Electric appliance fixing rail

Abstract

The invention discloses an electric appliance fixing rail comprising a fixing rail body. The electric appliance fixing rail is characterized in that hooks for supporting an electric appliance are arranged at two ends of the fixing rail body, the fixing rail body is provided with a plurality of evenly distributed fixing rail installation holes and a spirit level installation hole for installing a spirit level and is kept parallel to the spirit level horizontally, springs are arranged on two sides of the spirit level installation hole, one end of each spring is installed on the spirit level installation hole while the other end thereof is installed on a stop plate, and the spirit level is installed between the stop plates on the left and right sides thereof. The electric appliance fixing rail of the structure has the advantages that when the electric appliance fixing rail is used for installing the electric appliance, operating personnel determines the positions of the fixing rail installation holes only by observing whether bubbles in the spirit level are positioned in the middle or not without measuring whether the installation positions are kept level or not, and accordingly operation errors of the installation personnel is avoided, workload of the installation personnel is reduced, installation is facilitated, and installation efficiency of the installation personnel is improved.

Description

technical field [0001] The invention relates to a hanging board for installing electrical appliances. Background technique [0002] When installing household appliances such as miniature washing machines, range hoods, air conditioners, TVs, and microwave ovens on walls or cabinets, firstly the appliance hanging boards should be placed on the installed walls or cabinets, and then the installers should draw according to the shape of the hanging boards. out the location to be installed. In order to avoid the problem of skewing after the electrical appliance is installed, the installer needs to find the level by measuring, and then he can punch holes on the wall or cabinet for installation, which brings a lot of inconvenience to the installer. Moreover, the installers operate purely manually, and it is easy to make mistakes in operation. Once a mistake in operation will cause the installed electrical appliances to be skewed, affecting the use effect and appearance of the electr...

AI Technical Summary

Problems solved by technology

In order to avoid the problem of skewing after the electrical appliances are installed, the installer needs to find the level by measuring, and then he can drill holes on the wall or cabinet for installation, which brings a lot of inconvenience to the installers

Moreover, the installers operate purely manually, and it is easy to make mistakes in operation. Once a mistake is made, the installed electrical appliances will be skewed, which will affect the use effect and appearance of the electrical appliances.

Re-adjusting the installation size and punching holes will cause secondary damage to the wall or cabinet, which will also greatly increase the workload of the installer and reduce the installation efficiency

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