CN217104969U

CN217104969U - Inclined pressure gate

Info

Publication number: CN217104969U
Application number: CN202220884015.9U
Authority: CN
Inventors: 赵峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-09-23
Filing date: 2022-04-18
Publication date: 2022-08-02
Anticipated expiration: 2032-04-18

Abstract

The utility model provides a gate to one side, its leading features is berthhed the cavity by the inclined plane and is berthhed baffle two parts combination constitution with the T type, and the both sides that the cavity was berthhed on the inclined plane are equipped with accuse position shelves spare, and the T type is berthhed the baffle and is the T type, and when the gate was closed, the T type was berthhed the baffle and is berthhed on accuse position shelves spare and the face covers on the entrance to a cave, and when the gate was opened, the baffle promotion shifted out was berthhed with the T type. The utility model discloses utilize T type structure and the inclined plane of T type stop baffle to stop the accuse position shelves piece of cavity, make the manger plate panel stop on the entrance to a cave of intaking and cover and prevent overflowing, stop the baffle mode through the T type that goes up and down and carry out opening and close of gate.

Description

Inclined pressure gate

Technical Field

The utility model relates to a sewage treatment device.

Background

Generally, the gate is that the flashboard goes up and down in two vertical direction track grooves, if the gap of groove is big, just can not effective stagnant water, if the groove clearance is little, the resistance that the flashboard goes up and down just is big, is not convenient for opening and close of gate. Especially, when the overflowing medium contains excrement and sludge, the influence on the track groove is larger. Considering that the gap can be filled with the excrement and the sludge, the mode of stopping water at the inclined plane hole opening can be adopted, the water stopping effect of closing the hole opening can be achieved only by covering the water baffle on the hole opening of the inclined plane plate, the problem of influence of fillers of a common gate groove can not occur, and the gap water seepage situation can be prevented by utilizing the fillers such as the excrement and the like. The water retaining panel covers the inclined plate surface under the action of gravity, and when water flows exist outside, water pressure acts on the water retaining panel to further compact the cover of the water retaining panel on the inclined plate hole. Therefore, the overflowing cavity with the inclined plane is designed, the overflowing water inlet is arranged on the inclined plane, the overflowing hole is closed when the water retaining panel covers the overflowing water inlet, the overflowing hole is opened when the water retaining panel is removed from the overflowing water inlet, and the overflowing cavity and the water retaining panel form the gate which is obliquely pressed under the action of gravity. The inclined pressure gate needs to solve the problem of covering the hole of the water retaining panel on the inclined plane of the overflowing cavity, two sides of the inclined plate hole of the overflowing cavity are respectively provided with a position control blocking piece, the upper part of the water retaining panel is provided with a parking position control device, so that the water retaining panel and the parking device form a T-shaped water retaining gate plate, the transverse length of the parking position control device exceeds the distance between the position control blocking pieces on two sides of the inclined plate hole, when the gate is closed, the T-shaped water retaining gate plate is put down, the parking position control device is parked on the position control blocking pieces on two sides of the inclined plate hole, the water retaining gate plate stops sliding downwards and covers the overflowing hole, when the gate is opened, the T-shaped water retaining gate plate is removed, and then the water inlet hole is opened.

Disclosure of Invention

The utility model aims at designing a composite set that the baffle constitutes is berthhed to the inclined plane of berthhing the cavity and the T type of T type structure by installation accuse position shelves spare, berth the baffle through the T type and berth the cover and berth on the cavity or berth the cavity from the inclined plane and go on opening or closing of overflowing the entrance to a cave to come up to open.

