CN212506148U - Spigot-and-socket type plate gate equipment for distributing water and water distribution system thereof - Google Patents
Spigot-and-socket type plate gate equipment for distributing water and water distribution system thereof Download PDFInfo
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- CN212506148U CN212506148U CN202020854893.7U CN202020854893U CN212506148U CN 212506148 U CN212506148 U CN 212506148U CN 202020854893 U CN202020854893 U CN 202020854893U CN 212506148 U CN212506148 U CN 212506148U
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Abstract
A spigot-and-socket plate gate device for distributing water and a water distribution system thereof are disclosed, wherein the spigot-and-socket plate gate device is formed by connecting a plurality of flashboards which are vertically arranged side by side and inserted into a frame; the water distribution system comprises a water distribution channel and a water treatment structure which are connected in sequence; the water distribution channel is communicated with a water treatment structure for water distribution through socket plate gate equipment arranged at a plurality of water distribution points, and the socket plate gate equipment is provided with a plurality of inserting plates; to form a single-pool multi-point water distribution system or a multi-pool multi-point water distribution system. The utility model discloses a change the flashboard width, open different picture peg quantity and change and cross the water section, realize flow control, distribution water yield and adjust. The water inflow can be quantitatively distributed according to the required quantity.
Description
Technical Field
The utility model relates to a quick, convenient regulation water yield's board floodgate technical field in sewage, the treatment of regeneration water specifically is a socket joint formula board floodgate equipment of distribution water yield and water distribution system thereof.
Background
With the continuous development and progress of society, the time cost and the economic cost of the process technology in water treatment are continuously pursued to the goals of rapidness, effectiveness and low cost, the water regulation amount is an important part of the water treatment process link, the reasonable and rapid water regulation amount can enable water treatment process equipment to be used to the greatest extent, the efficiency is improved, and the cost is saved. In the sewage treatment process flow, water distribution work needs to be carried out on each water tank, each water tank is provided with a water inlet hole, the existing mode for controlling the water quantity and the water level adopts a manual/electric plate gate for control, but due to the structural characteristics of the water tank, the gate is only in a fully-opened state or a fully-closed state, so that water inlet can be completed only by passing through or stopping two working modes, but the water inlet quantity cannot be controlled. If the adjustable weir plate is adopted for water distribution, the problem of metering is difficult to solve, and the problem that the water quantity can not be accurately controlled needs to be solved urgently.
Disclosure of Invention
The utility model provides a socket joint formula board floodgate equipment of distribution water yield and water distribution system thereof to solve current hand \ electric board floodgate and intake and only can accomplish in order to pass through or by two kinds of working methods, can not adjust the technical problem of distribution water yield.
The technical scheme of the utility model as follows:
a bell and spigot plate gate apparatus for distributing water volume, comprising: the gate comprises a frame and a plugboard, and is characterized in that the frame 1 is rectangular and comprises frame vertical beams 11 vertically arranged at two sides and frame cross beams 12 horizontally arranged at the bottom, which are integrally connected to form a gate, the same side of the frame vertical beams at two sides is connected with a horizontal stiffening beam 13 along the width of the gate, the frame cross beams are connected with a plurality of vertically arranged socket beams 14 and are fixedly connected with the stiffening beams, two sides of the socket beams, the frame vertical beams and the frame cross beams are respectively provided with a continuous and communicated socket groove 15 at the side of the gate, and the plugboard 2 is inserted into the socket grooves and is movably connected in a socket manner; the flashboard on the two sides of the gate is respectively inserted into the frame vertical beams, the socket beams and the frame cross beams, the socket grooves are connected, the flashboard in the middle of the gate is respectively inserted into the two sides of the socket beams and the socket grooves are connected on the frame cross beams, and a plurality of the flashboards are vertically arranged side by side and inserted into the frame closed gate.
The picture peg sets up to 4 and has the same specification and size, the picture peg is cuboid plate structure.
The socket joint formula board floodgate equipment is installed at pond entrance to a cave 3, and during the installation, entrance to a cave wall body both sides and bottom surface set up the recess frame 32 that the level stretches out, the frame attaches the wall type and installs on the trilateral wall body in left and right, the end of recess frame, the frame with pour concrete body coupling between the wall body.
Two sides and the bottom of the inserting plate are provided with continuous tenons, the inserting plate is inserted into the socket groove through the tenons and is embedded and connected in a matched manner, and a sealing strip 4 is arranged at the gap of a socket for sealing; the upper part of each plug board is provided with a lifting handle.
