SU983031A1

SU983031A1 - Glass container washing machine

Info

Publication number: SU983031A1
Application number: SU813302628A
Authority: SU
Inventors: Михаил Николаевич Лосев; Аделя Бакировна Акчурина; Борис Михайлович Воловик
Original assignee: Предприятие Уфимского Научно-Исследовательского Института Вакцин И Сывороток Им.Мечникова
Priority date: 1981-06-12
Filing date: 1981-06-12
Publication date: 1982-12-23

Description

(54) МАШИНА ДЛЯ МОЙКИ СТЕКЛОТАРЫ(54) MACHINE FOR WASHING GLASS

Изобретение относитс к подготовке стеклотары в производство дл ее заполнени , требующем многоцикличной ее обработки различными моющими растворами , и может быть использовано в медицинской, фармацевтической пищевой промышленности. ,- The invention relates to the preparation of glass containers for production to fill it, requiring its multi-cycle processing with various detergent solutions, and can be used in the medical and pharmaceutical food industry. ,,

Известна машина дл мойки стеклотары , содержаща роликовый и ленточный транспортеры, расположенные друг над другом за счет разности скоростей, обеспечивающие вращение помещенной мржду ним1 тары, и расположенные сбоку от этихтранспортеров установки дл инжектировани жидкости 1..A known machine for washing glass containers containing roller and belt conveyors located one above the other due to the difference in speeds, ensuring rotation of the container placed between them, and installations for injecting liquid 1 located to the side of these conveyors.

Однако в известной машине при помощи инжекторных устройств, вынесенных за пределы стеклотары, невозможно подать необходимое количество жидкости во флакон, так как возникающее в нем давление преп тствует проникновению жидкости внутрь, кроме того при горизонтальном положении стеклотаси жидкость из нее не может быть полностью удалена, что недопустимо тщательном многоцикловом ополаскивании различными жидкост ми.However, in a known machine, it is impossible to apply the required amount of liquid to the vial using injection devices outside the glass container, because the pressure arising in it prevents the liquid from penetrating inside, besides, when the glass glass is horizontal, the liquid cannot be completely removed. unacceptably thorough multi-cycle rinsing with various liquids.

. Наиболее близкой к предлагаемой по технической сущности вл етс машина дл мойки стеклотары, содержаща . Closest to the proposed technical entity is a machine for washing glass containers, containing

корпус с устройством дл передвижени стеклотары, включающий инжекторные форсунки, именщие гибкие шланги дл моющей жидкости и гнезда дл стеклотаЕЯл, емкости дл моющей жидкости , установленные под устройством дл передвижени стеклотары, и систолу подачи сжатого воздуха к форсункам . 2 .a housing with a device for moving the glass containers, including injection nozzles, flexible hoses for washing liquid and glass containers, containers for washing liquid installed under the device for moving the glass containers, and a systolic air supply to the nozzles. 2

Недостаток известной машины Заключаетс в том, что она не обеспечивает необходимой.производительности труда при обработке стеклотары с длительными циклами мойки, напршчер, в производстве культуральных вакцин, когда требуетс шесть циклов мойки различными ьюющими жидкост ми.A disadvantage of the known machine is that it does not provide the necessary labor productivity when processing glass containers with long washing cycles, like in the production of culture vaccines, when six washing cycles are required with different liquid fluids.

Цель изобретени - повышение производительности труда при обрабо ке стеклотары с длительными циклами мойки.The purpose of the invention is to increase labor productivity when processing glass containers with long washing cycles.

Claims

This goal is achieved by having a machine in a glass washing machine comprising a housing with a device for washing. glass containers, including injection nozzles with flexible slurry for washing liquid and glass container nests, containers for washing liquid installed under the device for moving the glass container and the compressed air supply system to the forks, the device for moving the glass container completed in the form of a tubular carriage connected to by the system. supply of compressed air to the injectors. The drawing shows a machine for washing glass containers. The machine consists of a housing 1, the upper part of which is a guide for the tubular hollow carriage 2 of the nozzles 3, mounted in the tubular frame of the carriage 2 and equipped with suction-heating pipes with flexible nozzles 4, and having slots 5 for glass containers, containers 6 for washing solutions, electric drive 7, cable 8 with counterweight 9, end switches 10, collection 11 for spent cleaning solution, bracket 12, hose 13 for supplying compressed air. The machine works as follows. In the initial position, the carriage 2 is in the extreme right position, and the suction cleaning solution hoses 4 are outside of the containers 6. The glass containers are installed on the nozzles 3 (there may be several in one or two rows). The machine is put into operation by switching on the electric drive 7 with a roller for winding the cable 8 and supplying compressed air through the flexible hose 13 and the tubular carriage 2 to the nozzles 3. When the carriage moves to the electric drive, the suction hoses .4 are sequentially transferred to each tank, which provides flow various washing liquids in glass bottles in accordance with the setting mode. The fluid level in the tank 6. is kept constant. After the washing is completed, the actuation switch is used with the help of the bracket 12, the left limit switch 10, and the supply of compressed air is turned off. and the electric drive is reversed and the glass carriage with the assistance of the counterweight 9 and the cable 8 returns to its original position before acting on the end switch located to the right. The spent cleaning solution is collected in collection 11 and discharged to the sewer. The entire batch of the washed glass container is replaced with an untreated one and the process of multiple-cycle washing is repeated. The proposed design of a glass washing machine provides for carrying out a multiple-cycle tagging with long washing cycles, batches in an automatic mode, which allows to increase labor productivity. The invention The glass washing machine, comprising a housing with a device for moving glass containers, including injection nozzles having flexible hoses for washing liquid and slots for glass containers, containers for washing liquid installed under the device for moving the glass containers and / a compressed air supply system to nozzles, characterized in that, in order to increase labor productivity in the processing of the stack (pots with long cycles of washing, the device for moving the glass containers is made in the form of tubular Tanki, connected to the system of compressed air supply to the injectors. Sources of information taken into account during the examination 1. Japan Patent 51-33030, class B 67 C 1/06, 1977.

2. USSR author's certificate in application number 2969376, cl. In 67 of 1/06, 1980.