The technical proposal of the utility model is that the inclined pressure gate is composed of an inclined plane parking cavity and a T-shaped parking baffle which can fall down for placing or be extracted for moving away, the T-shaped parking baffle covers on an inclined plane bearing plate of the inclined plane parking cavity, or the T-shaped parking baffle is moved out from the inclined plane parking cavity; the inclined plane parking cavity is a hollow overflowing channel, one side wall of the inclined plane parking cavity is an inclined plane bearing plate, a water inlet hole is formed in the inclined plane bearing plate, position control blocking pieces are arranged on the inclined plane parking cavity on two sides of the water inlet hole, the T-shaped parking baffle is a water baffle plate with a parking position control device arranged on the upper portion of the water baffle plate, the parking position control device and the water baffle plate are T-shaped, the transverse width of the parking position control device is not smaller than the distance between the two position control blocking pieces, when the gate is closed, the parking position control device is parked on the position control blocking pieces, the water baffle plate covers the water inlet hole of the inclined plane parking cavity, when the gate is opened, the T-shaped parking baffle is lifted, and the T-shaped parking baffle is moved out of the inclined plane parking cavity.

The inclined plane parking cavity is an overflow channel with a right-angled triangle-shaped side vertical surface, which is formed by a cavity bottom plate, cavity side wall plates at two sides, an inclined plane bearing plate and a cavity water outlet wall plate, or the inclined plane parking cavity is an overflow channel with a right-angled trapezoid-shaped side vertical surface, which is formed by a cavity bottom plate, cavity side wall plates at two sides, an inclined plane bearing plate, a cavity water outlet wall plate and a cavity top plate; the inclined plane bearing plate of the inclined plane parking cavity is a wall plate with an inclined plane surface, the inclined plane bearing plate is provided with a water inlet hole, the vertical side wall plate opposite to the inclined plane bearing plate is a cavity water outlet wall plate, the cavity water outlet wall plate is a planar wall plate or a cambered surface wall plate, when an inclined pressure gate is applied, the planar cavity water outlet wall plate can be arranged on a planar well wall, the cambered surface cavity water outlet wall plate can be arranged on a cambered surface well wall, the cavity water outlet wall plate is provided with a water outlet hole, and the cavity side wall plate is a vertical planar wall plate; or the inclined plane parking cavity consists of a cavity bottom plate, cavity side wall plates at two sides, an inclined plane bearing plate or an inclined plane bearing plate and a cavity top plate, and one side opposite to the inclined plane bearing plate is provided with a water outlet hole; the overflow channel is provided with a position control blocking piece which is arranged on the inclined plane bearing plates at two sides of the water inlet hole or on the side wall plates of the cavity at two sides, and the position control blocking piece is a polygonal or fan-shaped plate strip or a column or a pipe groove.

The T-shaped parking baffle is a water-retaining gate plate consisting of a water-retaining panel and a parking position control device, or a water-retaining gate plate consisting of a water-retaining panel, a parking position control device and a lifting device, wherein the water-retaining panel is a panel of which the panel surface size is larger than the size of a water inlet hole in the inclined bearing plate, the parking position control device is a batten, a strip column or a pipe groove arranged at the upper part of the water-retaining panel, the transverse width of the parking position control device is larger than the width of the water-retaining panel, the parking position control device and the water-retaining panel form a T shape, the parking position control device and the water-retaining panel are in the same plane, or the parking position control device and the upper panel surface of the water-retaining panel form an included angle of less than 180 degrees; the parking position control device is provided with a lifting hole or a screw hole or a lifting hanging ring or a lifting hook or a lifting handle, or the upper part of the water retaining panel is provided with the lifting hanging ring or the lifting hook or the lifting handle; the lifting device is a lifting cable chain or a lifting rod with a hook, one end of the lifting cable chain is connected with a lifting hole or a lifting hanging ring or a lifting hook or a lifting handle on the T-shaped stop baffle, the T-shaped stop baffle is lifted through the lifting cable chain, the lifting cable chain is a linear or V-shaped or Y-shaped chain or rope, the end of the lifting cable chain or the end of the lifting cable chain and the middle part of the lifting cable chain are provided with the hanging ring or the chain ring or the lock catch or the hook, when the T-shaped stop baffle is not connected with the lifting cable chain, the lifting rod with the hook is additionally arranged, and the T-shaped stop baffle is extracted, removed or falls down by the lifting rod.

The inclined pressing gate is made of metal, engineering plastic, glass fiber reinforced plastic, reinforced concrete or composite metal and thermoplastic resin.