A water distribution system of a spigot-and-socket plate gate device for distributing water quantity comprises a water distribution channel and a water treatment structure which are connected in sequence; the water distribution channel is communicated with the water treatment structure for water distribution through the socket type plate gate equipment, and the socket type plate gate equipment is provided with a plurality of inserting plates.
The water treatment structure comprises a plurality of independent water treatment pools, a water distribution channel is shared, one socket type plate gate device is arranged in each water treatment pool and connected with the water distribution channel, and the water distribution channel and each water treatment pool are communicated through the socket type plate gate devices to form multi-pool multi-point water distribution.
The water treatment structure is a water treatment pool, the water treatment pool is provided with a plurality of socket joint type plate gate devices which are connected with the water distribution channel, and the water distribution channel and the water treatment pool are communicated through the socket joint type plate gate devices to form single-pool multi-point water distribution.
The multi-pool multi-point water distribution is characterized in that the number and the specification of the plug board blocks arranged on the socket type plate gate equipment of each water treatment pool are the same or the specifications of the plug boards are the same, the number of the plug boards is different, the plug board water distribution of the corresponding number of the plug boards is started in each water treatment pool according to the water inlet proportion, and the starting refers to that the plug boards are completely lifted to be above the water level of the water distribution channel.
The single-pool multi-point water distribution means that the water treatment structure comprises a plurality of treatment areas, each treatment area is provided with the socket type plate gate equipment, the number and the specification of the inserting plates arranged on the socket type plate gate equipment are the same or the specification of the inserting plates are the same, the number of the inserting plates is different, each treatment area opens the inserting plate water distribution with the corresponding number of the inserting plates according to the water inlet proportion, and the opening means that the inserting plates are completely lifted to be above the water level of the water distribution channel.
And each water treatment structure is connected with the water distribution channel to form a plurality of water distribution points by installing a plurality of socket type plate gate devices on the guide wall.
The utility model discloses technical effect as follows:
1: the utility model discloses socket joint formula board floodgate equipment application range is extensive, through changing the flashboard width, changes the surface of water, realizes flow control, distribution water regulation. The water inflow can be quantitatively distributed according to the required quantity.
2: the utility model discloses socket joint formula board floodgate equipment can be used to sewage treatment system, because the picture peg is whole to be opened, can not intercept dross or debris, can get into next flow smoothly.
3: the utility model discloses many ponds multiple spot water distribution, single pond multiple spot water distribution have been realized to socket joint formula board floodgate equipment water distribution system, under the condition that does not change the liquid level of intaking, through the width of adjustment distribution gate board, change the mouth of a river area, each is joined in marriage the mouth of a river and is crossed the water area proportional relation and change, realizes adjusting the function of a plurality of inflow flow proportional control that join in marriage the water spot, easy operation.
4: the utility model discloses socket joint formula plate brake equipment water distribution system crosses the water width and confirms the back, when the volume of intaking water or the liquid level degree of depth of intaking change, each distribution point overflow volume still distributes according to design proportion, need not the readjustment flashboard.
Drawings
Fig. 1 is an overall schematic front view of the socket plate gate device of the present invention;
FIG. 2 is a schematic top view of FIG. 1;
FIG. 3 is a schematic view of a multi-tank, multi-point water distribution system;
FIG. 4 is a schematic view of a single-tank multi-point water distribution system;
description of the figure numbering:
the frame comprises a frame 1, frame vertical beams 11, frame cross beams 12, reinforcing beams 13, socket beams 14, socket grooves 15 and bolts 16; an inserting plate 2 and a handle 21; pool opening 3, opening wall 31, groove frame 32 and sealing strip 4
A water treatment structure 5, a No. 1 water treatment tank 51, a No. 2 water treatment tank 52, a No. 3 water treatment tank 53, a water distribution channel 6, a sedimentation tank 7, a water distribution point 181, a water distribution point 282, a water distribution point 383, treatment areas 1-91, treatment areas 2-92, treatment areas 3-93, a spigot-and-socket plate gate device 10, a guide wall 110, water inlet A, water outlet B, a water inlet direction C and a total water inlet amount of 100 percent Q,
Detailed Description
Referring to fig. 1 and 2, the utility model discloses a socket joint formula board floodgate equipment of distribution water yield, include: the gate comprises a frame and a plugboard, wherein the frame 1 is rectangular and comprises vertical frame vertical beams 11 arranged at two sides and a frame cross beam 12 horizontally arranged at the bottom, which are integrally connected to form a gate opening, the same side surfaces of the vertical frame beams at the two sides are connected with a horizontal reinforcing beam 13 along the width of the gate opening, a plurality of vertically arranged socket beams 14 are connected to the frame cross beam and are fixedly connected with the reinforcing beam, continuous and communicated socket grooves 15 are respectively arranged at the two sides of the socket beams, the vertical frame beams and the frame cross beam on the gate opening side, and the plugboard 2 is inserted into the socket grooves and is movably connected in a socket manner; the flashboard on the two sides of the gate is respectively inserted into the frame vertical beams, the socket beams and the frame cross beams, the socket grooves are connected, the flashboard in the middle of the gate is respectively inserted into the two sides of the socket beams and the socket grooves are connected on the frame cross beams, and a plurality of the flashboards are vertically arranged side by side and inserted into the frame closed gate.
