TH45329B - Coolers and valves for use in underwater annealing processes. - Google Patents

Abstract

The DC60 is a coolant and valve system for the submersible granulation machine. A deflector valve that simplifies the process for multiple melt material processing.The chiller has an inlet chiller that conveys the melt material to the cooler and the guide line. Exits the chiller conveying the melt material which has been cooled from the chiller Deflector valve Ben is configured to transport the melt material to and from the chiller during the cleaning mode. Cool the workpiece, conveying the molten material around the Chiller during operating short-pass mode And drains the melt material from the chiller and the deflector valve during the discharge mode of the operation.The deflector valve is compact Therefore, inventory items are listed at the lowest level. The valve is characterized by a continuous line and is directed in a cut-through mode and has the ability to drain. This allows for an easier and faster in-line cleaning. Which the other will allow to have Faster transition times with less product waste. The melting cooler and valve system for the submerged granulation machine consists of: A deflector valve that makes it easier to process multiple melt processing modes.The chiller has an inlet chiller that conveys the melt material to the cooler and the water line. Out of the chiller conveying the melted material which is cooled from the chiller, a deflection valve is configured to convey the melt material to and from the cooler during the cooling mode. Cool the operation, convey the melt material around Chiller during operating short-pass mode And drains the molten material from the chiller and the deflector valve during the discharge mode of the operation.The deflector valve is compact Therefore, inventory items are listed at the lowest level. The valve is characterized by a continuous line and is directed in a short-through mode and has the ability to drain. This allows for an easier and faster in-line cleaning that one would allow. Faster transition times with less product waste.

Claims (7)

1. The melting cooler and valve system for the submersible granulation machine, which has the following components: Melt coolers that cool the melting polymer Which includes water into the machine To cool the melted material, the melt is conveyed to the chiller and the discharge line from the evaporator. The melt is cooled down to the conveying of the melted material which is cooled from the chiller and the deflector valve is configured to convey the melt material to and from the chiller in During operating cooling mode, the molten material is conveyed around the chiller during the Shortcut through operations And drain the melt material from the chiller and from the deflector valve in During the operating drain mode 2. The melting cooler and the valve system according to claim 1, where the deflector valve is included. To the hot forged material input line, the first sliding valve assembly, the hot forged material output line to the machine. Cool the melted material, the pipe only passes through the hot forged material, the melt line is cooled by the machine. Cools forged material, second sliding valve assembly, cooled melt material ejection line And the melt pipe 3. The melting cooling machine and the valve system according to claim 2, in which to arrange the valve configuration. Deviation for cooling mode The first sliding valve element is positioned so that the leads open. Issue the hot melt material to the melting cooler, close the tube only through the hot melt, and close the melt pipe. And the second sliding valve component is positioned to open the molten material inlet line. Which is cooled by a machine to cool the melting material Which provides a path for the flow of the melt material Through the forged material cooled and out of the deflector valve, through the discharge line, the melt material was cooled 4. The melting material cooler and the valve system according to claim 2, whereby to set up the valve configuration. Deflector for pass-through mode The first sliding valve element is positioned to close the lead wire. The melting material is heated to the melting machine, and the melt pipe is closed. And valve components that A second slider is positioned to close the melt line, which is cooled by the melt cooling device, which provides a flow path around the melt. The machine cools the melted material and leaves. From the deflector valve, through the ejection line, the melt material is cooled 5. The machine cools the forged material and registers the valve according to claim 2, whereby to set up the valve configuration. Deviation for emission mode The first sliding valve element is positioned to open the pipe. Drain the melt material And the second sliding valve lockout is positioned to open the melt line. Which is cooled by a machine to cool the melting material Which provides a path for the flow of the melt material From the hot melt input line and from the first processing side of the melt cooling machine out of Deflector valve passes through the melt material drain pipe and provides a flow path of the molten material from the The second processing of the machine cools the melt material from the deflector valve through the melt material ejection line. Cooled 6. Melting coolers and valve systems according to claim 1, wherein the melting machine The cooler is positioned in the vertical direction above the deflector valve. 7. Cooling melting machine and valve system according to claim 1, where the melting machine The cooled down will be a tube and sheathed heat exchanger. 