System for automated technological assessment of process circularity

Abstract

According to the utility model, the system includes the use of a single device and two separate modules that independently receive, process, and execute a customer request related to the technological assessment of process circularity. The automated technological assessment system for process circularity comprises client electronic devices (1...1n), which are connected bidirectionally to a client server (3.1) provided with a client database module. Through a bidirectional connection via a web server (4) with a database module, the client server is connected to a provider server (3.2) equipped with a provider database module. The provider server is, in turn, connected bidirectionally to the electronic devices of information providers (2...2n). The client electronic devices (1...1n) include a control module (5), a technical module (6), an information module (7), and a search module (9). The control module (5) comprises a registration module (5.1) bidirectionally connected to a verification module (5.2), which is connected to an input module (5.3), the input module (5.3) being bidirectionally connected to a customer request module (5.4). The technical module (6) comprises a request registration module (6.1), bidirectionally connected to a process registration module (6.2) and unidirectionally connected to a process register storage module (6.3), wherein the process registration module (6.2) is also unidirectionally connected to the process register storage module (6.3). The information module (7) comprises a request registration module (7.1), bidirectionally connected to an information registration module (7.3) and unidirectionally connected to an information register storage module (7.2), wherein the information registration module (7.3) is unidirectionally connected to the information register storage module (7.2). The request registration module (7.1) is connected to the process register storage module (6.3) and to a global Internet network module (8) for communication with the web server (4), which is connected to the information registration module (7.3) and to the process register storage module (6.3). The process register storage module (6.3) is further connected to the information registration module (7.3). The control module (5) is unidirectionally connected to the request registration module (6.1) and to the request registration module (7.1). The search module (9) comprises a search registration module (9.1), bidirectionally connected to an information verification module (9.2), which is unidirectionally connected to an output module (9.3). The process register storage module (6.3) and the information register storage module (7.2) are unidirectionally connected to the search module (9).