WHAT DOES FUTURE ELEVATOR
AIOT LOOK LIKE?
YOGO believes future elevator AIoT will satisfy each stakeholder's priority with  aspects of safety, scalability, compatibility, integration with robots and energy saving.
Internet of Things
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Industry Dilemmas
Each Stakeholder Group Has A Distinct Set Of Priorities, With A Common Theme Of Leveraging Technology To Improve Safety, Efficiency, And Service Quality In The Elevator Industry.
  • Elevator Provider
    Companies
    Innovation + Service Expansion

    With a saturated-developed market, market’s focus is shifting from simple new installations to enhancing after-sales services, retrofitting, and integrating eco-friendly, digital, and smart technologies.

  • Government & The Public
    Safety regulation + oversight

    Elevator Safety Is Paramount, Necessitating Robust Regulatory Frameworks. There'S A Need For Better Third-Party Monitoring Solutions Due To The Limitations In Current Government Oversight Capabilities.

  • Elevator Service
    Companies
    Standardization + data sharing

    The market's closed nature and the lack of uniform standards present challenges. There's a call for more openness from manufacturers regarding data sharing to reduce the cost and complexity of third-party integrations.

Adoption Of Emerging Tech
There'S A Strategic Move To Incorporate AI, 5g, And AIoT To Stay Competitive And Meet Evolving Market Demands.
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SAFETY

Elevators are special equipment closely related to public. As the pace of urbanization slows, some buildings and elevators also face aging issues, posing safety hazards. Integrating real-time monitoring and management systems into elevators is an important step in enhancing the safety, efficiency, and reliability of urban buildings.

01

How YOGO
IMPROVES SAFETY?

Comprehensive Perception and Real-time Monitoring

YOGO AIoT Solution offers third-party real-time monitoring and fault reporting capabilities, functioning as a backup to the original elevator manufacturer's system.This data is uploaded to a cloud-based 'brain' that learns from historical data. This enables real-time monitoring of the elevator's safety status, fault identification, and prompt alarm notifications. It provides data support to management, reducing the likelihood of elevator safety incidents.

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SCALABILITY

Existing elevator systems are relatively closed, making it difficult to integrate new systems and limiting their expandability. However, as elevators are fundamental infrastructure channels within buildings, it's crucial to consider their future integration with diverse demands. Providing open interfaces to accommodate the developmental needs of buildings is essential.

02

How YOGO
IMPROVES SCALABILITY?

OPEN API

YOGO AIoT Solution offers open interfaces, laying a solid foundation for the expansion of system capabilities. Through YOGO Open API, it can connect with a wider array of third-party intelligent devices and smart IoT systems, such as third-party robot products, AI cameras, smart control systems, and government regulatory platforms.

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INTEGRATION WITH ROBOTS

In future buildings, robots will be ubiquitous. Therefore, elevator systems must be equipped with the ability to communicate with robots, enabling autonomous calling and collaboration between robots and elevators. This poses a significant challenge for the industry. The difficulties involved include enabling robots to interface with skyscrapers' elevator operation systems such as high and low zone system, dual-cab elevator systems, requiring robots to perform multiple elevator transfers, and achieving large-scale group collaboration between robots and elevators.

03

How YOGO
INTEGRATES WITH ROBOTS?

Universal Integration for Diverse Robots

YOGO AIoT Solution enables integration of all brands and types of robots. It also stands out in the industry by enabling efficient group collaboration in environments with multiple elevators, gates, and robots. Robots can freely navigate and transfer between elevators, ensuring smooth transit within complex buildings.

SHANGHAI SINAR PLAZA:

26 Elevators + 10 Robots + 12 Gates

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Compatibility

The Renovation And Upgrading Of Elevators Should Follow The Principle Of Safety First. At The Same Time, Different Elevator Manufacturers And Models Have Varied Data Interfaces, Transmission Protocols, And Data Standards, Making Integration Complex And Costly. There Should Be A Unified Iot Standard That Can Adapt To Different Types Of Elevators And Models, Reducing The Cost Of Integration And Repetitive R&D Works.

04

How YOGO
Improves Compatibility?

Compatible With 98% Elevators

YOGO AIoT Solution Allows The Addition Of External Sensor Units To Elevator Systems Without Altering Or Damaging Their Original Wiring. These Sensor Units Operate Independently, Ensuring They Do Not Interfere With The Normal Operation Or Performance Of The Elevators. Technically, YOGO’S AIoT Solution Is Compatible With 98% Of Elevator Products.

Adherence To Chinese National Gb/T Standards:

Gb/T24807,Gb/T24808

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YOGO'S Core
Competencies
Non-Intrusive Installation
Dry contact wiring methods without altering or damaging its original wiring

In the industry, other peers who offer dry contact wiring methods typically perform secondary modifications to the original elevator wiring during the installation process, such as the wiring of floor buttons.

 

YOGO AIoT technology allows the addition of external sensors to elevator systems without altering or damaging their original wiring. These sensors operate independently, ensuring they do not interfere with the normal operation or performance of the elevators.

Self-Developed Dual Communications 4G+2.4G: Overcoming latency and weak network issues in cloud-to-cloud solutions

Dual Connection Assurance:

YOGO's system incorporates two communication channels: 4G and 2.4G. This dual-channel approach ensures stable and uninterrupted communication, significantly enhancing the quality and reliability of the technology.

