Safety energy-saving instant water-dispensing platform

Abstract

The invention belongs to the technical field of public water dispensers and particularly relates to a safety energy-saving instant water-dispensing platform comprising a cabinet, one or more than one filter, instant heating mechanisms, a group of dispensing taps, an electrical control cabinet, and a sterilization mechanism. The top of the cabinet is provided with a water access platform. The filters are disposed inside a cavity of the cabinet. The instant heating mechanisms are disposed inside the cavity and connected with the filters. The dispensing taps are fixed on the water access platform. The electrical control cabinet is disposed inside the cavity. The platform is characterized in that the sterilization mechanism is disposed inside the cavity and serially connected between the filters and the instant heating mechanisms, the cavity is divided into a water system chamber and an electric system chamber, the filters, the instant heating mechanisms and the sterilization mechanism are disposed inside the water system chamber, the electrical control cabinet is disposed inside the electric system chamber, a temperature signal collector is disposed on each instant heating mechanism and electrically connected with the electrical control cabinet, and the instant heating mechanisms are as many as the dispensing taps.

Description

technical field [0001] The invention belongs to the technical field of public drinking water devices, and in particular relates to a safe and energy-saving instant drinking water platform. Background technique [0002] Water dispensers have a long history since humans stepped into the electrical age. Earlier water dispensers were generally box-type heated water dispensers. When using this water dispenser, the water storage tank was filled with water first, and then waited for a process of boiling the water before drinking. The advantage is that it can meet the requirement of boiling water supply in a short period of time. The disadvantage is that once the boiling water in the water storage tank is used up, the water storage tank needs to be refilled and boiled before drinking again, and this process can only be waited patiently. Therefore, this type of water dispenser is usually not suitable for occasions such as schools, conference centers, stadiums, industrial and mining ...

AI Technical Summary

Problems solved by technology

[0007] However, the aforementioned CN102228362B still has the following disadvantages: First, since the electrical control device such as the electrical control box and the waterway device such as the water filter are arranged in the box body (the box body can also be called the cabinet body) In the same chamber, there are potential safety hazards, and as the drinking water platform used in the aforementioned occasions, safety is undoubtedly the first element; second, due to the mixed installation of water and electricity, maintenance and inspection are troublesome. It is interfered by the electrical control box, and vice versa; third, due to the lack of control measures for water temperature, there is a risk of drinking unboiled water and causing unhygienic; The water filtered by the filter is disinfected before entering the heating mechanism (the patent is called instant heating mechanism), so it is difficult to fully guarantee the safety and hygiene indicators of water quality; fifth, because the overall structure is relatively complicated, it is not only troublesome, but also difficult to be inspired by it And expand the application of the aforementioned places such as schools, conference centers, etc.

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