CN202897292U - Municipal waste management system - Google Patents
Municipal waste management system Download PDFInfo
- Publication number
- CN202897292U CN202897292U CN 201220572091 CN201220572091U CN202897292U CN 202897292 U CN202897292 U CN 202897292U CN 201220572091 CN201220572091 CN 201220572091 CN 201220572091 U CN201220572091 U CN 201220572091U CN 202897292 U CN202897292 U CN 202897292U
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- rubbish
- waste
- central server
- management system
- host computer
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Abstract
The utility model discloses a municipal waste management system which comprises large underground sealed waste collecting devices and a central server. Each large underground sealed waste collecting device comprises a pit pool, a waste bin, a lifting table, a control table, a waste storage amount detection device and a network connecting device, wherein the lifting table and the waste bin are located in the pit pool, the waste bin is located on a lifting table face of the lifting table, the control table is used for controlling lifting of the lifting table to lift the waste bin which comprises a waste inlet and a waste outlet, and the waste outlet comprises a sealing door. The network connecting device is used for building network connection with the central server and sending waste storage amount data detected by the waste storage amount detection device to the central server. The central server manages a plurality of large underground sealed waste collecting devices and monitors waste storage amount. By means of the municipal waste management system, an existing municipal waste disposal management mode is changed, high technology is used, and the management mode is more humanized and more convenient.
Description
Technical field
The utility model relates to the municipal refuse assembling sphere.
Background technology
The collection of community's life's rubbish all is open-air now.In rubbish air storage district, the situation that fly is disorderly the sewage crossing current often appears.This requires the sanitationman to clear up in time rubbish every day, and this traditional mode also during transfer car(buggy), also can pollute on cleaning rubbish, rubbish.Have a strong impact on community's life's environment.The applicant has proposed a kind of Large Underground closed type refuse collector in application number is 201210417514.8 application for a patent for invention case for this reason.Because it is underground that the rubbish container of this refuse collector is positioned at, and be in sealing state, thereby solve the dirty and messy situation in existing domestic waste collection district.Even during waste transportation, transport rubbish by the mode of exchange rubbish container, can not expose rubbish, thereby avoid the environmental pollution that when waste transportation, causes.And this device can store many days the house refuse in a residential quarter, thereby reduced waste transportation, alleviated sanitationman's working strength.But when full drawn thus rubbish container, when notifies the sanitationman to transport the problem of rubbish.
Summary of the invention
Problem to be solved in the utility model is:
1, for to improve the environment in community or village, changes existing domestic rubbish disposal mode.
For addressing the above problem, scheme of the present utility model is as follows:
The municipal refuse management system comprises Large Underground closed type refuse collector and central server; Described Large Underground closed type refuse collector comprises: pond, hole, rubbish container, bay-lift, control desk, rubbish inventory detecting device, network connection device; Bay-lift and rubbish container are positioned at the pond, hole, and rubbish container is positioned on the Lifting platform of bay-lift; Thereby control desk is used for controlling the lifting lifting garbage case of bay-lift; Rubbish container comprises that garbage throw-in port and rubbish unload outlet; Rubbish unloads outlet and comprises hermatic door; The rubbish inventory detecting device is for detection of rubbish storage in the refuse collector; Network connection device is used for and central server is set up network connection, and the rubbish data on stock that the rubbish inventory detecting device obtains is sent to central server; Central server links to each other with a plurality of Large Underground closed type refuse collectors by network, is used for their rubbish storage of monitoring.The rubbish inventory detecting device can be weighing scale, also can be built-in compression set.
Network connection device can be combined in one with the rubbish inventory detecting device, also can be positioned at control desk, can also be realized by monitoring host computer.
Technique effect of the present utility model:
1, the introducing of Large Underground closed type refuse collector has changed existing community trash processing way, has solved the dirty and messy situation in existing domestic waste collection district.
2, the introducing of municipal refuse management system has changed the management mode of existing treatment of urban garbage.Adopted humanized, the management mode more easily of high-tech.
Description of drawings
Fig. 1 is integral structure figure of the present utility model.
Fig. 2 is refuse collector structural representation of the present utility model.
Fig. 3 is the utility model garbage architecture scheme drawing.
Fig. 4 is the utility model weighing scale structural representation.
Fig. 5 is the built-in compression set structural representation of the utility model rubbish container.
Fig. 6 is the control desk inner structure scheme drawing of the utility model embodiment 4.
Fig. 7 is the control desk surface structure scheme drawing of the utility model embodiment 4.
Fig. 8 is the control desk inner structure scheme drawing of the utility model embodiment 5.
