CN104791583B - Auxiliary locator and drainage system for draining pump - Google Patents

Abstract

The invention provides a kind of auxiliary locator and drainage system for draining pump.Auxiliary locator includes：Bracket component, bracket component has the location and installation region for being used for installing draining pump；Rolling assembly, rolling assembly is rotatably arranged in the bottom of bracket component.Due to being provided with rolling assembly, thus in the presence of rolling assembly, draining pump can be quickly moved to the scene of speedily carrying out rescue work by promoting bracket component, make auxiliary locator while having the characteristics of being easy to movement, be easy to operation.Compared with portable drainage car, auxiliary locator in the present invention has low small volume, production cost, portable construction, floor space is small, can adapt to the features such as various complicated environment of speedily carrying out rescue work, simple operation, the effect of draining pump is given full play to, reduce the limitation of use requirement, the scope of application is expanded, operational reliability is improved.When carrying out sewer draining, the suction line of draining pump can be made smoothly to be docked with the inlet of sewer.

Description

Auxiliary locator and drainage system for draining pump

Technical field

The present invention relates to technical field of engineering machinery, in particular to a kind of auxiliary locator for draining pump And drainage system.

Background technology

At present, when flood situation occur in city, industrial and mining enterprises and farmland, it is necessary to when flood fighting emergency flood fighting is drained flooded fields, use mostly solid Determine drainage pumping plant and carry out draining.

But, fixed drainage pumping plant is fixed due to set location, it is impossible to tackle the product that some unexpected places occur Draining can not be just carried out when there is ponding in marine insurance feelings, such as municipal sewage system.

Therefore, the device that can be controlled flood and drained flooded fields using movable type, such as drainage car carries out draining to accident spot.

But, due to the complicated of drainage car, production cost is high, overall volume is big, weight is big and drainage car suction Mouth is difficult to dock with sewer mouth, thus there are problems that inconvenient for use, drainage effect, it is difficult to adapt to complicated ring of speedily carrying out rescue work Border.

Draining pump is as the main tool of draining, and a kind of anxious scarce special auxiliary locator, which is fixed in, speedily carries out rescue work existing .

The content of the invention

It is a primary object of the present invention to provide a kind of auxiliary locator and drainage system for draining pump, to solve Draining pump is independently fixed on the problem of speedily carrying out rescue work scene in the prior art.

To achieve these goals, according to an aspect of the invention, there is provided a kind of auxiliary positioning for draining pump Device, including：Bracket component, bracket component has the location and installation region for being used for installing draining pump；Rolling assembly, rolling assembly It is rotatably arranged in the bottom of bracket component.

Further, bracket component includes：Skeleton, skeleton surrounds location and installation region；Hoisting mechanism, hoisting mechanism is set At the top of skeleton.

Further, skeleton includes：Top plate；Around circumferentially spaced multiple pillars of top plate, the top and top of pillar Plate is connected, and rolling assembly is arranged on the bottom of pillar.

Further, pillar is pivotably connected with top plate.

Further, top plate has the first connection lug, and the top of pillar has the second connection lug, the first connection lug Lug is connected with second to be hinged, and pillar is overturn to the direction closer or far from top plate.

Further, pillar is at least one section, and when pillar is in multistage, pillar includes multiple sub- pillars being sequentially connected with, It is mutually hinged or be fixedly connected between two neighboring sub- pillar.

Further, when pillar is in mutually hinged between multistage and two neighboring sub- pillar, pillar has expanded position And recovery position, when pillar is in the deployed, the distance between top of multiple pillars is less than the bottom of multiple pillars Distance；When pillar is in recovery position, the bottom of multiple pillars is gathered each other.

Further, pillar includes two sub- pillars being connected, when pillar is in the deployed, close to top plate side Many sub- pillars between top of the distance along pillar gradually increase to the direction of bottom.

Further, skeleton also includes locating rod, and locating rod is multiple, fixed by locating rod between two neighboring pillar Position, locating rod is sequentially arranged and surrounds location and installation region.

Further, auxiliary locator also includes being used to improve the reinforcing connector of the positioning intensity of draining pump, reinforces Connector is connected with bracket component.

Further, auxiliary locator also includes being used to improve the reinforcing connector of the positioning intensity of draining pump, reinforces Connector is arranged on pillar.

Further, the first end for reinforcing connector is connected with pillar, and the second end of reinforcing connector, which has, to be used for and row The jointing that water pump is detachably connected.

Further, the lifting adjustable length of hoisting mechanism saves land setting.

Further, hoisting mechanism includes：Top suspension ring, top suspension ring are located at the top of the upper surface of top plate；Hang bottom Ring, bottom suspension ring are located at the lower section of the lower surface of top plate, and top plate backstop is between top suspension ring and bottom suspension ring；Chain block, Chain block is connected with bottom suspension ring and is located at the lower section of bottom suspension ring.

Further, auxiliary locator also includes hoisting bracket, and hoisting bracket takes the shape of the letter U, hoisting mechanism and hoisting bracket Connection.

Further, hoisting bracket includes：There is transverse slat, transverse slat the suspension hook for hooking cooperation with the suspension hook of hoisting mechanism to be connected Ring；Riser, riser is two pieces, and the first end of two pieces of risers and the two ends of transverse slat connect one to one, and the second end of riser is to branch The bottom of frame component is stretched out.

Further, auxiliary locator also includes the stop mechanism for being used to position the suction line of draining pump.

