Processed waste collection and transfer system and method

Abstract

A content collection system and method for curbside collection of a plurality of separate streams of recyclable materials stored in product storage containers. The product storage containers can include compartments and doors associated with the compartments. A product collection interface is associated with a product collection vehicle and is configured to engage with any configured product storage container. A product transfer module is associated with the product collection interface and is configured to receive contents from the product storage container. The product transfer module includes a weight sensor to calculate the weight of the contents in the product transfer module. A release mechanism is configured to discharge the contents from the product transfer module to a bulk product holding unit associated with the vehicle. A software application can be used to request collection and / or receive collection data. A computer system can be utilized to control the operation of the system.

Description

Technical Field

[0001] This technology relates to a system and method for collecting and transferring treated waste materials, including the collection, transfer, and weighing of separated treated waste. This technology can involve optimizing the treatment, collection, and transfer of different types of treated waste, and creating or controlling relationships between users / customers and entities that facilitate and perform treatment, collection, and transfer management services to optimize the separation, treatment, collection, transfer, allocation, transportation, and / or sale of waste materials associated with waste material management. Background Technology

[0002] Residential and other waste collection systems typically collect mixed streams of waste (sometimes referred to as recyclable materials) or focus on a single material stream. The materials they collect are often contaminated with tags, collars, container lids, food scraps, and other pollutants. This waste is usually transferred to material recycling facilities, where it is sorted, cleaned, and processed, with varying degrees of effectiveness and often limited scope.

[0003] Currently, residential waste collection is carried out on a scheduled basis, so it rarely optimizes the management of collection vehicles. This is because most containers allocated for the designated collection time are not filled, resulting in transportation costs. If the containers were emptied when they are full, the transportation costs would be minimized.

[0004] Current waste collection systems and methods also have other drawbacks, as they cannot weigh each type of separated processed waste individually, thus failing to obtain accurate data for each user / customer.

[0005] While current waste collection systems and methods fulfill their collection functions, they incur significant costs due to a lack of optimization in the management of the collection, transportation, unloading, and recycling of potential resources. Furthermore, these systems and methods do not provide a central data system for tracking the amount of waste material collected from each user / customer, thus failing to provide customers with waste collection, processing, and transfer data for any compensation or subsidy programs.

[0006] There is a need for a new and novel system and method for the collection, treatment, and transfer of waste and final recycled products, which can be used to weigh the separated final recycled products. In this regard, the present technology essentially meets this need. In this respect, the system and method for the collection, treatment, and transfer of waste and final recycled products according to the present technology are fundamentally different from the conventional concepts and designs of the prior art, and in doing so, provide an apparatus developed primarily for the purpose of collecting, treating, storing, transferring, and weighing the separated final recycled products. Summary of the Invention

[0007] In view of the aforementioned drawbacks inherent in known types of waste recycling and waste collection or waste management systems, this technology provides a novel system and method for waste collection, treatment and final recycling product transfer, and overcomes one or more of the aforementioned drawbacks and defects of the prior art.

[0008] Therefore, the overall objective of this technology (described in more detail below) is to provide a new and novel system and method for the collection, treatment and final recycling of waste products, which has all the advantages of the prior art mentioned above, as well as many novel features that produce a system and method for the collection, treatment and final recycling of waste products that is not foreseen, not obvious, not taught or even implied by the prior art alone or in any combination thereof.

[0009] According to one aspect, the technology may include a waste collection, processing, and final product storage container (PSC), a product collection interface (PCI), a product transfer module (PTM), and a bulk product holding unit (BPHU). The product storage container (PSC) may include one or more compartments, each with an associated door. The compartments may be configured to store final recycled products or contents. The product collection interface (PCI) may be associated with a vehicle. The product collection interface (PCI) may be configured to engage with the product storage container (PSC) and any one or any combination of the product storage container (PSC) and its one or more compartments. The bulk product holding unit (BPHU) may be associated with the product collection interface (PCI) and may be configured to receive final recycled products or contents from one or more compartments of the product storage container (PSC). The bulk product holding unit (BPHU) may include a weight determination unit and a release mechanism. The weight determination unit may be configured to determine or calculate the total weight of the final recycled products or contents in each individual compartment of the product storage container (PSC). The release mechanism can be configured to discharge the last recycled product or contents from each individual compartment of the Product Storage Container (PSC) into a matching individual product storage compartment contained in a Bulk Product Holding Unit (BPHU) associated with the vehicle.

[0010] According to another aspect, the technology may include a method for transferring last recycled product or contents to a Bulk Product Holding Unit (BPHU) using a Product Collection Vehicle (PCV). This method may include providing a collection or transfer request from a graphical user interface (GUI) to the collection or transfer vehicle or control center. The GUI is associated with equipment or electronics for waste collection, processing, and storage of last recycled products, including at least one processing unit and at least one memory operatively communicating with the processing unit. The GUI may include at least one optional element or affordance. The Product Storage Container (PSC) is positioned at a location accessible to the collection or transfer vehicle. The computer system of the collection or transfer vehicle receives the location or address information of the Product Storage Container (PSC) and the collection or transfer request.

[0011] The computer system of the Product Collection Vehicle (PCV) determines whether the address or location information from the Product Storage Container (PSC) matches the address or location information of the collection or transfer request. If a match is found, the Product Collection Module (PCM), which includes an end effector configured to manipulate and align the Product Storage Container (PSC) to engage with the Product Collection Interface (PCI) of the PCV, is activated. The door associated with the Product Storage Container (PSC) is opened to discharge the last recycled product or contents from the PSC into the Product Transfer Module (PTM), and then into the Bulk Product Holding Unit (BPHU) in the PCV. Each last recycled product or contents entering the Bulk Product Holding Unit (BPHU) is weighed to generate weight data for each last recycled product or contents. The last recycled product or contents are discharged from the Bulk Product Holding Unit (BPHU) of the PCV. The weight data is provided to any one or any combination of computer systems and electronics at the control center.

[0012] According to another aspect, the technology may include a non-transient computer-readable medium storing an executable program comprising instructions executed by at least one processing unit for managing the collection or transfer of a system for the final recycling of products or contents. The instructions, when executed by the at least one processing unit, cause the at least one processing unit to receive a collection or transfer request from a graphical user interface for waste collection, processing, and storage container equipment or electronic device for the final recycling of products. A Product Collection Vehicle (PCV) is then dispatched to the address or location associated with the collection or transfer request. The address or location information received from the Product Storage Container (PSC) is then verified to match the address or location information in the collection or transfer request. After receiving the final recycling of products or contents from the Product Storage Container (PSC), they are then weighed before being transferred to a Bulk Product Storage Unit (BPSU). Weight data associated with the final recycling of products or contents is then created and provided to a control center or electronic device.