Fig. 9 is control desk outward appearance and the remote controller scheme drawing of the utility model embodiment 5.
Figure 10 is the structural representation of the utility model embodiment 6.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described in further details.
As shown in Figure 1, the municipal refuse management system comprises: Large Underground closed type refuse collector 101 and central server 102.A plurality of Large Underground closed type refuse collectors 101 link to each other with central server 102 by network 103.Network 103 can be wireless network, also can be cable network, can be public network, also can be private network.The quantity of the Large Underground closed type refuse collector 101 that central server 102 connects is determined by administrative division usually.Such as, metropolitan each district can be by the refuse collector in the central server directorial area, and perhaps the small city is only by all refuse collectors in the center service management city.Central server is usually located at the waste management center in city.To obtain certain refuse collector by central server full when the city management center, namely can send the sanitationman to be responsible for the rubbish in this refuse collector is transported.
Large Underground closed type refuse collector comprises pond 1, hole, bay-lift 2, rubbish container 3, control desk 4 as shown in Figure 2.Wherein bay-lift 2 and rubbish container 3 are positioned at pond 1, hole, and rubbish container 3 is positioned on the bay-lift 2, and control desk 4 is used for controlling the lifting of bay-lift 2.When bay-lift 2 was raised to vertex, rubbish container 3 was lifted on the ground by bay-lift 2.
Wherein, rubbish container can be cube structure or rectangular structure or cylindrical structure.The utility model is preferentially selected rectangular structure, and following is the garbage box of various different size specifications: 2m * 1m * 1m; 2m * 1m * 1.5m; 3m * 2m * 1.5m; 3m * 2m * 2m; 4m * 2m * 2m; 4m * 3m * 2m; 5m * 3m * 2m.Specifically when certain community application, can dispose the rubbish container of corresponding size according to the big or small degree of community, generally, the volume of rubbish container is not less than 3 cubic meters, and its capacity can be stored community's house refuse in one week.The structure of rubbish container 3 as shown in Figure 3, rubbish container 3 comprises garbage throw-in port 31, rubbish unloads outlet 32, rubbish unloads outlet and 32 comprises hermatic door 34.
Wherein, bay-lift 2 comprises that Lifting platform 201, hydraulic lift 202 form.Lifting platform 201 is positioned at the top of hydraulic lift 202, and rubbish container 3 is placed on the Lifting platform 201.Driving engine 203 is used for driving hydraulic lift 202, for the hydraulic compressor of hydraulic lift 202 provides the power support.
Wherein, above-mentioned Large Underground closed type refuse collector also comprises rubbish inventory detecting device and network connection device.Whether the rubbish inventory detecting device is for detection of rubbish storage in the rubbish container, full to judge rubbish container.Network connection device is used for and central server is set up network connection, and the rubbish data on stock that the rubbish inventory detecting device obtains is sent to central server.Network connection device links to each other with the rubbish inventory detecting device, can on control desk 4, also can be synthesized to one with the rubbish inventory detecting device.Network connection device can be by the ethernet connecting device, can be the connecting device of other standards also, such as FDDI, and token ring, serial communication.
The rubbish inventory detecting device can be weighing scale, namely claim by weight garbage weight as the foundation that detects the rubbish storage.As shown in Figure 4, bay-lift 2 is positioned at pond 1, hole, and the top of bay-lift 2 comprises Lifting platform 201, comprises weighing scale 501 on the Lifting platform 201, and rubbish container 3 is positioned on the weighing scale 501.Weighing scale 501 can be electronic scale, can claim the weight of rubbish container 3, and weighing scale 501 has data line to link to each other with rubbish storage control monitor unit.When comprising rubbish in the rubbish container 3, weighing scale 501 according to claim weight deduct the weight of sky rubbish container, can obtain the garbage weight in the rubbish container 3.Capacity according to rubbish container can estimate rubbish container maximum inventory garbage weight again.Garbage weight in the rubbish container 3 and the ratio of maximum inventory garbage weight just can calculate the percentum of rubbish storage in the rubbish container.The calculating of rubbish container storage percentum can be calculated with weighing scale itself, also can be calculated by other devices.When rubbish container storage percentum calculated with weighing scale, the rubbish data on stock that obtains from the rubbish inventory detecting device was the percentum of rubbish storage, and the garbage weight of maximum inventory needs to set in weighing scale in advance; Otherwise be garbage weight only from the rubbish data on stock that the rubbish inventory detecting device obtains, need further to analyze.
