SU461907A1 - Plant for the production of glass fiber material - Google Patents

Plant for the production of glass fiber material

Info

Publication number
SU461907A1
SU461907A1 SU680571A SU680571A SU461907A1 SU 461907 A1 SU461907 A1 SU 461907A1 SU 680571 A SU680571 A SU 680571A SU 680571 A SU680571 A SU 680571A SU 461907 A1 SU461907 A1 SU 461907A1
Authority
SU
USSR - Soviet Union
Prior art keywords
glass fiber
plant
production
fiber material
receiving device
Prior art date
Application number
SU680571A
Other languages
Russian (ru)
Inventor
Ганя Дмитриевна Андреевская
Эдуард Семенович Зеленский
Александр Дмитриевич Бернацкий
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed filed Critical
Priority to SU680571A priority Critical patent/SU461907A1/en
Application granted granted Critical
Publication of SU461907A1 publication Critical patent/SU461907A1/en

Links

Landscapes

  • Treatment Of Fiber Materials (AREA)

Description

Известна установка дл  получени  пропитанных смолами стеклонитей, состо ща  из фильерной электропечи, собирающего ролика, вращаюи.;егос  укладчика нитей, приемного устройства в виде цилиндрического блока транспортеров и устройства дл  резки нитей. Однако эта установка не позвол ет непрерывно получать материал с ориентированной структурой волокон и сохран ть эту структуру до последующей переработки.A known installation for the manufacture of resin-impregnated glass fibers, consisting of a spinneret electric furnace, a pick-up roller, a rotator; its stacker, a receiving device in the form of a cylindrical block of conveyors and a device for cutting the threads. However, this setup does not allow for the continuous production of a material with an oriented fiber structure and maintain this structure until further processing.

Предлагаема  установка отличаетс  тем, что по периферии приемного устройства расположен прощивочный механизм, а в нижней части приемного устройства установлен виброотжимной механизм в виде радиальных толкателей, соединенных с кулачком.The proposed installation is characterized by the fact that a fitting mechanism is located around the periphery of the receiving device, and a vibro-pressing mechanism in the form of radial pushers connected to the cam is installed in the lower part of the receiving device.

На фиг. 1 и 2 изображена предлагаема  установка .FIG. 1 and 2 shows the proposed installation.

Установка состоит из фильерной электропечи 1 дл  выработки стекловолокна, устройства 2 дл  дозированного нанесени  св зующего и формировани  нити, вращающегос  укпадчика 3 дл  намотки стеклонити, на приемное устройство 4, выполненное в виде цилиндрического блока транспортеров, снабженное сущильной камерой 5. и-механизмом 6 прощивки синтетическими волокнами.The installation consists of a spun-type electric furnace 1 for making fiberglass, a device 2 for dosed application of a binder and forming a thread, a rotating ukpadchik 3 for winding glass yarn on a receiving device 4, made in the form of a cylindrical block of conveyors, equipped with an extruded chamber 5. And a sewing mechanism 6 synthetic fibers.

В нижней части приемного устройства установлен виброотжимной механизм 7 дл  непрерывного съема материала, а непосредственно за ним находитс  механизм 8 резки материала на ленту или полосу. Виброотжимной механизм состоит из радиальных толкателей 9, отдел ющих материал от транспортеров в их нижней части, приводимых в движение вращающимс  кулачком 10.In the lower part of the receiving device, there is a vibration-extracting mechanism 7 for continuous removal of material, and immediately behind it is the mechanism 8 for cutting the material into tape or strip. The vibrating mechanism consists of radial pushers 9 separating the material from the conveyors in their lower part, driven by a rotating cam 10.

Способ получени  армированного пластикаThe method of obtaining reinforced plastic

на основе ориентированных стекл нных и синтетических волокон заключаетс  в том, что на непрерывно выт гиваемое из фильерной электропечи 1 стекловолокно наноситс  св зующее , после чего опо наматываетс  на приемное устройство, представл ющее собой расположенные по окружности транспортеры, синхронно движущиес  сверху вниз, благодар  чему нити равномерно перемещаютс  с образованием «чулка.based on oriented glass and synthetic fibers, a binder is applied onto a glass fiber continuously pulled out of a spinneret electric furnace 1, and then it is pushed onto a receiving device, which is a circumferentially moving conveyor that moves from top to bottom, which means that the threads move evenly to form a "stocking."

