Díaz de Bustamante y Terminel, Isidro

This application discloses a light emitting unit (1) and a lighting fixture (2). The light emitting unit comprises a first light emitting component (11) comprising a first light emitting element (111) and a first lens (112), and a second light emitting component (12) comprising a second light emitting element (121) and a second lens (122). Under different lighting conditions where the first light emitting element (111) or the second light emitting element (121) emits light at different intensities, the light emitting unit is configured to output light beams at different angles. By arranging the first light emitting component (11) to surround the second (12), light emitted from both components can be uniformly superimposed. This configuration achieves more consistent illumination across the entire irradiated area, thereby mitigating scattered light distribution phenomena.

The present disclosure provides a puzzle table. The puzzle table includes at least two puzzle plates and at least one connecting assembly. Each of the at least one connecting assembly is configured to connect two adjacent puzzle plates of the at least two puzzle plates. The each of the at least one connecting assembly includes a first connecting element and a second connecting element. The first connecting element is mounted on one of the at least two puzzle plates, and the second connecting element is mounted on an adjacent other of the at least two puzzle plates. The first connecting element and the second connecting element are capable of being inserted into each other, such that the at least two puzzle plates can be spliced with each other in parallel to form an integrated body.

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A battery industrial CT inspection line (100), including: a loading conveyor line (10), an unloading conveyor line (20) that is arranged side by side and spaced apart from the loading conveyor line (10); a CT detection mechanism (30) configured to receive and synchronously detect two batteries (72); first handling mechanism (40) configured to transport a battery (72) and a fixture (70). The loading conveyor line (10), CT detection mechanism (30), and unloading conveyor line (20) are provided along a path of the first handling mechanism (40) transporting the battery (72). The first handling mechanism (40) is configured to transport two batteries (72) from the loading conveyor line (10) to the CT detection mechanism (30) for simultaneous detection, improving detection efficiency and reducing detection time.

Freezing device comprising a preservation chamber (1) comprising cooling means (2) configured to keep the inside of the preservation chamber (1) at a temperature between -80 °C and 16 °C, characterised in that it comprises a programmable logic controller (3) that is connected to microwave emitting means (4) configured to emit microwave radiation inside the preservation chamber (1).

This application discloses a battery CT detection device (2) and a battery industry CT detection equipment, where the battery CT detection device (2) includes a support seat (21), a driving mechanism (22) and a detection mechanism. The detection mechanism (23) includes a circular installation bracket (231), an X-ray component (232), a flat panel detector component (233), a first installation seat (234), and a second installation seat (235). The first installation seat (234) and the second installation seat (235) are symmetrically provided on the circular installation bracket (231) with a rotation center of the circular installation bracket (231); the driving mechanism (22) drives the circular installation bracket (231) to rotate relative to the support seat (21) with a center of the circular installation bracket (231) as a rotation center. The battery CT detection device (2) provided in this application achieves accurate analysis and discrimination of defects such as pole misalignment, twisting and rotation of battery (1), effectively improving the detection effect and ensuring the safety of the battery (1).

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The present invention provides a corner piece used in rapid building system, comprising an upper cover, a lower cover, and an intermediate profile; said upper cover and said lower cover are mounted at the ends of said intermediate profile, and at least one groove 1 is arranged on the surface of said upper cover and said lower cover; said intermediate profile has groove 2 connected to said groove 1 on one side. The advantages of the present invention include: reusable and environmentally friendly; allowing for quick and easy disassembly and assembly; accurate installation with minimal error; ensuring a flush appearance of the booth wall; capable of forming a 90-degree corner by connecting to building modules; through the interconnection of multiple corner pieces, the length and thickness of the building modules are adjustable, thereby enriching the range of applications.

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