Substituting in Equation 1 120,000 (68.3 - 36.4) 5088 = 1.00[70 - (-10)31000 lb.
refid# 1g6w4vbKZr3aL1aMOpgQYrG1j1 page
ii. ]. ; i: L ,!
refid# omzg7pdVYwkEpRO3GXD54XZqE1 page
Heating Systems Pumpj Peerless Pump Division Food Machinery and Chemical Corporation PLANTS: Los Angeles 31, CaliC Indianapolis 8.
refid# 2jrE03VJZYM4D05YX9BNBwLag1 page
Meiratn i 125 CC 3ESSED ASBESTOS SHEET PAC IG ( < *- DESCRIPTION: A premium "navy grade" sheet composed of graded ashes* and bonded with an SBR Elastomer.
refid# ymVgpzddNkXQXRQVpqvjvxgbn1 page
Air Conditioning Dlrect-Fircd Heaters'^ Arthur A.
refid# 0qv4Ge8G1pXR3Vd17LmYa7Dqm1 page
Air Conditioning Unit Heaters and Coolers Heating* Air Conditioning-Refrigeration 1602 Broadway, N.
refid# reYojGr5VwELO6Gj2x2nE9ngv1 page
Aug-1 20 0 1 4 H1PM NMLRP CHSN SC 843 2 1 6 95 3 9 1 1 IN THE CIRCUIT COURT OF OHIO COUNTY 2 STATE OF WEST VIRGINIA 3 4 5 6 IN RE: TOBACCO LITIGATION : CASE NO. 00-C-6000 7 MEDICAL MONITORING CASES : 8 9 10 ifr 11 DOCUMENT CONFERENCE 12 Wednesday, June 20, 2001 13 VOLUME I 14 * * * 15 16 Whereupon the above entitled matter came on for 17 hearing before the Honorable Arthur M.
refid# vB4gGXag8wxqKKmp175Yx3JDq6 pages
Nelson Mullins Riley & Scarborough LLP Attorneys and Counselors at Law 151 Meeting Street / Sixth Floor / Charleston, South Carolina 29401-2239 Tel: 843.853.5200 Fax: 843.722.8700 www.nelsonmullins.com August 11, 2004 Michael T.
refid# 6RX8zzLZbzOBMG8ZnEN4G1pE61 page
AD SAFE GLOVE BAG SYSTEMS TAPE CLOSURE TOP -- QUALITY MATERIALS 4 TOOL POUCH-- SLEEVES -- ...........
refid# Zn3RL3bDpZXaN1zXG0XYZBE001 page
TCoppens COMPANY, INC. / Koppora Building Pittsburgh, Pa 15219 Area Code (412) 227-2000 Common Stock Symbol: KOP Exchange Listings: New York Stock Exchange Midwest Stock Exchange Pacific Slock Exchange Transfer Agents: Mellon Bank N.A.
refid# RJRNx58obQM0KyrZkMBQz10nv1 page
THE CIRCUIT COURT OF KANAWHA COUNTY, WEST VIRGINIA IN RE: ASBESTOS PERSONAL INJURY LITIGATION DOLORES L.
