I. Core Functional Layout: Workflow-Focused
The layout of the service vehicle must conform to the complete work flow of "hose retrieval - cutting - adhesive stripping - crimping - cleaning" to avoid chaotic operation.

Tool Zoning: Secure core tools such as hydraulic crimping machines, adhesive strippers, and hose cutters in easily accessible locations. Use drawers to separate different specifications of connectors and sealing rings to prevent parts from being scattered or lost. Lockable drawers can be designed to store precision parts to prevent damage during transportation.

Hose Storage Area: Use vertical hose reel racks to store hydraulic hoses of different diameters, labeled with specifications and lengths for easy and quick access. The hose reel racks should have damping devices to prevent hose rebound and tangling, while also reserving space for spare hose reels.

Power and Operation Area: An electric hydraulic pump or pneumatic pump is placed at the bottom of the vehicle to reduce center of gravity shift. A foldable operating platform is designed, providing a stable surface for crimping operations when unfolded, and saving transport space when folded.

Lightweight Body: A high-strength aluminum alloy or carbon steel square tube welded frame ensures load-bearing capacity (recommended ≥300kg) while controlling the overall weight, facilitating single-person pushing or loading for transport. Four-inch swivel casters are installed at the bottom, two of which are equipped with brakes to ensure vehicle stability during operation.

Modular Design: Core components (such as the crimping machine and power unit) adopt a quick-release structure for easy maintenance and replacement. An expandable bracket can be designed to accommodate different types of crimping molds and adapt to various hose crimping requirements.

Protection and Dust Prevention: Anti-collision strips are installed around the vehicle body to prevent damage during transportation; an openable dust cover on the top prevents dust and rain from entering the equipment, protecting tools from weather conditions during outdoor operations.

III. Safety and Humanized Configuration: Enhancing the Working Experience
Safety is the core bottom line of service vehicle design, and humanized details significantly reduce operator fatigue.

Safety Protection: A transparent protective baffle is installed in the crimping operation area to prevent metal shavings from flying during crimping; the power unit is equipped with an overload protection valve to prevent damage from overpressure; safety operation signs are affixed to the sides of the vehicle body to remind users of standardized operating procedures.

Convenient Auxiliary Functions: Integrated LED work lights illuminate dimly lit working environments; a retractable hanging rod is designed to suspend hoses or tools to be processed; a power interface is provided on the side for easy connection of power tools or charging equipment.

Identification and Maintenance: Equipment operating procedures and common troubleshooting methods are clearly marked on the vehicle body, and a maintenance record card slot is designed to facilitate the recording of maintenance time and repair status, extending the equipment's lifespan.

In practical applications, the design can be fine-tuned according to the work scenario: for outdoor emergency repair scenarios, a portable battery pack and a folding sunshade can be added; for fixed workshop operations, the number of tool drawers and waste collection boxes can be expanded. The core principle is to ensure that every function serves efficient and safe crimping operations, making the service vehicle a "mobile workstation" for on-site repairs.