steam box

Abstract

The invention aims to provide a steaming box which is high-rate, space-saving, accurate in mechanical transmission and capable of automatically controlling and monitoring; the steaming box comprises a box body, a power source and at least one tray, the box body is provided with a work room, the front side or / and the rear side of the body body is / are provided with a tray inlet or / and a tray outlet; the tray inlet and the tray outlet are correspondingly provided with a movable door, the left and right side walls of the work room are respectively provided with at least one supporting mechanisms, each supporting mechanism comprises two brackets which are oppositely arranged, at least two rotating shafts are arranged between the two brackets, a supporting table is horizontally arranged on each rotating shaft, each rotating shaft is provided in the a reset spring, one end of the reset spring is fixedly connected to one corresponding supporting table, the rear side wall of the work room is provided with a steam inlet, the left and right side walls of the work room are respectively provided with at least one lifting mechanisms corresponding to the power source; and the steaming box has the advantages of simple operation, high degree of automation, higher steam utilization rate and the like.

Description

technical field [0001] The invention relates to cooking equipment, in particular to a steamer. Background technique [0002] Most of the current steamers are vertical manual operations. When in use, put the washed rice or steamed buns into the tray, then put the tray into the steamer, close the door of the steamer, and let in steam. The existing steamer cannot realize the flow operation, that is, it cannot steam rice continuously, resulting in low steaming efficiency; at the same time, most of the steamer doors on the existing steamer are double-opening doors. When the steamer door is opened, Most of the steam left in the steamer escapes, so that a large amount of steam needs to be input again to fill the entire steamer in the next steaming, resulting in longer steaming time, lower effective utilization of steam, and high energy consumption. The steam escaped from the steamer remains in the room, resulting in a large amount of steam in the room, which is not conducive to th...

AI Technical Summary

Problems solved by technology

The existing steamer cannot realize the flow operation, that is, it cannot steam rice continuously, resulting in low steaming efficiency; at the same time, most of the steamer doors on the existing steamer are double-opening doors. When the steamer door is opened, Most of the steam left in the steamer escapes, so that a large amount of steam needs to be input again to fill the entire steamer in the next steaming, resulting in longer steaming time, lower effective utilization of steam, and high energy consumption. The steam escaped from the steamer remains in the room, resulting in a large amount of steam in the room, which is not conducive to the work of the operator. At the same time, the steam in the room condenses into water droplets, resulting in humidity in the room

Some existing steamers still have the problem that the water remaining in the steamer cannot be effectively discharged

[0003] For example, the publication (announcement) number is CN101152054, which discloses an invention of a vertical automatic rice steamer. , and the conveyor belt arranged at the bottom of the box, although the vertical rice steamer using this method can solve the problem of flow operation, the design of the ascending and descending channels of the rice steaming machine results in a large three-dimensional space for the rice steaming machine , can not effectively use the existing space position, and the structure is complicated. Due to the design of the conveyor belt during implementation, there are errors in the transmission of each component, which makes the components unable to cooperate effectively. It is easy to be damaged and occupies a large space during use. At the same time, the components in the internal ascending channel and descending channel are exposed to the steam, causing problems such as easy rusting of the components

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