the bottom surface of ventilative groove 9, and the bottom surface of drain groove 10 is equipped with drainage hole 11；Support
1 back side of plate, which is located at the apical position of 2 outer wall of basin, is equipped with several evagination pads 12.
When work, the flowerpot for planting flowers, vegetables or seedling-growing container are put into basin 2, the pedestal of flowerpot or seedlings nursing plate
It coincide with the reinforcing locating slot 13 of 2 bottom of basin.The water pipe that tube wall is equipped with several apopores is placed in a water supply through slot 3,
Water is flowed out from the apopore of water pipe after water flowing, flows to longitudinal water proof platform 6 divided in water through slot 4 along a water supply through slot 3, water conservancy diversion through slot 8
On, water uniformly flows into the longitudinal direction through water proof platform 6 and divides in the basin 2 at 4 both ends of water through slot, and water enters flowerpot by the through-hole at basin bottom
Or in seedling-growing container, water slowly soaks soil from the bottom up, realizes the abundant pouring of soil；The pouring mode is suitable for pouring
The preferable situation of water water quality.In irrigation process, once reaching drain groove 10, water is just exhausted from drainage hole 11 water level.It is right
When flowers, vegetables are applied fertilizer, fertilizer can be mixed into water, be applied fertilizer by the above pouring mode.Pallet is not using
In the case of stack place, certain gap is separated out by evagination pad 12 between each pallet, it is not easy to pile up too tight, when being easy to use
It takes out.
Embodiment 2: self water feeding energy-saving tray, including tray plate 1, several basins 2, a water supply through slot 3；
Basin 2 arranged vertically and horizontally is provided on tray plate 1, basin 2 is the big frustum cone structure of bottom osculum, and bottom, which is equipped with, to be added
Fixed bit slot 13；Water through slot 4 is divided to be connected to by longitudinal between every two adjacent basins 2 along longitudinal direction, transversely per adjacent two
By laterally water through slot 5 being divided to be connected to, longitudinally dividing water through slot 4 and laterally dividing the height of water through slot 5 and basin 2 between a basin 2
It is highly equal, longitudinally divide water through slot 4 and the middle position of 5 bottom of water through slot is laterally divided to be equipped with water proof platform 6；Along cross on tray plate 1
To, equipped with an a water supply through slot 3 between every two adjacent row basins 2, the longitudinal direction between a water supply through slot 3 and the two rows basin 2
Water through slot 4 is divided to be connected to；A water supply through slot 3 is made of the inclined through slot 7 of multistage, and 4 two sides of water through slot is divided to be respectively equipped with one longitudinally in each
The through slot 7 that communicates therewith of section, through slot 7 connect longitudinal one end horizontal position for dividing water through slot 4 lower than the other end, and through slot 7 compared with
Low side is in the longitudinal direction and divides right above water proof platform 6 set by water through slot 4, and two sections between water through slot 4 are divided in the adjacent longitudinal direction of every two
The higher-end of through slot 7 is connected, which is equipped with to water hole 14, and the thickness of tray plate 1 is run through to water hole 14；It is vertical
To dividing the inner wall of water through slot 4 to be equipped with water conservancy diversion through slot 8, the top of water proof platform 6 is led in 8 one end of water conservancy diversion through slot, and the other end is connected should be every
The through slot 7 of 6 top of water platform；2 inner wall of basin is equipped with several ventilative grooves 9, and ventilative groove 9 prolongs along the central axis direction of basin 2
It stretches, the bottom surface closing for groove 9 of breathing freely and the bottom surface for being higher than basin 2, simultaneously above water proof platform 6, top opening；Each transverse direction point
5 inner wall of water through slot is designed with a drain groove 10, and drain groove 10 extends along the central axis direction of basin 2, drain groove 10
Bottom surface be higher than the bottom surface of ventilative groove 9, the bottom surface of drain groove 10 is equipped with drainage hole 11；1 back side of tray plate is located at outside basin 2
Several evagination pads 12 are equipped at the apical position of wall.
