CN205294784U - Straight line filling device - Google Patents
Straight line filling device Download PDFInfo
- Publication number
- CN205294784U CN205294784U CN201521140460.0U CN201521140460U CN205294784U CN 205294784 U CN205294784 U CN 205294784U CN 201521140460 U CN201521140460 U CN 201521140460U CN 205294784 U CN205294784 U CN 205294784U
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- CN
- China
- Prior art keywords
- waste liquid
- filling valve
- straight line
- ring
- liquid tank
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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- Filling Of Jars Or Cans And Processes For Cleaning And Sealing Jars (AREA)
Abstract
The utility model discloses a straight line filling device, it is equipped with the container and carries route and filling valve, the filling valve lies in the rear that the route was carried to this container in the action of gravity orientation, straight line filling device still includes the waste liquid collector, the waste liquid collector lies in the place ahead that the route was carried to the container in the action of gravity orientation, the waste liquid collector includes the lifting subassembly, a waste liquid tank, the single wire erection and extension device comprises a connecting piece, waste liquid groove fixed mounting is on the lifting subassembly, the connecting piece is the tubular structure, one end is equipped with the interface corresponding to the filling valve, the other end and waste liquid groove fixed connection, the inside cavity in waste liquid groove and the inside cavity of connecting piece intercommunication, be equipped with the leakage fluid dram on the waste liquid groove, the connecting piece is through lifting subassembly and filling valve swing joint. The device has had the waste liquid and has collected the structure, only needs through the control connection process speed adjusting function of going into to discharge the waste liquid soon, has realized the purpose of automatic emission waste liquid from this, simultaneously, has avoided artifical connecting line, and it is short to have shortened the cleaning interval greatly, and the washing is operated more portably.
Description
Technical field
This utility model relates to a kind of straight line filling apparatus.
Background technology
Straight line filling apparatus is provided with CIP cleaning function, this function has benefited from circuit design cleverly, the pipeline making the pipeline of transporting milk and conveying abluent forms construction of switch, when realizing fill function pipeline transporting milk, pipeline only carries abluent when realizing cleaning function. After cleaning the process of waste liquid be prior art cathetus filling apparatus use procedure weak in, because waste liquid needs the filling valve from straight line filling apparatus to discharge, being adopted as an every filling valve piece tube for transfusion of pairing in prior art, waste liquid is discharged by tube for transfusion. Needing manually installed tube for transfusion before discharge waste liquid, usual straight line filling apparatus has multiple filling valves arranged in arrays, causes needing to install many tube for transfusions successively, faces many tube for transfusions of dismounting after having cleaned equally. Make a general survey of whole cleaning process, it is found that owing to discharging of waste liquid operation causes that the cleaning frequency is long, cleaning operation is heavy, there is inefficiency, secondary pollution risk clearly disadvantageous.
Utility model content
The technical problems to be solved in the utility model is how to realize discharging of waste liquid by oneself in cleaning process, thus provides a kind of straight line filling apparatus, has the advantage that the cleaning frequency is short, cleaning operation is easy.
For solving above-mentioned technical problem, this utility model adopts the following technical scheme that this straight line filling apparatus is provided with container transport path and filling valve, described filling valve is positioned at the rear in this container transport path on action of gravity direction, described straight line filling apparatus also includes liquid waste collector, described liquid waste collector is positioned at the front in container transport path on action of gravity direction, described liquid waste collector includes lifting assembly, waste liquid tank, connector, described waste liquid tank is fixedly mounted on lifting assembly, described connector is tubular structure, one end is provided with the interface corresponding to filling valve, the other end is fixing with waste liquid tank to be connected, the internal cavities of described waste liquid tank connects with the internal cavities of connector, described waste liquid tank is provided with leakage fluid dram, described connector is flexibly connected with filling valve by lifting assembly.
In the technical solution of the utility model filling valve be connected with liquid waste collector, liquid waste collector is in the position away from fill station in fill operation, and the bottle on container transport path is transported to after below filling valve and pours into cattle milk;Wait to enter cleaning operation, bottle on container transport path is limited in the position away from filling valve, liquid waste collector is moved into the position can matched with filling valve and establish a connection, make filling valve exit site connect with liquid waste collector internal cavities, and then waste liquid enters in liquid waste collector. The program be the circuit design of discharge waste liquid is become can corresponding filling valve distribution structure, make the pipeline of discharge waste liquid be connected with filling valve to pertain only to distance factor. In order to avoid changing original fill scheme, liquid waste collector is arranged on the lower section in abundant container transport path, space, on action of gravity direction, filling valve, container transport path and liquid waste collector are arranged in order, and namely container transport path is positioned at the lower section of filling valve, liquid waste collector is positioned at the lower section in container transport path. Here container transport path refers to make bottle to keep vertical attitude mobile bottle so as to any transfer unit of establishing a connection with filling valve.
