CN106013862A - Main body frame of artificial sorting platform for garbage treatment and forming method thereof - Google Patents
Main body frame of artificial sorting platform for garbage treatment and forming method thereof Download PDFInfo
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- CN106013862A CN106013862A CN201610506481.2A CN201610506481A CN106013862A CN 106013862 A CN106013862 A CN 106013862A CN 201610506481 A CN201610506481 A CN 201610506481A CN 106013862 A CN106013862 A CN 106013862A
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- end plate
- beams
- main support
- body frame
- main body
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H5/00—Buildings or groups of buildings for industrial or agricultural purposes
- E04H5/02—Buildings or groups of buildings for industrial purposes, e.g. for power-plants or factories
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C7/00—Sorting by hand only e.g. of mail
- B07C7/04—Apparatus or accessories for hand picking
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07C—POSTAL SORTING; SORTING INDIVIDUAL ARTICLES, OR BULK MATERIAL FIT TO BE SORTED PIECE-MEAL, e.g. BY PICKING
- B07C2501/00—Sorting according to a characteristic or feature of the articles or material to be sorted
- B07C2501/0054—Sorting of waste or refuse
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Processing Of Solid Wastes (AREA)
- Sorting Of Articles (AREA)
Abstract
The invention discloses a main body frame of an artificial sorting platform for garbage treatment and a forming method thereof. The main body frame comprises an outer framework, a prefabricated and formed PM conveyor landing leg support unit member and a plurality of sets of prefabricated and formed funnel supporting support unit members. The PM conveyor landing leg support unit member is arranged in the outer framework, and the multiple sets of funnel supporting support unit members are distributed on the left side and the right side of the PM conveyor landing leg support unit member. Reinforcing connecting beam members are arranged between the adjacent funnel supporting support unit members located on the same side and between the funnel supporting support unit member close to the outer framework and a transverse side beam member forming the outer framework. The forming method comprises the steps that firstly, the unit members for forming the main body frame are prefabricated; secondly, the unit members are spliced together on site, and the main body frame is formed. The main body frame can be quickly installed on site, and the technical requirements for installation workers are lowered; by means of the forming method, the on-site installation convenience is improved, the installation period is shortened, and the installation cost is reduced.
Description
Technical field
The invention belongs to urban garbage disposal sorting technology field, particularly to main body frame and the forming method of this main body frame of a kind of garbage disposal artificial separation platform.
Background technology
Present stage, sorting was the indispensable important step of garbage disposal during China's urban garbage disposal, and it is mainly by manually sorting chaff interference and specific rubbish kind.On garbage disposal production line, the sorting of rubbish typically completes at artificial separation station, wherein separation chamber is an important composition part at artificial separation station, sorting workman carries out the sort operation of rubbish in separation chamber spacious and well-lighted, good ventilation and air-conditioning device it is furnished with, it is ensured that sorting personnel operate under good working environment inside separation chamber.Concrete, rubbish enters on the flat pattern ribbon conveyer (PM conveyer) at artificial separation station (sorting platform steel structure and separation chamber), flat pattern ribbon conveyer both sides arrange several sorting stations, workman is according to making division of labor and lines of specialities's requirement in sorting, respectively the inorganic bulk materials in selection rubbish and the filamentary material of some interference follow-up equipments.
Existing artificial separation station generally comprises main platform body framework, separation chamber, PM conveyer, walks ladder, supporting leg, support, truss and funnel etc..Wherein main platform body framework is to play the pivotal role formed a connecting link, and its top peripheral arranges separation chamber and at the location arrangements PM conveyer set, and the location arrangements funnel set on the both sides of PM conveyer, for storing the rubbish sorted out temporarily；Its underpart arranges supporting leg, support and truss etc..At present, main platform body framework is made up of the welding of polytype section bar, comprises the types such as H profile steel, I-steel, channel-section steel, angle steel, welded still pipe.Main platform body framework is typically on-the-spot to be spliced to form by a section section bar, owing to section components is more scattered, scene needs to employ a large amount of welding means, on the one hand makes troubles to project installation, and the technical merit of installer is required higher, on the other hand the in-site installation cycle is longer, installation cost is high.
Summary of the invention
The present invention solves that technical problem present in known technology provides main body frame and the forming method thereof of a kind of garbage disposal artificial separation platform, this main body frame can be convenient for on-the-spot Fast Installation, it is possible to decrease the technology requirement to installer；The forming method of this main body frame can improve field erected convenience, shortens installation period and reduces installation cost.
