CN2424159Y

CN2424159Y - Swining ground wholly enclosed garbage transfer station

Info

Publication number: CN2424159Y
Application number: CN 00214158
Authority: CN
Inventors: 刘广德; 刘文龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-04-06
Filing date: 2000-04-06
Publication date: 2001-03-21
Anticipated expiration: 2010-04-06

Abstract

The utility model relates to a swinging ground wholly enclosed garbage transfer station, which is composed of a hydraulic operating box (15), a garbage container (2), a hydraulic oil cylinder (12), a swinging arm (7), a beam cover (4), a hydraulic traction hand (3), and a balanced mechanism of chain transmission. The acting force of the hydraulic cylinder causes the swinging arm (7) to swing; the balanced mechanism of chain transmission is driven, and the container is caused to be smoothly lifted and moved out of a pit. The utility model has the advantages of simple structure, stable operation, high safety, no secondary pollution, the relief of physical labor, no ground buildings, small ground occupation, shallow pit, and less capital construction investment. The swinging ground wholly enclosed garbage transfer station which is beneficial to townscape cleanness is an ideal environmental sanitation device.

Description

Oscillating type lands the closed garbage transhipment station

The utility model relates to a kind of environmental protecting device, and specifically a kind of oscillating type lands the closed garbage transhipment station.

At present, the equipment for storaging and transportation of garbage of use has: 1. gantry driving lift-on/lift-off type, need huge surface facility, and hinder city look and feel; 2. telescopic boom lifting type, the vertical lifting of these both arms be up to 6 meters, poor stability, and need transport vehicle pour melt pit into by bridge plate, and entrucking work just can be finished in the top, and safety factor is low, and melt pit is big deeply, and infrastructure investment is big, is unfavorable for that the shallow water area uses; 3. cut with scissors frame lifting self-propelled, because rubbish container is provided with and goes on mechanism of car voluntarily, the people need drag power lead, is absolutely unsafe, and these several devices all exist complex structure, fault rate height, cost height, and are very uneconomical.

The purpose of this utility model just provides a kind ofly has that floor area is little, melt pit is shallow, collection dress, storage, easy to loading and unloading, and fault rate is low, safe in utilization, non-secondary pollution, release manual labor, and simple in structure, economical and practical oscillating type lands the closed garbage transhipment station.

The utility model is to realize like this, it is by the garbage container that is placed in the melt pit, structures such as hydraulic ram and hydraulic operation case are formed, the hydraulic ram lower end is connected with hinge seat in the melt pit, its main points are also to comprise a chain-driving equalizing gear and hydraulic pressure hand in hand, the chain-driving equalizing gear is by Liang Gai, hinge seat, the driving chain that swing arm and sprocket wheel are meshed is formed, hydraulic ram upper end is connected with hinge seat axle on the swing arm, the swing arm lower end is connected with the ground hinge seat, the swing arm upper end is connected with the hinge seat axle that beam covers, Liang Gai and freight container articulate hand in hand by hydraulic pressure, and the hydraulic operation case is fixed on melt pit platform one side and hydraulic ram and the hydraulic pressure plumbing connection of leading along by hand.The application force of hydraulic ram makes swing arm swing, and drives the driving chain relative motion, and forces the sprocket wheel inverse motion, makes that the drive freight container promotes and shift out melt pit reposefully under the beam lid on even keel.

Further narrate the utility model below in conjunction with drawings and Examples:

Fig. 1 is an overall structure scheme drawing of the present utility model;

Fig. 2 is the left TV structure scheme drawing of Fig. 1;

Fig. 3 is Fig. 1 medium chain transmission balance mechanism and beam lid A-A sectional structure chart;

Fig. 4 is a rubbish self-unloading scheme drawing.

