CN208326358U - A kind of berth formula automation refuse transfer system - Google Patents
A kind of berth formula automation refuse transfer system Download PDFInfo
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- CN208326358U CN208326358U CN201820185885.0U CN201820185885U CN208326358U CN 208326358 U CN208326358 U CN 208326358U CN 201820185885 U CN201820185885 U CN 201820185885U CN 208326358 U CN208326358 U CN 208326358U
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- berth
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- transfer system
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- refuse
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Abstract
The utility model discloses a kind of berth formulas to automate refuse transfer system, including transhipment berth, discharging berth, raising rotary system, material feeding system, lift-on/lift-off type refuse container.The discharging berth is located at the bottom of foundation ditch by the transhipment berth；The raising rotary system includes mobile platform, slewing equipment and boom hoisting, and the mobile platform is installed on aerial rotating device moving track, is equipped with hanger components on the boom hoisting；The lift-on/lift-off type refuse container includes vessel, and ontology strengthening part is arranged in body exterior, and ontology strengthening part is equipped with and hangs connection mechanism, and the connection mechanism that hangs is adapted to the hanger components on hoisting platform；The utility model is a kind of economic and reliable, go slick, site requirements is low, and structurally reasonable, easy to installation and maintenance, operation precision is high, is able to ascend the berth formula automation refuse transfer system of overall operation efficiency.
Description
Technical field
The utility model relates to waste transportation processing equipments more particularly to a kind of berth formula to automate refuse transfer system.
Background technique
Increasingly developed with China's economic capability, society proposes the requirement of higher standard to efforts at environmental protection.Due to city
The limitation of city's current situation of traffic, the general carrying capacity of rubbish vehicle of general storage house refuse is within 5 tons at present, and large-scale rubbish
Generally in exurb, the garbage truck of small freight volume is repeatedly travelled to and fro between resident living area and bulky refuse treating stations for rubbish treatment plant
Obvious economy is poor.Large size city is to solve the problems, such as garbage disposal at present, and the rubbish that relay is usually arranged in city turns
Fortune station, after the rubbish in small-sized rubbish vehicle to be concentrated on to the bulky refuse container of 15 tons of capacity or more, by bulky refuse container
Bulky refuse treatment plant is disposably sent to after transfer car(buggy) load.
There are mainly two types of common refuse transfer stations, first is that being made by overhead crane hoisting garbage container and dump truck cooperation
With using higher skill is needed, crane carry process needs larger site area and preferable ground environment to crane simultaneously, this is in soil
The large size city of ground resource-expensive is difficult to be met.Second is that realizing container by equipment such as hydraulic elevating platform or rollover stands
Elevating function, and realize the transhipment of the concentration discharging and refuse container of rubbish, but hydraulic elevating platform or rollover stand must
The each berth of palpus needs a set of equipment, and multiple berths need more set equipment.The property that hydraulic elevating platform is required due to equipment of itself
Matter, often precision is intersected, and cannot achieve the precise movements such as rotation, the load in addition to lifting.
Utility model content
The purpose of this utility model is to solve the problems of the prior art, provides a kind of economic and reliable, goes slick, place
It is required that low, structurally reasonable, easy to installation and maintenance, operation precision is done, and promotes the berth formula automation rubbish of overall operation efficiency
Movement system.
The technical solution of the utility model is: a kind of berth formula automation refuse transfer system, including transhipment berth, discharging
Berth, raising rotary system, material feeding system, lift-on/lift-off type refuse container.The discharging berth is located at the base by the transhipment berth
Cheat bottom；The raising rotary system includes mobile platform, slewing equipment and boom hoisting, and the mobile platform is installed in the air
Rotating device moving track on, hanger components are installed on the boom hoisting；The lift-on/lift-off type refuse container includes container
Ontology strengthening part is arranged in ontology, body exterior, and ontology strengthening part, which is equipped with, hangs connection mechanism, described to hang connection mechanism and lift by crane flat
Hanger components adaptation on platform；The material feeding system is basket funnel structure, is set to the near coal-mine outside of foundation pit, material feeding system and hole
The hinged installation of mouth, material feeding system feed opening are adapted to lift-on/lift-off type refuse container mouth.
Preferably, the slewing equipment includes revolving platform, driving motor, steering gear, and the revolving platform is set
It is placed in below mobile platform, the driving motor is installed on mobile platform, and drives revolving platform by steering gear
Rotary motion.
Preferably, the hanger components are movable part, change hanger components by the driving mechanism being set on suspension hook
Crawl radius.
Preferably, the steering gear is rotational support disk.
Preferably, the lift-on/lift-off type refuse container ontology strengthening part includes channel steel item, stiffening ring, and the stiffening ring is located at
Refuse container body upper part is close to charging doorframe one end and prolongs circumferential whole circle setting；The channel steel item is set to body exterior, even
Stiffening ring and refuse container body bottom portion discharging doorframe are connect, the connection mechanism that hangs is set to channel steel top close to stiffening ring.
Preferably, the connection mechanism that hangs is column structure or cyclic structure, welds or assembles with channel steel item and fixes.
