A collection and transfer system for processed used materials, and a method for doing so.

Abstract

A content accumulation system and method for curbside accumulation of multiple streams of separated recycled materials stored in a product storage bin. The product storage bin may include a compartment and a door associated with the compartment. A product accumulation interface is associated with the product accumulation vehicle and configured to engage any component of the product storage bin. A product transfer module is associated with the product accumulation interface and configured to receive content from the product storage bin. The product transfer module includes a weight sensor to calculate a weight of the content in the product transfer module. A release mechanism is configured to eject the content from the product transfer module to a large product holding unit associated with the vehicle. A software application may be utilized to request accumulation and / or receive accumulation data. A computer system may be utilized to control operation of the system.

Description

Technical Field

[0001] The present technology relates to a system for collecting and transporting processed spent materials, as well as a method for using sorted and processed spent materials in connection with collection, transportation, and weighing. The present technology relates to optimizing the processing, collection, and transportation of various types of processed spent materials, and can create or control the relationship between users / customers and entities that facilitate and execute management services for processing, collection, and transportation, in order to optimize sorting, processing, collection, transportation, distribution, conveyance, and / or sale associated with spent material management.

Background Art

[0002] Spent material collection systems in residences and other locations either collect mixed streams of spent materials, which are sometimes referred to as recyclable, or focus on single-material streams. The materials they typically collect are contaminated by labels, neck rings, container lids, food residues, and other contaminants. These spent materials are generally transported to material recovery facilities where they are sorted, washed, and processed, with variable and fairly limited outcomes.

[0003] Currently, the collection of spent materials at residences is carried out on scheduled dates, which rarely optimizes the management of collection and transport vehicles. This is because most containers designated for a given collection time are not filled to capacity, which causes losses in conveyance that would be minimized if the containers were emptied only when completely full.

[0004] For current spent material collection systems and methods, there are further disadvantages in that these systems do not weigh each sorted and processed spent material separately to account for accurate data per user / customer.

[0005] Current systems and methods for collecting used materials, even if they fulfill their collection functions, still incur significant costs because they do not optimize management of collection, transportation, unloading, and recovery of potential resources. Additionally, these systems and methods do not provide a central data system for tracking the amount of used materials collected per user / customer, and therefore cannot provide customers with data on the collection, processing, and movement of used materials for use in any reimbursement or subsidy programs.

[0006] There is a need for a system and method for moving regenerative waste obtained by collecting and processing new, novel used materials, which can be used to measure the weight of the separated regenerative waste. In this regard, this technology substantially satisfies this need. In this respect, the system and method for moving regenerative waste obtained by collecting and processing used materials according to this technology differs significantly from the conventional concepts and designs of the prior art, thereby providing an apparatus primarily developed for the collection, processing, storage, movement, and weight measurement of separated regenerative waste. [Overview of the project] [Problems that the invention aims to solve]

[0007] Given the aforementioned disadvantages inherent in known types of spent material, recycling, and waste collection or waste management systems, this technology provides a system and method for moving recycled waste products obtained by collecting and processing new spent materials, and overcomes one or more of the disadvantages and drawbacks of the prior art mentioned.

[0008] Thus, the overall goal of this technology, as will be described in more detail below, is to provide a new, novel system and method for transporting regenerative waste obtained by accumulating and processing spent materials. It has all the advantages of the prior art described above, and many novel features that bring about a system and method for transporting regenerative waste obtained by accumulating and processing spent materials, either individually or in any combination thereof, that have not been predicted, explicitly expressed, proposed, or even implied by the prior art. [Means for solving the problem]

[0009] In one embodiment, the technology may include a production storage container (PSC) for recycled waste obtained by accumulating and processing spent materials, a production accumulation interface (PCI), a production transfer module (PTM), and a large production holding unit (BPHU). The production storage container (PSC) may include one or more compartments, each with an associated door. These compartments may be configured to store the resulting recycled waste or contents. The production accumulation interface (PCI) may be associated with a vehicle. The production accumulation interface (PCI) may be configured to engage with any one or any combination of the production storage container (PSC) and the compartments of the production storage container (PSC). The large production holding unit (BPHU) may be associated with the production accumulation interface (PCI) and may be configured to receive the resulting recycled waste or contents in the compartments of the production storage container (PSC). The large production 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 reproduced output or contents obtained in each of the individual compartments of the output storage container (PSC). The release mechanism may be configured to release the reproduced output or contents obtained in each of the individual compartments of the storage container (PSC) into individual matched output storage compartments contained in a large output holding unit (BPHU) associated with the vehicle.

[0010] In another embodiment, the technology may include a method for using a product collection vehicle (PCV) to move the resulting re-produced output or contents into a large product holding unit (BPHU). The method may include providing collection or move requests from a graphical user interface associated with a storage container for re-produced output obtained by collecting and processing used materials, or at least one processing unit, and an electronic device including at least one memory that operably communicates with the processing unit, to a collection or move vehicle or control center. The graphical user interface may include at least one selectable element or affordance. Positioning the product storage container (PSC) in a location accessible to the collection or move vehicle. Receiving the residence or location information from the product storage container (PSC) and the collection or move request from the computer system of the collection or move vehicle.

[0011] The computer system of the Production Collection Vehicle (PCV) determines whether the dwelling or location information from the Production Storage Container (PSC) matches the dwelling or location information in the collection request or transfer request. If a match is found, the PCM, which incorporates an end effector, is activated to move and align the Production Storage Container (PSC) to engage with the Production Collection Interface (PCI) of the Production Collection Vehicle (PCV). The door associated with the Production Storage Container (PSC) is opened, and the resulting re-produced output or contents are discharged into the Production Transfer Module (PTM) and then placed into the Large Production Holding Unit (BPHU) of the Production Collection Vehicle (PCV). The weight of each of the resulting re-produced output or contents placed in the Large Production Holding Unit (BPHU) is measured to generate weight data for each resulting re-produced output or contents. Discharge the resulting re-produced output or contents from the large output holding unit (BPHU) of the output collection vehicle (PCV). Provide weight data to any one or any combination of the computer system and electronic devices of the control center.

[0012] In yet another embodiment, the technology may include a fixed computer-readable medium with a stored executable program. This executable program comprises an execution command by at least one processing unit for managing a collection or movement system for the resulting reprocessed output or contents. This command, when executed by at least one processing unit, causes at least one processing unit to receive a collection request or movement request from a graphical user interface associated with the equipment or electronic device of a storage container for reprocessed output obtained by collecting and processing used materials. Next, a product collection vehicle (PCV) is sent to a location associated with the collection request or movement request. Next, it is confirmed that the location information received from the product storage container (PSC) matches the location information in the collection request or movement request. Next, the resulting reprocessed output or contents are weighed after being received from the product storage container (PSC) and before they are moved into a large product holding unit (BPHU). Next, weight data associated with the resulting reprocessed output or contents is generated and provided to a control center or electronic device.

