ML 000039754 PACIFIC COAST BRANCH BUDGET JL f NL 000039755 Dealer Presentation Painter Advertising General Advertising Export Advertising Cooperative Advertising Cooperative Advertising Production Color Gallery Distribution Dealer Signs Dealer Electric Signs Telephone Book Listings Window Displays Cooperative Color Books Stuffers and Mailers Company Store Advertising Company Store Displays Company Store Signs General Office Expenses 1959 Request --$ 87 715 5, 775 115,500 4, 500 50,000 5,000 9, 000 8, 750 7,000 14,500 12,950 3, 500 5, 000 6, 350 5, 300 6, 800 112,500 $381,150 1958 Budget 6,000 4, 500 116,000 4, 500 50,000 4, 000 6, 500 9, 000 6, 000 13,500 15,000 3, 500 5,000 1, 000 6, 000 4, 500 117,500 $372,500 Summary of Three Budgets Pacific Coast Branch Schorn Division National Lead Co. of Hawaii 1959 Request ~~ $381,150 25.000 10.000 $416,150 1958 Budget $372,500 30,000 10> 500 $413,000 NL 000039756 Page 8 COMMENT The same need for continuing "Dutch Boy" paint ad vertising on a reasonably substantial scale exists in 1959 as it has for past years.

., Berea, Ohio If safety engineers know the mechanical and operational details of an operation in a given process, their training and experience will enable them 10 develop the safety engi neering features required Knowledge of the process would lead them to recognition of the advantages as well as of the hazards.

Then somehow He poured lead around the two nippies, on both sides of ell, something like o belhand-spigot joint in under ground cast-iron pipe, f repaired with standard piping and built a concrete trench with wooden cover.

Access doors of convenient size should be provided in the sheet metal connec tions leading to and from the filters. 4.

This . stack action is the cause of negative pressures on the lower'floors, tending to draw cold air through the-units, and- positive pressures on the upper floors preventing adequate ventilation and disrupting air distribution. ' It can also cause annoying whistling at door openings and lead ,to serious complaints in hotels and offices.

Supply Mains: The pipes through which the heating medium flows from the boiler or source of supply to the run-outs and risers leading to the heating units. .

The increased body temperature leads to in creased cell metabolism, and in turn to still greater heat production.

Vasterling la arm rlwarning. there ase aaiaral things that lead us to balloon, however, that It la net in tha 11thopana.

Most boards are very susceptible to criticism,from, their constituents for seemingly (if not actually) spending large sums of money for luxury items, This one consideration alone has been a great factor leading to economy in Tconstruction and design.

In computing the Table 20 values, consideration of the dependence of the indoor surface conductances upon temperature and direction of heat flow leads to surface conductances averaging about 1.50 for block and vertical glass, and about 1.80 for horizontal glass, as compared to the Heat Transmission Coefficients of 'Building `Materials 193 Table 15.

A comparison between the performance of two designs, unless based on such tests on each, may lead to entirely erroneous conclusions.

When vertical pipes leading through small rooms are left uninsulated for the purpose of supplying heat, the overall coefficient of heat transfer may be safely estimated at 2.5 Btu per (hr) (sq ft) (F deg temperature difference between the heating medium and the average air).

This consideration and the fact that relief cooling fre quently provides improved, if not ideal conditions, has lead to the use of central systems employing 50 percent recirculated air.

The net heat am fr the indoor space is the result of several contributing phenomena, onie observations concerning the behavior of glass with respect to radiant ergy will lead to a better understanding of the heat-balance relation. 0 pQVanous degrees glass transmits radiation having wave lengths between and ^5 microns.

In computing the Table 18 values, consideration of the dependence of the indoor surface conductances upon temperature and direction of heat now leads to surface conductances averaging about 1.50 for block and vertical glass, and about 1.80 for horizontal glass, as compared to the value of 1.46 used in computing U values given in other tables in this chapter.