inXite DX1000 Disinfection Robot User manual
DX1000 Disinfection Robot
www.inxite360.com
Disinfection Robot
Product Manual
DX1000 Disinfection Robot
www.inxite360.com
PRODUCT MANUAL
Statement
Copyright © 2020 InXite Data Systems LLC. All rights reserved.
Unless otherwise permitted by InXite Data Systems LLC. in writing, no companies or
individuals may copy, replicate, transcribe or translate the contents of the manual, whether
in part or in whole, nor spread it in any way (electronic, photocopying, and recording, etc.)
for lucrative purpose.
The product specications and information specied herein are for reference only. No prior
notice will be given when content is updated. Unless otherwise specied, this manual is only
for instructional use only. The statements made hereunder shall not constitute any form of
warranty.
DX1000 Disinfection Robot
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Introduction
Dear users,
Thank you for choosing the DX1000
Disinfection Robot. Before using your robot,
please read this manual in its entirety.
James Paat
President Inxite360
Introduction to the
Product Manual
This manual describes the functional
characteristics, methods of installation and
use of the DX1000 Disinfection Robot.
This manual includes the following
contents:
1. About the Robot: Gives a short description
on the basic functional characteristics of the
robot and shows the structure of the robot in
detail.
2. Operating Steps: Gives a description on
how to prepare the robot for usage.
3. Appendix: Describes common errors and
detailed technical parameters of the robot, as
well as safety precautions.
DX1000 Disinfection Robot
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Table of Contents
DX1000 Disinfection Robot............................................................................................1
Statement.......................................................................................................................1
Introduction ..................................................................................................................3
Introduction to the Product Manual .............................................................................3
About the DX1000 Robot ..............................................................................................5
Main Structure of the Robot .........................................................................................6
Operating steps (Use robot) .........................................................................................7
Installation ....................................................................................................................7
Power on ......................................................................................................................7
Charging .................................................................................................................10
Filling Disinfectant .....................................................................................................10
Description on state of indicator light...........................................................................10
Emergency treatment ...................................................................................................11
Handling the robot ......................................................................................................12
Appendix .................................................................................................................12
List of Exception and Troubleshooting..........................................................................12
Performance parameters of the Machine......................................................................13
Safety instructions ......................................................................................................14
DX1000 Disinfection Robot
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Fig. 1 Structure diagram of the DX1000 Disinfection Robot
Note: The above gure is for reference only. The appearance and color of specic products
shall be subject to the actual products.
Front View Side View Rear View
About the DX1000 Robot
The DX1000 Disinfection Robot should
only be operated in indoor spaces, such as
nursing homes, hospitals, quarantine areas,
hotels, business ofces, etc.
The DX1000 Disinfection Robot is fully
autonomous and navigates via intelligent
obstacle avoidance through machine vision
and laser radar to provide disinfection and
sterilization services.
DX1000 Disinfection Robot
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Main Structure of the Robot
Fig. 1 shows the main structure of the DX1000 Disinfection Robot. The robot chassis has two
driving wheels and four driven wheels. Autonomous movement is made through machine
vision and laser radar. Intelligent obstacle avoidance function is realized through integrated
application of different sensors such as contact sensors. Users are able to operate the robot
system through the touchscreen.
Fig. 2 shows the structure of the DX1000 charging station. The robot is enabled with intelligent
autonomous recharge, allowing the robot to independently nd, match and contact the
charging port to automatically recharge.
Fig. 2 Structure diagram of charging port
DX1000 Disinfection Robot
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Operating steps (Use robot)
Please follow the following steps to operate your robot.
Installation
1. Robot mapping
Before moving, the robot needs to check the surrounding environment. It stores and identies
its operating environment in the form of a map. This step is called mapping.
Power on
1. Power on/off
The power switch is located on the lower surface of the gap (near liquid injection port) in the
laser layer of the robot. You may nd the power switch in the position shown in g. 3. Start
the robot by pressing the power switch upward with your nger. It will take about 40 seconds
to start the system before operation.
To turn off the robot, press the power switch downward.
Fig. 3 Schematic diagram of power switch position
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2. Mobile app instructions
2.1 Introduction of functions
To disinfect, follow these steps:
1. Select “disinfection” mode.
2. Select the route to the desired destination or moving point. The robot will then travel to each
destination after departure.
3. Upon arrival at destination (or route area), the robot will send a voice prompt, turn on its
disinfection equipment, and conduct continuous disinfection task for a given period of time.
