CN201186847Y

CN201186847Y - Loading and unloading net bag

Info

Publication number: CN201186847Y
Application number: CNU2008200528440U
Authority: CN
Inventors: 覃云川; 付友强
Original assignee: HUNAN XINLI CHEMICAL CO Ltd
Current assignee: HUNAN XINLI CHEMICAL CO Ltd
Priority date: 2008-04-10
Filing date: 2008-04-10
Publication date: 2009-01-28
Anticipated expiration: 2018-04-10

Abstract

The utility model provides a loading and unloading mesh bag, which comprises a net bottom and lifting ropes. The loading and unloading mesh bag is characterized in that the bag bottom is a mesh-shaped quadrangle woven with a plurality of soft plastic or fabric sheets; four corners of the quadrangular net bottom are respectively provided with sealed main lifting ropes, and sealed auxiliary lifting ropes are respectively disposed at two sides of each of the main lifting ropes; the main and the auxiliary lifting ropes have the same the vertical height and are combined together to jointly lifting a heavy object. The net bottom is woven with the soft plastic or fabric sheets, a plurality of lifting ropes are connected on the net bottom, the produced bag-packaged products can be integrally placed into the net bag and warehoused or loaded in/unloaded from a transporter by mechanically lifting or unloading; therefore, manual porterage is obviated, the portage time is reduced, the labor intensity of porters is reduce, the portage efficiency is improved, and the product loss is reduced during the loading/unloading and portage. The loading and unloading mesh bag is suitable for integrally loading/unloading the bag-package products, particularly the powdered or granular bag-packaged products.

Description

A kind of loading and unloading mesh bag

[technical field]

The utility model relates to a kind of mesh bag that thing is used of adorning, and is the loading and unloading mesh bag that product was adorned/unloaded to a kind of convenience specifically.

[background technology]

At present, some produce the enterprise of powdery or granular product, all be to pack with big gunnysack, cloth bag or Polywoven Bag, the big packaged products of this pocket type, from the workshop to the warehouse, from the warehouse to the station, harbour, arriving the user again uses, the centre will be through repeatedly adorning/unload, carrying, and these were adorned/unload in the past, carrying work mostly adopts the hands of an artificial bag two bags to remove, pickaback, and not only labour intensity is big, handling speed is slow, efficient is low, and because of repeatedly changing hands operation, often causes breakage of packages, so that cause waste, can not guarantee to load and unload quality.

[summary of the invention]

Above-mentioned defective when overcoming the big packing handling and loading of existing pocket type, the utility model provides a kind of loading and unloading mesh bag that is specifically designed to the bag type package product, so that adopt mechanical hoisting carrying and warehouse storage,, improve handling speed and loading and unloading quality in order to alleviate carman's labour intensity.

For solving its technical matters, the technical solution adopted in the utility model is: design a kind of by at the bottom of the bag and the loading and unloading mesh bag formed of lifting rope, be characterized in: the 1. described bag end is the latticed quadrangle that is woven into by polylith nonrigid plastic or cloth sheets, respectively be provided with an osed top master lifting rope on four turnings at the bottom of the network of quadrilaterals, the both sides of each main lifting rope respectively is provided with the auxilliary lifting rope of an osed top, main lifting rope equates with the vertical dimension of auxilliary lifting rope, and is merged into one, serves as the task of the weight of slinging jointly.2. described auxilliary lifting rope is that the auxilliary lifting rope two ends on each turning are worn respectively behind the grid of walking around net bottom with auxilliary lifting rope two ends on the diagonal angle and are connected.

The beneficial effects of the utility model: 1. because the utility model adopts the soft material braiding to form, the product scene of a plurality of inner wrappings can be put in this mesh bag during production, utilize mechanical crane to catch on the mesh bag lifting rope after filling, lift transport trolley, when transporting to the warehouse, can directly hang and be discharged to warehouse compartment; Can avoid the fatigue of manually getting on the bus, getting off, help saving handling time, improve handling speed.2. because the utility model loading/unloading products, remove pickaback, and, can guarantee that product does not produce breakage in handling process, help reducing the loss in the product handling process, the reduction shipping and delivery cost with mechanical hoisting/unload without workman's hand.3. because the utility model is simple in structure, with low cost, also can return multiple use, therefore can be widely used in paddy, rice, jowar, wheat, flour, powdered granule shape chemical, chemical fertilizer etc. and adopt on the bag packaged products.

[description of drawings]

Below in conjunction with drawings and Examples the utility model is further specified.

Accompanying drawing is a structural representation of the present utility model.

Among the figure: 1,3,5,7 is lifting rope, and 2,4,6,8 is auxilliary lifting rope, 9 turnings, 10 grids, 11 frames.

[specific embodiment]

With reference to accompanying drawing: by AB, BC, CD, on at the bottom of the network of quadrilaterals that DA four edges frame 11 connects into by four turnings 9, be provided with the grid 10 that is woven into by many plastics or canvas sheet, A at the bottom of network of quadrilaterals, B, C, be connected with the main lifting rope 1 of closed plastics or canvas on four turnings 9 of D respectively, 3,5,7, respectively be connected with the auxilliary lifting rope 2 of closed plastics or canvas in the both sides of each main lifting rope, 4,6,8, wherein the turning 9 on the A angle connect main lifting rope 1 other auxilliary lifting rope 2 two ends wear respectively walk around grid 10 after, auxilliary lifting rope 8 two ends other with main lifting ropes in turning on the C angle 97 are connected; Auxilliary lifting rope 6 two ends that turning 9 connects main lifting rope 5 both sides on the B angle are worn respectively and are walked around auxilliary lifting rope 4 two ends that turning 9 on grid 10 backs and the D angle connects by the main lifting rope 3 and be connected, and the main lifting rope on the turning 9 of four jiaos of A, B, C, D equates with the vertical dimension of auxilliary lifting rope.During work, each main and auxiliary lifting rope combines, and is hooked on the suspension hook, finishes the loading and unloading task jointly with four pairs of load-bearing lifting ropes.

Claims

1, a kind of loading and unloading mesh bag, form by net bottom and lifting rope, it is characterized in that: the described bag end is the latticed quadrangle that is woven into by polylith nonrigid plastic or cloth sheets, respectively be provided with an osed top master lifting rope on four turnings at the bottom of the network of quadrilaterals, the both sides of each main lifting rope respectively is provided with the auxilliary lifting rope of an osed top, and main lifting rope equates with the vertical dimension of auxilliary lifting rope.

2, loading and unloading mesh bag according to claim 1 is characterized in that: described auxilliary lifting rope is that auxilliary lifting rope two ends are worn respectively behind the grid of walking around net bottom with auxilliary lifting rope two ends on the diagonal angle and are connected on each turning.