The contiguity of liquid waste collector and filling valve should more than the contiguity of bottle Yu filling valve, close annexation is necessarily be formed between liquid waste collector and filling valve, guarantee that namely the phenomenon not occurring waste liquid to spill provides high sealing performance, so design has the structure of simulation bottleneck on connector, and in order to be able to the collision bearing between liquid waste collector and filling valve, connector is provided with elastic buffer structure. the preferred scheme of connector is, connector includes buffing pad, connecting tube, Bottle-mouth die near-ring, guide ring, described buffing pad includes fixing pipe, adjustable pipe, spring, described fixing pipe is tubular structure, it is provided externally with the flange I fixing for waste liquid tank, described adjustable pipe is tubular structure, one end of described adjustable pipe is embedded into fixing pipe inside and is flexibly connected with fixing pipe, described spring is arranged on outside fixing pipe and adjustable pipe, one end of described spring is connected with fixing pipe and is restricted, the other end is connected with adjustable pipe and is restricted, described Bottle-mouth die near-ring and guide ring are fixedly mounted on one end of connecting tube, described Bottle-mouth die near-ring entirety is all located in guide ring, the working area of ring-type is formed between outside left and the inside of guide ring of described Bottle-mouth die near-ring, the other end of described connecting tube is embedded in the inside of adjustable pipe, described connecting tube is connected with adjustable pipe by self gravitation and is tightly connected between connecting tube and adjustable pipe.
The Bottle-mouth die near-ring of connector, guide ring form a semi-enclosed ring-type working area after combining, the structure of Bottle-mouth die near-ring is identical with bottleneck structure, the port of export motion guiding filling valve is played in ring-type working area between guide ring and Bottle-mouth die near-ring, filling valve is enable to enter the internal cavities of connecting tube, between Bottle-mouth die near-ring and filling valve, to set up the relation being tightly connected, thus realizing fully being connected of filling valve and connector on the whole, this contiguity exceeds well over the contiguity of filling valve and bottle. Buffing pad not only achieves the process flexibly connected between filling valve and connector, additionally provides certain adjustment effect, makes ring-type working area more fit in filling valve place.
Connecting tube is flexibly connected with buffing pad by self gravitation so that connecting tube can by delamination from buffing pad. This architectural feature can provide more space for the course of conveying of bottle, because liquid waste collector occupies the space below container transport path, this space may be used for conveying bottle, so when connecting tube can provide the space that connected tube takies originally to pass through for bottle after separation buffing pad. The straight line filling apparatus so having a structure in which goes for the fill operations of the bottle of different length.
Connecting tube and buffing pad is separated in order to convenient, described liquid waste collector also includes translation assembly, described waste liquid tank is fixedly mounted on translation assembly and is flexibly connected with lifting assembly by translating assembly, waste liquid tank can move to the position away from container transport path under the effect of translation assembly, in order to has enough spaces for performing to take out the operation of connecting tube.
This utility model adopts technique scheme: straight line filling apparatus is provided with waste collection structure, have only to can quickly call in the function of discharge waste liquid by controlling connection procedure, thus achieve the purpose of automatization's discharge waste liquid, simultaneously, avoid artificial connecting line, substantially reducing the cleaning frequency short, cleaning operation is easier, moreover it is possible to avoid secondary pollution.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, this utility model is further described in detail.
Fig. 1 is the structural representation of the liquid waste collector of the first embodiment of this utility model;
Fig. 2 is the scheme of installation of the liquid waste collector of the first embodiment of this utility model;
Fig. 3 is the structural representation of the waste liquid tank of the liquid waste collector of the first embodiment of this utility model;
Fig. 4 is the structural representation of the connector of the liquid waste collector of the first embodiment of this utility model;
Fig. 5 is the liquid waste collector of the first embodiment of this utility model view when separating connecting tube.
Detailed description of the invention
The first embodiment of this utility model.
Straight line filling apparatus is provided with filling valve, cyclic conveyor structure, container gripper mechanism, liquid waste collector.
