CN105642636B - A kind of liquid waste collector - Google Patents
A kind of liquid waste collector Download PDFInfo
- Publication number
- CN105642636B CN105642636B CN201511029002.4A CN201511029002A CN105642636B CN 105642636 B CN105642636 B CN 105642636B CN 201511029002 A CN201511029002 A CN 201511029002A CN 105642636 B CN105642636 B CN 105642636B
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- China
- Prior art keywords
- sewer pipe
- connector
- pipe
- supporting block
- liquid waste
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B15/00—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area
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- Sewage (AREA)
Abstract
The invention discloses a kind of liquid waste collectors, liquid waste collector includes lifting component, sewer pipe, connector, runner assembly, on the sewer pipe activity installation lifting component, the runner assembly is fixedly mounted on lifting component, the runner assembly connect with sewer pipe and sewer pipe is driven to do rotation movement, the connector is tubular structure, one end is equipped with the interface for connecting with filling valve, the other end is fixedly connected with sewer pipe, the internal cavities of the sewer pipe and the connects with the internal cavities of connector, the sewer pipe is equipped with leakage fluid dram, the connector passes through lifting component, runner assembly is flexibly connected with filling valve.Waste collection structure can quickly call in the function of discharge waste liquid by control connection procedure to straight line filling apparatus, it is thus achieved that the purpose of automation discharge waste liquid.
Description
Technical field
The present invention relates to a kind of liquid waste collectors.
Background technique
CIP cleaning function is equipped on straight line filling apparatus, which has benefited from cleverly circuit design, make transporting milk
Pipeline and conveying cleaning agent pipeline formed construction of switch, when realizing filling function pipeline transporting milk, realize clean
Pipeline only conveys cleaning agent when function.After cleaning the processing of waste liquid be in the prior art straight line filling apparatus in the thin of use process
Weak aspect is adopted as every filling valve in the prior art and matches because waste liquid needs to be discharged from the filling valve of straight line filling apparatus
To a perfusion tube, waste liquid is discharged by perfusion tube.Manually installed perfusion tube is needed before discharge waste liquid, usual straight line fills
Assembling device has multiple filling valves arranged in arrays, results in the need for successively installing more perfusion tubes, same face after the completion of cleaning
Face more perfusion tubes of disassembly.Make a general survey of entire cleaning process, it is found that due to discharging of waste liquid operation cause the cleaning frequency it is too long, cleaning
Operate heavy, that there are working efficiencies is low, secondary pollution risk is clearly disadvantageous.
Summary of the invention
The technical problem to be solved by the present invention is to how simplify cleaning process, improve cleaning efficiency, thus provide a kind of useless
Collection has the advantages that install convenient, cleaning operation are convenient.
In order to solve the above technical problems, the present invention adopts the following technical scheme that：The liquid waste collector includes lifting component, gives up
Liquid pipe, connector, runner assembly, the sewer pipe activity installation are lifted on component, and the runner assembly is fixedly mounted on lifting
On component, the runner assembly connect with sewer pipe and sewer pipe is driven to do rotation movement, and the connector is tubular structure, one
Interface, the other end that end is equipped with for connecting with filling valve are fixedly connected with sewer pipe, the internal cavities of the sewer pipe and company
The connects with the internal cavities of fitting, the sewer pipe are equipped with leakage fluid dram, and the connector passes through lifting component, runner assembly and filling
Valve is filled to be flexibly connected.
The lower section of filling valve is arranged in liquid waste collector in the inventive solutions, and liquid waste collector is in filling process
In in the position far from filling station, the bottle on container transport path pours into milk after being transported to below filling valve；To
Into cleaning operation, the bottle on container transport path is limited in the position far from filling valve, and liquid waste collector is moved into
The position that can be matched and establish a connection with filling valve connects filling valve exit site and liquid waste collector internal cavities
It is logical, and then waste liquid is discharged into liquid waste collector.The program is to be distributed the circuit design for discharging waste liquid at that can correspond to filling valve
Structure, so that the pipeline for discharging waste liquid is connected with filling valve and is pertained only to distance factor.
