CN209207784U - Bunker lift device, Automatic Dosing strain system and once-through method refining glue production system - Google Patents

Abstract

The utility model discloses a kind of bunker lift device, Automatic Dosing strain system and once-through method refining glue production system, bunker lift device includes vertical frame, stock bucket, lifting device and lifting driving device；Lifting device is pumped by lifting driving device along vertical frame, and stock bucket is connect with lifting device, and lifting driving device is set on vertical frame；Lifting driving device includes drive sprocket and three groups of driven sprockets, and drive sprocket and three groups of driven sprockets are equipped with cricoid chain, and chain is connect with lifting device.Drive sprocket rotation drives driven sprocket rotation, so that cricoid chain be driven to turn round up and down, realizes the up and down motion for the stock bucket connecting with lifting device.The utility model reduces the spatial altitude requirement to plant floor, and applicability is wider, while reducing the pollution to environment.

Description

Bunker lift device, Automatic Dosing strain system and once-through method refining glue production system

Technical field

The utility model relates to once-through method refining glue technical field more particularly to a kind of bunker lift devices, Automatic Dosing product System and once-through method refining glue production system.

Background technique

The rubber mixing technique of existing tire plant just gradually tends to automate, and no matter which kind of rubber mixing technique is used, such as to complete glue The final mixing of material, obtains finished composition, the drugs such as sulphur need to all be added in mixing process.

If the dosing product in mixer, usually by manually putting drug to belt, by Belt Conveying to mixer into Material mouth is influenced by mixer heating, and drug has little time to be sufficiently mixed in mixer, is easy to happen sizing material and is burnt phenomenon, is influenced Refining glue effect.

If the dosing product in open mill, usually by manually drug is spread on open mill roll surface, by open mill by sizing material It is uniformly mixed with drug, this mode drug is easy to fly upward, and causes environmental pollution, while the body for being also unfavorable for operator is strong Health.

Summary of the invention

The utility model in order to solve the above-mentioned technical problem, provide a kind of bunker lift device, Automatic Dosing strain system and Once-through method refining glue production system, stock bucket can move up and down, and reduce the spatial altitude requirement to plant floor, applicability It is wider, while reducing the pollution to environment.

Technical solution provided by the utility model is a kind of bunker lift device, including vertical frame, stock bucket, promotion Device and lifting driving device；The lifting device is up and down reciprocatingly transported by the lifting driving device along the vertical frame Dynamic, the stock bucket is connect with the lifting device, and the lifting driving device is set on the vertical frame；The promotion is driven Dynamic device includes drive sprocket and three groups of driven sprockets, and the drive sprocket and three groups of driven sprockets are equipped with cricoid chain Item, the chain are connect with the lifting device.

Further, the lifting device be equipped with chain mounting rod, the both ends of the chain mounting rod respectively with it is described Chain connection.

Further, the drive sprocket and wherein driven sprocket described in one group be set to the vertical frame top, separately Driven sprocket described in outer two groups is set to the lower part of the vertical frame.

Further, the vertical frame is equipped at least one set of chain stretching device, and the chain stretching device includes Tensioning wheel, the tensioning wheel and the chain against.

Further, the chain stretching device has three groups, be respectively arranged on the top of the vertical frame, middle part and under Portion, and it is located at the setting direction and the setting direction of chain stretching device described in other two groups of the chain stretching device at middle part On the contrary.

Further, the lifting device is equipped with rotary components, and the stock bucket passes through connecting rod and the rotation group Part connection, the rotary components drive the connecting rod to swing relative to the lifting device.

Further, the rotary components include rack gear and with the rack gear meshed gears, the rack gear mentions with described Liter device connects and along the lifting device side-to-side movement, and the connecting rod is connect with the gear.

Further, the lifting device is equipped with cross slide way and the sliding block along the cross slide way side-to-side movement, institute Rack gear is stated to be connected with the slide block.

Further, the lifting device is equipped with one or two rack drives cylinder.

Further, the lifting device is equipped with the first sensor being rotated in place for detecting the rotary components.

Further, the one or both sides of the lifting device are equipped with cushion.

