CN203359334U

CN203359334U - Novel self-sliding exchangeable storage device

Info

Publication number: CN203359334U
Application number: CN 201320451467
Authority: CN
Inventors: 郑龙; 朱立营
Original assignee: China University of Mining and Technology CUMT
Current assignee: China University of Mining and Technology CUMT
Priority date: 2013-07-24
Filing date: 2013-07-24
Publication date: 2013-12-25
Anticipated expiration: 2023-07-24

Abstract

The utility model provides a novel self-sliding exchangeable storage device which is particularly applied to store and take large-batch and less-variety goods with high turnover rate. The novel self-sliding exchangeable storage device is characterized in that vertical frames and horizontal frames are connected with one another to form a vertical structure of a goods shelf, a lower roll bed conveying mechanism and an upper roll bed conveying mechanism are combined together by pins, the tail end of the lower roll bed conveying mechanism is connected with sinks, two ends of springs are connected with the horizontal frames and the upper roll bed conveying mechanism respectively and fixedly arranged on the horizontal frames, a conveyor belt, the roll bed conveying mechanisms fixedly arranged on the vertical structure of the goods shelf, and the sinks form the self-sliding exchangeable storage device, thus realizing the first-in and first-out of goods, and improving the space utilization ratio and goods storage and taking efficiency.

Description

A kind of novel from the sliding layer memory storage that change

Technical field

The utility model relates to a kind of goods memory storage, more specifically says a kind of device that relies on the multilayered memory goods of gravity self-skating type.

Background technology

At present, in the goods access procedure of some enterprises, its access mode majority is to remove and unload with simple manpower, the expensive device such as fork truck or piler is main, simple manpower is piled up goods Existential Space degree of utilization deficiency, the problems such as man efficiency is low, and use fork truck or the piler equipment cost high, and need that manpower is auxiliary could be realized.When in kind goods access less in enormous quantities, when velocity of goods circulation is high, with the upper type Efficiency Decreasing, artificial labour cost increases, and cost is high to use dynamical type roller-way mode of movement, restricted application.

Summary of the invention

The purpose of this utility model is the deficiency existed for existing situation, provide a kind of a kind of novel oneself cunning simple in structure, applied widely, that cost is low to change a layer memory storage, can improve access efficiency and space availability ratio, reduce personnel labor intensity, cost-saving.

The technical solution of the utility model is: a kind of novel from the sliding layer memory storage that change, include the lower roller conveying mechanism, stand, spring, bakie, pin, upper roller-way conveying mechanism, load-transfer device and crossbearer, it is characterized in that stand and crossbearer are interconnected to constitute the shelf spatial structure, lower roller conveying mechanism and upper roller-way conveying mechanism combine by pin, lower roller conveying mechanism end and bakie interconnect, both ends of the spring is connected and is fixed on crossbearer with upper roller-way conveying mechanism with crossbearer respectively, load-transfer device forms from the sliding layer memory storage that change with the roller conveyor structure and the bakie that are fixed on the shelf spatial structure.

Beneficial effect

One, simple in structure, input cost is low;

Two, reduce personnel labor intensity, improve space availability ratio;

Three, realize the first in first out of goods, improve the goods access efficiency;

The accompanying drawing explanation

Fig. 1 is perspective view of the present utility model.

In accompanying drawing: the upper roller-way conveying mechanism 7-load-transfer device 8-crossbearer of 1-lower roller conveying mechanism 2-stand 3-spring 4-bakie 5-pin 6-

The specific embodiment:

As follows with reference to Fig. 1: a kind of novel from the sliding layer memory storage that change, include lower roller conveying mechanism 1, stand 2, spring 3, bakie 4, pin 5, upper roller-way conveying mechanism 6, load-transfer device 7 and crossbearer 8, it is characterized in that stand 2 and crossbearer 8 are interconnected to constitute the shelf spatial structure, lower roller conveying mechanism 1 combines by pin 5 with upper roller-way conveying mechanism 6, lower roller conveying mechanism 1 end and bakie 4 interconnect, spring 3 two ends are connected with upper roller-way conveying mechanism 6 and are fixed on crossbearer 8 with crossbearer 8 respectively, load-transfer device 7 is connected mutually with the upper roller-way conveying mechanism 6 that is fixed on shelf spatial structure top layer.

During use, goods is transported to upper roller-way conveying mechanism 6 input ends of top layer by load-transfer device 7, due to goods self with certain speed and weight, can press roller conveyor structure 6 downwards, thereby the compressed buffer action that plays of spring 3, under Action of Gravity Field, goods continues along lower roller conveying mechanism 1 forward from the upper roller-way conveying mechanism 6 of sliding and pass the lower one deck of bakie 4 arrival, the like until slide on undermost lower roller conveying mechanism 1, thereby realized that the certainly sliding of goods changes a layer memory function, guaranteed again the first in first out formula access effect of goods.

Claims

1. novel oneself cunning is changed a layer memory storage, include lower roller conveying mechanism (1), stand (2), spring (3), bakie (4), pin (5), upper roller-way conveying mechanism (6), load-transfer device (7) and crossbearer (8), it is characterized in that stand (2) and crossbearer (8) are interconnected to constitute the shelf spatial structure, lower roller conveying mechanism (1) combines by pin (5) with upper roller-way conveying mechanism (6), lower roller conveying mechanism (1) end and bakie (4) interconnect, spring (3) two ends are connected with upper roller-way conveying mechanism (6) and are fixed on crossbearer (8) with crossbearer (8) respectively, load-transfer device (7) is connected mutually with the upper roller-way conveying mechanism (6) that is fixed on shelf spatial structure top layer.