Preferably, stiffening plate is arranged between connection mechanism and channel steel item in described hang, and avoids hoisting process stress deformation.
Preferably, nearby there are multiple discharging berths in the transhipment berth.
The utility model has the advantages that: 1, using the lift-on/lift-off type refuse container of heavier-duty, cost is relatively low for repacking, versatility compared with
It is good, it can effectively be suitable for the waste transportation process of large capacity, guarantee the safety of vessel strength and carrying process.2, it uses
Rail mounted raising rotary system flexibly can accurately complete each transfer movement during waste transportation, to site area
It is required that lower, operator is required lower, complete automatic operating may be implemented.3, a set of raising rotary system can match
It closes multiple berths to be transported through, effectively save equipment cost.4, refuse container transfer car(buggy), garbage collection can be achieved in transport process
The same berth of the vehicles such as vehicle stops to improve transfer efficiency and safety to operation together.
In order to make technological means, technical characteristic, purpose of utility model and technical effect of the utility model be easy to bright
The utility model is further described below with reference to being specifically illustrating in white understanding.
Detailed description of the invention
Fig. 1 is the engineering schematic diagram front view of the preparation link in a kind of embodiment of the utility model；
Fig. 2 is the engineering schematic diagram side view of the preparation link in a kind of embodiment of the utility model；
Fig. 3 is the engineering schematic diagram front view of the transfer link in a kind of embodiment of the utility model；
Fig. 4 is the engineering schematic diagram side view of the transfer link in a kind of embodiment of the utility model；
Fig. 5 is the engineering schematic diagram front view of the discharging link in a kind of embodiment of the utility model；
Fig. 6 is the engineering schematic diagram side view of the discharging link in a kind of embodiment of the utility model；
Fig. 7 is the main view of the lift-on/lift-off type refuse container in a kind of embodiment of the utility model；
Fig. 8 is the main view of the raising rotary system in an embodiment of the present invention；
Fig. 9 is the track assembling schematic diagram of the lifting rotary system in an embodiment of the present invention.
Specific embodiment
As shown in figure 1-9, process and main device of the invention are made a concrete analysis of:
One, major project process
(1) empty lift-on/lift-off type refuse container 2 is placed on transhipment berth 4 using refuse container transfer car(buggy) 9 or other equipment
On.One refuse transfer system can have 1 transhipment berth 4 and corresponding multiple discharging berths 5, under normal circumstances, discharging pool
Position 5 is located at 6 bottom of foundation pit on 4 side of transhipment berth, therefore general small-sized terminal configures two discharging berths.Transport 4 He of berth
Discharging berth 5 can be used the preferable plastic material of cushion performance and build.In each berth overhead, construction is moved for raising rotary system 1
Dynamic lifting rotary device moving track 7.
(2) the lift-on/lift-off type refuse container 2 transported on berth is hoisted to the corresponding foundation pit in discharging berth 5 by raising rotary system 1
6, and lift-on/lift-off type refuse container 2 is placed on the discharging berth 6 in foundation pit.In the process, raising rotary system 1 can
To be placed on discharging berth after lift-on/lift-off type refuse container 2 rotates by a certain angle, in order to avoid lift-on/lift-off type refuse container and its
The rotation 180 degree of lift-on/lift-off type refuse container 2 will be very favorable during handling by his interference of component in operation.
(3) after 3 feed opening 31 of material feeding system is docked with the charging doorframe 212 of lift-on/lift-off type refuse container 2, refuse collector 8 will
Rubbish therein is poured into lift-on/lift-off type refuse container 2 by material feeding system 3；Refuse collector 8 drives away after toppling over, other
Carried rubbish is toppled in rubbish van relay.
Material feeding system 3 is basket funnel structure, is set to the near coal-mine outside of foundation pit, generallys use rotatable hinge mechanism and base
The material feeding system base for cheating 7 near coal-mine sides is hinged.Material feeding system material feeding system feed opening 31 and lift-on/lift-off type refuse container 2 into
Bin gate frame 212 is adapted.Swivel hinge mechanism can be realized by rotating electric machine and control system and be automatically controlled, and realize rewinding
Automatic open-close of the system 3 in discharge process.The settable light sensor of 3 feed opening of material feeding system 31, when lift-on/lift-off type rubbish holds
After device fills with, material-receiving system 3 issues prompt of buying securities with all one's capital.
Two, lifting rotary device
Raising rotary system 1 includes mobile platform 11, slewing equipment 12 and boom hoisting 13, and the mobile platform 11 is installed
In on aerial lifting rotary device moving track 7, the mobile platform setting is equipped with elevator motor 112, elevator motor 112
Boom hoisting 13 is driven to move up and down by transmission belt；Stepper motor 113 is arranged in mobile platform both ends, and stepper motor 113 drives
Mobile platform 11 moves on track 7.Slewing equipment 12 includes revolving platform 121, driving motor 122, steering gear
123, the revolving platform 121 is set to 11 lower section of mobile platform, and the driving motor 122 is installed on mobile platform 11, and
Revolving platform rotary motion is driven by steering gear 123.Transmission mechanism 123 can be transmission shaft, rotational support disk etc.
