CN103413061A - Supplementary calculating system module for steel structure engineering quantity - Google Patents
Supplementary calculating system module for steel structure engineering quantity Download PDFInfo
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- CN103413061A CN103413061A CN2013103798771A CN201310379877A CN103413061A CN 103413061 A CN103413061 A CN 103413061A CN 2013103798771 A CN2013103798771 A CN 2013103798771A CN 201310379877 A CN201310379877 A CN 201310379877A CN 103413061 A CN103413061 A CN 103413061A
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Abstract
The invention provides a supplementary calculating system module for steel structure engineering quantity. The supplementary calculating system module for the steel structure engineering quantity comprises a project overview module, a steel frame calculating module, a crane beam calculating module, a secondary component calculating module, a roofing purline calculating module, a wall purline calculating module, a door and window calculating module, a wall board calculating module, a roofing board calculating display module, other calculating display modules and a summary display module. According to the supplementary calculating system module for the steel structure engineering quantity, a simple, clear, omission-free, convenient to audit calculating mode is provided for calculation of the steel structure engineering quantity, the calculated steel structure engineering quantity is close to the actual generated engineering quantity, and accordingly the supplementary calculating system module can be widely applied to steel structure enterprises and is beneficial to improvement of the bid acceptance probability of tender offers.
Description
Technical field
The present invention relates to structural steelwork and calculate field, be specifically related to a kind of supplementary computing system module for the structural steelwork amount.
Background technology
At present in the actual computation work of steel construction, still there is no special computing system module for steel construction, the budgeter calculates and there is no unified calculated description version the structural steelwork amount, and how mixed and disorderly the budget thinking is, often need the auditor to recalculate, even budgeter's self check also is difficult to the mistake that finds oneself to calculate, not only lose time, also greatly reduce work efficiency.For the computing system module, according to computing environment, also can need the information of carrying out to supplement and adjust, if there is no rational information added machinery, can't obtain more accurate evaluation.
Summary of the invention
For above problems of the prior art, the invention provides a kind ofly apply simply, a kind of supplementary computing system module for the structural steelwork amount conveniently.
The present invention is achieved by the following technical solutions:
A kind of supplementary computing system module for the structural steelwork amount, described computing system module comprises: be used to recording the project overview module of engineering essential information and corresponding preset parameter, for inputting the steelframe computing module of the required variable element of structural steelwork amount master steel structure operation, for inputting the crane girder computing module of the required variable element of structural steelwork amount crane girder operation, for inputting the secondary member computing module of the required variable element of structural steelwork amount secondary member operation, for inputting the roof purline computing module of the required variable element of structural steelwork amount roof purline operation, for inputting the metope purlin computing module of the required variable element of structural steelwork amount metope purlin operation, for inputting the door and window computing module of the required variable element of structural steelwork amount door and window operation, for integration project overview module and door and window computing module, obtain shingle nail correlation computations data also by the shingle nail calculating display module of interface display, for integration project overview module and the long-pending ribbon skylight area data of roofing, obtain roof boarding correlation computations data also by the roof boarding calculating display module of interface display, for aforementioned modules being carried out to information, supplement, calculate and pass through other calculating display module of interface display, and the display module that gathers that carries out Classifying Sum interface display for the quantities that aforementioned whole modules are calculated,
Wherein: the signal output part of described project overview module is connected with steelframe computing module, crane girder computing module, secondary member computing module, roof purline computing module, metope purlin computing module and door and window computing module signal input part separately respectively;
The signal output part of described project overview module also is connected with the signal input part of roof boarding calculating display module;
A signal output part of described door and window computing module is connected with the signal input part that shingle nail calculates display module;
Described steelframe computing module, crane girder computing module, secondary member computing module, roof purline computing module, metope purlin computing module, door and window computing module, shingle nail calculate display module and all with the signal output part that other calculates display module, are connected with the signal output part that roof boarding calculates display module;
The described signal output part that other calculates display module is connected with the signal input part that gathers display module.
