CN111895215A

CN111895215A - High-efficient quick speed regulation pipeline device

Info

Publication number: CN111895215A
Application number: CN202010765275.XA
Authority: CN
Inventors: 张育南
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-08-03
Filing date: 2020-08-03
Publication date: 2020-11-06

Abstract

The invention discloses a high-efficiency and rapid flow velocity adjusting pipeline device, which structurally comprises: the invention realizes the matching of a tube bundling tube and the ring sliding hanger disc seat, the locking operation is carried out on the left side and the right side of a ring frame convex ball frame through the tube bundling tube, and then the side wrapping pressure frame and an ellipsoid valve brush frame are driven by a shuttle shaver block to form the impurity removal and lifting operation of stagnation scale and silt, when a top layer panel stores deposits, the intermittent self-cleaning pipeline inner wall chamfer of a bottom layer ring frame is formed to clamp the dirt, turn and clean the scraping effect, so that the disc ring body integrally and vertically supported can be effectively adapted to transversely filled water flow, and a slide block is provided with an expansion plate, the disc surface area interception can be effectively divided, the expansion area adjustment effect of conduction pressure and rapid flow rate adjustment is ensured, and the pipe division connection flow rate quality of water supply of a consistent pipeline is improved accurately.

Description

High-efficient quick speed regulation pipeline device

Technical Field

The invention relates to a pipeline device capable of efficiently and quickly adjusting flow velocity, belonging to the field of pipelines.

Background

Pipeline water conservancy is carried and is the netted operational effect that covers of rivers of buried pipeline in the urban planning, promotes the water and meets the pipeline formation and diversely switch on supply building water operation, and the throttle speed governing simple operation of valve in the pipeline, conveniently controls rivers saving, promotes the environmental protection operation, and the public shortcoming of treating the optimization of present technique has:

the adjustment of pipeline flow and velocity of flow is in valve dish mouth and rampart department, and rampart department is the inner wall angle groove of the grit in comparatively easy bonding incrustation scale and aquatic, this makes accumulational impurity can make the shrink of rivers mouth, thereby disturb pipeline drainage flow and velocity of flow efficiency, cause the fluid quality in the pipeline uneven, and disturb pipeline water pressure volume easily, thereby mix with the mixed flow of dirt flocculation thing and pour into and switch on, also influence the quality of water health condition after the pipeline engagement, the chamfer ring to the pipeline butt joint can not get effectual adjustment operation.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a high-efficiency and rapid flow rate adjusting pipeline device, which aims to solve the problems that the adjustment of the flow rate and the flow rate of a pipeline is performed at a valve disk opening and a ring wall, and the ring wall is an inner wall angle groove which is easy to bond water scale and sand stones in water, so that accumulated impurities can cause the contraction of a water flow opening, further the drainage flow rate and the flow rate efficiency of the pipeline are disturbed, the quality of fluid in the pipeline is uneven, the water pressure of the pipeline is easy to disturb, further, dirt floc is mixed and poured and conducted, the water quality health condition after the pipeline is jointed is also influenced, and the chamfer ring butted with the pipeline cannot be effectively adjusted and operated.

In order to achieve the purpose, the invention is realized by the following technical scheme: a high-efficient quick speed adjusting pipeline device, its structure includes: the device comprises a sealing ring lantern ring, a rubber gasket seat, a tube bundling barrel, a ring sliding hanger plate seat, plunger caps, an observation groove and a shell frame block, wherein the ring sliding hanger plate seat is nested on the top of the shell frame block and is communicated with the shell frame block, the observation groove is arranged in the shell frame block and is positioned on the same vertical surface, the plunger caps are inserted and embedded on the top of the ring sliding hanger plate seat, the axes of the plunger caps are collinear, the sealing ring lantern ring is connected with the tube bundling barrel through the rubber gasket seat and is communicated with the tube bundling barrel through rubber, the rubber gasket seat and the tube bundling barrel are buckled together, the axes of the plunger caps are collinear, the tube bundling barrel is provided with two ring frame convex ball frames, two sliding shuttle razor blocks, a side packing pressing frame, an ellipsoid valve brush frame, an inner through hole groove and a hanging plate body, the ring frame convex ball frame is mechanically connected with the sliding shuttle razor block and is positioned on the same vertical surface, the side packing pressing frame is provided with two ring frame convex ball frames, the left side packing pressing frame and the right side packing through hole, the inner through hole groove and the hanging disc body are integrated and the axes of the inner through hole groove and the hanging disc body are collinear, the ellipsoidal petal brush holders are four and are respectively inserted and embedded at the left side and the right side of the annular frame convex ball holder, the ellipsoidal petal brush holders are installed at the front side of the hanging disc body and are positioned on the same vertical surface, and the hanging disc body is embedded on the top of the shell frame block and is mutually communicated.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the annular frame convex ball frame consists of two top rotating frame ball grooves and an annular frame strip frame, wherein the two top rotating frame ball grooves are respectively arranged at the upper side and the lower side in the annular frame strip frame, and the top rotating frame ball grooves and the annular frame strip frame are in interference fit and are positioned on the same vertical surface.

