CN116092238A - Controllable automatic conveying stacking vending machine - Google Patents

Abstract

The inventor believes that the key technical factors that can support the controllable automatic conveying stacking vending machine to save a lot of manpower, material resources and financial resources are as follows: a, the goods can automatically realize the goods carrying movement by utilizing the gravitational potential energy of the goods; b, the phenomenon of strong clamping stagnation force generated by occupying the inner stretching space position of the lowest rolling bar of the rolling bar can effectively prevent the commodity to be sold from automatically sliding downwards; and c, the spring movable slide lock and the conveying device corresponding to the electromagnet are controlled by the shopping collection signal, and the purchased goods are conveyed to a window for waiting by a buyer, so that the area of an operation place and a large amount of labor force can be greatly saved, and a large expense including electric charge can be reduced. The controllable automatic conveying stacking vending machine has simple, stable and reliable technology, easy operation and easy maintenance. The method can be specially customized according to different selling objects by merchants, so that unmanned supermarkets and unmanned restaurants in the true sense of modern society are created.

Description

Controllable automatic conveying stacking vending machine

The controllable automatic conveying stacking vending machine is a novel modern market science and technology product invention which has novel principle and reliable performance and is very easy to popularize and apply to the whole society.

The technology skillfully utilizes the falling weight existing objectively for the commodity to be sold, so that the commodity can form 'gravitational potential energy' capable of pushing two opposite carrying rolling gate belts to synchronously move downwards, and simultaneously utilizes the commodity (group) or the commodity supporting plate at the lowest layer between the two carrying rolling gate belts, the 'occupied space' formed by the rolling gate strips and the 'spring movable slide lock' to support the bottom formed by the commodity supporting plate, so that the lowest carrying rolling gate strips at the corner position cannot rotate to the corner due to the lack of 'inward extending space' of the plate surface. The phenomenon of strong clamping force is necessarily formed, so that the phenomenon of autonomous sliding of the multi-layer stacked commodities for sale is effectively prevented.

Under the condition, the inventor skillfully uses the remote control electromagnet or the manual control electromagnet arranged on the bottom table top to pull the spring movable slide lock which is fixed on the carrying roller shutter strip and corresponds to the electromagnet on the platform away from the article to be supported by the bottom through instant energization excitation, so that the article can be promoted to be released on the lower conveying belt stably. Meanwhile, all the sequentially stacked commodities can be sequentially lowered by one layer along with the gate winding belt due to gravity. This in turn creates a stable stacked condition in which the product for sale cannot slide down autonomously, of the original type.

Therefore, the controllable automatic conveying stacking vending machine can convey the goods released by remote control exciting attraction unlocking for the first time to a goods taking window which is waited by a shopper and is certainly conveyed by a conveyor belt started synchronously, so that ideal and easy shopping experience is completed satisfactorily. Of course, for buyer multi-choice and repetitive shopping requirements, they simply focus on selecting the payment key on the phone that needs to be purchased and repeat the process as they are.

1. The experiment can prove that: the weight of the commodity can generate gravitational potential energy so as to push two carrying rolling gate belts to move downwards simultaneously

Facing this physical phenomenon we undoubtedly ask-! Therefore, the object-carrying rolling gate wheel with extremely low friction coefficient can be utilized to enable the rolling gate strips to carry one piece or combined commodity which needs to be sold one piece at a time layer by layer. Of course, if it is desired to purchase the same or different kinds of goods "multiple at a time", it is only necessary to click on a plurality of controllers at the same time on the selection key displayed on the mobile phone.

2. The experiment can prove that: at the corner of the two load-carrying brake belts, the space-occupying object usually causes a strong clamping force

For the carrying roller shutter belt, when the roller shutter strip runs to the corner, the carrying roller shutter strip often generates a necessary inward folding radian, namely: and an inward extending space. Therefore, as long as the inner extending space position of the lowest rolling gate strip is occupied by the commodity object (or a hard supporting plate is configured for the commodity), a strong clamping force phenomenon is formed, so that the commodity to be sold is effectively prevented from sliding downwards independently.