The present invention solves that technical problem is adopted the technical scheme that present in known technology:
The garbage disposal main body frame of artificial separation platform, it is characterised in that: including the outer rim of frame type, by two longitudinal edge beams and two widthwise edge beams, in end, detachable fixing connects and composes described outer rim；Including prefabricated profiled PM conveyer leg brackets unit member, described PM conveyer supporting leg support unit component is made up of many auxiliary support beams I of two parallel main support beams I and two main support beams I of connection, and many assist support beam I to be arranged between two main support beams I along the length direction of main support beam I；Including organizing prefabricated profiled Hopper support carrier unit component more, often group Hopper support carrier unit component is constituted by many auxiliary support beams II of two parallel main support beams II and two main support beams II of connection, and many assist support beam II to be arranged between two main support beams along the length direction of main support beam II；Described PM conveyer leg brackets unit member is arranged in outer rim, the two ends of every main support beam I are detachable with the medial part of two widthwise edge beams respectively fixing to be connected, many group Hopper support carrier unit components are distributed in the left and right sides of PM conveyer leg brackets unit member, the lateral part of the main support beam I on the left of being distributed in two ends distribution and the medial part of longitudinal edge beam being positioned at left side of every main support beam II of the Hopper support carrier unit component in left side and being positioned at is detachable fixing to be connected, the lateral part of the main support beam I on the right side of being distributed in two ends distribution and the medial part of longitudinal edge beam being positioned at right side of every main support beam II of the Hopper support carrier unit component on right side and being positioned at is detachable fixing to be connected；It is provided with reinforcement tie-beam component between the adjacent Hopper support support element unit of homonymy and near between the Hopper support carrier unit component and the widthwise edge beam constituting outer rim of outer rim.
Preferred: two longitudinal edge beams and two widthwise edge beams all use I-steel, on the medial surface at two ends, connection end plate all it is welded with at the two ends of two widthwise edge beams and two longitudinal edge beams, it is prefabricated with bolt hole on end plate connecting, the connection end plate connecting end plate and two widthwise edge beam ends on two longitudinal edge beam medial surface coordinates one by one, and makes longitudinal edge beam form detachable fixing be connected with widthwise edge beam by the bolt being installed on connection end plate.
Preferred: the two main support beams I constituting PM conveyer leg brackets unit member use I-steel, on the two ends of two main support beams I, two widthwise edge beam medial surface, the position corresponding with the end of two main support beams I is all welded with connection end plate, and the end plate that connects of two main support beam I ends coordinates one by one with the end plate that connects on two widthwise edge beam medial surface and makes PM conveyer leg brackets unit member form detachable connection with outer rim by being installed on the corresponding bolt connected on end plate.
Preferred: many auxiliary support beams I all use I-steel, connection end plate all it is welded with at the two ends of many auxiliary support beams I, the position assisting support beam I corresponding with many on the medial surface of two main support beams I is all welded with connection end plate, the many connection end plates assisting support beam I ends and the end plate that connects on two main support beam I medial surface and coordinates one by one and make many to assist support beams I to be connected with two main support beams I formation by being installed on the corresponding bolt connected on end plate.
Preferred: the two main support beams II constituting often group Hopper support carrier unit component use I-steel, many auxiliary support beams II to use angle steel, the two ends of many auxiliary support beams II to be attached by welding manner with the medial part of two main support beams II；Connection end plate all it is welded with at the two ends of two main support beams II, position corresponding with the two ends of the main support beam II of many group Hopper support unit member on the medial surface of two longitudinal edge beams and on the lateral surface of two main support beams I is all welded with connection end plate, the end plate that connects at main support beam II two ends of many group Hopper support unit member coordinates one by one with the connection end plate on main support beam I lateral surface connecting end plate and respective side on the longitudinal edge beam medial surface of respective side respectively, and make Hopper support unit member be connected with outer rim and the formation of PM conveyer leg brackets unit member by being installed on the corresponding bolt connected on end plate.