8. Melting cooling machine and valve system according to claim 7, where the processing side of The heat exchanger includes elements for mixing static liquids in it. 9. Cool down material heater and valve system according to claim 7 where the exchanger Hot has an encapsulated top header that is heated by a liquid or fluid that transmits energy. Heated by either heat or by a cartridge in an electric heater 1 0. Coolant and valve system according to claim 2, where the top of the machine To cool down the melt material, there is a heated vents that are configured to release the compressed fluid. It can be obtained from that section and / or facilitated the discharge of the molten material from the bottom of the chiller 1 1. Material coolers and valve systems according to claim 1 where the melting machine The taper is positioned under the deflector valve in the vertical direction and consists of a molten material drain. And the exhaust pipe that is configured to release the compressed fluid in the bottom. And the deflector valve will have The section is the cold melting importer, the pipe through only the hot forged material, the cold melting importer. From the melt cooler, the second sliding valve assembly. And ejection line, melt material which is cooled 1 2. The melting cooling machine and valve system according to claim 11, provided that to set the configuration Deviation valve for cooling mode The first sliding valve element is positioned to open. The hot forged material is ejected to the melt cooler and the tubing is closed through only the hot forged material and the second sliding valve assembly is positioned to open the melt inlet line which is cooled from Melt cooling machine Which provides a path for the melt flow through the material emitter Forged is cooled and exits the deflector valve through the lead out, the melt material being cooled 1 3. The melting cooler and valve system in accordance with claim 11, provided that the configuration Deflector valve for short-pass mode The first sliding valve element is positioned to close the lead. Exits the hot forged material to the coolers and opens the tubes through only the hot forged material and the second sliding valve assembly is positioned to close the inlet line which is cooled from the machine. Cools the melt material Which provides a path for the flow of the molten material around Melting material It cools and exits the deflector valve through the evacuation line, the melt material being cooled 1 4. The melting cooler and the valve system according to claim 1, wherein the melt The cooler is positioned in a horizontal direction above the deflector valve 1 5. The melting cooler and valve system according to claim 14, with the line being fed to the machine. To cool down the melted material is positioned in the top of the cooler and the ejection line from the coolant is positioned at the bottom of the cooler 1 6. The cooler. Cooled forged material and valve system in accordance with claim 14, where the line is brought to the machine Cools the melting material and the ejection wire from the melting cooler is positioned in the The opposite of the annealing machine in a side-by-side configuration 1 7. The melting cooler and the valve system according to claim 14, with the wires being fed to the machine. Cool the melting material is positioned in the bottom of the cooler and the ejection line from the cooler is positioned in the top of the cooler 1 8. Coolant and valve system according to claim 1 where the deflector valve is included To the hot forged material input line, the first sliding valve assembly, the hot forged material output line to the machine. Cool the melted material, the pipe only passes through the hot forged material, the melt line is cooled by the machine. Cools forged material, second sliding valve assembly, cooled melt material ejection line And the first and second molten material drains 1 9. Coolers and valves according to claim 18, wherein to set the configuration Deflector valve for the discharge mode, the first sliding valve assembly is positioned to open. First molten material drain And the second sliding valve component is positioned to open the inlet line. The melt material is cooled by a coolant and a second melt drain is opened, providing a flow path for the melt from the hot melt line and from the processing side at One of the machine cools the melt material, the deflector valve passes through the first molten material drain pipe and provides a flow path of the melt from the second processing side of the cooler and From the ejection line, the molten material is cooled from the deflector valve through the second molten material drain 2 0. Coolant and valve system according to claim 2, whereby the melting machine The cooler is aligned perpendicular to the flow path of the molten material through the deflector valve and the deflector valve has a section where the hot forged material input, sliding valve components, leads. Exit material Hot forged to the melting machine, the pipe only passes through the hot forged material, the wire to import the melting material which is Cooled from a forged cooler, outlet hose, cooled melt and melt drain hose, sliding valve assembly, a bolt actuated by a hydraulic system with a flow channel. Three sets of them. 2. 1. Valve Coolers for the Submerged Meat Machine. Consisted of A deflector valve that is configured to transfer the dipped melt material to and from the exfoliator. Annealing is cooled during operating cooling mode, conveys the melt material around the cooler in During the mode of operation through shortcuts And drain the molten material from the chiller and from the valve body. Deviation during operating drain mode Where the deflector valve is a straight knife with an input line of material Hot forged, First sliding valve components, Hot forged material ejection line to melting cooler, Piping through only hot forged material, Melt imported line which is cooled by melting heater. Cooled, second sliding valve assembly, cooled melt material ejection line 2. Valve system according to claim 21, where the sliding valve components one will be bolted at It can be activated by a hydraulic system which has two flow channels in it. 2 3. Cooling method of the polymer melting for the submersible pellet mill. It consists of the following steps: Conveying the melt material to the deflector valve, transporting the melt material to and from the exfoliant. The melted material is cooled during the operating