Various structures.Hanger components 131 are installed, hanger components 131 are movable part, by being set to suspension hook on boom hoisting 13
The crawl radius that driving mechanism 132 on 131 changes hanger components 131 hangs connection mechanism on lift-on/lift-off type refuse container 2 to hold with a firm grip
23。
Three, lift-on/lift-off type refuse container
Lift-on/lift-off type refuse container 2 can be barreled or cubic, including ontology 21, strengthening part 22 and hang connection mechanism 23,
Ontology 21 includes cylinder 211, feeds doorframe 212, discharging doorframe 213, and cylinder can may be cube for cylindricality.Reinforcement part
Part 22 includes channel steel item 221, stiffening ring 222, and the channel steel item 221 is set to outside ontology 21, in order to guarantee integral strength, slot
Steel bar 221 is generally extended vertically from refuse container ontology discharging doorframe 213 to top feed doorframe 212, that is, prolongs refuse container sheet
21 outside of body is vertical or axially arranges.Stiffening ring 222 is located at 21 top of refuse container ontology close to charging doorframe 212, and prolongs outer
Week whole circle setting；Channel steel item 221 is separately connected stiffening ring 222 and bottom discharge doorframe 213, can use welding can also with the two
To use detachable assembly.The connection mechanism 23 that hangs is set to 221 top of channel steel item, the i.e. position close to stiffening ring 222, from
And be conducive to the safety and stability in hoisting process and posture holding.Hanging connection mechanism 23 can be column or cyclic structure, but need
It to be adapted to hanger components 131.It is described to hang setting stiffening plate 223 between connection mechanism 23 and channel steel item 221, it avoids in hoisting process
Hoisting mechanism stress deformation, causes security risk.
In summary it is only the utility model preferred embodiment, is not used to limit the scope of the utility model.
Equivalence changes and modification made by i.e. all contents according to present utility model application the scope of the patents, all should belong to the skill of the utility model
Art scope.
Claims (8)
1. a kind of berth formula automates refuse transfer system, including transhipment berth, discharging berth, raising rotary system, material feeding system
System, lift-on/lift-off type refuse container, which is characterized in that the discharging berth is located at the bottom of foundation ditch by the transhipment berth；Described
Rising rotary system includes mobile platform, slewing equipment and boom hoisting, and the mobile platform is installed on aerial rotating device and moves
On dynamic rail road, hanger components are installed on the boom hoisting；The lift-on/lift-off type refuse container includes vessel, body exterior
Ontology strengthening part is set, and ontology strengthening part, which is equipped with, hangs connection mechanism, the hook portion hung on connection mechanism and hoisting platform
Part adaptation；The material feeding system is basket funnel structure, is set to the near coal-mine outside of foundation pit, material feeding system and near coal-mine hinged installation,
Material feeding system feed opening is adapted to lift-on/lift-off type refuse container mouth.
2. berth formula according to claim 1 automates refuse transfer system, it is characterised in that: the slewing equipment includes
Revolving platform, driving motor, steering gear, the revolving platform are set to below mobile platform, the driving motor peace
Loaded on mobile platform, and passes through steering gear and drive revolving platform rotary motion.
3. berth formula according to claim 1 automates refuse transfer system, it is characterised in that: the hanger components are to live
Dynamic component changes the crawl radius of hanger components by the driving mechanism being set on suspension hook.
4. berth formula according to claim 2 automates refuse transfer system, it is characterised in that: the steering gear
For rotational support disk.
5. berth formula according to claim 1 automates refuse transfer system, it is characterised in that: the lift-on/lift-off type rubbish holds
Device ontology strengthening part includes channel steel item, stiffening ring, and the stiffening ring is located at refuse container body upper part close to charging doorframe one
It holds and prolongs circumferential whole circle setting；The channel steel item is set to body exterior, connection reinforcement circle and refuse container body bottom portion discharging
Doorframe, the connection mechanism that hangs are set to channel steel top close to stiffening ring.
6. berth formula according to claim 1 automates refuse transfer system, it is characterised in that: the connection mechanism that hangs is column
Shape structure or cyclic structure are welded or are assembled with channel steel item and fixed.
7. berth formula according to claim 1 automates refuse transfer system, it is characterised in that: described to hang connection mechanism and slot
Stiffening plate is set between steel bar, avoids hoisting process stress deformation.
8. berth formula according to claim 1 automates refuse transfer system, it is characterised in that: near the transhipment berth
There are multiple discharging berths.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820185885.0U CN208326358U (en) | 2018-02-02 | 2018-02-02 | A kind of berth formula automation refuse transfer system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820185885.0U CN208326358U (en) | 2018-02-02 | 2018-02-02 | A kind of berth formula automation refuse transfer system |
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| CN208326358U true CN208326358U (en) | 2019-01-04 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110127251A (en) * | 2018-02-02 | 2019-08-16 | 上海中荷环保有限公司 | A kind of berth formula automation refuse transfer system and its application method |
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2018
- 2018-02-02 CN CN201820185885.0U patent/CN208326358U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110127251A (en) * | 2018-02-02 | 2019-08-16 | 上海中荷环保有限公司 | A kind of berth formula automation refuse transfer system and its application method |
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