[0013] According to another aspect, the technology may include a client electronic system for controlling the collection or transfer of last recycled product or contents. The client electronic system may include a memory and a processor, respectively configured to store and execute software instructions, including instructions organized into a collection or transfer request component, a scheduling component, a verification component, a weighing component, and a weight data component. The collection or transfer request component may be configured to provide a collection or transfer request from a graphical user interface collection, processing, and last recycled product storage container (PSC) appliance or electronic device to a product collection vehicle (PCV) or control center. The scheduling component may be configured to schedule the PCV to a residence or location associated with the collection or transfer request. The verification component may be configured to verify whether residence or location information received from the product storage container (PSC) matches residence or location information in the collection or transfer request. The weighing component may be configured to weigh the last recycled product or contents received from the product storage container (PSC) for collection or transfer. The weighing component can also be configured to, or can be configured to, create weight data associated with the last recycled product or contents and provide that weight data to a control center or electronic device.

[0014] Some or all embodiments of this technology may include a product transfer module (PTM) attached to and associated with a product collection vehicle (PCV). A product collection module (PCM) including an end effector configured to manipulate and center a product storage container (PSC) can be used to raise the product storage container (PSC) and reliably engage the product storage container (PSC) with a product collection interface (PCI).

[0015] Some or all embodiments of this technology may include an arm articulated with a Product Collection Vehicle (PCV) and a Product Transfer Module (PTM). The arm may be configured to raise and manipulate a Product Storage Container (PSC) to engage with a Product Collection Interface (PCI).

[0016] In some or all of the implementations, the product collection module (PCM) may include a locking mechanism configured to secure the product storage container (PSC) to the product collection module (PCM).

[0017] In some or all of the implementations, the locking mechanism may be an eccentric hook configured to engage with a pin of the product storage container (PSC).

[0018] In another embodiment, the locking mechanism may be an electromagnetic control device configured to engage with a product storage container (PSC).

[0019] In some or all implementations, the interface or connection between the Product Storage Container (PSC) and the Product Transfer Module (PTM) is the Product Collection Interface (PCI).

[0020] In some or all of the implementations, the Product Collection Interface (PCI) has a door that matches a door on the Product Storage Container (PSC).

[0021] In some or all implementations, the matching door, when opened, allows the last recycled product or contents to be transferred from the individual product storage container (PSC) compartments via the product collection interface (PCI).

[0022] In some or all of the implementations, the last recycled product or contents that have been transferred through the Product Collection Interface (PCI) are transferred to the compartment of the Bulk Product Holding Unit (BPHU) via the Product Transfer Module (PTM).

[0023] In some or all of the embodiments, the Product Storage Container (PSC) may include a transmission device configured to transmit data to a receiving device on a Product Collection Module (PCM), Product Collection Interface (PCI), or Product Collection Vehicle (PCV).

[0024] In some or all of the embodiments, the transmitting device may be an RFID tag, and the receiving device may be an RFID reader.

[0025] In some or all of the implementations, the release mechanism may be a baffle associated with the discharge end of the product transfer module (PTM).

[0026] In some or all implementations, the weight determination unit may be associated with a baffle.

[0027] In some or all implementations, the Product Transfer Module (PTM) may include a receiving end configured to receive the last recycled product or contents from each individual compartment of the Product Storage Container (PSC). The receiving end may include an air nozzle configured to distribute a stream of air into each individual compartment of the Product Storage Container (PSC).

[0028] In some or all of the embodiments, the product storage container (PSC) may have multiple compartments, and the product collection interface (PCI) includes multiple doors or openings corresponding to the compartments of the bulk product holding unit (BPHU).

[0029] In some or all implementations, the bulk storage compartment of the Bulk Product Holding Unit (BPHU) may be a plurality of storage compartments, each configured to receive a single or mixed stream of the last recycled product or contents from a compartment of the Product Storage Container (PSC).

[0030] In some or all implementations, the receiving end of the Product Transfer Module (PTM) may be multiple receiving ends, each configured to receive the last recycled product or contents from a compartment of the Product Storage Container (PSC) when the Product Storage Container (PSC) is correctly positioned with the Product Collection Interface (PCI).

[0031] In some or all of the implementations, the Product Transfer Module (PTM) may include a discharge end configured to receive the last recycled product or contents from each receiving end.

[0032] In some or all of the implementations, the release mechanism may be a baffle associated with the discharge end, and the weight determination unit may be associated with another aspect of the baffle, the discharge end, or the product transfer module (PTM).

[0033] In some or all of the implementations, the release mechanism may be a baffle associated with the input or inlet of the bulk product holding unit.

[0034] In some or all of the embodiments, the release mechanism may be a series of rotating containers capable of weighing the contained material and associated with the input or inlet of the bulk product holding unit.

[0035] Some or all embodiments of this technology may include an electronic device and a graphical user interface (GUI). The electronic device may include at least one processing unit operatively communicating with at least one memory and a display. The GUI may be associated with and displayed on the electronic device. The GUI may include at least one optional element or available component configured or configurable to provide at least one input associated with a collection or transfer request provided to a Product Collection Vehicle (PCV) or a control center for dispatching the PCV.

[0036] Therefore, the features of this technology have been outlined in a fairly general manner in order to better understand the subsequent detailed description of this technology and to better understand the present contribution to the art.

[0037] Many objects, features and advantages of the present technology will become apparent to those skilled in the art after reading the following detailed description of the technology taken in conjunction with the accompanying drawings (however, it is an illustrative embodiment of the technology).

[0038] Therefore, those skilled in the art will understand that the concepts upon which this disclosure is based can be readily used as the basis for designing other structures, methods, and systems for achieving the various purposes of this technology.

[0039] Therefore, one objective of this technology is to provide a new and novel waste collection or transfer system and method that has all the advantages of known recycling and waste collection and / or management systems without the aforementioned disadvantages.

[0040] Another objective of this technology is to provide a new and novel waste collection or transfer system and method that can be easily and efficiently manufactured and sold.

[0041] Another objective of this technology is to provide a new and novel waste collection and transfer system and method that has low manufacturing costs in terms of materials and labor, and is therefore easy to sell to the consumer public at a low price, making such waste collection or transfer system and method economically available to the purchasing public.

[0042] Another objective of this technology is to provide a novel waste collection or transfer system and method that offers some of the advantages of existing equipment and methods while overcoming some of the disadvantages typically associated with them. For a better understanding of this technology, its operational advantages, and the specific objectives achieved through its use, reference should be made to the accompanying drawings and descriptive text illustrating embodiments of the technology. While several objectives of this technology have been identified herein, it should be understood that this technology is not limited to satisfying most or all of the identified objectives, and some or all embodiments of this technology may satisfy only one such objective or none at all. Attached Figure Description

[0043] The present invention will be better understood by considering the following detailed description, and objectives other than those described above will become apparent. This description refers to the accompanying drawings, in which:

[0044] Figure 1 This is a perspective view of an embodiment of a waste collection or transfer system and method constructed according to the principles of this technology, wherein a product storage container (PSC) is removed from the appliance and placed on the roadside or elsewhere.

