CN103612978B

CN103612978B - A kind of hoisting crane travels the track of staggered lifting part in length and breadth

Info

Publication number: CN103612978B
Application number: CN201310656752.9A
Authority: CN
Inventors: 陈振东
Original assignee: Tianjin Jianke Mechanical Products Co Ltd
Current assignee: Tianjin Jianke Mechanical Products Co Ltd
Priority date: 2013-12-05
Filing date: 2013-12-05
Publication date: 2015-08-19
Anticipated expiration: 2033-12-05
Also published as: CN103612978A

Abstract

The present invention discloses the track that a kind of hoisting crane travels staggered lifting part in length and breadth, comprising: form two articles of long rails that the 3rd hoisting crane runs; Form two the first cross tracks that the first heavy-duty machine runs; First cross track is lower than long rails, in region between two long rails that first cross track extension insertion is adjacent, the parts of the first crane hanging component are put in long rails region, then operate in arrangement processing in long rails region by the 3rd crane hanging component parts.Beneficial effect of the present invention is: hoisting crane travels along cross track, the parts of lifting are put into below long rails, in long rails region, processing is arranged again by the crane hanging component parts on long rails, thus realize adjacent area transport transferring elements, save parts haulage time and transportation device, there is cost low, reduce labor intensity, enhance productivity, for enterprise's realization standardization, automation, integration Management establish technical foundation.

Description

A kind of hoisting crane travels the track of staggered lifting part in length and breadth

Technical field

What the present invention relates to is the track of crane running, particularly be between steel bar meter dispensing vehicle between a kind of hoisting crane of convenient and swift transmitting workpiece can travel the track of staggered lifting part in length and breadth.

Background technology

Along with the deep development of economic construction, in enterprise, processing half-blank reinforcing steel bar part needs just can machine through multiple workshop, multiple working procedure, because the layout in workshop normally divides according to processing technology or Fabricating machinery, separate between workshop, therefore transmitting transporting semi-finished reinforcing steel bar part must by means of lifting appliance and transport vehicle, for completing the processing of reinforcing bar product in enormous quantities, it is many to there is auxiliary conveying equipments in currently available technology, traffic cost is high, the large and inefficient defect of labour intensity.

Summary of the invention

The object of the invention is to the defect overcoming above-mentioned prior art, the parts of crane hanging component in a kind of adjacent zones of different are provided to transmit in zones of different in time, save parts haulage time and cost, reduce labor intensity, a kind of hoisting crane of enhancing productivity travels the track of staggered lifting part in length and breadth.

The technical scheme solved the problems of the technologies described above is:

Hoisting crane travels a track for staggered lifting part in length and breadth, comprising: form two articles of parallel long rails that the 3rd hoisting crane runs; Two that form that the first heavy-duty machine runs parallel the first cross tracks; First cross track is lower than long rails, in region between two parallel longitudinal direction tracks that first cross track extension insertion is adjacent, the parts of the first crane hanging component are put in long rails region, then operate in arrangement processing in long rails region by the 3rd crane hanging component parts.

Preferred version is: also comprise two parallel the second cross tracks that formation second hoisting crane runs, the second cross track and the first cross track structure same intervals and be set up in parallel; Second cross track and the first cross track extend in the region between insertion two parallel longitudinal direction tracks simultaneously, the parts that the first heavy-duty machine/the second hoisting crane is lifted respectively are put in long rails region, then operate in arrangement processing in long rails region by the 3rd crane hanging component parts.

Preferred version is: the first cross track and the second cross track extend the distance inserted in long rails region and be: the spacing of≤1/2 two parallel long rails.

The invention has the beneficial effects as follows: the present invention overcomes the deficiencies in the prior art, hoisting crane of the present invention travels along cross track, the parts of lifting are put into below long rails, in long rails region, processing is arranged again by the crane hanging component parts on long rails, thus realize adjacent area transport transferring elements, save parts haulage time and transportation device, there is cost low, reduce labor intensity, enhance productivity, for enterprise realizes standardization, automation, integrated management, establish technical foundation.

Accompanying drawing explanation

Fig. 1 is front view of the present invention;

Fig. 2 is the birds-eye view of Fig. 1.

" in accompanying drawing, sequence number illustrates "

1: the first heavy-duty machine; Cross track after cross track, 1B: the first before 1A: the first; 2: the second hoisting cranes; Cross track before 2A: the second; Cross track after 2B: the second; 3: the three hoisting cranes; 3A: left side long rails; 3B: right side long rails; 5: steel column; 6: short steel column; 7: bracket; 8: first area; 9: second area; 10: the three regions; W: parts.

Detailed description of the invention

Below in conjunction with accompanying drawing, embodiments of the invention are described in further detail.

Fig. 1 is front view of the present invention; Fig. 2 is the birds-eye view of Fig. 1.

As shown in the figure, the invention provides the track that a kind of hoisting crane travels staggered lifting part in length and breadth, its structure comprises: form two articles of parallel left side long rails 3A and right side long rails 3B that the 3rd hoisting crane 3 runs;

Cross track 1B after cross track 1A and first before two that form that the first heavy-duty machine 1 runs parallel first;

Before described first, the rear cross track 1B of cross track 1A and first is lower than left side long rails 3A and right side long rails 3B, in region between two parallel left side long rails 3A and right side long rails 3B that before first, after cross track 1A and first, cross track 1B extension insertion is adjacent, the parts W that the first heavy-duty machine 1 is lifted is put in left side long rails 3A and long rails 3B region, right side, then operates in arrangement processing in left side long rails 3A and long rails 3B region, right side by the 3rd hoisting crane 3 lifting part W.

