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The Swedish National Innovation System 1970-2003 - Vinnova

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7 Technological Performance<br />

<strong>The</strong> <strong>Swedish</strong> national innovation system has during<br />

the entire period <strong>1970</strong>–<strong>2003</strong> been among the leading<br />

countries in the OECD in terms of generating<br />

technological inventions, measured as international<br />

patenting in relation to population size. <strong>Swedish</strong><br />

international patenting of new technology has risen<br />

considerably in recent decades, in total and across<br />

all high-technology and medium high-technology<br />

fields. Apart from the USA, Japan, Germany and<br />

Switzerland, Sweden has a higher level of patenting<br />

in relation to population size than any other country<br />

within most technology areas. A major reason for<br />

the strong <strong>Swedish</strong> position is that Sweden has the<br />

largest concentration of R&D-intensive industrial<br />

groups in the world. Also the industrial groups in<br />

medium-sized low-technology industries are relatively<br />

R&D-intensive and technologically competitive.<br />

Multinational R&D-intensive industrial groups in<br />

Sweden dominate <strong>Swedish</strong> international patenting,<br />

while independent SMEs patent very little outside<br />

Sweden and university researchers or R&D institutes<br />

even less.<br />

Total international technology patenting<br />

Technological performance is fundamental to innovation<br />

processes and is here understood as inventions, in a<br />

broad sense, i.e. ideas and results that are possible to<br />

commercialise and exploit in different kinds of production.<br />

Technological competitiveness is here measured in<br />

terms of different countries’ patenting in the USA. 26<br />

Throughout the period studied Sweden has been<br />

highly competitive in terms of patenting in the USA<br />

and was ranked fourth in the world in 2001. <strong>Swedish</strong><br />

patenting in the USA rose rapidly during the second half<br />

of the 1990s, from a level that was already relatively high<br />

by international standards. Other countries with high<br />

patenting in the USA have shown a similar trend, albeit<br />

not as pronounced, figure 7.1.<br />

In terms of triadic patenting, i.e. patents assigned in<br />

the three patenting areas USA, EU and Japan, statistics<br />

show that Sweden is even more competitive. Only<br />

Switzerland reports a higher rate of triadic patenting<br />

than Sweden. As in the case with US-patenting,<br />

<strong>Swedish</strong> triadic patenting rose rapidly in the latter half<br />

of the 1990s.<br />

Sectoral patenting performance<br />

<strong>Swedish</strong> technological competitiveness is particularly<br />

strong in telecommunications. However, the most<br />

significant characteristic of the <strong>Swedish</strong> technological<br />

strength is its breadth. Sweden is highly competitive<br />

technologically in most high-technology and medium<br />

high-technology fields. This is a reflection of the breadth<br />

of the <strong>Swedish</strong> manufacturing industry across almost<br />

all the high-technology and medium high-technology<br />

industries. <strong>The</strong>se industries are all dominated by large<br />

multinational groups with a strong R&D base in<br />

Sweden, figure 7.2.<br />

Apart from the USA, Japan, Germany and<br />

Switzerland, Sweden has a higher level of patenting in<br />

relation to its population size than any other country<br />

within most technology areas. However, compared to<br />

the major patenting countries in the world, the USA 27<br />

and Japan, the level of <strong>Swedish</strong> patenting is rather low<br />

in most high-technology and medium high-technology<br />

fields.<br />

Patenting organisations<br />

A major reason for Sweden’s high technological<br />

competitiveness in terms of international patenting<br />

is the large share and dominating role played by large<br />

multinational and R&D-intensive industrial groups<br />

within the <strong>Swedish</strong> national innovation system.<br />

Companies that accounted for particularly<br />

substantial patenting activities in the USA included the<br />

<strong>Swedish</strong> parts of Ericsson, AstraZeneca and Pharmacia<br />

Upjohn in the telecommunication and pharmaceuticals<br />

sectors. ABB and a number of other industrial groups<br />

with considerable R&D presence in Sweden also<br />

increased their patenting substantially in the latter half<br />

of the 1990s. <strong>The</strong> sharp rise in patenting activities by<br />

these industrial groups contributed to most of the rapid<br />

increase in <strong>Swedish</strong> patenting in the USA noted in the<br />

second half of the 1990s. Large multinational groups,<br />

with a strong R&D base in Sweden, dominate <strong>Swedish</strong><br />

patenting in the USA, accounting for about 70 per cent<br />

of all patents in 2001, figure 7.3.<br />

SMEs represent only a very small proportion of<br />

overall <strong>Swedish</strong> international patenting. Moreover, a<br />

majority of the patenting SMEs are firms belonging<br />

to large multinational groups. Patents by individual<br />

entrepreneurs, R&D institutes or special organisations<br />

patenting inventions from the research system account<br />

for only a minor proportion of <strong>Swedish</strong> international<br />

patenting.<br />

26 THE SWEDISH NATIONAL INNOVATION SYSTEM <strong>1970</strong>–<strong>2003</strong>

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