[0045] Figure 2 This is a perspective view of a Product Storage Container (PSC) that has been raised and mounted onto the Product Collection Interface (PCI) for discharging the last recycled product or contents.

[0046] Figure 3 This is a top elevation view of the Product Storage Container (PSC) of this technology.

[0047] Figure 4 This is a cross-sectional view of a possible locking mechanism of the end effector of a Product Collection Module (PCM) that engages with and pulls into the Product Storage Container (PSC).

[0048] Figure 5 This is an example of a geometry that can be used in conjunction with an end effector to repeatedly position the PSC on the PCM end effector.

[0049] Figure 6 It is the product storage container (PSC) that is mounted on the product collection interface (PCI) along the passage. Figure 2 A cross-sectional view taken from the center of a PSC storage partition, where the last recycled product or contents are weighed and discharged into the Bulk Product Holding Unit (BPHU) of a Product Collection Vehicle (PCV).

[0050] Figure 7 The weighed recycled product is discharged into the Bulk Product Holding Unit (BPHU) of the Product Collection Vehicle (PCV) along the path... Figure 2 A cross-sectional view taken from the center line of a PSC storage partition.

[0051] Figure 8A and Figure 8B This is a side view of the product collection module, an alternative implementation of this technology.

[0052] Figure 9 This is a block diagram of the waste collection or transfer system and method of this technology.

[0053] Figure 10An exemplary electronic computing device is shown that can be used to implement the present technology.

[0054] Figure 11 This is a block diagram of the waste collection or transfer method of this technology.

[0055] In the various figures, the same reference numerals denote the same parts. Detailed Implementation

[0056] In the following description, specific details, such as particular implementations, processes, techniques, etc., are set forth for purposes of explanation and not limitation in order to provide a thorough understanding of the present technology. However, it will be apparent to those skilled in the art that the present technology may be practiced in other embodiments departing from these specific details.

[0057] Now refer to the attached diagram, especially to... Figures 1 to 11 The figure illustrates an embodiment of the waste collection or transfer system and method of the present technology, which is generally indicated by reference numeral 10.

[0058] The term “Product Storage Container (PSC)” as used herein can be described as a unit that stores multiple different types of contents separately, which have been handled individually and separately by means of a device and moved to the roadside or other location for collection into the PSC as contents.

[0059] The term “Product Transfer Module (PTM)” as used herein is attached to the Bulk Product Holding Unit (BPHU) and controls the individual transfer of the last recovered product or contents from the Multi-Container Product Storage Container (PSC) to multiple containers matching the contents in the Bulk Product Holding Unit (BPHU).

[0060] The term “Product Collection Interface (PCI)” as used herein can refer to an aspect attached to a Product Transfer Module (PTM) carried by a Product Collection Vehicle (PCV) that directly interfaces with the Product Collection Center (PSC) to facilitate the transfer of the last recycled product or contents through the Product Transfer Module (PTM) from the PSC to one or more compartments in a Bulk Product Holding Unit (BPHU).

[0061] The term "Bulk Product Holding Unit (BPHU)" as used herein can refer to individual containers used to hold the final recycled product or contents stream from the Product Collection Vehicle (PSC). The PTM facilitates the weighing of the final recycled product or contents before releasing them into the individual compartments of the Bulk Product Holding Unit (BPHU) within the Product Collection Vehicle (PCV).

[0062] Reference Figure 1 and Figure 2This paper illustrates and describes a novel waste collection or transfer system and method 10 for collecting or transferring and weighing separated final recyclable products or contents. In general, the waste collection or transfer system and method 10 includes a PSC 12, a recycling apparatus 30, and a collection vehicle 40. This technology relates to a system and method for collecting or transferring multiple separate final recyclable product or content streams that have been cleaned, processed, and stored in the PSC 12 and left on the roadside or outside the consumer's residence or elsewhere. The consumer's residence may include, but is not limited to, private homes, offices, shopping malls, airports, railway stations, educational institutions, entertainment venues, stadiums, public places, factories, warehouses, construction sites, and hospitals. Maintaining the purity of each final recyclable product or content stream is crucial to maintaining the value of the final recyclable products or contents and the suitability for closed-loop recycling.

[0063] System 10 includes a Product Collection Module (PCM) 50 connected to a Product Collection Vehicle (PCV) 40. The Product Collection Module (PCM) includes an end effector that captures, lifts, and positions the PSC abutting the correct location against a Product Collection Interface (PCI), which is a sub-component of a Product Transfer Module (PTM) 46. Vehicle 40 includes a Bulk Product Holding Unit (BPHU) 42 for each type of recycled material.

[0064] Users can remove the PSC 12 from its appliance 30, which may be located at a residence or elsewhere, and place the PSC 12 near a street or location accessible by vehicle 40. Appliance 30 may include an interior configured to receive one or more PSC 12s and may include an opening defined in its top side for allowing the last recycled product or contents to be stored in a separate compartment or compartment of the PSC 12.

[0065] Vehicle 40 may include a recess 48 configured to receive a Product Collection Module (PCM) 50, and PCI 44 may include a face, flange, or plate configured to mate and align with a door or opening of PSC 12. With the Product Collection Module (PCM) 50 received in the recess 48, vehicle 40 is in a driving configuration with no or limited components extending from the vehicle. Upon driving toward PSC 12, the Product Collection Module (PCM) 50 pivots and extends, thus enabling it to securely engage with PSC 12 and elevate PSC 12 to PCI 44 as part of PTM 46, as... Figure 2 The best result is shown in the middle.

[0066] The product collection module (PCM) 50 may be a pivoting mechanism attached to the product collection vehicle (PCV) 40 via a hinged mount or attachment 52, and a first power unit 54 may be used to pivot the arm 50 relative to the mount or attachment 52. An end effector 60, located at the other end of the product collection module (PCM) 50, has a mechanism for capturing and holding the product storage container 12. This mechanism may be a grab with an arm or a grab with a plate (the plate having hooks 60 pivotally or fixedly connected to the product collection module (PCM) 50), and may include an additional power unit 56 configured to rotate, extend, slide, or pivot the product collection module (PCM) or the end effector 60. The power units 54, 56 may be a motor system, a hydraulic system, a mechanical linkage system, or a combination thereof.

[0067] Reference Figure 3 The PSC 12 may include a housing having a flat peripheral surface or lip 14 extending from the top side of the PSC 12. The surface or lip 14 may be sized to be received in a recess or other geometry required by the PCI 44. The PSC 12 may define a single internal compartment or multiple internal compartments capable of receiving and storing last recycled products or contents through one or more openable partition doors 20, or may include multiple compartments 16 separated by internal partitions or walls 24, each compartment including an openable partition door 20. The PSC may also include radio frequency identification (RFID) tags, sensors, sensor activators, or transmitters 26 associated with the PSC or each compartment 16, respectively. It is understood that any number of compartments, doors, and tags may be present.