As a further improvement of the invention, the top rotating frame bead groove consists of a bent strip pad, a ball inner chamber, a support rod and a damping column block, wherein the bent strip pad is arranged on the top of the ball inner chamber, the support rod is inserted and embedded on the top of the damping column block, and the damping column block and the ball inner chamber are in interference fit.

As a further improvement of the invention, the shuttle shaver block consists of a convex arc cross pressing block, a shaver blade and a shuttle slider groove, the shaver blade is inserted and embedded on the top of the convex arc cross pressing block and is positioned on the same vertical surface, and the shuttle slider groove is provided with two and is respectively embedded and embedded on the left side and the right side of the convex arc cross pressing block.

As a further improvement of the invention, the convex-arc transverse pressing block comprises a convex-arc plate seat groove, a corrugated belt, a buckling and pressing wheel and a rubber cushion strip, wherein the corrugated belt is arranged on the top of the buckling and pressing wheel, the buckling and pressing wheel is nested on the top of the rubber cushion strip and is positioned on the same vertical surface, and the two rubber cushion strips are respectively inserted and nested on the left side and the right side inside the convex-arc plate seat groove.

As a further improvement of the invention, the side wrapping and pressing frame consists of a petal brace block, a connecting rod frame and a frame rail groove, wherein the petal brace block and the connecting rod frame are nested into a whole, and the connecting rod frame and the frame rail groove are mechanically connected and are positioned on the same vertical plane.

As a further improvement of the invention, the petal brace block consists of a trapezoidal column plate, a connecting buckle plate, a bent petal brace block and a transverse plate, wherein the trapezoidal column plate is buckled with the transverse plate through the connecting buckle plate and is positioned on the same vertical surface, and the transverse plate is arranged inside the bent petal brace block.

As a further improvement of the invention, the ellipsoidal brush holder consists of an ellipsoidal brush cap, a corrugated pipe and a storage cylinder, wherein the ellipsoidal brush cap is nested on the left side of the corrugated pipe, the axes of the ellipsoidal brush cap are collinear, and the corrugated pipe is inserted and nested on the left side of the storage cylinder.

As a further improvement of the invention, the ellipsoid brush cap consists of a curved arc suspender, a composite through hole groove, a brush plate and an ellipsoid cap, wherein the composite through hole groove is arranged inside the brush plate and is positioned on the same vertical surface, the brush plate is provided with two parts which are respectively nested on the left side and the right side of the curved arc suspender, and the curved arc suspender is inserted and nested inside the ellipsoid cap.

As a further improvement of the invention, the damping column block is in a column block structure that a trapezoidal column plate is sleeved with a wheel body, so that the effects of preventing offset support and internal self-rotation unloading force are ensured by matching wheel guide with column plate sleeving, the oppressibility of opposite-top friction force on a pipeline opening is reduced, and the caliber size of the pipeline is effectively protected.

As a further improvement of the invention, the convex arc plate seat groove is of a groove seat structure with a spherical cap at the top and a transverse plate groove at the bottom in an inserted connection mode, so that a transverse plate slotting tool is convenient to cooperate with a convex arc cavity to form a buffer shaving pipeline ring opening cleaning effect, the anti-blocking efficiency is improved, and the flow speed regulation significance is improved.

As a further improvement of the invention, the bent petal supporting block is of a fan plate structure with a left side bent arc and a right side gradient edge, so that the left and right positioning clamping and supporting frames are convenient, the anti-backflushing load bearing effect of the packed fluid is ensured, and the clamping auxiliary operation of the water flow feedback pipeline butt joint is improved.