Preferably, the inserting plate is set to be 4 and has the same specification and size, and the inserting plate is of a cuboid plate structure.
The socket type plate gate equipment is installed at a pool opening 3, and during installation, two sides and the bottom surface of an opening wall body 31 are provided with groove frames 32 extending horizontally, the frame is installed on the left wall body, the right wall body and the bottom wall body of the groove frames in an attached wall mode, and the frame is integrally connected with the wall bodies through pouring concrete.
Preferably, two sides and the bottom of the inserting plate are provided with continuous tenons, the inserting plate is inserted into the socket groove through the tenons and is embedded and connected in a matched manner, and a sealing strip 4 is arranged at the gap of a socket for sealing; the upper part of each plug board is provided with a lifting handle.
Referring to fig. 3-4, the water distribution system of the spigot-and-socket plate gate equipment for distributing water volume of the present invention comprises a water distribution channel 6 and a water treatment structure 5 which are connected in sequence; the water distribution channel is connected and communicated with the water treatment structure for water distribution through the socket type plate gate equipment 10, and the socket type plate gate equipment is provided with a plurality of inserting plates 2.
Referring to fig. 3, the water treatment structure 5 includes a plurality of independent water treatment tanks, such as a water treatment tank 1, a water treatment tank 2, and a water treatment tank 3, and shares a distribution channel 6, and each water treatment tank is provided with a socket type plate gate device 10 connected to the distribution channel, and the distribution channel and each water treatment tank are communicated through the socket type plate gate device to form multi-tank multi-point water distribution.
Referring to fig. 3, the multi-tank multi-point water distribution refers to the number of inserting plate blocks, the same specification or the same specification and different numbers of inserting plate blocks arranged on the socket type plate gate equipment of each water treatment tank, each water treatment tank opens the inserting plate with the corresponding number of inserting plate blocks according to the water inlet proportion for water distribution, and the opening refers to completely lifting the inserting plate 2 to be above the water level of the water distribution channel.
The water treatment structure 5 is a water treatment tank, as shown in figure 4, the water treatment tank is provided with a plurality of socket joint type plate gate devices 10, and the water distribution channel 6 and the water treatment tank are connected through the socket joint type plate gate devices, and the water distribution channel 6 and the water treatment tank are communicated through the socket joint type plate gate devices to form single-tank multi-point water distribution.
Referring to fig. 4, the single-pond multi-point water distribution refers to that the water treatment structure comprises a plurality of treatment areas such as treatment areas 1-91, treatment areas 2-92 and treatment areas 3-93 in the drawing, each treatment area is provided with the socket type plate gate equipment 10, the number and the specification of the insertion plates arranged on each socket type plate gate equipment are the same, or the specification of the insertion plates are the same, the number of the insertion plates is different, each treatment area starts the insertion plate distribution with the corresponding number of the insertion plates according to the water inlet proportion, and the starting refers to completely lifting the insertion plate 2 to be above the water level of the distribution canal.
Each water treatment structure is connected with the distribution channel by installing a plurality of the socket type plate gate devices 10 on the guide wall 110, so as to form a plurality of water distribution points such as a water distribution point 181, a water distribution point 282 and a water distribution point 383 in fig. 3 and 4.
The utility model discloses an embodiment further explains as follows:
the utility model relates to a socket joint formula board floodgate equipment of distribution water yield, include: stainless steel frame, several spigot-and-socket stainless steel spiles with handles, and conventional sealing and fixing device. Taking a 1000 x 1000 gate as an example, the frame is mounted in an attached wall type, and the gate is enclosed by four sides in a sealing way; the single plugboard is made of a stainless steel rectangular material with the thickness of 1000 multiplied by 250 multiplied by one, the plugboard is vertically arranged one by one when being installed, the plugboard and the plugboard are connected by adopting a socket design as shown in figure 2 so as to ensure the structural strength and the sealing performance of the plugboard, an elastic sealing strip 4 can be arranged in a socket gap according to the process requirement, and a sealing strip is also arranged in a socket at the bottom of the plugboard so as to form vertical sealing and horizontal sealing of the plugboard and a frame; the upper part of each plug board is provided with a lifting handle so as to quickly install the plug board according to actual needs to adjust the water quantity of the current channel, and 4 plug boards are arranged at the gate opening as an example, so that 4 water distribution adjusting working conditions can be met. Can bear pressure in two directions.
