TH82014A - Impact plate assembly module for the reactor for constructing vertically spaced polymers. - Google Patents

Abstract

DC60 This invention provides an assembly for use in a reactor for creating driven polymers. Move with a vertical gravity flow for high viscosity, high throughput combination. And shallow depth of polymer The modules for assembling the batter plate of this invention include A structural support section with multiple side openings. Side opening will allow the right vapor. Can be released from the polymer fusible The assembly will also include the feeder section that follows. With two or more vertically arranged rows of the collision plate with the feeder and plate separator. The batter is positioned sequentially in the support structure. Several parallel clash discs in a row will Is angled so that when the polymer melts into contact with a predetermined plate The molten polymer will move in Downward direction under the earth's gravity The row arrangement is so that each row (except the lowest row) transfers the fused polymer to the adjacent row along the lower vertical until it is. Reach the last row of the clash plate in the module. According to the vertical arrangement of the components in the set module Assemble the impact plate and by stacking the modules for further assembly of the impact plate if required. In the reactor Moltened polymers run down along the vertical length of the inside of the tank containing the liquid. Chemical reaction occurs The invention will also provide a reactor for creating polymers, including a series of Compositions of this invention and methods for increasing the polymerization of the poly-molten polymer Mercury by using the assembly of this invention. The invention provides an assembly for use in a reactor for creating driven polymers. Move with a vertical gravity flow for high viscosity, high throughput combination. And shallow depth of polymer The modules for assembling the batter plate of this invention include A structural support section with multiple side openings. Side opening will allow the right vapor. Can be released from the polymer fusible The assembly will also include the feeder section that follows. With two or more vertically aligned rows of the clash plate with the feed-splitter and the plate. The batter is positioned sequentially in the support structure. Several parallel clash discs in a row will Is angled so that when the polymer melts into contact with a predetermined plate The molten polymer will move in Downward direction under the earth's gravity The row arrangement is so that each row (except the lowest row) transfers the fused polymer to the adjacent row along the lower vertical until it is. Reach the last row of plate in the module. According to the vertical arrangement of the components in the set module Assemble the impact plate and by stacking the modules for further assembly of the impact plate if required. In the reactor Moltened polymers run down along the vertical length of the inside of the tank containing the liquid. Chemical reaction occurs The invention will also provide a reactor for creating polymers, including a series of Compositions of this invention and methods for increasing the polymerization of the poly-molten polymer Mercury by using the assembly of this invention.

Claims (5)

