---
publication_id: "OT-2026-000002773"
title: "Transport apparatus, battery test system, and battery production system"
published_at: "2026-09-15T19:15:15.871079Z"
canonical_url: "https://opentechnical.org/p/OT-2026-000002773"
categories:
  - "lifting-positioning-manipulation/lift-tables-and-positioners"
keywords:
  - "b66f9/063"
  - "b66f9/063"
  - "b66f9/122"
  - "b66f9/122"
  - "b65g1/04"
  - "b65g1/04"
---

# Transport apparatus, battery test system, and battery production system

## Abstract

The present application relates to a transport apparatus, a battery test system, and a battery production system. The transport apparatus comprises: a vehicle body (10); and a handling module (30) which is provided on the vehicle body (10) and comprises a base (40), an insertion arm (50) extendably/retractably provided on the base (40), and a limiting member (60), the insertion arm (50) having, in its own extension/retraction direction, a connection section (54) and an insertion and pickup section (52) which are opposite to each other, the connection section (54) being extendably/retractably connected to the base (40), the insertion and pickup section (52) being located at the front end of the extension direction of the connection section (54), and the limiting member (60) being provided on the surface of the insertion arm (50) facing away from the base (40), wherein the limiting member (60) is located between the connection section (54) and the insertion and pickup section (52), and a bearing space (61) for placing a material is defined between the limiting member (60) and the insertion and pickup section (52). When picking up the material by insertion, the insertion and pickup section (52) gradually extends towards the bottom of the material to gradually bear the material, so that the material gradually enters the bearing space (61) defined between the insertion arm (50) and the limiting member (60) and is gradually close to the limiting member (60); and then, if the insertion arm (50) continues extending forwards, the material would abut against the limiting member (60). Each time the material is picked up by insertion, the material can be restricted in the bearing space (61), thereby improving the uniformity of material pickup.