[0068] Reference Figure 4 and Figure 5 The Product Collection Module (PCM) receives the PSC and positions it relative to the PCI to align the door or opening of PSC 12 with the door or opening of PCI 44. The PCM end effector 60 is configured to reliably position and lock onto PSC 12, thereby allowing PCM 50 to lift PSC 12 from the ground to an elevated and pivoted position.

[0069] The PCM end effector 60 utilizes a locking mechanism that engages with the PSC 12. This mechanism can take the form of, but is not limited to, an electromagnetic, mechanical, hydraulic, or electrical system, and pulls the PSC 12 to proper alignment with the PCM end effector 60 before locking the PSC 12 into place.

[0070] Reference Figure 6Once the PSC 12 is secured to the PCM end effector 60, the PCM 50 can be activated to lift the PSC 12 and pivot it into the PCI 44. In this position, the contents 2 of the PSC 12 can be discharged and stored in the internal storage compartment 43 of the Product Transfer Module (PTM) 46. It is understood that the PTM 46 may define a single storage compartment or multiple storage compartments, each configured to receive the last recycled product or contents 2 from one compartment 16 of the PSC 12.

[0071] PSC 12 can work with PCI 44 via a gasket system to ensure that there is no cross-contamination between the last recycled product or content logistics during the transfer from PSC 12 to the internal storage compartment 43 of the Product Transfer Module (PTM) 46.

[0072] The PCM end effector 60 can activate the storage partition doors 20 in the PSC 12, causing them to open and release the stored contents 2. In this example, the PCM end effector 60 can be electrically connected to the PSC 12 to activate the partition doors 20 using the motor system 22 housed within the PCM 60. It is understood that the partition doors 20 can operate in a variety of other ways, such as, but not limited to, a mechanical connection between the PTM end effector 60 and the PSC 12, whereby the PSC 12 operates the partition doors 20 upon contact with the PCI 44.

[0073] It can also be understood that one side of the PSC 12, preferably adjacent to the side of the partition door 20, may include an inclined surface configured to facilitate the flow of the last recycled product or contents 2 from the PSC 12 to the partition door 20 and into the internal storage compartment 43 of the product transfer module (PTM) 46.

[0074] One or more air nozzles 75 may be associated with the product transfer module (PTM) 46 and / or PCI 44 to blow air into the compartment 16 to help remove any remaining contents 2 or force the last recycled product or contents 2 to leave the compartment 16.

[0075] The discharge end 76 may include, but is not limited to, a baffle or a rotating component 80, configured to receive the last recycled product or contents 2 in the vertical portion of the PTM 46. The rotating component 80 or a portion of the discharge end 76 may include a load or weight sensor 78 configured to determine the weight of the last recycled product or contents 2 when it is in the internal storage compartment 43 of the Product Transfer Module (PTM) 46.

[0076] Reference Figure 7During the weighing of contents 2, the rotating part or baffle 80 can pivot or move such that the last recycled product or contents 2 is stored in the appropriate bulk product holding unit (BPHU) 42. It is understood that a weight sensor 78 may be located on the rotating part or baffle 80 and may be a load sensor associated with the pivoting or rotating part or baffle, configured to provide information that can be calculated as the weight of the last recycled product or contents 2.

[0077] PCI 44 may include an RFID reader 112 configured to read RFID tags 126 of PSC 12. It is understood that any other suitable contact-based or wireless communication system may be used between PSC 12 and PTM 46 or vehicle 40.

[0078] Now refer to Figure 8A and Figure 8B Alternative implementations of the PCM end effector utilize eccentric mechanical action to capture the PSC 12 and align it with the PCM end effector 60. In this exemplary embodiment, the PCM end effector 60 may include a pair of spaced-apart forks or arms 62 configured to receive the PSC 12 therebetween. The space between the arms 62 may be adjustable or fixed against the underside of the lip 14 of the PSC 12, thereby allowing the arms 62 to lift the PSC 12 from the ground to an elevated and pivoted position.

[0079] The crossbeam of the arm 62 or the PCM end effector 60 connecting the arm 62 may include a locking mechanism 64 that engages with the pin 28 of the PSC 12. In an example, the locking mechanism 64 may be a rotatable hook having a configuration capable of engaging the pin 28 and pulling the PSC 12 toward the PSM 60 before locking the PSC 12 into place. The hook may be rotated by a motor 66, a hydraulic system, or by a mechanical linkage that rotates the hook upon contact with the PCM 60 in a forward or backward motion.

[0080] Reference Figure 9 and Figure 10 Common software applications can be associated with and / or executed by electronic computing devices, machines or systems 4 and / or product collection vehicles (PCVs) 40. Figure 9 The example shows possible components associated with PSC 12, collection vehicle 40, electronic device 4, and control center 130 which can be used to perform the operation and / or function of this technology.

[0081] The collection vehicle 40 may include a computer system 100, which includes a processing unit 102. At least one RAM memory and / or at least one non-volatile long-term memory 104 may be operatively connected to or connected to the processing unit 102. A network interface module 106 may be operatively connected to or connected to the processing unit 102 and is configured to transmit and / or receive data to the Internet, a network, or the cloud, or directly to a computer system 131 associated with control center 130, a computer system 114 associated with PSC 12, or a computer system 140 associated with electronic device 4. The collection vehicle 40 may include a display, a microphone, a speaker, and / or a data input device (not shown), all of which may be operatively connected to or connected to the processing unit 102.

[0082] Computer system 100 may also include any or a combination of the following PSC data systems, such as, but not limited to, receiver or transceiver 108 which may be operatively connected to or connectable to processing unit 102 and configured to receive or transmit data with a corresponding receiver or transceiver 122 of PSC 12. Radio frequency identification (RFID) reader 110 may be operatively connected to or connectable to processing unit 102 and configured to receive data from RFID tag 126 associated with PSC 12. One or more partition sensors or RFID readers 112 may be operatively connected to or connectable to processing unit 102 and configured to receive signals or be activated by a corresponding PSC partition sensor or RFID tag 126 associated with PSC 12.

[0083] PSC 12 may include a computer system 114, which includes a processing unit 116. At least one RAM memory and / or at least one non-volatile long-term memory 118 may be operatively connected to or connectable to the processing unit 116. A network interface module 120 may be operatively connected to or connectable to the processing unit 116 and is configured to transmit and / or receive data to the Internet, a network, or the cloud, or directly to the computer system 100 of the collection vehicle 40, the computer system 131 of the control center 130, or the computer system 140 of the electronic device 4. PSC 12 may include a display, a microphone, a speaker, and / or a data input device (not shown), all of which may be operatively connected to or connectable to the processing unit 116.