As a further improvement of the invention, the composite through hole groove is of a composite through hole frame structure with an ellipsoid hole inserted at the side of a ring hole at the inner side, so that the hole groove is conveniently erected to form a top support accommodating and conducting effect for extracting scale at the pipeline opening.

Advantageous effects

The invention relates to a high-efficiency and rapid flow rate adjusting pipeline device, which is characterized in that a worker hoists an inner through hole groove and a hanging disc body of a circular slide hanging frame disc seat through a plunger cap, so that a ring frame strip frame of a settling ring frame convex ball frame is sleeved with a bundling tube and is arranged in an observation groove and a shell frame block, the left end and the right end of a pipeline are connected in a sealing and sealing way through a sealing ring lantern ring and a rubber cushion seat, a bent strip pad in a top rotating frame ball groove is used for wrapping a ball inner chamber along a support rod and a top supporting roller rotating pipe opening of a damping column block, a convex arc transverse pressing block of a sliding shuttle shaver block is driven to push a shaver blade to pull the shaver to clean scale along the sliding shuttle sliding block groove, a corrugated belt pulling and pressing wheel in the convex arc plate seat groove is matched with the left top support and the right top support of the rubber cushion strip, the discharge of air flow in the middle is ensured, the water pressure burst is avoided, the operation effect of slow release pressure is improved, and the pulling and clamping, and through the trapezoidal column board of bent lamella kicking block counterpoint package pressure, when making the diaphragm cooperation ellipse ball lamella brush yoke later stage smooth brush that the connecting pinch plate presss from both sides the dress, form the frame-type and draw the orificial effect of tee bend, and when the guarantee pipeline reposition of redundant personnel, the area of crossing is cut to the hand hay cutter fast, forms the regulation operation effect that separates the fender velocity of flow, lets the sensitivity of high-efficient quick regulation velocity of flow pipe means obtain accurate stretch-draw cross section and adjusts.

The invention has the following advantages after operation:

the application is restrainted the bobbin and is cooperateed with ring smooth gallows dish seat, carry out the lock joint operation in the protruding ball frame left and right sides of ring frame through restrainting the bobbin, rethread shuttle razor piece drives side package and presses frame and ellipsoid lamella brush yoke formation and hold up the edulcoration lift operation of incrustation scale and silt, when letting top layer panel storage deposit, the intermittent type formula automatically cleaning pipeline inner wall chamfer to bottom ring frame forms and presss from both sides dirt gyration clearance shaving effect, the rivers that the dish ring body that makes whole perpendicular frame protect can the horizontal irrigation of effective adaptation, and the slider takes the panel, can effectively divide the dish face area to cut closure, the guarantee switching on pressure and the expansion area adjustment fine motion effect of quick regulation velocity of flow, the branch pipe of lifting pipe water supply connects the velocity of flow quality accurate.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of a high-efficiency and rapid flow rate adjusting pipeline device according to the invention.

FIG. 2 is a detailed top view cross-sectional structure of the ring-sliding hanger plate seat, the ring frame convex ball frame, the shuttle razor block, the side wrapping frame and the ellipsoidal valve brush holder of the present invention.

FIG. 3 is a schematic top view of a top cross-sectional structure of a top rotating rack in a working state.

FIG. 4 is a schematic view of the aerial view cross section of the convex arc lateral pressing block of the present invention in working condition.

Fig. 5 is a schematic view of the overlooking cross section of the working state of the flap strut block of the present invention.

Fig. 6 is an enlarged structural diagram of the ellipsoid brush cap in the working state in the top view.

