Connected systems.
For the way you work.

The system says it is in stock. Where is it now?

An inventory record tells a team what it owns. A location system can show where a tagged item was last observed. The useful part is joining those two views without losing the identity or freshness of the data.

The ANRUISUN indoor-navigation design study explores BLE angle-of-arrival data alongside an inventory platform, with Odoo Inventory as the proposed integration. A tag-to-asset mapping connects radio coordinates to the item people actually search for.

1. 01

   Identify the asset

   Bind the tag identifier to an inventory item or tracked asset. Keep replacements and reassignments explicit.

2. 02

   Receive the position

   Normalize coordinates, map and zone identifiers, timestamps and available battery information from the positioning engine.

3. 03

   Show it in context

   Display the asset on a floor map alongside its inventory record. Distinguish fresh positions from stale or missing updates.

4. 04

   Validate the workflow

   Check tag-to-record matching, coverage, update delays and what the operator sees when a tag stops reporting.

Based on ANRUISUN indoor-navigation and RTLS design documents.

1. 01

   Bind

   Associate the tag identifier with an item, carton, pallet or reusable carrier in the business system.

2. 02

   Read

   Choose a portal, handheld or workstation reader for the task. Evaluate label position against the actual material and packaging.

3. 03

   Interpret

   Group repeated reads and associate the event with its read zone. Surface unexpected or missing items for review.

4. 04

   Reconcile

   Compare observed identities with the receiving, dispatch or inventory task before committing a business record.

Reference applications adapted from Zhengrui / ZRAYE materials. They are not presented as ANRUISUN customer deployments.

Can this contact point be monitored without replacing a sensor battery?

Some measurement points are difficult to access repeatedly. Passive RFID sensing offers a way to interrogate compatible temperature tags using a reader, with no battery in the tag itself.

Zhengrui reference materials describe ceramic, PCB and mechanically mounted sensor formats, multiport readers, reader antennas and monitoring software. Example applications include electrical contact points and temperature monitoring around liquid-cooling infrastructure.

1. 01

   Choose the point

   Define the surface, mounting method, temperature range and access constraints before selecting a tag format.

2. 02

   Establish the RF path

   Evaluate the sensor, reader and antenna together in the intended metal enclosure or equipment geometry.

3. 03

   Name and collect

   Associate the sensor ID with a physical point. Capture readings with timestamps and show gaps in observation.

4. 04

   Review the trend

   Configure thresholds, view the temperature history and export readings for further analysis.

Application reference based on Zhengrui passive wireless sensing materials; no supplier affiliation or deployment result is implied.

One badge. A new way to express yourself.

A name at an event. A shared identity for your team. Artwork that feels like you. A reusable digital badge makes the display part of the experience, with content that can change for the next occasion.

The e-paper badge brings a colorful, paper-like display into a compact wearable form. Designed around phone-based personalization and Bluetooth updates, it gives names, artwork and team identity a place beyond the phone screen.

1. 01

   Choose your look

   Start with personal artwork, a name card or a visual identity for your team.

2. 02

   Make it fit

   Compose the image on your phone and preview it within the circular display.

3. 03

   Update wirelessly

   Send the selected design to the badge over Bluetooth.

4. 04

   Wear it again

   Keep the design on display, then choose a new look for another occasion.