[0084] Computer system 114 may also include any or a combination of the following PSC data systems, such as, but not limited to, receiver or transceiver 122 which may be operatively connected to or connectable to processing unit 116 and configured to receive or transmit data to a corresponding receiver or transceiver 108 of collection vehicle 40. RFID tag 126 may be operatively connected to or connectable to processing unit 116 and configured to transmit data to RFID reader 110 of collection vehicle 40. One or more PSC partition sensors 126 may be operatively connected to or connectable to processing unit 116 and configured to transmit signals or provide activation via one or more sensors 112 of collection vehicle 40.

[0085] Control center 130 may include a computer network or system 131, which includes a processing unit 132. At least one RAM memory and / or at least one non-volatile long-term memory 134 may be operatively connected to or connectable to processing unit 132. A network interface module 136 may be operatively connected to or connectable to processing unit 132 and is configured to transmit and / or receive data to the Internet, a network, or the cloud, or directly to the computer system 100 of collection vehicle 40, the computer system 114 of PSC 12, or the computer system 140 of electronic device 4. Control center computer system 131 may include a display, microphone, speaker, and / or data input device (not shown), all of which may be operatively connected to or connectable to processing unit 132.

[0086] Database 138 may be accessed by computer system 131 or processing unit 132 to record or access data stored thereon. This data may be any data associated with any user / customer utilizing this technology, any PSC utilizing this technology, any collection vehicle utilizing this technology, and any electronic device utilizing this technology. Furthermore, any remote entity or system may access the data stored in database 138 if so authorized. Database 138 may be part of computer system 131 or may be located remotely and accessible by computer system 131 via a wired or wireless network connection.

[0087] Electronic device 4 may be, but is not limited to, smartphones, smartwatches, tablets, laptops, desktop computers, wearable devices, "Internet of Things" (IoT), etc. Electronic device 4 may include a computer system 140, which includes one or more processors (e.g., CPU, GPU, or both) 142. At least one RAM memory and / or at least one non-volatile long-term memory 144 may be operatively connected to or connectable to the processing unit 142. A network interface module 146 may be operatively connected to or connectable to the processing unit 142 and is configured to transmit and / or receive data to the Internet, a network, or the cloud, or directly to the computer system 100 of the collection vehicle 40, the computer system 131 of the control center 130, or the computer system 114 of the PSC 12.

[0088] User interface 152 and display 150 may be associated with computer system 140. User interface 128 may be configured or configurable to allow user input of data or commands for controlling operation or software applications. Additionally, peripheral module 148 may be operatively connected to or connectable to processing unit 142. Peripheral module 148 may be any or a combination of, but not limited to, the following: a transceiver configured or configurable to communicate with receiver or transceiver 108 of collection vehicle 40 or receiver or transceiver 122 of PSC 12; an RFID reader; and / or a partition sensor configured or configurable to read signals or signals activated by one or more PSC partition sensors 126 of PSC 12.

[0089] Figure 10 This is a schematic representation of an electronic device 4 incorporating an integrated circuit chip, which can be embedded in or connected to an exemplary RFID reader. The memory of the electronic device 4 may include a set of instructions for causing the components or electronic device 4 to perform any one or more of the methods discussed herein. The integrated circuit chip can be configured or configurable to include firmware for its operation. It is understood that the integrated circuit chip can be embedded in any component of the electronic device 4. It is understood that it can be utilized through... Remote control that connects to electronic device 4 using other protocols.

[0090] An integrated circuit chip may include a computer or machine-readable medium on which a set of instructions and data structures (e.g., instructions) embodying or utilizing any one or more of the methods or functions described herein are stored. The instructions are configured or configurable to operate a processing unit that can receive operating instructions from an interface or graphical user interface (GUI).

[0091] Device 4 may also include multiple different input (including simultaneous input from multiple feed sources) and / or output (I / O) systems, such as, but not limited to, touchscreens and GUIs, sonar or subsonic transmitters, receivers and / or transceivers, voice commands, Remote control, on-screen gesture commands, or infrared. Device 4 or the storage container may also include a camera to record video or images to a storage / resource system, such as, but not limited to, internal storage, external storage, external solid-state drives (SSDs), or the cloud.

[0092] In various example implementations, electronic device 4 operates as a standalone device or can be connected (e.g., networked) to other devices. In a networked deployment, the electronic device can operate as a server or client machine in a server-client network environment, or as a peer machine in a peer-to-peer (or distributed) network environment. The electronic device can be a personal computer (PC), tablet PC, set-top box (STB), personal digital assistant (PDA), cellular phone, network device, network router, switch, or bridge, or any machine capable of executing a set of instructions (sequentially or otherwise) specifying the actions to be taken by the device. Furthermore, although only a single electronic device is shown, the term "device" should also be understood to include any collection of devices that individually or jointly execute a set (or more) of instructions to perform any one or more of the methods discussed herein.

[0093] The processor unit and memory of electronic device 4 can communicate with each other via a bus. In other embodiments, electronic device 4 may also include a video display (e.g., a liquid crystal display (LCD)). Electronic device 4 may also include one or more alphanumeric input devices (e.g., a keyboard), cursor control devices (e.g., a mouse), voice recognition or biometric authentication units (not shown), drive units (also referred to as disk drive units), signal generation devices (e.g., speakers), universal serial bus (USB) and / or other peripheral connectors, and network interface devices. In other embodiments, electronic device 4 may also include a data encryption module (not shown) for encrypting data.

[0094] The processing unit may be a module operatively associated with the driving unit, wherein the driving unit includes a computer or machine-readable medium on which a set of instructions and data structures (e.g., instructions) embodying or utilizing any one or more of the methods or functions described herein are stored.

[0095] Instructions may also reside wholly or at least partially in memory and / or processor during their execution by electronic device 4. Memory and processor may also constitute machine-readable media.

[0096] Instructions can also be sent or received over a network via a network interface device using any of a variety of well-known transport protocols (e.g., Extensible Markup Language (XML)). While a machine-readable medium is shown as a single medium in the example embodiments, the term "computer-readable medium" should be understood to include a single medium or multiple media (e.g., a centralized or distributed database and / or associated caches and servers) that store one or more sets of instructions. The term "computer-readable medium" should also be understood to include any medium capable of storing, encoding, or carrying a set of instructions executable by a device and causing the device to perform any one or more methods of this application, or any medium capable of storing, encoding, or carrying data structures used by or associated with such a set of instructions. The term "computer-readable medium" should therefore be understood to include, but is not limited to, solid-state storage, optical and magnetic media, and carrier signals. Such media can also include, without limitation, hard disks, floppy disks, flash memory cards, digital video disks, random access memory (RAM), read-only memory (ROM), etc. The example embodiments described herein can be implemented in an operating environment including software installed on a computer, in hardware, or in a combination of software and hardware.