Description of reference numerals: a sealing ring lantern ring-1, a rubber cushion seat-2, a beam barrel tube-3, a ring sliding hanger plate seat-4, a plunger cap-5, an observation groove-6, a shell frame block-7, a ring frame convex ball frame-4A, a shuttle shaver block-4B, a side packing frame-4C, an ellipsoid valve brush frame-4D, an inner through hole groove-4E, a hanger plate body-4F, a top rotating frame ball groove-4A 1, a ring frame strip frame-4A 2, a bent strip pad-4A 11, a ball inner chamber-4A 12, a support rod-4A 13, a damping column block-4A 14, a convex arc transverse press block-4B 1, a razor blade-4B 2, a shuttle slider groove-4B 3, a convex arc plate seat groove-4B 11, a corrugated belt-4B 12, a buckle wheel-4B 13, a rubber cushion strip-4B 14, a 1-4C, The device comprises a connecting rod frame-4C 2, a frame rail groove-4C 3, a trapezoidal column plate-4C 11, a connecting buckle plate-4C 12, a bent petal supporting block-4C 13, a transverse plate-4C 14, an ellipsoid brush cap-4D 1, a corrugated pipe-4D 2, a storage cylinder-4D 3, a bent arc suspender-4D 11, a composite through hole groove-4D 12, a brush plate-4D 13 and an ellipsoid cap-4D 14.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1-6, the present invention provides a high-efficiency and fast flow rate adjusting pipe device, which comprises: the device comprises a sealing ring lantern ring 1, a rubber gasket seat 2, a beam barrel tube 3, a ring sliding hanger plate seat 4, a plunger cap 5, an observation groove 6 and a shell frame block 7, wherein the ring sliding hanger plate seat 4 is nested on the top of the shell frame block 7 and is communicated with the shell frame block 7, the observation groove 6 is installed inside the shell frame block 7 and is positioned on the same vertical surface, the plunger cap 5 is inserted and embedded on the top of the ring sliding hanger plate seat 4, the axes of the plunger cap are collinear, the sealing ring lantern ring 1 is connected with the beam barrel tube 3 through the rubber gasket seat 2 and is communicated with the beam barrel tube 3, the rubber gasket seat 2 is buckled with the beam barrel tube 3, the axes of the rubber gasket seat and the beam barrel tube are collinear, the beam barrel tube 3 is provided with two rings and is respectively inserted and embedded on the left side and the right side of the shell frame block 7, the ring sliding hanger plate seat 4 is provided with a ring frame convex ball frame 4A, a sliding razor block 4B, a side wrapping press frame 4C, an ellipsoid brush frame 4D, an inner through hole groove 4E and a flap plate 4F, the ring frame convex ball frame and, the side package presses frame 4C to be equipped with two and installs respectively in the left and right sides of interior through-hole groove 4E, interior through-hole groove 4E and hanging plate body 4F are as an organic whole and the axle center collineation, oval lamella brush yoke 4D is equipped with four and inserts the left and right sides of inlaying at the protruding ball frame 4A of ring frame respectively, oval lamella brush yoke 4D installs in the front side of hanging plate body 4F and is in same vertical face, hang plate body 4F nestification and link up each other on the top of shell frame piece 7.

Referring to fig. 2, the ring frame convex ball frame 4A is composed of a top rotating frame ball groove 4A1 and a ring frame rack 4A2, the top rotating frame ball groove 4A1 is provided with two and is respectively installed at the upper and lower sides inside the ring frame rack 4A2, the top rotating frame ball groove 4A1 and the ring frame rack 4A2 adopt interference fit and are located on the same vertical plane, the shuttle razor block 4B is composed of a convex arc cross pressing block 4B1, a razor blade 4B2 and a shuttle slider groove 4B3, the razor blade 4B2 is inserted and embedded on the top of the convex arc cross pressing block 4B1 and is located on the same vertical plane, the shuttle slider groove 4B3 is provided with two and is respectively embedded at the left and right sides of the convex arc cross pressing block 4B1, the side wrapping pressing frame 4C is composed of a petal column supporting block 4C1, a connecting rod rack 4C2 and a frame rail 6864C 6, the petal supporting block is embedded and is located on the same vertical connecting rod rack 2 and is connected with the connecting rod rack 354C 2, the convex arc transverse pressing block 4B1 settlement razor blade 4B2 is driven by the ring frame 4A2 to carry out the cleaning operation of the double-nozzle chamfer ring groove.

Referring to fig. 3, the top rotating frame ball groove 4a1 is composed of a curved bar pad 4a11, a ball inner chamber 4a12, a support rod 4a13, and a damping column block 4a14, the curved bar pad 4a11 is installed on the top of the ball inner chamber 4a12, the support rod 4a13 is inserted and embedded on the top of the damping column block 4a14, the damping column block 4a14 and the ball inner chamber 4a12 are in interference fit, the damping column block 4a14 is a column block structure in which a trapezoidal column plate is sleeved on a wheel body, so that the wheel guide is matched with the column plate to ensure the effects of preventing offset support and internal self-rotation unloading force, the oppressibility of the top friction force on the pipe orifice is reduced, the pipe caliber size is effectively protected, and the support 4a13 is wrapped and pressed by the curved bar pad 4a11 to form an upper and lower alignment roller support effect, thereby preventing a wheel release ring and ensuring the stability of hoisting lock connection.

