Gutter welding device
View Patent ↗A method of thermally joining plastic eavestrough allows plastic eavestrough systems to be considered in more applications including traditional aluminum eavestrough systems where long lengths of continuous eavestroughs are desired. The method allows end to end joining of plastic eavestrough with a thermal joint therebetween or an angled connection with a thermal joint therebetween. This allows plastic eavestrough systems to be customized on site for improved performance and appearance. Thermally joined plastic eavestrough sections either aligned in an end to end or angled connection are possible.
1. An apparatus for cutting and joining plastic eavestrough in a thermal weld type connection comprising
a power saw pivotally mounted and movable between a storage position and a cutting position,
two opposed eavestrough supports, one on either side of said cutting position,
a thermal plate temperature controlled for facilitating the joining and pivotally movable between a storage position and an eavestrough heating position adjacent said cutting position, and
means for moving said eavestrough supports relative to one another in a lateral direction with respect to said predetermined cutting position.
2. An apparatus for cutting and joining plastic eavestrough as claimed in claim 1 wherein said two opposed eavestrough supports are two tables with each table having a removable eavestrough support block mounted thereon.
3. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 wherein said eavestrough support blocks are shaped to receive an eavestrough section having a generally U-shaped cross section in an inverted orientation such that the U is inverted.
4. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 wherein said two tables are each laterally movable towards and away from said cutting position.
5. An apparatus for cutting and joining plastic eavestrough as claimed in claim 4 wherein said power saw is mounted for sliding movement in a direction perpendicular to the lateral movement of said two tables.
6. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 including a clamp arrangement for each of said eavestrough support blocks.
7. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 wherein said tables have a eavestrough cut stop position, and an eavestrough thermal heating stop position for controlling the lateral movement of said tables.
8. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 wherein said tables are pivotal for movement to angled positions for forming different angled corner connections of eavestroughs.
9. An apparatus for cutting and joining plastic eavestrough as claimed in claim 8 wherein each table has an angle gauge for setting a desired corner angle configuration.
10. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 wherein said tables are adjustable to vary a contact pressure between eavestroughs being joined.
11. An apparatus for cutting and joining plastic eavestrough as claimed in claim 2 wherein said tables include a manual pivoting lever for controlling the position thereof.
12. An apparatus for cutting and joining plastic eavestrough as claimed in claim 1 wherein said thermal plate in said eavestrough heating position and said saw in said cutting position are each aligned with a common working plane between said eavestrough supports.
13. An apparatus for cutting and joining plastic eavestrough as claimed in claim 1 including a power control module for controlling a power supply between said power saw and said thermal plate, said power control module interrupting power to said thermal plate when said power saw is activated.
14. An apparatus for cutting and joining plastic eavestrough as claimed in claim 13 wherein said power supply is a 120 volt supply.
15. An apparatus for cutting and joining plastic eavestrough as claimed in claim 1 wherein said apparatus is portable.