HOUSE No. 2115

Cije Commontoealti) of Qiassaclnimts,

REPORT OF THE TRUSTEES

OF THEI BRADFORD DURFEE TEXTILE SCHOOL OF FALL RIVER, DEC. 22, 1913.

I 99

OFFICERS, DIRECTORS AND STANDING COMMITTEES L; Vice-President, William Ev SVilliam Hopew Edward S. Adams

DIRECTORS

Wi Edward B. , Lincol William Ev Thomas O’Don William Hopewell James Tansey. John S. Brayton. eph G. Jacks' James Marshal: Arthur S. Phillij Simeon B. Chas: John W. Coughli James M. Morton, Jr. William Mora: Edward S. Adams. John McCarth John H. He James Whitehead Frank L. Carpente James H. Kay. Mg Hector L. Be idi :hc James E, Cunneen, A ited by the G George E. Brest, Appi id by the Gov>

EXECUTIVE COMMITTEE Leontine I James Tansey James E. C B. Cha Arthur S. Phi William Ev Edward S. Ad. l John H. Ho

COMMITTEE ON TEACHING Hector L. Belisle Thomas O’Do Edward B. Jennin James Marshall John S. Bray James M. Mortc E Whites 9 BRADFORD DURFEE SCHOOL.

TXO The location of the site is near the center of the Fall River, bounded on the north by Elm Street, on th east by Durfee Street, on the south by Bank Street, on the west by Green Street, and n an elevation overlooking Taunton River where it empties into Mount FI

Buildd The main building front on Durfee Street, corner of Bank Street. It is of mod red Colonial style of architec ture and consists of three s 1 The first story is of six-cut Fall River anite laid in courses; the two tied pressed brick with trimtrim- mings of Fall River granite he main cornice is of copper The baseme of quarry-faced Fall River nite laid in cour; The first floor is occupie' by the general office, exhibi- carding iom, cotton nd spinning machinery room, cotton manufacture lecture room, supply storeroom and men’s lavatory and toilet re The second floor has cl Ms for plain, box and dobby and Jacquard weaving; lect room mill calculations mill arithmetic, designing, •eehand drawing, ornamental design, assembly hall, storei i, students’ locker room and women’s toilet. The third floor is occu 1 by the5 chemistry and en^engi- neenng departmer anced chemical labora- Tories, lecture room in i ure room, steam and electrical lecture room, mecl lical drawing room, store- rooms, blue-print room and j tographic dark roor In the basement is located chine shop, electrical laboratory, general stc ton grading and stapling room, opener room and students’ locker room, used also a a lunch room The four-story addition, built on Elm Street, is of moderr mill construction, 66 by 7( eet, devoted enti preparation, power and hand weaving and cloth room ma

fur 3 HOUSE Xo. 2115. 6

On the first floor are located the plain looms for instruc- tion in plain loom fixing and weaving; on the second floor fancy looms, box and dobby, leno, lappet and Jacquard looms, also working models of the various types of loom heads. The third floor is occupied by the warp preparation de- partment: spooling, winding, doubling, chain warp and slashing. On the fourth floor are placed the hand looms and finish- ing machinery. The new dye house is a commodious structure, 52 by 24 feet, situated on Green Street, in the rear of the main build- ing. The west and north walls, which are permanent,' are of cut stone and coursed ashlar, the south and east temporary walls of brick and concrete. It has a saw-tooth roof, high and with good ventilation, specially constructed for a dye and bleach house. This building is designed after the style of the main administration building, and will be enlarged.