The utility model is a gate which is suitable for controlling the overflowing medium to be feces or mud; the gate has the advantages that the T-shaped structure of the T-shaped stop baffle and the position control stop piece of the inclined plane stop cavity are utilized to realize stop covering on the inclined plane bearing plate, and the gate is opened and closed in a mode of lifting the T-shaped stop baffle.

Drawings

The structure of the present invention will be further described with reference to the accompanying drawings and examples.

Fig. 1 is a schematic side elevation view of embodiment 1 of the present invention.

Fig. 2 is a view a-a of fig. 1 of embodiment 1 of the present invention.

Fig. 3 is a schematic side elevation view of the inclined parking cavity according to embodiment 1 of the present invention.

Fig. 4 is a B-B view of fig. 3 of embodiment 1 of the present invention.

Fig. 5 is a schematic plan view of a T-shaped docking plate according to embodiment 1 of the present invention.

Fig. 6 is a C-C view of fig. 5 of embodiment 1 of the present invention.

Fig. 7 is a schematic side elevation view of the inclined parking cavity according to embodiment 2 of the present invention.

Fig. 8 is a schematic side elevation view of the inclined parking cavity according to embodiment 3 of the present invention.

In the attached drawings, 1, a bevel bearing plate; 2. a water retaining panel; 3. a water inlet hole; 4. a cavity water outlet wall plate; 5. a water outlet hole; 6. a cavity bottom plate; 7. a cavity side wall plate; 8. a position control shift member; 9. a parking position control device; 10. lifting the cable chain; 11. a hanging ring or chain ring or a lock catch or a hook; 12. lifting holes: 13. a cavity top plate.

Detailed Description

The embodiment 1 shown in figures 1, 2, 3, 4, 5 and 6 is an inclined pressure gate made of stainless steel, the inclined pressure gate is provided with an inclined plane parking cavity and a T-shaped parking baffle, the inclined plane parking cavity is an overflow channel with position control baffle members 8 arranged upwards at two sides, the side vertical surface of the overflow channel is in a right triangle shape, the overflow channel of the inclined plane parking cavity is composed of an inclined plane bearing plate 1, a cavity bottom plate 6, cavity side wall plates 7 at two sides and a cavity water outlet wall plate 4, the inclined plane bearing plate 1 is an inclined wall plate, a circular water inlet hole 3 is formed in the middle lower portion of the inclined plane bearing plate 1, a water outlet hole 5 is formed in a cavity water outlet wall plate 4, a position control baffle 8 is a quadrilateral slat and extends upwards from cavity side wall plates 7 on two sides of the inclined plane bearing plate 1, and an upper included angle portion where the position control baffle 8 is connected with the cavity side wall plates 7 is higher than the top of the hole of the water inlet hole 3; the T-shaped stop baffle is a T-shaped plate surface formed by a water retaining panel 2 and a stop position control device 9, the stop position control device 9 is a batten and is connected with the upper part of the water retaining panel 2 and forms a 135-degree plate surface included angle with the water retaining panel 2, two lifting holes 12 are arranged on the stop position control device 9, the lifting holes 12 are connected with a herringbone lifting rope chain 10, and a hanging ring 11 is arranged at the end part of the lifting rope chain 10; the hanging device is arranged above the inclined pressure gate plate, when the inclined pressure gate is closed, the T-shaped stop baffle is put down, the T-shaped stop baffle is stopped and covered on the water inlet opening 3, and when the inclined pressure gate is opened, the pull rope chain 10 is pulled up to lift the T-shaped stop baffle from the water inlet opening 3.

The embodiment 2 shown in fig. 7 is an inclined plane parking cavity without a cavity water outlet wall plate opposite to an inclined plane bearing plate 1, the inclined plane bearing plate 1 is opposite to a water outlet hole 5, the inclined plane parking cavity is composed of the inclined plane bearing plate 1, a cavity bottom plate 6, cavity side wall plates 7 on two sides and the water outlet hole 5, a position control baffle 8 on the inclined plane parking cavity is a fan-shaped plate surface, and the design of other aspects of the embodiment is the same as that of the embodiment 1.