The rubbish inventory detecting device can be built-in compression set, and the garbage-compressing amount that namely detects with built-in compression set is as the foundation that detects the rubbish storage.This is preferred version of the present utility model.As shown in Figure 5, rubbish container 3 comprises that garbage throw-in port 31, rubbish unload outlet 32, garbage throw-in port 31, also comprise built-in compression set.Built-in compression set is comprised of compression arm 3702 and the hydraulic compressor 3703 of compression set by compressive plate 3701, X decussate texture.Built-in compression set is used for the compression of rubbish, the common rubbish of general community has very large compressibility, rubbish container in the utility model is huge rubbish container, can store many days rubbish of general community, and the introducing of interior compression set, expanded in fact the volume space of rubbish container, can store more rubbish, the rubbish after the compression can be used for transportation more easily on the other hand.Built-in compression set is positioned at rubbish and unloads outlet 32 opposite sides, and during garbage-compressing, compressive plate 3701 unloads outlet 32 to rubbish and moves.When rubbish unloads outlet during 32 sealed door sealing, produce the effect of garbage-compressing, when the hermatic door that unloads outlet 32 when rubbish is opened, rubbish can be released rubbish container.Wherein, include the maximum tensor detecting device of hydraulic arm in the hydraulic compressor 3703, the maximum tensor detecting device of hydraulic arm has the rubbish storage control monitor unit of data line and control desk to link to each other.The amount of compression that the maximum tensor value of hydraulic arm that the maximum tensor detecting device of hydraulic arm detects during the hydraulic compressor compression work is exactly rubbish in the rubbish container.When having rubbish to start the hydraulic compressor compressed garbage in the rubbish container, the maximum tensor detecting device of hydraulic arm detects the maximum tensor value of hydraulic arm, when starting the hydraulic compressor compressed garbage without rubbish in the rubbish container, the maximum tensor detecting device of hydraulic arm detects the maximum tensor value of hydraulic arm, compares the percentum that just can obtain rubbish storage in the current rubbish container.Such as, when having rubbish to start the hydraulic compressor compressed garbage in the rubbish container, it is A that the maximum tensor detecting device of hydraulic arm detects the maximum tensor value of hydraulic arm, when starting the hydraulic compressor compressed garbage without rubbish in the rubbish container, it is M that the maximum tensor detecting device of hydraulic arm detects the maximum tensor value of hydraulic arm, then, the rubbish storage is:
The calculating of rubbish container storage percentum can be calculated by the maximum tensor detecting device of hydraulic arm, also can calculate by other devices.When rubbish container storage percentum is calculated by the maximum tensor detecting device of hydraulic arm, the rubbish data on stock that obtains from the rubbish inventory detecting device is the percentum of rubbish storage, and the maximum tensor value of hydraulic arm need to set in the maximum tensor detecting device of hydraulic arm in advance during empty rubbish container; Otherwise be the maximum tensor value of hydraulic arm from the rubbish data on stock that the rubbish inventory detecting device obtains, need further analyzing and processing.
As shown in Figure 1, control desk 4 includes at rubbish container 3 under the situation of built-in compression set by the lifting of control engine 203 control bay-lifts 2, and control desk 4 also is used for the compression of control compression set.Simply, control desk 4 comprises power-supply controller of electric, power-supply controller of electric is by feed cable connecting engine 203, control desk 4 includes the button of control lifting of lifting table, perhaps also comprise the button of controlling built-in compression set, by the push-botton operation power-supply controller of electric, thereby the power supply of control engine 203 is finally realized the control of bay-lift 2 liftings and the control of built-in compression set.
Control desk also comprises rubbish storage table except comprising above-mentioned parts, described rubbish storage table comprises network connection device.Such as Fig. 6, shown in Figure 7, control desk 4 comprises: base plate 401, side plate 402, panel 403; Base plate 401, side plate 402, panel 403 form a fully sheathed case structure, and its inside comprises: the first power-supply controller of electric 404, second source controller 406, rubbish storage table 408, power connector 410; Base plate 401 comprises wiring opening 411, and power lead, control line, data line are linked outside the control desk by wiring opening 411.The first power-supply controller of electric 404, second source controller 406, rubbish storage table 408, power connector 410 all are fixed on the base plate 401.Wherein, the first power-supply controller of electric 404 comprises up and down button 405, is used for controlling the lifting of bay-lift.When pressing the upper key of key 405 up and down, bay-lift rises; When pressing the lower key of key 405 up and down, bay-lift is fallen; When key 405 all discharged up and down, bay-lift stopped.Second source controller 406 comprises compression release key 407, is used for controlling built-in compression set.When pressing compression bonding, built-in compression set compressed garbage; Built-in compression set playback when pressing release key; When compression release key 407 all discharged, built-in compression set quit work.Input power cord A connects the first power-supply controller of electric 404 through power connector 410 distributions by power lead E, connects rubbish storage table 408 by power lead F, connects second source controller 406 by power lead G; The control 404 of the first power supply connects the driving engine of bay-lift through control line B; Second source controller 406 connects the driving engine of the built-in compression set of rubbish container through control line C.
