rmoore
03-04-1999, 11:22 AM
A Posting From Ron Moore, Forum Moderator
Rmoore@firehouse.com
I need your help with an idea. At the Holmatro Instructor's Certification class conducted in Maryland, Trainer Al Sergio showed me how to use shaving creme to reduce windshield glass splattering when you cut front A-pillars for roof removal.
He smears shaving creme all around the edge of the windshield glass where the cutter tool will be used. As the blades cut through the pillar, they also cut the very edge of the windshield glass. With shaving creme smeared all over, the glass didn't fly around as much. The shaving creme smear tactic seemed to minimize glass splattering as the A-pillar was cut.
I liked the idea but wanted to make it more versatile. I want to reduce laminated glass particles from flying around as I saw out a windshield. Of all the extrication tasks we do, I think windshield removal is the one task that creates the most mess for EMS and the patient.
Here's what I did. I need your opinions as to what to try next. I was assisted in this experiment by Mr. Tom Wehr, inventor of the Glas-Master windshield saw. Tom was inside the vehicle and videotaped our trials while I did the practical work.
Our assignment was to remove the entire windshield of a vehicle sitting on four wheels on level ground. I used Tom's Glas-Master windshield saw as my tool of choice.
First, I took the can of shaving creme and foamed a bead along the inside bottom edge of the windshield, just above the defroster vents. As the foamy shaving creme swelled up, it sealed off this dash/windshield area. Next, I foamed along the inside of the windshield; across the top and down the inside area by each A-pillar. This left a thick white foam line all around the inside edge of the glass on all sides.
Outside, I foamed a bead of shaving creme across the top, down both sides and across the bottom. I did not smear the creme, just let it foam out and bead up in a big thick line of creme.
With the Glas-Master windshield saw, I punched into the glass for a starter hole right where the inside gob of foam was. I then sawed out the windshield, following and actually sawing right into the bead of foam with my blade.
To our amazement, the windshield was completely removed and only FOUR small slivers of glass could be found inside the vehicle! I could not believe it. Tom, "Mr. Windshield Saw" himself was impressed. The inside bead of foam had captured all the broken glass. Even the foam at the top of the windshield held the glass particles as I sawed across the top.
Outside, there was also no splattering of glass. No airborne particles flying around me. No loose glass slivers to cause a problem. I figured if it had been raining, I would not have been able to foam the outside of the glass, but I'm the one with protective equipment in place anyway. At least the inside of the windshield can be foamed regardless of the weather.
Please try this in training at your department and let me know what you think. If we can get any bugs worked out, I'll have this idea published in the University of Extrication to share with our "not on-line" brothers.
Rmoore@firehouse.com
I need your help with an idea. At the Holmatro Instructor's Certification class conducted in Maryland, Trainer Al Sergio showed me how to use shaving creme to reduce windshield glass splattering when you cut front A-pillars for roof removal.
He smears shaving creme all around the edge of the windshield glass where the cutter tool will be used. As the blades cut through the pillar, they also cut the very edge of the windshield glass. With shaving creme smeared all over, the glass didn't fly around as much. The shaving creme smear tactic seemed to minimize glass splattering as the A-pillar was cut.
I liked the idea but wanted to make it more versatile. I want to reduce laminated glass particles from flying around as I saw out a windshield. Of all the extrication tasks we do, I think windshield removal is the one task that creates the most mess for EMS and the patient.
Here's what I did. I need your opinions as to what to try next. I was assisted in this experiment by Mr. Tom Wehr, inventor of the Glas-Master windshield saw. Tom was inside the vehicle and videotaped our trials while I did the practical work.
Our assignment was to remove the entire windshield of a vehicle sitting on four wheels on level ground. I used Tom's Glas-Master windshield saw as my tool of choice.
First, I took the can of shaving creme and foamed a bead along the inside bottom edge of the windshield, just above the defroster vents. As the foamy shaving creme swelled up, it sealed off this dash/windshield area. Next, I foamed along the inside of the windshield; across the top and down the inside area by each A-pillar. This left a thick white foam line all around the inside edge of the glass on all sides.
Outside, I foamed a bead of shaving creme across the top, down both sides and across the bottom. I did not smear the creme, just let it foam out and bead up in a big thick line of creme.
With the Glas-Master windshield saw, I punched into the glass for a starter hole right where the inside gob of foam was. I then sawed out the windshield, following and actually sawing right into the bead of foam with my blade.
To our amazement, the windshield was completely removed and only FOUR small slivers of glass could be found inside the vehicle! I could not believe it. Tom, "Mr. Windshield Saw" himself was impressed. The inside bead of foam had captured all the broken glass. Even the foam at the top of the windshield held the glass particles as I sawed across the top.
Outside, there was also no splattering of glass. No airborne particles flying around me. No loose glass slivers to cause a problem. I figured if it had been raining, I would not have been able to foam the outside of the glass, but I'm the one with protective equipment in place anyway. At least the inside of the windshield can be foamed regardless of the weather.
Please try this in training at your department and let me know what you think. If we can get any bugs worked out, I'll have this idea published in the University of Extrication to share with our "not on-line" brothers.