CN202245177U - Automatic processing conveying line for reinforcing steel bar part - Google Patents

Abstract

The utility model discloses an automatic processing conveying line for a reinforcing steel bar part, which comprises a straightway conveyer and a plurality of moving conveyers, wherein the straightway conveyer is fixedly arranged along an axial direction; several parts of the straightway conveyer are cut by a plurality of processing rails which are vertical to the straightway conveyer; a plurality of straightway horizontal rollers are arranged at the top of the straightway conveyer; the moving conveyers are respectively arranged on the processing rails; the length L of the moving conveyers is slightly less than the width of the cut parts of the straightway conveyer; the moving conveyers move on the respective processing rails under the control of a control system; a plurality of moving horizontal rollers are arranged at the top of the moving conveyers; and the moving horizontal rollers and the straightway horizontal rollers are axially parallel to each other and are same in height. The automatic processing conveying line for the reinforcing steel bar part has the beneficial effects that the conveying line for the to-be-processed reinforcing steel bar part is formed by the straightway conveyer and the moving conveyers, the transfer time between processes is reduced, the labor intensity is reduced, the transportation equipment is reduced, the production efficiency is high, and the standard and integrated management is realized.

Description

Automatic processing conveyor line for steel parts

technical field

The utility model relates to an automatic processing conveying line for steel bar parts in a steel bar processing workshop.

Background technique

With the in-depth development of economic construction, the demand for steel products has also increased, especially in the fields of construction, roads, bridges and transportation. The use of mechanized production instead of manually processed steel parts has become popular. Therefore, a batch of Companies that automate the processing of steel parts are growing rapidly. the

At present, in the steel bar processing workshop of the enterprise, although the processing process of the steel bar parts is completed on the automatic equipment, the layout of most of the equipment is not installed according to the process flow layout, and the interconnected processes need to be manually transported by means of cranes and transport vehicles. Semi-finished products Rebar parts. In the prior art, the conveying process of semi-finished steel bar parts between multiple separate automation equipment is still in a backward state.

The transfer of the steel bar parts processing procedure in the above-mentioned prior art steel bar processing workshop has the following defects: because the steel bar parts are generally produced in large batches, the steel bar parts themselves have the characteristics of large volume and weight, and the transportation of semi-finished steel bar parts in the workshop requires heavy lifting equipment and Transport vehicles have the defects of high cost of auxiliary transport equipment and freight, difficult operation, high labor intensity and low efficiency.

Contents of the invention

The purpose of this utility model is to overcome the deficiencies of the above-mentioned technologies, to provide a kind of fixed conveying roller table and moving conveying roller table to connect a plurality of equipment separated from each other in series, to automatically complete the processing of steel bar parts, to save manpower and to assist the steel bar transport equipment Conveyor lines for automated processing of components.

The technical scheme that solves the above-mentioned technical problem is:

An automatic processing conveyor line for steel bar parts, the automatic processing conveyor line for steel bar parts includes: a straight conveyor and a plurality of moving conveyors; the straight conveyor is fixed in the axial direction, and there are multiple places on the straight conveyor Multiple vertical working step tracks are disconnected; there are multiple straight horizontal rollers on the top of the straight conveyor, and the straight horizontal rollers are driven by a power source to rotate and convey steel bar components; the multiple mobile conveyors are respectively arranged on the On a plurality of working step tracks, the length L of which is slightly smaller than the disconnected width of the straight conveyor, they move on the respective working step tracks under the control of the control system; there are multiple moving horizontal rollers on the top of the moving conveyor, and the Driven by a power source, the moving horizontal roller rotates and conveys the reinforcing bar; the moving horizontal roller is axially parallel to the straight horizontal roller and has the same height.

The beneficial effects of the utility model are: the utility model overcomes the deficiencies of the prior art, and the processing conveying line of the steel bar parts to be processed is composed of a fixed straight conveyor and a moving mobile conveyor to complete the processing and transportation of the steel bar parts to be processed The whole process. The utility model saves the transfer time between processing procedures, reduces labor intensity, reduces expensive heavy transportation equipment, has high production efficiency, is convenient to realize a standardized and integrated management mode, and lays a technical foundation for the realization of fully automated production and management of steel bar parts processing workshops. .

Description of drawings

Fig. 1 structural representation of the utility model;

Fig. 2 is a partial enlarged view of the straight conveyor in Fig. 1;

Fig. 3 is a sectional view of A-A in Fig. 1, showing the structure of the moving conveyor.

"Description of Serial Numbers in the Attached Drawings"

1: steel bar raw material; 1a: steel bar parts to be processed; 1b: finished steel bar parts; 2: straight horizontal roller; 3: working step track; 4a: first steel bar processing equipment; Final steel bar processing equipment; 5: frame; 6: roller; 7: power source; 8: moving trolley; 10: straight conveyor; 30: moving conveyor; 31: moving horizontal roller; 40: finished product area; L: length .

Detailed ways

Embodiments of the utility model are described in further detail below in conjunction with the accompanying drawings.

Fig. 1 is a structural schematic diagram of the utility model; Fig. 2 is a partially enlarged view of the straight conveyor in Fig. 1; Fig. 3 is a cross-sectional view of A-A in Fig. 1, showing the structure of the mobile conveyor.

