Granted Patent B2

US 12,373,510 · App. 18/582,055 · Granted Jul 29, 2025

Inventor: Christopher M. Flood (St. Charles, IL)

Assignee: Advanced Custom Engineered Systems & Equipment Co.

G06F16/9554B30B9/3007B30B9/3042G06K7/10297G06K7/10316G06K7/10415G06Q10/087Y02P90/84

Abstract

Claims (65)

1. A method for monitoring a waste container for storing waste, the method comprising:

receiving data from at least one sensor of a plurality of sensors, wherein the plurality of sensors comprises at least one of:

at least one hazardous or non-compliant material sensor for detecting for hazardous or non-compliant material, wherein the at least one hazardous or non-compliant material sensor detects for a tag associated with hazardous or non-compliant material placed inside the waste container,

a system overload sensor for detecting for a power spike or power outage associated with a compactor attached to the waste container,

a sensor including image recognition for differentiating between types of vehicles proximate to the waste container, or

a pressure sensor for detecting a pressure on the compactor;

based on the data, selecting a triggering event from a group of triggering events, the group of triggering events comprising (i) the at least one hazardous or non-compliant material sensor detecting a presence of hazardous or non-compliant material in the waste container, (ii) the image recognition detecting a presence of a predetermined type of truck proximate to the waste container, (iii) the system overload sensor detecting an overload of the compactor, and (iv) the pressure sensor detecting that a pressure of the compactor exceeds a predetermined threshold pressure and indicates the waste container is at or near capacity;

in response to selecting the triggering event, setting a preselected interval according to a type of the triggering event selected from the group of triggering events, wherein the preselected interval comprises a first preselected time before the triggering event and a second preselected time after the triggering event;

controlling a camera to record images proximate to the waste container for the set preselected interval; and

storing, in a memory, the camera-recorded images for the set preselected interval,

wherein the waste container further comprises a waste bin for storing waste, the waste bin and the compactor each having a respective opening,

wherein the plurality of sensors further comprises a photocell sensor disposed between the opening of the waste bin and the opening of the compactor, wherein the photocell sensor is configured to determine whether the opening of the waste bin and the opening of the compactor are correctly aligned, and

wherein the group of triggering events further comprises the photocell sensor detecting that the opening of the waste bin and the opening of the compactor are not correctly aligned.

2. The method of claim 1 , wherein the predetermined type of truck is a hauler truck.

3. The method of claim 1 , wherein the waste container further comprises a master control panel for monitoring and controlling functions associated with the waste container.

4. The method of claim 3 , wherein the waste container comprises a waste bin for storing waste, and wherein the compactor comprises a ram configured to compress or compact waste in the waste container.

5. The method of claim 4 , wherein the master control panel is configured to receive a technician's sign-in and, in response, disable the ram from operating.

6. The method of claim 3 , wherein the at least one hazardous or non-compliant material sensor for detecting for hazardous or non-compliant material is an RFID antenna connected to a reader and the controller, the method further comprising:

comparing an identification number detected by the reader with identification numbers stored in a database of non-compliant identification numbers; and

in response to detecting a match between the identification number detected by the reader and one of the identification numbers stored in the database, sending an alert to the reader.

7. The method of claim 6 , wherein the antenna is surrounded by a casing comprising four walls, the casing being made of steel so as to act as a shield to the RFID antenna.

8. The method of claim 1 , wherein the waste container further comprises a chute door,

wherein the plurality of sensors further comprises a proximity switch attached to the chute door, and

wherein the group of triggering events further comprises the proximity switch detecting that the chute door has been opened.

9. The method of claim 1 , wherein the plurality of sensors further comprises one or more of a motion detector, a proximity switch, a door switch, or a weight switch.

10. The method of claim 1 , wherein the image recognition is configured to differentiate between a semi-truck and a hauler truck.

11. The method of claim 10 , wherein a presence of a semi-truck is not recognized as the triggering event and the presence of a hauler truck is recognized as the triggering event.

12. The method of claim 1 , further comprising:

in response to selecting the triggering event, transmitting, to one or more devices, a notification indicating that the triggering event has occurred.

13. The method of claim 12 , wherein the notification is selected from the group consisting of an audio message, an email message, a picture segment, an MMS message, and an SMS message.

