Dingxi Mobile Toilet Booth

The Dingxi mobile toilet booth is priced at 1500 yuan per unit, featuring space migration, functional integration, and data collaboration capabilities, suitable for various scenarios. The following provides an introduction from three aspects: product parameters, features, and installation methods.

I. Product Parameters
The Dingxi mobile toilet booth is a steel-structure welded product, offering a variety of material, size, and color options, supporting customization of external dimensions and window sizes as needed. It is internally well-decorated, equipped with workbenches, air conditioners, sockets, and other facilities to meet basic usage requirements. The product is transported via logistics and shipped nationwide, with a minimum order quantity of 1 unit and a total supply of 980 units. The supply covers the entire Gansu Province and its subordinate cities and counties, including Dingxi City and its Anding District, Tongwei County, and other regions.

II. Product Features

1. Space Migration: With an integrated hydraulic lifting system and towing interface in the chassis, a single transfer takes no more than 30 minutes, enabling quick response to urban planning adjustments and flexible deployment of service points.
2. Functional Integration: The interior is divided into three modules:
   • Security Monitoring Module: Equipped with a retractable monitoring pole covering a radius of 80 meters, integrating multi-angle cameras and infrared sensors for perimeter warning.
   • Emergency Supplies Storage Module: Built-in with folding stretchers, fire extinguishers, first aid kits, and temporary power supply equipment to enhance emergency response capabilities.
   • Public Service Interaction Module: Equipped with a touchscreen terminal providing digital services such as public transportation inquiries, municipal bill payments, and lost and found services, enhancing public service convenience.
3. Data Collaboration Network: Built-in with an IoT communication module, it continuously uploads location coordinates, device status, environmental sensing data, and interaction terminal usage frequency to the urban management platform. The platform analyzes the data through algorithms to identify changes in service demand hotspots, driving service provision from 'passive waiting' to 'proactive adaptation'.

III. Installation Methods

1. Positioning and Layout: Set control points according to planning requirements, with an error range of less than one-thousandth. Use a theodolite to measure the general layout plan and a steel ruler to measure the plane and bay dimensions.
2. Foundation Construction: Calculate the excavation slope based on the foundation plan, determine the edge line position, and use a level gauge to transfer the elevation to the leveling stakes or axis stakes. After excavation, check the width with a string line and transfer the axis and elevation to the foundation after verifying the horizontal elevation.
3. Main Structure and Decoration Construction: After completing the foundation construction, proceed with the leveling and layout of the main structure and decoration construction in sequence to ensure the accuracy of each step meets the standards.