Power House. The power-plant addition consists of an engine and dy- namo room 26 by 40 feet, a boiler house 56 by 40 feet, and a pump room 15 by 25 feet The structure is built in a thoroughly fire-proof manner The walls are of faced brick, set in stained mortar, with paneled corner pieces and an ornamental cornice capped with copper. Large windows admit light to three sides of the building, and a roof monitor gives overhead light and ventilation. The roof of the boiler and engine house is of reinforced concrete supported by heavy steel beams. The floor of the boiler house is concrete with iron plate in front of the boilers, while that of the engine room is fine concrete with Terrazzo top supported on steel beams. The engine room walls are furred with gypsum tiling blocks with wainscoting of enameled tile The boiler room is planned to accommodate three boilers wo of which are in place, thus increasing the capacity of 4 BRADFORD DURFEE SCHOOI 4

the plant to twice its present rating. Power is generated by a 150 horse-power direct-connected set, and is tians mitted to individual motors in the machine rooms. of This power plant with its equipment is a model its deter- kind, and is so arranged that the various problems ot mining operating costs are worked out by means of special tests and daily records. All the buildings are adapted to the manufacture of tex- tile fabrics and educational purposes, with all the modern appliances as to heat, ventilation, gas and electric lighting, and sanitary arrangements. Between the power house and the annex is a large lava- Tory fitted with the latest and improved sanitary devices, bowls, drinking fountains and liquid-soap receptacles, Floor space is divided as follows: Square Feet. Administration, 2,234.0

Picking, carding and spinning...... 8,092.0 Weaving, 9,495.5 Designing, 6,187.0

Freehand drawing, ...... 1,000.0 Mathematics, 650.0

Assembly hall, ...-■••■• 2,789.0 Power, heat and light, 3,875.0 9,202.0 Engineering and electricity, ......

Chemistry and dyeing, ...•••••5,611.0

Toilets and lockers, ...... 2,394. 0

Janitors storage, ....••••.••1,120.0 Corridors, 6,568.0

Equipment The school is wr ell equipped with most modern machinery and appliances especially adapted for giving thorough in- struction in the manufacture of cotton goods from the raw material to the finished fabric.

Carding and Spinning Department. One complete set of picking machinery from Saco & Pettee Machine Shops, consisting of:

One opener with automatic feeder connected by inclined cleaning t single beater breaker picker with condenser and gauge box feeder One single beater finisher picker. One 40-inch revolving flat card from Saco & Pettee Machine Shoj One 40-inch revolving flat card from Mason Machine Works. 5 HOUSE -No. 2115. o

One 40-incii revolving flat card from Howard & Bullough American Machi Company. One railway head with evener motion and metallic rolls from Saco & Pet tee Machine Shops. One drawing frame with leather and metallic rolls from Mason Machine Work One sliver lap machine from Mason Machine Work; One sliver lap machine from Whitin Machine Work; One ribbon lap machine from Whitin Machine Work One 6-head comber from Whitin Machine Works. One 8-head comber from Whiin Machine Works. One 6-head comber from Mason Machine Works One 12 by 6 slubber with metallic roll: 48 spindles, from Saco & Pettee Machir Shops. One 10 by 5 intermediate, 64 spindles, from Saco & Pettee Machine Shops, One drawing frame, with metallic roll: i, from Saco & Pettee Machine Shops One 7 by 3-| roving frame, 80 spindles . from Saco & Pettee Machine Shops One 6by 2i jack frame, 96 spindles, from Saco & Pettee Machine Shops, One combination wr arp and filling spinning frame, 208 spindles, from Saco & Pettee Macnine Shops. One combination warp and filling spinning frame, 80 spindles, from Mason Machine Works. One combination warp and filling spinning frame, 64 spindles, from Whitin Machine Works. One combination warp and filling spinning frame, 192 spindles, from Pales & Jencks Machine Company. One combination warp and filling spinning frame, 192 spindles from Howard & Bullough American Machine Company. One spinning mule, 192 spindles from Mason Machine Works One wet and dry twister, 60 spindles from Draper Company Six novelty yarn arrangements from Draper Company. One wr et and dry twister, 68 spindles, from Pales & Jencks Machine Comp One yarn gassing machine frohi Woonsocket Macnine and Press Company. One braiding machine for round braid, 16 strands, from New England Butt Company. One braiding machine for flat braid, 25 strands from New England Butt Com- pany. One Weeks’ banding machine from Draper Company Necessary machines for sizing and testing yarns.