[0097] Reference Figure 11 This illustrates a general and exemplary method of utilizing this technology. In use, it is now understood that a user / customer initiates a collection request by issuing an on-demand collection request via an appliance or a software application associated with the appliance, PSC, and / or electronic device. It is understood that the software application may include a GUI that provides optional options or availability, and / or an input area that allows the user / customer to provide a collection request or other information to the control center.

[0098] The control center can receive collection requests and then issue dispatch commands to collection vehicles. Consumers can release the PSC from their main appliance and wheels, or transport the PSC to the roadside for collection.

[0099] The collection vehicle arrives at the PSC and is properly positioned relative to the PSC. Upon arrival, the PSC and the collection vehicle perform a handshake via RFID or other methods to confirm that the PSC being collected is the correct unit registered to the master device and the address initiating the collection request.

[0100] The vehicle operator deploys the PCM and positions the PCM end effector 60 using an articulated section, taking into account variations in terrain and PSC orientation, to engage with the PSC. The Product Transfer Module (PTM) performs the docking with the PSC computer system.

[0101] Once the PCM end effector engages with the PSC, a locking mechanism is activated from the PCM control to dock with the PSC. The locking mechanism first orients the PSC and then locks it into place. In the example, the locking mechanism could be, but is not limited to, an eccentric hook driven by an electric motor, designed to pull the PSC onto the pickup arm and repeatedly align it.

[0102] Once the PSC is correctly positioned on the PCM end effector, the PCM moves to the indicated discharge position, thereby accurately guiding the PSC to the Product Transfer Module (PTM), specifically the Product Collection Interface (PCI) located on the side of the product collection vehicle.

[0103] The PSC can work with the Product Collection Interface (PCI) via a gasket system to ensure no cross-contamination between product streams during transfer from the PSC to the Bulk Product Holding Unit (BPHU) within the PCV. Furthermore, the Product Transfer Module (PTM) can activate partition doors in the PSC so that they open and release the stored contents upon contact with the Product Collection Interface (PCI) or when the PSC is in a predetermined orientation.

[0104] Then, at the indicated or discharge position, the PSC can discharge its contents into the PTM through the open partition door. This discharge of contents can be achieved by gravity, by the shape of the PSC, and / or by air being blown into the PSC via air nozzles. The guide angle (over 90 degrees) between the PSC and PCI also facilitates the flow of contents from the PSC to the PTM.

[0105] As each content stream moves from the PSC and through the PCI, the content is captured in the Product Transfer Module (PTM). The PTM can consist of multiple containers (one for each content stream) with a capacity greater than that of the individual PSC partitions.

[0106] When various contents are captured in the appropriate PTM area, the contents of each product stream are weighed. The data can then be transmitted to a control center or database, where the weight of each content stream collected from the consumer is stored.

[0107] Once the contents are weighed, release within the PTM is activated, and the contents are transferred to the various compartments of the Bulk Product Holding Unit (BPHU) within the Product Collection Vehicle (PCV).

[0108] Subsequently, the PSC partition doors close using the same system that initially opened them, and the PCM returns the PSC to the side. The PCM end actuator releases the locking mechanism, and the PCM disengages from the PSC, thus releasing the PSC from the PCM. The PCM can then move to a preset passing position to allow the collection vehicle to move to the next residence.

[0109] Additional transmissions from the collection vehicle can notify the consumer that a collection has occurred and that the PSC can be remounted to the main unit via the main unit or software application. Furthermore, collection alarms or notifications can be sent to electronic devices to inform the user / customer that a collection operation has taken place and that the PSC is ready for use.

[0110] It is understandable that the control center can also notify users / customers about collection, or provide weight data for all content collected from the PSC. This weight data can then be used for recycling compensation or government subsidy programs. Furthermore, the control center can share this weight data on social media platforms, where multiple users / customers can see the total weight of content collected by each user / customer. This promotes user / customer ranking to encourage material recycling.

[0111] By extracting the data received from PSC in system management, we can obtain:

[0112] The date, time, and address information of the collection request provided from the GUI of the appliance, PSC, and / or electronic device;

[0113] The date, time, and address information from the collection vehicle at the time of collection; the weight of the contents from each compartment of the PSC and / or the total weight of all contents from the PSC; and

[0114] When collecting containers in accordance with the bottle bill or deposit refund program, the date, time, and address information from the collection vehicle are required.

[0115] In terms of information monitoring, the GUI can provide:

[0116] Collect the input for the request;

[0117] Display of the collected date and time;

[0118] A reminder will be given before the collection process begins;

[0119] Display the location of the collection vehicles and their estimated arrival time on the map;

[0120] The percentage of PSC filled or the historical fill percentage of each PSC compartment;

[0121] Battery status of the batteries associated with the appliance and / or PSC; total weight of contents collected in each compartment; and

[0122] Weight of historical contents and / or collection requests.

[0123] In some or all implementations, the partition doors of the PSC can open simultaneously, so all different and isolated contents are captured and weighed at the same time. In some or all implementations, the partition doors of the PSC can be activated one at a time, so contents can be collected sequentially.

[0124] According to one aspect, the technology may include a waste collection, processing, and final recycling system comprising a Product Storage Container (PSC) 12, a Product Collection Interface (PCI) 44, a Product Transfer Module (PTM) 46, and a Bulk Product Holding Unit (BPHU) 42. The Product Storage Container (PSC) 12 may include one or more compartments 16, each associated with a door 20. The compartments 16 may be configured to store the final recycled product or contents 2. The Product Collection Interface (PCI) 44 may be associated with a vehicle 40. The Product Collection Interface (PCI) 44 may be configured to engage with the Product Storage Container (PSC) 12 and any one or any combination of the Product Storage Container (PSC) 12 and its one or more compartments 16. The Bulk Product Holding Unit (BPHU) 42 may be associated with the Product Transfer Module (PTM) 46 and may be configured to receive the final recycled product or contents 2 from one or more compartments 16 of the Product Storage Container (PSC) 12. The Product Transfer Module (PTM) 46 may include a weight determination unit and a release mechanism. The weight determination unit can be configured to determine or calculate the total weight of the last recycled product or contents 2 in each individual compartment of the Product Storage Container (PSC) 12. The release mechanism can be configured to discharge the last recycled product or contents 2 in each individual compartment of the Product Storage Container (PSC) 12 into a matching individual product storage compartment contained in a Bulk Product Holding Unit (BPHU) 42 associated with the vehicle 40.

[0125] According to another aspect, the technology may include a method for transferring last recycled product or contents 2 to a bulk product holding unit (BPHU) 42 using a product collection vehicle (PCV) 40. The method may include providing a collection or transfer request from a graphical user interface to the collection or transfer vehicle or control center, the graphical user interface being associated with waste collection, processing, and last recycled product storage container equipment or an electronic device including at least one processing unit and at least one memory operatively communicating with the processing unit. The graphical user interface may include at least one optional element or available component. The product storage container (PSC) 12 is positioned at a location accessible to the collection or transfer vehicle 40. The computer system 100 of the collection or transfer vehicle 40 receives residence or location information and the collection or transfer request from the product storage container (PSC) 12.