[0013] In yet another embodiment, the technology may include a client-side electronic system for controlling the accumulation or movement of the resulting reprocessed output or contents. The client-side electronic system may include memory and processors configured to store and execute software instructions, the software instructions may include instructions organized into accumulation request or movement request elements, a dispensing element, a verification element, a weight measurement element, and a weight data element. The accumulation request or movement request element may be configured to provide an accumulation request or movement request from a graphical user interface associated with the equipment or electronic device of the storage container for the accumulated, processed reprocessed output to an output collection vehicle (PCV) or control center. The dispensing element may be configured to dispensing the output collection vehicle (PCV) to a dwelling or location associated with the accumulation request or movement request. The verification element may be configured to verify that the dwelling or location information received from the output storage container (PSC) matches the dwelling or location information in the accumulation request or movement request. The gravimetric element can be configured to measure the weight of the resulting reproduction output or contents in the product storage container (PSC). The gravimetric element can be further configured to generate weight data associated with the resulting reproduction output or contents and to provide this weight data to a control center or electronic device.

[0014] Some or all embodiments of this technology may include an output transfer module (PTM) mounted on and associated with an output collection vehicle (PCV). An output collection module (PCM) incorporating an end effector configured to move an output storage container (PSC) to the center can be used to lift the output storage container (PSC) and securely engage it with an output collection interface (PCI).

[0015] Some or all embodiments of this technology may include an arm articulated to the product collection vehicle (PCV) and product transfer module (PTM). This arm may be configured to lift a product storage container (PSC) and move it to engage with a product collection interface (PCI).

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

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

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

[0019] In some or all embodiments, the interface or connection between the product storage container (PSC) and the product transfer module (PTM) is a product accumulation interface (PCI).

[0020] In some or all embodiments, the product accumulation interface (PCI) has a door that matches the door of the product storage container (PSC).

[0021] In some or all embodiments, a door that fits when opened allows the resulting re-produced output or contents to move from the compartments of individual product storage containers (PSCs) through the product accumulation interface (PCI).

[0022] In some or all embodiments, the resulting recycled product or contents moved through the product accumulation interface (PCI) is moved via the product transfer module (PTM) into the compartment of the bulk product holding unit (BPHU).

[0023] In some or all embodiments, the product storage container (PSC) may include a transmitting device configured to transmit data to a receiving device in the product accumulation module (PCM), the product accumulation interface (PCI), or the product accumulation vehicle (PCV).

[0024] In some or all embodiments, this transmitting device may be a radio frequency identification tag. The receiving device is a radio frequency identification reader.

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

[0026] In some or all embodiments, the weight determination unit may be associated with the flap.

[0027] In some or all embodiments, the product transfer module (PTM) may include a receiving end configured to receive the resulting recycled product or contents from each individual compartment in the product storage container (PSC). This receiving end may include an air nozzle configured to supply an air blast into each individual compartment in the product storage container (PSC).

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

[0029] In some or all embodiments, the large storage compartments of the bulk product holding unit (BPHU) may be a plurality of storage compartments each configured to receive a resulting recycled product or content stream, either single or mixed, from one of the compartments of the product storage container (PSC).

[0030] In some or all embodiments, when the product storage container (PSC) is accurately positioned relative to the product collection interface (PCI), the receiving ends of the product transfer module (PTM) may be a plurality of receiving ends each configured to receive the resulting recycled product or content from one of the compartments of the product storage container (PSC).

[0031] In some or all embodiments, the product transfer module (PTM) may include a single discharge end configured to receive the resulting recycled product or content from each of the receiving ends.

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

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

[0034] In some or all embodiments, the release mechanism may be a series of rotating containers that allow weight measurement of the contained material and are associated with the input or inlet to the bulk product holding unit.

[0035] Some or all embodiments of this technology may include an electronic device and a graphical user interface. The electronic device may include at least one processing unit that operably communicates with at least one memory and a display. The graphical user interface may be associated with the electronic device and displayable on the electronic device. The graphical user interface may include at least one selectable element or affordance configured or configurable to provide at least one input associated with an output collection vehicle (PCV) or an collection request or movement request provided to a control center for sending out an output collection vehicle (PCV).

[0036] To better understand the detailed explanation below and to better recognize its contribution to this field, the features of this technology are broadly outlined.

[0037] Many of the objectives, features, and advantages of this technology will be readily apparent to those skilled in the art upon reading the following detailed description of the technology, which, although illustrative, is an embodiment of the technology, and considering it together with the accompanying drawings.

[0038] Therefore, those skilled in the art will understand that the concepts on which this disclosure is based can be readily utilized in connection with other structural designs, methods, and systems for carrying out some of the purposes of this art.

[0039] Therefore, the goal of this technology is to provide a new, novel system and method for collecting or moving used materials that has all the advantages of known recycling and waste collection and / or management systems, and without the disadvantages.

[0040] Another objective of this technology is to provide new and novel systems and methods for collecting or transferring used materials that can be easily and efficiently manufactured and brought to market.

[0041] Another objective of this technology is to provide a new and novel system and method for collecting or moving used materials that has low manufacturing costs in terms of both materials and labor, and therefore can be sold at a low price to the general consumer, thereby making such a collection and moving system and method for used materials economically available to general buyers.

[0042] Another objective of this technology is to provide novel systems and methods for accumulating or transferring spent materials that offer some advantages to prior art apparatuses and methods, while simultaneously overcoming some of the disadvantages generally associated with the prior art. For a better understanding of this technology, its operational advantages, and the specific objectives achieved by its use, please refer to the accompanying drawings and descriptions in which exemplary embodiments of this technology exist. While several objectives of this technology are recognized herein, please understand that this technology is not limited to satisfying most or all of the recognized objectives, and that some or all embodiments of this technology may satisfy only one objective, or none at all.