Also the following models for instruction purpose:

One model fly frame builder motion from Saco & Pettee Machine Shops. One model fly frame builder motion from Howard & Bullough American Ma- chine Company One model spinning frame builder motion from Howard & Bullough American Machine Company. One model card bend irom Howard & Bullough American Machine Company One model set ofmetallic drawing roll; 5 from Metallic Drawing Roll Company One tachometer from GeorgeThomas 6 Co. One moscrop individual yarn tester fr< •m Draper Company One model differential motion from H ward & Bullough American IV Compan; One model differential motion from Sac< c Pettee Machine Shop; One model differential motion from Pr•r idence Machine Works One model differential motion from Wc msocket Machine and Press Comp; One model differential motion from Dol son & Barlow Company. One yarn tester from Standard Mill Supply Company. One yarn and roving twist tester from Standard Mill Supply Comp: 6 BRADFORD DURFEE SCHOOL. [Jan.

Warp Preparation and Weaving Department. One bobbin spooler, 42 spindles, from Draper Company. One bobbin spooler, 40 spindles from Saco & Pettee Machine Shops. One bobbin spooler, 24 spindles, from Easton & Burnham Machine C One skein spooler, 24 spindles from Easton & Burnham Macnine Comps One reel, 50 spindles, from Whitin Machine Works. Six knotters from Barber & Colman One cone winder from Universal Winding Machine Company One doubler and winder, 10 spindles, from Easton & Burnham Machine Com pany. One filling bobbin winder, 30 spindles, from Jacob K. AItemv One beam warper from Draper Company. One ball warper from T. C. Entwistle Company. One slasher from Lowell Machine Shops. One Morril slasher comb from Draper Company. One size kettle from Lowell Machine Shops. One short chain beamer from Cole Brothers. One long chain beamer from T. C. Entwistle Company One harness finding machine from Cyru- E. Smith. Drawing-in frames, etc. One plain loom from Mason Machine W Drk One plain loom with electric stop moti •n, from Crompton & Knowles Loom Works. One plain loom from Stafford Company Twenty-one plain looms from Kilburn, Lincoln & ( Two plain looms, arranged for 2, 3. 4 and 5 harness work from Kilburn, Lincoln & Co. One plain loom, arranged for 2, 3 and 4 harness work, from Whitin Machine Works. Six Draper magazine print cloth looms from Draper Company. One Draper sateen loom, arranged for 2, 3, 4 and 5 harness work, from Draper Company. One automatic plain loom from Stafford Company. One tubing loom from Lewiston Machine Company. One light duck loom from Crompton & Knowles Loom Work One gingham loom, 6 by 1 boxes, with metallic stop motion from Crompton & Knowles Loom Works. Three gingham looms, 4 by 1 boxes, from Crompton & Knowles Loom Works. One Draper magazine loom, 16 harness dobby, from Draper Company. One fancy cotton loom, 20-harness dobby, from Kilburn, Lincoln & Co. One fancy cotton loom, 2 by 1 boxes, 20-harness dobby, from Kilburn, Lincolr

& C One fancy cotton loom, 25-harness dobby, from Mason Machine Works. One fancy cotton loom, 25-harness dobby, from Stafford Company. One fancy cotton loom, 20-harness dobby, from Whitin Machine Works One “Ideal” automatic loom, 20-harness dobby, from Stafford Compan; One “Ideal” automatic plain loom, from Stafford Compai: Four 30-inch print cloth looms, “Ideal,” from Stafford Company One two-frame lappet loom from Crompton & Knowles Loom W One velvet loom side cams positive lift, 8 harness and One fancy cotton loom, 16-harness dobby, with reed and attachments fc ing “Ondule” cloth, from Crompton & Knowles Loom Works. One fancy cotton loom, 20-harness dobby, 4 by 1 boxes, from C Loom Wor HOUSI No. i 7 2115.

