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轻钢笔记《模块化装配式建筑产品开发》

结论一:

建筑业是一个缺少基础研究和数据寸步难行的行业,没有基础实验数据,就没有应用价值。

结论二:

当所有的基础数据掌握在你手里的时候,即使公开全套制造资料,也不用担心被抄袭。

结论三:

看了这个公司的技术资料后,意识到远大的路线应该是正确的,而且是踏实的。


开篇小电影



在这里有一家公司,在海运集装箱节点基础上,开发适合高层modular建筑体系。

先通过一组照片,对他们的产品有个大概的认识

第一 概念设计


第二 节点开模


第三阶段 工装开发


第四阶段项目验证

Standardized, Structural, Scaleable, Modular Building System

We are proud to announce that the standardized modular building system we have been developing for the past three years is now available.

标准化,结构化,可伸缩,模块化建造系统

搞了三年,终于可以应用了

The  modular construction system is based on a cast steel connector, analogous to the ISO corners developed in the 50’s by Malcolm McLean for building ocean freight containers. However, unlike the single-purpose ISO corner, VectorBloc has multiple features which make it ideal for the fabrication of offsite-completed modules which stack and bolt together to create fully-braced buildings of almost any conceivable shape.

说是参考了50年代标准集装箱的铸钢连接,但是针对建筑应用做了改进

Following its Q2 2014 introduction to a select group, the VectorBlocsystem has been endorsed by leaders in the modular and steel fabrication industries, while applications have been found in the offsite construction of data centers, energy projects and chemical facilities.

2014年做了一些数据中心,能源项目等

Q1 2015  was exhibited at the World of Modular conventionin Las Vegas and garnered attention from delegates from around the world.

2015在拉斯维加斯参展

In Q2 2015 JMC Steel Group, the  largest producer of tubular goods in the Americas came on board as an investor and technical advisor (see press release). 

一五年第二季度有新融资

In Q4 2015 our module chassis plant in Harrow Ontario came on linetogether with high-production shell-molding tooling and machining fixtures with a capacity of 3,800 VectorBlocs / month, enough to build ~250,000 sf / 25,000 sqm of modules. VectorBloc’s chassis plant is the first facility in the world to convert steel coil in to modular buildings under one roof. Chassis can be shipped flat packed or fully assembled.

一五年第四季度,建了个年产两万五千个的工厂,在五大连湖附近

Starting in Q4 2015 VectorJig precision module assembly fixtures are available to VectorBloc licensees allowing customers to manufacture module chassis in their plants. The VectoRig halo and VectorSight safety line and surveying system will be on the market in Q1 2016.

许可给代理商自己在工厂生产

Q4 2015 we completed a 4-story / 8 module test stack in the yard of the Atlas Tube Harrow plant. See link to presentation at right.

In Q1 2016 production of modules for a 140-unit residential building began in the plant of our first licensee Connexio, located in Windsor, Ontario, North America’s manufacturing heartland.

2016年第一季度,位于北美制造业中心安大略省温莎市的第一家被许可的Connexio工厂开始生产140个单元的住宅模块。

The  Standardized Modular Building System actually consists of 7 interrelated groups of products and services:

由七个相互关联的系统组成,以下是七种系统的介绍

  • VectorBloc: A family of cast-steel connectors that facilitate the efficient design and assembly of volumetric and panelized modular buildings

  • Vectorjig: An adjustable precision fixture which makes it quick and easy to produce accurate module frames

  • Vectorig: A quick-disconnect connector and halo which takes the time and guesswork out of level hoisting

  • Vectorsight: A system for simple, accurate in-process surveying of modular building assembly, incorporating fall-prevention barriers

  • Vectorloc: A façade sealing system featuring an extendable gasket that is activated from within the building

  • Modular Design and conversion services

  • Factory Design, factory setup, fabrication and fabrication management service

  • Coming soon: Vectorcor: A plate-clad, concrete-filled integral shearwall system providing exceptional resistance to drift

  • Coming soon: Vectorlignum: A wood-steel-wood volumetric modular connector fully compatible with Vectorbloc and used for building wood-based modular buildings

下面是关于征集代理的事情

Becoming a licensed distributor or manufacturer

If you are interested in becoming a licensed distributor or manufacturer of structures based on the VectorBloc system, please contact Julian Bowron, President of Vector Praxis, using the address and phone numbers found in the contact section of this site.

下面是关于需求投资者的信息

Investing in VectorBloc

If you are interested in participating in the growth of VectorBloc and its establishment as the global standard in Modular Building Systems, please contact Julian Bowron, President of Vector Praxis, using the address and phone numbers found in the contact section of this site.

下面这个是故事,讲述了普通模块在项目操作中面临的问题,绝对值得学习

The origins of the VectorBloc Modular Construction System

When Vector Praxis was founded in 2011 we immediately began the development of a practical and comprehensive system for the construction of modular buildings. In Q1 2013 company President Julian Bowron began work in NYC on modular tower systems, then in Q3 2013 he returned to Toronto and opened the Vector Praxis design, prototyping and short-run production facility. 

A detailed study of several recent modular projects, including interviews with key players involved in both design and construction, revealed that the projects hit a glass ceiling at about 5 floors as accumulating tolerances disrupted the fit of modules and their integral interior finishes, MEP systems and facades. And other problems are common to many projects, including voids around brace frames, tedious hoisting procedures and inherently hazardous work under a suspended load.

We also noted that panelized, or “flat-pack” systems fare better in some ways, but extensive site work is required to complete the building, negating most of the advantages of modular construction. A comprehensive review of the challenges of the existing approaches led us to some fresh thinking about precision and eventually to the development of the Vectorbloc system.

From Q3 2013 to Q2 2014 the capability of the system was enhanced to address these issues, resulting in a suite of solutions capable of building factory-completed volumetric modular structures taller than 30 floors. By Q1 2015 design of the basic components of the VectorBloc system was complete, so focus shifted to the details of the precison fabrication fixtures, fixture automation, certification of the appropriate welding procedures, physical prototypes and structural scenario modelling.

Through 2015 the system was fully built and tested, resulting in the completion of the test stack and signing of agreements with our first licensee, Connexio.

第五阶段 公开所有技术路线,吸引资本关注


本文来自网络,不代表钢构人的立场,转载请注明出处。搜索工程类文章,就用钢构人网站。 https://www.ganggouren.com/2019/04/01c09147ed/
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