Beneficial effect of the present invention is: by system setting of the present invention, calculating to various structural steelwork amounts provides computation schema simple, clear, that nothing is omitted, is convenient to examine, computational accuracy is higher, the structural steelwork amount calculated is close to the Practical Project generating capacity, can be widely used in steel construction enterprise, be conducive to improve offer by tender acceptance of the bid rate.Especially other calculates the introducing of display module, can according to computing environment, require to introduce other side information, improves the accuracy that native system calculates.
The accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
In figure: 1 for the project overview module, 2 for the steelframe computing module, 3 for the crane girder computing module, 4 for the secondary member computing module, 5 for the roof purline computing module, 6 for metope purlin computing module, 7 for the door and window computing module, 8 for shingle nail calculate display module, 9 for roof boarding calculating display module, 10 for other calculating display module, 11 for gathering display module.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further details.
The invention provides a kind of supplementary computing system module for the structural steelwork amount, described computing system module comprises that project overview module 1, steelframe computing module 2, crane girder computing module 3, secondary member computing module 4, roof purline computing module 5, metope purlin computing module 6, door and window computing module 7, shingle nail calculate display module 8, roof boarding calculates display module 9, other calculating display module 10 and gathers display module 11.
The effect of each module is respectively:
Project overview module 1 is be used to recording engineering essential information and corresponding preset parameter, and main contents comprise that axis overall length, depth, a number, wind post radical, the standard width of a room in an old-style house, span, spelling number, beam-ends, overall length, beam overall, area, limes marginis are high, the height of height overall, eaves height, post height, brick wall height, the indoor and outdoor discrepancy in elevation, Mu, slope, slope system, parapet, liner, interior gutter etc.
Steelframe computing module 2, for inputting the required variable element of structural steelwork amount master steel structure operation, comprises wing plate, the cross dimensions of web, number of packages, length, width, the thickness of post beam; Number of packages, length, width, the thickness of each category node of post beam; The wing plate of wind-resistant column, the cross dimensions of web, number of packages, length, width, thickness; The number of packages of each category node of wind-resistant column, length, width, thickness; The calculating of rain cover structure, secondary member and purlin holder web joint etc.
Crane girder computing module 3 is for inputting the required variable element of structural steelwork amount crane girder operation, comprises cross dimensions, number of packages, length, width, the thickness of fill plate between the upper flange, web, lower wing plate, end-plate, stiffener, bracket backing plate, bracket fill plate, end web joint, beam of crane girder and connection thereof etc.;
Secondary member computing module 4, for inputting the required variable element of structural steelwork amount secondary member operation, comprises intercolumniation support, horizontal support, tie-rod, angle brace, purlin tie rod, batter brace, sleeve pipe, muscle tie rod, muscle slanted bar.
Roof purline computing module 5, for inputting the required variable element of structural steelwork amount roof purline operation, comprises end bay purlin, middle span purlin.
Metope purlin computing module 6, for inputting the required variable element of structural steelwork amount metope purlin operation, comprises end bay joist, middle span joist, doorframe, window frame.
Door and window computing module 7 is required variable element in the operation of input structural steelwork amount door and window, comprises wide, high, the door frame number of door and window.
Shingle nail calculates display module 8 and obtains shingle nail correlation computations data and pass through interface display for integration project overview module 1 and door and window computing module 7.
Roof boarding calculates display module 9 and obtains roof boarding correlation computations data and pass through interface display for integration project overview module 1 and the long-pending ribbon skylight area data of roofing.
Other calculates display module 10 for the aforementioned modules information of carrying out being supplemented, calculated and passing through interface display.
Gather display module 11 and carry out Classifying Sum interface display for the quantities that aforementioned whole modules are calculated.
Connected mode between above-mentioned module is:
The signal output part of project overview module 1 is connected with steelframe computing module 2, crane girder computing module 3, secondary member computing module 4, roof purline computing module 5, metope purlin computing module 6 and door and window computing module 7 signal input part separately respectively.