Referring to fig. 4, the convex arc transverse pressing block 4B1 is composed of a convex arc plate seat groove 4B11, a corrugated strip 4B12, a buckling and pressing wheel 4B13 and a rubber pad strip 4B14, the corrugated strip 4B12 is installed on the top of the buckling and pressing wheel 4B13, the buckling and pressing wheel 4B13 is nested on the top of the rubber pad strip 4B14 and is located on the same vertical surface, the rubber pad strip 4B14 is provided with two grooves which are respectively inserted and embedded on the left side and the right side inside the convex arc plate seat groove 4B11, the convex arc plate seat groove 4B11 is a groove seat structure with a spherical cap at the top and inserted into a transverse plate groove, a buffer scraping pipeline ring cleaning effect is formed by matching a transverse plate slotting tool with a convex arc cavity, the anti-clogging efficiency is improved, the flow rate adjustment significance is improved, the corrugated strip 4B12 is pulled by the rubber pad strip 4B14 to form a conducting effect of through air flow, the left and right top supporting pad pressure protection is ensured, and the slow release operation of the butt flange supporting.

Referring to fig. 5, the petal brace 4C1 is composed of a trapezoidal brace 4C11, a connecting buckle plate 4C12, a bent petal brace 4C13 and a transverse plate 4C14, the trapezoidal brace 4C11 is buckled with the transverse plate 4C14 through the connecting buckle plate 4C12 and is located on the same vertical plane, the transverse plate 4C14 is installed inside the bent petal brace 4C13, the bent petal brace 4C13 is of a fan-shaped plate structure with left-side bent-arc and right-side gradient edges, so that left and right positioning of the clamp brace frame is facilitated, the anti-recoil load bearing effect of the confined pressure fluid is ensured, clamping auxiliary operation of butt joint of the water flow feedback pipeline is improved, the trapezoidal brace 4C11 is driven by the bent petal brace 4C13 to form a blocking effect of central water flow, and the through diameter of the contracted water flow and the section operation sensitivity of the retraction port are ensured.

The working process is as follows: a worker enables a ring frame 4A2 of a settling ring frame convex ball frame 4A to be sleeved with a binding pipe 3 and arranged in an observation groove 6 and a shell frame 7 by lifting a plunger cap 5 on an inner through hole groove 4E of a ring sliding hanger plate seat 4 and a hanging plate body 4F, and then the left end and the right end of a pipeline are connected in a sealing way through a sealing ring sleeve ring 1 and a rubber cushion seat 2 in a sealing way, so that a bending strip pad 4A11 of a top rotating frame ball groove 4A1 wraps a ball inner chamber 4A12 and a top support roller rotating pipe opening of a damping column block 4A 7 along a support rod 4A13, a convex arc transverse pressing block 4B1 of a sliding shuttle shaving block 4B is driven to push a shaving blade 4B2 to rotate along a sliding shuttle groove 4B3 to pull and pull a razor to clean scale, a corrugated belt 4B12 in a convex arc plate seat groove 4B11 pulls the clamping wheel 4B13 to be matched with the rubber cushion strip 4B14 to push left and right top supports along a sliding block 4B 7384, thereby ensuring that air flow through the left and right sliding hanger plates is lifted by a pressure release pipe, and a pressure release pipe is prevented from bursting, and a side support C4 Move, and pack through bent lamella brace 4C13 counterpoint and press trapezoidal column board 4C11, when making the diaphragm 4C14 that connects buckle 4C12 clamp cooperate the slide brush in oval lamella brush yoke 4D later stage, form the frame-type and lead out the orificial effect of tee bend, and when the guarantee pipeline shunts, the flow area is cut to the quick hand hay cutter, form and separate the regulation operation effect who keeps off the velocity of flow, let the sensitivity of high-efficient quick regulation velocity of flow pipe means obtain accurate stretch-draw cross section and adjust.