При перемеще:нии вниз материал прощиваетс  в вертикальном направлении синтетическими волокнами, одновременно подсущиваетс  дл  облегчени  съема и отдел етс  отWhen moving down, the material is forgiven in the vertical direction with synthetic fibers, while it is simultaneously exaggerated to facilitate removal and is separated from

трансиортеров при помощи виброотжимного механизма, обеспечивающего сохранение структуры материала при съеме. Затем материал разрезаетс  на ленту или полосу и поступает на конвейер дл  окончательной просущки и переработки в издели .Transiortors with the help of a vibrojack mechanism, ensuring the preservation of the structure of the material during removal. The material is then cut into a belt or strip and fed to a conveyor belt for final cleaning and processing into products.

Предмет изобретени Subject invention

Установка дл  получени  стекловолокнистого материала, состо ща  из фильерной электропечи, устройства дл  дозированного нанесени  св зующего и формировани  нити, вращающегос  укладчика дл  намотки нити, приемного устройства, выполненного в виде цилиндрического блока транспортеров и снабженного сушильной камерой, и механизмаAn installation for producing a glass fiber material consisting of a spun-type electric furnace, a device for dosed application of a binder and forming a thread, a rotating stacker for winding a thread, a receiving device made in the form of a cylindrical block of conveyors and equipped with a drying chamber, and

flJZ.1flJZ.1

резки материала, отличающа с  тем, что, с целью непрерывного получейи  материала с ориентированной структурой и сохранени  структуры до последующей переработки, по периферии приемного устройства расположен прошивочный механизм, а в нижней части приемного устройства установлен виброотжимной механизм, выполненный в виде радиальных толкателей, соединенных с кулачком .material cutting, characterized in that, in order to continuously obtain material with an oriented structure and preserve the structure before further processing, a piercing mechanism is located on the periphery of the receiving device, and a vibrating press mechanism mounted in the lower part of the receiving device, connected to fist.

,////777///77, //// 777 /// 77

fuz.Zfuz.Z

SU680571A 1960-09-30 1960-09-30 Plant for the production of glass fiber material SU461907A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU680571A SU461907A1 (en) 1960-09-30 1960-09-30 Plant for the production of glass fiber material

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU680571A SU461907A1 (en) 1960-09-30 1960-09-30 Plant for the production of glass fiber material

Publications (1)

Publication Number Publication Date
SU461907A1 true SU461907A1 (en) 1975-02-28

Family

ID=20437111

Family Applications (1)

Application Number Title Priority Date Filing Date
SU680571A SU461907A1 (en) 1960-09-30 1960-09-30 Plant for the production of glass fiber material

Country Status (1)

Country Link
SU (1) SU461907A1 (en)

Similar Documents

Publication Publication Date Title
RO81556B (en) Process and installation for making fiber rods meant in particular for cigarette filters
ES369897A1 (en) Spinning of textile yarns
ES423721A1 (en) Method of and apparatus for manufacturing a net of non-woven threads
GB1445360A (en) Process for spinning textile fibres
US2678676A (en) Apparatus for forming ribbons composed of extruded rubber threads
SU461907A1 (en) Plant for the production of glass fiber material
GB1208264A (en) A method of forming sliver from textile fibres and machines for this purpose
GB1136162A (en) A method and machine for the manufacture of pile fabrics
BE804191A (en) PROCESS AND INSTALLATION FOR SPINNING A THREAD, OF THE OPEN-END TYPE
US2984286A (en) Method and apparatus for making filamentous mat
GB813857A (en) Production of antificial filaments of uneven denier
IE790918L (en) Mandrel for making tubular wound articles
BE820003A (en) FABRIC MADE FROM SYNTHETIC TAPES AND PROCESS FOR ITS MANUFACTURING
ES373442A1 (en) Process for the production of nonwoven webs of continuous filaments
CH423083A (en) Bobbin spinning machine for endless artificial threads produced by the melt or dry spinning process
BE804320A (en) PROCESS FOR THE PRODUCTION OF CUT FIBER SAILS FROM CONTINUOUS FILAMENTS
SU477091A1 (en) Device for accumulating filamentary material
GB1022093A (en) Improvements in or relating to machines for manufacturing board from fibrous material
GB1211382A (en) Method and means for removing impurities from a continuous web of textile fibres
GB1032152A (en) Process for preparing an endless filament cable for precision cutting into staple fibre
GB484779A (en) Method of and apparatus for producing filaments or the like of glass and products thereof
SU122128A2 (en) Device for drying oilcloth and other technical fabrics
GB628145A (en) Improved method of and apparatus for the continuous production of a strip or web of glass fibres
US2010878A (en) Method and apparatus for collecting continuous lengths of material such as rubber thread
GB1395668A (en) Method and apparatus for processing yarn