7. the garbage disposal forming method of the main body frame of artificial separation platform, it is characterised in that main body frame uses said structure, and the forming step of main body frame is:
S1 shifts to an earlier date the unit member of prefabricated composition main body frame, and unit member includes longitudinal edge beam, widthwise edge beam, PM conveyer leg brackets unit member, many group Hopper support carrier unit components and strengthens tie-beam component；
After S2 transports unit member to job site, with the design drawing of main body frame as reference, follow the steps below splicing:
1) first splice longitudinal edge beam and widthwise edge beam, form outer rim structure；
2) setting position then PM conveyer leg brackets unit member being arranged in outer rim, and be attached with outer rim；
3) then group Hopper support carrier unit component is arranged in the correspondence position between PM conveyer leg brackets unit member and outer rim, and is attached with PM conveyer leg brackets unit member and outer rim；
4) weld reinforcement tie-beam between last many groups Hopper support unit member in the same side and between the Hopper support unit member and outer rim of edge, so far form whole main frame structure.
The present invention has the advantage that with good effect:
This main body frame uses the splicing construction of the unit member of prefabricated modular, so, when installing at the scene, each functional module elements component is stitched together according to design drawing, field erected convenience is so greatly improved, it addition, substantial amounts of welding job can be reduced, thus also reduce the technical merit requirement to installer.The forming method of this main body frame, first prefabricated each functional unit member, scene is spliced the most again, so can significantly save the set-up time at scene, thus shortens installation period and reduce installation cost
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of this main body frame；
Fig. 2 is the structural representation of the longitudinal edge beam constituting outside framework in Fig. 1；
Fig. 3 is the structural representation of the widthwise edge beam constituting outside framework in Fig. 1.
Fig. 4 is the structural representation of PM conveyer supporting leg support unit component in Fig. 1；
Fig. 5 is the partial enlarged drawing of Fig. 4；
Fig. 6 is the structural representation of Hopper support carrier unit component in Fig. 1.
In figure: 1, outer rim；1-1, longitudinal edge beam；1-2, widthwise edge beam；2, PM conveyer leg brackets unit member；2-1, main support beam I；2-2, auxiliary support beam I；3, Hopper support carrier unit component；3-1, main support beam II；3-2, auxiliary support beam II；4, tie-beam component is strengthened；5, end plate I is connected；6, end plate II is connected；7, end plate III is connected；8, end plate IV is connected；9, end plate V is connected；10, end plate VI is connected；11, end plate VII is connected；12, end plate VIII is connected；13, end plate Ⅸ is connected.
Detailed description of the invention
For the summary of the invention of the present invention, feature and effect can be further appreciated that, hereby enumerate following example, and it be as follows to coordinate accompanying drawing to describe in detail:
The main body frame of a kind of garbage disposal artificial separation platform, refers to Fig. 1-6, is mainly made up of following sections:
Including the outer rim 1 of frame type, by two longitudinal edge beam 1-1 and two widthwise edge beam 1-2, in end, detachable fixing connects and composes described outer rim.
Including prefabricated profiled PM conveyer leg brackets unit member 2.Described PM conveyer supporting leg props up
Support unit member is made up of many auxiliary support beam I 2-2 of two parallel main support beam I 2-1 and two main support beams I of connection, and many assist support beam I to be arranged between two main support beams I along the length direction of main support beam I.
Including organizing prefabricated profiled Hopper support carrier unit component 3 more.Often group Hopper support carrier unit component is made up of many auxiliary support beam II 3-2 of two parallel main support beam II 3-1 and two main support beams II of connection, and many assist support beam II to be arranged between two main support beams along the length direction of main support beam II.
Described PM conveyer leg brackets unit member is arranged in outer rim, the two ends of every main support beam I are detachable with the medial part of two horizontal side bars respectively fixing to be connected, many group Hopper support carrier unit components are distributed in the left and right sides of PM conveyer leg brackets unit member, the lateral part of the main support beam I on the left of being distributed in two ends distribution and the medial part of longitudinal edge beam being positioned at left side of every main support beam II of the Hopper support carrier unit component in left side and being positioned at is detachable fixing to be connected, the lateral part of the main support beam I on the right side of being distributed in two ends distribution and the medial part of longitudinal edge beam being positioned at right side of every main support beam II of the Hopper support carrier unit component on right side and being positioned at is detachable fixing to be connected.It is provided with reinforcement tie-beam component 4 between the adjacent Hopper support carrier unit component of homonymy and near between the Hopper support carrier unit component and the widthwise edge beam constituting outer rim of outer rim, concrete, tie-beam component of strengthening between the Hopper support carrier unit component that homonymy is adjacent plays the effect connecting two Hopper support carrier unit components, and the tie-beam component of strengthening being positioned close between the Hopper support carrier unit component of edge and widthwise edge beam plays the effect connecting corresponding Hopper support carrier unit component with widthwise edge beam.