Sewer pipe has rotation feature in this programme, which is only for the posture of adjustment connector, so as to
Connector be at interface towards filling valve vertical state and interface towards and horizontal direction parallel state, the former
Make the distance between connector and filling valve not by lifting component adjustment when reach minimum value, the latter make connector with it is filling
The distance between valve reaches in reasonable value premised on no leakage.If the interface of connector is towards deviateing horizontal direction and downward
When, the interior liquid adhered to of sewer pipe is very likely flowed outwardly from interface, therefore connector is far from filling valve in this programme
Pose adjustment in it should be ensured that interface towards the phenomenon of leakage will not be caused.It is empty that the rotation feature of sewer pipe can further vacate appearance
Between, and then the space of container transport can be made more abundant；In addition, sewer pipe avoids container because of sewer pipe far from container
Contaminated situation, increases sanitary grade.
Filling valve quantity and arrangement are characterized in determining the direct factor of connector quantity and feature of arranging, the i.e. number of filling valve
Amount and the quantity of connector want the arrangement mode of the consistent, arrangement mode of filling valve and connector consistent, are consequently formed one by one
Corresponding relationship.The limited amount of installation connecting element on single sewer pipe can only lead under the installation requirement of identical arrangement spacing
Cross the installation number for increasing sewer pipe quantity to expand connector.Liquid waste collector is equipped with two sewer pipes, two waste liquids thus
In the positional relationship being parallel to each other between pipe.By the constraint of the more close feature of filling valve arrangement, it is mounted on sewer pipe
Connector should also be as the corresponding feature closely arranged so that two waste liquid tube spacing are smaller, the spacing between sewer pipe
Less than any one connector interface to waste liquid tube hub line vertical range；Other two sewer pipes in same position all
Equipped with connector；Moreover connector is equally spaced along the center line of sewer pipe, these three comprehensive factors just determine two institutes
Otherwise stating after sewer pipe is all connect with runner assembly sense of rotation must be on the contrary, can collide, also further vacating space,
Keep the space of abundant container transport.
The preferred embodiment for being lifted component is that the lifting component includes installing frame, lifting cylinder, support board, the installation
Frame is equipped with guide rod, and the support board is mounted on guide rod with slip connection mode, and the cylinder body of the lifting cylinder is fixedly mounted
On installing frame, the piston rod of the lifting cylinder is connect with support board, and the sewer pipe is movably arranged on support board.Lifting
The effect of component be drive connector move to filling valve position or with follower link to far from filling valve institute in place
Set movement.Connector is raised to the smallest position of the distance between connector and filling valve when the piston rod of lifting cylinder stretches out
It sets, connector drops to the maximum position of the distance between connector and filling valve when the piston rod of lifting cylinder is shunk.
Lifting cylinder must be passed through high pressure gas when connector to be placed in the distance between filling valve the smallest position,
Gas consumption, the energy consumption condition that supply high pressure gas is supervened can obviously increase the use cost of the lifting component.To reduce lifting
The energy consumption of cylinder, the present invention are provided with secondary lever operating member on lifting component, it includes supporting block I, supporting block II, branch
Fagging, actuating cylinder I, the support plate are fixedly mounted on installing frame, and the support plate is equipped with the supporting surface of planar structure,
The supporting block II is located on the supporting surface of support plate and is supported the supporting role in face, and the cylinder body of the actuating cylinder I is solid
On installing frame, the supporting block II is fixedly mounted on the piston rod of actuating cylinder I for Dingan County, and the supporting block II passes through dynamic
Strength cylinder I does the sliding motion relative to support plate, and the supporting block I is mounted on support board and is located at support board towards support plate
Surface on, the supporting block I intersects with the motion range of support board with the motion range of supporting block II, the supporting block I
As the maximum displacement of support board movement relative support plate is less than or equal to the height of supporting block II.It is lifted component and is lifted sewer pipe
Afterwards, supporting block I is also lifted, and supporting block II is pushed to the region between supporting block I and support plate, and supporting block I is made to be supported
The supporting role of block II.In this way, lifting cylinder still can stretch out piston rod in the case where not receiving external gas supply, rise at this time
The Non-energy-consumption of sending down abnormally ascending cylinder.Filling valve can impose thrust to connector after docking with connector, and the thrust is relative to lifting cylinder shape
At the squeezing action on gravity direction, there is the trend retracted at piston rod.Supporting block I, supporting block II and support plate are mentioned
The support force of confession can be completely counterbalanced by the squeezing action of aforementioned thrust, at this time lifting cylinder still Non-energy-consumption.Therefore secondary lever
Operating member can provide support force in limiting rising height and connector and filling valve docking operation to lifting cylinder.