Further, stop mechanism includes body, and body is in plate shape, and body has positioning hole.

Further, body includes multiple stop blocks, and multiple stop blocks splice and surround positioning hole.

Further, stop block is two, and two stop blocks are symmetrical arranged, and each stop block is respectively provided with breach, and two only Two breach of block are spliced to form positioning hole.

Further, the first side of two stop blocks is rotatably coupled, and the second side of two stop blocks is opened or closed up.

According to another aspect of the present invention there is provided a kind of drainage system, including draining pump, drainage system also includes above-mentioned Auxiliary locator, draining pump is arranged in the location and installation region of auxiliary locator.

Apply the technical scheme of the present invention, bracket component has the location and installation region for being used for installing draining pump, rolling group Part is rotatably arranged in the bottom of bracket component.Due to being provided with bracket component, thus draining pump may be mounted at support group With positioning in the installation region of part.Due to being provided with rolling assembly, thus in the presence of rolling assembly, by promoting support group Draining pump can be quickly moved to the scene of speedily carrying out rescue work by part, made auxiliary locator while having and be easy to spy that is mobile, being easy to operation Point.Compared with portable drainage car, the auxiliary locator in the present invention has low small volume, production cost, portable construction, accounted for Ground area is small, can adapt to the features such as various complicated environment of speedily carrying out rescue work, simple operation, has given full play to the effect of draining pump, drop The low limitation of use requirement, expands the scope of application, improves operational reliability.When carrying out sewer draining, by In the compact conformation of auxiliary locator, so that the suction line of draining pump can be docked smoothly with the inlet of sewer, so that Improve the functional reliability of drainage system.

Brief description of the drawings

The Figure of description for constituting the part of the application is used for providing a further understanding of the present invention, and of the invention shows Meaning property embodiment and its illustrate be used for explain the present invention, do not constitute inappropriate limitation of the present invention.In the accompanying drawings：

Fig. 1 shows the structural representation of the auxiliary locator in the present invention；

Fig. 2 shows Fig. 1 front view；

Fig. 3 shows the structural representation of the stop mechanism in the present invention；

Fig. 4 shows the working state schematic representation when stop mechanism in Fig. 3 is in an open position；

Fig. 5 shows the structural representation of the auxiliary switching device in the present invention；And

Fig. 6 shows the structural representation of another angle of the auxiliary switching device in Fig. 5.

Wherein, above-mentioned accompanying drawing is marked including the following drawings：

10th, draining pump；11st, suction line；12nd, motor；13rd, column is mounted；20th, location and installation region；30th, rolling group Part；31st, bearing plate；32nd, roller connecting plate；33rd, roller；40th, skeleton；41st, top plate；42nd, pillar；42a, the second connection lug； 42b, sub- pillar；43rd, locating rod；50th, hoisting mechanism；51st, top suspension ring；52nd, bottom suspension ring；53rd, chain block；53a, hang Hook；60th, connector is reinforced；61st, jointing；70th, hoisting bracket；71st, transverse slat；71a, suspension hook connection ring；72nd, riser；80th, only Retaining device；81st, body；81a, positioning hole；81b, stop block；100th, excessively stream casing；110th, water inlet；120th, discharge outlet；130、 Connecting seat；, drainpipe；300th, flap valve；400th, flow control device；410th, control handle；420th, transmission component；421st, it is driven Arm；422nd, elevating lever；423rd, slideway；424th, bar is slid；425th, the second auxiliary section；500th, connection component；510th, rotary shaft；520、 Wear pedestal；521st, linking arm；600th, fixed seat.

Embodiment

It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the application can phase Mutually combination.Describe the present invention in detail below with reference to the accompanying drawings and in conjunction with the embodiments.

It is noted that described further below is all exemplary, it is intended to provide further instruction to the application.Unless another Indicate, all technologies used herein and scientific terminology are with usual with the application person of an ordinary skill in the technical field The identical meanings of understanding.

In the present invention, in the case where not making opposite explanation, the noun of locality used is typically pin such as " upper and lower, top, bottom " For direction shown in the drawings, or on vertical, vertical or gravity direction；Similarly, for ease of reason Solution and description, " inside and outside " refers to the inside and outside of the profile relative to each part in itself, but the above-mentioned noun of locality is not limited to this Invention.

The problem of speedily carrying out rescue work scene is independently fixed in order to solve draining pump in the prior art, is used for the invention provides one kind The auxiliary locator and drainage system of draining pump.

As shown in figure 1, drainage system includes draining pump 10, drainage system also includes following auxiliary locators, draining Pump 10 is arranged in the location and installation region 20 of auxiliary locator.In the specific embodiment shown in Fig. 1, draining pump 10 it is upper Side is additionally provided with motor 12, motor 12 and the drive connection of draining pump 10.Wherein, draining pump 10 is vertical with motor Set.

As shown in Figures 1 to 4, auxiliary locator includes bracket component and rolling assembly 30, and bracket component, which has, to be used for The location and installation region 20 of draining pump 10 is installed；Rolling assembly 30 is rotatably arranged in the bottom of bracket component.