Further, the lifting device is equipped with guide wall wheel, and the vertical frame is equipped with vertical guide, described to lead It moves up and down to wall wheel along the vertical guide.

Further, the discharge outlet of the stock bucket is equipped with flap valve.

Further, the vertical frame is equipped with for detecting the second sensor of the lifting device movement in place.

Further, the bottom of the vertical frame is equipped with buffering stand.

The utility model also proposes a kind of Automatic Dosing strain system, including arrow weighs scale, feed intake disperser and the connection arrow The conveyance conduit of weight scale and the disperser that feeds intake, further includes bunker lift device as described above, drug is successively through described standby Hopper, arrow weight scale, the conveyance conduit and the disperser that feeds intake are put into open mill.

The utility model also proposes a kind of once-through method refining glue production system, including total pipeline and is set to total pipeline On a plurality of point of pipeline, total pipeline is equipped with and always feeds intake trolley, described to divide pipeline to be equipped with to divide the trolley that feeds intake, institute It states the trolley that point feeds intake to put into drug in open mill, further includes bunker lift device as described above, drug struggles against through the stock Put into the small car that always feeds intake.

Compared with prior art, the advantages and positive effects of the utility model are as follows:

The utility model proposes a kind of bunker lift device, Automatic Dosing strain system and once-through method refining glue production system, material Bucket lifting device includes vertical frame, stock bucket, lifting device and lifting driving device；Lifting device passes through lifting driving device It pumps along vertical frame, stock bucket is connect with lifting device, and lifting driving device is set on vertical frame；It is promoted and is driven Dynamic device includes drive sprocket and three groups of driven sprockets, and drive sprocket and three groups of driven sprockets are equipped with cricoid chain, chain It is connect with lifting device.Drive sprocket rotation drives driven sprocket rotation, so that cricoid chain be driven to turn round up and down, realizes The up and down motion for the stock bucket being connect with lifting device.The utility model reduces the spatial altitude requirement to plant floor, fits It is wider with property, while reducing the pollution to environment.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is Some embodiments of the utility model, for those of ordinary skill in the art, in the premise of not making the creative labor property Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model embodiment bunker lift device；

Fig. 2 is the side structure schematic view of the utility model embodiment bunker lift device；

Fig. 3 is partial enlarged view at A in Fig. 1；

Fig. 4 is the structural schematic diagram of the utility model embodiment lifting device；

Fig. 5 is the side structure schematic view of the utility model embodiment lifting device；

Fig. 6 is the structural schematic diagram of the utility model embodiment Automatic Dosing strain system；

Fig. 7 is the structural schematic diagram of the utility model embodiment once-through method refining glue production system.

Wherein, 100- bunker lift device, 110- lifting device, 111- rack gear, 112- gear, 113- cross slide way, 114- sliding block, 115- rack drives cylinder, 116- guide wall wheel, 117- chain mounting rod, 118- cushion, 120- promote driving Device, 121- drive sprocket, 122- driven sprocket, 123- chain, 130- chain stretching device, 131- tensioning wheel, 140- stock Bucket, 141- flap valve, 150- connecting rod, 160- vertical frame, 161- buffering stand, 162- bearing diagonal frame, 163- vertical guide,

200- Automatic Dosing strain system, 210- swear that weight scale, 220- conveyance conduit, 230- feed intake disperser,

300- once-through method refining glue production system, the total pipeline of 310-, 320- divide pipeline, and 330- always feeds intake trolley, 340- Divide the trolley that feeds intake,

400- open mill.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to The range of the utility model protection.

