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CountrySubscription Levelifi-patent-statusifi-standardized-nameifi-claims-summary
AUPREM(tick)(tick)(tick)
CAPREM(tick)(tick)(tick)
CNPREM+(tick)(tick)(tick)
DEPREM(tick)(tick)(tick)
EPBASIC(tick)(tick)(tick)
ESBASIC(tick)(tick) (error)
FRPREM(tick)(tick)(tick)
GBPREM(tick)(tick)(tick)
JPPREM(tick) (error)(tick)(tick)
USBASIC(tick)(tick)(tick)


Code Block
languagexml
<ifi-integrated-content publication-type="G" accession-number="15050791" document-category="Utility" subject-area="Electrical">
  <ifi-patent-status anticipated-expiration="20140531" terminal-disclaimer="yes" adjusted-expiration="20170103">
    <ifi-patent-status-description country="US">Expired - Lifetime</ifi-patent-status-description>
    <ifi-term-extension>948</ifi-term-extension>
  </ifi-patent-status>
  <ifi-parties>
    <ifi-standardized-name country="US" type="U.S. Company or Corporation" number="086997">
      <addressbook>
        <name>Intellectual Ventures I LLC</name>
      </addressbook>
    </ifi-standardized-name>
    <ifi-standardized-name-current>
      <addressbook>
        <name>INTELLECTUAL VENTURES ASSETS 33 LLC</name>
      </addressbook>
    </ifi-standardized-name-current>
    <ifi-standardized-name-current>
      <addressbook>
        <name>TELESHUTTLE TECHNOLOGIES LLC</name>
      </addressbook>
    </ifi-standardized-name-current>
    <ifi-standardized-name-current country="US" number="028783">
      <addressbook>
        <name>BTG International Inc</name>
      </addressbook>
    </ifi-standardized-name-current>
  </ifi-parties>
  </ifi-indexing-codes>
    <ifi-general-term-indexing>
      <ifi-general-term term-type="G" general-term-code="000366">
        <general-names>
          <general-name-text>APPARATUS/GAS/</general-name-text>
        </general-names>
      </ifi-general-term>
      <ifi-general-term term-type="G" general-term-code="002736">
        <role-descriptors>
          <role-descriptor term-role-number="020" preferred-indicator="1">
             Reactant</role-descriptor>
          <role-descriptor term-role-number="030" preferred-indicator="1">
             Product</role-descriptor>
        </role-descriptors>
        <general-names>
          <general-name-text>HYDROCARBONS</general-name-text>
        </general-names>
      </ifi-general-term>
      <ifi-general-term term-type="G" general-term-code="003560">
        <role-descriptors>
          <role-descriptor term-role-number="030" preferred-indicator="1">
             Product</role-descriptor>
        </role-descriptors>
        <general-names>
          <general-name-text>NATURAL GAS</general-name-text>
        </general-names>
      </ifi-general-term>
      <ifi-general-term term-type="G" general-term-code="006232">
        <general-names>
          <general-name-text>CTD/PROCESS/</general-name-text>
          <general-name-text>PROCESS</general-name-text>
        </general-names>
      </ifi-general-term>
    </ifi-general-term-indexing>
    <ifi-cdb-fragment-term-links>
      <ifi-cdb-fragment-term-link term-type="F" term-link-id="102134541">
        <role-descriptors>
          <role-descriptor fragment-role-id="010">Nonreactant</role-descriptor>
        </role-descriptors>
        <fragment-names>
          <fragment-name-text term-code="030036">CARBOCYCLIC RING (M)
          </fragment-name-text>
          <fragment-name-text term-code="030035">CARBOCYCLIC RING (P)
          </fragment-name-text>
          <fragment-name-text term-code="030287">F CARBOXYLIC AMIDE FG (M)
          </fragment-name-text>
          <fragment-name-text term-code="030327">F CNO TERTIARY CARBOXYLIC 
          AMIDE FG, O=C-NR2 (M)</fragment-name-text>
          <fragment-name-text term-code="030328">F CNO TERTIARY CARBOXYLIC 
          AMIDE FG, O=C-NR2 (P-1)</fragment-name-text>
          <fragment-name-text term-code="032744">F HO HYDROXY FG, OH (M)