[0126] The computer system 100 of the Product Collection Vehicle (PCV) 40 determines whether the address or location information from the Product Storage Container (PSC) 12 matches the address or location information of the collection or transfer request. If a match is found, the Product Collection Module (PCM) 50, which includes an end effector 60 configured to manipulate and align the Product Storage Container (PSC) 12 to engage with the Product Collection Interface (PCI) 44 of the Product Collection Vehicle (PCV) 40. The door 20 associated with the Product Storage Container (PSC) 12 is opened, allowing the last recycled product or contents 2 in the Product Storage Container (PSC) 12 to be discharged into the Product Transfer Module (PTM) 46, and then into the Bulk Product Holding Unit (BPHU) 42 in the Product Collection Vehicle (PCV) 40. Each last recycled product or contents 2 entering the Bulk Product Holding Unit (BPHU) 42 is weighed to generate weight data for each last recycled product or contents. The last recycled product or contents 2 are discharged from the Bulk Product Holding Unit (BPHU) 42 of the Product Collection Vehicle (PCV) 40. Weight data is provided to any one or any combination of the computer system 131 and electronic devices 4 of the control center 130.

[0127] According to another aspect, the technology may include a non-transient computer-readable medium having an executable program stored thereon, the executable program including instructions executed by at least one processing unit for managing a final recycled product or contents collection or transfer system, such that when the instructions are executed by at least one processing unit, the instructions cause at least one processing unit to receive a collection or transfer request from a graphical user interface waste collection, processing, and final recycled product storage container appliance or electronic device. A product collection vehicle (PCV) 40 is then dispatched to the dwelling or location associated with the collection or transfer request. The dwelling or location information received from the product storage container (PSC) 12 is then verified to match the dwelling or location information in the collection or transfer request. After receiving the final recycled products or contents 2 from the product storage container (PSC) 12, they are then weighed before being transferred to the bulk product storage unit (BPSU) 42. Weight data associated with the final recycled products or contents 2 is then created and provided to a control center 130 or electronic device 4.

[0128] According to another aspect, the technology may include a client electronic system for controlling the collection or transfer of last recycled product or contents. The client electronic system may include a memory and a processor, respectively configured to store and execute software instructions, including instructions organized into a collection or transfer request component, a scheduling component, a verification component, a weighing component, and a weight data component. The collection or transfer request component may be configured to provide a collection or transfer request from a graphical user interface collection, processing, and last recycled product storage container appliance or electronic device to a product collection vehicle (PCV) 40 or a control center 130. The scheduling component may be configured to schedule the product collection vehicle (PCV) 40 to a residence or location associated with the collection or transfer request. The verification component may be configured to verify whether residence or location information received from the product storage container (PSC) 12 matches the residence or location information in the collection or transfer request. The weighing component may be configured to weigh the last recycled product or contents received from the product storage container (PSC) 12 for collection or transfer. The weighing component can also be configured to, or can be configured to, create weight data associated with the last recycled product or contents 2, and provide that weight data to the control center 130 or electronic device 4.

[0129] Some or all embodiments of this technology may include a product transfer module (PTM) 46 attached to and associated with a product collection vehicle (PCV) 40. A product collection module (PCM) 12 includes an end effector 60 configured to manipulate and center a product storage container (PSC) 12, which can be used to raise the product storage container (PSC) 12 and reliably engage with a product collection interface (PCI) 44.

[0130] Some or all embodiments of this technology may include an arm 50 articulatedly associated with the Product Collection Vehicle (PCV) 40 and the Product Transfer Module (PTM) 46. The arm 50 may be configured to raise and manipulate the Product Storage Container (PSC) 12 to engage with the Product Collection Interface (PCI) 44.

[0131] In some or all of the embodiments, the product collection module (PCM) 50 may include a locking mechanism configured to secure the product storage container (PSC) 12 to the product collection module (PCM) 50.

[0132] In some or all of the embodiments, the locking mechanism may be an eccentric hook 60 configured to engage with a pin 28 of the product storage container (PSC) 12.

[0133] In another embodiment, the locking mechanism may be an electromagnetic control device configured to engage with the product storage container (PSC) 12.

[0134] In some or all implementations, the interface or connection between the Product Storage Container (PSC) 12 and the Product Transfer Module (PTM) 46 is the Product Collection Interface (PCI) 44.

[0135] In some or all of the embodiments, the Product Collection Interface (PCI) 44 has a door that matches the door 20 on the Product Storage Container (PSC) 12.

[0136] In some or all implementations, the matching door, when opened, allows the last recycled product or contents 2 to be transferred from the individual product storage container (PSC) compartment 16 via the product collection interface (PCI) 44.

[0137] In some or all of the embodiments, the last recycled product or contents 2 that has been transferred through the Product Collection Interface (PCI) 44 is transferred to the compartment of the Bulk Product Holding Unit (BPHU) 42 via the Product Transfer Module (PTM) 46.

[0138] In some or all of the embodiments, the Product Storage Container (PSC) 12 may include a transmission device 26 configured to transmit data to a receiving device on the Product Collection Module (PCM) 12, the Product Collection Interface (PCI) 44, or the Product Collection Vehicle (PCV) 40.

[0139] In some or all of the embodiments, the transmitting device 26 may be an RFID tag, and the receiving device may be an RFID reader 112.

[0140] In some or all of the embodiments, the release mechanism may be a baffle 80 associated with the discharge end 76 of the product transfer module (PTM) 46.

[0141] In some or all implementations, the weight determination unit may be associated with the baffle 80.

[0142] In some or all embodiments, the Product Transfer Module (PTM) 46 may include a receiving end configured to receive the last recycled product or contents 2 from each individual compartment 16 of the Product Storage Container (PSC) 12. The discharge end 76 may include an air nozzle 75 configured to distribute a stream of air into each individual compartment 16 of the Product Storage Container (PSC) 12.

[0143] In some or all of the embodiments, the product storage container (PSC) 12 may have multiple compartments 16, and the product collection interface (PCI) 44 includes multiple doors or openings corresponding to the compartments of the bulk product holding unit (BPHU) 42.

[0144] In some or all of the embodiments, the bulk product holding unit (BPHU) 42 may have multiple storage compartments, each configured to receive a single or mixed stream of the last recycled product or contents 2 from a compartment 16 of the product storage container (PSC) 12.

[0145] In some or all of the embodiments, the receiving end of the product transfer module (PTM) 46 may be a plurality of receiving ends, each of which is configured to receive the last recycled product or contents 2 from a compartment 16 of the product storage container (PSC) 12 when the product storage container (PSC) 12 is correctly positioned with the product collection interface (PCI) 44.

