Floor integrated with lines

Abstract

The invention relates to the technical field of floors, and discloses a floor integrated lines. The floor integrated with lines at least comprises a plurality of first floor bodies which are spliced together, wherein line concentration slots are formed in the first floor bodies and communicate with one another, integrated lines are arranged in the line concentration slots, and integrated line connector used for connection are arranged between the integrated lines in the adjacent first floor bodies; electrical control device mounting positions are arranged on the first floor bodies, and electrical control devices arranged at the electrical control device mounting positions are connected with the integrated lines. According to the floor, the integrated lines are prearranged in the floor, andthe module design is adopted, so that assembly and disassembly are convenient and fast, the cost is low, the construction period is short, and the strict management requirements of floors of medicalwaste temporary-storage rooms are met.

Description

technical field [0001] The invention relates to the field of floor technology, in particular to a circuit-integrated floor. Background technique [0002] The existing floors used for temporary storage of medical waste usually use ordinary floor tiles on the market. Ordinary floors often take a long time to install and require cement bedding. The quality of the cement is high, and the cement contains a lot of pollution. Since the country has strict management requirements for medical waste and requires corresponding safety measures to be taken, medical waste should be strictly classified and recorded. The current medical waste temporary storage boxes on the market often need to manually fill in the information on paper, and cannot be traced online. , and there is no corresponding lock to achieve surface locking to avoid illegal movement or loss of the box. Therefore, it is necessary to set up corresponding electric control locks and corresponding information input electronic ...

AI Technical Summary

Problems solved by technology

[0002] The existing floor used for the temporary storage room of medical waste usually adopts ordinary floor tiles on the market. Ordinary floors often take a long time to install and require cement bedding. The quality of the cement is high and the cement contains a lot of pollution.

Since the country has strict management requirements for medical waste and requires corresponding safety measures, medical waste should be strictly classified and recorded. The current medical waste temporary storage boxes on the market often need to manually fill in the information on paper, and cannot be traced online. , and there is no corresponding lock to achieve surface locking to avoid illegal movement or loss of the box. Therefore, it is necessary to set up corresponding electric control locks and corresponding information input electronic control devices in the temporary storage room of medical waste to realize the security of the temporary storage box of medical waste. Locking and related information entry operations to achieve strict management of medical waste

[0003] The above-mentioned electronic control lock and the corresponding electronic control device for information input are inseparable from the layout of the circuit. However, the current circuit wiring of the medical waste temporary storage room needs to be drilled in advance. After installation, it cannot be completely disassembled and can only be scrapped. When some floor tiles are broken, the replacement steps are extremely complicated and easy to be damaged. The circuit mining is complicated and requires on-site operation by professionals. The cost is high and the construction period is long. It seriously hinders the normal medical waste transfer of the hospital and requires a professional team to plan and design on site. The cost is extremely high high

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