Due to being provided with bracket component, thus draining pump may be mounted in the installation region of bracket component to position.By In being provided with rolling assembly 30, thus in the presence of rolling assembly 30, by promoting bracket component that draining pump 10 is fast Speed is moved to the scene of speedily carrying out rescue work, and makes auxiliary locator while having the characteristics of being easy to movement, be easy to operation.With portable drainage car Compare, the auxiliary locator in the present invention has low small volume, production cost, portable construction, floor space is small, can adapt to The features such as various complicated environment of speedily carrying out rescue work, simple operation, the effect of draining pump is given full play to, the limit of use requirement is reduced System, expands the scope of application, improves operational reliability.When carrying out sewer draining, due to auxiliary locator Compact conformation, so that the suction line 11 of draining pump can be docked smoothly with the inlet of sewer, so as to improve drainage system Functional reliability.

Bracket component in the present invention includes skeleton 40 and hoisting mechanism 50, and skeleton 40 surrounds location and installation region 20, hung Mounting mechanism 50 is arranged on the top of skeleton 40.Due to being provided with skeleton 40, hereby it is ensured that auxiliary locator has certain knot Structure intensity, reliably can be positioned to draining pump 10.Due to being additionally provided with hoisting mechanism 50 at the top of skeleton 40, thus Draining pump 10 is set to be lifted on by hoisting mechanism 50 in the location and installation region 20 of skeleton 40, it is ensured that the installation of draining pump 10 can By property.Meanwhile, draining pump 10 is positioned by the way of lifting, draining pump 10 is suspended under gravity fixed In the installation region 20 of position, the reliability of positioning of draining pump 10 is effectively increased, draining pump 10 is eliminated and topples the safe thing of initiation Therefore hidden danger.

In the preferred embodiment shown in Fig. 1 and Fig. 2, skeleton 40 includes top plate 41 and set around the circumferentially-spaced of top plate 41 The multiple pillars 42 put, the top of pillar 42 is connected with top plate 41, and rolling assembly 30 is arranged on the bottom of pillar 42.Due to setting There is pillar 42, thus make pillar 42 that there is the effect of support to top plate 41, make skeleton 40 have certain stretching, extension empty in height Between, so as to reserve enough installing spaces, that is, location and installation area for hoisting mechanism 50, draining pump 10 and motor 12 There is enough installing spaces in domain 20.Due to being provided at circumferentially spaced around top plate 41 of pillar 42, thus effectively reduce pillar 42 use number, so as on the premise of the structural strength of auxiliary locator is ensured, effectively reduce auxiliary locator Overall weight and materials, make auxiliary locator that there is the characteristics of simple in construction, manufacturing cost is low.

Preferably, pillar 42 is pivotably connected with top plate 41.Because pillar 42 is pivotably connected with top plate 41, thus By adjusting the angle between pillar 42 and top plate 41, thus it is possible to vary the size in above-mentioned location and installation region 20, so that auxiliary Positioner is helped to meet the installation requirement of different draining pumps 10, and convenient transport.

As depicted in figs. 1 and 2, top plate 41 has the first connection lug, and the top of pillar 42 has the second connection lug 42a, the first connection lug is connected lug 42a with second and is hinged, and pillar 42 is overturn to the direction closer or far from top plate 41.Tool For body, above-mentioned first connection lug is connected lug 42a with second to be hinged by jointed shaft.It can be made by dismounting jointed shaft First connection lug, which is connected lug 42a with second, has removably feature, consequently facilitating staff is to auxiliary locator Repaired and overhauled.

Pillar 42 in the present invention is at least one section, and when pillar 42 is in multistage, pillar 42 includes multiple be sequentially connected with Mutually hinged and adjustable angle saves land setting between sub- pillar 42b, two neighboring sub- pillar 42b.When pillar 42 is one section, this The overall upset of Shi Zhizhu 42, without more piece it is controllable the characteristics of.When pillar 42 is in multistage, due to two neighboring sub- pillar 42b Between mutually hinged and adjustable angle save land setting, thus add the regulation diversity of pillar 42, and make location and installation region 20 have the characteristics of adjustability is good.

Specifically, when pillar 42 is in multistage, pillar 42 has expanded position and recovery position, when pillar 42 is in exhibition During open position, the distance between top of multiple pillars 42 is less than the distance of the bottom of multiple pillars 42；When pillar 42 is in back When receiving position, the bottom of multiple pillars 42 is gathered each other.Because pillar 42 has expanded position and recovery position, thus it ought use During auxiliary locator, pillar 42 can be adjusted to expanded position, so that location and installation region 20 has enough installations empty Between go to accommodate draining pump 10, the part such as motor 12.And when auxiliary locator when not in use, by by pillar 42 adjust to Recovery position, so that location and installation region 20 is space-minimized, reduces the overall volume and space-consuming of auxiliary locator, The storage reliability of auxiliary locator is improved, auxiliary locator is easy to store and is moved.

Preferably, the angle between two neighboring sub- pillar 42b is more than or equal to 90 degree.Now, branch can be effectively improved The support reliability of post 42.Certainly, the angle between two neighboring sub- pillar 42b is also less than 90 degree, can now increase branch Post 42 reduces the bearing height of pillar 42 in horizontal area occupied.

In the preferred embodiment shown in Fig. 1 and Fig. 2, pillar 42 includes two sub- pillar 42b being connected, and works as pillar 42 when being in the deployed, top of the distance between many sub- pillar 42b of the side of top plate 41 along pillar 42 to The direction of bottom gradually increases.In the preferred embodiment, pillar 42 is in umbrella so that the space of bottom is bigger, improves The reliability of positioning and stability of auxiliary locator.