          </fragment-name-text>
          <fragment-name-text term-code="032745">F HO HYDROXY FG, OH (P-1)
          </fragment-name-text>
          <fragment-name-text term-code="033781">F OXY FG (M)
          </fragment-name-text>
          <fragment-name-text term-code="034263">MAXIMUM RING UNSATURATION (M)
          </fragment-name-text>
          <fragment-name-text term-code="034700">R I C6 BENZENE RING (M)
          </fragment-name-text>
          <fragment-name-text term-code="034701">R I C6 BENZENE RING (P)
          </fragment-name-text>
      </ifi-cdb-fragment-term-link>
      <ifi-cdb-fragment-term-link term-type="F" term-link-id="102134542">
      <role-descriptors>
        <role-descriptor fragment-role-id="010">Nonreactant</role-descriptor>
        </role-descriptors>
        <fragment-names>
          <fragment-name-text term-code="030004">ACYCLIC (M)
          </fragment-name-text>
          <fragment-name-text term-code="030003">ACYCLIC (P)
          </fragment-name-text>
          <fragment-name-text term-code="032756">F H2N PRIMARY AMINE FG
          </fragment-name-text>
          <fragment-name-text term-code="033922">F O3SI SI(-O)3 (M)
          </fragment-name-text>
          <fragment-name-text term-code="033923">F O3SI SI(-O)3 (P-1)
          </fragment-name-text>
          <fragment-name-text term-code="033775">F OTHER FG (M)
          </fragment-name-text>
        </fragment-names>
  	  </ifi-cdb-fragment-term-link>
    </ifi-cdb-fragment-term-links>
    <ifi-compound-term-indexing>
      <ifi-compound-term term-type="C" compound-term-code="050032">
        <role-descriptors>
          <role-descriptor term-role-number="040">Nonreactant, component of
          </role-descriptor>
          <role-descriptor term-role-number="060">Product, component of
          </role-descriptor>
          <role-descriptor term-role-number="050">Reactant, component of
          </role-descriptor>
        </role-descriptors>
        <formula-types>
          <ifi-molecular-formula>AL2 O3</ifi-molecular-formula>
        </formula-types>
        <compound-names>
          <compound-name-text>AL2O3</compound-name-text>
          <compound-name-text>ALUMINA</compound-name-text>
          <compound-name-text>ALUMINUM OXIDE</compound-name-text>
          <compound-name-text>ALUMINUM OXIDE, AL2O3</compound-name-text>
        </compound-names>
      </ifi-compound-term>
    </ifi-compound-term-indexing>
  </ifi-indexing-codes>
  <ifi-claims-summary>
    <ifi-claims mxw-id="PCLM101173830" total="10" independent="6">
      <ifi-claim type="independent" num="00001" idref="CLM-00001"/>
      <ifi-claim type="dependent" num="00002" idref="CLM-00002">
        <ifi-claim-ref num="00001" idref="CLM-00001"/>
      </ifi-claim>
      <ifi-claim type="dependent" num="00003" idref="CLM-00003">
        <ifi-claim-ref num="00001" idref="CLM-00001"/>
      </ifi-claim>
      <ifi-claim type="dependent" num="00004" idref="CLM-00004">
        <ifi-claim-ref num="00002" idref="CLM-00002"/>
      </ifi-claim>
      <ifi-claim type="dependent" num="00005" idref="CLM-00005">
        <ifi-claim-ref num="00004" idref="CLM-00004"/>
      </ifi-claim>
      <ifi-claim type="independent" num="00006" idref="CLM-00006"/>
      <ifi-claim type="independent" num="00007" idref="CLM-00007"/>
      <ifi-claim type="independent" num="00008" idref="CLM-00008"/>
      <ifi-claim type="independent" num="00009" idref="CLM-00009"/>
      <ifi-claim type="independent" num="00010" idref="CLM-00010"/>
    </ifi-claims>
  </ifi-claims-summary>
</ifi-integrated-content>

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The ifi-patent-status container includes IFI's calculated legal status and expiry dates. We provide a simple view of the current estimated status of a patent or application as well as the expected expiration date.