cooling mode, conveying the melt material around the heater. Cool during short-through mode of operation And drain the melt from the chiller and from Deflector valve during operating drain mode Where the deflector valve has a hot forged material input line, one sliding valve component, a hot forged material outlet line to the forged cooler, a pipe through only the hot forged material, the material input line. Melting cooled from melting cooler, second sliding valve flap, cooled melt outlet wire And melting pipes at First and second Deflector valve arrangement for cooling mode plus component positioning The first sliding valve closes the pipe through only the hot forged material and closes the first forged material drain and setting. The second sliding valve component position opens the molten material inlet line which is cooled from the heater. Allow the melt to cool and close the second fused material drain. Which conveys the melted material through the machine The forged material cools and exits the deflector valve through the ejection line. Deflection valve configuration for cut-through mode by positioning the valve components at In one scroll, close the hot melt lead to the melter and close the material drain. The first forged and the positioning of the second sliding valve component closes the inlet line. Cooling from the machine to cool the melt and close the second melt pipe. Which conveys the material Forged around the machine cools the melt material and exits the deflector valve through the ejection line, the melt material being cooled, and the deflection valve configuration for the drain mode by positioning the valve component at Move one place, open the lead-out line, the hot forged material goes to the coolant, wrong pass only. Hot melt material And open the first melting tube And positioning the sliding valve components at Second, open the inlet line, which is cooled by the cooler, and open the drain hose. Second melting material Which conveys the melt material from the hot melt material import line and from the processing side that One of the machine cools the melt material out of the deflector valve through the first molten material drain pipe and Convey the melt material from the second processing side of the cooler and from the material ejection line. Forged, which is cooled out of the deflector valve through the second molten material drain pipe 2. 4.Cooling Method of Polymer Molten for Submersible Granulation Machine It consists of the following steps: conveying the melt material to the deflector valve, which conveys the melt material to and from the expander. The molten material is softened during operating cooling mode, conveying the molten material around the heater. Cool during operation And drain the melt from the chiller and from Deflector valve during operating drain mode The deflector valve contains hot forged material importer, one sliding valve component, hot forged material outlet line to the forged coolant, pipe only through hot forged material, forged input line. Which is cooled by the melt cooler, two sliding valve components, the cooling melt outlet line And the melt pipe Deflection valve configuration for cooling mode by locating component The first sliding valve closes the hose through only the hot forged material and closes the forged material drain and setting. The second sliding valve component position opens the inlet line for the molten material which is cooled from the heater. Let the melt material cool. The melt material is transported through a coolant and out of the valve body. Diverted through the ejection line, the molten material is cooled Deflection valve configuration for cut-through mode by positioning the valve components at Sliding one place closes the hot melt lead to the melting cooler and the melt pipe, and the second sliding valve component positioning closes the molten material inlet line, which is being cleaned. Cool from the melting machine Which is conveying the melted material around Melt cooling machine And exit the deflector valve through the ejection line, the melt material being cooled, and the deflection valve configuration for the drain mode by setting the valve seat position at In one scroll, open the lead-out line, the hot melt material goes to the cooler, and close the dedicated pass tube. Hot melt material And positioning the second movable wavy component, open the molten material input line, which was Cooling from melting material cooler This is the conveying of melted materials from the hot melt importing line. And from the first processing side of the machine cools the melt material out of the deflector valve through the drain pipe. Melting material and conveying the melt material from the second processing side of the melting cooler out of the Deflection valve through the ejection line, forged material, which is cooled 2. 5.Heat exchanger and valve system for the submersible granulation machine with the following components: A heat exchanger that exchanges heat with a polymerized fluid. Including part It is a lead to the exchanger, where fluid is conveyed to the exchanger and the lead out from The exchanger which transports the fluid from the exchanger and the deflector valve is configured to convey the fluid to and from the exchanger during Operating heat exchanger mode, fluid conveys around the exchanger during short-cut mode. Through operation And drain the fluid from the exchanger and from the deflector valve during Mode of Operation 2 6.Heat exchanger and valve system in accordance with claim 25, where the deflector valve is included. To melt material inlet line, first sliding valve assembly, melt material ejection line to exchanger. Heat change, the tube through only the melt material, the wire is imported, the melt is exchanged heat from the machine. Heat exchanger, second sliding valve assembly, exchangered melt material ejection line Hot and melt material drain 2 7. Heat exchanger and valve system in accordance with claim 25, provided that the bearing changes Hot will be configured to cool or heat the melt material.