Rubbish storage table 408 comprises rubbish storage read out instrument 409 and network connection device, connects aforesaid rubbish inventory detecting device by data line D, and network connection device connects central server by grid line Z.Rubbish storage read out instrument 409 can be liquid crystal display or LED screen, shows the percentum of rubbish storage in the rubbish container by liquid crystal display or LED screen display.Rubbish storage table 408 is by the rubbish data on stock in the data line D reception rubbish inventory detecting device, the rubbish storage percentum data communication device that obtains is crossed rubbish storage read out instrument 409 show, network connection device is sent to central server by grid line Z with the rubbish storage percentum data that obtain.
Include rubbish storage read out instrument 409, the opening of key 405, compression release key 407 up and down on the panel 403, be used for checking the rubbish storage and making things convenient for the handler to operate the up and down key 405 of bay-lift and the compression release key 407 of built-in compression set.
Apparently, in the said structure, when not comprising built-in compression set in the rubbish container, second source controller 406 and relevant power lead G and control line C can omit.When the network connection device employing wireless mode connection of rubbish storage table 408, then above-mentioned grid line Z can omit.
Embodiment 5, and network connection device is positioned at control desk band remote controller
Present embodiment is the replacement scheme of embodiment 4.
Large Underground closed type refuse collector also comprises remote controller.Such as Fig. 8, shown in Figure 9, control desk comprises: base plate 401, side plate 402, panel 403; Base plate 401, side plate 402, panel 403 form a fully sheathed case structure, and its inside comprises: the first power-supply controller of electric 404, second source controller 406, power connector 410, control desk control setup 420; Base plate 401 comprises wiring opening 411, and power lead, control line, data line are linked outside the control desk by wiring opening 411.The first power-supply controller of electric 404, second source controller 406, power connector 410, control desk control setup 420 all are fixed on the base plate 401.Input power cord A connects the first power-supply controller of electric 404 through power connector 410 distributions by power lead E, connects control desk control setup 420 by power lead F, connects second source controller 406 by power lead G; The control 404 of the first power supply connects the driving engine of bay-lift through control line B; Second source controller 406 connects the driving engine of the built-in compression set of rubbish container through control line C.
Control desk control setup 420 comprises rubbish storage read out instrument 409, infrared communications set 421 and network communication device, connect aforesaid rubbish inventory detecting device by data line D, connect the first power-supply controller of electric 404 by control line H, connect the second source controller by control line K, its network communication device connects central server by grid line Z.Rubbish storage read out instrument 409 can be liquid crystal display or LED screen, shows the percentum of rubbish storage in the rubbish container by liquid crystal display.Control desk control setup 420 receives rubbish data on stock in the rubbish inventory detecting device by data line D, and the rubbish storage percentum data communication device that obtains is crossed rubbish storage read out instrument 409 shows.Infrared communications set 421 is for are connected connection with remote controller by the mode of infrared communication.
Remote controller 430 comprises up and down key 405, compression release key 407 and infrared communications set 431 as shown in Figure 8.The up and down key 405 of remote controller 430 is used for the elevating control of control bay-lift, and compression release key 407 is used for controlling the work of built-in compression set.Infrared communications set 431 is used for communicating by letter with the infrared communications set 421 of control desk control setup 420.The operating order of the operating order of the up and down key 405 on the remote controller 430 and compression release key 407 sends on the infrared communications set 421 of control desk control setup 420 by infrared communications set 431.Infrared communications set 421 receives above-mentioned operating order, and the operating order of key 405 is sent in the first power-supply controller of electric 404 by control line H up and down, and then the work of control bay-lift driving engine, the operating order of compression release key 407 is sent in the second source controller 406 by control line K, and then the driving engine of the built-in compression set of control rubbish container.
Include the opening of rubbish storage read out instrument 409 and infrared communications set 421 on the panel 403, be used for checking the rubbish storage and making things convenient for radio communication.
Apparently, in the said structure, when not comprising built-in compression set in the rubbish container, second source controller 406 and relevant power lead G and control line C can omit, and correspondingly, the compression release key 407 on the remote controller 430 can omit.When network connection device adopted the wireless connections mode, grid line Z can omit.When control desk did not need to provide demonstration rubbish storage, rubbish storage read out instrument can omit.