Example two:

referring to fig. 1 to 6, the present invention provides a high-efficiency and rapid flow rate adjusting pipe device, which is otherwise the same as embodiment 1 except that:

referring to fig. 2, the ellipsoid brush holder 4D is composed of an ellipsoid brush cap 4D1, a corrugated tube 4D2 and a storage cylinder 4D3, the ellipsoid brush cap 4D1 is nested on the left side of the corrugated tube 4D2, the axes of the ellipsoid brush cap 4D1 are collinear, the corrugated tube 4D2 is inserted and embedded on the left side of the storage cylinder 4D3, the ellipsoid brush cap 4D1 is used for rolling a base pipe orifice to enable the corrugated tube 4D2 to lift and suck scale for cylinder pressure storage, and self-cleaning treatment operation of the inner wall when the flow rate section of the pipeline is adjusted is guaranteed.

Referring to fig. 6, the ellipsoidal brush cap 4D1 is composed of a curved arc suspension rod 4D11, a composite through hole groove 4D12, a brush plate 4D13 and an ellipsoidal cap 4D14, the composite through hole groove 4D12 is installed inside the brush plate 4D13 and is located on the same vertical plane, the brush plate 4D13 is provided with two composite through hole frame structures which are respectively nested on the left and right sides of the curved arc suspension rod 4D11, the curved arc suspension rod 4D11 is inserted and embedded inside the ellipsoidal cap 4D14, the composite through hole groove 4D12 is a composite through hole frame structure in which an ellipsoidal hole is inserted and embedded on the side of a ring hole on the inner side, so that the frame is convenient to form a top support, storage and conduction effect for extracting scale at the mouth of a pipeline, the composite through hole groove 4D12 is integrally connected with the brush plate 4D13, and the pipeline brushing the edge of the plate can be extruded and lifted through the through hole, so that the cleaning brush can be adapted to obtain the lifting treatment effect of.

Pipeline mouth about inserting the ring through the pressure disk of earlier stage and cup jointing, let the slider in middle section drive the blade and carry out the mouth of a pipe and scrape and wash the cleaning operation, and the drawing improves water pressure about the check baffle, promote the cross-sectional area change operation effect of flow rate regulation, then let later stage water conservancy secondary remaining incrustation scale, ellipsoid brush cap 4D1 package through ellipsoid lamella brush yoke 4D presses bellows 4D2 along storage cylinder 4D3 roller and changes the input incrustation scale, let the compound through-hole groove 4D12 of curved arc jib 4D11 hoist and brush board 4D13 carry out pipeline annular in ellipsoid cap 4D14 and sweep the cooperation track of making a video recording and comb the operation effect.

The invention uses the combination of the above parts to achieve the purposes of matching the tube bundling tube 3 with the annular sliding hanger plate seat 4, locking and connecting the left side and the right side of the annular frame convex ball frame 4A through the tube bundling tube 3, driving the side wrapping and pressing frame 4C and the ellipsoid valve brush frame 4D through the shuttle shaver block 4B to form the impurity removal and lifting operation of the retained scale and the silt, when the top layer panel stores deposits, chamfering the inner wall of the intermittent self-cleaning pipeline of the bottom layer annular frame to form the rotary cleaning and shaving effect of the clamped dirt, so that the integral vertical frame-protected plate ring body can be effectively adapted to the transversely poured water flow, the slide block is provided with the expansion plate to effectively divide the area of the plate surface to cut off, the expansion area adjustment inching effect of the conduction pressure and the rapid adjustment flow rate is ensured, the branch pipe connection of the water supply of the lifting pipeline is accurate in flow rate quality, thereby solving the adjustment of the flow rate and the flow rate of the pipeline at the disk opening and the annular wall, and the cliff department is the inner wall angle groove that bonds incrustation scale and aquatic grit comparatively easily, and this makes accumulational impurity can make the shrink of rivers mouth to disturb pipeline drainage flow and velocity of flow efficiency, cause the fluid quality in the pipeline uneven, and disturb pipeline water pressure volume easily, thereby mix with the mixed flow of dirt flocculation thing and fill and switch on, also influence the quality of water health condition after the pipeline engagement, the problem of effectual adjustment operation can not be got to the chamfer ring of pipeline butt joint.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A high-efficient quick speed adjusting pipeline device, its structure includes: sealing washer lantern ring (1), cushion seat (2), beam bobbin (3), smooth gallows dish seat (4) of ring, plunger cap (5), observation groove (6), shell frame piece (7), its characterized in that:

the ring sliding hanger plate seat (4) is nested on the top of the shell frame block (7), the observation groove (6) is installed inside the shell frame block (7), the plunger cap (5) is inserted and embedded on the top of the ring sliding hanger plate seat (4), the sealing ring lantern ring (1) is connected with the tube bundling tube (3) through a rubber cushion seat (2) in a gluing mode, the rubber cushion seat (2) is buckled with the tube bundling tube (3), and the tube bundling tube (3) is provided with two tubes which are respectively inserted and embedded on the left side and the right side of the shell frame block (7);