In said structure, the two longitudinal edge beams and the two widthwise edge beams that constitute outer rim can use existing common various section bars, such as I-steel, channel-section steel, angle steel etc..In the present invention, two longitudinal edge beams and two widthwise edge beams all preferably employ I-steel, connection end plate I 5 all it is welded with at the two ends of two widthwise edge beams, it is prefabricated with bolt hole on end plate I connecting, on the medial surface at two ends, connection end plate II 6 all it is welded with at two longitudinal edge beams, it is prefabricated with bolt hole on end plate II connecting, the end plate II that connects on two longitudinal edge beam medial surface coordinates one by one with the connection end plate I of two widthwise edge beam ends, and make longitudinal edge beam form detachable fixing be connected with widthwise edge beam by being installed on the bolt connected on end plate matched.
In said structure, the two main support beams I constituting PM conveyer leg brackets unit member can use existing common various section bars, such as I-steel, channel-section steel, angle steel etc..In the present invention, two main support beams I preferably employ I-steel, connection end plate III 7 it is welded with at the two ends of two main support beams I, and it is prefabricated with bolt hole connecting on end plate III, position corresponding with the end of two main support beams I on two widthwise edge beam medial surface is all welded with connection end plate IV 8, and it is prefabricated with bolt hole connecting on end plate IV, the end plate III that connects of two main support beam I ends coordinates one by one with the connection end plate IV on two widthwise edge beam medial surface, and make PM conveyer leg brackets unit member form detachable connection with outer rim by being installed on the bolt connected on end plate of corresponding matching.
In said structure, the many auxiliary support beams I constituting PM conveyer leg brackets unit member can use existing common various section bars, such as I-steel, channel-section steel, angle steel etc..In the present invention, many auxiliary support beams I all preferably employ I-steel, connection end plate V 9 all it is welded with at the two ends of many auxiliary support beams I, it is prefabricated with bolt hole on end plate V connecting, the position assisting support beam I corresponding with many on the medial surface of two main support beams I is all welded with connection end plate VI 10, and it is prefabricated with bolt hole connecting on end plate VI, the end plate V that connects of many auxiliary support beam I ends coordinates one by one with the connection end plate VI on two main support beam I medial surface, and make many auxiliary support beams I be connected with two main support beams I formation by being installed on the bolt connected on end plate of corresponding matching.
In said structure, often group Hopper support carrier unit component preferred structure is: the two main support beams II constituting often group Hopper support carrier unit component use I-steel, many auxiliary support beams II to use angle steel, the two ends of many auxiliary support beams II to be attached by welding manner with the medial part of two main support beams II；Connection end plate VII 11 all it is welded with at the two ends of two main support beams II, and it is prefabricated with bolt hole connecting on end plate VII, position corresponding with the two ends of the main support beam II of many group Hopper support unit member on the medial surface of two longitudinal edge beams and on the lateral surface of two main support beams I is respectively welded connection end plate VIII 12 and connects end plate Ⅸ 13, and all it is prefabricated with bolt hole connecting on end plate VIII and connection end plate Ⅸ, the end plate VII that connects at main support beam II two ends of many group Hopper support unit member coordinates one by one with the connection end plate Ⅸ on main support beam I lateral surface connecting end plate VIII and respective side on the longitudinal edge beam medial surface of respective side respectively, and make Hopper support unit member be connected with outer rim and the formation of PM conveyer leg brackets unit member by being installed on the bolt connected on end plate of corresponding matching.
In said structure, described reinforcement tie-beam component preferably employs angle steel, the every two ends strengthening tie-beam component are all connected with counterpart by the way of welding, concrete, the two ends strengthening tie-beam component being located between two groups of Hopper support carrier unit components are connected with the two close main support beams II of two groups of Hopper support carrier unit components, and the two ends strengthening tie-beam component arranged between Hopper support carrier unit component and widthwise edge beam are connected with the main support beam II of close edge and the widthwise edge beam of respective side of Hopper support carrier unit component respectively.
