Double grouphead of beverage brewing mechanism

Abstract

The invention discloses a double group-head of a beverage brewing mechanism, which belongs to the field of brewing mechanism. The double group-head of the beverage brewing mechanism comprises two guiding bases which are communicated with each other and can receive hot water flow supplied by the beverage brewing mechanism. The two guiding bases are communicated with the connecting bases of two filtering cups by two water outlet channels; and the two water outlet channels are switched on or off respectively by two solenoid valves by an electrical control mode. The two solenoid valves can be switched on at different times such that the hot water flow enters one selected connecting base of the filtering cup to perform the beverage brewing program.

Description

technical field [0001] The invention relates to the field of brewing mechanisms, in particular to a double-parallel brewing head of a beverage brewing mechanism. Background technique [0002] Such as Figure 6 The common beverage brewing mechanism shown mainly includes a water supply pump 90 , a main boiler 91 , at least one heat exchanger 92 and at least one individual brewing head 93 . Use the water supply pump 90 to supply the external water source into the main boiler 91, and control the water level in the main boiler 91 to a set range by a water level detector 94; use a steam pressure detector 95 to control a heater 96 The starting and closing of the main boiler is used to heat the stored water in the main boiler 91 so as to keep it within a set steam pressure range (that is, a set temperature range). [0003] During the beverage brewing process, the water supply pump 90 and a brewing solenoid valve 97 are activated due to operation, and the external water source passe...

AI Technical Summary

Problems solved by technology

like Image 6 In the common beverage brewing mechanism shown, each individual brewing head 93 needs to be used together with a heat exchanger 92, a flow meter 100 and a hot water pipe 101 to form a set of independent brewing components; in other words, If a commonly used beverage brewing mechanism needs to brew two different types of beverages, it needs to be equipped with two sets of brewing components that operate independently, that is, two individual brewing heads 93, two heat exchangers 92, two The flow meter 100 and the two hot water pipes 101 lead to disadvantages such as increased equipment cost, complicated components, and large volume.

[0007] (2) Commonly used beverage brewing mechanisms, even if configured with two sets of brewing components consisting of two individual brewing heads 93, two heat exchangers 92, two flowmeters 100 and two hot water pipes 101, due to the two A single brewing head 93 is usually limited to brewing two different types of beverages respectively, so when a consumer requests to brew multiple cups of the same type of beverages, only one of the brewing components can be used to brew them separately at different times. Brew multiple cups of the same type of beverage, while another set of brewing components for brewing other types of beverages is idle, resulting in the disadvantage of low equipment utilization rate of the beverage brewing mechanism

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