MANUAL HANDLING AND STORAGE OF MATERIALS because not only is it hot but it is difficult to remove Thu work should be given to skilled men who have been instructed in the hazards and know how to avoid them Goggles, lace masks, gloves with the sleeves rolled over the gauntlets, and aprons should be worn Wherever possible, it is better to use cold mastic asphalt instead of hot pitch Labeling glue, which often contains sili cate of soda, causes discomfort when it splashes into the eyes Workmen should wear eye protection and use the glue brush carefully.

HOISTING APPARATUS AND CONVEYORS tor can follow the swing of the rear of the cab and thus make sure that no one will be caught On heavy, slow-moving cranes, "feeler" bars electrically connected to stop the swing will guard against the shear haz ard and also help prevent accidents from insufficient clearance Operation.

POWER TRUCKS foist of qualification tests, which require the trainee to demonstrate his skill in han dling the truck, his judgment, and his knowledge of safety, basic matenals-handling, and preventive maintenance.

FIRE PROTECTION Fig 33-10 The "Fire Pyramid" of today illustrates a fourth important way that a fire can be extinguished inhibit the flame chain reaction Simple isometric view is at right.

Dennison Stationery Pioaucis Company Frammgnam MA 01701-0344 TO qlC pps> YUM A&S Just.

NO. 96-03172-A RAMON T.

NO. 96-03172-A ramon t. cedillo; alvino IN THE DISTRICT COURT OF ROSENDO LOPEZ; AMBROSIO NIRO RAMIREZ; and RICHARD FUENTES VELA NUECES COUNTY, TEXAS OWENS-CORNING FIBERGLASS CORPORATION ET.

RAMON T.

PERSONAL PROTECTIVE EQUIPMENT re-use Duty or oily elastic headbands should be washed m warm soapy water and rinsed.

n Nansen National Loss Control Service Corporation ENVIRONMENTAL SCIENCES LABORATORY, K-2 Rte. 22 and Kemper Drive Long Grove, IL 60049-0075 . 312/540-2488 Name 'i i `Kj!

PLAINTIFF'S EXHIBIT # S (B) 00995 ACCIDENT PREVENTION MANUAL SEPTEMBER, 1975 ACCIDENT PREVENTION MANUAL X a CD CD > c > r- > > c o 3 OCO 0 rn *rn- II 1> o> 1" 2 co a xm > 2 a CD 03 X I- --I co mr- 3 Oc 33 m O O> 03 CD O m X o>< >H o2 m -m< 37 OHm 3 O 2 OTl cH>H/5 O/"N monmH3D O CD o D ^ om3HmpD" fO>m~ D C oo "3mCCmT/0/555 a CD C>O oo-3ma<CCmo/0/*55 Cr~3 OHX 2 CD a -n c o co -- 2H X Oa c o co 3> m -H< 3 2 o 3 o 3 O o-< o O 2 X m co >2 H2 O m 3CO 3> m m co 3CO3 CD a -n m 2 C/5 WNJMWNJIOIOWW-*-* (003030)^^(0^00)^ O 00 05 cn Nj -* # s(B) 00996 #S(B) 00997 #slB} 00998 o pQSfS*;-;.

ELEMENTS OF INDUSTRIAL TOXICOLOGY the slrrn in significant amounts, and does not seem to have any effect on the central nervous system.

ELEMENTS OF INDUSTRIAL TOXICOLOGY changes m the cornea to develop There is in excessive amounts, can produce a fibrobc no evidence of systemic injury associated change in die lungs or silicosis.

41CHAPTER TABLE OF CHEMICAL HAZARDS Using Hie table: recognition .

INDUSTRIAL NOISE sure time are continuous Continuous ex posure should not produce the same effect as when the exposure is interrupted by rest periods For example, the effects to the ear of four hours of continuous exposure to 110 db are considerably different than those from eight hours of exposure to the same level with varied rest periods between the exposure periods, even though the total en ergy may be the same in both cases The ear that has had a chance to rest between exposures is probably more resistant to per manent loss than the ear that has been ex posed continuously without intermittent rest periods Effects of noise-exposure At first glance the problem of evaluating the effects of noise-exposure may appear to be deceptively simple Measurements of noise are fairly standard physical measure ments, lengths of exposure periods can be read from a clock, and the biologic effects of noise on man can be measured But-- which of the myriad noise-exposures should we measure?