Posts Tagged ‘Australia’

A Scheme For Maximizing The Benefits Available Under The Patent Prosecution Highway (PPH)

Tuesday, March 1st, 2011

This post is from Mark Horsburgh of Fisher Adams Kelly in Australia.

Summary

  • File in Australia first;
  • Request expedited examination (report issues within 3 months);
  • Address objections and obtain acceptance;
  • File in USA and request entry to PPH (faster and fewer office actions);
  • File PCT designating EPO as ISA;
  • Amend claims for best possible prosecution based on results from AU, US and EP.

Explanation

The PPH aims to accelerate examination in an office of second filing (OSF) based on the outcome of examination in an office of first filing (OFF). To take maximum advantage of PPH an allowance should be obtained as early as possible in the OFF and then a request to use the PPH made in the OSF, together with a claim table showing correlation between the OSF claims and the allowed claims.

The PPH has best advantage when a quick allowance is possible in the OFF. Australia affords this opportunity through the expedited examination procedure. At the time of filing an Australian patent application it is permissible to voluntarily request examination and pay the examination fee. At the same time the examination can be expedited by a request with a simple justifying reason. A suitable reason may be, “The Applicant is entering a competitive market and seeks early determination of validity”. If expedited examination is granted (and it almost always is) an examination report will issue within three months. A diligent and comprehensive response can lead to allowance of the application within 6 months of filing.

Once allowance is obtained a corresponding application can be made in USA together with a request to use the PPH. The main requirement is that the claims in the US application correlate with the allowed claims from Australia. Statistics show that the first office action on a PPH case issues up to a year earlier than a non-PPH cases and on average a PPH case receives about one less office action than a non-PPH case.

If the Applicant is seeking protection in a number of countries it is sensible to use the PCT system. The PCT application could designate the EPO as the searching authority, thus providing a third independent view on the validity of the claims. Article 34 claim amendments can be made to obtain a clear IPRP. This would virtually guarantee the patent issuing in Europe, together with the patent having issued in Australia and probably being close to issuance in USA. With this level of testing of the claims it can be reasonably expected that the claims are valid and likely to be defendable in any court action.

Mumbo Jumbo: The Patentability of Biological Materials In Australia

Friday, February 25th, 2011

From Vaughn Barlow of Pizzeys Patent and Trade Mark Attorneys.

1. Introduction

The Patent Amendment (Human Genes and Biological Materials) Bill (2010) is currently being debated before the Australian parliament. The Bill seeks to ban the patenting of all biological material that is “identical or substantially identical to such materials as they exist in nature”. If passed, this legislation would represent a major shift in Australian patent law. It may also significantly jeopardize the biotechnology, pharmaceutical, medical and agricultural industries in Australia.  This article therefore examines the current patentability of biological materials in Australia, charts the evolution of public debate surrounding this issue, sets out the proposed ban on patentable subject matter, and briefly discusses the ramifications of such a ban.

You can download the entire article here.

Patentability of biological materials in AU FINAL VPB

Divided We Fall – New Rules Limit Divisional Applications in Australia

Monday, February 14th, 2011

This is a guest post from Bill Bennett of Pizzeys.

Where a divisional application presents claims for examination which have been previously rejected in the parent (or grand-parent) application, then the APO will give the applicant only 2 months to respond and overcome the rejection (rather than the usual 21 months).

If the applicant does not overcome the rejection within the 2 month period, the APO will offer the applicant the opportunity to be heard before any further action (e.g. formal refusal of the application) will occur.

Full information regarding this new procedure for the case management of divisional applications can be found in the Examiner’s Manual (please refer to part 2.10.11).  You can find the Examiner’s Manual here.

The APO has just issued the first 5 formal refusals of applications under this new system.  Please note that in each of these 5 applications, the applicant failed to respond in the 2 month period AND the applicant failed to respond to the opportunity to be heard.  In each of the 5 cases, the application was then formally refused by the APO.  Links to each of the 5 formal refusals are provided below.

Schering

Scott Laboratories

McNeil PPC

Qualcomm

Senomyx

Let’s Get Physical! Australian Patent Office Wrestles With Method Claims

Wednesday, November 17th, 2010

The Australian Patent Office appears to grappling with the requirement that a physical effect take place in order for a business method to be patentable.  This note sent by Bill Bennett of Pizzeys Patent and Trademark Attorneys raises interesting issues about the need for a “physical effect” as “the touchstone of patentability.”

The APO has issued a decision which has created uncertainty regarding the patentability of business methods.

Until recently, our advice to clients was that business methods were patentable in AU, provided that the claims were limited to execution of the business method in a computer environment.

The APO has now issued the Iowa Lottery decision in which the Deputy Commissioner of Patents concludes (at para 17) that:

I do not believe there is any authority in Australian law for the proposition that the mere identification of a physical effect is sufficient for patentability. (underlining added)

The decision can be viewed here: 
http://www.austlii.edu.au/au/cases/cth/APO/2010/25.html

The above reference to “physical effect” is a reference to the precedential decision of the Full Federal Court in the Grant case.  In 2006, the Full Federal Court concluded in the Grant case (at para 32) that:-

A physical effect in the sense of a concrete effect or phenomenon or manifestation or transformation is required. In NRDC, an artificial effect was physically created on the land. In Catuity and CCOM as in State Street and AT&T, there was a component that was physically affected or a change in state or information in a part of a machine. These can all be regarded as physical effects. (underlining added)

 

Thus, the Full Federal Court in Grant found that “physical effect” is the touchstone of patentability.  It is especially noteworthy that the Full Federal Court expressly referred with approval to cases where a business method was implemented in a computer environment such that performance of the method resulted in a “change of state or information” in a part of the computer.

We find it very difficult to reconcile the Deputy Commissioner’s statement in Iowa Lottery with the precedential statements of the Full Federal Court in Grant.  The apparent discord between the Deputy Commissioner’s view and legal precedent may ultimately only be clarified by further appeals to the Federal Court by patent applicants denied claims to business methods.

Until such time that the law is further clarified, our practical advice to applicants is to draft and claim inventions in the context of being a method of operating a computer (as opposed to being a business method which happens to be implemented in a computer).  Such description and claims should focus heavily on the changes in state or information which occur within the computer and should make these features central to the invention.  For cases which have already been filed in AU, we suggest re-drafting, within the limits of allowable amendments, to focus heavily on the changes in state or information that occur within the computer.