Canteen dish selling display window

Abstract

The invention discloses a canteen dish selling display window which comprises a main frame, an observation mirror assembly, a conduction mirror assembly, a primary reflecting mirror assembly, a selling platform, dish storage pots and a dish storage platform. The primary reflecting mirror assembly is positioned right above the dish storage platform and is used for primarily reflecting diffuse reflection light rays generated by the dish storage pots; the conduction mirror assembly is positioned above the selling platform, and mirror planes of a conduction mirror and a primary reflecting mirror are opposite and parallel to each other; the conduction mirror is used for transmitting diffuse reflection light rays reflected by the primary reflecting mirror to an observation mirror; the observation mirror assembly is positioned above the conduction mirror assembly, and mirror planes of the observation mirror and the conduction mirror are opposite to each other; queuing meal purchasers can observe the dish storage pots and dishes in the dish storage pots by the aid of the observation mirror. The canteen dish selling display window has the various advantages that the canteen dish selling display window is simple in structure and low in cost, can bring convenience for observing the dish storage pots and the dishes, and can assist in displaying different types of information of the disheswithout disturbance on visual fields of the front-row queuing meal purchasers, and the like.

Description

Technical field [0001] The invention belongs to the field of commodity display equipment, and specifically relates to a commodity selling window, in particular to a canteen dish selling window. Background technique [0002] The pace of modern life is accelerating, and people are reluctant to cook after studying and working because of physical and mental exhaustion. Therefore, the canteen of the school or work unit has become the best choice. Every meal time, there is always a long queue in front of the window of each dish in the cafeteria. If the queuing buyer does not understand the types of food in the canteen, or does not understand the dishes sold in the canteen windows, or the taste is picky and has high requirements for the cooking quality of the food (such as the color and appearance of the dishes, etc.), or the canteen sales window After adjusting the types of dishes sold at zero hour, it is inevitable to encounter the situation that "when it is finally my turn to make d...

AI Technical Summary

Problems solved by technology

Assuming that the theoretical effective observation distance of the invention is 2 to 6 meters (according to the per capita queuing interval of 0.6m and no more than 10 people in the queue), in order to enable the middle and back rows of queuing meal buyers to observe the dishes through the plane mirror, the bracket The height of the bracket should be greatly reduced, but this will cause the bracket to severely limit the range of activities of the canteen staff; in order to balance this contradiction, the height of the bracket should be above 1.8m, resulting in a narrow actual observation range

[0006] 2. The actual observation effect is poor

The above-mentioned patented technology has problems such as high cost, complex structure, or poor practicability

[0008] To sum up, in order to solve the problems of blind crowding, time-consuming and labor-intensive problems caused by the people queuing up in the cafeteria who cannot see the dishes served in the display window before queuing up, there are indeed some solutions, but these technologies all have complex structures, Problems such as high cost or poor practicability

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