As shown in the figure, the utility model provides an automatic processing conveyor line for steel bar parts, which includes: a straight conveyor 10 and a plurality of moving conveyors 30 .

The straight conveyor 10 is fixedly arranged in the axial direction, and there are many places on the straight conveyor 10 that are disconnected by the step track 3 perpendicular to it; there are multiple straight horizontal rollers 2 on the top of the straight conveyor 10, and the straight conveyor The horizontal roller 2 is driven by the power source to rotate and convey the reinforcing bar parts. the

The plurality of mobile conveyors 30 are respectively arranged on the working step track 3, the length L of each mobile conveyor 30 is slightly smaller than the disconnected width of the straight conveyor 10, and multiple mobile conveyors are moved under the control of the control system. Conveyors 30 move on their respective working step tracks 3 respectively; the top of the mobile conveyor 30 has multiple moving horizontal rollers 31, and the moving horizontal rollers 31 are driven by a power source to rotate and convey steel bar components; the moving horizontal rollers 31 It is axially parallel to the straight horizontal roller 2 and has the same height.

The straight conveyor 10 is arranged in the unloading area of the reinforcement processing equipment on both sides thereof.

The mobile conveyor 30 moves along the step track 3 to the loading and unloading area of the steel bar processing equipment in different steps under the control of the control system or is inserted at the disconnection of the straight conveyor 10 .

The straight conveyor 10 includes: a frame 5, a straight horizontal roller 2 and a power transmission device; the straight horizontal roller 2 is hinged on the top of the frame 5, and one end of the straight horizontal roller 2 is connected to the power transmission device.

Described mobile conveyer 30 comprises: mobile trolley 8, mobile horizontal roller 31 and power source transmission device; Described mobile horizontal roller 31 is hinged on the top of mobile trolley 8, and one end of mobile horizontal roller 31 is connected power source transmission device; Mobile trolley The bottom of 8 is provided with a roller 6, and the roller 6 rolls along the working step track 3;

More specifically, as shown in FIG. 2 , the structure for driving the rotation of the straight horizontal rollers 2 includes: two ends of a plurality of straight horizontal rollers 2 are hinged and supported on both sides of the frame 5 through bearings, and the straight horizontal rollers 2 One end protrudes and is arranged on the outside of the frame 5 and is equipped with sprockets. The sprockets on the adjacent straight horizontal rollers 2 are all connected by a single chain. When the first straight horizontal roller 2 rotates, it will be transmitted to all The straight horizontal roller 2 rotates; the output shaft of the power source 7 is equipped with a driving sprocket, and the driving sprocket is connected to one of the sprockets of the multiple straight horizontal rollers 2 through a chain. When the power source 7 rotates, the rotation can be transmitted to multiple straight horizontal rollers. The rollers 2 rotate together to facilitate the conveying of steel bar parts.

As shown in FIG. 3 , the rotating structure of the moving horizontal roller 31 on the moving conveyor 30 is the same as the rotating structure of the straight horizontal roller 2 , and the description is omitted here.

Claims (5)

1. a reinforcing bar parts automation processing travel line is characterized in that, said reinforcing bar parts automation processing travel line comprises: straight way conveyer (10) and a plurality of moving conveyor (30);

Said straight way conveyer (10) fixedly installs vertically, on straight way conveyer (10), has many places to be broken off by perpendicular a plurality of work step tracks (3); At straight way conveyer (10) top many straight way horizontal roller (2) are arranged, said straight way horizontal roller (2) is rotational conveyance reinforcing bar parts under drive power source;

Said a plurality of moving conveyor (30) is separately positioned on said a plurality of work step tracks (3), and its length L is slightly less than the open circuited width of said straight way conveyer (10), under control system control, goes up mobile at work step track (3) separately; Many mobile and horizontal rollers (31) are arranged at the top of moving conveyor (30), and said mobile and horizontal roller (31) is rotational conveyance reinforcing bar parts under drive power source; Said mobile and horizontal roller (31) is with said straight way horizontal roller (2) axially parallel and highly equate.

2. according to the processing of the reinforcing bar parts automation described in the claim 1 travel line, it is characterized in that,

Said straight way conveyer (10) is arranged on the discharging area of its both sides reinforcing bar Fabricating machinery.

3. according to the processing of the reinforcing bar parts automation described in the claim 1 travel line; It is characterized in that, said moving conveyor (30) move at control system control lower edge work step track (3) different work steps the reinforcing bar Fabricating machinery the dress discharge zone or be inserted in the gap of straight way conveyer (10).

4. according to the processing of the reinforcing bar parts automation described in the claim 1 travel line, it is characterized in that said straight way conveyer (10) comprising: frame (5), straight way horizontal roller (2) and propulsion source driving device; Said straight way horizontal roller (2) is hinged on the top of frame (5), and an end of straight way horizontal roller (2) connects the propulsion source driving device.

5. according to the processing of the reinforcing bar parts automation described in the claim 1 travel line, it is characterized in that said moving conveyor (30) comprising: travelling car (8), mobile and horizontal roller (31) and propulsion source driving device; Said mobile and horizontal roller (31) is hinged on the top of travelling car (8), and an end of mobile and horizontal roller (31) connects the propulsion source driving device; The bottom of travelling car (8) is provided with roller (6), and this roller (6) is gone up along said work step track (3) and rolled.

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