CN217711079U

CN217711079U - Inclined-pressure type overcurrent control device

Info

Publication number: CN217711079U
Application number: CN202221592042.5U
Authority: CN
Inventors: 赵峰
Original assignee: Nanyang Sixiang Environmental Protection Technology Co ltd
Current assignee: Nanyang Sixiang Environmental Protection Technology Co ltd
Priority date: 2022-06-24
Filing date: 2022-06-24
Publication date: 2022-11-01
Anticipated expiration: 2032-06-24

Abstract

The utility model provides a barocline formula overflows controlling means, its leading features comprises barocline bearing board and T type flashboard combination, leak protection slip layering is installed to the bearing panel both sides of barocline bearing board, there is oblique upright fixed slab band bearing panel top and/or bottom, oblique upright fixed slab band is fixed when shaft bottom board and/or lateral wall, bearing panel is the oblique upright form, bearing panel position has the entrance to a cave that overflows on the lower part, it has the parking device on entrance to a cave both sides or the leak protection slip layering to overflow, T type flashboard whereabouts, when parking on the parking device of barocline bearing board, the flashboard panel covers and overflows the entrance to a cave, the entrance to a cave is closed, when T type flashboard promotes to put aside, it opens to overflow the entrance to a cave. The utility model discloses a supporting leak protection slip preforming of inclined pressure bearing plate is installed at the cross-section that overflows of bilge well input or output, and the control of opening and close of the entrance to a cave is realized overflowing in the lift of cooperation T type flashboard.

Description

Inclined pressure type overcurrent control device

Technical Field

The utility model relates to a sewage treatment device.

Background

In order to control the output of the sewage well, a gate or a valve can be arranged at the outlet of the sewage well, and if a large amount of excrement and impurities are contained in overflowing sewage, the application of the gate valve is influenced, and the condition that the gate valve is in open and close failure or not closed tightly occurs. If the water baffle covers the overflowing opening, the opening can be closed to prevent overflowing, and the overflowing opening is opened when the water baffle is moved away, so that the overflowing opening can be opened and closed simply and conveniently; in order to realize the technical scheme, a control device combining an inclined bearing plate and a T-shaped gate plate of the parking device is designed; have on the bearing panel and overflow entrance to a cave and stop device, establish oblique upright fixed slab band at bearing panel's upper and lower both ends, oblique upright fixed slab band has with bearing panel to be greater than 90 and is less than 180 contained angle, when the fixed slab band of bottom oblique upright is fixed when the horizontal direction, the oblique upright fixed slab band at top is fixed in the vertical direction, bearing panel is in the state of standing to one side, there is stop device on the bearing panel, when overflowing the entrance to a cave and closing, T type flashboard stops at the stop device position, the panel cover of T type flashboard is on overflowing the entrance to a cave, when overflowing the entrance to a cave and opening, mention T type flashboard and remove apart. The inclined pressure type overflowing control device is suitable for overflowing cross sections arranged in front of water outlets of quadrilateral sewage wells, based on installation factors, the width of the bearing plate is generally smaller than the width of the interior of a well body, a gap between the edges of two sides of the bearing plate and a well wall can cause a water leakage phenomenon, and the problem of side water leakage can be solved by additionally arranging sliding type pressing plates on two sides of the surface of the bearing plate and enabling the sliding type pressing plates to be tightly attached to the inner wall of the well and arranged on the surface of the bearing plate. When sewage enters the sewage well, side pressure is generated on the water blocking panel in a closed state, and the covering and closing effects of the flashboard on the overflowing hole of the bearing plate are further enhanced.

Disclosure of Invention

The utility model aims at designing an adopt the inclined pressure bearing board that is equipped with parking device to carry out overflow control's device with T type flashboard combination.