Certainly, it can also be fixedly connected between two neighboring sub- pillar 42b.Due to solid between two neighboring sub- pillar 42b Fixed connection, thus be conducive to improving the overall construction intensity of pillar 42, so as to ensure that the integrated support reliability of bracket component.

Skeleton 40 in the present invention also includes locating rod 43, and locating rod 43 is multiple, is passed through between two neighboring pillar 42 Locating rod 43 is positioned, and locating rod 43 is sequentially arranged and surrounds location and installation region 20 (refer to Fig. 1 and Fig. 2).Due to being provided with Locating rod 43 fixes two neighboring pillar 42, thus improves the overall construction intensity of skeleton 40, and ensure that two neighboring Reliability of positioning between pillar 42, it is to avoid pillar 42 is rocked.Because locating rod 43 is sequentially arranged and surrounds location and installation Region 20, thus draining pump 10 is when being in the location and installation region 20, locating rod 43 is in the circumferential to draining pump of draining pump 10 10 play a part of backstop, are prevented effectively from draining pump 10 and topple.

In order to improve the tie point and bonding strength of draining pump 10 and bracket component, and it is prevented effectively from draining pump 10 and rocks, Auxiliary locator in the present invention also includes being used to improve the reinforcing connector 60 of the positioning intensity of draining pump 10, reinforces connection Part 60 is connected with bracket component and (refer to Fig. 1).Draining pump 10 is by hoisting mechanism 50 and reinforces connector 60 in multipoint positioning In the case of be arranged on bracket component on, it is ensured that the installation reliability of draining pump 10.

Preferably, it is multiple, multiple reinforcing being provided at circumferentially spaced around bracket component of connector 60 to reinforce connector 60.By In being provided with multiple reinforcing connectors 60, thus the circumferentially positioned reliability of draining pump 10 is further increased.

In the preferred embodiment shown in Fig. 1 and Fig. 2, reinforce connector 60 and be arranged on pillar 42.Now, the company of reinforcing One end of fitting 60 is connected with pillar 42, and the other end is connected with draining pump 10, so as to effectively prevent draining pump 10 from rocking.Due to row Water pump 10 is generally as position on the lower side in the middle part of auxiliary locator, thus when reinforcing connector 60 and being connected with pillar 42, can It is connected with most short distance with draining pump 10, so as to reduce the structure complexity of auxiliary locator.

In another preferred embodiment (not shown), reinforcing connector 60 can also be connected with top plate 41, now, plus One end of connected fitting 60 is connected with top plate 41, and the other end is connected with draining pump 10, so as to effectively prevent draining pump 10 from rocking.By In draining pump 10 generally as position on the lower side in the middle part of auxiliary locator, thus when reinforcing connector 60 is connected with top plate 41 When, the length for reinforcing connector 60 can be increased, so that auxiliary locator has baroque shortcoming.

As depicted in figs. 1 and 2, the first end for reinforcing connector 60 is connected with pillar 42, reinforces the second end of connector 60 With the jointing 61 for being detachably connected with draining pump 10.Because the second end for reinforcing connector 60 has jointing 61, thus make the characteristics of reinforcing connector 60 has quick assembling with draining pump 10, so as to improve the behaviour of auxiliary locator Make convenience.

In the preferred embodiment illustrated in fig. 1, jointing 61 is hook.In order to coordinate with the hook, draining pump 10 The mounting column 13 of projection is additionally provided with, when reinforcing connector 60 and being connected with draining pump 10, it is necessary to will hook and mounting column In 13 mountings, so as to ensure that reinforcing connector 60 is quickly and reliably connected with draining pump 10.

Specifically, in order to improve the bonding strength of first end and the pillar 42 of reinforcing connector 60 and be connected reliably Property, the first end for reinforcing connector 60 is fixedly connected with pillar 42.

Preferably, it is chain to reinforce connector 60.Certainly, reinforce connector 60 and can also be steel wire rope, rope made of hemp etc..

The lifting adjustable length of hoisting mechanism 50 in the present invention saves land setting.Because the lifting length of hoisting mechanism 50 can Adjustably set, thus by adjusting the lifting length of hoisting mechanism 50, the hoisting height of draining pump 10 can be controlled, so as to full The lifting demand of foot difference draining pump 10.

As depicted in figs. 1 and 2, hoisting mechanism 50 includes top suspension ring 51, bottom suspension ring 52 and chain block 53, and top is hung Ring 51 is located at the top of the upper surface of top plate 41, and bottom suspension ring 52 are located at the lower section of the lower surface of top plate 41, and the backstop of top plate 41 exists Between top suspension ring 51 and bottom suspension ring 52, chain block 53 is connected with bottom suspension ring 52 and positioned at the lower section of bottom suspension ring 52. The lifting length of hoisting mechanism 50 can be adjusted due to being provided with chain block 53, thus by chain block 53, when drawing hand When drawing the chain on cucurbit 53, draining pump 10 can be lifted.Because hoisting mechanism 50 has top suspension ring 51 and bottom suspension ring 52, Thus make hoisting mechanism 50 that there is easy-to-mount feature.Wherein, the lower end of chain block 53 has suspension hook 53a.

Specifically, it is connected through a screw thread between top suspension ring 51 and bottom suspension ring 52.And be socketed with bottom suspension ring 52 Nut, prevents bottom suspension ring 52 from jumping upwards.Meanwhile, top suspension ring 51 are also socketed with nut, prevent top suspension ring 51 from leaping up downwards It is dynamic.