[0043] This technology will be better understood and objectives other than those stated above will become clear when the following detailed explanation is considered. Refer to the attached drawings for such explanations. [Brief explanation of the drawing]

[0044] [Figure 1] This is a perspective view of an embodiment of a used material collection or transfer system and method constructed in accordance with the principles of this technology, where the product storage container (PSC) has been removed from the facility and placed on the curb side of the sidewalk or elsewhere. [Figure 2] This is a perspective view showing an output storage container (PSC) being lifted and fitted into an output accumulation interface (PCI) to discharge the resulting re-produced output or contents. [Figure 3] This is a top elevation view of the product storage container (PSC) of this technology. [Figure 4]This is a cross-sectional view of one possible locking mechanism for the end effector of an output storage container (PSC) of an output accumulation module (PCM), engaging with and pulling on the output storage container (PSC). [Figure 5] This figure shows an example of an external configuration that can be used with an end effector to repeatedly position the PSC onto the PCM end effector. [Figure 6] The obtained re-produced output or contents are weighed and discharged into the large output holding unit (BPHU) of the output collection vehicle (PCV), and the output storage container (PSC) is fitted into the output collection interface (PCI). This is a cross-sectional view along the line passing through the center of one of the PSC storage bays in Figure 2. [Figure 7] Figure 2 shows a cross-sectional view along a line passing through the center of one of the PSC storage bays, where the weight-measured, obtained re-produced output is being discharged into the large output holding unit (BPHU) of the output collection vehicle (PCV). [Figure 8A] This is a side view of an alternative embodiment of the product integration module of this technology. [Figure 8B] This is a side view of an alternative embodiment of the product integration module of this technology. [Figure 9] This is a block diagram of the collection or transfer system and method for used materials of this technology. [Figure 10] This figure shows an exemplary electronic computing device that may be used to carry out embodiments of this technology. [Figure 11] This is a block diagram of the method for accumulating or moving used materials using this technology. [Modes for carrying out the invention]

[0045] The same reference number refers to the same part across various drawings.

[0046] In the following description, certain details, including specific embodiments, procedures, and techniques, are described for illustrative purposes only and not limiting, in order to provide a complete understanding of the Art. However, it will be apparent to those skilled in the art that the Art can be carried out in other embodiments separate from these specific details.

[0047] Next, referring in detail to the drawings, specifically Figures 1 to 11, embodiments of the spent material collection or transfer system and method of the present technology are shown and are collectively designated by reference numeral 10.

[0048] The terms used herein, Product Storage Container (PSC), can be described as a unit that is moved to a curbside or other location to separate and store multiple different types of contents that are individually separated and processed by equipment, and to accumulate them as contents inside the PSC.

[0049] As used herein, the terms "product transfer module (PTM)" are attached to a large product holding unit (BPHU) and control the transfer of separated re-production products or contents from multiple product storage containers (PSCs) to multiple containers in the large product holding unit (BPHU) that match the contents.

[0050] As used herein, the term "Production Accumulation Interface (PCI)" may refer to a surface attached to a Production Transfer Module (PTM), which is transported by a Production Accumulation Vehicle (PCV) directly connected to the PSC, thereby facilitating the transfer of the resulting re-produced output or contents to one or more compartments in a Large Production Holding Unit (BPHU) via the Production Transfer Module (PTM).

[0051] As used herein, the term Large Product Holding Unit (BPHU) may refer to an individual container used to hold the flow of the resulting re-produced output or contents from the PSC. The PTM is instructed to weigh the resulting re-produced output or contents before releasing them into individual compartments of the Large Product Holding Unit (BPHU) within the Product Collection Vehicle (PCV).

[0052] Figures 1 and 2 illustrate and describe a new, novel spent material collection or transfer system and method 10 in this technology for collecting or moving and weighing the separated re-produced waste or contents. Generally, the spent material collection or transfer system and method 10 comprises a PSC 12, a recycling facility 30, and a collection vehicle 40. This technology relates to a system and method for collecting or moving multiple streams of separated re-produced waste or contents that have already been cleaned, processed, and stored in the PSC 12, and left somewhere outside the curb of a sidewalk, or outside a customer's residence or other location. Customer locations include, but are not limited to, private homes, offices, shopping malls, airports, train stations, educational institutions, entertainment venues, sports facilities, public spaces, factories, warehouses, construction sites, and hospitals. Keeping each stream of the resulting re-produced waste or contents clean is important in maintaining the value of the resulting re-produced waste or contents and in ensuring its suitability for closed-loop recycling.

[0053] System 10 includes an output accumulation module (PCM) 50, which is connected to an output accumulation vehicle (PCV) 40. The output accumulation module (PCM) incorporates an end effector, which captures and lifts the PSC and positions it precisely relative to the output accumulation interface (PCI), which is a subassembly of the output transfer module (PTM) 46. The vehicle 40 includes large output holding units (BPHUs) 42 for each recycled material.

[0054] The user removes the PSC12 from the facility 30, which may be located in a residence or other location, and places it near a street or in a location accessible by a vehicle 40. The facility 30 may include an internal cavity configured to receive one or more PSC12s. The facility 30 may include an opening defined on the upper side of the facility 30 so that the resulting re-produced output or contents can be placed in a separate bay or compartment of the PSC12.

[0055] Vehicle 40 may include a recessed section 48 configured to receive an output accumulation module (PCM) 50. PCI 44 may include a door or opening and be configured to match and align with the door or opening of the PSC 12. When the output accumulation module (PCM) 50 is received into the recessed section 48, vehicle 40 becomes a movable configuration such that no components protrude from the vehicle, or only limited components protrude. When the PSC 12 is pushed up, as best illustrated in Figure 2, the output accumulation module (PCM) 50 is pivoted and extended so that it can be securely engaged with the PSC 12 and lifted up to PCI 44, which is part of PTM 46.

[0056] The product collection module (PCM) 50 can be a pivot mechanism mounted on the product collection vehicle (PCV) 40 via a hinged mounting or attachment 52. The arm 50 can be pivoted relative to the mounting or attachment 52 using a first motion device 54. The end effector 60 is located at the other end of the product collection module (PCM) 50 and includes a mechanism for capturing and holding the product storage container 12. The end effector 60 can be a gripper having an arm, or a gripper having a plate 60 with a hook pivotably or fixedly connected to the product collection module (PCM) 50. The end effector 60 may include additional motion devices 56 configured to rotate, extend, slide, or pivot the product collection module (PCM) or the end effector 60. The motion devices 54, 56 can be a motor system, a hydraulic system, a mechanical interlocking system, or a combination thereof.

[0057] Referring to Figure 3, the PSC 12 may include a housing with a peripheral surface or edge 14 that is flat or extends from the top of the PSC 12. The surface or edge 14 can be sized to accommodate the recess or shape required by the PCI 44. The PSC 12 may define a single or multiple internal compartments through an openable bay door 20 that can receive and store the resulting reprocessed output or contents. Alternatively, the PSC 12 may include multiple compartments 16, each containing an openable bay door 20 and separated by internal baffles or walls 24. The PSC may further include radio frequency identification (RFID) tags, sensors, sensor actuators, or transmitters 26 associated with the PSC or each of the components 16. It should be understood that any number of components, doors, and tags may be present.