Water distribution system applications examples:
setting the total water inflow as 100% Q, and distributing the inlet water according to the total water inflow of 100% Q;
application example 1, Multi-tank Water distribution
Referring to fig. 3, when the water treatment structure 5 is divided into a plurality of series or a plurality of tanks, the water treatment demand of each tank is different, and the water quantity needs to be distributed according to the proportion of 100% Q of the total water inflow, the utility model discloses socket joint formula plate brake equipment is very suitable for. Water treatment structure 5 includes No. 1 water treatment pond 51, No. 2 water treatment pond 52, No. 3 water treatment pond 53 are independent separately, and the entrance to a cave of intaking to No. 1 pond, No. 2 pond, No. 3 pond distribution intake by water distribution channel 6 channel sets up corresponding water distribution point 181 respectively, water distribution point 282, water distribution point 383, and every water distribution point installation is 1 the utility model discloses socket joint formula board floodgate equipment 10, picture peg all set up the picture peg 2 of 4 equal specifications according to water distribution needs each gate, can effectively utilize the gate picture peg to open the change water distribution of quantity, open the picture peg when opening the picture peg and be higher than the water distribution channel 6 channel water level completely. When the water distribution points 1 are all opened for 4, the water distribution points 2 are opened for 2, and the water distribution points 3 are opened for 2, all the inserting plates are synchronously opened, and the inserting plates are opened to be completely higher than the water level of the channel 6 of the water distribution channel, the water inflow of all the water distribution points is respectively 50 percent Q, 25 percent Q and 25 percent Q, and the water distribution points can be freely combined according to the practical use condition in the same way,
application example 2 Single-tank Multi-Point Water distribution
Referring to fig. 4 in the sewage treatment system, the water treatment structure 5 is a single-tank treatment unit, including treatment area 191, treatment area 292, treatment area 393, each treatment area needs to distribute the water yield according to total inflow 100% Q in proportion, adopts multiple spot water distribution according to the treatment process needs, distributes the inlet hole of intaking to every treatment area by the channel of water distribution channel 6, installs 1 respectively the utility model discloses socket joint formula board floodgate equipment, as water distribution point 181, water distribution point 282, water distribution point 383, all set up 4 picture pegs of equal specification at each treatment area gate, can effectively utilize the gate picture peg to open the change water distribution of quantity. The plugboards with different numbers are opened according to the requirements, the width of the water holes can be changed, and the flow can be distributed in proportion.
Referring to fig. 4, the board gate plugboards of the water distribution point 1 are all opened by 4, the water distribution point 2 is opened by 2, when the water distribution point 3 is opened by 2, the plugboards are synchronously opened, the water inflow of the water distribution point 1, the water distribution point 2 and the water distribution point 3 is respectively 50% Q, 25% Q and 25% Q, and the opening plugboards are opened to be completely higher than the water level of the channel 6 of the water distribution channel, and the same can be freely combined according to the actual use condition to obtain the water distribution mode as the following table (in this example, fig. 4 is item 13):
the flow is distributed in proportion, does not change along with conditions such as water inflow, liquid level height and the like, does not intercept floating slag on the water surface, and has simple operation and wide application range. Because the water has the characteristics of unstable water yield and much scum, and simultaneously, each water distribution point requires the flow to be distributed in proportion, the utility model discloses can be simply, effectually reach the use purpose. The utility model discloses use traditional operation technique to promote the picture peg as required.
Claims (10)
1. A bell and spigot plate gate apparatus for distributing water volume, comprising: the gate comprises a frame and a plugboard, and is characterized in that the frame (1) is rectangular and comprises vertical frame vertical beams (11) arranged at two sides of a gate and a horizontally arranged frame cross beam (12) arranged at the bottom, which are integrally connected to form a gate, wherein the same side surface of the vertical frame beams at two sides is connected with a horizontal stiffening beam (13) along the width of the gate, the frame cross beam is connected with a plurality of vertically arranged socket beams (14) and is fixedly connected with the stiffening beam, the two sides of the socket beams, the frame vertical beams and the frame cross beam are respectively provided with a continuous and communicated socket groove (15) at the side of the gate, and the plugboard (2) is inserted into the socket groove to form a socket movable connection; the flashboard on the two sides of the gate is respectively inserted into the frame vertical beams, the socket beams and the frame cross beams, the socket grooves are connected, the flashboard in the middle of the gate is respectively inserted into the two sides of the socket beams and the socket grooves are connected on the frame cross beams, and a plurality of the flashboards are vertically arranged side by side and inserted into the frame closed gate.