Also include to improve the auxiliary locator in the connection reliability of hoisting mechanism 50 and motor, the present invention Hoisting bracket 70, hoisting bracket 70 takes the shape of the letter U, and hoisting mechanism 50 is connected with hoisting bracket 70 and (refer to Fig. 1 and Fig. 2).Due to setting Be equipped with hoisting bracket 70, thus be in advance connected hoisting bracket 70 with motor 12, can effectively improve hoisting mechanism 50 with The assembling convenience of motor 12, and ensure that the installation reliability of motor 12.

Specifically, as depicted in figs. 1 and 2, hoisting bracket 70 includes transverse slat 71 and riser 72, and transverse slat 71 has and lifting The suspension hook 53a of mechanism 50 hooks the suspension hook connection ring 71a coordinated, and riser 72 is two pieces, the first end and transverse slat of two pieces of risers 72 71 two ends connect one to one, and the second end of riser 72 is stretched out to the bottom of bracket component.Due to riser 72 the second end to The bottom of bracket component is stretched out, thus riser 72 is connected positioning with the outer peripheral face of motor 12, it is ensured that hoisting bracket 70 and Motor 12 has enough connection areas.Meanwhile, the suspension hook of suspension hook connection ring 71a and hoisting mechanism 50 on transverse slat 71 53a, which is hooked, to be coordinated, so that hoisting mechanism 50 is reliably connected by hoisting bracket 70 with motor 12.

Preferably, riser 72 is welded with motor.

Preferably, draining pump 10 is bottom suction-type.That is, suction line 11 is located at the bottom of draining pump 10.

Now, the auxiliary locator in the present invention is also included for stopping that the suction line 11 to draining pump 10 is positioned Retaining device 80.Due to being provided with stop mechanism 80, thus when draining pump 10 and auxiliary locator are in operating environment, with Exemplified by sewer mouth, now, suction line 11 is stretched into sewer mouth, and stop mechanism 80 understands backstop in the outer rim of sewer mouth, So as to avoid suction line 11 from extending further into sewer mouth, and the upper end of suction line 11 is stuck at sewer mouth, prevent from inhaling Enter pipe 11 to fall into it, it is ensured that draining pump 10, the reliability of positioning of suction line 11.

As shown in Figures 1 to 4, stop mechanism 80 includes body 81, and body 81 is in plate shape, and body 81 has positioning hole 81a. Due to being reserved with positioning hole 81a, thus it is easy to position suction line 11.Because body 81 is in plate shape, thus it is easy to under Watercourse port is covered.

Preferably, body 81 includes multiple stop block 81b, and multiple stop block 81b, which splice and surround positioning hole 81a, (please join Examine Fig. 3 and Fig. 4).Because multiple stop block 81b splice and surround positioning hole 81a, thus make body 81 have it is removable, can be assembled The characteristics of, so as to improve the dismounting convenience of stop mechanism 80 and suction line 11.

In the preferred embodiment shown in Fig. 3 and Fig. 4, stop block 81b is two, and two stop block 81b are symmetrical arranged, Each stop block 81b is respectively provided with breach, and two stop block 81b two breach are spliced to form positioning hole 81a.

Preferably, positioning hole 81a is rounded.Certainly, positioning hole 81a should adaptably be set with the periphery of suction line 11.

Preferably, two stop block 81b the first side is rotatably coupled, two stop block 81b the second end open or Close up and (refer to Fig. 3 and Fig. 4).Because two stop block 81b the first side is rotatably coupled, thus when two stop blocks 81b the second side can open wide positioning hole 81a when opening, in order to which suction line 11 is stretched into or is deviate from, so as to ensure that backstop Mechanism 80 and the dismounting reliability of suction line 11.

In a preferred embodiment (not shown), stop mechanism can also be gear-stopping bar, and gear-stopping bar transverse direction backstop exists At sewer mouth, and gear-stopping bar is connected by anchor ear with suction line 11.

In a preferred embodiment (not shown), bracket component can also be support platform, and draining pump 10 is directly solid It is scheduled in support platform, rolling assembly 30 is arranged on the lower section of support platform.Now, because draining pump 10 is only by being supported on support To position on platform, there is the danger that installation reliability is poor, easily topple.

Rolling assembly 30 in the present invention includes bearing plate 31, roller connecting plate 32 and roller 33, the bottom of each pillar 42 End is correspondingly arranged on a bearing plate 31, and the lower section of bearing plate 31 is provided with rotation Ground roller 33, and the both sides point of roller 33 The roller connecting plate 32 fixed with bearing plate 31 is not provided with, and roller 33 is pivotally connected with roller connecting plate 32 by bearing pin.

Auxiliary locator and drainage system in the present invention have that simple in construction, production cost is low, be easy to and sewer The advantage of mouth docking.

Draining pump 10 in the present invention spues for level.

Preferably, vacuum extractor (not shown) is also associated with draining pump 10, the vacuum extractor passes through row Tracheae is connected with the pump chamber of draining pump 10.

In addition, drainage system also include drainpipe, drainage system also include following auxiliary switching devices, draining pump 10 with The water inlet 110 of auxiliary switching device is connected, and drainpipe is with aiding in the discharge outlet 120 of switching device to be connected.