1. A standard assembly for the reactor for creating driven polymers. With a vertical gravity flow for the polymer melt into poly Mercury with high viscosity Where the assembly will contain A support structure with multiple side openings that are adjusted to allow the vapor being released from the poe. Polymer fusible and feeder separators to divide the polymer flow and two or more vertically arranged rows of impact plates positioned in the support structure. Where two or more vertically arranged rows containing the highest positioned row, lowest positioned row, or one intermediate row. Or more Where each row of two or more vertically arranged rows will include multiple clash pads, where multiple clash discs are angled and weighted in the same direction. Forged in contact with clash plates among many clash plates. The molten polymer then moves downward. Below, under the earth's gravity And where each row of two vertical rows is arranged Or so, unless the lowest positioned row is adjusted to transfer the fused polymer to the address row. The lower vertical adjacent 2. The assembly as indicated in claim 1, where each row of the row is positioned vertically. Two or more clash plates are sufficiently parallel to each other. 3. Assembly as specified in claim 1, where the distance between each clash plate of the clapboard is sufficiently parallel. Several batter in a single band are in such a way that when the polymer fused flows through the assembly during Operating in steady state The fused polymer thickness is at least 10% of the distance between the sheets. The next clash, horizontally 4. The assembly as specified in claim 1, where each clash plate among several clash plates It is positioned at an angle of approximately 10 degrees to approximately 80 degrees when measured from the horizontal plane. 5. Assembly, as indicated in claim 1, where each row of the row is arranged vertically. two Rows or more will consist of approximately 8 to approximately 60 plates. 6. Assembly as indicated in claim 1, where vertically arranged rows contain sheets. Multiple clashes with each clash plate in a row separated by a minimum distance of approximately 1 inch to approx. 10 inches 7. Assembly as indicated in claim 1, where the rows are arranged. Vertical order consists of sheets. Multiple clashes with each clash plate among several clash plates in a row separated by a minimum distance of approximately 2 in. To approx. 8 in. 8. Assembly as indicated in claim 1, where each row. Of rows that are arranged in two verticals One or more, except the lowest positioned row, is adjusted to transfer the fused polymer to the row that is Are adjacent to the lower verticals where each clash plate transfers the fused polymer to the 9. The assembly as specified in claim 8, where each impact plate, which transfers the polymer, is positioned vertically downward. Fused to the collision plate that is positioned vertically downward, the closest downward will also contain an extension. Of one or more part of the clash plate 1 0. The assembly is specified in claim 9, where one extension of the clash plate shall consist of Rod-like protrusions that extend from the bottom edge of each impact plate. Where the overhang will be adjusted To transfer the fused polymer to the nearest vertically positioned plate 1 1. The assembly as specified in claim 1, where the support structure will consist of a pair of first. Of the sides facing each other and the second pair of side facing each other with two vertically arranged rows A row or more of the clash plates are placed between the first pair of facing sides and the plates. Each clash, among the many clash plates, is placed between the second pair of sides facing each other 1 2. The support structure as specified in claim 11 where the second pair of sides faces each other. This includes multiple openings that are adjusted to allow the vapor emitted by the polymer to be fused. 1 3. Support structure, as outlined in claim 12, where multiple openings are adjusted for Surrender The vapor that is released from the polymer fusible is located next to the gap between the two next contact plates. One of several impact plates 1 4. The assembly as stated in claim 1 which also contains the polymer flow divider. One or more fused melts that are adjusted to share molten polymers that flow from feed separators or from One or more polymer inlets 1 5. A polymer construction reactor, consisting of the assembly described in claim 1, placed inside a vertically placed container 1 6. Method for increasing the degree Formation of polymers in polymer fused The method consists of a) importing the fused polymer into the assembly at sufficient temperature and pressure to increase Degree of polymerization of polymer melts Where the assembly will contain Feed divider and two or more vertically arranged rows of plate, with two or more vertically arranged rows containing the highest positioned row of the plate, One or more intermediate-positioned rows of the clash plate and one or more intermediate-positioned rows. That of the clash plate Where each row of two or more vertically arranged rows is summed. To multiple clash plates, multiple parallel clash plates that are angled and loaded in one direction. In that when the polymer fused into contact with the clash plate among many clash plates Polymer melts will Moving in a downward direction under the earth's gravity And where each row of the arranged row Two or more verticals, except the lowest positioned rows, are adjusted to transfer the polycarbonate. The polymer fused to the lower vertical adjacent row; b) contact of the highest positioned row of the collision plate with the fused polymer; c) the inter-middle row contact of the fused polymer d) Touching the lowest positioned row of the collision plate with the fused polymer and e) removal of the fused polymer from the assembly where the fused polymer was removed from the The composite has a higher degree of polymer formation when the polymer fused is imported into assembly 1. 7. Method as stated in claim 16, where temperature is approximately 250 ° C to approximately 320 ° C 1 8. Method As stated in claim 16, the pressure is approximately 0.2 tor to approximately 30 tor 1 9. Method as stated in claim 16 where each row of the row is positioned according to Vertical Two or more rows shall consist of several parallel clash plates 2 0. Method as specified in claim 16 whereby the distance between each clash plate of the clash plate is Many will be in such a way that when the polymer melts, it flows through the assembly during operation. Steady state The fused polymer is at least 10% of the distance between the adjacent plates along the horizontal 2. 1. Method as stated in claim 16, where each row of the row is arranged vertically by two. One or more, except the lowest positioned row, is adjusted to transfer the fused polymer to the row that is Are adjacent to the lower verticals where each clash plate transfers the fused polymer to the Is positioned vertically downward to the nearest 2 2. Method as described in claim 21, where each impact plate which transfers the fused polymer to The next downward vertically positioned clash plate also contains the plate extension. Battle of one or more parts 2 3. The procedure as set out in claim 22, where one or more of the clash plate extensions will It consists of one or more column-like protrusions extending from the bottom of each clash plate, where the polymer is transferred to the slotted plate that is positioned vertically downwards. Go below the nearest 2 4. Method as set out in claim 16, whereby the supporting structure consists of a closed section, which Includes the first pair of sides facing each other and the second pair of sides facing each other with rows. Are vertically arranged in two or more rows of clash plates placed between the first pair of side Facing each other and each clash plate among the many clash plates placed between the two pairs. Of the sides that face each other And where the second pair of sides facing each other includes the openings. Multiple compartments that are adjusted to allow the vapor released by the polymer to be molten. 5. Method as outlined in claim 24, where multiple openings are adjusted to allow the released vapor. The fusible polymer is located next to the gap between the two next clash plates of several clash plates.