The utility model discloses a kind of bunker lift device 100, referring to figs. 1 to Fig. 5, including vertical frame 160, stock bucket 140, lifting device 110 and lifting driving device 120.Lifting device 110 is by lifting driving device 120 along vertical frame 160 It pumps, stock bucket 140 is connect with lifting device 110, and lifting driving device 120 is set on vertical frame 160.Stock Struggling against, it is at regular intervals to have between 140 and vertical frame 160, convenient for charging and feeding intake.Lifting driving device 120 includes drive sprocket 121 and three groups of driven sprockets 122, drive sprocket 121 and three groups of driven sprockets 122 form annular frames, drive sprocket 121 and three Group driven sprocket 122 is equipped with cricoid chain 123, and chain 123 is connect with lifting device 110.Drive sprocket 121 is in motor Rotation under driving, drive sprocket 121 drive driven sprocket 122 to rotate, so that about 123 chain is driven to turn round, realization and chain Up and down motion of the lifting device 110 of 123 connections along vertical frame 160.Drive lower edge of the stock bucket 140 in lifting device 110 Vertical frame 160 moves up and down, and reduces the spatial altitude requirement to plant floor, applicability is wider.

Drive sprocket 121 and wherein one group of driven sprocket 122 are set to the top of vertical frame 160, in addition two groups of driven chains Wheel 122 is set to the lower part of vertical frame 160.Referring to Fig. 2, positioned at an ipsilateral drive sprocket 121 of vertical frame 160 and three Driven sprocket 122 surrounds annular frame, installs cricoid chain 123 thereon.Drive chain positioned at the other side of vertical frame 160 Item 121 and three driven sprockets 122 equally also surround annular frame, install cricoid chain 123 thereon.Lifting device 110 Both ends are fixedly connected with the annular link chain 123 for the two sides for being located at vertical frame 160 respectively, real with the revolution up and down of chain 123 The up and down motion of existing lifting device 110.

Length due to chain 123 in upper-lower height direction is longer, and in order to make, chain 123 is operably more stable, is not easy It falls off from drive sprocket 121 or driven sprocket 122, at least one set of chain stretching device 130 is equipped on vertical frame 160, Referring to Fig. 2.Chain stretching device 130 includes tensioning wheel 131, and tensioning wheel 131 and chain 123 are against as tensioning wheel 131 is towards leaning on Close or remote from the direction movement of chain 123, the tensioning to chain 123 is realized.

Chain stretching device 130 is preferably 3 groups, is respectively arranged on the top, middle part and lower part of vertical frame 160, and be located at The setting direction of the chain stretching device 130 at middle part and the setting direction of other two groups of chain stretching devices 130 are on the contrary, to improve The tension effects of chain 123.

The structural schematic diagram of lifting device 110 descends short transverse referring to Fig. 4 and Fig. 5, two lateral edges of lifting device 110 thereon On be respectively equipped with chain mounting rod 117, the end of chain mounting rod 117 is fixedly connected with chain 123 respectively, realize lifting device 110 are fixedly connected with chain 123.The connection structure is simple, is easily achieved.

Lifting device 110 with chain 123 along vertical frame 160 move up and down during, in order to make lifting device 110 It moves more stable, smooth, makes it have good guiding performance, the two sides of lifting device 110 are respectively equipped with guide wall wheel 116, vertical guide 163 is accordingly equipped on vertical frame 160, vertically guide rail 163 moves up and down guide wall wheel 116.

Meanwhile after lifting device 110 moves in place, in order to realize pre-decelerating or accurate stopping, system is improved Accuracy and response speed, vertical frame 160 is equipped with for detecting the movement of lifting device 110 second sensor in place (not shown).Second sensor can be selected close to switch, when close switch detects that lifting device 110 will be moved to position Afterwards, close to switch will the location information of lifting device 110 at this time be uploaded to control system, control system issues instruction control and mentions It rises driving device 120 to slow down or stop, to realize that lifting device 110 stops in the position of setting, realizes stock bucket 140 Accurate pan feeding feeds intake.

The bottom of vertical frame 160 is equipped with buffering stand 161, breaks down to prevent even if system, lifting device 110 Directly ground will not be touched with stock bucket 140 and is damaged, while also ensuring the personal safety of operator.

While stock bucket 140 realizes up and down motion under the drive of lifting device 110, left and right pendulum can also be realized Spatial dimension and operating flexibility dynamic, that further expansion feeds intake.The movement that swings of stock bucket 140 is by with flowering structure Realize: lifting device 110 is equipped with rotary components, and stock bucket 140 is connect by connecting rod 150 with rotary components, rotary components Connecting rod 150 is driven to swing relative to lifting device 110.

