CN103431637A

CN103431637A - Rotary dining table

Info

Publication number: CN103431637A
Application number: CN2013102759106A
Authority: CN
Inventors: 石斌; 徐雁彬
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-07-03
Filing date: 2013-07-03
Publication date: 2013-12-11

Abstract

The invention discloses a rotary dining table, which comprises a table top, a rotating disk, a motor, a light-controlled sensing probe and a rotation control module, wherein the rotating disk is arranged in the table top, and the center of the table top is the central position of the rotating disk; the motor is positioned on the lower part of the table top; the motor is connected with the rotating disk, and is used for driving the rotating disk to rotate; the light-controlled sensing probe is positioned around the table top, and is connected with the rotation control module; the rotation control module is used for controlling the rotation of the motor after processing analog data.

Description

A kind of lazy Susan

Technical field

The present invention relates to one way of life articles for use dining table, particularly a kind of lazy Susan.

Background technology

Raising along with living standards of the people, the party food and drink has been a kind of relatively general form, all be provided with automatic dining table in many hotels, but this automatic dining table is all the constant revolution of setting, can't change the speed of rotation, the slow-footed people that causes thus in the dining process picking up food with chopsticks can miss and want the dish of eating, and therefore designs the demand that a kind of dining table that can control slewing rate becomes current catering trade.

Summary of the invention

Technical problem to be solved by this invention is to overcome the defect existed in above-mentioned prior art, and the lazy Susan that can control the speed of rotation is provided.

For solving the problems of the technologies described above, lazy Susan comprises: desktop, rotating disk, motor, light-operated inductive probe and rotation control module; Rotating disk is arranged in desktop and take the center that the desktop center of circle is rotating disk, motor is positioned at the desktop bottom, motor connects rotating disk and drives dial rotation, light-operated inductive probe is positioned at around desktop and connects the rotation control module, the rotation control module is between motor and desktop, and the rotation control module is processed analogue data the rotation of rear control motor.

Described rotating disk periphery is used soft plastic or belt to surround, and effectively stops liquid and dish on rotating disk to flow into the gap between rotating disk and desktop.

Described rotating disk is embedded in desktop, and rotating disk thickness is identical with the desktop thickness of desktop.

Around the desktop of rotating disk periphery, use soft plastic, rubber or belt to surround, effectively stop in the dial rotation process beverage drinks or dish to flow on the desktop of desktop, prevent from besmirching diner's clothes.

The shape of described rotating disk can be circle or polygon,

Described light-operated inductive probe connects the rotation control module by wireless network or bluetooth, can save the data bus connection between light-operated inductive probe and rotation control module by radio network technique, use wireless network not only to save space but also guaranteed the validity of transfer of data, and only need carry out instruction control to the rotation control module when light-operated inductive probe quantity increases, without the internal structure to desktop, redesigned.

Described light-operated inductive probe is evenly distributed in around desktop, and quantity is more than or equal to 1, according to the default personnel's that have dinner of size of desktop of desktop maximum, wherein has dinner between personnel 1 light-operated inductive probe is installed for every 2.

Light-operated inductive probe is surveyed the rotation gesture that the diner makes at the disk edge place, send signal to the rotation control module, described rotation control module is the ten's digit signal by analog signal conversion and sends the rotation control instruction to motor, and the decimal system numerical value that motor sends according to the rotation control module is thus accelerated respectively, slows down, starts, stops.

Also comprise services key on described desktop, the quantity of services key is more than or equal to 1, each dining table is furnished with full-time waiter, full-time waiter is furnished with the corresponding signal of dining table and accepts suggestion device, when the eater need to serve, triggering services key 12 is accepted suggestion device by wireless network to full-time waiter's signal and is sent request signal, and provides service according to the signal designation received for the dining table that sends accordingly service order, and service after finishing resets services key.

Lazy Susan provided by the invention, this dining table can be controlled the dining table of slewing rate, rational in infrastructure, be easy to combination, convenient and practical, in view of the needs of China's modernization construction, this invention has wide market prospects, and its release must bring good economic benefit and social benefit.

The accompanying drawing explanation:

Fig. 1 is the structural representation of circular rotating dining table;

Fig. 2 is the structural representation of square lazy Susan;

Fig. 3 is the rotary control structure schematic diagram.

The specific embodiment:

Below in conjunction with accompanying drawing, inventive embodiment is described in further detail.