Other schemes of lifting component, which can also be by oil cylinder, electric threaded shaft, substitutes lifting cylinder.
The preferred embodiment of runner assembly is that runner assembly includes actuating cylinder II, driving member, gear, the actuating cylinder
II cylinder body is fixedly mounted on lifting component, and the driving member is equipped with two rows of symmetrical straight-tooth, and the driving member is solid
Dingan County is on the piston rod of actuating cylinder II, and the gear is fixedly mounted on sewer pipe, and the gear is engaged with driving member.
Cylinder exports power of the power of form of straight lines by gear shift for sewer pipe rotation, and the runner assembly of the structure has structure
Simply, the advantage that transmission efficiency is high, amount of exercise is controllable.Runner assembly can also be except above scheme using servo motor driving
The scheme of scheme and rotary cylinder.
Driving member is mounted on lifting component with slip connection mode, is reduced the load on piston rod with this, is improved transmission
The movement degree of flexibility of part reduces the loss of actuating cylinder II.
For the rotation range for controlling sewer pipe, it is equipped with locating part on lifting component, the locating part includes Horizontal limiting
Part and vertical locating part, maximum rotation angle of the sewer pipe between Horizontal limiting part and vertical locating part are less than or equal to nine
Ten degree, the connector is in the position that sewer pipe is limited by vertical locating part in matrix distribution and center line is all in phase
Mutually parallel state.
The contiguity of liquid waste collector and filling valve should be greater than the contiguity of bottle and filling valve, liquid waste collector
Close connection relationship necessarily is formed between filling valve, it is ensured that high sealing performance is not provided there is a phenomenon where waste liquid leaks out,
So design has the structure of simulation bottleneck on connector；And in order to bear the collision between liquid waste collector and filling valve,
Elastic buffer structure is equipped on connector.The preferred embodiment of connector is that connector includes fixing pipe, spring, connecting tube, bottle
Mouth mold near-ring, mounting ring, the fixing pipe are equipped with flange I, and the sewer pipe is equipped with branch pipe position, and the branch pipe position is
Tubular structure, the internal cavities at the branch pipe position and the connects with the internal cavities of sewer pipe, the branch pipe position are equipped with flange II,
It is fixedly connected between the fixing pipe and branch pipe position by locked clip device flange I, flange II, the fixing pipe is equipped with limit
Position flange I, the connecting tube are equipped with defining flange II, and one end of the fixing pipe is protruded into inside connecting tube and fixing pipe
It is tightly connected, is also slidably connected between the connecting tube and fixing pipe, the spring is mounted on outside connecting tube, institute with connecting tube
Spring is stated between defining flange I and defining flange II, the bottleneck analog loop is fixedly mounted on connecting tube by mounting ring
One end.
The structure of bottleneck analog loop is identical as bottleneck structure, after filling valve is docked with bottleneck analog loop, bottleneck analog loop
The relationship of sealed connection is established between filling valve, to realize the abundant connection of filling valve and connector, the company on the whole
Degree is connect far more than the contiguity of filling valve and bottle.Spring not only realizes to be flexibly connected between filling valve and connector
Process additionally provides certain adjustment effect, fits in bottleneck analog loop more at filling valve.
The present invention is by adopting the above technical scheme：Waste collection structure can be quickly filling to straight line by control connection procedure
Device calls in the function of discharge waste liquid, it is thus achieved that the purpose of automation discharge waste liquid, meanwhile, avoid artificial connection pipe
Road, substantially reduces that the cleaning frequency is short, and cleaning operation is easier, moreover it is possible to avoid secondary pollution.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and specific embodiments.
Fig. 1 is the structural schematic diagram of the original state of the first embodiment of the invention；
Fig. 2 is the structural schematic diagram of the working condition of the first embodiment of the invention；
Fig. 3 is structural schematic diagram of the working condition of the first embodiment of the invention at runner assembly；
Fig. 4 is the scheme of installation of the connector of the first embodiment of the invention.
Specific embodiment
As shown in Figure 1,2,3, 4, the first embodiment of the invention.