As shown in Figure 1, Figure 2, shown in Fig. 5 and Fig. 6, auxiliary switching device includes excessively stream casing 100 and the excessively stream casing of flap valve 300 100 have for the water inlet 110 being connected with draining pump 10 and the discharge outlet 120 being connected with drainpipe；Flap valve 300 can be opened and closed Ground is arranged at water inlet 110 and positioned at the inside of excessively stream casing 100.

Because flap valve 300 can be opened and closed to be arranged at the water inlet 110 of excessively stream casing 100, thus enter to draining pump 10 When row is vacuumized, flap valve 300 can be closed at water inlet 110 in the case where vacuumizing suction, so that the pump chamber of draining pump 10 Closed, that improves draining pump 10 vacuumizes reliability, and effectively reduces energy loss, it is ensured that vacuum extractor reliably draws Stream, and can be with the suction line 11 of the port of export of communicated drainage pump 10 and draining pump 10 after drainage terminates.

Auxiliary switching device also includes being used to control the flow control device 400 of the aperture of flap valve 300, flow control device 400 have stress state and unloaded state, and when flow control device 400 is in stress state, flow control device 400 is with clapping 300 drive connections of door, when flow control device 400 is in unloaded state, flow control device 400 can be free with flap valve 300 Action.

It can change bat due to being provided with flow control device 400, thus by carrying out operation to flow control device 400 The aperture of door 300, so that the flow and lift of draining pump 10 can adjust.Because flow control device 400 has loading and unloads Two kinds of working conditions are carried, thus when being controlled without the aperture to flap valve 300, can by the way that flow control device 400 is unloaded So that flap valve 300 is freely acted, so that auxiliary switching device has various control scheme, the behaviour of auxiliary switching device is improved Make reliability and use reliability.Meanwhile, the auxiliary switching device in the present invention also has the low spy of simple in construction, manufacturing cost Point.By adjusting the angle between flap valve 300 and the side wall of excessively stream casing 100, the rate of discharge of draining pump 10 can be adjusted, is entered And adjust its lift.

Preferably, discharge outlet 120 is at least one.In the preferred embodiment shown in Fig. 5, discharge outlet 120 is one, Only docked with a drainpipe.In the preferred embodiment illustrated in fig. 1, discharge outlet 120 is two, and each discharge outlet 120 is equal It can be docked with a drainpipe.Shunting can be played a part of due to being provided with multiple discharge outlet 120, so as to by many Drainpipe is respectively protruding into different storage devices, and then improves the use reliability of auxiliary switching device.

In order to ensure that the auxiliary switching device in the Reliability of Microprocessor of flap valve 300, the present invention also includes connection component 500, Connection component 500 include rotary shaft 510, flap valve 300 by rotary shaft 510 it is turnable be arranged in excessively stream casing 100.Due to Being provided with connection component 500 includes rotary shaft 510, thus under the connection function of rotary shaft 510, it is ensured that flap valve 300 and mistake Stream casing 100 is reliably connected, and ensure that flap valve 300 can be pivoted smoothly.

As shown in figure 5, connection component 500 also include wear pedestal 520, wear pedestal 520 be set in rotary shaft 510 and with rotation The synchronous axial system of rotating shaft 510, wearing pedestal 520 has the linking arm 521 stretched out towards flap valve 300, and linking arm 521 connects with flap valve 300 Connect.Due to being connected in flap valve 300 by wearing pedestal 520 with rotary shaft 510, thus add the company of flap valve 300 and rotary shaft 510 Junction is accumulated and connection reliability.Due to wearing also there is linking arm 521 on pedestal 520, so as to further increase flap valve 300 with connecting The connection reliability of connected components 500, and reduce difficulty of processing.

Preferably, pedestal 520 is worn to weld with rotary shaft 510.Certainly, the two with counter stopper and can be detachably connected, Only need to ensure the two synchronous axial system.

In the preferred embodiment shown in Fig. 5, the inwall of excessively stream casing 100 has the connecting seat 130 being provided projectingly, rotation Rotating shaft 510 is pivotly located on connecting seat 130.Due to being provided with excessively stream casing 100 for connecting rotary shaft 510 Connecting seat 130, hereby it is ensured that rotary shaft 510 is free to rotate in excessively stream casing 100, the motion for improving rotary shaft 510 can By property.

In order that flow control device 400 can be controlled to the anglec of rotation of rotary shaft 510, as shown in figure 5, rotation The first end of axle 510 is protruding by the side wall of excessively stream casing 100, and flow control device 400 and the first end of rotary shaft 510 connect Connect.Because the first end of rotary shaft 510 is protruding by the side wall of excessively stream casing 100, thus it is easy to flow control device 400 It is connected with rotary shaft 510, improves the locus arrangement reasonability of part.

As shown in Figure 5 and Figure 6, flow control device 400 includes control handle 410 and transmission component 420, control handle 410 have locked position and unlocked position, and control handle 410 is connected by transmission component 420 with flap valve 300, works as control handle 410 be in locked position when control handle 410 by transmission component 420 and the drive connection of flap valve 300, at control handle 410 Transmission component 420 can be acted freely with flap valve 300 when unlocked position.Because control handle 410 has two operating positions, because And by the way that control handle 410 to be got to different gears, flow control device 400 can be made in stress state and unloaded state Freely change, make auxiliary switching device that there are different control models.