Cross track 2B after cross track 2A and second before the present invention also comprises two parallel second that formation second hoisting crane 2 runs, the rear cross track 1B structure same intervals of cross track 1A and first and being set up in parallel before cross track 2B and first after cross track 2A and second before second;

Before second, after cross track 2A and second, cross track 2B extends in the region between insertion two parallel left side long rails 3A and right side long rails 3B with cross track 1B after cross track 1A and first before first simultaneously, the parts W that the first heavy-duty machine 1, second hoisting crane 2 is lifted respectively is put in left side long rails 3A and long rails 3B region, right side, then operates in arrangement processing in left side long rails 3A and long rails 3B region, right side by the 3rd hoisting crane 3 lifting part W.

Before described first after cross track 1A and first before cross track 1B, second after cross track 2A and second cross track 2B extend respectively and insert left side long rails 3A and with the distance in long rails 3B region, right side be: the spacing of≤1/2 two parallel left side long rails 3A and right side long rails 3B.

More particularly, as shown in Figure 1 and Figure 2, first area 8 and second area 9 structure same intervals and be set up in parallel, the 3rd region 10 is adjacent first area 8 and second area 9 simultaneously, and above-mentioned three regions are equivalent to three workshops processing half-blank reinforcing steel bar part.

Two articles of parallel left side long rails 3A and right side long rails 3B are had on the 3rd top, region 10, left side long rails 3A and right side long rails 3B slide the 3rd hoisting crane 3, left side long rails 3A and right side long rails 3B is supported on multiple bracket 7, and steel column 5 supports bracket 7; Before insert in the 3rd region 10 first after cross track 1A and first cross track 1B terminal and insert second before after cross track 2A and second terminal of cross track 2B supported by the short steel column 6 lower than steel column 5 respectively, in the 3rd region 10, form staggered floor between above-mentioned track.

Before top, first area 8 has two parallel first, cross track 1B after cross track 1A and first, after cross track 1A and first, cross track 1B slides the first heavy-duty machine 1 before first.

Before second area 9 top has two parallel second, cross track 2B after cross track 2A and second, after cross track 2A and second, cross track 2B slides the second hoisting crane 1 before second.

Cross track 1B after cross track 1A and first before in first area 8 first, in second area 9 second before after cross track 2A and second cross track 2B be arranged on strong point steel column 5 being same as short steel column 6 height respectively and support; Before first after cross track 1A and first before cross track 1B, second after cross track 2A and second cross track 2B also can be supported on multiple bracket 7, this bracket 7(figure does not show) be arranged on steel column 5 is same as short steel column 6 height the strong point on.

Below the process that the present invention lifts transfer unit W is described:

As mentioned above, staggered floor is formed between above-mentioned track in the 3rd region 10, parts W lifting can be transported in the 3rd region 10 by the first heavy-duty machine 1 run in first area 8 and second area 9 and the second hoisting crane 2 respectively, cross track 1B after cross track 1A and first is avoided before first of insertion again by the first transverse shifting of the 3rd hoisting crane 3 lifting part W run in the 3rd region 10, cross track 2B after cross track 2A and second before second, again along cross track 1B after cross track 1A and first before not inserting in the 3rd region 10 first, second half space moving-member W of the rear cross track 2B of cross track 2A and second before second, as required in the processing and sorting of the 3rd complete cheek W in region 10.

Equally, also can transmit according to above-mentioned contrary transportation route the processing and sorting being transported to complete cheek W in first area 8 and second area 9 respectively from the parts W in the 3rd region 10; Or transmit the processing and sorting being transported to complete cheek W in second area 9, in the 3rd region 10 respectively according to above-mentioned transportation route from the parts W in first area 8.

Cross track 1A and cross track 2B after cross track 2A and second before cross track 1B, second after first vertical left side long rails 3A and right side long rails 3B respectively before above-mentioned first.

Due to existing staggered floor between the present invention's three region inner orbits, exist again crisscross, make the parts of lifting function in adjacent zones of different lift transmission transport in time and complete processing and sorting.

Claims

1. hoisting crane travels a track for staggered lifting part in length and breadth, it is characterized in that, comprising:

Two articles that form that the 3rd hoisting crane (3) runs parallel long rails (3A, 3B);

Form the first cross track (1A, 1B) that the first heavy-duty machine (1) two of running are parallel;

First cross track (1A, 1B) is lower than long rails (3A, 3B), in region between two parallel longitudinal direction tracks (3A, 3B) that first cross track (1A, 1B) extension insertion is adjacent, the parts (W) that the first heavy-duty machine (1) is lifted are put in long rails (3A, 3B) region, then operate in arrangement processing in long rails (3A, 3B) region by the 3rd hoisting crane (3) lifting part (W).

2. the track of staggered lifting part is travelled in length and breadth according to a kind of hoisting crane described in claim 1, it is characterized in that, two that also comprise that formation second hoisting crane (2) runs parallel the second cross tracks (2A, 2B), the second cross track (2A, 2B) and the first cross track (1A, 1B) structure same intervals and be set up in parallel; Second cross track (2A, 2B) and the first cross track (1A, 1B) extend in the region between insertion two parallel longitudinal direction tracks (3A, 3B) simultaneously, the parts (W) that the first heavy-duty machine (1)/second hoisting crane (2) is lifted respectively are put in long rails (3A, 3B) region, then operate in arrangement processing in long rails (3A, 3B) region by the 3rd hoisting crane (3) lifting part (W).

3. the track of staggered lifting part is travelled in length and breadth according to a kind of hoisting crane described in claim 1 or 2, it is characterized in that, the first cross track (1A, 1B) and the second cross track (2A, 2B) extend the distance inserted in long rails (3A, 3B) region and are: the spacing of≤1/2 two parallel long rails (3A, 3B).