The following is a brief description of the drawings

Fig. 1 is: front perspective view of a single side of a "one-piece or single-set article remote release

The single side of the 'single article remote control releaser' is composed of a driving wheel, a positioning wheel, a strip with a rolling gate, a steel frame and a 'movable slide lock' controlled by a remote control electromagnet.

Fig. 2 is: schematic of stacked goods with remote-controlled release device for single article or single group of articles

From the two sets of components of fig. 1, which are identical in construction, a "one-piece article remote release" can be assembled that is sufficient to carry multiple layers of articles for sale.

Fig. 3 is: remote release device for single or single group article matched with conveyer "

The power supply controlled by code scanning payment signal will be switched on instantaneously to pull out the spring movable slide lock opposite to the rolling gate belt so as to make the bottom commodity lose its support. Thus, the paid-for article is caused to fall on the conveyor belt that is synchronously activated to be conveyed to the pick window where the shopper is waiting.

Fig. 4 is: circuit control device on' single piece or single group article remote control releaser

This is the soul control on the "single piece or single group item remote release". The movable sliding lock is composed of a spring movable sliding lock which is arranged on a rolling gate belt and an electromagnet which is fixed on a corresponding working table surface and controlled by a shopping payment signal control power supply.

Fig. 5 is: spring movable slide lock bracket installed at central part of each transmission rolling gate strip

Fig. 6 is: is firmly clamped by the two-side spring movable slide lock and the articles to be sold so as to be capable of stably stacking the goods in a vertical conveying state

Fig. 7 is: the spring movable slide lock supporting frame is attracted to the back of the rolling gate strip by an electromagnet and is in a state of unlocking and releasing corresponding commodity objects

Fig. 8 is: the spring movable slide lock is unlocked under the attraction of electromagnet, and after the corresponding commodity is released, the rolling gate strip rotates by an oblique angle due to inward extension

Fig. 9 is: through the first three steps, the ordered stacks are moved down in sequence, and the purchased goods are conveyed to the shopping window by the plane deep conveyor belt to complete the transaction.

Claims (4)

1. Physical phenomenon that 'gravitational potential energy' generated by commodity weight can push two carrying and rolling gate belts to synchronously move downwards to send objects

The method makes initial use of the weight of the commodity and can promote the simple principle of vertically downward layering delivery of the object-carrying rolling gate strip passing through the rolling gate belt.

2. The two object-carrying rolling brake belts are used at the corner positions, and the phenomenon of strong clamping force can be generated because the inward extending space of the rolling brake strip is occupied.

The initial use of the simple principle that the carrying roller shutter strip must leave a sufficient 'inward extending space' for the lowermost roller shutter strip to rotate past the corner position during continuous rotation.

3. The traction force of the electromagnet on the iron block is flattened in the attraction range, so that the iron block is promoted to pull the spring slide lock to release the purchased commodity.

The spring slide lock supporting frame on the bottom layer rolling gate strip can be easily opened by initially utilizing the ultra-short-distance traction force of the electromagnet, so that the clamping force phenomenon of the corresponding layer is eliminated, the upper layer commodity is promoted to move downwards one layer in sequence, and the released commodity is safely and surely conveyed to a shopping window.

Exclusive manufacturing of "controlled automatic transport stacking vending machine".

The device is a controllable mechanical device which utilizes the gravitational potential energy generated by the weight of goods, combines the phenomenon of clamping force formed by the fact that a rolling gate strip is occupied by an inward extending space at a corner, and is vertically downward in a layered material conveying manner through a rolling gate belt by matching an electromagnet with a spring movable sliding lock, and belongs to the technical coverage of the patent technology of a controllable automatic conveying stacking vending machine.

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