One fancy cotton loom, 25-harness dobby, 4 by 1 boxes, fiom Crompton

We have also the following parts of looms which are used for experimental work:

One 12-harness dobby head from Whitin Machine Works. One 12-harness dobby head from Stafford Company. One 16-harness dobby head from Mason Machine Works. Eighteen hand looms, 30-harness, 4 by 4 boxes. Two hand looms, 200 Jacquard, 4 by 4 boxes. One 8-harness double-lift dobby arranged as a working leno model jumper and slackener. Two 12-harnessdobby heads from Crompton & Knowles Loom W'orks. One 8-harness dobby head from Crompton & Knowles Loom Works. One 16-harness dobby head from Crompton & Knowles Loom Works. One 12-harness dobby head from Crompton & Thayer Loom Company. One model dobby head, motion 10-harness, mounted on stand, single indc from Stafford Company One model dobby head, mounted on stand, 16-harness double index, fror Stafford Company. One 20-harness Gem dobby head, with two weave motions, from Crompton & Knowles Loom Works. Three 6 by 1 box motions from Crompton & Knowles Loom Works. One 4 by 1 box motion from Crompton & Knowles Loom Works. Two 200 single-lift single cylinder Jacquards from Thomas Halton’s Sons. Four 200 single-lift single cylinder Jacquards from Crompton Knowles Loon Works Machines for testing and sizing cloth 8 BRADFORD DURFEE SCHOOI Jan.

Cloth Room.

One inspecting and brushing machine from Curtis & Marble Machine Con pany. One railway sewing and rolling machine from Curtis & Marble Machine Cor pany. One combined shearing and brushini machine from Curtis & Marble Macti Company. One float thread shearing machine fr m Curtis & Marble Machine Company One cloth folder from Curtis & Marble Machine Company One double-action napper from Woonsocket Napping Machinery Company

Chemistry and Dyeing Department This department is equipped with all the appointments necessary for thorough instruction in the various courses offered. The general experimental laboratory is provided with desks and lockers for 140 students. Each desk is connected with gas, water and sink, and is furnished with common reagents. Large supplies of reagents and a number of bal- ances for general use are conveniently located near at hand. Commodious hoods with forced draught assure the best of ventilation. The advanced laboratory is equipped for 22 students. Extra large lockers are provided, and in addition to the usual conveniences special aids for advanced work are pro- vided. 'rite department library and reference room contains a good collection of texts on chemistry and dyeing subjects, and is open to students electing the chemistry course. The balances and other instruments of precision are installed in this room. The stock rooms contain an abundance of chemical appa- ratus and instruments from which the student is supplied according to the requirements of his courses. The dye house is a building specially designed for the purpose, and contains the necessary machinery and appara- tus for bleaching and dyeing raw stock and yarns in a practical manner. 1914.] HOUSE No. 2115. 9

Dyeing Laboratory The dyeing equipment is as follow

Three skein dyeing tubs from Benjamin T. Smith Company. One hydro-extractor from American Tool and Machine Company. One Hussong dyeing machine from the Hussong Dyeing Machine Company One chain dyeing machine from Textile Finishing Machinery Company. One chain sizing machine from Textile Finishing Machinery Company. One chain drying machine from Textile Finishing Machinery Company. One bleaching kier from Patten Bros. One experimental dyeing apparatus for 54 cups. One experimental dyeing apparatus for 32 cups, One each experimental dyeing apparatus for 12 and 7 cups. One high-pressure steam chest from William Allen Sons Company One sample printing machine. One winding-on machine from Draper Company. One winding-off machine from Draper Company.

Engineering Department.

Mechanical Drawing Room. Thirty-six drawing benches. Six plain benches. Forty-eight sets of drawing tools. One hundred and twT enty-seven drawing boards. Two cases for boards and instruments. Two sectional cases for drawings. One catalogue filing case. One four-arc lamp blue-printing machine. One architects’ transit, tripod and tape.