Specifically, in the preferred embodiment shown in Fig. 5 and Fig. 6, control handle 410 by transmission component 420 with Rotary shaft 510 is connected, and when control handle 410 is in locked position, control handle 410 passes through transmission component 420 and rotary shaft 510 drive connections, when control handle 410 is in the unlocked position, transmission component 420 can be acted freely with rotary shaft 510.

Transmission component 420 in the present invention includes transmission arm 421 and elevating lever 422, the first end of transmission arm 421 and rotation The connection of axle 510 and synchronous axial system, elevating lever 422 have the slideway 423 that the second end with transmission arm 421 is slidably matched, and control handle Hand 410 is unlocked or locking with elevating lever 422.Due to being provided with elevating lever 422, thus transmission arm 421 can be perpendicular with elevating lever 422 Nogata is moved upwards, while transmission arm 421 is acted also in motion process along slideway 423, so that transmission arm 421 has fortune The characteristics of reliable, freedom of motion is more are moved, and then ensure that the rotation reliability of rotary shaft 510.By by control handle 410 dozens In different gears, control handle 410 can be made to be unlocked or locking with elevating lever 422, so that elevating lever 422 is freely being acted Or State Transferring is carried out between location control.

In the preferred embodiment shown in Fig. 5 and Fig. 6, slideway 423 is located at the close rotary shaft 510 of elevating lever 422 One end.Because slideway 423 is located at one end of the close rotary shaft 510 of elevating lever 422, thus avoid the motion of transmission arm 421 Interference, improves the Reliability of Microprocessor of transmission component 420.

It should be noted that, the glide direction of slideway 423 and bearing of trend from water inlet 110 to discharge outlet 120 in the same direction or It is oppositely arranged.

In order to reduce the frictional dissipation in transmission component 420, the second end of transmission arm 421 has rotatable sliding bar 424, sliding bar 424, which wears and rolled, to be arranged in slideway 423.Due to the sliding friction of transmission arm 421 and slideway 423 being changed For rolling friction, thus the wear damage of the two is reduced, improve the motion credibility of transmission arm 421.

Auxiliary switching device in the present invention also includes fixed seat 600, and fixed seat 600 is arranged on the outer of excessively stream casing 100 On wall, and the height adjustable of elevating lever 422 saves land and is arranged in fixed seat 600, and the control elevating lever 422 of control handle 410 is solid Position in reservation 600.Due to being provided with fixed seat 600, hereby it is ensured that the installation reliability of elevating lever 422.

Control handle 410 in the present invention has the first auxiliary section, the direction of elevating lever 422 towards the side of elevating lever 422 The side of control handle 410 has drives the second auxiliary section 425 (refer to Fig. 5) coordinated with the first auxiliary section.

As shown in figure 5, the second auxiliary section 425 is the dentalation being arranged on elevating lever 422, the first auxiliary section is setting The gear (not shown) coordinated with dentalation on control handle 410, drives elevating lever 422 to act by gear.

The course of work for aiding in switching device is described below：

First in use, the lower end of elevating lever 422 is located at liftable minimum point, elevating lever 422 can freely rise, flap valve 300 in completely enclosed state, when starting pumping after vacuum extractor startup, the suction of vacuum extractor make flap valve 300 with Water inlet 110 on excessively stream casing 100 is brought into close contact together, so as to play the work for vacuumizing space of cut-off vacuum extractor With.After vacuum extractor completes drainage, draining pump 10 is started working, and medium is incited somebody to action when flowing into excessively stream casing 100 from water inlet 110 The top of flap valve 300 is opened, and at this moment flap valve 300 drives rotary shaft 510 to be rotated on connecting seat 130 by wearing pedestal 520, rotary shaft 510 Drive connected transmission arm 421 to move, transmission arm 421 along slideway 423 slide when and drive elevating lever 422 to rise, work as bat When door 300 is shown in a fully open operation, elevating lever 422 rises to liftable peak；When needing regulation flow, by controlling handle The control elevating lever 422 of hand 410 is moved downward, and is adjusted to the flow needed, is then locked elevating lever 422 with control handle 410 Tightly, so as to realize the fixation of elevating lever 422, at this moment elevating lever 422 can not freely rise.When medium is flowed into overflowing box body 100 After can flow to drainpipe through discharge outlet 120.

It should be noted that when the upper end of elevating lever 422 is located at liftable peak, flap valve 300 is in standard-sized sheet shape State, when the lower end of elevating lever 422 is located at liftable minimum point, flap valve 300 is in completely enclosed state.The stream of draining pump 10 Amount and lift are inversely.

It should be noted that term used herein above is merely to describe embodiment, and be not intended to restricted root According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singulative It is also intended to include plural form, additionally, it should be understood that, when in this manual using term "comprising" and/or " bag Include " when, it indicates existing characteristics, step, work, device, component and/or combinations thereof.

It should be noted that term " first " in the description and claims of this application and above-mentioned accompanying drawing, " Two " etc. be for distinguishing similar object, without for describing specific order or precedence.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for the skill of this area For art personnel, the present invention can have various modifications and variations.Within the spirit and principles of the invention, that is made any repaiies Change, equivalent substitution, improvement etc., should be included in the scope of the protection.