the ring sliding hanger plate seat (4) is provided with a ring frame convex ball frame (4A), a shuttle shaver block (4B), a side wrapping and pressing frame (4C), an ellipsoidal disc brush holder (4D), an inner through hole groove (4E) and a hanger plate body (4F);

the side wrapping pressing frame (4C) is provided with two parts and is respectively installed on the left side and the right side of the inner through hole groove (4E), the inner through hole groove (4E) and the hanging disc body (4F) are integrated, the oval valve brush holder (4D) is provided with four parts and is respectively inserted into the left side and the right side of the ring frame convex ball holder (4A), the oval valve brush holder (4D) is installed on the front side of the hanging disc body (4F), and the hanging disc body (4F) is nested on the top of the shell frame block (7).

2. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 1, wherein: ring frame protruding ball frame (4A) comprises top revolving frame pearl groove (4A1), ring frame strip frame (4A2), top revolving frame pearl groove (4A1) is equipped with two and installs respectively in the inside upper and lower both sides of ring frame strip frame (4A2), top revolving frame pearl groove (4A1) cooperatees with ring frame strip frame (4A 2).

3. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 2, wherein: top revolving rack pearl groove (4A1) comprises curved strip pad (4A11), ball inner chamber (4A12), cradling piece (4A13), damping column piece (4A14), curved strip pad (4A11) is installed on the top of ball inner chamber (4A12), cradling piece (4A13) is inserted and is inlayed on the top of damping column piece (4A14), damping column piece (4A14) and ball inner chamber (4A12) cooperate.

4. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 1, wherein: the shuttle shaver block (4B) consists of a convex arc transverse pressing block (4B1), a shaver blade (4B2) and a shuttle slider groove (4B3), the shaver blade (4B2) is inserted and embedded on the top of the convex arc transverse pressing block (4B1), and the shuttle slider groove (4B3) is provided with two convex arc transverse pressing blocks and is respectively embedded on the left side and the right side of the convex arc transverse pressing block (4B 1).

5. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 4, wherein: convex arc horizontal briquetting (4B1) comprises convex arc plate seat groove (4B11), corrugated belt (4B12), buckle pinch roller (4B13), rubber filler strip (4B14), corrugated belt (4B12) is installed on the top of buckling pinch roller (4B13), buckle pinch roller (4B13) nestification is on the top of rubber filler strip (4B14), rubber filler strip (4B14) are equipped with two and insert respectively and inlay the left and right sides in convex arc plate seat groove (4B11) inside.

6. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 1, wherein: the side wrapping and pressing frame (4C) is composed of a flap strut block (4C1), a connecting rod frame (4C2) and a frame rail groove (4C3), the flap strut block (4C1) and the connecting rod frame (4C2) are nested into a whole, and the connecting rod frame (4C2) is mechanically connected with the frame rail groove (4C 3).

7. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 6, wherein: lamella vaulting pole piece (4C1) comprises trapezoidal column board (4C11), connection buckle (4C12), curved lamella vaulting piece (4C13), diaphragm (4C14), trapezoidal column board (4C11) is in the same place through connecting buckle (4C12) and diaphragm (4C14) lock, diaphragm (4C14) are installed in the inside of curved lamella vaulting pole piece (4C 13).

8. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 1, wherein: ellipsoid lamella brush yoke (4D) comprises ellipsoid brush cap (4D1), bellows (4D2), storage cylinder (4D3), ellipsoid brush cap (4D1) nestification is in the left side of bellows (4D2), bellows (4D2) are inserted and are inlayed in the left side of storage cylinder (4D 3).

9. A high efficiency rapid flow rate regulating pipe apparatus as claimed in claim 8, wherein: ellipsoid brush cap (4D1) comprises bended-arc jib (4D11), compound through-hole groove (4D12), brush board (4D13), ellipsoid cap (4D14), compound through-hole groove (4D12) is installed in the inside of brush board (4D13), brush board (4D13) are equipped with two and nest respectively in the left and right sides of bended-arc jib (4D11), bended-arc jib (4D11) are inserted and are inlayed in the inside of ellipsoid cap (4D 14).