Machine Shop. One 15-inch by 8-foot Sebastian engine lathe with compound rest and taper attachment. Five 16-inch by 6-foot Reed engine lathes wdth compound rests. One 12-lnch by 6-foot Prentice geared head lathe. Six 12-inch by 5-foot Reed engine lathes with plain rests. One 13-incn by 6-foot Whitcomb-Blaisdell engine lath Three 11-inch by 4-foot Reed speed lathes. One 11-inch by 4-foot Blount speed lathe. One 11-inch by 4-foot Reed wood-turning lathe One 10-inch by 30-inch Landis Universal grinding macnir One Kempsmitn Universal milling macnine. One plain gear cutter from Whitin Machine Company. One 15-inch Smith & Miller Universal shaper with swivel t One 24-inch by 24-inch by 6-foot Whitcomb planer. One 20-inch Prentice Bros, stationary head drill, back ■ wheel and lever feed to spindle, with automatic stop. One 13-inch Washburn Machine Company sensitive drill One Heald Machine Company twist drill grinder, capa with thinning attachment One Diamond Machine Company grinding machi 10 BRADFORD DURFEE SCHOOL. [Jan

One 2J-inch by 18-inch Blount tool grin ider with water pump, One power haclv saw having swivel vise taking 14-inchblade, h. of 5-inoh by 6-inch. One Westmacott hardening and annealing fur ;pi wide, entrance 4 inches by 5 inche iitive pressure blower O:

Ihe tool cases contain a very complete assortment of small tools, such as wrenches, hammers, drills, reamers, arbors, taps, files, measuring tools, drill and lathe chucks, etc.

Experimental Steam Engineering. One 12-inch by 24-inch etherell Corliss engine with Alden br One 8-inoh 10-inch by high speed engine with Prony brake. One Sturtevant 7-inch by 7-inch vertical automatic engine. One Clark 6-inch by 8-inch vertical automatic engine. One Nagle 4-inch by 6-inch throttling engine. & One O. S. 3-inch by 4-inch vertical throttling engine. One Warren auxiliary valve boiler feed pump. One Deane duplex steam pump. One Snow duplex steam pump. One Blake single steam pump. One Homestead blow-off valve. One Ohio automatic injector. One Penberthy injector. One Hancock inspirator. One model of engine from Buckeye Engine Company. One Crosby steam engine indicator One Crosby reducing wbe One Amsler’s planimete Two Tabor steam engine indicators, navy pa 'ne Ashcroft M. E. P. measuring instrumer Two K & E planimeter Two standard platform One 36-inch by 8-foot horizontal tubular boiler for experiment

The following models cut in section

One 4-inch Crosby pop safety valve One 2-inch Crosby angle valve. One 2-inch Crosby spring seat globe valv One l|-inch Jenkins globe valve. One 6f-inch Crosby improved pressure gang One 3-inch Chapman gate valve with adjustable seat One 3-inch Chapman gate valve with Babbit seat. One 1-inch Chapman ammonia valve. One Hayden & Derby double tube inject One Hancock globe valve. One Hancock inspirator. One Penberthy injector. 1914.] HOUSE No. 2115. 11

One Bundy steam tra One Anderson steam trap, One Turbo humidifier. Two Lunkenheimer cylinder lubricate One Lunkenheimer boiler safety valv< Three Lunkenheimer globe valves.

This section has been provided with pressure gauges, thermometers, weighing tanks, revolution counters, and all necessary apparatus for making running tests of steam engines, pumps and boilers.

Experimental Electrical Department. One Fort Wayne 15 kilowatt, 6 pole, 240 volts, three-phase alternator, 3 kilowatt exciter. One Fort Wayne 7| horse-power, 6 pole, 220 volts, three-phase induction in One Fort Wayne 12 Kilowatt, 4 pole, 123 volts, direct current generator. One Fort Wayne 7\ horse-power, 4 pole, 115 volts, direct current motor. One Fort Wayne Vermont marble panel switchboard wired for altern current control. One Fort Wayne panel switchboard for direct current. One Fort Wayne transformer, 3 kilowatt, ratio 2 to 1. Two Fort Wayne arc lamps. One Lundell 10 horse-power, 220 volts, direct current motor. One 2 horse-power, 110 volts, General Electric direct current V. S. motor. Bank of lamps for load resistance.

Voltmeters, ammeters, resistance sets, rheostats, magnets, coils, model motors, switches, cut-outs, sockets, rosettes, wire, also a great variety and quantity of experimental apparatus, are on hand to make suitable tests, and to enable each student to demonstrate for himself the principles and laws of electricitv.