Than embodiment 4, present embodiment has adopted remote controller, that is, and and by the operation of remote controller realization to lifting of lifting table or the built-in compression set of rubbish container.Remote controller can avoid idler's mistake to press up and down key and the compression release key of bay-lift.
Embodiment 6, and network connection is through monitoring host computer
Connection between Large Underground closed type refuse collector and the central server also can realize by the mode of monitoring host computer transfer.As shown in figure 10, the municipal refuse management system comprises: Large Underground closed type refuse collector 101, central server 102 and monitoring host computer 104.Between Large Underground closed type refuse collector 101 and the monitoring host computer 104 connection is arranged, be connected by network 103 between central server 102 and the monitoring host computer 104.The rubbish data on stock that Large Underground closed type refuse collector 101 collects sends on the monitoring host computer 104, is sent on the central server 102 by monitoring host computer 104 again.Monitoring host computer can utilize the video monitoring main frame at existing estate management center.
Claims (9)
1. the municipal refuse management system is characterized in that, comprises Large Underground closed type refuse collector and central server; Described Large Underground closed type refuse collector comprises: pond, hole, rubbish container, bay-lift, control desk, rubbish inventory detecting device, network connection device; Bay-lift and rubbish container are positioned at the pond, hole, and rubbish container is positioned on the Lifting platform of bay-lift; Thereby control desk is used for controlling the lifting lifting garbage case of bay-lift; Rubbish container comprises that garbage throw-in port and rubbish unload outlet; Rubbish unloads outlet and comprises hermatic door; The rubbish inventory detecting device is for detection of rubbish storage in the refuse collector; Network connection device is used for and central server is set up network connection, and the rubbish data on stock that the rubbish inventory detecting device obtains is sent to central server; Central server links to each other with a plurality of Large Underground closed type refuse collectors by network.
2. municipal refuse management system as claimed in claim 1 is characterized in that, described rubbish inventory detecting device is weighing scale, and described weighing scale is on Lifting platform, and described rubbish container is on weighing scale.
3. municipal refuse management system as claimed in claim 1 is characterized in that, described rubbish container comprises built-in compression set, and described rubbish inventory detecting device is built-in compression set.
4. such as each described municipal refuse management system of claims 1 to 3, it is characterized in that described control desk comprises rubbish storage table, rubbish storage table comprises network connection device and rubbish storage read out instrument.
5. such as each described municipal refuse management system of claims 1 to 3, it is characterized in that, described Large Underground closed type refuse collector comprises remote controller, described control desk comprises the control desk control setup, the control desk control setup comprises infrared communications set and network communication device, described remote controller comprises infrared communications set, and remote controller is used for realization to the operation of lifting of lifting table or the built-in compression set of rubbish container.
6. municipal refuse management system as claimed in claim 5 is characterized in that, described control desk control setup comprises rubbish storage read out instrument.
7. such as claim 1 or 2 or 3 or 6 described municipal refuse management systems, it is characterized in that, also comprise monitoring host computer, Large Underground closed type refuse collector connects monitoring host computer, and monitoring host computer is by the network connection central server.
8. municipal refuse management system as claimed in claim 4 is characterized in that, also comprises monitoring host computer, and Large Underground closed type refuse collector connects monitoring host computer, and monitoring host computer is by the network connection central server.
9. municipal refuse management system as claimed in claim 5 is characterized in that, also comprises monitoring host computer, and Large Underground closed type refuse collector connects monitoring host computer, and monitoring host computer is by the network connection central server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220572091 CN202897292U (en) | 2012-11-02 | 2012-11-02 | Municipal waste management system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220572091 CN202897292U (en) | 2012-11-02 | 2012-11-02 | Municipal waste management system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202897292U true CN202897292U (en) | 2013-04-24 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220572091 Expired - Fee Related CN202897292U (en) | 2012-11-02 | 2012-11-02 | Municipal waste management system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202897292U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102935922A (en) * | 2012-11-02 | 2013-02-20 | 盐城市中液液压件有限公司 | City refuse management system |
| CN106843011A (en) * | 2017-03-22 | 2017-06-13 | 北京虹巢环保科技有限公司 | Rubbish notifies system and method |
-
2012
- 2012-11-02 CN CN 201220572091 patent/CN202897292U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102935922A (en) * | 2012-11-02 | 2013-02-20 | 盐城市中液液压件有限公司 | City refuse management system |
| CN106843011A (en) * | 2017-03-22 | 2017-06-13 | 北京虹巢环保科技有限公司 | Rubbish notifies system and method |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130424 Termination date: 20151102 |
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| EXPY | Termination of patent right or utility model |