Cyclic conveyor structure includes two chains being set in parallel on runner, and chain part between runner is linearly distributed, and forms straight line conveyor zones; Runner is movably connected on the support installing cyclic conveyor structure. Being connected on the motor providing power by rotating shaft between the runner of one end wherein, after electric machine rotation, two chains just can run-in synchronism. The clamping template that container gripper mechanism is used by multiple pair-wise combination forms, and every pair of clamping template is all movably connected on chain by the connected mode of bearing pin insertion pin-and-hole, and clamping template does the motion moved in circles with chain. Bearing pin is fixed on chain, and pin-and-hole is offered in the place of the position of corresponding bearing pin in clamping template both sides. Clamping template is by being fixed on bearing pin and being flexibly connected with chain. Clamping template is provided with the arc clamp port of multiple equidistant distribution, and the clamp port in any pair clamping template forms open circular clamp mouth relatively. Clamping template is in vertical position relationship between clamping template and chain after being connected with chain. When chain rotates, it is distributed in the clamping template on chain with chain movement, clamping template opposing chain is in static state, therefore the circular clamp mouth that the clamp port in any pair clamping template is formed relatively is arranged in a row between two chains and follows chain movement. The clamping template straight line conveyor zones in chain wherein side forms container transport path.
Filling valve is positioned at the top of said vesse transport path, namely clamps the top of template. The quantity that the quantity of filling valve arranges circular clamp mouths with two is identical and arranged in arrays, filling valve and the man-to-man position relationship of circular clamp interruption-forming. As in figure 2 it is shown, liquid waste collector is located at the lower section of said vesse transport path, namely in the centre position of cyclic conveyor structure, the upper-lower position at liquid waste collector is all close to the straight line conveyor zones of chain.
As shown in Fig. 1,2,3,4,5, this liquid waste collector includes lifting assembly, translation assembly, waste liquid tank 1, connector 2.
Lifting assembly includes straight line cylinder 3, luggage carrier 4, guide rod 5, fixing bar 6. The cylinder body of straight line cylinder 3 is fixedly mounted on support, and its piston rod is connected with luggage carrier 4. As it is shown on figure 3, luggage carrier 4 is long and narrow stereochemical structure, being provided with a base plate 7 and two side plates 8, base plate 7 is tabular, fixes a side plate 8 respectively in the both sides, long limit of base plate 7, this side plate 8 also tabular;After installation, two side plates 8 are in relative position, and the surface relative two sides is designed with guide rail 9, each side plate 8 are designed with two parallel and spacing is the same from guide rail 9, and guide rail 9 defines gathering sill on side plate 8 surface. The two ends of luggage carrier 4 are all movably arranged on by sliding sleeve on two guide rods 5 at base plate 7 place, pass through fixing bar 6 and connect one frame structure of formation, and fixing bar 6 is fixed with support and is connected between two guide rods 5 often held. Original state cathetus cylinder 3 shrinks.
Waste liquid tank 1 is long and narrow structure, is respectively provided with, at its position, place, long limit, the roller 10 equidistantly arranged along same rectilinear direction, is provided with leakage fluid dram 11 at position, broadside place, one place, and this leakage fluid dram 11 connects with waste liquid tank 1 internal cavities. Being installed with the cover plate that two pieces of width are identical with the length of waste liquid tank 1 less than 1/2nd width of waste liquid tank 1, length on waste liquid tank 1 top, cover plate fixedly mounts the connector 2 being equally spaced, all connectors 2 are arranged in arrays. Roller 10 and guide rail 9 have collectively constituted translation assembly, and waste liquid tank 1 is embedded in gathering sill by roller 10 to be flexibly connected with luggage carrier 4, realizes again being flexibly connected with lifting assembly simultaneously. In original state, waste liquid tank 1 is positioned at luggage carrier 4 centre position and is positioned at inside cyclic conveyor structure.