The utility model discloses the oblique pressure formula overflows controlling means's technical scheme is that T type flashboard berths on oblique pressure bearing board or T type flashboard mentions from oblique pressure bearing board and puts aside closing and opening that carries out overflowing controlling means, the bearing panel plane shape of oblique pressure bearing board is the quadrangle, install leak protection slip layering in at least one side of bearing panel both sides, bearing panel bottom and/or top have oblique standing fixed plate area, there is the overflow entrance to a cave at the position of deviant bearing panel bottom, there is the parking device of erectting on the bearing panel of overflow entrance to a cave both sides, or there is the parking device of erectting on leak protection slip layering, the top edge of parking device surpasss the edge of overflow entrance to a cave, bearing panel has the contained angle that is greater than 90 and is less than 180 with oblique standing fixed plate area, oblique standing fixed plate area fixes when shaft bottom plate or well lateral wall, bearing panel is oblique standing form, T type flashboard is equipped with the cross arm and forms the over-and type flashboard of T type structure at the panel top of blocking water, T type flashboard berths when the parking device, the face of T type flashboard covers on the overflow entrance to a cave, the overflow the entrance to a cave, the face of blocking water, the overflow type flashboard closes, the overflow type flashboard is closed, the overflow type flashboard is opened from the overflow entrance to mention.

The T-shaped gate plate is a gate plate consisting of a water blocking panel and a gate plate cross arm, the gate plate cross arm is arranged on the upper portion of the water blocking panel, the length of the gate plate cross arm is larger than the width of the water blocking panel, the gate plate cross arm and the water blocking panel are T-shaped, an included angle of not more than 180 degrees is formed between the gate plate cross arm and the water blocking panel, the gate plate cross arm is a batten with a hanging hole or a press rivet, the gate plate cross arm is connected with a lifting cable chain or is provided with a lifting rod with a hook, the hanging hole or the press rivet is connected with the lifting cable chain, the end of the lifting cable chain is provided with a hanging ring or a hook or a lock catch, the lifting cable chain is in a single shape or a Y shape or a V shape, the lower plate surface of the water blocking panel is a flat plate, and the size of the water blocking surface is larger than the size of an overflowing hole in the inclined pressing bearing plate; the T-shaped gate plate is made of metal materials, engineering plastic materials or composite resin materials.

The inclined pressure bearing plate comprises a bearing panel, an inclined vertical fixing plate strip, a parking device and a leakage-proof sliding pressing strip, wherein the bearing panel is quadrilateral, the upper plate surface of the bearing panel is a plane, the lower plate surface is a plane, or the lower plate surface is a plate surface with a transverse and/or vertical reinforcing rib or a reinforcing plate strip, the lower part of the bearing panel is provided with a flow passage hole, the flow passage hole is a polygonal or circular or elliptical hole, or the flow passage hole is a hole with an arc edge, screw holes or screws are arranged on two sides of the bearing panel and provided with the leakage-proof sliding pressing strip, the inclined vertical fixing plate strip is folded at the bottom and/or the top edge of the bearing panel, the inclined vertical fixing plate strip is connected to the edge of the bottom and/or the top edge of the bearing panel, the included angle between the upper plate surface of the bearing panel and the inclined vertical fixing plate strip is larger than 90 degrees and smaller than 180 degrees, the parking device is arranged on the bearing panel above two sides of the flow passage hole, the distance between the two parking devices is larger than the width of the water blocking panel and smaller than the transverse length of the transverse arm, the two sides of the bearing panel are provided with screw holes or screws, and the inclined pressure bearing plate is made of metal material or plastic resin material or concrete material.

The inclined fixing plate belt is a plate with at least one positioning hole or a plate without a positioning hole, and is fixed by installing bolts from the positioning holes or by installing bolts from the outside of the plate and fixing the inclined fixing plate belt by using pressing sheets of the bolts.

The parking device is a column-shaped member, the column-shaped member is a polygonal or circular pipe, or a solid polygonal or circular cylinder, or the parking device is a vertical polygonal plate band or a sector plate band.

The leak protection slip layering is the lath form layering, perhaps the layering of transversal personally submitting L type or T type, leak protection slip layering is folded and is pressed the lath part layering hole on the bearing panel, the screw or the screw rod position on the bearing panel are folded to the position correspondence of layering hole, the layering hole is the strip hole, perhaps the layering hole is the round hole, the hole that the bearing panel was folded to the below is rectangular form, rectangular form hole can be followed strip direction adjusting position, leak protection slip layering is folded and is pressed the side position at the bearing panel, with screw or bolt fastening, behind the not hard up screw, leak protection slip layering can remove to both sides, when reaching to paste and lean on the wall of a well, fasten the screw again, with the fixed compaction of leak protection slip layering.