As shown in fig. 8, embodiment 3 is an inclined parking cavity with a right trapezoid overflow channel on the side vertical surface, a cavity top plate 13 is arranged at the top of the right trapezoid overflow channel, the inclined parking cavity is composed of an inclined bearing plate 1, a cavity bottom plate 6, cavity side wall plates 7 at two sides, a cavity water outlet wall plate 4 and a cavity top plate 13, and the design of other aspects of the embodiment is the same as that of embodiment 1.

Claims

1. An inclined pressure gate is composed of an inclined stop cavity and a T-shaped stop baffle, the inclined stop cavity is a hollow overflow channel, one of the inclined side wall plates is an inclined bearing plate, a water inlet hole is formed in the inclined bearing plate, position control stop parts are arranged on the inclined stop cavity on two sides of the water inlet hole, the T-shaped stop baffle is a water retaining gate plate with a stop position control device on the upper portion of a water retaining panel, the stop position control device and the water retaining panel form a T-shaped structure, the transverse width of the stop position control device is not less than the distance between the two position control stop parts, when the gate is closed, the stop position control device stops on the position control stop parts, the water retaining panel covers the water inlet hole of the inclined stop cavity, and when the gate is opened, the T-shaped stop baffle is lifted out of the inclined stop cavity.

2. The inclined pressure gate of claim 1, wherein the inclined surface parking cavity is an overflow channel with a right-angled triangle-shaped side vertical surface formed by a cavity bottom plate, cavity side wall plates at two sides, an inclined surface bearing plate and a cavity water outlet wall plate, or the inclined surface parking cavity is an overflow channel with a right-angled trapezoid-shaped side vertical surface formed by a cavity bottom plate, cavity side wall plates at two sides, an inclined surface bearing plate, a cavity water outlet wall plate and a cavity top plate; the inclined plane bearing plate of the inclined plane parking cavity is a wall plate with an inclined plane surface, the inclined plane bearing plate is provided with a water inlet hole, the vertical side wall plate opposite to the inclined plane bearing plate is a cavity water outlet wall plate, the cavity water outlet wall plate is a planar wall plate or a cambered surface wall plate, the cavity water outlet wall plate is provided with a water outlet hole, and the cavity side wall plate is a vertical planar wall plate; or the inclined plane parking cavity consists of a cavity bottom plate, cavity side wall plates at two sides, an inclined plane bearing plate or an inclined plane bearing plate and a cavity top plate, and one side opposite to the inclined plane bearing plate is provided with a water outlet hole; the overflow channel is provided with a position control blocking piece which is arranged on the inclined plane bearing plates at two sides of the water inlet hole or on the side wall plates of the cavity at two sides, and the position control blocking piece is a polygonal or fan-shaped plate strip or a column or a pipe groove.

3. The miter gate according to claim 1, wherein the T-shaped stop is a water gate plate comprising a water-blocking panel, a stop position control device, and a lifting device, or a water gate plate comprising a water-blocking panel and a stop position control device, the water-blocking panel is a panel having a panel size larger than a water inlet opening on the bevel bearing plate, the stop position control device is transversely disposed on the upper portion of the water-blocking panel or disposed on both sides of the upper portion of the water-blocking panel, the stop position control device is a strip-shaped plate strip or a strip column or a pipe groove, the width of the transversely disposed stop position control device is larger than the width of the water-blocking panel, the stop position control device and the water-blocking panel form a T-shaped structure, the stop position control device and the water-blocking panel are in a plane, or the stop position control device and the upper panel of the water-blocking panel form an included angle of less than 180 °; a lifting hole or a lifting hanging ring or a lifting hook or a lifting handle is arranged on the parking position control device, or the upper part of the water retaining panel is provided with the lifting hanging ring or the lifting hook or the lifting handle; the lifting device is a lifting rope chain with the end connected with a lifting hole, a lifting hanging ring, a lifting hook or a lifting handle.