Claims (19)

1. a kind of auxiliary locator for draining pump, it is characterised in that including：

Bracket component, the bracket component has the location and installation region (20) for being used for installing draining pump (10)；

Rolling assembly (30), the rolling assembly (30) is rotatably arranged in the bottom of the bracket component；The support group Part includes：Skeleton (40), the skeleton (40) surrounds the location and installation region (20)；Hoisting mechanism (50), the hoisting machine Structure (50) is arranged on the top of the skeleton (40)；The skeleton (40) includes：Top plate (41)；Circumference around the top plate (41) Spaced multiple pillars (42), the top of the pillar (42) is connected with the top plate (41), the rolling assembly (30) It is arranged on the bottom of the pillar (42)；The pillar (42) is pivotably connected with the top plate (41).

2. auxiliary locator according to claim 1, it is characterised in that the top plate (41) has the first connection convex Ear, the top of the pillar (42) has the second connection lug (42a), and the first connection lug is connected lug with described second (42a) is hinged, and the pillar (42) is overturn to the direction closer or far from the top plate (41).

3. auxiliary locator according to claim 1, it is characterised in that the pillar (42) is at least one section, works as institute When stating pillar (42) in multistage, the pillar (42) includes multiple sub- pillars (42b) being sequentially connected with, the two neighboring sub- branch It is mutually hinged or be fixedly connected between post (42b).

4. auxiliary locator according to claim 3, it is characterised in that when the pillar (42) is in multistage and adjacent two When mutually hinged between the individual sub- pillar (42b), the pillar (42) has expanded position and recovery position,

When the pillar (42) is in the expanded position, the distance between top of multiple pillars (42) is less than multiple The distance of the bottom of the pillar (42)；

When the pillar (42) is in the recovery position, the bottom of multiple pillars (42) is gathered each other.

5. auxiliary locator according to claim 4, it is characterised in that the pillar (42) includes two be connected The sub- pillar (42b), when the pillar (42) is in the expanded position, multiple institutes close to the top plate (41) side Top of the distance between sub- pillar (42b) along the pillar (42) is stated to the direction of bottom gradually to increase.

6. auxiliary locator according to claim 1, it is characterised in that the skeleton (40) also includes locating rod (43), the locating rod (43) is multiple, is positioned between the two neighboring pillar (42) by the locating rod (43), described Locating rod (43) is sequentially arranged and surrounds the location and installation region (20).

7. auxiliary locator according to claim 1, it is characterised in that the auxiliary locator also includes being used to carry The reinforcing connector (60) of the positioning intensity of the high draining pump (10), the reinforcing connector (60) connects with the bracket component Connect.

8. auxiliary locator according to claim 1, it is characterised in that the auxiliary locator also includes being used to carry The reinforcing connector (60) of the positioning intensity of the high draining pump (10), the reinforcing connector (60) is arranged on the pillar (42) on.

9. auxiliary locator according to claim 8, it is characterised in that the first end of the reinforcing connector (60) with Pillar (42) connection, second end for reinforcing connector (60), which has, to be used to be detachably connected with the draining pump (10) Jointing (61).

10. auxiliary locator according to claim 1, it is characterised in that the lifting length of the hoisting mechanism (50) Adjustably set.

11. auxiliary locator according to claim 10, it is characterised in that the hoisting mechanism (50) includes：

Top suspension ring (51), the top suspension ring (51) are located at the top of the upper surface of the top plate (41)；

Bottom suspension ring (52), the bottom suspension ring (52) are located at the lower section of the lower surface of the top plate (41), the top plate (41) Backstop is between the top suspension ring (51) and the bottom suspension ring (52)；

Chain block (53), the chain block (53) is connected with the bottom suspension ring (52) and positioned at the bottom suspension ring (52) Lower section.

12. auxiliary locator according to claim 1, it is characterised in that the auxiliary locator also includes lifting Support (70), the hoisting bracket (70) takes the shape of the letter U, and the hoisting mechanism (50) is connected with the hoisting bracket (70).

13. auxiliary locator according to claim 12, it is characterised in that the hoisting bracket (70) includes：

There is transverse slat (71), the transverse slat (71) suspension hook for hooking cooperation with the suspension hook (53a) of the hoisting mechanism (50) to be connected Ring (71a)；

Riser (72), the riser (72) is two pieces, the first end of two pieces of risers (72) and the two ends of the transverse slat (71) Connect one to one, the second end of the riser (72) is stretched out to the bottom of the bracket component.

14. auxiliary locator according to claim 1, it is characterised in that the auxiliary locator also includes being used for The stop mechanism (80) positioned to the suction line (11) of the draining pump (10).

15. auxiliary locator according to claim 14, it is characterised in that the stop mechanism (80) includes body (81), the body (81) is in plate shape, and the body (81) has positioning hole (81a).

16. auxiliary locator according to claim 15, it is characterised in that the body (81) includes multiple stop blocks (81b), multiple stop blocks (81b) are spliced and surround the positioning hole (81a).

17. auxiliary locator according to claim 16, it is characterised in that the stop block (81b) is two, two The stop block (81b) is symmetrical arranged, and each stop block (81b) is respectively provided with breach, the two of two stop blocks (81b) The individual breach is spliced to form the positioning hole (81a).

18. auxiliary locator according to claim 17, it is characterised in that the first of two stop blocks (81b) Side is rotatably coupled, and the second side of two stop blocks (81b) is opened or closed up.

19. a kind of drainage system, including draining pump (10), it is characterised in that the drainage system also includes claim 1 to 18 Any one of auxiliary locator, the draining pump (10) is arranged on the location and installation region of the auxiliary locator (20) in.