Power Department.

One Edward Kendall & Sons 150 horse-power boil One D. M. Dillon 150 horse-power boiler. One Eynon Korting compound injector One Hancock inspirator. One Cochrane feed-water heater One Cochrane steam separator, 5-inch vertical. One Cochrane steam separator, 4-inch horizontal One Ideal automatic non-condensingsteam engine, 150 horse-pi One reducing valve on heating system. One reducing valve on hot watei system One steam damper regulator. The necessary gauges for indicating pressur One 100 kilowatt General Electric 3-wire *rato: One electric compensator. One W arren Duplex, outside packed boiler feed pump 12 BRADFORD DURFEE SCHOOL. [Jan.

One Blake direct acting vacuum pump and receiver One hot-water tank. One oil tank holding 60 gallons. Two 10 horse-power General Electric motors One | horse-power General Electric motor. One 25 horse-power Bullock motor. One 20 horse-power Bullock motor. One 10 horse-power Bullock motor. One 5 horse-power Wood motor. One 4 horse-power Wood motor. One 7 horse-power Westinghouse motor One combined generator and feeder switchboard One locker. One vise bench One desk. One bookcase One platform scale. One iron coal barrow One automatic back pressure valve Two Curtis steam traps. Two Nason steam traps. One automatic steam trap. One general fire steam trap, Two wing turbine blowers.

The general equipment also include;

Complete equipment of humidifiers from American Moistening Company. Complete equipment of automatic fire sprinklers from General Fire Extinguisher Company Complete equipment of hangers, shafting and pulleys from Kilburn, Lincoln & Co. Belting from Union Belting Company Complete system of mill telephones from S. H. Couch Comp:

Methods of Instruction The instruction covers carding, spinning, weaving, design- ing, freehand drawing and ornamental design, chemistry, dyeing, mechanical drawing, machine shop and steam and electrical engineering; and consists of lectures, recitations and demonstrations, in addition to a large amount of prac- tical work required in operating, setting, repairing and car- ing for the different machines. The classes are divided into small sections, enabling in- structors to give each student a large amount of individual attention, thus making the courses as practical and thor- ough as possible. 1914.] HOUSE — No. 2115. 13

School Administration. Everett B. Durfeb, A.M. Principal of the Schot

Officers of Instruction. Fred H. Webster, A.M. Instructor in Chemistry and Dyy nc William E. Drake, B.S. Instructor in Engineering. Frederick B. Hays, . Instructor in Designing. William A. Goss, Instructor in Carding and Spin John L. Hacking Instructor in Weaving.

Inste rCTORS. Herbert Cash Freehand Drawing and Oman mtal Design. David E. Greenaway, Mathematics. George M. Hawkins, Cotion Grading and Stapling. William H. Broomhead Weaving and Designing.

Assi: TANT In; TRUCTORS. C. Nelson Alderman, Assistant in Chemistry and Dyy nc William O. Van Blarcom, Jr, Assistant in Engineering. John T. Hilton, Assistant in Weaving.

Additional Evenin’ Instructors. Herbert M. C. Skinner Mechanical Drawing William Britton, Machine Shop. James Gallagher, Machine Shop. Ernest L. Brightman, Machine Shop. Thomas F. Harkin, . Steam and Electricity Francis T. Estes, Electricity. Lester W. Bowers, Carding. Charles Senay*, Frame Spinning. Edwin Mellor, Mule Spinning. Joseph H. Moreau, Ring Spinning. George H. Alsdorf Jacquard Weaving and F Henry Baer, Jacquard Weaving. Walter Scott, . Automatic Loom Fixing. Thomas Goodwin, Automatic Loom Fixin{ William Lambert, Plain Loom Fixing. WTlliam Standing, Plain Loom Fixing. Evariste Talbot, Plain Loom Fixing. William T. Speeding, Plain Loom Fixing. Lawrence Anderson, Plain Loom Fixing. William Pownall, Plain Loom Weaving. Walter R. Fleet, Designing. Albert Lightbown, . Designing. Clifford C. Canfield, Designing. William D. Morrison, Mill Arithmetic. William H. Broomhead, Mill Calculation Russell W. Butterworti Chemistry. 14 BRADFORD DURFEE SCHOOI 14