As Fig. 1, Fig. 2, Fig. 3, figure, shown in 4, this garbage transfer station, power resources are in by switch board, motor, oil pump, fuel tank, change-over valve, by pass valve, the hydraulic operation case 15 that guidance panel is formed, oil cylinder 12 promotes swing arm 7, with ground hinge 11 is the center of circle, with swing arm 7 length is that radius is swung to the upper left side synchronously, swing arm 7 covers 4 by beam cover hinge seat 5 drive beams, and also 2 whiles of 3 drive freight containers swing to the upper left side hand in hand by four hydraulic pressure, when swing arm 7 swings to when perpendicular to the ground, oil cylinder 12 quits work, hydraulic pressure is 3 contractions hand in hand, freight container 2 is promoted from melt pit 1 and horizontal displacement goes out melt pit 1, be the overhead the highest position of freight container 2 this moment, dumping car 9 is accurately to freight container 2 times, loosen and remove hydraulic pressure hand in hand 3, leave dumping car 9, swing arm 7 is put back melt pit 1, shut freight container feed cap 21, hang up properly slide fastener 18, be transported to the soot, open freight container back door 17, rubbish shuts freight container back door 17 by after the dumping car self-unloading, and the loopback freight container is to this transhipment station, push freight container feed cap 21 open, swing arm 7 has been put and has been made it perpendicular to ground, and dumping car 9 is poured beam lid into 4 times, hangs up properly and shrinks hydraulic pressure hand in hand 3, leave dumping car 9, swing arm 7 is put back melt pit 1 and is fallen, and pushes beam lid feed cap 20 open, can throw in rubbish again.

As Fig. 1, shown in Figure 3, as long as swing arm 7 is swing, because of lower sprocket 13 and ground hinge seat 11 coaxial fixing, driving chain 8 both sides will be while taking up, loosening, upper sprocket wheel 6 is because of coaxial fixing with beam cover hinge seat 5, beam cover hinge seat 5 is one with 4 welderings of beam lid again, and messenger chain 8 just forces upper sprocket wheel 6 to drive beam lid 4 towards the opposite direction of swing arm 7 swaying directions, is that reversed turning is carried out at the center with upper sprocket wheel 6 axle center.Because of upper sprocket wheel 6, the lower sprocket 13 pitch numbers of teeth equate, formed that 4 revolutions of beam lid are opposite with swing arm 7 swaying directions, angle equates, being with all the time to move under freight container 2 on even keels in course of action for beam lid 4 provides assurance.The various potential energy vertically downward that influence the garbage container 2 that balance factor hung substantially overcome because beam lid 4 produces in motion process, add the effect of chain-driving balanced system, this has just guaranteed that beam lid 4 and freight container 2 are in any dynamic horizontality that all is in down.

Adopting the utility model to finish freight container 2 by swing shifts from underground lifting to transport trolley 9, simple to operate, easy to use, swing arm 7 is all keeping a triangle state in the action with hydraulic actuating cylinder 12 relative ground, make Stability Analysis of Structures, safety, fault rate low, floor area is little, melt pit is shallow, capital expenditure is few, non-secondary pollution, thus exempted sanitationman's manual labor, for environmental protection provides a kind of feasible refuse collector, be desirable sanitation equipment.

Claims

A kind of oscillating type lands the closed garbage transhipment station, by the garbage container (2) that is placed in the melt pit (1), hydraulic ram (12) and hydraulic operation case structures such as (15) are formed, hydraulic ram (12) lower end is connected with hinge seat (23) in the melt pit (1), it is characterized in that it also comprises a chain-driving equalizing gear and hydraulic pressure (3) hand in hand, the chain-driving equalizing gear is by Liang Gai (4), hinge seat (5), (11), swing arm (7), and sprocket wheel (6), (13) driving chain that is meshed (8) is formed, hydraulic ram (12) upper end is connected with hinge seat axle on the swing arm (7), swing arm (7) lower end is connected with ground hinge seat (11), hinge seat (5) on swing arm (7) upper end and the Liang Gai (4) spool is connected, Liang Gai (4) and freight container (2) by hydraulic pressure lead along by hand (3) articulate, sprocket wheel (6), (13) respectively with hinge seat (5), (11) coaxial fixing, hydraulic operation case (15) is fixed on melt pit platform (16) one sides and hydraulic ram (12) and hydraulic pressure (3) plumbing connection hand in hand.