14. A method for monitoring a waste container for storing waste, the method comprising:

receiving data from at least one sensor of a plurality of sensors, wherein the plurality of sensors comprises at least one of:

at least one hazardous or non-compliant material sensor for detecting for hazardous or non-compliant material, wherein the at least one hazardous or non-compliant material sensor detects for a tag associated with hazardous or non-compliant material placed inside the waste container,

a system overload sensor for detecting for a power spike or power outage associated with a compactor attached to the waste container,

a sensor including image recognition for differentiating between types of vehicles proximate to the waste container, or

a pressure sensor for detecting a pressure on the compactor;

based on the data, selecting a triggering event from a group of triggering events, the group of triggering events comprising (i) the at least one hazardous or non-compliant material sensor detecting a presence of hazardous or non-compliant material in the waste container, (ii) the image recognition detecting a presence of a predetermined type of truck proximate to the waste container, (iii) the system overload sensor detecting an overload of the compactor, and (iv) the pressure sensor detecting that a pressure of the compactor exceeds a predetermined threshold pressure and indicates the waste container is at or near capacity;

in response to selecting the triggering event, setting a preselected interval according to a type of the triggering event selected from the group of triggering events, wherein the preselected interval comprises a first preselected time before the triggering event and a second preselected time after the triggering event;

controlling a camera to record images proximate to the waste container for the set preselected interval; and

storing, in a memory, the camera-recorded images for the set preselected interval,

wherein the plurality of sensors further comprises a fire monitor configured to detect a fire in or near the waste container,

wherein the group of triggering events further comprises the fire monitor detecting a fire in or near the waste container, and

wherein selecting the triggering event from the group of triggering events comprises selecting the detected fire as the triggering event,

the method further comprising:

in response to selecting the detected fire as the triggering event, transmitting, to one or more devices associated with emergency services, a notification indicating that a fire has been detected.

15. A waste container monitoring system for monitoring a waste container for storing waste comprising:

a camera positioned and operative so as to record images proximate to the waste container;

a memory associated with the camera for recording camera-recorded images for a preselected interval associated with a triggering event, wherein the preselected interval comprises a first preselected time before the triggering event and a second preselected time after the triggering event, and wherein the preselected interval is set according to a type of the triggering event detected;

a plurality of sensors configured for detecting the triggering event, the plurality of sensors comprising at least one of:

at least one hazardous or non-compliant material sensor for detecting for hazardous or non-compliant material, wherein the at least one hazardous or non-compliant material sensor for detecting for hazardous or non-compliant material detects for a tag associated with hazardous or non-compliant material placed inside the waste container,

a system overload sensor for detecting for a power spike or power outage associated with a compactor attached to the waste container,

a sensor including image recognition for differentiating between types of vehicles proximate to the waste container, or

a pressure sensor for detecting a pressure on the compactor; and

a controller communicatively coupled to the plurality of sensors, the camera, and the memory, and configured to:

based on data received by the controller from at least one sensor of the plurality of sensors, select the triggering event from a set of one or more triggering events, the set of triggering events comprising at least one of (i) the at least one hazardous or non-compliant material sensor detecting a presence of hazardous or non-compliant material in the waste container, (ii) the image recognition detecting a presence of a predetermined type of truck proximate to the waste container, (iii) the system overload sensor detecting an overload of the compactor, or (iv) the pressure sensor detecting that a pressure of the compactor exceeds a predetermined threshold pressure and indicates the waste container is at or near capacity, and

in response to selecting the triggering event:

setting the preselected interval according to the type of the triggering event selected from the set of triggering events,

controlling the camera to record images proximate to the waste container for the set preselected interval, and

storing, in the memory, the camera-recorded images for the set preselected interval,

wherein the waste container further comprises a waste bin for storing waste, the waste bin and the compactor each having a respective opening,

wherein the plurality of sensors further comprises a photocell sensor disposed between the opening of the waste bin and the opening of the compactor, wherein the photocell sensor is configured to determine whether the opening of the waste bin and the opening of the compactor are correctly aligned, and

wherein the set of triggering events further comprises the photocell sensor detecting that the opening of the waste bin and the opening of the compactor are not correctly aligned.

16. The waste container monitoring system of claim 15 , wherein the waste container further comprises a chute door, and

wherein the plurality of sensors further comprises a proximity switch attached to the chute door, and

wherein the set of triggering events further comprises the proximity switch detecting that the chute door has been opened.

Assignments (1)

Continuity (6)

References Cited (222)