초록 ▼

An apparatus (10) for a lorry-based concrete mixer (12) is described. The apparatus (10) comprises a vessel (14) adapted to be positioned beneath a concrete mixer discharge chute portion (16), the vessel (14) comprising a vessel body (18), the vessel body (18) defining a vessel inlet (20) and a vess

An apparatus (10) for a lorry-based concrete mixer (12) is described. The apparatus (10) comprises a vessel (14) adapted to be positioned beneath a concrete mixer discharge chute portion (16), the vessel (14) comprising a vessel body (18), the vessel body (18) defining a vessel inlet (20) and a vessel outlet (22), the vessel inlet (20) being adapted to receive debris and fluid exiting the chute discharge portion (16), and the vessel outlet (22) being adapted to permit debris and fluid stored in the vessel body (18) to be discharged from the vessel body (18). There is a direct line of sight (24) for a user (26) through the vessel inlet (20) to the vessel outlet (22).

대표청구항 ▼

1. A lorry-based concrete mixer comprising a mixing drum, a discharge chute and an apparatus mounted on the lorry, wherein the apparatus is operable to receive and retain fluid and debris exiting the discharge chute, wherein the apparatus comprises: a vessel mounted on the lorry based-concrete mixer

1. A lorry-based concrete mixer comprising a mixing drum, a discharge chute and an apparatus mounted on the lorry, wherein the apparatus is operable to receive and retain fluid and debris exiting the discharge chute, wherein the apparatus comprises: a vessel mounted on the lorry based-concrete mixer relative to the drum and beneath an outlet end of the discharge chute; wherein the vessel has a longitudinal axis and comprises a vessel body, wherein the vessel body defines a vessel inlet and a vessel outlet, the vessel inlet being operable to receive the debris and fluid exiting the outlet end of the discharge chute, and the vessel outlet being operable to permit debris and fluid stored in the vessel body to be discharged from the vessel body; and an inlet section is attached to the vessel body, the inlet section defines a secondary inlet, wherein the secondary inlet includes a larger cross-sectional area than the vessel inlet, wherein the inlet section is configured to funnel the fluid or debris to the vessel inlet; wherein the secondary inlet, the vessel inlet and the vessel outlet, are aligned on the longitudinal axis to provide a direct line of sight for a user through the secondary inlet, the vessel inlet and to the vessel outlet such that blockages within the vessel can be more easily identified and cleared, wherein the vessel is mounted rearwards and contained on a chassis of the lorry-based concrete mixer, wherein the vessel is mounted in a position detached from and beneath the outlet end of the discharge chute such that the apparatus collects spillage from the mixing drum during travel between a loading site and a discharge site and collects washdown material following discharge of the mixing drum and contains the washdown material during travel between the discharge site and an unloading site, the unloading site being the location where the apparatus is emptied via the vessel outlet.