The wound fiber is cut from the drum with two disk knives( 4). The knives are fixed longwise to the drum so that, moving from left to right the first removes the ribbon from the edge of the drum to the middle and the second from the middle to the other edge. The ribbon is directed into two centrifuges(5), which are switched on after the above process. The centrifu ges operate at 6000-7000 rpm, winding taking about 5 min; the winding drum on the molding machine makes 36 At the end of the winding, a unit inside the centrifuge sprays a solution of starch, dextrin or synthetic resin. them d, the cardboard bobbins with the fiber are removed from the cenitituges and blank bobbins are placed in them on which are removed the units with the cardboard bobbins. On one bobbin is wound 150 g of polushelk The thread consists of 50%o continuous fiber and 50%o staple fiber. The metric number of the fiber may be from 3 to 30. The optimal coefficient of coarse linen is 20. with such a process, further textile treatment does no require cloth, Textiles with adequate strength may be developed from the fibers p The polushelk may be used for making noncombustible decorative cloth, heat-insulating and electric-insula materials, acid-resistant filters and to replace coarse linen for the filler in the manufacture of strong and flex ible materials from glass-plastics. At present, this technology is being introduced into industry. Experimental equipment for processing textile fiber from moldings. The equipment(Fig 3)consists of the following main parts: a device for feeding the moldings, burners, winding drum, bobbins, a distributor, a carrier and Fifty moldings, 4 mm in diameter, are placed verti cally in the box of the fiber machine at a distance of 15 mm from each other Lubrication winding drum is placed much lower than the burners (at a distance of 3.2 m from axis to axis The diameter of the drum is 1 m, the rpm is 400. After correcting the fiber on the winding drum the carrier displaces the fiber to the side, and the forming fiber is transferred to the bobbin with the help of 长 evice. The bobbin diameter is 200 mm, length 200 mm A special distributor with a return-advance move ment in small stages and simultaneous advance movement Initial moment of starting on drum along the axis of the is used for winding the thread Transferred to bobbin onto the bobbin. Together with the carrier is a pan on which is fed the casein lubricator: 400 g of casein, 400 Fig. 3. 1)Distributor, 2)winding drum, 3)bobbin, cm of ammonia, 50 cm of 40% formaldehyde. At the 4)spout with felt, 5)straight edge, 6)moldings moment of transfer of fiber from drum to bobbin,the (fibers), 7)pan, 8)carrier. linear velocity of the drum and bobbin are about the same The diameter of the fiber is 9 u. The output of the equipment for 8 hours is 3 kg The thread obtained from the primary process is after ward processed into 2-and 4-complex fibers used mainly for electric-insulating purposes. num-rhodium glass melting container with 101 dies, 1. 6 mm in diameter, filled with glass balls, h as a winding Processing textile fiber by mechanical drawing from a die. Experimental equipment with a two-course plati apparatus in which the bobbins are moved in a horizontal direction with the aid of a screw spindle. At the end of the winding cycle, the thread is taken on the thread carrier with the filled bobbin to a blank for further winding. The filled bobbin is removed from the spindle by the removing device, after which the spindle is returned, catching the new bobbin coming from the container and the process is repeated.The wound fiber is cut from the drum with two disk knives (4). The knives are fixed longwise to the drum so that, moving from left to right the first removes the ribbon from the edge of the drum to the middle and the second from the middle to the other edge. The ribbon is directed into two centrifuges (5), which are switched on after the above process. The centrifu￾ges operate at 6000-7000 rpm, winding taking about 5 min; the winding drum on the molding machine makes a6 rpm. At the end of the winding, a unit inside the centrifuge sprays a solution of starch, dextrin or synthetic resin. Afterward, the cardboard bobbins with the fiber are removed from the centrifuges and blank bobbins are placed in them on which are removed the units with the cardboard bobbins. On one bobbin is wound 150 g of polushelk. The thread consists of 50% continuous fiber and 50~o staple fiber. The metric number of the fiber may be from 3 to 30. The optimal coefficient of coarse linen is 20. With such a process, further textile treatment does not require cloth. Textiles with adequate strength may be developed from the fibers. The polushelk may be used for making noncombustible decorative cloth, heat-insulating and electric-insula￾ting materials, acid-resistant filters and to replace coarse linen for the filler in the manufacture of strong and flex￾ible materials from glass-plastics. At present, this technology is being introduced into industry. _Experimental equipment for processing textile fiber from moldings. The equipment (Fig. 3) consists of the following main parts: a device for feeding the moldings, burners, winding drum, bobbins, a distributor, a carrier and a pan. 8 i! Lubrication ] ' ] --- V gl',l, i ~lll ~ , li , ' 3~llflljll II I [tlllllJ Ii-I '--2 Fifty moldings, 4 mm in diameter, are placed verti￾cally in the box of the fiber machine at a distance of 15 mm from each other. In contrast to the ordinary molding machine the winding drum is placed much lower than the burners(at a distance of 3.2 m from axis to axis). The diameter of the drum is 1 m, the rpm is 400. After correcting the fiber on the winding drum the carrier displaces the fiber to the side, and the forming fiber is transferred to the bobbin with the help of aspecial device. The bobbin diameter is 200 ram, length 200 ram, rpm 3600. A special distributor with a return-advance move￾ment in small stages and simultaneous advance movement along the axis of the bobbin is used for winding the thread onto the bobbin. Together with the carrier is a pan on which is fed the casein lubricator: 400 g of casein, 400 cm 3 of ammonia, 50 cm 3 of 40~ formaldehyde. At the moment of transfer of fiber from drum to bobbin, the Initial moment of starting on drum . Transferred to bobbin Fig. 3. I) Distributor, 2) winding drum, 3) bobbin, 4) spout with felt, 5) straight edge, 6) moldings (fibers), 7) pan, 8) carrier. linear velocity of the drum and bobbin are about the same. The diameter of the fiber is 9 #. The output of the equipment for 8 hours is 3 kg. The thread obtained from the primary process is afterward processed into 2-and 4-complex fibers used mainly for electric-insulating purposes. Processing textile fiber by mechanical drawin 8 from a die. Experimental equipment witha two-course plati￾num-rhodinm glass melting container with 101 dies, 1.6 mm in diameter, filled with glass bails, has a winding apparatus in which the bobbins are moved in a horizontal direction with the aid of a screw spindle. At the end of the winding cycle, the thread is taken on the thread carrier with the filled bobbin to a blank for further winding. The filled bobbin is removed from the spindle by the removing device, after which the spindle is returned, catching the new bobbin coming from the container and the process is repeated. 437