TH7883B - Methods and equipment used to treat objects shaped like a belt. - Google Patents

Abstract

The method is used for handling or working with continuous moving belt-like objects with various processes in an enclosed laboratory consisting of the procedure of importing a horizontal belt-shaped object into the guiding laboratory. The guided belt goes up and down the zigzag line between the upper guide wheel and the drive wheel arranged in the laboratory, while the belt-like object is treated by various processes by conducting The first passage leads and directs a belt-shaped object upward through a first driving wheel, twisting the belt-shaped object into a 90-degree turn in one direction. Wrapping down a belt-like object and wrapping it around The guide wheel answers on and guides and directs a belt-shaped object down and wrapped around it. The second and subsequent propulsion wheels that lead and direct the belt-shaped object upward again. Twisting the belt-shaped material at a 90-degree angle in the opposite direction to the original direction, wrapping around the guide wheel and guiding and directing the belt-shaped object down and around it. The third driving wheel and its repeating sequence with the drive or discharge wheel through which a belt-shaped object emerges from the laboratory horizontally.

Claims (7)

1. Methods of operating on a belt-like object continuously moving through a closed laboratory process. The process of (a) importing a horizontal belt-like object into the aforementioned laboratory p1 (b) Navigating the imported belt-like object up and down in the winding line between the top and side wheels. lower A number of tiles are tiled together in the aforementioned laboratory, while belt-shaped objects To be treated in a series of processes, the lower wheels rest along the vertical plane parallel to the axis of the upper wheel. By such navigation Will include the first order is Navigating and directing a belt-shaped object upward through one of the lower rotating wheels, twisting the belt-shaped object into a 90-degree arc in one direction. Wrapping a belt-like object around the upper spinning wheel and guiding and directing a belt-like object and wrapping it around the spinning wheel. Below the second, the second, next is to lead and direct a belt-like object upwards. And twist the belt-shaped object 90 degrees in the opposite direction of that direction and wrap it around the upper spinning wheel and directing and directing the belt-like object, and wrapping around the bottom third as follows. And (c) discharges in which a treated belt-shaped object exits horizontally from such laboratory. 2. The device is used for the operation of continuously moving belt-shaped objects through processes in enclosed laboratories with inlet and outlet openings. Where belt-like objects are introduced and drained from the laboratory. With such devices consisting of The upper swivel wheels, installed in the upper section of the laboratory, and those that extend horizontally along the movement of a belt-shaped object and a number of lower wheels are installed in the lower part. Of the laboratory, perpendicular to the upper spinning wheel, and horizontally along the line of motion of a belt-like object. The lower wheel is positioned along a vertical plane parallel to the axis of the upper wheel, where a belt-like object that has been brought horizontally into the laboratory from the inlet is directed up and down in the winding between. The upper spinning wheel And the lower spinning wheels that are lined up Belt-shaped objects are twisted in a 90-degree arc, alternating in the opposite direction between each lower spinning wheel. And the upper spinning wheel In order to touch only one side of each of the upper and lower spinning wheels. 3. The device is used for working on belt-shaped objects as described in Clause 2 at which the upper spinning wheel. It is a guide wheel that can rotate freely and where the lower spinning wheel is a driving wheel. Which will be driven to spin by the driving part 4. The device is used for working on belt-shaped objects as described in Clause 2, where cleaning is involved. Water and hot steam and drying parts are installed in the laboratory. 5. The device is used for the operation of continuously moving belt-shaped objects through processes in enclosed laboratories with inlet ports. And removed where belt-like objects are imported And is drained from the laboratory by the equipment consisting of The upper swivel wheels are installed in the upper section of the laboratory and those that extend horizontally along the movement of a belt-like object, and a number of lower wheels are installed in the lower sections. Of the laboratory, perpendicular to the upper spinning wheel, and horizontally, along the line of motion of belt-like objects, where belt-shaped objects are brought horizontally into the laboratory from The inlet was directed up and down in a winding line between the upper spinning wheels. And the lower spinning wheels that are lined up Belt-shaped objects are twisted in a 90-degree arc, alternating in the opposite direction between each lower spinning wheel. And the upper spinning wheel In order to touch only one side of each of the upper and lower spinning wheels. Where there is a cleaning section Water and hot steam And the drying section is installed in the said laboratory and where the cleaning section Including the spraying hole located near the upper spinning wheel An ultrasonic vibrator is located near the upper spinning wheels. And the pipe is installed between the lower spinning wheels Each of the above wheels 6.The equipment is used for working on belt-shaped objects as described in Clause 4, where water and steam conduction sections are equipped with an automatic water and air supply unit and including a re-heating tank with a heater. Built-in hot 7. The equipment is used for working on belt-shaped objects as described in Clause 4 where the drying portion includes hot air holes installed in the said laboratory. To blow hot air on a belt-like object with a fan All heaters and closures are installed outside the said laboratory.