[0058] Referring to Figures 4 and 5, the Product Accumulation Module (PCM) receives the PSC and positions the PSC relative to the PCI such that the door or opening of the PSC12 aligns with the door or opening of the PCI44. The PCM end effector 60 is configured to securely position and lock the PSC12, thereby allowing the PCM 50 to raise the PSC12 from the ground to a high pivot position.

[0059] The PCM end effector 60 utilizes a locking mechanism that engages with the PSC 12. This mechanism can take the form of an electromagnetic, mechanical, hydraulic, or electrical system, and pulls the PSC 12 to precisely align with the PCM end effector 60 before locking into place.

[0060] Referring to Figure 6, once the PSC12 is fixed to the PCM end effector 60, the PCM50 can be activated to raise the PSC12 and pivot it into the PCI44. In this position, the contents 2 of the PSC12 can be discharged from the PSC12 and placed into the internal storage compartment 43 of the product transfer module (PTM) 46. The PTM46 can be defined as a single or multiple storage compartments, and it should be understood that each compartment is configured to receive the resulting re-produced output or contents 2 from one of the compartments 16 of the PSC12.

[0061] By connecting the PSC12 to the PCI44 via a gasket system, it is possible to ensure that no foreign contaminants are present in the flow of the resulting re-produced waste or contents while the re-produced waste or contents are being moved from the PSC12 to the internal storage compartment 43 of the product transfer module (PTM)46.

[0062] The PCM end effector 60 can activate the storage bay door 20 in the PSC 12, thereby opening the storage bay door 20 and releasing the stored contents 2. In this example, the PCM end effector 60 can be electrically connected to the PSC 12 and use a motor system 22 housed within the PCM 60 to activate the bay door 20. It should be understood that the bay door 20 can be activated in several other ways, but not limited to, a mechanical connection between the PCM end effector 60 and the PSC 12, such as a connection that activates the bay door 20 when it makes contact with PCI 44.

[0063] Preferably, one side of the PSC 12 adjacent transversely to the bay door 20 may include an angled surface configured to facilitate the flow of the resulting re-produced output or contents 2 from the PSC 12 toward the bay door 20 and into the internal storage compartment 43 of the output transfer module (PTM) 46.

[0064] One or more air nozzles 75 can be associated with the product transfer module (PTM) 46 and / or PCI 44 to blast air into the compartment 16, assisting in the removal of all remaining contents 2 or in the forced removal of the resulting re-produced output or contents 2 from the compartment 16.

[0065] The discharge end 76 may include, but is not limited to, a flap or rotating surface 80 configured to receive the resulting re-produced output or contents 2 into the vertical section of the PTM 46. The rotating surface 80 or a portion of the discharge end 76 may include a load or weight sensor 78 configured to determine the weight of the resulting re-produced output or contents 2 while it is in the internal storage compartment 43 of the output transfer module (PTM) 46.

[0066] Referring to Figure 7, when weighing the contents 2, the rotating surface or flap 80 can be pivoted or moved so that the resulting re-produced output or contents 2 inside enters the appropriate large output holding unit (BPHU) 42. It should be understood that the weight sensor 78 can be positioned on the rotating surface or flap 80, and that the weight sensor 78 can be a load sensor associated with the pivoting surface or rotating surface or flap and configured to provide information that can calculate the weight of the resulting re-produced output or contents 2.

[0067] PCI44 may include an RFID reader 112 configured to read the RFID tag 126 of PSC12. It should be understood that any other suitable contact-based or wireless communication system may be used between PSC12 and PTM46 or vehicle 40.

[0068] Referring to Figures 8A and 8B, an alternative embodiment of the PCM end effector utilizes eccentric mechanical motion to capture the PSC12 and align it with the PCM end effector 60. In this exemplary embodiment, the PCM end effector 60 may include a pair of forks or arms 62 that are spaced apart and configured to receive the PSC12 between them. The space between the arms 62 can be adjustable or fixed in contact with the underside of the edge 14 of the PSC12, thereby allowing the arms 62 to raise the PSC12 from the ground to a high pivot position.

[0069] The arm 62, or the crossbeam of the PCM end effector 60 to which the arm 62 is connected, may include a locking mechanism 64 that can engage with a pin 28 of the PSC 12. In one example, the locking mechanism 64 may be a rotatable hook that engages with the pin 28 and is configured to pull the PSC 12 toward the PSM 60 before locking into place. This hook can be rotated by a motor 66, a hydraulic system, or a mechanical interlock that rotates the hook during forward or reverse movement to contact the PCM 60.

[0070] Referring to Figures 9 and 10, a common software application can be associated with and / or executed by an electronic computing device, machine or system 4, and / or integrated vehicle (PCV) 40. Figure 9 shows an example of possible components that can be used to implement the operation and / or functions of this technology, associated with the PSC 12, integrated vehicle 40, electronic device 4, and control center 130.

[0071] The integrated vehicle 40 may include a computer system 100 that includes a processing unit 102. At least one RAM and / or at least one non-volatile long-term memory 104 may be operably connected to or can be made connectable to the processing unit 102. A network interface module 106 may be operably connected to or can be made connectable to the processing unit 102 and configured to transmit and / or receive data to the internet, a network or the cloud, or directly to a computer system 131 associated with the control center 130, or directly to a computer system 114 associated with the PSC 12, or directly to a computer system 140 associated with the electronic device 4. The integrated vehicle 40 may include a display, a microphone, a speaker, and / or a data input device (not shown), all of which may be operably connected to or can be made connectable to the processing unit 102.

[0072] The computer system 100 may further include, but is not limited to, any one or combination of the following PSC data systems: A receiver or transceiver 108 can be operably connected to or made connectable to the processing unit 102 and can be configured to receive or transmit data using a corresponding receiver or transceiver 122 of the PSC 12. A radio frequency identification (RFID) reader 110 can be operably connected to or made connectable to the processing unit 102 and can be configured to receive data from an RFID tag 126 associated with the PSC 12. One or more bay sensors or RFID readers 112 can be operably connected to or made connectable to the processing unit 102 and can be configured to receive signals or to be activated by a corresponding PSC bay sensor or an RFID tag 126 associated with the PSC 12.

[0073] PSC12 may include a computer system 114 that includes a processing unit 116. At least one RAM and / or at least one non-volatile long-term memory 118 can be operably connected to or can be made connectable to the processing unit 116. A network interface module 120 can be operably connected to or can be made 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 integrated vehicle 40, or directly to the computer system 131 of the control center 130, or directly to the computer system 140 of the electronic device 4. PSC12 may include a display, a microphone, a speaker, and / or a data input device (not shown), all of which are operably connected to or can be made connectable to the processing unit 116.

