CN203006392U

CN203006392U - Hacking machine grouping conveying equipment

Info

Publication number: CN203006392U
Application number: CN 201220736598
Authority: CN
Inventors: 唐心恬; 钱春龙
Original assignee: Jiangyin Dadi Equipment Co Ltd
Current assignee: Jiangyin Dadi Equipment Co Ltd
Priority date: 2012-12-28
Filing date: 2012-12-28
Publication date: 2013-06-19
Anticipated expiration: 2022-12-28

Abstract

The utility model discloses hacking machine grouping conveying equipment. The hacking machine grouping conveying device comprises a plurality of conveying devices which are arranged in parallel. Detecting devices are arranged on the conveying devices. First drive devices and second drive devices are arranged below the conveying devices. The hacking machine grouping conveying equipment has the advantages that structure is simple, transition of a joint of two sections of chains is full, condition that a concave pit leaf of a chain wheel formed by incomplete transition is not beneficial for steel products to pass does not occur, design scheme is novel, and popularization is convenient.

Description

Stacker grouping load transfer device

Technical field

The utility model relates to technical field of metallurgical machinery, particularly relates to a kind of stacker grouping load transfer device.

Background technology

Present existing stacker grouping load transfer device comprises a chain and No. two chains, and these two sections chains share same support, and the infall sprocket wheel of a chain and No. two chains walks abreast, and easy like this making is in steel through this and is absorbed in the sprocket wheel pit and affects and move ahead.

The utility model content

The utility model is in order to solve the deficiencies in the prior art, a kind of stacker grouping load transfer device to be provided.

In order to achieve the above object, its technical scheme that the utility model solves is: a kind of stacker grouping load transfer device, comprise a plurality of feedways that be arranged in parallel, described feedway is provided with detecting device, is provided with an actuating device and No. two actuating devices below feedway;

Described feedway comprises that two parallel being used for of being crisscross arranged connected material a conveyer chain and to be used for No. two conveyer chains of feeding, and a described conveyer chain comprises support No. one, and the two ends of a support are provided with for a sprocket wheel that rotates;

Described No. two conveyer chains comprise support No. two, and the two ends of No. two supports are provided with for No. two sprocket wheels that rotate;

A described actuating device is arranged on the below of a conveyer chain, is used for controlling a conveyer chain rotation; Described No. two actuating devices are arranged on the below of No. two conveyer chains, are used for controlling No. two conveyer chain rotations;

A described actuating device comprises major axis No. one, No. one major axis is provided with a plurality of gears, each gear mesh should be arranged on the below of each conveyer chain, a sprocket wheel on conveyer chain is connected by a chain with a gear, and the end of a major axis is provided with a motor that rotates for driving major axis;

Described No. two actuating devices comprise major axis No. two, No. two major axis is provided with a plurality of No. two gears, each No. two gear mesh should be arranged on the below of each No. two conveyer chain, No. two sprocket wheels on No. two conveyer chains are connected by No. two chains with No. two gears, and the end of No. two major axis is provided with No. two motors that rotate for driving two major axis;

Described detecting device comprises approach switch, treater and controller, approach switch is fixed on the sidewall of a conveyer chain by switch bracket, the mouth of approach switch is connected with the input end of treater, the mouth of treater is connected with the input end of controller, and the mouth of controller is connected with No. two input end of motors.

According to the technical solution of the utility model, approach switch is arranged on the end of No. two conveyer chains.

The beneficial effects of the utility model are: in use, at first start conveyer chain No. one, the section bar that conveyer chain drives on conveyer chain moves forward, when section bar arrives approach switch, approach switch will have the steel signal to pass to controller by treater, and then have controller to control No. two motors by No. two conveyer chain work of No. two major axis drives; When steel leave approach switch, approach switch will be passed to controller by treater without the steel signal, and then have No. two motors of controller control to quit work, and chain so just can not occur can be with the phenomenon of Surface of profile wearing and tearing.The utility model is simple in structure, and abundant in the transition of two sections chain infalls, can not occur because of fully the pit page at the transition sprocket wheel place that forms be unfavorable for that steel pass through, be a kind of new design plan, be convenient to promote.

Description of drawings

Fig. 1 is birds-eye view of the present utility model;

Fig. 2 is schematic diagram of the present utility model.

The specific embodiment

Disclosed all features in this specification sheets, or the step in disclosed all methods or process except mutually exclusive feature and/or step, all can make up by any way.

Disclosed arbitrary feature in this specification sheets (comprising any accessory claim, summary and accompanying drawing) is unless special narration all can be replaced by other equivalences or the alternative features with similar purpose.That is, unless special narration, each feature is an example in a series of equivalences or similar characteristics.