COURSE! )F Study

Day Cla. ise Course 1. General cotton manufacturing Course 2. Designing and weaving. Course 3. Chemistry and dyeing Course 4. Engineering. •urse 5. Freehand drawing and ornamer al de

Special courses will be arran red when nece it call tor them. Evening ( 'lasse

No. 1. Picker and card rooms, two ye irs Ring spinning, twisting and w rr prepar 3. Mule spinning, one year 4. Mill calculations, one ye No. 5. Plain weaving and fixing, No. 6. Box and dobbv fixing, on No. 7. Jacquard weaving and fixin No. 8. Dobby designing, three years No. 9. General chemistry, one year. No. 10. Qualitative analysis, one yeai No. 11. Elementary dyeing, one year No. 12. Commercial analysis. r No. 13. Cloth analysis, one year. No. 14. Jacquard designing, two y No. 15. Steam boilers and slide valv No. 10. Advanced steam er No. 17. Machine shop, one year. No. 18. Mechanical drawing, one ye No. 19. Electricity, two years No. 20. Cotton grading and staplir No, 21. Mill arithmetic, one year.

Residence or Day Students. Fall Ri North Westport, Somers North Dartmouth 1 Dighton, 1 Somerville, 1 North Dighton 1 Uxbridge, Taunton, 14 Boston, . 1 Assonet, 1 Providence, R. I 1 Myricks 1 Manville, R. 1., Middleborough 3 Brockton, o Total 90 Foxborough, 1 Full Classification or Day Student: General cotton manufacturing, first yea; 30 General cotton manufacturing, second y ;ar 14 General cottonmanufacturing, third ye; s Designing and weaving, first year, 4 Designing and weaving, second year, . 4 Special designing and weaving, . 1 Chemistry and dyeing, first year, II Chemistry and dyeing, second year 1 1914.] HOUSE —No. 2115. 15

Engineering, first year, Engineering, second year, Ornamentation, first year, Ornamentation, second year Special chemistry, 1 Special engineering, 1

Total,

Full Registration and Classification of Eveninc Studenti Picker and card rooms, first year, Picker and card rooms, second year, Ring spinning, twisting and warp prep Mule spinning. Mill calculations, Plain weaving and fixing, . Box and dobby fixing, Jacquard weaving and fixing Designing, first year, Designing, second year, Designing, third year, General chemistry, . Qualitative analysis, Elementary dyeing, . Commercial analysis, Cloth analysis, Jacquard designing, first year, Jacquard designing, second yea r Steam boilers and slide valve e ;r igir Advanced steam engines, . Machine shop, Mechanical drawing, Machine shop and drawing. Electricity, first year, Electricity, second year, . Cotton grading and staplin; Mill arithmetic,

Tot

Registration and Oc C UPATIOIn of Eveninc Students Assistant superintended Weavers, Designers, Drawing-in r Bookkeepers and cle 10 Twisters, Overseers, Peggir 1 Second hands, 40 Slasher ter Third hands, Cloth room help Card grinders, Shipping departi Mule spinners. Dye house Cotton sample 1 Ble Carding and spinning re Pri help, 92 Hat factor I 99 Time keep' 16 BRADFORD DURFEE SCHOOL. [Jan.

Drug clei'i Steam fitters 4 Surveyors and draft Carpenters, 11 Engineers, 21 Janitors, Assistant engineers 3 Students, 42 Machinists, . Blacksmiths, 16 Oilers, 19 MiscellaneousMiscellanc 334 Firemen. 19 Electrici; 13 Total 322