Note

Note: We calculate the patent status for EP designated states and in 2017 we changed how we do this. Prior to May 22, 2017 we followed the method described here. Beginning on May 22, 2017 we reloaded these records in order to follow our current method, described here.

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. IFI’s Adjusted Expiration Date and Patent Status Indicator are useful estimates, but should not be considered authoritative or final results. An attorney or the relevant patent office should be consulted for an authoritative expiration and status determination. 

ifi-integrated-content/ifi-patent-status

AttributeDescription
anticipated-expirationAnticipated expiration date is calculated according to the patenting authority and document kind and reflects the maximum life of the patent assuming maintenance fees are paid and term extensions are not in place. See Anticipated and Adjusted Expiration Dates for more information.
adjusted-expirationAdjusted expiration date contains a date calculated to reflect term adjustments made by the Australian patent office or by the USPTO under 35 USC 154. Present for AU and US only. See Anticipated and Adjusted Expiration Dates for more information.
regulatory-extension

"Yes" when true. This field appears in AU or US records when exploitation of a patent is delayed by regulatory review (e.g., FDA review) or in other patents when a Supplementary Protection Certificate (SPC) has been issued for a patent.

In the US, “Yes” may also indicate that an interim extension has been granted (PEDS code PTEI). If a PTE Certificate is not issued, the extension will not be reflected in the IFI Snapshot or the office-specific-data container. Therefore, when the regulatory-extension=Yes and there is no data in the office-specific-data/ustags container and/or no adjusted expiration date in the IFI Snapshot, we recommend investigating the status via PAIR or the USPTO Patent Center. 

terminal-disclaimer"Yes" when a notice of terminal disclaimer is present. For US pre-2001, the adjusted-expiration date may incorporate a terminal disclaimer; post-2000, the adjusted date does not include the effect of a terminal disclaimer.
ep-up-requested"Yes" when lscode:U01 has been delivered in the legal event codes for EP-B records. Indicates that applicant has filed for a Unitary Patent (UP). Once the UP is registered, a C0 record is created where annuity payments, appeals, and other post-grant procedures are tracked.

ifi-integrated-content/patent-status/ifi-patent-status-description

Current patent status is calculated by sequential analysis of the Inpadoc INPADOC legal status events or events from our Chinese source in the case of China. It is recalculated whenever an update is received.

AttributeDescription
countryCountry is represented by a standard 2-character code based on WIPO ST.3.

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ifi-integrated-content/ifi-parties/ifi-standardized-name/addressbook

ElementDescription
name

The IFI

standardized form of

standardized form of the applicant/assignee at the time the document was published.

An entry of “Individual” is assigned when the applicant/assignee

at the time the document was published

is the inventor or any other person, rather than an entity.

ifi-integrated-content/ifi-parties/ifi-standardized-name-probable

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ifi-integrated-content/ifi-parties/ifi-standardized-name-probable/addressbook

ElementDescription
name

The IFI standardized form of the probable assignee for US applications and grants which do not have assignee.

An entry of “Individual” is assigned when the applicant/assignee is the inventor or any other person, rather than an entity.

ifi-integrated-content/ifi-parties/ifi-standardized-name-current

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ifi-integrated-content/ifi-parties/ifi-standardized-name-current/addressbook

ElementDescription
name

The IFI standardized form of the current assignee, determined from reassignments from the patent authorities.

An entry of “Individual” is assigned when the applicant/assignee is the inventor or any other person, rather than an entity.

IFI Indexing Codes

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The ifi-indexing-codes container includes legacy chemical indexing data which is available for the years 1955-2010.

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Tip
titleFurther Reading

For information about the SOLR Solr search fields associated with this container, see IFI Snapshots and Meta Information. 

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