As shown in Figure 4, this connector 2 includes buffing pad, connecting tube 13, Bottle-mouth die near-ring 14, guide ring 15. Buffing pad fixedly mounts on the cover board, and it includes fixing pipe 16, adjustable pipe 17, spring 18, rubber sleave 19. Fixing pipe 16 is tubular structure, is provided externally with flange I 20, and this flange I 20 is connected for fixing with cover plate, and fixing pipe 16 is outside is provided with defining flange I 22 in the side being positioned at flange I 20. Adjustable pipe 17 is also tubular structure, is provided externally with defining flange II 23 at it; Adjustable pipe 17 is provided with sealing ring 24 in this end end being provided with defining flange II 23. It is internal that one end of adjustable pipe 17 is embedded into fixing pipe 16, is flexibly connected, and is provided with sealing ring outside adjustable pipe 17 so that remain the effect of sealing between adjustable pipe 17 and fixing pipe 16 between adjustable pipe 17 with fixing pipe 16. Spring 18 is enclosed within the outside of adjustable pipe 17, fixing pipe 16, and the limited flange in spring 18 one end I 22 blocks, the limited flange II 23 of the other end blocks. Rubber sleave 19 one end is fixed on defining flange I 22 place, the other end is fixed on defining flange II 23 place. After buffing pad is fixedly mounted on waste liquid tank 1, the internal cavities of adjustable pipe 17 connects with the internal cavities of waste liquid tank 1. When connecting tube 13 is squeezed at the position of installation Bottle-mouth die near-ring 14, guide ring 15, more particularly along connecting tube 13 direction of axis line, connecting tube 13 is applied active force, the spring 18 on buffing pad can deform and be compressed, and then plays cushioning effect; When external force disappears, spring 18 recovers the naturalness of elongation.
Connecting tube 13 is tubular structure, and its one end is provided with flange II 21, the other end fixing Bottle-mouth die near-ring 14, guide ring 15. After Bottle-mouth die near-ring 14, guide ring 15 are arranged in connecting tube 13, Bottle-mouth die near-ring 14 entirety is all located at the inside of guide ring 15. Forming ring-type working area 12 between outer wall and the inwall of guide ring 15 of Bottle-mouth die near-ring 14, ring-type working area 12 is used for coordinating with filling valve as the interface of connector. Guide ring 15 is the shape gradually opened internal outwardly direction at its opening part. Bottle-mouth die near-ring 14, guide ring 15 internal cavities connect with the internal cavities of connecting tube 13.Connecting tube 13 is provided with the external diameter internal diameter less than adjustable pipe 17 of this end of flange II 21, during use, connecting tube 13 is provided with in this end insertion adjustable pipe 17 of flange II 21, connecting tube 13 self gravitation is relied on to be connected with buffing pad, flange II 21 position of connecting tube 13 is connected with adjustable pipe 17 by sealing ring 24 and is formed the relation of being tightly connected, after connection, connecting tube 13 internal cavities connects with adjustable pipe 17 internal cavities, and then the internal cavities of whole connector 2 all connects with waste liquid tank 1 internal cavities.
The quantity of connector 2 with arrangement position be all distributed the quantity with filling valve, arrangement corresponding. During liquid waste collector work, container transport path does not have bottle and Light Condition, and cyclic conveyor structure quits work; Straight line cylinder 3 in lifting assembly stretches out, and orders about all parts being positioned on luggage carrier 4 and all moves towards filling valve position; Connecting tube 13 is provided with this end traverse circular clamp mouth of Bottle-mouth die near-ring 14, guide ring 15, then filling valve is subject to the guiding of guide ring 15 and is embedded in ring-type working area 12, Bottle-mouth die near-ring 14 is set up with filling valve and is tightly connected relation so that connector 2 and filling valve realize being tightly connected. So, the pipeline waste liquid that being positioned at needs to clean can discharge from filling valve, and the waste liquor stream flowed out from filling valve is connected part 2, enters the internal cavities of waste liquid tank 1, flows out from the leakage fluid dram 11 of waste liquid tank 1. Owing to filling valve can extrude to connector in the process of output liquid, therefore can make to be positioned at sealing ring 24 between flange II 21 and adjustable pipe 17 and be pressed further by, add and be tightly connected degree between connecting tube 13 and adjustable pipe 17. Process further for the ease of waste liquid, it is possible to the hard tube of rubber hose or metal material is set at leakage fluid dram 11 place of waste liquid tank 1, by devil liquor recovery to external fluid reservoir or reclaimed in pipeline by these pipes. When discharging of waste liquid terminates, the straight line cylinder 3 of lifting assembly shrinks, and returns to original state; Connector 2 separates with filling valve. Such straight line filling apparatus can enter in fill operation, when if desired providing more space for conveying bottle, waste liquid tank 1 can be pulled out along the direction being perpendicular to conveying bottle direction, owing to waste liquid tank 1 is slidably mounted on luggage carrier 4, therefore pull the operation of waste liquid tank 1 very convenient; In the vertical direction, when deviating from cyclic conveyor structure and container transport path when waste liquid tank 1, connector 2 upper space is bigger, now can free-hand taking-up connecting tube 13, make connecting tube 13 separate from connector 2, then the waste liquid tank 1 not installing connecting tube 13 is pushed inside initial position and cyclic conveyor structure.