[0074] The computer system 114 may further include, but is not limited to, any one or combination of the following PSC data systems: A receiver or transceiver 122 may be operably connected to or made connectable to the processing unit 116 and may be configured to receive or transmit data using a corresponding receiver or transceiver 108 on the integration vehicle 40. An RFID tag 126 may be operably connected to or made connectable to the processing unit 116 and may be configured to transmit data to an RFID reader 110 on the integration vehicle 40. One or more PSC bay sensors 126 may be operably connected to or made connectable to the processing unit 116 and may be configured to transmit or activate signals using a sensor 112 on the integration vehicle 40.

[0075] The control center 130 may include a computer network or system 131 that includes a processing unit 132. At least one RAM and / or at least one non-volatile long-term memory 134 can be operably connected to or made connectable to the processing unit 132. A network interface module 136 can be operably connected to or made connectable to the 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 the integrated vehicle 40, or directly to the computer system 114 of the PSC 12, or directly to the computer system 140 of the electronic device 4. The computer system 131 of the control center may include a display, a microphone, a speaker, and / or data input devices (not shown), all of which are operably connected to or make connectable to the processing unit 132.

[0076] Database 138 is accessible by computer system 131 or processing unit 132 to record or access the data stored therein. This data can be any data associated with any user / customer using the technology, any PSC using the technology, any integrated vehicle using the technology, and any electronic device using the technology. Furthermore, any remote entity or system may access the data stored in database 138 if authorized. Database 138 can be part of computer system 131, or it can be located remotely and made accessible by computer system 131 via a wired or wireless network connection.

[0077] The electronic device 4 may include, but is not limited to, a smartphone, smartwatch, tablet, notebook, desktop computer, laptop, wearable, or "Internet of Things" (IoT). The electronic device 4 may also include a computer system 140, which may include a processor or multiprocessor (e.g., CPU, GPU, or both) 142. At least one RAM and / or at least one non-volatile long-term memory 144 may be operably connected to or made connectable to the processing unit 142. A network interface module 146 may be operably connected to or made connectable to the processing unit 142 and configured to transmit and / or receive data to the Internet, a network or the cloud, or directly to the computer system 100 of the integrated vehicle 40, or directly to the computer system 131 of the control center 130, or directly to the computer system 114 of the PSC 12.

[0078] The user interface 152 and the display 150 can be associated with the computer system 140. The user interface 128 can be configured, or can be configured to allow a user to input data or commands to control an operation or software application. In addition, the peripheral module 148 can be operably connected, or can be configured to connect to the processing unit 142. The peripheral module 148 may be, but is not limited to: a transceiver configured, or configurable to communicate with a receiver or transceiver 108 of the integrated vehicle 40; a receiver or transceiver 122 of the PSC 12; an RFID reader; and / or a bay sensor configured, or configurable to read signals, or activated by the PSC bay sensor 126 of the PSC 12, one or a combination thereof.

[0079] Figure 10 is an illustrative diagram of an electronic device 4, which is embedded with or connected to an integrated circuit chip that can be embedded with an RFID reader. The memory of the electronic device 4 may contain a set of instructions that cause the components or the electronic device 4 to perform any one or more of the methods that can be performed as described herein. The integrated circuit chip may or may be configured to contain firmware for its operation. It should be understood that the integrated circuit chip may be embedded with any of the components of the electronic device 4. It should be understood that remote control connected to the electronic device 4 may be available via Bluetooth® or other protocols.

[0080] An integrated circuit chip may include a computer or a machine-readable medium that stores one or more instruction sets and data structures (e.g., instructions) that perform or utilize any one or more of the methods or functions described herein. These instructions are configured or configurable for the operation of a processing unit that can receive operational instructions from an interface or graphical user interface (GUI).

[0081] Device 4 may further include several different inputs (including simultaneous inputs from the double feed unit), and / or output (IO) systems such as, but not limited to, a touchscreen, GUI, sonar or subsonic transmitter, receiver and / or transceiver, voice command, Bluetooth®, remote controller, on-screen gesture command, or infrared. Device 4 or the storage container may further include a camera for recording video or images to a memory / storage system such as, but not limited to, internal memory, external memory, external solid-state drive (SSD), or the cloud.

[0082] In various embodiments, the electronic device 4 may operate as a standalone device or be connected to other devices (e.g., via a network). In a network deployment, the electronic device may operate at server capacity, or as a 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 may be a personal computer (PC), tablet PC, set-top box (STB), personal digital assistant (PDA), mobile phone, web appliance, network router, switch or bridge, or any machine capable of executing a set of instructions (sequential or otherwise) that specifies the actions performed by the device. Furthermore, although only a single electronic device is exemplified, the term “device” should be understood to include any collection of devices that, individually or collectively, execute one or more of the methods described herein by executing one or more sets of instructions.

[0083] In the electronic device 4, the processor unit and memory can communicate with each other via a bus. In other embodiments, the electronic device 4 may further include a video display (e.g., a liquid crystal display (LCD)). The electronic device 4 may also include an alphanumeric input device (e.g., a keyboard), a cursor control device (e.g., a mouse), a voice recognition or biometric authentication unit (not shown), a drive unit (also called a disk drive unit), a signal generation device (e.g., a speaker), a universal serial bus (USB) and / or other peripheral connections, and a network interface device. In other embodiments, the electronic device 4 may further include a data encryption module (not shown) for encrypting data.

[0084] The processing unit may be a module operablely associated with a drive unit, which may include a computer or a machine-readable medium storing one or more instruction sets and data structures (e.g., instructions) that perform or utilize any one or more of the methods or functions described herein.

[0085] The instruction may reside, in whole or at least partially, in memory and / or within the processor while being executed by the electronic device 4. The memory and processor may also constitute a machine-readable medium.

[0086] Instructions may be further transmitted or received over a network via a network interface device using any one of several known transfer protocols (e.g., Extended Markup Language (XML)). Although machine-readable media are shown as a single medium in the examples of embodiments, the term “computer-readable media” should be understood to include single or multiple media (e.g., centralized or distributed databases, and / or associated caches and servers) that store one or more instruction sets. The term “computer-readable media” should also be understood to include any medium capable of storing, encrypting, or implementing instruction sets for execution by a device, and any medium that causes a device to implement any one or more of the methods of this application, or any medium capable of storing, encrypting, or implementing data structures utilized by or associated with such instruction sets. Thus, the term “computer-readable media” should be understood to include, but are not limited to, solid-state memory, optical and magnetic media, and carrier signals. Such media may include, but are not limited to, hard disks, floppy disks, flash memory cards, digital video disks, random access memory (RAM), and read-only memory (ROM). Examples of embodiments described herein may be implemented in an operating environment with software installed on a computer, hardware, or a combination of software and hardware.

