Hospital medical waste scale, garbage classification connection, WiFi storage, electronic scale

Hospital medical waste scale, garbage classification connection, WiFi storage, electronic scale

Highlights of the Solution:

1. The service realizes user interaction through real-time data exchange, enabling garbage classification, garbage collection, garbage transportation, and garbage disposal. The human-computer interaction interface enables interaction between users and the system

2. Automatic recognition, classification, scientific distribution of garbage bags, support for RFID cards, barcode and QR code scanning for identity recognition, automatic recognition, classification, and garbage disposal

3. Real time monitoring of garbage bins by sending and receiving devices: monitoring of placement, disposal, and full bin. Real time monitoring of garbage bag dispenser: monitoring of placement, distribution, and out of stock.

4. Analyze and calculate the data on household waste disposal to effectively collect, analyze, and calculate it, providing data support and basis for achieving the goal of reducing household waste.

Application scenariosThe classified recycling room is a device used for placing recyclable materials. By confirming the user's identity, the device automatically opens the door to receive the materials. It is divided into four categories: paper, plastic, glass, and metal. After users classify and place according to requirements, the system automatically weighs them and rewards them with corresponding low-carbon coins

Hospital medical waste scale, garbage classification connection, WiFi storage, electronic scale

With the increasingly severe phenomenon of resource scarcityRenewable energy recycling projects are increasingly being valued by society, and waste classification is one of the prerequisites for renewable energy recycling. It is also a reform of traditional waste collection and disposal methods, and a scientific management method for effective waste disposal. In many communities, intelligent garbage bins for garbage classification and recycling have begun to be used. However, in some situations where garbage trucks are not needed for collection and transportation, such as paper, metal, plastic, and other recyclable household waste, they are currently collected manually through weighing. The disadvantage of this method is that it cannot record user information and garbage information data, and therefore cannot achieve information interconnection.

To address the aforementioned issuesThe purpose is to provide a garbage classification electronic scale with a reasonable structure that can record user information and garbage information and upload them in real time.

Our company has officially launched an electronic traceability information system for medical waste, which uses electronic scales to label and barcode each bag of medical waste, making it traceable and achieving transparent and safe management of medical waste.

During the collection process, the entire data is transmitted in real-time to the computer monitoring system of the hospital infection management department, which monitors and manages the generation, collection, transportation, and disposal of medical waste throughout the process, standardizing the daily management of medical waste.

Compared to manual operation and recording in the past, this system not only achieves standardization, automation, and normalization of medical waste disposal, but also saves a lot of human resources, improves work efficiency, and avoids errors and data errors that may occur during the operation process. This system can effectively improve the monitoring and management level of medical waste, prevent accidents such as loss, leakage, and diffusion of medical waste, and effectively achieve controllability, manageability, and traceability.

This utility model relates to the field of environmental protection equipment, particularly to intelligent classification garbage bins.

With the increasingly severe phenomenon of resource scarcity, renewable energy recovery projects are receiving more and more attention from society. Garbage classification is one of the prerequisites for renewable energy recovery, a reform of traditional garbage collection and disposal methods, and a scientific management method for effective garbage disposal. In many communities, intelligent garbage bins for garbage classification and recycling have begun to be used. However, in some situations where garbage trucks are not needed for collection and transportation, such as paper, metal, plastic, and other household waste that can be recycled again, they are currently collected manually through weighing. The drawback is that they cannot record garbage information and other data, and therefore cannot achieve information interconnection

Technical implementation elements:

In order to solve the above problems, the purpose of the present utility model is to provide a garbage classification electronic scale with a reasonable structure that can record garbage information and upload it in real time.

In order to achieve the above objectives, the present utility model adopts the following technical solution: a garbage classification electronic scale, comprising a base, a scale platform, a scale rod bracket, and an operation platform. The scale platform and the scale rod bracket are fixed on the base, and the operation platform is fixed on the scale rod bracket. The operation platform is equipped with an operation screen, a switch, a wireless transmitter, and a confirmation device. The operation screen is equipped with a data processor, and the switch is connected to the operation screen. The wireless transmitter confirmation device is all connected to the data processor; A weighing sensor and a weighing sensor data processor are installed inside the weighing platform.

As a preferred option, there is also a network interface connected to the data processor on the consoleUSB interface and printer, network interface enrich the types of data transmission, USB interface is used for system data update and storage, printer prints various receipts, and the receipts can display time, date, weighing and other data.