초록 ▼

A manually-operated cart retrieves a waste container from a compactor and transports the waste container across a support surface to a waste collection receptacle. An operator activates a winch and a belt that extends from the winch to a base frame lifts the base frame. The base frame is constrained

A manually-operated cart retrieves a waste container from a compactor and transports the waste container across a support surface to a waste collection receptacle. An operator activates a winch and a belt that extends from the winch to a base frame lifts the base frame. The base frame is constrained to travel between a pair of vertically disposed channel members that form part of a back frame for the cart. A waste container rotating apparatus is secured to the base frame and is lifted with it until an immovable barrier secured to one of the channel members is encountered. Continued lifting of the base frame effects rotation of the waste container about an axis of rotation until the waste container tilts sufficiently to allow waste contained in it to fall out under the influence of gravity into the waste collection receptacle.

대표청구항 ▼

A manually-operated cart retrieves a waste container from a compactor and transports the waste container across a support surface to a waste collection receptacle. An operator activates a winch and a belt that extends from the winch to a base frame lifts the base frame. The base frame is constrained

A manually-operated cart retrieves a waste container from a compactor and transports the waste container across a support surface to a waste collection receptacle. An operator activates a winch and a belt that extends from the winch to a base frame lifts the base frame. The base frame is constrained to travel between a pair of vertically disposed channel members that form part of a back frame for the cart. A waste container rotating apparatus is secured to the base frame and is lifted with it until an immovable barrier secured to one of the channel members is encountered. Continued lifting of the base frame effects rotation of the waste container about an axis of rotation until the waste container tilts sufficiently to allow waste contained in it to fall out under the influence of gravity into the waste collection receptacle. ble to gas embedded in the layer above the sealing layer above the penetration aperture. 8. A dumping area structure comprising: a waste layer generating gas; a sealing layer preventing the absorption of water covering said waste layer; and at least one overlaying material layer overlaying said sealing layer, wherein the sealing layer is provided with at least one aperture through which the gas penetrates; and wherein at least one gas flow controller is arranged on at least one of a top and to sides of the aperture for spreading the gas in a lateral direction to the at least one overlaying material layer, in which a biological oxidation of the gas occurs. 9. The structure according to claim 8, wherein the layers above the sealing layer comprise a drying layer and an overlying surface layer, in which the gas becomes biologically oxidized. 10. The structure according to claim 8, further comprising a plate structure impermeable to gas embedded above the penetration aperture into the layer above the sealing layer for turning the gas flow. 11. The structure according to claim 8, further comprising at least one perforated pipe, which spreads the gas coming from the penetration aperture to the layer above the sea ling layer. 12. The structure according to claim 11, wherein the pipe has a valve for controlling the gas flow. 13. The structure according to claim 8, wherein the at least one aperture consists of a well, the edge of which extends above the sealing layer so that water is prevented from flowing to the lower waste layer through the well. 14. The structure according to claim 13, wherein the well is covered, and wherein perforated pipes spreading the gas extend to sides of the well. 15. The structure according to claim 8, further comprising a separate piping for directing at least one of air and moisture to the surface layer at the dumping area. 16. The structure according to claim 8, further comprising a plastic film impermeable to gas embedded above the penetration aperture into the layer above the sealing layer for spreading the gas flow in the lateral direction. 17. A method for treating oxidable gas generated from waste at a dumping area, comprising the steps of: generating gas in a waste layer; covering the waste layer with a sealing layer to prevent absorption of water into said waste layer; covering said sealing layer with a drainage layer; covering the drainage layer with a layer for biologically oxiding the gas; and diffusing the gas through an aperture in said sealing layer and then laterally through said drainage layer into said layer for biologically oxiding the gas. pipe at its upper part. A cable holder driving device is raised in a state where the cable holder is heated and a pair of claws are pressure-fitted into the inner wall of the pipe. The pressure-fitting is carried out to such a degree that the cable fitted to and supported by the cable holder is brought into contact with the inner wall of the pipe. After the cable holder is cooled down and fixed, the cable passed through the pipe is pushed in the cable holder through its inlet opening.