[0087] Refer to Figure 11 for a typical and exemplary way of utilizing this technology. It should be understood that during use, the user / customer initiates an aggregation request by placing an on-demand request for aggregation via the equipment or software applications, PSCs, and / or electronic devices associated with the equipment. It should be understood that the software application may include a GUI that provides selectable options or affordances, and / or an input area that allows the user / customer to provide aggregation requests or other information to the control center.

[0088] The control center can receive the collection request and then issue a dispatch command to the collection vehicle. The customer releases the PSC from the main equipment and rolls or transports the PSC to the curb side of the sidewalk for collection preparation.

[0089] The collection vehicle arrives and positions itself appropriately with respect to the PSC. Upon arrival, a response confirmation is made between the PSC and the collection vehicle via RFID or other means to verify that the PSC to be collected is the correct unit registered with the main equipment and to confirm the address from which the collection request originated.

[0090] The operator of the consolidation vehicle deploys the PCM and positions the PCM end effector 60 using the articulated joint section with appropriate degrees of freedom for the main causes of variation in terrain and PSC orientation, so as to engage with the PSC. The product transfer module (PTM) then connects to the PSC's computer system.

[0091] Once the PCM end effector engages with the PSC, a locking mechanism is activated from the PCM control unit and connects to the PSC. The locking mechanism first orients the PSC and then locks it in place. In this example, the locking mechanism may be an eccentric hook driven by an electric motor designed to repeatedly pull the PSC onto a pickup arm and center it.

[0092] Once the general PSC is precisely positioned at the PCM end effector, the PCM moves to the designated discharge position, thereby precisely transferring the PSC to the Product Transfer Module (PTM), and more specifically to the Product Accumulation Interface (PCI) located on the side of the product accumulation vehicle.

[0093] The PSC is connected to the Product Accumulation Interface (PCI) via a gasket system to ensure that no foreign contaminants are present in the flow of the resulting re-produced output or contents during its transfer from the PSC to the Large Product Container Unit (BPHU) within the PCV. Furthermore, the Product Transfer Module (PTM) can activate the bay doors of the PSC, opening them to release the stored contents when it comes into contact with the Product Accumulation Interface (PCI) or when the PSC is in a predetermined orientation.

[0094] At the designated or discharge position, the PSC can then discharge its contents into the PTM through the open bay door. This discharge of contents can be achieved by gravity, by the shape of the PSC, and / or by the assistance of blasting air into the PSC through an air nozzle. An angle presentation of the PSC relative to the PCI (greater than 90°) also facilitates the flow of contents from the PSC to the PTM.

[0095] Each content flow moves from the PSC through the PCI, and the content is captured in an Product Transfer Module (PTM). The PTM can consist of several containers (one for each content flow) with a volume larger than that of the individual PSC bays.

[0096] When various contents are captured in their appropriate PTM areas, the flow of contents for each output is measured by weight. This data can then be transmitted to a control center or database, where the weight of the flow of each volume collected from the customer is stored.

[0097] Once the contents are weighed, the release mechanism within the PTM is activated, and the contents are moved to individual compartments within the Large Product Holding Unit (BPHU) in the Product Collection Vehicle (PCV).

[0098] Subsequently, the PSC's bay doors are closed via the same system used to initially open them, and the PCM returns the PSC to the curb side of the walkway. The PCM end effector releases the locking mechanism, and the PCM retracts from the PSC, freeing the PSC from the PCM. The PCM then moves to a pre-set travel position, allowing the accumulating vehicle to move to the next dwelling.

[0099] Further transmission from the integrating vehicle can notify the customer that integrating has been completed via the main equipment or software application, allowing the PSC to be re-inserted into the main equipment. Additionally, an integrating alarm or notification can be sent to an electronic device to inform the user / customer that the integrating operation has been completed and that the PSC is ready for use.

[0100] Please understand that the control center can further inform users / customers about the accumulation or provide weight data for all contents accumulated from the PSC. This weight data can then be used for recycling reimbursement or government grant programs. Furthermore, the control center can share this weight data on social media platforms where multiple users / customers can see the total weight of each user / customer's accumulated contents. This will encourage users / customers to rank their significance and promote material recycling.

[0101] In system administration, by extracting data received from the PSC: Data, time, and address information of aggregated requests provided from the GUI of equipment, PSC, and / or electronic devices; When the collection was carried out, the data, time, and residence information from the collection vehicle, the weight of contents from each section of the PSC, and / or the total weight of all contents from the PSC; and When collection is carried out using several empty bottle collection laws or deposit return plans for sorting containers, data, time, and address information from collection vehicles are collected. You can obtain this.

[0102] From the perspective of monitoring information, the GUI is: Enter an aggregation request; Display the date and time of aggregation; To notify that accumulation is imminent before it actually occurs; Display the location of the consolidating vehicles and their estimated arrival times on a map; PSC filling rate, or filling history of each section of the PSC; Battery status of batteries associated with the equipment and / or PSC; The total weight of the contents of each accumulated compartment; and Contents weight history, and / or aggregation request, We can provide this.

[0103] In some or all embodiments, the bay doors of the PSC can be opened simultaneously, thereby allowing all different, separated contents to be captured and weighed at the same time. In some or all embodiments, the bay doors of the PSC can be opened simultaneously, thereby allowing the contents to be collected sequentially.

[0104] According to one embodiment, the technology may include a system for collecting, processing, and recycling used materials, comprising a production storage container (PSC) 12, an output collection interface (PCI) 44, an output transfer module (PTM) 46, and a large output holding unit (BPHU) 42. The production storage container (PSC) 12 may include one or more compartments 16, each with a door 20 associated with that compartment 16. The compartments 16 may be configured to store the resulting re-produced output or contents 2. The output collection interface (PCI) 44 may be associated with a vehicle 40. The output collection interface (PCI) 44 may be configured to engage with any one or any combination of the production storage container (PSC) 12 and the compartments 16 of the production storage container (PSC) 12. The large output holding unit (BPHU) 42 can be associated with an output transfer module (PTM) 46 and can be configured to receive the resulting re-produced output or contents 2 in compartments 16 of the output storage container (PSC) 12. The output 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 resulting re-produced output or contents 2 in each of the individual compartments of the output storage container (PSC) 12. The release mechanism can be configured to release the resulting re-produced output or contents 2 in each of the individual compartments of the storage container (PSC) 12 into individual matched output storage compartments contained in the large output holding unit (BPHU) 42 associated with the vehicle 40.