When work, the flowerpot for planting flowers, vegetables or seedling-growing container are put into basin 2, the pedestal of flowerpot or seedlings nursing plate
It coincide with the reinforcing locating slot 13 of 2 bottom of basin.The utility model pallet can be realized two kinds of water supply modes: 1. will set on tube wall
There is the water pipe of several apopores to be placed in a water supply through slot 3, after water flowing water from the apopore of water pipe flow out, along a water supply through slot 3,
Water conservancy diversion through slot 8 flows to longitudinal direction and divides on the water proof platform 6 in water through slot 4, and water uniformly flows into the longitudinal direction through water proof platform 6 and divides water through slot 4
In the basin 2 at both ends, water is entered in flowerpot or seedling-growing container by the through-hole at basin bottom, and water slowly soaks soil from the bottom up,
Realize the abundant pouring of soil；2. being equipped with water pipe below a water supply through slot 3, the side wall of water pipe is equipped with several outlet pipes, outlet pipe
Size just match with to water hole 14, each outlet pipe is respectively from the bottom up across to water hole 14, and water is from water pipe after water flowing
Outlet pipe flows in a water supply through slot 3, and water flows to lower from its higher position along a water supply through slot 3, and flows to longitudinal direction along water conservancy diversion through slot 8
Divide on the water proof platform 6 in water through slot 4, water uniformly flows into the longitudinal direction through water proof platform 6 and divides in the basin 2 at 4 both ends of water through slot, and water is logical
The through-hole for crossing basin bottom enters in flowerpot or seedling-growing container, and water slowly soaks soil from the bottom up, realizes the abundant pouring of soil.
Both the above pours mode, and the water water quality of pouring can be used any one pouring mode, mainly adopt when water quality is poor when preferable
With 2. pouring mode.In irrigation process, once reaching drain groove 10, water is just exhausted from drainage hole 11 water level.To flowers, vegetables
When being applied fertilizer, fertilizer can be mixed into water, be applied fertilizer by way of both the above pouring.Pallet is not in the case where using
Stack is placed, and is separated out certain gap by evagination pad 12 between each pallet, it is not easy to pile up too tight, take out when convenient to use.
Embodiment 3: self water feeding energy-saving tray, including tray plate 1, several basins 2, a water supply through slot 3；
Basin 2 arranged vertically and horizontally is provided on tray plate 1, basin 2 is the big frustum cone structure of bottom osculum, and bottom, which is equipped with, to be added
Fixed bit slot 13；Water through slot 4 is divided to be connected to by longitudinal between every two adjacent basins 2 along longitudinal direction, transversely per adjacent two
By laterally water through slot 5 being divided to be connected to, longitudinally dividing water through slot 4 and laterally dividing the height of water through slot 5 and basin 2 between a basin 2
It is highly equal, longitudinally divide water through slot 4 and the middle position of 5 bottom of water through slot is laterally divided to be equipped with water proof platform 6；Along cross on tray plate 1
To, equipped with an a water supply through slot 3 between every two adjacent row basins 2, the longitudinal direction between a water supply through slot 3 and the two rows basin 2
Water through slot 4 is divided to be connected to；A water supply through slot 3 is made of the inclined through slot 7 of multistage, and 4 two sides of water through slot is divided to be respectively equipped with one longitudinally in each
The through slot 7 that communicates therewith of section, through slot 7 connect longitudinal one end horizontal position for dividing water through slot 4 lower than the other end, and through slot 7 compared with
Low side is in the longitudinal direction and divides right above water proof platform 6 set by water through slot 4, and two sections between water through slot 4 are divided in the adjacent longitudinal direction of every two
The higher-end of through slot 7 is connected, which is equipped with to water hole 14, and the thickness of tray plate 1 is run through to water hole 14；It is vertical
To dividing the inner wall of water through slot 4 to be equipped with water conservancy diversion through slot 8, the top of water proof platform 6 is led in 8 one end of water conservancy diversion through slot, and the other end is connected should be every
The through slot 7 of 6 top of water platform；2 inner wall of basin is equipped with several ventilative grooves 9, and ventilative groove 9 prolongs along the central axis direction of basin 2
It stretches, the bottom surface closing for groove 9 of breathing freely and the bottom surface for being higher than basin 2, simultaneously above water proof platform 6, top opening；Each transverse direction point
5 inner wall of water through slot is designed with a drain groove 10, and drain groove 10 extends along the central axis direction of basin 2, drain groove 10
Bottom surface be higher than the bottom surface of ventilative groove 9, the bottom surface of drain groove 10 is equipped with drainage hole 11；1 back side of tray plate is located at outside basin 2
Several evagination pads 12 are equipped at the apical position of wall；It is each be respectively equipped at the top of the basin 2 of 1 outmost turns of tray plate and its
The b water supply through slot 15 of connection.