 

High Communication Efficiency with Self-designed Ad-Hoc Network:

YOGO's proprietary Ad-Hoc Network Technology allows devices within the network to communicate directly with each other. This method increases the efficiency of communication, especially in environments where traditional network infrastructure may be lacking or overloaded.

Group Collaboration

YOGO’s solution supports extensive operation among Multiple elevators, robots and gates, better than other IoT companies' Single-Robot, Single-Elevator Standard.

The system supports maximum collaboration of

  • 30

    Devices For

    Localscheduling

  • 4000

    Devices For Global

    Scheduling

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System Diagram
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AIoT Module
Sensory Unit

Positioned at the top of the elevator shaft, this unit is responsible for sensing and monitoring elevator’s real time movements and status.

Communication Unit

Mounted atop the elevator car, this unit ensures uninterrupted communication even in areas with weak network signals by utilizing both 2.4GHz and 4G communication methods.

Execution Unit

Housed in the car’s COP control box, this unit, crucial for floor selection, uses protocol or dry contact to integrate various communication interfaces like Ethernet, RS485, and supports multiple communication extensions.

Sensory Unit
Communication Unit
Execution Unit
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Monitoring Platform
Real-Time Monitoring

Enables The Live Tracking Of Elevator Operations; Issues Timely Warnings In Case Of Irregularities, Ensuring Emergency Response Mechanisms Are In Place.

What We Can Monitor:
  • Safety-Related Information
    Ncidents Such As Elevator Overrun, Squatting, Abnormal Acceleration Or Deceleration, Emergency Stops, Hovering, Door Openings During Operation, Inadequate Door Closures, Etc.
  • Information Related To The Aging Of Elevator Operation
    Ncidents Such As Elevator Overrun, Squatting, Abnormal Acceleration Or Deceleration, Emergency Stops, Hovering, Door Openings During Operation, Inadequate Door Closures, Etc.
  • Information Regarding Usage Behaviors
    Ncidents Such As Elevator Overrun, Squatting, Abnormal Acceleration Or Deceleration, Emergency Stops, Hovering, Door Openings During Operation, Inadequate Door Closures, Etc.
Safety Warnings
When The System Identifies Any Abnormal Behavior In The Elevator, It Will Promptly Issue Warnings And Notify The Relevant Personnel For Review And Maintenance. Regularly Generated Operation Reports Will Serve As A Reference For On-Demand Maintenance Of The Elevator.
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Scheduling Platform

Enables Complex Scheduling Among Multiple Robots, Multiple Elevators, Multiple Gates, Multiple Tasks And Etc., Achieving An Overall Efficiency And 24/7 Service.

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Implementation
platform

YOGO Provides A Complete Suite Of Implementation Tools For The Installation, Commissioning, And Quality Assessment Of All Equipment. The Commissioning Tool Is Readily Available For Download And Use From Both The App Store And Google Play.

Once Equipped With YOGO'S Specialized Training And Guidance, Implementation Personnel Are Capable Of Seamlessly Utilizing These Tools. As A General Benchmark, The Installation Process For A Single Elevator In A 20-Floor Building Typically Takes No More Than 2 Hours To Complete.

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Scheduling Platform

Enables Complex Scheduling Among Multiple Robots, Multiple Elevators, Multiple Gates, Multiple Tasks And Etc., Achieving An Overall Efficiency And 24/7 Service.

Clients
  • Confirm Plans,IncludingModification Plans Forelevators,Gates,And Doors,And Robot Operation Plans
  • Coordinate With Elevatorequipment Maintenanceparties For On-Sitecooperation
  • Confirm & Sign
  • Building
    Assessment
  • Proposal
    Confirmed
  • Implementing
    Lot And Robots
  • Settlement
  • On-Going
    Support
YOGO
  • After On-Siteenvironmental Survey,Cerductrisk Assessmentand Implementationfeasibility Analysis
  • Offer Robotie Mobilityplanning And Relatedsolutions
  • Robot Scanning,Markinglot Device Installationand System Deployment
  • Function &Operation Tests
  • After-Sales Service.Operation Tracking.Malfunction Repair
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Scheduling Platform
  • 68
    AIoT Patents
  • 94 %
    Invention Patents
  • IS09001
    Quality Management System Certification
  • IS027001
    Information Security Management System Certification
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Hardware Specifications

Bor Packcing

L360'W200'126mm

Gross Weigh

4.089kg

Operating Temperature

-20-65*C

Operating Vollage

AC 85-264V

Maximum Working Current

0.5A

Maximum Working Power Consumption

24W

Signal Qutput

24 Channels

Dry Contact Signal Interface, 24/PCS, Maximum Support 3PCS

Maxim Signal Input

4 Channels

Wet Contact, Used To Determine The Door Open And Close Signal Input Detection

Extended Communication Interface UART

For Debugging

RS485

Communicate With The Relay Board And Also Support Extemal Expanslon

Flash Onboard 8m

Save Parameters Whon Powor Otf

Way Of Communication 2.4G I Propretary Protocol Develeped Based On The 2.4-2.5ghz Frequency Band,Used For Internal Near-Field Communication Between Yogo Devices, Including Robots,Internat Of Things. Statons, Etc.
Transmission Power: 100mw
4G Supperted Network Standards Include Gsmgprs/Edgecdmaixevdo/ Wcdmatd-Scdmatdoyfdd
UWB An Exclusive Ub,Based Protocol Facilitates Communication Between The Base $Tation (Sensory Unit And Themaster Control (Communication Unit}.
Freguency Range: 3.75gh2-4.25ghz
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