The utility model is suitable for a control quadrangle bilge well output excrement is dirty, establishes the cross-section that overflows before the pit shaft inner orifice, and the sewage that specially adapted timing control is rich in the excrement is exported from the bilge well. The support device has the beneficial effects that the structure of the support device is simplified, the inclined pressure bearing supporting plate is directly installed on the overflowing section of the water outlet of the sewage well, and the overflowing control is realized by utilizing the covering and shifting of the T-shaped flashboard on the inclined pressure bearing supporting plate.

Drawings

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

Fig. 1 is a front view of the combined application of embodiment 1 of the present invention.

Fig. 2 isbase:Sub>A sectional viewbase:Sub>A-base:Sub>A of fig. 1 according to embodiment 1 of the present invention.

Fig. 3 is a view showing the direction of the surface of the inclined bearing plate according to embodiment 1 of the present invention.

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

Fig. 5 is a view of the T-shaped shutter according to embodiment 1 of the present invention.

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

Fig. 7 is a laminated surface view of the leak-proof sliding bead according to embodiment 1 of the present invention.

Fig. 8 is a D-D sectional view of fig. 7 according to embodiment 1 of the present invention.

Fig. 9 is a schematic surface view of a diagonal bearing plate according to embodiment 2 of the present invention.

Fig. 10 is a schematic plate surface view of a T-shaped shutter according to embodiment 2 of the present invention.

Fig. 11 is a schematic view of the inclined bearing plate according to embodiment 3 of the present invention.

In the attached drawings, 1, a supporting panel; 2. an overflow hole; 3. a docking device; 4. obliquely standing the fixing plate strip; 5. positioning the hole; 6. a water blocking panel; 7. a ram cross arm; 8. hanging holes or pressing rivets; 9. lifting the cable chain; 10. a hanging ring or a hook or a lock catch; 11. screw holes or screws; 12. a leak-proof sliding batten; 13. strip pressing holes; 14. screws or bolts.

Detailed Description

The embodiment 1 shown in figures 1, 2, 3, 4, 5, 6, 7 and 8 is a bias-type over-current control device composed of a bias-pressure bearing plate and a T-shaped gate plate with a lifting cable chain 9, the lower part of the plate surface of the bearing panel 1 of the bias-pressure bearing plate is provided with a circular over-current hole 2, the bearing panel 1 is quadrilateral, the plate surfaces at the two sides of the bearing panel 1 are respectively provided with two screw rods 11, two angle steel type anti-leakage sliding battens 12 are provided with two batten holes 13, the position of the batten hole 13 corresponds to the position of the screw rod 11, the anti-leakage sliding battens 12 are arranged at the two sides of the bearing panel 1 by screws 14, the lower bottom edge and the upper top edge of the bearing panel 1 are connected with oblique standing fixing plate strips 4, the oblique and vertical fixing plate strip 4 is in a strip shape, an included angle larger than 90 degrees is formed between the bearing panel 1 and the oblique and vertical fixing plate strip 4, the oblique and vertical fixing plate strip 4 is provided with two positioning holes 5, the directions of the plate strip surfaces of the two oblique and vertical fixing plate strips 4 are vertical and are right-angled, the oblique and vertical fixing plate strip 4 at the bottom is fixed on the bottom plate through the positioning hole 5 mounting screws, the oblique and vertical fixing plate strip 4 at the upper part is fixed on the side wall through the positioning hole 5 mounting screws, the bearing panel 1 is in an oblique and vertical shape, the upper parts of the two sides of the flow through hole 2 on the bearing panel 1 are provided with the parking devices 3, and the parking devices 3 are quadrangular plate strips; the T-shaped gate plate is composed of a water blocking panel 6 and a gate plate cross arm 7, the size of the water blocking panel 6 is larger than that of the overflowing hole 2, the water blocking panel 6 is a quadrilateral panel, the gate plate cross arm 7 is a transverse strip-shaped plate strip, two hanging holes 8 are formed in the strip-shaped plate strip, the hanging holes 8 are connected with a lifting rope chain 9, the lifting rope chain 9 is of an inverted Y shape, a hanging ring or a lock catch 10 is arranged at the end, when the T-shaped gate plate is put down, the gate plate cross arm 7 stops at the stopping device 3, the water blocking panel 6 covers the overflowing hole 2, the overflowing hole 2 is closed, when the T-shaped gate plate is lifted, the water blocking panel 6 is moved away from the overflowing hole 2, and the overflowing hole 2 is opened.