Straight line filling apparatus is equipped with filling valve, circulation conveying mechanism, container gripper mechanism, liquid waste collector.
Circulation conveying mechanism includes two chains being arranged in parallel on runner, and part of the chain between runner is linear
Shape distribution, forms straight line conveyor zones；Runner is movably connected on the bracket of installation circulation conveying mechanism.In turning for wherein one end
It is connected on the motor that power is provided between wheel by shaft, two chains can operate synchronously after motor rotation.Container clamping
The clamping template that mechanism is used by multiple pair-wise combinations forms, and each pair of clamping template is all inserted into the connection type of pin hole by pin shaft
It is movably connected on chain, clamping template does the movement to move in circles with chain.Pin shaft is fixed on chain, clamps template both sides
Pin hole is opened up in the place of the position of corresponding pin shaft.Clamping template is flexibly connected by being fixed on pin shaft with chain.Folder
The arc clamp port that template is equipped with multiple equidistantly distributeds is held, the clamp port in any pair of clamping template is opposite and is formed and is opened
Put the circular clamp mouth of formula.After clamping template is connect with chain, clamps and be in vertical positional relationship between template and chain.Chain
When item rotates, the clamping template on chain is distributed in chain movement, template opposing chain is clamped and is in static state, therefore appoint
The circular clamp mouth that clamp port in a pair of of clamping template of meaning is opposite and is formed is arranged in a row between two chains and follows chain
Item movement.Clamp template chain wherein side straight line conveyor zones formed container transport path.
Filling valve is located at the top of said vesse transport path, that is, the top of clamping template.The quantity of filling valve with
The quantity of two rows of circular clamp mouths is identical and arranged in arrays, filling valve and the circular clamp degree of lip-rounding in a pair one positional relationship.
As shown in Figure 1, 2, liquid waste collector is located in the lower section of said vesse transport path, that is, in the centre of circulation conveying mechanism
Position, in the upper and lower position of liquid waste collector all close to the straight line conveyor zones of chain.
The liquid waste collector includes lifting component, sewer pipe 1, connector, runner assembly, locating part.
Being lifted component includes installing frame, lifting cylinder 2, support board 3, secondary lever operating member.Installing frame by top plate 4,
Guide rod 5 and bottom plate 6 form.It is connected between top plate 4 and bottom plate 6 by two guide rods 5, top plate 4 and bottom plate 6 are fixedly arranged at
On bracket, in the positional relationship being parallel to each other between two guide rods 5.3 both ends of support board are mounted on guide rod 5 by sliding sleeve, are carried
Object plate 3 is slidably connected on guide rod 5.The cylinder body of lifting cylinder 2 is fixedly mounted on bottom plate 6, and piston rod and support board 3 connect
It connects.Support board 3 is driven to do straight reciprocating motion along guide rod 5 when the piston rod of lifting cylinder 2 does stretching motion.Secondary lever behaviour
It include supporting block I 7, supporting block II 8, support plate 9, actuating cylinder I 10 as component.Support plate 9 is fixedly mounted on low plate, support
Plate 9 is equipped with the supporting surface of planar structure, and the cylinder body of actuating cylinder I 10 is fixedly mounted on bottom plate 6.The fixed peace of supporting block II 8
On the piston rod of actuating cylinder I 10, supporting block II 8 is rectangular parallelepiped structure, is contacted with support plate 9, the weight of supporting block II 8
Power size gives its support force equal in magnitude with support plate 9.The flexible active force for being supplied to supporting block II 8 of actuating cylinder I 10 is only
Supporting block II 8 is driven to do linear reciprocating motion for overcoming the frictional force between supporting block II 8 and support plate 9.Supporting block I 7
For cylindrical body, it is fixedly mounted on support board 3 and is located at support board 3 towards on the surface of support plate 9, one end and support board 3
Connection, the other end are towards supporting surface.Support board 3 is driven to move when lifting cylinder 2 stretches out, which can be with support board
3 move together, and then do far from support plate 9 or close to the movement of support plate 9.Lifting cylinder 2, actuating cylinder under original state
I 10 all in contraction state, and supporting block I 7 is in close to the position of support plate 9, and supporting block II 8 is in the position far from supporting block I 7
It sets.After lifting cylinder 2 stretches out, supporting block I 7 is moved upwards to far from the side of support plate 9, so that one end of supporting block I 7 is to propping up
The height size that supporting block II 8 is increased to apart from size of fagging 9, in this way actuating cylinder I 10 stretch out when push supporting block II 8 into
Enter the region between supporting block I 7 and support plate 9.That is supporting block I 7 with support board 3 motion range and supporting block II
8 motion range intersection；And the ascending amount of supporting block I 7 is answered plus the sum of the minimum range between supporting block I 7 and support plate 9
When the height for being equal to supporting block II 8, if so when lifting cylinder 2 is shunk, supporting block I 7 is contacted with support portion, then support
Block I 7 is equal to the height of supporting block II 8 with the shifting amount that support board 3 moves relative support plate 9, if propping up when lifting cylinder 2 is shunk
Bracer I 7 and support portion are discontiguous, then supporting block I 7 is less than supporting block with the shifting amount that support board 3 moves relative support plate 9
II 8 height.