Embodiment 1: as shown in Figure 1, lazy Susan comprises: desktop 2,

round turntable

3,6,4 light-operated inductive probes 11 of motor and rotation control module 5; Rotating disk 3 is arranged in desktop 2 and take the center that desktop 2 centers of circle are rotating disk 3, motor 6 is positioned at desktop 2 bottoms, motor 6 connects rotating disk 3 and drives rotating disk 3 to rotate, the default personnel's that have dinner of size of desktop maximum is 8,4 light-operated inductive probes 11 are all with the surrounding that is distributed in desktop 2 and be connected rotation control module 5, rotation control module 5 is between motor 6 and desktop 2, and rotation control module 5 is processed analogue data the rotation of rear control motor 6.

Embodiment 2, and difference from Example 1 is: rotating disk 3 peripheries are used soft plastic or belt to surround, and effectively stop liquid and dish on rotating disk to flow into the gap between rotating disk and desktop.

Embodiment 3, and difference from Example 1 is: rotating disk 3 is embedded in desktop 2, and rotating disk 3 thickness are identical with the thickness of desktop 3, is all 5cm.

Embodiment 4, and difference from Example 1 is: desktop 2 periphery around rotating disk 3 is used soft plastics, rubber or belt to surround, and effectively stops in rotating disk 3 rotation processes beverage drinks or dish to flow on desktop 2, prevents from besmirching diner's clothes.

Embodiment 5, and difference from Example 1 is as shown in Figure 2: rotating disk 3 is square, and the dish that welcome by the diner or drinks can be placed on the Si Jiaochu of rotating disk, and with respect to the dish that is placed on other positions of rotating disk or drinks, the diner more easily takes.

Embodiment 6, as shown in Figure 1,3, difference from Example 1 is: light-operated inductive probe 11 is connected with rotation control module 5 by infrared ray, can save the data bus connection between light-operated inductive probe 11 and rotation control module 5, use infrared ray to interconnect the validity of not only having saved space but also having guaranteed transfer of data, and only need carry out instruction control to rotation control module 5 when light-operated inductive probe 11 quantity increase, without the structure to desktop 2, redesigned.

Embodiment 7, difference from Example 1 is: light-operated inductive probe 11 is surveyed the rotation gesture that the diner makes in rotating disk 3 edges, send signal to rotation control module 5, described rotation control module 5 is the ten's digit signal by analog signal conversion and sends the rotation control instruction to motor 6, and the decimal system numerical value that motor 6 sends according to rotation control module 5 is thus accelerated respectively, slows down, starts, stops.

Embodiment 8, difference from Example 1 is: also comprise 2 mutual symmetrical services key 12 on desktop 2, each dining table is furnished with full-time waiter, full-time waiter is furnished with the corresponding signal of dining table and accepts suggestion device, when the eater need to serve, triggering services key 12 is accepted suggestion device by wireless network to full-time waiter's signal and is sent request signal, and providing service according to the signal designation received for the dining table that sends accordingly service order, service after finishing resets services key 12.

Above embodiments of the invention are had been described in detail, but described content is only preferred embodiment of the present invention, can not be considered to for limiting practical range of the present invention.All equalization variations of doing according to the present patent application scope and improvement etc., within all should still belonging to patent covering scope of the present invention.

Claims

1. a lazy Susan, is characterized in that: comprise desktop, rotating disk, motor, light-operated inductive probe and rotation control module; Rotating disk is arranged in desktop and take the center that the desktop center of circle is rotating disk, motor is positioned at the desktop bottom, motor connects rotating disk and drives dial rotation, light-operated inductive probe is positioned at around desktop and connects the rotation control module, the rotation control module is between motor and desktop, and the rotation control module is processed analogue data the rotation of rear control motor.

2. according to the lazy Susan described in claim 1, it is characterized in that: at described rotating disk periphery, use soft plastic, rubber or belt to surround.

3. according to the lazy Susan described in claim 1, it is characterized in that: described rotating disk is embedded in desktop, and rotating disk thickness is identical with desktop thickness.

4. according to the lazy Susan described in claim 3, it is characterized in that: the periphery around the desktop of rotating disk is used soft plastic, rubber or belt to surround.

5. according to the lazy Susan described in claim 1, it is characterized in that: the shape of described rotating disk can be circle or polygon.

6. according to the lazy Susan described in claim 1, it is characterized in that: described light-operated inductive probe sends analog signal to described rotation control module, and described rotation control module is the ten's digit signal by analog signal conversion and sends the rotation control instruction to motor.

7. according to the lazy Susan described in claim 1, it is characterized in that: also comprise services key on described desktop, the quantity of services key is more than or equal to 1.

8. according to the lazy Susan described in claim 1, it is characterized in that: described light-operated inductive probe connects the rotation control module by wireless network.