“Hardware” part — SookSook interactive mapping module

The part" Material "of the SookSook interactive mapping module makes it possible to visually identify the equipment installed on a piece of equipment, a machine, an installation or a technical area directly on the interactive map.

It transforms the plan into a real intelligent technical map of the terrain.

1. What is the “Hardware” part used for?

The module allows you to position on the plan:

• components,
• mechanical organs,
• cabinets,
• sensors,
• engines,
• variators,
• boxes,
• doors,
• security,
• electrical equipment,
• hydraulic equipment,
• pneumatic elements,
• or any other technical material.

Each material becomes an interactive element of the plan.

2. Visual identification of the material

Each material can be represented by:

• an icon,
• a pictogram,
• a picture,
• a real photo,
• a technical symbol,
• a specific color.

This makes it possible to quickly identify the equipment present on the installation.

3. Link with the PFItem sheet (publication)

Each material can be linked directly to its PFItem file published in SookSook.

This provides immediate access to:

• upon full publication,
• to the descriptive sheet,
• to the history,
• intervention reports,
• to controls,
• technical documents,
• to the photos,
• procedures,
• attachments,
• to analyses,
• diagnostics,
• to associated events.

The plan therefore becomes a direct gateway to all field documentation related to the equipment.

4. Quick consultation of information

By clicking on the material, the user can consult:

• the name of the material,
• its function,
• his condition,
• its location,
• its characteristics,
• its history,
• his publications,
• his latest interventions,
• its possible alerts.

5. Risk and hazard management

Each material may contain:

• the associated risks,
• the dangers identified,
• safety instructions,
• mandatory PPE,
• risk areas,
• prohibitions,
• specific procedures.

6. Concrete example

Example: frequency variator of a freight elevator

The material displayed on the plan may contain:

• electrical risk,
• risk of electric arc,
• mandatory deposit,
• Mandatory PPE,
• troubleshooting procedure,
• breakdown history,
• previous reports,
• maintenance photos,
• manufacturer documents.

7. Equipment-related PPE

The module can directly display the necessary PPE:

• helmet,
• harness,
• gloves,
• glasses,
• hearing protection,
• mask,
• specific outfit,
• authorization required.

PPE may appear:

• in the file,
• on the plan,
• in the form of pictograms,
• on visual alert.

8. Hardware History

Each piece of equipment can provide access to:

• to old interventions,
• to incidents,
• maintenance,
• to controls,
• repairs,
• to field reports,
• to security events.

This allows full traceability.

9. Real-time tracking

The material can also be connected:

• to IoT sensors,
• to live data,
• to real-time states,
• to alarms,
• to dynamic values.

Example :

• temperature,
• position,
• vibration,
• level,
• battery,
• contact status,
• active fault.

10. Smart display on the map

Hardware can change automatically:

• colored,
• state,
• icon,
• animation,

in function :

• alarms,
• sensor values,
• breakdowns,
• alerts,
• defined thresholds.

11. Simplified navigation

The visitor can:

• click on the material,
• open your complete file,
• consult related publications,
• see the associated documents,
• quickly access field information.

12. Owner mode

The profile owner can:

• add material,
• modify the elements,
• move equipment,
• change the pictograms,
• associate PFItem publications,
• add risks,
• add PPE,
• integrate documents,
• configure dynamic interactions.

13. Visitor mode

The visitor can only:

• consult the plan,
• view the material,
• read the authorized information,
• access visible publications,
• consult the risks and PPE displayed.

He cannot change the plan.

14. Objective of the “Hardware” module

The goal is to centralize:

• visual identification,
• security,
• documentation,
• maintenance,
• the history,
• supervision,
• traceability,

directly on an intelligent interactive map of the terrain.

The plan thus becomes a living and interactive representation of the real installation.