It is respectively equipped with a lifting component on two opposite positions of bracket, is equipped between the two lifting components
Two sewer pipes 1.One end of every sewer pipe 1 is all flexibly connected with support board 3, and mounting plate 26 is equipped on support board 3, installation
It is fixedly mounted on plate 26 there are two sliding sleeve, sewer pipe 1 passes through sliding sleeve and is movably arranged on installing frame.Every sewer pipe 1 is all
One end of tubular structure, inner hollow, sewer pipe 1 is used to connect with exterior line as leakage fluid dram, the other end of sewer pipe 1
End be closed.In the positional relationship being parallel to each other between two sewer pipes 1.It is fitted on every sewer pipe 1 multiple
Connector, connector are equally spaced and are distributed along the center line of sewer pipe 1 in a row.The distance between sewer pipe 1 is less than
The end of each connector to sewer pipe 1 center line vertical range.
The connector includes fixing pipe 11, spring 12, connecting tube 13, bottleneck analog loop 14, mounting ring 15, rubber sleave
30.Fixing pipe 11 is mounted on sewer pipe, and sewer pipe is equipped with the branch pipe position 17 for connecting with fixing pipe 11, the branch pipe portion
Position 17 is tubular structure, the connects with the internal cavities of internal cavities and sewer pipe；The end of branch pipe be equipped with flange II 18, it with
The structure snd size that the flange I 16 of 11 one end of fixing pipe is arranged in are all identical.When installation, the flange I 16 and flange of fixing pipe 11
II 18 are combined, their outside is locked with a clip 19, and then fixing pipe 11 can link together with sewer pipe.
The outside of fixing pipe 11 is additionally provided with defining flange I 28, and defining flange I 28 is located at fixing pipe 11 close to the position at intermediate position；Gu
The one end for determining pipe 11 is protruded into connecting tube 13, the outer wall of fixing pipe 11 be equipped with sealing ring, connecting tube 13 inner wall on also have
Sealing ring realizes sealed connection by these sealing rings between fixing pipe 11 and connecting tube 13, meanwhile, connecting tube 13 again can be opposite
Fixing pipe 11 is slided.The outside of connecting tube 13 is equipped with defining flange II 29, and defining flange II 29 is located at the middle part of connecting tube 13
Position, 12 sets of spring connecting tube 13 outside and between defining flange I 28 and defining flange II 29,12 one end of spring is limited
The position limitation of flange I 28, the other end are limited the limitation of flange II 29.30 one end of rubber sleave is fixed in connecting tube 13, one end is solid
It is scheduled in fixing pipe 11, it wraps up spring 12.Bottleneck analog loop 14 is mounted on the one of connecting tube 13 by mounting ring 15
End, mounting ring 15 are internally threaded, are equipped with screw thread on the outside of connecting tube 13, connected between mounting ring 15 and connecting tube 13 by screw thread
It connects；The side of mounting ring 15 is equipped with inwardly projecting position.Bottleneck analog loop 14 is rubber components, it is mounted ring 15 to convex
Position out is limited in connecting tube 13, and connecting tube 13 is equipped with the position of indent for limiting bottleneck analog loop 14.Peace
After dress, bottleneck analog loop 14 is protruded above in the center line extending direction of connecting tube 13 on the surface of mounting ring 15.Connecting tube 13 is consolidated
Determine pipe 11 all for tubular structure, thus inside connector unprecedentedly with sewer pipe connects with the internal cavities.Under original state, at spring 12
In extended state.