When work, the flowerpot for planting flowers, vegetables or seedling-growing container are put into basin 2, the pedestal of flowerpot or seedlings nursing plate
It coincide with the reinforcing locating slot 13 of 2 bottom of basin.The utility model pallet can be realized three kinds of water supply modes: 1. will set on tube wall
There is the water pipe of several apopores to be placed in a water supply through slot 3, after water flowing water from the apopore of water pipe flow out, along a water supply through slot 3,
Water conservancy diversion through slot 8 flows to longitudinal direction and divides on the water proof platform 6 in water through slot 4, and water uniformly flows into the longitudinal direction through water proof platform 6 and divides water through slot 4
In the basin 2 at both ends, water is entered in flowerpot or seedling-growing container by the through-hole at basin bottom, and water slowly soaks soil from the bottom up,
Realize the abundant pouring of soil；2. being equipped with water pipe below a water supply through slot 3, the side wall of water pipe is equipped with several outlet pipes, outlet pipe
Size just match with to water hole 14, each outlet pipe is respectively from the bottom up across to water hole 14, and water is from water pipe after water flowing
Outlet pipe flows in a water supply through slot 3, and water flows to lower from its higher position along a water supply through slot 3, and flows to longitudinal direction along water conservancy diversion through slot 8
Divide on the water proof platform 6 in water through slot 4, water uniformly flows into the longitudinal direction through water proof platform 6 and divides in the basin 2 at 4 both ends of water through slot, and water is logical
The through-hole for crossing basin bottom enters in flowerpot or seedling-growing container, and water slowly soaks soil from the bottom up, realizes the abundant pouring of soil；
3. the water outlet of water pipe is placed in b water supply through slot 15 towards 2 direction of basin, water is flowed into basin 2 after water flowing, in basin 2
Water divides water through slot to flow in other basins 2 by each horizontal, longitudinal direction, and water is entered in flowerpot or seedling-growing container by the through-hole at basin bottom,
Water slowly soaks soil from the bottom up, realizes the abundant pouring of soil.Three of the above pours mode, the water water quality of pouring compared with
Any one pouring mode can be used when good, when water quality is poor mainly using 2., 3. plant pouring mode.In irrigation process, water level
Once reaching drain groove 10, water is just exhausted from drainage hole 11.When applying fertilizer to flowers, vegetables, fertilizer can be mixed into water,
It is applied fertilizer by way of three of the above pouring.Pallet stack in the case where not using is placed, and passes through evagination between each pallet
Pad 12 is separated out certain gap, it is not easy to pile up too tight, take out when convenient to use.
Embodiment 4: specific embodiment with implementation column 1,2,3, the difference is that: the basin 2 is that bottom osculum is big
Terrace with edge structure.