Registration and Name of Mills where Students are EMPLOYED. Algonquin Printing Company 8 Mechanics Mil 19 American Linen Company, 10 Merchants Manufacturi: American Printing Company, 61 Company, . 21 Ancona Company 7 Marshall’shat factory Arkwright Mills 11 Narragansett Mills 6 Barnaby Mills, 17 Osborn Mills, 15 Barnard Manufacturing Com Parker Mills, 12 pany, 21 Pocasset Manufacturing Com Border City Mill 19 pany, 14 Bourne Mills, 19 Richard Borden Manufacturing Chace Mills, 15 Company, 20 Conanicut Mills, 13 Sagamore Manufacturing Cornell Mills, 4 Company, 28 Davis Mills, 36 Small Bros., 1 Davol Mills, 17 Sanford Spinning Company 14 Durfee Mills 23 Seaconnet Mills, Estes Mills. 2 Stafford Mills, 16 Fall River Bleachery, 11 Stevens Manufacturing Corn- Fall River Iron Works pany, 21 Flint Mills, Tecumseh Mills, 10 Globe Yarn Mills, 28 Troy Cotton and Woolen Granite Mills, Manufacturing Company, 4 Hargraves Mills, 32 Union Cotton Manufacturing Kerr Thread Mills, 48 Company, King Philip Mills, 34 Wampanoag Mill; 13 Laurel Lake Mills, 17 Weetamce Mills, 10 Lincoln Manufacturing Com Pilgrim Mills, 12 pany Shove Mills, 11 Luther Manufacturing Com Charlton Mills, pany, 16 Miscellaneous, 382 M a s s a s o i t Manufacturing Company 1 Total 1.322 1914.] HOUSE —No. 2115. 17

Attendance since the School opened. Year ending June, 1904, 5 day itudents, 163 evening students; total, 168. Year ending June, 1905, 8 dav itudents, 122 evening students; total 130. Year ending June, 1906, 11 day students, 412 evening students; total, 430. Year ending June, 1907, 11 day students, 332 evening students; total, 343 Year ending June, 1908, 11 day itudents, 531 evening students; total 542. Year ending June, 1909, 38 day itudents, 701 evening students; total 739 Year ending May, 1910, 41 day itudents, 812 evening students; total 853 Year ending May, 1911, 54 day itudents, 912 evening students; total 966. Year ending May, 1912, 69 day itudi Nts, 1,181 evening students; total, 1,250, Year ending May, 1913, 82 day itudi ;nts, 1,212 evening students; total, 1,294 Present year, 85 day itud' aits, 1,091 evening students; total, 1,176,

LEONTINE LINCOLN President. 18 BRADFORD DURFEE SCHOOL. Jan

TREASURER’S REPORT, 1913.

Receipt! From Commonwealth of Massachusetts For purposes of school 127,000 0C

From city of Fall Elver For purposes of school 8,000 0C 3 From tuition, $305 00 From sales of manufact From sales of students’ suppll 202 01 514 From interest, $598 43 From day students’ deposits to cover brei kage: 975 00 From night students’ deposits to cover break- 101 03 From re 10 00 1,684 46

137,198 Expenditures

Maintena Accoun Teachers’ salaries (principal and instnn dors) $14,859 46 Teachers’ salaries (assistant instructor 0 3,885 25 Employees, ... 599 General expens 268 61 Trustees’ exper Power, light and heat, 1,500 97 Eepairs, 639 25 Suppliei 1,942 94 Raw material, 456 (net Insurance 194 ,36 32,374 11

Lavatory Account ( Appropriation, 1912,91 $2,00C Unexpended balance, Jan. 1, 1913 Expended during 1913, .

Land A 4 191 1’ 191 500 06

M General equipment, Day students’ deposits (refunds] Night students’ deposits (refunc 1914

Cash on hand Jan. 1, 191 Maintenance and purpose Lavat

C Day stu Night st

hand Jan. 1, 191

T

Equii Real i

C General fu

I certify that the foregoing is a c iitures on account of the Bradford

HN E. WHITI Aud 20 BRADFORD DURFEE SCHOOL. [Jan. 1914.

ln, President of the Bradford D Fall R Ma. Dear Sir: I have this day completed the auditing of the acc Adams, treasurer of the Br Dec. 31, 1913. expe •ly Met f cash called for I find die offic The books hav ate

in; 31, 1913

Res

HARRY L. FRENCH Audit