Runner assembly includes actuating cylinder II 20, driving member 21, gear 22, connecting plate 23.The cylinder body of actuating cylinder II 20
It is fixedly mounted on support board 3.23 both ends of connecting plate are mounted on guide rod 5 by sliding sleeve, and connecting plate 23 can be sliding with respect to guide rod 5
It is dynamic.Driving member 21 is rectangular parallelepiped structure, is equipped with straight-tooth in the two sides of its long side, 21 one end of driving member is mounted on actuating cylinder II 20
Piston rod on, the other end is fixedly mounted on connecting plate 23.22 quantity of gear is two, and the closed end of every sewer pipe 1 is all
One gear 22 is installed, driving member 21 is located between two gears 22, and driving member 21 is engaged with two gears 22 simultaneously.When dynamic
Strength cylinder II 20 is changed into stretching state from contraction state or is changed into contraction state from stretching state, and driving member 21 is by power
The push-and-pull of the piston rod of cylinder II 20 and move, and then driving member 21 drives two sewer pipes 1 to do rotation movement, and two useless
The rotation direction of liquid pipe 1 is opposite.Since the closed end of sewer pipe 1 is only positioned at one of lifting component, therefore the runner assembly
It is only installed therein on a lifting component.
Locating part includes Horizontal limiting part 24 and vertical locating part 25.The whole T-shaped structure of Horizontal limiting part 24, symmetrical
Arc-shaped notch there are two being set on position.The mounting rod 27 that a strip is additionally provided between component, mounting rod 27 are lifted at two
Quantity is two, is respectively distributed to the side of every sewer pipe 1；Horizontal limiting part 24 there are two installations on every mounting rod 27,
Horizontal limiting part 24 is equipped with arc-shaped notch.Vertical locating part 25 is mounted on the mounting plate 26 of two lifting components.
The quantity of connector and arrangement position are all distributed corresponding with the quantity of filling valve, arrangement.Liquid waste collector works it
Before, there is no bottle i.e. light condition on container transport path, and circulation conveying mechanism stops working, it is each on liquid waste collector
A component is in original state, that is, lifting cylinder 2, actuating cylinder I 10 are in contraction state, and actuating cylinder II 20, which is in, to be stretched out
State, the connector on two sewer pipes 1 are in horizontality, and the direction of the connector at two is opposite；On every sewer pipe 1 all
There are two the positions for connecting with connector can be embedded in the arc-shaped notch of Horizontal limiting part 24, on the one hand forms support and makees
With, be on the other hand to play restriction effect.When liquid waste collector works, the piston rod of actuating cylinder II 20 is withdrawn, two waste liquids
Pipe 1 rotates, so that connector is in a vertical state both facing to filling valve, at this point, all there are two be used for again on every sewer pipe 1
The position connecting with connector can be embedded in the arc-shaped notch of vertical locating part 25, on the one hand form supporting role, another party
Face is to play restriction effect, may insure that 1 rotation angle of sewer pipe is 90 degree by using locating part in this way, connector is useless
Liquid pipe 1 is in by the position that vertical locating part 25 limits in matrix distribution and center line is all in the state being parallel to each other；It is dynamic
Strength cylinder I 10 stretches out, and supporting block II 8 is placed between supporting block I 7 and support plate 9；Then the lifting cylinder 2 for being lifted component is stretched
Out, all components on support board 3 is driven all to move towards filling valve position；Bottle-mouth die is installed in connecting tube 13
The end of near-ring 14 passes through circular clamp mouth, and then filling valve docks with bottleneck analog loop 14 and formed sealed connection relationship, even
Adapter tube 13 is squeezed beginning and does sliding motion to 11 position of fixing pipe, and spring 12 is compressed；Filling valve can decline and squeeze
Connector is pressed, this makes the relatively fixed pipe 11 of connecting tube 13 further do sliding motion, and spring 12 is further compressed, thus connected
Fitting and filling valve, which are realized, to be tightly connected.Need waste liquid in the pipeline cleaned that can discharge at filling valve in this way, being located at,
The waste liquid flowed out from filling valve flows through connector, flows out into the internal cavities of sewer pipe 1, again from the leakage fluid dram of sewer pipe 1.For
It is further processed convenient for waste liquid, the hard tube of rubber hose or metal material can be set at the leakage fluid dram of sewer pipe 1, led to
These pipes are crossed by devil liquor recovery into external fluid reservoir or recovery pipe.At the end of discharging of waste liquid, actuating cylinder I 10,
Lifting cylinder 2 is successively shunk, and last actuating cylinder II 20 stretches out, and is returned to original state, connector is separated with filling valve, in this way
Straight line filling apparatus can enter in filling operation.