As shown in fig. 9 and 10, in embodiment 2, the flow-through opening 2 on the inclined pressure bearing supporting plate is a flow-through opening formed by three right-angle sides and an arc-shaped side, the parking device 3 is a vertical column-shaped member with a quadrangular cross section, two inclined fixing plate strips 4 are respectively connected to the top and the bottom of the bearing panel 1, the inclined fixing plate strips 4 are quadrangular plates with a positioning hole 5, two circular hanging holes 8 and a quadrangular hanging hole 8 are formed in a gate cross arm 7 of the T-shaped gate plate, the circular hanging holes 8 can be used for connecting a lifting rope chain, the quadrangular hanging hole 8 in the middle is used for a lifting rod extraction gate plate with a hook, and the embodiment is designed as in embodiment 1 in other aspects.

In the inclined bearing plate of embodiment 3 shown in fig. 11, leak-proof sliding pressure plates 12 are installed on both sides of a bearing panel 1, no parking means is provided on the bearing panel 1, and a standing parking means 3 is provided on the upper portion of the leak-proof sliding pressure plate 12, and this embodiment is otherwise the same as embodiment 1.

Claims

1. An oblique pressure type over-current control device is characterized by being formed by combining an oblique pressure bearing plate and a T-shaped gate plate, wherein the bearing panel of the oblique pressure bearing plate is a quadrilateral panel, at least one side of two sides of the bearing panel is provided with a leakage-proof sliding pressing strip, an oblique standing fixing plate strip is arranged at the bottom and/or the top of the bearing panel, a over-current hole is formed in the position deviated to the bottom of the bearing panel, a parking device is erected on the bearing panel at two sides of the over-current hole or is erected on the leakage-proof sliding pressing strips at two sides of the bearing panel, and the T-shaped gate plate is a T-shaped structure gate plate provided with a gate plate cross arm at the top of a water blocking panel; when the T-shaped flashboard falls down, the stopping device stops the cross arm of the flashboard, the water blocking board surface of the T-shaped flashboard covers the overflowing opening, the overflowing opening is closed, and when the T-shaped flashboard is lifted, the water blocking board surface is moved away from the overflowing opening, and the overflowing opening is opened.

2. The inclined pressing type overflowing control device of claim 1, wherein the T-shaped gate plate is a gate plate consisting of a water blocking panel and a gate plate cross arm on the upper portion, the gate plate is T-shaped, the width of the gate plate cross arm is larger than that of the water blocking panel, an included angle of not more than 180 degrees is formed between the gate plate cross arm and the upper plate surface of the water blocking panel, the gate plate cross arm is provided with hanging holes or press rivets, and the size of the water blocking panel is larger than that of an overflowing hole in the inclined pressing bearing plate.

3. The oblique-pressing type overflowing control device of claim 1, wherein the oblique-pressing bearing plate comprises a bearing panel, an oblique-standing fixing plate strip, a stopping device and a leakage-proof sliding pressing strip, the overflowing opening is located at a position where the bearing panel deviates from the bottom of the panel, the oblique-standing fixing plate strip is arranged at the bottom and/or the top of the bearing panel, an included angle larger than 90 degrees and smaller than 180 degrees is formed between an upper panel surface of the bearing panel and the oblique-standing fixing plate, screw holes or screws are arranged on two sides of the bearing panel and correspond to pressing strip holes of the leakage-proof sliding pressing strip, the leakage-proof sliding pressing strip is arranged on at least one side of the bearing panel, the stopping device is arranged on the bearing panel on two sides of the overflowing opening or on the leakage-proof pressing strip, the distance between the two stopping devices is larger than the width of a water-blocking panel of the T-shaped gate plate and smaller than the width of a cross arm of the T-shaped gate plate, the stopping device is an upright column or an upright leakage-proof plate strip, and the sliding pressing strip is a strip-shaped pressing strip, or a pressing strip with an L-shaped section or a T-shaped section.