This utility model the second embodiment. This embodiment and the first embodiment are different in that connector is only tubular structure, its one end is fixed on waste liquid tank, the other end simulates bottleneck with bottleneck equivalently-sized needing to carry out the bottle of fill, docks with filling valve either directly through this connector during use.
The third embodiment of this utility model. This embodiment and the second embodiment are different in that one end of connector is provided with flange, cover plate on waste liquid tank is provided with the manhole for installation connecting element, the radius of through hole is a bit larger tham the outer radius of connector body, during connection, connector is provided with this end of flange and stretches in through hole, flange is stopped by cover plate, from cover plate, obtain support by flange, be thus connected part and be movably arranged on waste liquid tank by self gravitation.
The 4th kind of embodiment of this utility model.This embodiment and the first embodiment are different in that waste liquid tank is directly anchored on luggage carrier.
Claims (3)
1. a straight line filling apparatus, this straight line filling apparatus is provided with container transport path and filling valve, described filling valve is positioned at the rear in this container transport path on action of gravity direction, it is characterized in that: described straight line filling apparatus also includes liquid waste collector, described liquid waste collector is positioned at the front in container transport path on action of gravity direction, described liquid waste collector includes lifting assembly, waste liquid tank (1), connector (2), described waste liquid tank (1) is fixedly mounted on lifting assembly, described connector (2) is tubular structure, one end is provided with the interface corresponding to filling valve, the other end is fixing with waste liquid tank (1) to be connected, the internal cavities of described waste liquid tank (1) connects with the internal cavities of connector (2), described waste liquid tank (1) is provided with leakage fluid dram (11), described connector (2) is flexibly connected with filling valve by lifting assembly.
2. straight line filling apparatus according to claim 1, it is characterized in that: described connector (2) includes buffing pad, connecting tube (13), Bottle-mouth die near-ring (14), guide ring (15), described buffing pad includes fixing pipe (16), adjustable pipe (17), spring (18), described fixing pipe (16) is tubular structure, it is provided externally with the flange I (20) fixing for waste liquid tank (1), described adjustable pipe (17) is tubular structure, one end of described adjustable pipe (17) is embedded into fixing pipe (16) inside and is flexibly connected with fixing pipe (16), described spring (18) is arranged on fixing pipe (16) and adjustable pipe (17) is outside, one end of described spring (18) is connected with fixing pipe (16) and is restricted, the other end is connected with adjustable pipe (17) and is restricted, described Bottle-mouth die near-ring (14) and guide ring (15) are fixedly mounted on one end of connecting tube (13), described Bottle-mouth die near-ring (14) entirety is all located in guide ring (15), the working area (12) of ring-type is formed between outside left and the inside of guide ring (15) of described Bottle-mouth die near-ring (14), the other end of described connecting tube (13) is embedded in the inside of adjustable pipe (17), described connecting tube (13) is connected with adjustable pipe (17) by self gravitation and is tightly connected between connecting tube (13) and adjustable pipe (17).
3. straight line filling apparatus according to claim 2, it is characterised in that: described liquid waste collector also includes translation assembly, and described waste liquid tank (1) is fixedly mounted on translation assembly and is flexibly connected with lifting assembly by translation assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521140460.0U CN205294784U (en) | 2015-12-31 | 2015-12-31 | Straight line filling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521140460.0U CN205294784U (en) | 2015-12-31 | 2015-12-31 | Straight line filling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205294784U true CN205294784U (en) | 2016-06-08 |
Family
ID=56470232
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521140460.0U Withdrawn - After Issue CN205294784U (en) | 2015-12-31 | 2015-12-31 | Straight line filling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205294784U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105540513A (en) * | 2015-12-31 | 2016-05-04 | 杭州中亚机械股份有限公司 | Linear filling device |
-
2015
- 2015-12-31 CN CN201521140460.0U patent/CN205294784U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105540513A (en) * | 2015-12-31 | 2016-05-04 | 杭州中亚机械股份有限公司 | Linear filling device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160608 Effective date of abandoning: 20180223 |