Second of embodiment of the invention, the embodiment and the first embodiment are the difference is that replace institute using oil cylinder
There is cylinder part.
The third embodiment of the invention, the embodiment is with the first embodiment the difference is that being replaced using electric threaded shaft
Change all cylinder parts.
Only need to reduce the rotation angle of the i.e. controllable sewer pipe of depth of the arc-shaped notch of locating part in above-described embodiment
Less than 90 degree.
Claims (8)
1. a kind of liquid waste collector, it is characterised in that：The liquid waste collector include lifting component, sewer pipe (1), connector,
Runner assembly, the straight structure of the sewer pipe (1), sewer pipe (1) the activity installation are lifted on component, the rotating group
Part is fixedly mounted on lifting component, and the runner assembly connect with sewer pipe (1) and sewer pipe (1) is driven to do rotation movement,
So as to connector be at interface towards filling valve vertical state and interface towards and horizontal direction parallel state,
The connector is tubular structure, one end equipped with the fixed company of interface, the other end and sewer pipe (1) for connecting with filling valve
It connects, the internal cavities of the sewer pipe (1) and the connects with the internal cavities of connector, the sewer pipe (1) is equipped with leakage fluid dram, institute
Connector is stated to be flexibly connected by lifting component, runner assembly with filling valve.
2. liquid waste collector according to claim 1, it is characterised in that：It is in parastate that the liquid waste collector, which is equipped with two,
Sewer pipe (1), two sewer pipes (1) all connect with runner assembly and sense of rotation is on the contrary, between the sewer pipe (1)
Spacing be less than any one connector interface to the vertical range of sewer pipe (1) center line, the connector is along waste liquid
The center line of pipe (1) is equally spaced.
3. liquid waste collector according to claim 1, it is characterised in that：The lifting component includes installing frame, lifting cylinder
(2), support board (3), the installing frame are equipped with guide rod (5), and the support board (3) is mounted on guide rod with slip connection mode
(5) on, the cylinder body of the lifting cylinder (2) is fixedly mounted on installing frame, the piston rod and support board of the lifting cylinder (2)
(3) it connects, the sewer pipe (1) is movably arranged on support board (3).
4. liquid waste collector according to claim 3, it is characterised in that：It further include secondary lever operation on the lifting component
Component, the secondary lever operating member include supporting block I (7), supporting block II (8), support plate (9), actuating cylinder I (10),
The support plate (9) is fixedly mounted on installing frame, and the support plate (9) is equipped with the supporting surface of planar structure, the support
Block II (8) is located on the supporting surface of support plate (9) and is supported the supporting role in face, the cylinder body of the actuating cylinder I (10)
It is fixedly mounted on installing frame, the supporting block II (8) is fixedly mounted on the piston rod of actuating cylinder I (10), the support
Block II (8) does the sliding motion relative to support plate (9) by actuating cylinder I (10), and the supporting block I (7) is mounted on loading
Plate (3) and be located at support board (3) towards on the surface of support plate (9), the supporting block I (7) with support board (3) movement model
It encloses and intersects with the motion range of supporting block II (8), the supporting block I (7) is with support board (3) movement relative support plate (9)
Maximum displacement is less than or equal to the height of supporting block II (8).
5. liquid waste collector according to claim 1 or claim 2, it is characterised in that：The runner assembly includes actuating cylinder II
(20), driving member (21), gear (22), the cylinder body of the actuating cylinder II (20) are fixedly mounted on lifting component, the biography
Moving part (21) is equipped with two rows of symmetrical straight-tooth, and the driving member (21) is fixedly mounted on the piston of actuating cylinder II (20)
On bar, the gear (22) is fixedly mounted on sewer pipe (1), and the gear (22) is engaged with driving member (21).