The garbage disposal forming method of the main body frame of artificial separation platform, main body frame uses said structure, and the forming step of main body frame is:
S1 shifts to an earlier date the unit member of prefabricated composition main body frame, and unit member includes longitudinal edge beam, widthwise edge beam, PM conveyer leg brackets unit member, many group Hopper support carrier unit components and strengthens tie-beam component；
After S2 transports unit member to job site, with the design drawing of main body frame as reference, follow the steps below splicing:
1) first splice longitudinal edge beam and widthwise edge beam, form outer rim structure；
2) setting position then PM conveyer leg brackets unit member being arranged in outer rim, and be attached with outer rim；
3) then group Hopper support carrier unit component is arranged in the correspondence position between PM conveyer leg brackets unit member and outer rim, and is attached with PM conveyer leg brackets unit member and outer rim；
4) weld reinforcement tie-beam between last many groups Hopper support unit member in the same side and between the Hopper support unit member and outer rim of edge, so far form whole main frame structure.
Claims (7)
1. the garbage disposal main body frame of artificial separation platform, it is characterised in that: include frame type
Outer rim, described outer rim is detachable in end by two longitudinal edge beams and two widthwise edge beams
Formula is fixing to be connected and composed；Including prefabricated profiled PM conveyer leg brackets unit member, described PM
Conveyer supporting leg support unit component is by two parallel main support beams I and connects two main support beams I
Many auxiliary support beams I constitute, many auxiliary support beams I are along the length direction cloth of main support beam I
Put between two main support beams I；Including organizing prefabricated profiled Hopper support carrier unit component, often more
Group Hopper support carrier unit component is by two parallel main support beams II and connects two main support beams
The many auxiliary support beams II of II are constituted, and many assist support beam II along the length direction of main support beam II
It is arranged between two main support beams；Described PM conveyer leg brackets unit member is arranged on outer rim
In, the two ends of every main support beam I are detachable fixing with the medial part of two widthwise edge beams respectively
Connecting, many group Hopper support carrier unit components are distributed in a left side for PM conveyer leg brackets unit member
Right both sides, are distributed in the two ends distribution of every main support beam II of the Hopper support carrier unit component in left side
Can with the lateral part of the medial part of longitudinal edge beam being positioned at left side and the main support beam I that is positioned at left side
Dismountable is fixing to be connected, and is distributed in every main support beam II of the Hopper support carrier unit component on right side
Two ends distributions be positioned at the medial part of longitudinal edge beam on right side and be positioned at the main support beam I on right side
The detachable fixing connection of lateral part；Between the adjacent Hopper support support element unit of homonymy and
Near equal between the Hopper support carrier unit component and the widthwise edge beam constituting outer rim of outer rim
It is provided with reinforcement tie-beam component.
The main body frame of garbage disposal artificial separation platform the most according to claim 1, it is special
Levy and be: two longitudinal edge beams and two widthwise edge beams all use I-steel, at two laterally
The two ends of side bar component and two longitudinal edge beams are all welded with connection end on the medial surface at two ends
Plate, is prefabricated with bolt hole connecting on end plate, the connection end plate and two on two longitudinal edge beam medial surface
The connection end plate of widthwise edge beam end coordinates one by one, and makes by being installed on the bolt connected on end plate
Longitudinal edge beam forms detachable fixing be connected with widthwise edge beam.
The main body frame of garbage disposal artificial separation platform the most according to claim 2, it is special
Levy and be: the two main support beams I constituting PM conveyer leg brackets unit member use I-steel,
With two main support beams I on the two ends of two main support beams I, two widthwise edge beam medial surface
Position corresponding to end is all welded with connection end plate, the connection end plate of two main support beam I ends and two
Connection end plate on widthwise edge beam medial surface coordinates and one by one by being installed on corresponding connection on end plate
Bolt make PM conveyer leg brackets unit member form detachable connection with outer rim.
The main body frame of garbage disposal artificial separation platform the most according to claim 3, it is special
Levy and be: many auxiliary support beams I all use I-steel, all weld at the two ends of many auxiliary support beams I
It is connected to connect end plate, position corresponding with many auxiliary support beams I on the medial surface of two main support beams I
Put and be all welded with connection end plate, the connection end plate of many auxiliary support beam I ends and two main support beams I
The end plate that connects on medial surface coordinates one by one and makes many by being installed on the corresponding bolt connected on end plate
Auxiliary support beam I is formed with two main support beams I and is connected.