The signal output part of project overview module 1 also is connected with the signal input part of roof boarding calculating display module 9 simultaneously.
And a signal output part of door and window computing module 7 is connected with the signal input part that shingle nail calculates display module 8.
Steelframe computing module 2, crane girder computing module 3, secondary member computing module 4, roof purline computing module 5, metope purlin computing module 6, door and window computing module 7, shingle nail calculate display module 8 and all with the signal input part that other calculates display module 10, are connected with the signal output part that roof boarding calculates display module 9, then are connected with the signal input part that gathers display module 11 by other signal output part that calculates display module 10.
By system setting of the present invention, calculating to various structural steelwork amounts provides computation schema simple, clear, that nothing is omitted, is convenient to examine, computational accuracy is higher, the structural steelwork amount calculated is close to the Practical Project generating capacity, can be widely used in steel construction enterprise, be conducive to improve offer by tender acceptance of the bid rate.
Claims (1)
1. supplementary computing system module for the structural steelwork amount is characterized in that described computing system module comprises:
For record engineering essential information and corresponding preset parameter the project overview module,
For input the required variable element of structural steelwork amount master steel structure operation the steelframe computing module,
For input the required variable element of structural steelwork amount crane girder operation the crane girder computing module,
For input the required variable element of structural steelwork amount secondary member operation the secondary member computing module,
For input the required variable element of structural steelwork amount roof purline operation the roof purline computing module,
For input the required variable element of structural steelwork amount metope purlin operation metope purlin computing module,
For input the required variable element of structural steelwork amount door and window operation the door and window computing module,
For integration project overview module and door and window computing module obtain shingle nail correlation computations data the shingle nail by interface display calculate display module,
For the long-pending ribbon skylight area data of integration project overview module and roofing obtain roof boarding correlation computations data the roof boarding by interface display calculate display module,
For to aforementioned modules the information of carrying out supplement, calculate and pass through interface display other calculating display module,
And the display module that gathers that carries out Classifying Sum interface display for the quantities that aforementioned whole modules are calculated;
Wherein:
The signal output part of described project overview module is connected with steelframe computing module, crane girder computing module, secondary member computing module, roof purline computing module, metope purlin computing module and door and window computing module signal input part separately respectively;
The signal output part of described project overview module also is connected with the signal input part of roof boarding calculating display module;
A signal output part of described door and window computing module is connected with the signal input part that shingle nail calculates display module;
Described steelframe computing module, crane girder computing module, secondary member computing module, roof purline computing module, metope purlin computing module, door and window computing module, shingle nail calculate display module and all with the signal output part that other calculates display module, are connected with the signal output part that roof boarding calculates display module;
The described signal output part that other calculates display module is connected with the signal input part that gathers display module.
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| CN105808894A (en) * | 2016-05-11 | 2016-07-27 | 中国电力工程顾问集团中南电力设计院有限公司 | Power transmission line basic mass design drawing method |
| CN112307074A (en) * | 2020-10-30 | 2021-02-02 | 上海东方投资监理有限公司 | BIM (building information modeling) civil engineering metering method, system and device and storage medium |
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| CN103115791A (en) * | 2013-01-29 | 2013-05-22 | 常州市房产信息中心 | Method and device for field performance detection of steel portal rigid-framed structures |
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| CN105808894A (en) * | 2016-05-11 | 2016-07-27 | 中国电力工程顾问集团中南电力设计院有限公司 | Power transmission line basic mass design drawing method |
| CN112307074A (en) * | 2020-10-30 | 2021-02-02 | 上海东方投资监理有限公司 | BIM (building information modeling) civil engineering metering method, system and device and storage medium |
| CN112307074B (en) * | 2020-10-30 | 2023-06-20 | 上海东方投资监理有限公司 | BIM civil engineering metering method, system, device and storage medium |
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