2. The apparatus of claim 1, wherein said insert plate is provided in 4 pieces and has the same specification and size, and said insert plate has a rectangular plate structure.
3. The bell and spigot type plate gate device for distributing water quantity of claim 1, wherein said bell and spigot type plate gate device is installed in the pool opening (3), when installed, the two sides and bottom surface of the opening wall (31) are provided with horizontally extending groove frames (32), said frame is wall-attached to the wall body on the left, right and bottom surfaces of said groove frames, and said frame and said wall body are integrally connected by pouring concrete.
4. The bell and spigot type plate gate equipment for distributing water volume as claimed in claim 1, wherein the two sides and the bottom of said insert plate are provided with continuous tenons, said insert plate is inserted into said bell and spigot grooves by said tenons to be embedded and connected, and a sealing strip (4) is arranged at the gap of the bell and spigot for sealing; the upper part of each plug board is provided with a lifting handle.
5. A water distribution system of a spigot-and-socket plate gate device for distributing water, wherein the spigot-and-socket plate gate device for distributing water is the spigot-and-socket plate gate device for distributing water according to claim 1, the water distribution system comprises a water distribution channel and a water treatment structure which are connected in sequence; the water distribution channel (6) is communicated with the water treatment structure (5) through the socket type plate gate equipment (10) to distribute water, and the socket type plate gate equipment is provided with a plurality of inserting plates (2).
6. The water distribution system of a spigot-and-socket plate gate apparatus for distributing water according to claim 5, wherein said water treatment structure (5) comprises a plurality of water treatment tanks each independently, and shares a distribution channel (6), and one spigot-and-socket plate gate apparatus (10) is provided for each of said water treatment tanks to be connected to said distribution channel, and said distribution channel and each of said water treatment tanks are communicated through each of said spigot-and-socket plate gate apparatuses to form a multi-tank multi-point water distribution.
7. The water distribution system of a spigot-and-socket plate gate apparatus for distributing water according to claim 5, wherein said water treatment structure (5) is a water treatment tank, said water treatment tank is provided with a plurality of said spigot-and-socket plate gate apparatuses (10), and said water distribution channel (6) and said water treatment tank are communicated through said spigot-and-socket plate gate apparatus to form single-tank multi-point water distribution.
8. The water distribution system of a bell and spigot type plate gate device for distributing water quantity according to claim 6, wherein the multi-pool multi-point water distribution is that the number and the specification of the plugboard blocks of the bell and spigot type plate gate device of each water treatment pool are the same or the specifications of the plugboards are the same and the number of the plugboards are different, the plugboards of the corresponding number of the plugboards are opened according to the water inlet proportion in each water treatment pool for water distribution, and the opening means that the plugboards are completely lifted to be above the water level of the water distribution channel.
9. The water distribution system of a spigot-and-socket plate gate apparatus for distributing water according to claim 7, wherein said single-pool multi-point distribution means that said water treatment structure comprises a plurality of treatment areas, each treatment area is provided with said spigot-and-socket plate gate apparatus, each spigot-and-socket plate gate apparatus is provided with the same number of insert plates, the same specification, or the same specification and different number of insert plates, each treatment area opens the corresponding number of insert plates according to the water inlet ratio for water distribution, and said opening means that the insert plates are completely lifted above the water level of said distribution channel.
10. The system of claim 5, wherein each of said water treatment structures comprises a plurality of distribution points formed by installing a plurality of said bell and spigot units on a diaphragm wall (110) and said distribution channels.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020854893.7U CN212506148U (en) | 2020-05-20 | 2020-05-20 | Spigot-and-socket type plate gate equipment for distributing water and water distribution system thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020854893.7U CN212506148U (en) | 2020-05-20 | 2020-05-20 | Spigot-and-socket type plate gate equipment for distributing water and water distribution system thereof |
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| Publication Number | Publication Date |
|---|---|
| CN212506148U true CN212506148U (en) | 2021-02-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020854893.7U Active CN212506148U (en) | 2020-05-20 | 2020-05-20 | Spigot-and-socket type plate gate equipment for distributing water and water distribution system thereof |
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| Country | Link |
|---|---|
| CN (1) | CN212506148U (en) |
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2020
- 2020-05-20 CN CN202020854893.7U patent/CN212506148U/en active Active
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