refid# gaLXr3r2Nw3Xv9ze1405BYBmG53 pages
Machine Tools severed and arms severely cut One fatality has been reported from a coil which became snarled around the operator's neck Opera tors should remove the tool when necessary to allow the swarf to break off The chuck of a spinning lathe is usually a form built up of hardwood, shaped exactly like the finished part If the piece being worked must be "necked-down" so that after the piece is formed the chuck cannot be taken out, the chuck is made m sections held to gether by locking rings or locking grooves There is a definite hazard from such a chuck's flying apart if the grooves should be come worn or the nngs should break In view of the speed of spinning lathes (500 to 2000 rpm), the danger of flying sections ofthe chuck is obvious Prevention of injuries from this cause lies in periodic inspechon and maintenance of chucks Similarly, lathe tools should be inspected frequently for cracks m the handles or in the tools themselves On some older equipment, vibration or worn parts may cause the tailstock to loosen during operabon and the piece to work loose or fly off, exposing the operator to almost cer tain injury Again, the solubon is frequent inspection and maintenance Gear cutters In the operabon ofgear cutters and bobbers, both the tool and the work move during the operabon As a result, the point of operabon guard should be simple and easily adjusted On operations where the work (gear blank or rough-cut gear) is moved to the tool, a simple barrier guard, formed to cover the point of operabon and sized to fit the work, is sabsfactory The guard can be mounted on a spindle that carries the work so that the guard will fit over the point of operabon when the work is brought into posibon When the tool is brought to the work, and when the tool and work are adjustable, an encircling type of guard may be attached to the tool head Such a guard can be an automabc dropgate device or can be equipped with a release latch to open the guard en closure or a spring release to return the guard to a posibon clearing the work Each guard should have an automabc interlock so that the machine will not operate except when the guard is in place On some makes of machines sbll m use, the lever which controls the direcbon of operabon of the spindle is located so that the operator's hand may be caught on the back gears driving the spindle An auxiliary lever should be installed which can be op erated at a point outside the danger zone created by these gears On large machines where the operator may not be close to the regular control switch, a pendant switch mounted on an arm or sweep should be installed to operate a magnebc brake so that the machine can be stopped in stantly When the operator inserts an arbor into the spindle, he should be sure that both arbor and spindle holes are clean and free from nicks He should draw the arbor firmly into place by a sleeve nut, and securely bghten the nut Before he removes the arbor from the spindle, he should make certain that the machine is at a standstill Planing Machines Similar to a carpenter's hand plane, a planer machines a metal surface with the cutbng tool held stationary while the work is moved back and forth underneath it Shapers are gen erally classified as planing machines, but the process is reversed--the work is held station ary while the cutting tool is moved back and forth Other machine tools coming within this classification are slotters, broaches, and keyseaters Planers and shapers Planer accidents result frequently from un safe prachces which are basically problems of training and supervision 1 Placing the hand or fingers between the tool and the work 2 Running the bare hand over sharp metal edges 3 Measuring the job while the machine is running 4 Failing to clamp the work or tool securely before starting the cut 5 Riding the job 6 Having insufficient clearance for work 758
refid# Ra64nw8gKkKVmx7mOOXqbYb5z1 page
6--Accident Records and Injury Rates employee-hours of work A rate of 20 0 means that disabling injuries were incurred at the rate of 20 for each 1,000,000 employee-hours worked Occasion ally, this interpretation may be difficult to understand, particularly when a company does not work 1,000,000 employee-hours during the period for which the rate is determined How ever, as with a vehicle which can liavel 60 miles per hour without being operated for an entire hour, a plant can have a rate of 20 injuries per 1,000,000 employee-hours with out actually working this number of hours On the average an employee works about 2000 hours per year (in the United States) One million employee-hours, then, represents a year's work for about 500 employees In general terms, therefore, a rate of 20 0 may be interpreted as 20 disabling injuries per year for each 500 employees, or 1 disabling injury for each 25 employees Expressed m another way, if a plant has an injury rate of 20 0 during the year, 1 of every 25 employees was injured to the extent that he lost at least one full day of work or suffered some perma nent impairment.
refid# vBk4kg0KgeZaD53OooLn4G5p61 page
IH Semester Calendars FALLSEMESTER 2005 Note: Off-campus classes at district high schools will meet each semester according to the schedule of the individual school district.
refid# JNQbG4Gw6DXJBDowyM4Rq727r1 page
IN THE CIRCUIT COURT THIRD JUDICIAL CIRCUIT MADISON COUNTY, ILLINOIS IN RE: ALL ASBESTOS LITIGATION FILED BY THE SIMMONS FIRM, LLC, Plaintiffs vs.
refid# DDjdjyb171mp2xvMBd9mdn0xd6 pages