The main body frame of garbage disposal artificial separation platform the most according to claim 3, it is special
Levy and be: the two main support beams II constituting often group Hopper support carrier unit component use I-steel, many
Root auxiliary support beam II uses angle steel, and the two ends of many auxiliary support beams II are interior with two main support beams II
Sidepiece is attached by welding manner；Connection end plate all it is welded with at the two ends of two main support beams II,
On the medial surface of two longitudinal edge beams and on the lateral surface of two main support beams I with organize funnel more
The position that the two ends of the main support beam II of support unit component are corresponding is all welded with connection end plate, organizes funnel more
Main support beam II two ends of support unit component connect end plate respectively with the longitudinal edge beam of respective side
The connection end plate on main support beam I lateral surface connecting end plate and respective side on medial surface coordinates one by one,
And make Hopper support unit member defeated with outer rim and PM by being installed on the corresponding bolt connected on end plate
Send machine leg brackets unit member to be formed to connect.
The main body frame of garbage disposal artificial separation platform the most according to claim 1, it is special
Levy and be: described reinforcement tie-beam component uses angle steel, the every two ends strengthening tie-beam component all to pass through
The mode of welding is connected with counterpart.
7. the garbage disposal forming method of the main body frame of artificial separation platform, it is characterised in that main
Body framework uses the arbitrary described structure of claim 1-6, and the forming step of main body frame is:
S1 shifts to an earlier date the unit member of prefabricated composition main body frame, unit member include longitudinal edge beam,
Widthwise edge beam, PM conveyer leg brackets unit member, many group Hopper support carrier unit components
And strengthen tie-beam component；
After S2 transports unit member to job site, with the design drawing of main body frame as reference, according to
Following steps are spliced:
1) first splice longitudinal edge beam and widthwise edge beam, form outer rim structure；
2) setting position then PM conveyer leg brackets unit member being arranged in outer rim,
And be attached with outer rim；
3) then group Hopper support carrier unit component is arranged in PM conveyer leg brackets unit structure
Correspondence position between part and outer rim, and enter with PM conveyer leg brackets unit member and outer rim
Row connects；
4) between last many groups Hopper support unit member in the same side and be positioned at the Hopper support of edge
Weld reinforcement tie-beam between unit member with outer rim, so far form whole main frame structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610506481.2A CN106013862B (en) | 2016-06-30 | 2016-06-30 | The main body frame and its forming method of garbage disposal manually sorting platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610506481.2A CN106013862B (en) | 2016-06-30 | 2016-06-30 | The main body frame and its forming method of garbage disposal manually sorting platform |
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| CN106013862A true CN106013862A (en) | 2016-10-12 |
| CN106013862B CN106013862B (en) | 2018-12-04 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20110052785A (en) * | 2009-11-13 | 2011-05-19 | 유찬우 | Apparatus for separate collection of waste |
| JP2012210609A (en) * | 2011-03-31 | 2012-11-01 | Fukui Clean System:Kk | Waste sorting device |
| CN203030552U (en) * | 2013-01-30 | 2013-07-03 | 福建省宏顺食品饮料有限公司 | Device for selecting orange |
| CN203599101U (en) * | 2013-02-17 | 2014-05-21 | 云南天远生态环保科技有限责任公司 | Primary manual domestic garbage sorting device |
| CN205894765U (en) * | 2016-06-30 | 2017-01-18 | 天津百利阳光环保设备有限公司 | Man minute selects modularization formula main body frame structure of platform for refuse treatment |
-
2016
- 2016-06-30 CN CN201610506481.2A patent/CN106013862B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20110052785A (en) * | 2009-11-13 | 2011-05-19 | 유찬우 | Apparatus for separate collection of waste |
| JP2012210609A (en) * | 2011-03-31 | 2012-11-01 | Fukui Clean System:Kk | Waste sorting device |
| CN203030552U (en) * | 2013-01-30 | 2013-07-03 | 福建省宏顺食品饮料有限公司 | Device for selecting orange |
| CN203599101U (en) * | 2013-02-17 | 2014-05-21 | 云南天远生态环保科技有限责任公司 | Primary manual domestic garbage sorting device |
| CN205894765U (en) * | 2016-06-30 | 2017-01-18 | 天津百利阳光环保设备有限公司 | Man minute selects modularization formula main body frame structure of platform for refuse treatment |
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| Publication number | Publication date |
|---|---|
| CN106013862B (en) | 2018-12-04 |
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