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1. Product Accessory

1.1 Fixed Cup Holder

Fixed Cup Holder
Accessory Types	Product Accessory
Accessory Overview	Designed in a nine-grid form, the Fixed Cup Holder can hold cups on the tray, avoiding tilting and overturning, ensuring stability and safety of beverage delivery. The product is made of high-quality silicone material, which features temperature endurance, spillage avoidance, and waterproof, and is suitable for various scenarios.
Accessory highlights	Features Spillage avoidance Temperature endurance Waterproof Easy to clean and maintain Applicable to multiple scenarios How to use Placed on the native tray and ready for use.
Basic parameters	Size: 423mm340mm50mm (16.65 in × 13.39 in × 1.97 in) Inner Diameter: 80 mm (3.15 in)

1.2 Charging Station

Charging Station
Accessory Types	Product Accessory
Accessory Overview	The Charging Station provides a fully automatic charging solution for robots, eliminating the need for manual intervention in the charging process.
Accessory highlights	Auto power charging: Allows the robot to automatically return to the Charging Station for autonomous charging, without the need for human intervention. Multi-scheme charging: Enables the implementation of multiple charging scenarios based on the robot’s working conditions, including charging during peak working hours, charging during inactive periods, and suspension of tasks for recharging. Power monitoring: The real-time monitoring of the robot’s power level ensures that it is recharged in a timely manner to prevent work interruptions caused by insufficient power. Charging management: Records the charging status of the robot, including the charging time, amount of power, and other related information, thereby providing the users with convenient management and statistical analysis options.
Basic parameters	Operating voltage: 100Vac~240Vac 50/60Hz Power output: 29.4Vdc/8A Self-weight (Kg): 5.5kg Dimensions: 390mm x 390mm x 165mm (15.35 in × 15.35 in × 6.50 in) Noise(dB): Not more than 55dB(A) Protection level: IP20 Operating temperature: 0° C~40° C (32℉–104℉) Storage environment: -20° C~60° C (–4℉–+140℉)

2. IOT Accessory

2.1 Elevator control module

Elevator control module
Accessory Types	IOT Accessory
Accessory Overview	Elevator control module is an IoT device designed specifically for robots and smart devices, which aims to enable robots to ride the lift autonomously. The module is an independent and safe solution for lift IoT by adopting a lightweight modification approach without controlling, damaging or engaging with the internal systems of the lift.
Accessory highlights	Autonomous lift ride: The robot can call the lift to ride the lift and identify the floor autonomously without human intervention, improving the robot's efficiency. Lightweight transformation approach: The module adopts a lightweight transformation approach, without controlling, damaging or participating in the internal systems of the lift, making it an independent and safe lift IoT solution. Ensures safety and stability: The module completes the robot ride process by simulating human behaviour, ensuring the safety and stability of the lift's internal systems.

2.2 Turnstiles/Automatic doors Control Components

Turnstiles/Automatic doors Control Components
Accessory Types	IOT Accessory
Accessory Overview	Turnstiles/Automatic doors Control Components is a control module designed for intelligent robots that can be easily integrated with existing gates and automatic doors and robots to enable autonomous robot passage through gates and doors. It allows a quick response to the robot's call request and enables the robot to pass autonomously.
Accessory highlights	Autonomous robot passage: Turnstiles/Automatic doors Control Components enable robots to pass through gates and open doors autonomously, improving the intelligence and efficiency of the robot. Rapid response: Turnstiles/Automatic doors Control Components enables a rapid response to robot call requests and enables autonomous robot access. Lightweight transformation approach: Turnstiles/Automatic doors Control Components can be easily integrated into existing gates and automatic doors, requiring only a light-weight transformation of the gate or automatic door body to enable autonomous robotic access.
Basic parameters	Size: 147 mm × 75 mm × 26.5 mm (5.79 in × 2.95 in × 1.04 in) Adapter input AC: 100V~240V, 50/60Hz, 0.6A Adaptor output DC: 12V, 1.5A/2A

2.3 4G Watch

4G Watch
Accessory Types	IOT Accessory
Accessory Overview	The 4G watch supports 4G and Wi-Fi communication. Innovative centralised NFC technology with NFC call sticker card for faster and more convenient call operations.
Accessory highlights	1. Efficient and stable: Scan the QR code to deploy, and lightly stick the NFC card to call. There is no limit to the area and distance of the use scenario, so you can give tasks to your robot anytime and anywhere. 2. Real-time alert: Give the command for the robot to start moving, and will be notified when the robot reaches its destination.
Basic parameters	1. Dimensions: 41.3 mm × 49.7 mm × 15.3 mm (1.63 in × 1.96 in × 0.60 in) 2. Weight: 70 g (0.15 lbs) 3. Battery capacity: 700mAh 4. Endurance: 72h (standby)

2.4 PUDU Pager

PUDU Pager
Accessory Types	IOT Accessory
Accessory Overview	The PUDU Pager is a professional machine paging accessory that is an efficient intra-group communication device for robots with flexible scheduling and fast response in order to call the robot to a specified location by clicking on the PUDU Pager.
Accessory highlights	Efficient calling: Just click on the PUDU Pager and the robot responds quickly for delivery. Smooth dispatching: Using LORA, it supports offline self-organising network, with strong anti-interference capability and stable signal transmission to ensure smooth dispatching. Easy to expand: Supports the expansion of multi-level sub-gateways, allowing flexible expansion of the number and range of pagers according to the needs of the scenario. Long-distance communication: The farthest communication distance between the PUDU Pager and the gateway is 720 m (2362.20 ft), and the farthest communication distance between the gateway and the robot is 80m, which can adapt to the needs of different scenarios and ranges.
Basic parameters	PUDU Pager usage time: 0.8-1.2 years Longest communication distance between key PUDU Pager and gateway: 720 m (2362.20 ft) Longest communication distance between gateway and robot: 80m
Cautions	A minimum of 1 gateway + 1 PUDU Pager + 1 LORA module is required to enable the robot key call function

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Last modified: 2025-01-10

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