4. After completion of disinfection, the robot will automatically return to its original location.
2.2 Disinfection mode
The robot has three modes of disinfection:
1. On-the-way mode: open the nozzle for spraying disinfection along the route.
2. Fixed-point mode: operate ultraviolet disinfection for one single room.
3. Dual mode: UV and spraying sanitization functions are activated at the same time for
disinfection of a single room.
Under the “on-the-way” mode, the user may select up to four routes. Press on the power switch
to start the robot. When the robot arrives at the starting point of the rst route, it will begin
spraying disinfection and continue this operation along the way back and forth. Meanwhile, the
robot will send a voice prompt every two minutes until the disinfection process for a preset num-
ber of cycles is completed. After that, the robot continues to spray on the next route or returns to
the original point. Manual operation is required for this mode.
Under the xed-point mode, the user may select up to four routes. Press the power switch to
start the robot. When it reaches the destination room, the robot will send a voice prompt. Then,
it will operate ultraviolet disinfection while sending a voice prompt every two minutes until the
preset disinfection time is over. After that, the robot continues disinfection operation on the next
point or returns to the original point.
DX1000 Disinfection Robot
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Under the dual mode, the user may select up to four routes. Press the power switch to start the
robot. When it reaches the destination room, the robot will send a voice prompt. Then, it operates
both ultraviolet and spraying disinfection while sending a voice prompt every two minutes until
the preset disinfection time is over. After that, the robot continues disinfection operation on the
next point or returns to the original point. Please keep away from the robot under the xed-point
mode and dual mode to prevent damage caused by ultraviolet radiation.
In the disinfection process, each mode supports the functions of suspending disinfection and
ending tasks, and the interface of the robot displays the remaining disinfection time or spraying
disinfection mileage.
Upon completion of each disinfection task, the main interface will update to display the analytics
of the day, such as accumulative total disinfection duration, accumulative total disinfection
mileage and task load.
2.3 Settings
Press the “Settings” button at the top left of the main page and enter the 4-digit password to
enter the Settings page.
Users can set the number of cycles for spraying disinfection, duration of stay, intensity of spraying,
sound volume, new password, motor unlock switch during pause, working time, instant charging,
and so on.
Among these settings, the number of cycles for spraying disinfection is only available for “on-the
way” mode. It refers to the number of cycles for spraying disinfection by the robot on the given
route. Users can set 1-5 times, or unlimited times for the number of cycles.
Intensity level of spraying: refers to the speed in which the robot sprays when under the “on-
the-way” mode and “dual” mode. The speed of spraying is divided into 5 levels. Level 1 is the
slowest while Level 5 is the fastest. With the speed increase, the amount of spraying increases and
the disinfection efciency will be higher.
Duration of stay: refers to the irradiation time (15-90 minutes) under the xed-point mode and
dual mode with the ultraviolet equipment turned on. The longer the irradiation time, the better
the disinfection effect will be achieved.
Motor unlock switch during pause: if this function is turned off, the user clicks on the screen, and
the motor will not unlock when the robot pauses, then the user cannot push the robot to move.
DX1000 Disinfection Robot
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Charging
1. Robot Autonomous Intelligent Recharge
The robot has the function of intelligent autonomous recharge. The robot will return to the
charging port to recharge if both two conditions bellow are met. Please ensure that the charging
port is secured in position and energized.
The electric quantity of the robot is lower than the recharge value set by the user. The robot is
idle and its electric quantity does not reach 100%.
2. Adapter charging (robot operation is prohibited during adapter charging) The robot can be
charged through the adapter as follows:
Power off the machine.
Open the silicone sleeve outside the [Charging port] on the back of the robot and connect the
robot with the charging plug of the adapter.
After successful connection, the adapter indicator will turn red (if the indicator light is yellow,
press the indicator light, then the light it will turn red).
The charging is complete when the adapter indicator light turns yellow. Then, disconnect the
adapter and plug the silicone sleeve outside the charging socket of the robot.
Filling Disinfectant
The user should ll the robot with disinfectant if the robot indicates that the liquid level is too
low. The lling port is located at the rear side of the machine body. Lift the silicone cover, press
the blue knob, and then rotate counterclockwise to open the cover, as shown in g. 4.
Fig. 4 Partial enlarged detail upon opening the outer silica gel cover of the liquid lling port
Table of contents