Claims (7)
1. self water feeding energy-saving tray, which is characterized in that including tray plate (1), several basins (2), a water supply through slot (3)；
It is provided with basin arranged vertically and horizontally (2) on tray plate (1), passes through longitudinal direction between every two adjacent basins (2) along longitudinal direction
Divide water through slot (4) connection, transversely longitudinally divides water by laterally dividing water through slot (5) connection between every two adjacent basins (2)
Through slot (4) and transverse direction divide the height of water through slot (5) equal with the height of basin (2), longitudinally divide water through slot (4) and laterally divide water logical
The middle position of slot (5) bottom is equipped with water proof platform (6)；On tray plate (1) transversely, it is set between every two adjacent row basins (2)
There is an a water supply through slot (3), the longitudinal direction between a water supply through slot (3) and the two rows basin (2) divides water through slot (4) to be connected to；A water supply
Through slot (3) is made of the inclined through slot of multistage (7), is divided water through slot (4) two sides to be respectively equipped with one section longitudinally in each and is communicated therewith
Through slot (7), through slot (7) connect longitudinal one end horizontal position for dividing water through slot (4) and are lower than the other end, and the lower end of through slot (7)
Divide right above water proof platform (6) set by water through slot (4) in the longitudinal direction, two between water through slot (4) are divided in the adjacent longitudinal direction of every two
The higher-end of section through slot (7) is connected；Longitudinal direction divides the inner wall of water through slot (4) to be equipped with water conservancy diversion through slot (8), water conservancy diversion through slot (8) one end
It leads at the top of water proof platform (6), the other end connects the through slot (7) above the water proof platform (6)；Basin (2) inner wall is equipped with several thoroughly
Gas groove (9) breathes freely groove (9) along the central axis direction extension of basin (2), and the bottom surface of ventilative groove (9) is closed and is higher than basin
The bottom surface of slot (2), simultaneously above water proof platform (6), top opening；Each transverse direction divides water through slot (5) inner wall to be designed with a row
Water groove (10), drain groove (10) extend along the central axis direction of basin (2), and the bottom surface of drain groove (10) is recessed higher than breathing freely
The bottom surface of the bottom surface of slot (9), drain groove (10) is equipped with drainage hole (11)；Tray plate (1) back side is located at the top of basin (2) outer wall
Several evagination pads (12) are equipped at end position.
2. self water feeding energy-saving tray according to claim 1, which is characterized in that the basin (2) is that bottom osculum is big
Rotary table or terrace with edge structure.
3. self water feeding energy-saving tray according to claim 1, which is characterized in that basin (2) bottom, which is equipped with, to be reinforced
Locating slot (13).
4. self water feeding energy-saving tray according to claim 2, which is characterized in that basin (2) bottom, which is equipped with, to be reinforced
Locating slot (13).
5. self water feeding energy-saving tray described in any one of -4 according to claim 1, which is characterized in that the every two phase
Adjacent longitudinal direction is divided between water through slot (4), and the higher-end junction of two sections of through slots (7), which is equipped with, gives water hole (14), should pass through to water hole (14)
Wear the thickness of tray plate (1).
6. self water feeding energy-saving tray described in any one of -4 according to claim 1, which is characterized in that described to be each located at
The b water supply through slot (15) communicated therewith is respectively equipped at the top of the basin (2) of tray plate (1) outmost turns.
7. self water feeding energy-saving tray according to claim 5, which is characterized in that described to be each located at tray plate (1) most
The b water supply through slot (15) communicated therewith is respectively equipped at the top of the basin (2) of outer ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920158796.1U CN209572583U (en) | 2019-01-30 | 2019-01-30 | Self water feeding energy-saving tray |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920158796.1U CN209572583U (en) | 2019-01-30 | 2019-01-30 | Self water feeding energy-saving tray |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209572583U true CN209572583U (en) | 2019-11-05 |
Family
ID=68381466
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920158796.1U Active CN209572583U (en) | 2019-01-30 | 2019-01-30 | Self water feeding energy-saving tray |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209572583U (en) |
-
2019
- 2019-01-30 CN CN201920158796.1U patent/CN209572583U/en active Active
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