<?xml version="1.0" encoding="UTF-8"?>

<wo-patent-document lang="en" status="Filed" country="MY">
  <wo-bibliographic-data status="Under Preliminary Examination">
    <application-reference>
      <document-id>
        <country>MY</country>
        <doc-number>PI2025006935</doc-number>
        <date>20251107</date>
      </document-id>
    </application-reference>
    <priority-claims>
      <priority-claim sequence="0001" kind="national">
        <country>CN</country>
        <doc-number>202411588114.2</doc-number>
        <date>20241107</date>
      </priority-claim>
    </priority-claims>
    <parties>
      <applicants>
        <applicant sequence="0001" app-type="applicant" designation="all">
          <addressbook lang="en">
            <name>ASMPT SEMI Equipment (Shanghai) Co., Ltd.</name>
            <address>
              <address-1>Room 101, 1st Floor, Mezzanine Floor 1, Room 201, 2nd Floor, Mezzanine Floor 2, Room 301, 3rd Floor, Building 7, No. 99, 111 Boyi Road, Lingang Section of China (Shanghai) Pilot Free Trade Zone</address-1>
              <country>CN</country>
            </address>
          </addressbook>
          <nationality>
            <country/>
          </nationality>
          <residence>
            <country>CN</country>
          </residence>
        </applicant>
      </applicants>
      <inventors>
        <inventor sequence="0001">
          <addressbook lang="en">
            <name>NG Tsz Fung</name>
            <address>
              <address-1>19/F Gateway ts, 8 Cheung Fai Road, Tsing Yi, N.T., Hong Kong SAR</address-1>
              <country>CN</country>
            </address>
          </addressbook>
        </inventor>
        <inventor sequence="0002">
          <addressbook lang="en">
            <name>LAM Wai Yip</name>
            <address>
              <address-1>19/F Gateway ts, 8 Cheung Fai Road, Tsing Yi, N.T., Hong Kong SAR</address-1>
              <country>CN</country>
            </address>
          </addressbook>
        </inventor>
      </inventors>
      <agents>
        <agent sequence="0001" rep-type="agent">
          <addressbook lang="en">
            <name>FOONG SEET FUN</name>
            <address>
              <address-1>C/O DREWMARKS PATENTS AND DESIGNS (M) SDN BHD, 9TH FLOOR, BANGUNAN GETAH ASLI (MENARA), 148, JALAN AMPANG, 50450 Wilayah Persekutuan</address-1>
              <country>MY</country>
            </address>
          </addressbook>
        </agent>
      </agents>
    </parties>
    <invention-title lang="en">DISPENSING METHOD INCLUDING SWIPING ADHESIVE PROCESS FOR TAIL BREAKING</invention-title>
    <wo-national-office-event national-office-event-type="Filed" doc-number="PI2025006935" event-name="Filing">
      <wo-national-office-event-date>
        <date>20251107</date>
      </wo-national-office-event-date>
    </wo-national-office-event>
    <wo-national-office-event national-office-event-type="OPI" event-name="Open for public inspection">
      <wo-national-office-event-date>
        <date>20260507</date>
      </wo-national-office-event-date>
    </wo-national-office-event>
    <wo-national-office-filing-data appl-type="National Patent" file-type="">
      <kind-of-protection></kind-of-protection>
    </wo-national-office-filing-data>
  </wo-bibliographic-data>
  <abstract lang="en">
    <p num="0001">A dispensing method including swiping and breaking an adhesive tail, relating to the field of semiconductor manufacturing technology. The method includes: providing a substrate; controlling a dispensing nozzle to move along a preset dispensing path; controlling the dispensing nozzle to stop dispensing adhesive and to move upward away from the substrate; controlling the dispensing nozzle to move along a swiping path. The swiping path includes a first swiping segment and a second swiping segment. While moving along the first swiping segment, the dispensing nozzle is controlled to move gradually downward toward the substrate. While moving along the second swiping segment, the dispensing nozzle is controlled to move gradually upward away from the substrate. The swiping path is added after the dispensing path, the dispensing nozzle moves gradually downward toward the substrate while moving along the first swiping path, the residual adhesive on the dispensing nozzle can be spread and adhered along the first swiping path, reducing the amount of the residual adhesive on the dispensing nozzle and minimizing an impact on a subsequent dispensing operation.</p>
  </abstract>
</wo-patent-document>
