Vacuum refuse collecting vehicle

Claim 2

In a vacuum refuse collecting vehicle for cleaning waste containing chambers and which includes a vehicle chassis, a water injection system including means for delivering water under pressure to the chamber and a vacuum waste collection system including a duct for insertion into the chamber and an air pump for creating a vacuum within the duct, the improvement comprising: a tank for containing water for the water delivery system and for receiving waste material from the duct, said tank fixedly mounted on the chassis, said tank including first and second ends, closure means for said first end, movable closure means for said second end, said movable closure means being hingedly attached to said tank and adapted to be swung upwardly to open said tank at the said second end thereof, sloped wall means within said tank for dividing said tank into first and second containment chambers sealed from each other and extending from adjacent the top of said first end to adjacent the bottom of said second end at said movable closure means, and spacer members insertable between the ends of said tank and said closure means for increasing the capacity of said containment chambers.

Claim 3

The improvement as claimed in claim 1 wherein said septum slopes downwardly at an angle of at least 37° extending from the top front of said tank to the rear bottom thereof.

Claim 4

The improvement as claimed in claim 1 wherein said septum is made of a material taken from a group including stainless steel and mild steel.

Claim 5

The improvement as claimed in claim 1 and further including a hose reel mounted on the exterior of said movable closure means, said hose reel being adapted to carry a hose wound thereon.

Claim 6

The improvement as claimed in claim 4, wherein said hose is connected to said first containment chamber through a pump means.

Claim 7

The improvement as claimed in claim 5 and further including means within said second containment chamber for separating liquid waste material from solid waste material.

Claim 8

The improvement as claimed in claim 6 wherein said means for separating comprises a perforated standpipe mounted to said movable closure means at said end of said tank.

Claim 9

The improvement as claimed in claim 4 and further comprising a second duct having an open end within said second chamber, said second duct being connected to the air pump, whereby a vacuum is created within said second containment chamber.

Claim 10

The improvement as claimed in claim 8 and further including filter means for cleaning the air said second duct, said filter means comprising a housing containing filter elements located between said second duct and the air pump.

Claim 11

The improvement as claimed in claim 1 wherein the duct for insertion into the waste containing chamber terminates in an open end within said second containment chamber.

Claim 12

In a vacuum refuse collecting vehicle for cleaning waste containing chambers and the like and which includes a wheel supported vehicle chassis for moving in a forward direction, a water injection system including means for delivering water under pressure to the chamber and a vacuum waste collection system including a duct for insertion into the chamber and an air pump for creating a vacuum within the duct, the improvement comprising: a tank fixedly mounted on the chassis and defining a discharge opening facing rearwardly of said chassis, movable closure means for closing said discharge opening, said movable closure means being hingedly attached at its upper portion to said tank and adapted to be swung upwardly to open said tank at said discharge opening, sloped wall means within said tank with the lower end of said sloped wall means positioned adjacent said discharge opening for dividing said tank into a forward water containment chamber and a rearward waste containment chamber sealed from each other for containing water for the water injection system and for receiving waste material from the duct, and a spacer member affixed to said movable closure means between said discharge opening of said tank and said closure means for increasing the capacity of said rearward waste containment chamber and for swinging upwardly away from said discharge opening with said movable closure means to a downwardly facing altitude, whereby when the movable closure means is open the waste collected in the rearward waste containment chamber is free to move down the sloped wall means and through the discharge opening and the waste collected in the spacer member is free to fall from said spacer member.

Claim 13

In a vacuum refuse collecting vehicle for cleaning waste containing chambers and the like and which includes a wheel supported vehicle chassis for moving in a forward direction, a water injection system including means for delivering water under pressure to the chamber and a vacuum waste collection system including a duct for insertion into the chamber and an air pump for creating a vacuum within the duct, the improvement comprising: a tank fixedly mounted on the chassis and defining a discharge opening facing rearwardly of said chassis, movable closure means for closing said discharge opening, said movable closure means being hingedly attached at its upper portion to said tank and adapted to be swung upwardly to open said tank at said discharge opening, sloped wall means within said tank with the lower end of said sloped wall means positioned adjacent said discharge opening for dividing said tank into a forward water containment chamber and a rearward waste containment chamber sealed from each other for containing water for the water injection system and for receiving waste material from the duct, and a spacer member affixed to said movable closure means between said discharge opening of said tank and said closure means for increasing the capacity of said rearward waste containment chamber and for swinging upwardly away from said discharge opening with said movable closure means to a downwardly facing altitude, whereby when the movable closure means is open the waste collected in the rearward waste containment chamber is free to move down the sloped wall means and through the discharge opening and the waste collected in the spacer member is free to fall from said spacer member.

Claim 14

The improvement as claimed in claim 11, wherein said sloped wall means comprises a septum extending at a downwardly sloping angle of at least 37°.

Claim 15

The improvement as claimed in claim 11 wherein said sloped wall means is made of a material taken from a group including stainless steel and mild steel.

Claim 16

The improvement as claimed in claim 11 and further including a hose reel mounted on the exterior of said movable closure means, said hose reel being adapted to carry a hose wound thereon.

Claim 17

The improvement as claimed in claim 14 and further including pump means for moving water from said forward water containment chamber through said hose.

Claim 18

The improvement as claimed in claim 15 and further including means within said rearward waste containment chamber for separating liquid waste material from solid waste material.

Claim 19

The improvement as claimed in claim 16 wherein said means for separating liquid waste material from solid waste material comprises a perforated stand pipe mounted to said movable closure means.

Claim 20

The improvement as claimed in claim 11 wherein the duct for insertion into the waste containing chamber terminates in an open end within said rearward waste containment chamber.

Claim 21

The improvement as claimed in claim 11 and further including a second duct having an open end within said rearward waste containment chamber for connection to the air pump for creating a vacuum in said rearward waste containment chamber.

Claim 22

The improvement as claimed in claim 19 and further including filter means for filtering the air moved from said second duct, said filter means comprising a housing containing filter elements located between said second duct and the air pump.

Claim 23

The improvement as claimed in claim 11 and wherein said tank is cylindrical, and wherein said spacer member is of compatible size and shape to said tank for sealing against the discharge opening of said tank.