[0105] In another embodiment, the technology may include a method for using an output collection vehicle (PCV) 40 to move the resulting re-produced output or contents 2 into a large output holding unit (BPHU) 42. The method may include providing collection or movement requests from a graphical user interface associated with a facility for a storage container of re-produced output obtained by collecting and processing used materials, or at least one processing unit, and an electronic device including at least one memory that operably communicates with the processing unit, to the collection or movement vehicle or control center. The graphical user interface may include at least one selectable element or affordance. Positioning the output storage container (PSC) 12 in a location accessible to the collection or movement vehicle 40. Receiving the residence or location information from the output storage container (PSC) 12 and the collection or movement request from the computer system 100 of the collection or movement vehicle 40.

[0106] The computer system 100 of the Production Collection Vehicle (PCV) 40 determines whether the dwelling or location information from the Production Storage Container (PSC) 12 matches the dwelling or location information in the collection request or transfer request. If a match is found, the next step is to activate the Production Collection Module (PCM) 50 incorporating an end effector 60, which is configured to move and align the Production Storage Container (PSC) 12 to engage with the Production Collection Interface (PCI) 44 of the Production Collection Vehicle (PCV) 40. The door 20 associated with the Production Storage Container (PSC) 12 is opened, and the obtained re-produced output or contents 2 in the Production Storage Container (PSC) 12 are discharged into the Production Transfer Module (PTM) 46 and then placed into the Large Production Holding Unit (BPHU) 42 of the Production Collection Vehicle (PCV) 40. The process involves weighing each of the obtained re-produced waste or contents 2 placed in the large output holding unit (BPHU) 42 to generate weight data for each obtained re-produced waste or contents. The obtained re-produced waste or contents 2 are then discharged from the large output holding unit (BPHU) 42 of the output collection vehicle (PCV) 40. The weight data is provided to any one or any combination of the computer system 131 and electronic devices 4 of the control center 130.

[0107] In yet another embodiment, the technology may include a fixed computer-readable medium with a stored executable program. This executable program comprises an execution command by at least one processing unit for managing a collection or transfer system for the resulting re-produced output or contents. This command, when executed by at least one processing unit, causes at least one processing unit to receive a collection request or transfer request from a graphical user interface associated with the equipment or electronic device of a storage container for re-produced output obtained by collecting and processing used materials. Next, the product collection vehicle (PCV) 40 is sent to a location associated with the residence or collection request or transfer request. Next, it is confirmed that the residence or location information received from the product storage container (PSC) 12 matches the residence or location information in the collection request or transfer request. Next, the resulting re-produced output or contents 2 are weighed after being received from the product storage container (PSC) 12 and before they are moved into the large product holding unit (BPSU) 42. Next, weight data associated with the obtained re-produced output or contents 2 is generated and this weight data is provided to the control center 130 or electronic device 4.

[0108] In yet another embodiment, the technology may include a client-side electronic system for controlling the accumulation or movement of the resulting re-produced output or contents. The client-side electronic system may include a memory and a processor configured to store and execute software instructions, the software instructions may include instructions organized into accumulation request or movement request elements, a dispensing element, a verification element, a weight measurement element, and a weight data element. The accumulation request or movement request element may be configured to provide an accumulation request or movement request from a graphical user interface associated with the equipment or electronic devices of the accumulation, processing, and storage container of the resulting re-produced output to the output accumulation vehicle (PCV) 40 or control center 130. The dispensing element may be configured to send the output accumulation vehicle (PCV) 40 to a dwelling or location associated with the accumulation request or movement request. The verification element may be configured to verify that the dwelling or location information received from the output storage container (PSC) 12 matches the dwelling or location information in the accumulation request or movement request. The weight measuring element can be configured to measure the weight of the resulting re-produced output or contents in the accumulation or transfer output storage container (PSC) 12. The weight measuring element can be further configured to generate weight data associated with the resulting re-produced output or contents 2 and provide this weight data to the control center 130 or electronic device 4.

[0109] Some or all embodiments of this technology may include an output transfer module (PTM) 46 mounted on and associated with an output collection vehicle (PCV) 40. An output collection module (PCM) 12 incorporating an end effector (60) configured to move an output storage container (PSC) 12 to the center can be used to lift the output storage container (PSC) 12 and securely engage it with an output collection interface (PCI) 44.

[0110] Some or all embodiments of this technology may include an arm 50 articulated with an output collection vehicle (PCV) 40 and an output transfer module (PTM) 46. The arm 50 may be configured to lift an output storage container (PSC) 12 and move it to engage with an output collection interface (PCI) 44.

[0111] In some or all embodiments, the product accumulation module (PCM) 50 may include a locking mechanism configured to secure the product storage container (PSC) 12 to the product accumulation module (PCM) 50.

[0112] In some or all embodiments, the locking mechanism can be an eccentric hook 60 configured to engage with a pin 28 of the product storage container (PSC) 12.

[0113] In another embodiment, the locking mechanism can be an electromagnetically controlled device configured to engage with the product storage container (PSC) 12.

[0114] In some or all embodiments, the interface or connection between the product storage container (PSC) 12 and the product transfer module (PTM) 46 is a product accumulation interface (PCI) 44.

[0115] In some or all embodiments, the product accumulation interface (PCI) 44 has a door that matches the door 20 of the product storage container (PSC) 12.

[0116] In some or all embodiments, a door that fits when opened allows the resulting re-produced output or contents 2 to move from the compartments 16 of the individual product storage containers (PSCs) through the product accumulation interface (PCI) 44.

[0117] In some or all embodiments, the resulting re-produced output or contents 2, which have been moved through the output accumulation interface (PCI) 44, are moved via the output transfer module (PTM) 46 into a compartment of the large output holding unit (BPHU) 42.

[0118] In some or all embodiments, the product storage container (PSC) 12 may include a transmitting device 26 configured to transmit data to a receiving device in the product collection module (PCM) 12, product collection interface (PCI) 44, or product collection vehicle (PCV) 40.

[0119] In some or all embodiments, the transmitting device 26 may be a radio frequency identification tag. The receiving device is a radio frequency identification reader 112.

[0120] In some or all embodiments, the release mechanism may be a flap 80 associated with the discharge end 76 of the output transfer module (PTM) 46.

[0121] In some or all embodiments, the weight determination unit can be associated with the flap 80.

