Package: unoconv
Version: 0.4-1

I only mentioned the images in
http://bugs.debian.org/cgi-bin/bugreport.cgi?bug=518938
however it can not layout HTML to page.

If I use: --

unoconv -v -d document -f doc Public_BD58_AS3999_ACIMA.html

This CSS is honored: --

<style type="text/css">
<!--
@page { size: landscape; margin: 1cm }
-->
</style>

However, tables do not fit width.

The work around remains the same:
oowriter
Format/Page Select Page tab, Select Landscape and then OK.
Insert/File ... Public_BD58_AS3999_ACIMA.html ...

Not only do we have images, but HTML table layout is honored.

As the image issue #518938 has been resolved I am posting a separate
bug.
Title: Reconstructed FO 630 - Public Comments Form - AS3999 Downlights

Draft Australian Standard - Public Comments

Guidance on Submission of Comments

Comments are invited on the technical content and general arrangement of drafts. All comments received by the due date will be considered by the relevant committee. Where appropriate, changes will be incorporated prior to the formal approval.

If the draft is acceptable without change, an acknowledgement to this effect would be appreciated.

Comments can be submitted via e-mail to the Project Manager's e-mail address indicated in the draft. All submission of comments should be on the attached form which is made up of two sections.

Please complete each section with the following information:

Section 1 - Contact Details

Complete this section with the relevant details.

Section 2 - Draft Details and Comments

Complete this section with the DR number, Committee Number, Draft Title and Project Manager details. Refer to the draft to obtain these details. For each of your comments please complete the following details:

  • Submitted By (S.)

    Enter the name of the person submitting the comments. If the same person is responsible for all of the comments enter "as above", or just leave all subsequent 'Submitted By' fields blank.

  • Page Number (Pp)

    Enter the page number of the Draft. Only enter the number, do not enter the word "Page". If your comment refers to the whole document, leave the column blank.

  • Clause/Subclause (C.)

    Enter the clause/subclause number. The clause/subclause appears in the draft as a number for each item of text. Only enter numbers. If your comment refers to the whole document, place General in this column.

  • Paragraph/Figure/Table (P.)

    Enter the paragraph within the clause or figure or table. Only enter numbers.

  • Comment

    Enter your comment here. Your comment should include general background information or reasons to justify the changes being proposed.

  • Proposed Change

    Enter your modified version of the clause or section of the clause in this column.

NB: If you wish to submit figures or complex objects in addition to the textual comments please insert them as separate files in the Comments section.

Standards Australia does not normally provide information on the results of comments received. However, should you wish to enquire how your comment was dealt with, please contact the relevant Project Manager.

On behalf of Standards Australia, thank you for taking the time to comment on the draft.

Customer Information Service
Freecall within Australia: 1800 035 822
>From Overseas: + 61 2 9237 6171
Email: m...@standards.org.au
Mail: GPO Box 476, Sydney NSW 2001

Section 1 - Contact Details

Name: Title: Mr First Name: Andrew Last Name: Buckeridge
Company: BGC / ACIMA Position: Director / Chairman - Technical committee
Address: BGC IT Department, 7-13 Magnet Road
Suburb/City: Canning Vale Country: Australia
State/Province: WA Post Code: 6155
Email Address: andr...@bgc.com.au

Section 2 - Draft Details and Comments

Committee No.: BD58 Thermal Insulation Draft No.: AS3999 Project No: TBA
DR Title: AS3999 Safety review
Project Manager: Andrew Caswell Date of Comment Period: 2011-03-21

General Comments

Sub heading

I. S. Pp C. P. Comment Change Office
S. A.
 1     7 2.8   

SECTION 2 PRE-INSTALLATION CONSIDERATIONS AND INSPECTION

It has been demonstrated that 50 mm is sufficient to limit temperatures for the fixed type 50 W dichroic tungsten halogen down lights. This is a common residential "worst case", but what about HID lighting and concentrated light pipe sources?

Does our duty of care require that we obtain an assurance from the downlight manufacturer before we proceed?

This would be unworkable given that many downlights do comply with AS/NZS 60598, have no markings and come from unknown sources. The better solution would be notify the building owner (or primary contractor) of this situation and advise that they contact an electrician to sort the problem out. Notification could involve switching off and tagging affected lighting circuits.

Add a new section after: --

2.7 BUILT-IN APPLIANCES

Add required figures.

Note that AS/NZS 3000 is currently under review by EL1.

AS/NZS 3000 4.5.2.3.2 Warning sign

Where recessed luminaires are installed in an accessible roof space, a permanent and legible warning sign shall be installed in the roof space adjacent to the access panel in a position that is visible to a person entering the space. The sign shall comply with AS 1319 and contain the words as shown in Figure 4.8

WARNING

Recessed light fittings have been
installed in this roof space.

To reduce the risk of fire DO NOT
cover the lights with thermal
(insulation.)

FIGURE 4.8 WARNING SIGN TO BE INSTALLED IN ACCESSIBLE ROOF SPACES CONTAINING RECESSED LUMINAIRES

This conflicts with AS/NZS 60598 insulating ceiling luminaries which should covered with thermal insulation that are now available. See 4804-2_Lighting_Pacific_EvoLED_Downlight_F_HAT.pdf.

2.8 DOWNLIGHTS

If unsuitable downlights are present in the space to be insulated, thermal insulation shall not be placed over the them.

Recessed luminaires complying with AS/NZS 60598.1 and AS/NZS 60598.2.2 that carry the insulating ceiling F mark INSULATION COVER are suitable for being covered with thermal thermal insulation. Luminaires complying with AS/NZS 60598.1 and AS/NZS 60598.2.2 that do not carry warnings are also suitable for being covered with thermal thermal insulation. The insulating ceiling F mark or other evidence of conformance shall be obtained before placing any thermal insulation over downlights.

Recessed luminaires that do not comply with AS/NZS 60598.1 and AS/NZS 60598.2.2 are unsuitable. Luminaires with any of the following warnings or marks are also unsuitable. Such downlights will require precautions (see Section 4).

NO INSULATION 
MOUNT      ON     NON-
COMBUSTIBLE    SURFACE
ONLY F with no hat. F crossed out.

     
 2    10 4.2   

SECTION 4 REQUIREMENTS FOR INSULATION INSTALLATION IN ROOFS AND CEILINGS

Should there be a requirement to inform the owner that insulation could not be installed over downlights and that a default clearance of 50 mm has been provided in accordance with this standard?

Failure to cover downlights may mean that thermal insulation is ineffective and expected building energy efficiency may not be achieved.

Change: --

4.2 GENERAL

Bulk insulation installed in all roofs and ceilings shall comply with the following, as appropriate:

Change: --

  1. Bulk insulation shall not be installed in contact with downlights mounted above ceilings. A clearance not less than 25 mm and as close to this dimension as practicable shall be provided around the perimeter of the fitting to assist heat dissipation. Loose fill insulation shall be prevented from entering the clearance space by a suitable restraining material, e.g. flame retardant reflective foil laminate, formed into a suitably shaped barrier (see Figure 4.5).

To: --

    1. Downlights suitable for use in insulating ceilings shall be covered with thermal insulation (see Section 2).
    2. Bulk insulation shall not be installed in contact with unsuitable downlights mounted above ceilings. A clearance not less than 50 mm and as close to this dimension as practicable shall be provided around the perimeter of such fittings to assist heat dissipation. Loose fill insulation shall be prevented from entering the clearance space by a suitable restraining material, e.g. flame retardant reflective foil laminate, formed into a suitably shaped barrier (see Figure 4.5).
     
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