As depicted in figs. 1 and 2, a kind of stacker grouping load transfer device described in the utility model comprises a plurality of feedways that be arranged in parallel 1, and described feedway is provided with detecting device, is provided with an actuating device and No. two actuating devices below feedway;

Described feedway comprises that two parallel being used for of being crisscross arranged connected material a conveyer chain 1.1 and to be used for No. two conveyer chains 2.2 of feeding, and a described conveyer chain 1.1 comprises that the two ends of 1.11, numbers supports 1.11 of a support are provided with for a sprocket wheel 1.12 that rotates;

Described No. two conveyer chains 2.2 comprise that the two ends of 2.21, No. two supports 2.21 of No. two supports are provided with for No. two sprocket wheels 2.22 that rotate;

A described actuating device 3.1 is arranged on the below of a conveyer chain 1.1, is used for controlling conveyer chain 1.1 rotations;

Described No. two actuating devices 3.2 are arranged on the below of No. two conveyer chains 2.2, are used for controlling No. two conveyer chain 2.2 rotations;

A described actuating device 3.1 comprises major axis 3.11 No. one, No. one major axis 3.11 is provided with a plurality of gears 3.12, each gear 3.12 correspondence is arranged on the below of each conveyer chain 1.1, a sprocket wheel 1.12 on conveyer chain 1.1 is connected by a chain with a gear 3.12, and the end of a major axis 3.11 is provided with a motor 3.14 that rotates for driving major axis 3.11;

Described No. two actuating devices 3.2 comprise major axis 3.21 No. two, No. two major axis 3.21 is provided with a plurality of No. two gears 3.22, each No. two gear 3.22 correspondence is arranged on the below of each No. two conveyer chain 2.2, No. two sprocket wheels 2.22 on No. two conveyer chains 2.2 are connected by No. two chains with No. two gears 3.22, and the end of No. two major axis 3.21 is provided with No. two motors 3.24 that rotate for driving No. two major axis 3.21;

Described detecting device comprises approach switch 4.1, treater 4.2 and controller 4.3, approach switch 4.1 is fixed on the sidewall of a conveyer chain 1.1 by switch bracket 4.11, the mouth of approach switch 4.1 is connected with the input end of treater 4.2, the mouth of treater 4.2 is connected with the input end of controller 4.3, and the mouth of controller 4.3 is connected with No. two motor 3.24 input ends.Approach switch 4.1 is arranged on the end of No. two conveyer chains 2.2.

The utility model is simple in structure, design ingenious, in use, at first start conveyer chain No. one, the section bar that conveyer chain drives on conveyer chain moves forward, when section bar arrives approach switch, approach switch will have the steel signal to pass to controller by treater, and then have controller to control No. two motors by No. two conveyer chain work of No. two major axis drives; When steel leave approach switch, approach switch will be passed to controller by treater without the steel signal, and then there are No. two motors of controller control to quit work, chain so just can not occur can be with the phenomenon of Surface of profile wearing and tearing, the utility model is simple in structure, and abundant in the transition of two sections chain infalls, can not occur because of fully the pit page at the transition sprocket wheel place that forms be unfavorable for that steel pass through, be a kind of new design plan, be convenient to promote.。

The utility model is not limited to the aforesaid specific embodiment.The utility model expands to any new feature or any new combination that discloses in this manual, and the arbitrary new method that discloses or step or any new combination of process.

Claims

1. stacker grouping load transfer device, is characterized in that, comprise a plurality of feedways that be arranged in parallel (1), described feedway is provided with detecting device, is provided with an actuating device and No. two actuating devices below feedway;

Described feedway comprises that two parallel being used for of being crisscross arranged connected material a conveyer chain (1.1) and to be used for No. two conveyer chains (2.2) of feeding, a described conveyer chain (1.1) comprises a support (1.11), and the two ends of a support (1.11) are provided with for a sprocket wheel (1.12) that rotates;

Described No. two conveyer chains (2.2) comprise No. two supports (2.21), and the two ends of No. two supports (2.21) are provided with for No. two sprocket wheels (2.22) that rotate;

A described actuating device (3.1) is arranged on the below of a conveyer chain (1.1), is used for controlling a conveyer chain (1.1) rotation;

Described No. two actuating devices (3.2) are arranged on the below of No. two conveyer chains (2.2), are used for controlling No. two conveyer chains (2.2) rotation;

A described actuating device (3.1) comprises a major axis (3.11), a major axis (3.11) is provided with a plurality of gears (3.12), each gear (3.12) correspondence is arranged on the below of each conveyer chain (1.1), a sprocket wheel (1.12) on a conveyer chain (1.1) is connected by a chain with a gear (3.12), and the end of a major axis (3.11) is provided with a motor (3.14) that rotates for driving a major axis (3.11);

Described No. two actuating devices (3.2) comprise No. two major axis (3.21), No. two major axis (3.21) are provided with a plurality of No. two gears (3.22), each No. two gears (3.22) correspondence is arranged on the below of each No. two conveyer chain (2.2), No. two sprocket wheels (2.22) on No. two conveyer chains (2.2) are connected by No. two chains with No. two gears (3.22), and the end of No. two major axis (3.21) is provided with No. two motors (3.24) that rotate for driving No. two major axis (3.21);

Described detecting device comprises approach switch (4.1), treater (4.2) and controller (4.3), approach switch (4.1) is fixed on the sidewall of a conveyer chain (1.1) by switch bracket (4.11), the mouth of approach switch (4.1) is connected with the input end of treater (4.2), the mouth of treater (4.2) is connected with the input end of controller (4.3), and the mouth of controller (4.3) is connected with No. two motors (3.24) input end.

2. stacker grouping load transfer device according to claim 1, is characterized in that, approach switch (4.1) is arranged on the end of No. two conveyer chains (2.2).