[0146] In some or all of the embodiments, the product transfer module (PTM) 46 may include a discharge end configured to receive the last recycled product or contents 2 from each receiving end.

[0147] In some or all of the embodiments, the release mechanism may be a baffle 80 associated with the discharge end 76, and the weight determination unit may be associated with the baffle 80, the discharge end 76, or another aspect of the product transfer module (PTM) 46.

[0148] Some or all embodiments of this technology may include an electronic device 4 and a graphical user interface (GUI). The electronic device 4 may include at least one processing unit operatively communicating with at least one memory and a display. The GUI may be associated with and displayed on the electronic device 4. The GUI may include at least one optional element or available component configured or configurable to provide at least one input associated with a collection or transfer request provided to the Product Collection Vehicle (PCV) 40 or to a control center 130 for dispatching the Product Collection Vehicle (PCV) 40.

[0149] While embodiments of systems and methods for collecting recycled materials, products, waste, or pollutants have been described in detail, modifications and variations are obviously possible, all of which fall within the true spirit and scope of this technology. Therefore, with regard to the foregoing description, it should be understood that optimal dimensional relationships of the components of this technology (including variations in size, material, shape, form, function, operation, assembly, and use) are considered obvious to those skilled in the art, and all equivalent relationships shown in the accompanying drawings and described in the specification are intended to be covered by this technology. For example, any suitable robust material may be used in place of the materials described above. Furthermore, while the collection and weighing of recycled products, materials, or pollutants for separation have been described, it should be understood that the systems and methods for collecting recycled products, materials, waste, or pollutants described herein are also applicable to the collection of waste in any residential, office, commercial, organizational, or industrial setting.

[0150] Therefore, the foregoing is considered merely an explanation of the principles of this technology. Furthermore, since various modifications and alterations will readily occur to those skilled in the art, it is not intended to limit this technology to the precise construction and operation shown and described; thus, all suitable modifications and equivalents falling within the scope of this technology may be adopted.

[0151] Therefore, the foregoing is considered merely an explanation of the principles of this technology. Furthermore, since various modifications and alterations will readily occur to those skilled in the art, it is not intended to limit this technology to the precise construction and operation shown and described; thus, all suitable modifications and equivalents falling within the scope of this technology may be adopted.

Claims

1. A content collection system, comprising: Product storage container (PSC) includes multiple compartments and multiple doors associated with each of the multiple compartments, each of the compartments being configured to store contents; A product transfer module associated with a vehicle including a product collection interface (PCI) configured to receive contents from the compartments of a product storage container when the product storage container is in the discharge position. The product collection interface includes multiple interface compartments and multiple doors that mate with multiple doors of the product storage container. When the product storage container is in the discharge position utilizing the product collection interface, the multiple compartments and multiple doors of the product storage container correspond to and are aligned with the multiple interface compartments and multiple doors of the product collection interface, and the mating doors allow the contents of the multiple compartments of the product storage container to be transferred to the multiple interface compartments when opened. The product transfer module is associated with the product collection interface and configured to receive contents from the multiple compartments of the product storage container through the multiple interface compartments respectively. The product transfer module includes a weight determination unit and a release mechanism. The weight determination unit is configured to determine or calculate the weight of the contents in the product transfer module. The release mechanism is a series of rotating containers associated with the discharge end of the product transfer module and configured to discharge the contents from the product transfer module to one or more bulk product holding units associated with the vehicle.

2. The system of claim 1, further comprising a product collection module associated with the vehicle hinged ground, the product collection module being configured to raise and manipulate the product storage container to the discharge position utilizing the product collection interface.

3. The system of claim 2, further comprising a product collection module hingedly associated with the vehicle and the product transfer module, the product collection module being configured to raise and manipulate the product storage container to the discharge position to align the compartment with the interface compartment using the product transfer module.

4. The system according to claim 2, wherein, The product collection module includes an end effector, the end effector including a locking mechanism configured to secure the product storage container to the end effector.

5. The system according to claim 4, wherein, The locking mechanism is a hydraulically controlled clamp configured to engage with a specific geometry of the product storage container.

6. The system according to claim 2, wherein, The product storage container includes a transmission device configured to transmit data to the product collection module, the product collection interface, or the receiving device of the vehicle.

7. The system according to claim 1, wherein, The weight determination unit is associated with the discharge end of the product transfer module or the series of rotating containers.

8. The system according to claim 1, wherein, The product transfer module includes a receiving end configured to receive contents from the product storage container, and the receiving end includes an air nozzle configured to distribute a stream of air into the compartment.

9. The system according to claim 1, wherein, The bulk product holding unit in the vehicle comprises a plurality of storage compartments, each configured to receive the contents from one compartment of the product storage container.

10. The system according to claim 1, wherein, The receiving end of the product transfer module is a plurality of receiving ends, each receiving end being configured to receive the contents of a compartment of the product storage container when the product storage container is received in the product collection interface.

11. The system according to claim 10, wherein, The product transfer module includes a discharge end configured to receive contents from each of the receiving ends.

12. The system according to any one of claims 1 to 11, further comprising: An electronic device comprising at least one processing unit operatively in communication with at least one memory and a display, and A graphical user interface associated with and displayable on the electronic device, the graphical user interface including at least one optional element or available element configured to provide at least one input associated with a collection request provided to the vehicle or a control center for dispatching the vehicle.

13. A method for collecting contents from a product storage container using a collection vehicle, the method employing the system of any one of claims 1 to 12, and comprising the following steps: a) Provide a collection request from a graphical user interface associated with an appliance or electronic device to a product collection vehicle or control center, the appliance or electronic device including at least one processing unit and at least one memory operatively communicating with the processing unit, the graphical user interface including at least one optional element or available component; b) Positioning the product storage container in a location accessible to the product collection vehicle, the product storage container comprising multiple compartments each configured to store contents and multiple doors each associated with the multiple compartments; c) The computer system of the product collection vehicle receives the residence information from the product storage container and the collection request; d) The computer system of the product collection vehicle determines whether the dwelling information from the product storage container matches the dwelling information of the collection request. If they match, the product collection module is operated to manipulate the product storage container to the discharge position using the product collection interface of the product collection vehicle, such that the plurality of compartments and doors of the product storage container correspond to and are aligned with the plurality of interface compartments and doors of the product collection interface, wherein the plurality of doors of the product collection interface match the plurality of doors of the product storage container, and the matched doors allow the contents of the plurality of compartments of the product storage container to be transferred to the plurality of interface compartments when opened. e) Open the door associated with the compartment of the product storage container so that the contents of the compartment are discharged into the product transfer module of the product collection vehicle; f) Weigh the contents of the product transfer module to generate weight data; g) Discharge the contents from the product transfer module into the bulk product holding unit of the product collection vehicle; as well as h) Provide the weight data to any one or any combination of the computer system and the electronic device of the control center.

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