Rotary components include rack gear 111 and with 111 meshed gears 112 of rack gear, referring to Fig. 3, rack gear 111 and lifting device 110 connection and along 110 side-to-side movement of lifting device, connecting rod 150 is connect with gear 112.Rack gear 111 is left along lifting device 110 Right movement, band moving gear 112 rotate, and gear 112 drives connecting rod 150 to swing in turn.

The side-to-side movement of rack gear 111 is driven by cylinder, also, if the charging position of stock bucket 140 and the position that feeds intake Between angle≤90 °, then on lifting device 110 install a rack drives cylinder 115, pass through rack drives cylinder 115 extend and retract, realizes the side-to-side movement of rack gear 111；If between the charging position and the position that feeds intake of stock bucket 140 90 ° of angle > and≤180 ° then need to install two rack drives cylinders 115 on lifting device 110.Reference Fig. 3 and Fig. 4, Two rack drives cylinders 115 are separately mounted to the two sides of lifting device 110, false when 90 ° of 140 hunting range > of stock bucket Making to stock up bucket 140 at this time positioned at left side, connecting rod 150 is parallel with rack gear 111, first start one of rack drives cylinder 115, 90 ° of 150 counter-clockwise swing of connecting rod is set extremely with 111 upright position of rack gear, to restart another rack drives cylinder 115, even Extension bar 150 continues to rotate counterclockwise to 90 ° of > of specified location stopping.

Lifting device 110 be equipped with cross slide way 113, rack gear 111 can directly transversely 113 side-to-side movement of guide rail, this Hour rack driving cylinder 115 directly drives the movement of rack gear 111；It can also be fixedly connected with sliding block 114, sliding block 114 is transversely led 113 side-to-side movement of rail, rack drives cylinder 115 drives sliding block 114 to move at this time.

In order to enable stock bucket 140 accurately to stop at specified angle position, lifting device 110 is equipped with for detecting The first sensor (not shown) that rotary components are rotated in place.Specifically, first sensor can select magnetic switch.

The two sides of lifting device 110 further respectively have cushion 118, to prevent locking system failure when, connecting rod 150 with The personal safety of operator is touched and damaged, endanger to vertical frame 160.

The discharge outlet of stock bucket 140 is equipped with flap valve 141, and the opening and closing of flap valve 141 are driven by the cylinder.

In order to keep 160 structure of vertical frame more firm, reliable, bearing diagonal can be installed additional in the side of vertical frame 160 Frame 162.

Shown in FIG. 1 is the schematic diagram of lifting device 110 and stock bucket 140 in three different stations.That is, the bunker lift Only one the stock bucket 140 of device 100, which can have multiple and different works under the drive of lifting device 110 Position.

The operating process of the present embodiment bunker lift device 100 are as follows: when needing the charging in stock bucket 140, stock bucket 140 Positioned at the lower part of vertical frame 160, close to ground, flap valve 141 is closed, and operator pours into drug in stock bucket 140；It mentions It rises driving device 120 to start, lifting device 110 is driven to move up to the height of the specified position that feeds intake；Rotary components starting, band Dynamic stock bucket 140 is rotated to the angle of the specified position that feeds intake；Flap valve 141 is opened, and the corresponding of next cargo handling operation is added in drug In equipment.

A kind of Automatic Dosing strain system 200 is also disclosed in the utility model, and referring to Fig. 6, which includes arrow weight scale 210, throws The conveyance conduit 220 of material disperser 230 and connection arrow weight scale 210 and the disperser 230 that feeds intake, further includes disclosed in above-described embodiment Bunker lift device 100.Drug is successively thrown through stock bucket 140, arrow weight scale 210, conveyance conduit 220 and the disperser 230 that feeds intake Enter in open mill 400.

The utility model is also disclosed a kind of once-through method refining glue production system 300, reference Fig. 7, including total pipeline 310 and sets In a plurality of point of pipeline 320 on total pipeline 310, total pipeline 310 is equipped with the trolley 330 that always feeds intake, divides on pipeline 320 Equipped with the trolley 340 that feeds intake is divided, the trolley 340 that feeds intake is divided to put into drug in open mill 400.It further include disclosed in above-described embodiment Bunker lift device 100, drug always feeds intake in trolley 330 through 140 investment of stock bucket, then is distributed to point by the trolley 330 that always feeds intake It feeds intake in trolley 340.

Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations； Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that: It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc. With replacement；And these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution The spirit and scope of scheme.

Claims (17)

1. a kind of bunker lift device, which is characterized in that including vertical frame, stock bucket, lifting device and lifting driving device； The lifting device is pumped by the lifting driving device along the vertical frame, and the stock bucket is mentioned with described Device connection is risen, the lifting driving device is set on the vertical frame；The lifting driving device include drive sprocket and Three groups of driven sprockets, the drive sprocket and three groups of driven sprockets are equipped with cricoid chain, and the chain is mentioned with described Rise device connection.

2. bunker lift device according to claim 1, which is characterized in that the lifting device is installed equipped with chain The both ends of bar, the chain mounting rod are connect with the chain respectively.

3. bunker lift device according to claim 1, which is characterized in that the drive sprocket and wherein described in one group from Movable sprocket is set to the top of the vertical frame, and in addition driven sprocket described in two groups is set to the lower part of the vertical frame.

4. bunker lift device according to claim 3, which is characterized in that the vertical frame is equipped at least one set of chain Tensioning apparatus, the chain stretching device includes tensioning wheel, the tensioning wheel and the chain against.

5. bunker lift device according to claim 4, which is characterized in that the chain stretching device has three groups, respectively Set on the top, middle part and lower part of the vertical frame, and positioned at the setting direction of the chain stretching device at middle part and separately The setting direction of chain stretching device described in outer two groups is opposite.

6. bunker lift device according to claim 1, which is characterized in that the lifting device is equipped with rotary components, The stock bucket is connect by connecting rod with the rotary components, and the rotary components drive the connecting rod to mention relative to described Device is risen to swing.

7. bunker lift device according to claim 6, which is characterized in that the rotary components include rack gear and with it is described Rack gear meshed gears, the rack gear connect with the lifting device and along the lifting device side-to-side movement, the connecting rods It is connect with the gear.

8. bunker lift device according to claim 7, which is characterized in that the lifting device be equipped with cross slide way and Along the sliding block of the cross slide way side-to-side movement, the rack gear is connected with the slide block.

9. bunker lift device according to claim 7, which is characterized in that the lifting device is equipped with one or two Rack drives cylinder.

10. bunker lift device according to claim 6, which is characterized in that the lifting device is equipped with for detecting The first sensor that the rotary components are rotated in place.

11. bunker lift device according to claim 6, which is characterized in that the one or both sides of the lifting device are set There is cushion.

12. bunker lift device according to claim 1, which is characterized in that the lifting device is equipped with guide wall wheel, The vertical frame is equipped with vertical guide, and the guide wall wheel moves up and down along the vertical guide.

13. bunker lift device according to claim 1 to 10, which is characterized in that the discharging of the stock bucket Flap valve is equipped at mouthful.

14. bunker lift device according to claim 1 to 10, which is characterized in that set on the vertical frame Have for detecting the second sensor of the lifting device movement in place.

15. bunker lift device according to claim 1 to 10, which is characterized in that the bottom of the vertical frame Portion is equipped with buffering stand.

16. a kind of Automatic Dosing strain system, which is characterized in that including swear weight scale, feed intake disperser and the heavy scale of the connection arrow and The conveyance conduit of the disperser that feeds intake further includes the bunker lift device as described in any one of claim 1-15, drug Successively put into open mill through stock bucket, arrow weight scale, the conveyance conduit and the disperser that feeds intake.

17. once-through method refining glue production system, a plurality of point of pipeline including total pipeline and on total pipeline is described Total pipeline is equipped with the trolley that always feeds intake, and described to divide pipeline equipped with the trolley that feeds intake is divided, the described point of trolley that feeds intake throws drug Enter in open mill, which is characterized in that further include the bunker lift device as described in any one of claim 1-15, drug is through institute It states stock bucket and puts into the small car that always feeds intake.