[0122] In some or all embodiments, the product transfer module (PTM) 46 may include a receiving end configured to receive the resulting re-produced product or contents 2 from each individual compartment 16 in the product storage container (PSC) 12. The discharge end 76 may include an air nozzle 75 configured to supply an air blast into each individual compartment 16 in the product storage container (PSC) 12.

[0123] In some or all embodiments, the partitions of the product storage container (PSC) 12 may consist of multiple partitions 16, and the product accumulation interface (PCI) 44 may include multiple doors or openings corresponding to the partitions of the large product holding unit (BPHU) 42.

[0124] In some or all embodiments, the large storage compartment of the large output holding unit (BPHU) 42 may consist of multiple storage compartments, each configured to receive a single or mixed stream of the resulting re-produced output or contents 2 from one of the compartments 16 of the output storage container (PSC) 12.

[0125] In some or all embodiments, when the product storage container (PSC) 12 is precisely positioned relative to the product accumulation interface (PCI) 44, the receiving ends of the product transfer module (PTM) 46 can consist of multiple receiving ends, each configured to receive the resulting re-produced product or contents 2 from one of the compartments 16 of the product storage container (PSC) 12.

[0126] In some or all embodiments, the output transfer module (PTM) 46 may include one discharge end configured to receive the resulting re-produced output or contents 2 from each of the receiving ends.

[0127] In some or all embodiments, the release mechanism may be a flap 80 associated with the discharge end 76, and the weight determination unit may be associated with the flap 80, the discharge end 76, or another side of the product transfer module (PTM) 46.

[0128] Some or all embodiments of this technology may include an electronic device 4 and a graphical user interface. The electronic device 4 may include at least one processing unit that operably communicates with at least one memory and a display. The graphical user interface may be associated with the electronic device 4 and displayable on this electronic device. The graphical user interface may include at least one selectable element or affordance configured or configurable to provide at least one input associated with a collection request or a move request provided to an output collection vehicle (PCV) 40 or a control center 130 for sending out the output collection vehicle (PCV) 40.

[0129] Embodiments of recycled materials, or products, or used materials, or waste systems and methods have been described in detail, but modifications and variations thereto are also possible, and it is clear that all of these will fall within the spirit and scope of this art. It will be recognized that the optimal dimensional relationships for the components of this art, including various sizes, materials, shapes, forms, functions and methods of operation, assembly, and use, will be readily apparent to those skilled in the art. All equivalent relationships to those illustrated in the drawings and described herein are intended to be encompassed by this art. For example, any suitable and robust material may be used in place of those described above. While the collection and weighing of separated reprocessed products or materials, or waste materials, has been described, it should be understood that the reprocessed products, materials, used materials, or waste collection systems and methods described herein are also suitable for any residential or office or company or enterprise or industrial collection of used materials.

[0130] Therefore, the foregoing should be considered merely illustrative of the principles of this technology. Furthermore, since many modifications and variations are readily conceivable to those skilled in the art, it is not desirable to limit this technology to the exact structure and operation shown and described, and therefore all suitable modifications and equivalents can be classified within the scope of this technology.

[0131] Therefore, the foregoing should be considered merely illustrative of the principles of this technology. Furthermore, since many modifications and variations are readily conceivable to those skilled in the art, it is not desirable to limit this technology to the exact structure and operation shown and described, and therefore all suitable modifications and equivalents can be classified within the scope of this technology.

Claims

1. A contents accumulation system, A product storage container (PSC) including a compartment configured for storing contents, and a door associated with the compartment, A vehicle-associated product transfer module is provided, which incorporates a product accumulation interface (PCI) configured to engage with any one or any combination of the product storage containers and the compartments of the product storage containers, Contents accumulation system, wherein the output transfer module is associated with the output accumulation interface and configured to receive the contents of the output storage container, the output 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 output transfer module, and the release mechanism discharges the contents from the output transfer module to one or more large output holding units associated with the vehicle.

2. The contents accumulation system according to claim 1, further comprising an output accumulation module articulated to the vehicle, wherein the output accumulation module is configured to move to lift the output storage container and engage it with the output accumulation interface.

3. The contents accumulation system according to claim 2, further comprising an output accumulation module articulated to the vehicle and the output transfer module, wherein the output accumulation module is configured to move to lift the output storage container and engage it with the output transfer module.

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

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

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

7. The contents accumulation system according to claim 1, wherein the release mechanism is a flap associated with the discharge end of the product transfer module, or an input or inlet to the large product holding unit, or a series of rotating containers capable of weighing the contained material and associated with the discharge end of the product transfer module.

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

9. The contents accumulation 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 supply an air blast into the compartment.

10. The contents accumulation system according to claim 1, wherein the compartments are a plurality of compartments, and the product accumulation interface includes a plurality of interface compartments corresponding to the compartments of the product storage container when the product storage container is received by the product accumulation interface.

11. The contents accumulation system according to claim 10, wherein the large output holding unit in the vehicle is a plurality of storage compartments, each configured to receive contents from one of the compartments of the output storage container.

12. The contents accumulation system according to claim 10, wherein the receiving end of the product transfer module is a plurality of receiving ends, and when the product storage container is received by the product accumulation interface, each is configured to receive the contents from one of the compartments of the product storage container.

13. The contents accumulation system according to claim 9, wherein the output transfer module includes a discharge end configured to receive contents from each of the receiving ends.

14. An electronic device including at least one processing unit that operably communicates with at least one memory and a display, and A graphical user interface associated with and displayable on the electronic device, comprising at least one selectable element or affordance configured or configurable to provide at least one input associated with an integrated request provided to the vehicle or a control center for launching the vehicle, A contents accumulation system according to any one of claims 1 to 13, further comprising the above.

15. A method for collecting contents from product storage containers using a collection vehicle, a) Providing an aggregate request from a graphical user interface associated with equipment, or an electronic device including at least one processing unit and at least one memory operably communicating with the processing unit, to an output aggregate vehicle or control center, wherein the graphical user interface includes at least one selectable element or affordance, b) Position the product storage container in a location accessible to the product collection vehicle. c) The computer system of the product collection vehicle receives dwelling information and collection requests from the product storage containers. 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, and if they match, the product collection module is activated to move the product storage container to engage with the product collection interface of the product collection vehicle. e) The step of opening the door associated with the product storage container, thereby discharging the contents of the product storage container into the product transfer module of the product collection vehicle. f) A step of weighing the contents of the product transfer module and generating weight data, g) The step of discharging the contents from the product transfer module into the large product holding unit of the product collection vehicle, and h) Providing the weight data to any one or any combination of the computer system and electronic devices of the control center, Methods that include...

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