6. liquid waste collector according to claim 5, it is characterised in that：The driving member (21) is installed with slip connection mode
On lifting component.
7. liquid waste collector according to claim 1, it is characterised in that：The lifting component is equipped with locating part, the limit
Position part includes Horizontal limiting part (24) and vertical locating part (25), and the sewer pipe (1) is in Horizontal limiting part (24) and vertical limit
Maximum rotation angle between position part (25) is less than or equal to 90 degree, and the connector is in sewer pipe (1) by vertical locating part
(25) position limited is in matrix distribution and center line is all in the state being parallel to each other.
8. liquid waste collector according to claim 1, it is characterised in that：Connector includes fixing pipe (11), spring (12), connects
(13), bottleneck analog loop (14), mounting ring (15) are taken over, the fixing pipe (11) is equipped with flange I (16), the sewer pipe
(1) be equipped with branch pipe position (17), the branch pipe position (17) be tubular structure, the internal cavities of the branch pipe position (17) with
The connects with the internal cavities of sewer pipe, the branch pipe position (17) are equipped with flange II (18), the fixing pipe (11) and branch pipe position
(17) it is fixedly connected between by clip (19) locking flange I (16), flange II (18), the fixing pipe (11) is equipped with limit
Position flange I (28), the connecting tube (13) are equipped with defining flange II (29), and one end of the fixing pipe (11) extend into connection
It manages internal (13) and fixing pipe (11) and connecting tube (13) is tightly connected, between the connecting tube (13) and fixing pipe (11) also
It is slidably connected, the spring (12) is mounted on connecting tube (13) outside, and the spring (12) is located at defining flange I (28) and limit
Between flange II (29), the bottleneck analog loop (14) is fixedly mounted on one end of connecting tube (13) by mounting ring (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201511029002.4A CN105642636B (en) | 2015-12-31 | 2015-12-31 | A kind of liquid waste collector |
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| CN201511029002.4A CN105642636B (en) | 2015-12-31 | 2015-12-31 | A kind of liquid waste collector |
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| CN105642636A CN105642636A (en) | 2016-06-08 |
| CN105642636B true CN105642636B (en) | 2018-11-23 |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH04239495A (en) * | 1990-12-28 | 1992-08-27 | Toppan Printing Co Ltd | Liquid filling device |
| CN101631720A (en) * | 2005-08-08 | 2010-01-20 | 艾蒂安·勒鲁克斯 | The method and apparatus that is used for automated cleaning of bottling equipment |
| CN201553600U (en) * | 2009-10-30 | 2010-08-18 | 东莞石龙津威饮料食品有限公司 | Cleaning device of filling machine |
| CN202246004U (en) * | 2011-09-08 | 2012-05-30 | 河南迪冉生物科技有限公司 | Filling and sealing machine convenient for waste liquor recovery |
| CN202529826U (en) * | 2012-03-30 | 2012-11-14 | 合肥中辰轻工机械有限公司 | Automatic CIP (cleaning in place) device |
| CN205436557U (en) * | 2015-12-31 | 2016-08-10 | 杭州中亚机械股份有限公司 | Waste liquid collector |
-
2015
- 2015-12-31 CN CN201511029002.4A patent/CN105642636B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH04239495A (en) * | 1990-12-28 | 1992-08-27 | Toppan Printing Co Ltd | Liquid filling device |
| CN101631720A (en) * | 2005-08-08 | 2010-01-20 | 艾蒂安·勒鲁克斯 | The method and apparatus that is used for automated cleaning of bottling equipment |
| CN201553600U (en) * | 2009-10-30 | 2010-08-18 | 东莞石龙津威饮料食品有限公司 | Cleaning device of filling machine |
| CN202246004U (en) * | 2011-09-08 | 2012-05-30 | 河南迪冉生物科技有限公司 | Filling and sealing machine convenient for waste liquor recovery |
| CN202529826U (en) * | 2012-03-30 | 2012-11-14 | 合肥中辰轻工机械有限公司 | Automatic CIP (cleaning in place) device |
| CN205436557U (en) * | 2015-12-31 | 2016-08-10 | 杭州中亚机械股份有限公司 | Waste liquid collector |
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| CN105642636A (en) | 2016-06-08 |
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