NFC & AFC Title Game Predictions for Sunday January 20, 2013
 
Well, we’re down to the “final four” of our annual NFL Super Bowl tournament.  
 
Last Week’s Picks
 
We did very, very well again with last week’s picks–we picked every game correctly, and only missed the Denver-Baltimore game, which was decided by a FG in a second overtime, 38-35.  But for the Baltimore upset, we would have been 4 for 4.

Taking the prior weekend’s picks into account, we are 6 for 8 or batting .750.  Not too shabby.  
 
The Super Bowl was Named for the Wham-O “Super Ball”.  See Discussion, Below.  I had one of these when I was a kid. As you can plainly see, SuperBalls were made of “amazing Zectron”.
 
 
Before we get to Denver-Baltimore, let’s go over the other games.  SF-Green Bay played out like we saw it in the first half, a very close game.  In the second half, Green Bay seemed to play tired, like a team coming off a wild card round, while SF seemed like the rested team they were, and SF steadily pulled away in the second half.  While it was surprising that QB Aaron Rodgers did not provide more offense in the 2d half, it’s also true that he was slightly missing on some throws while SF seemed to make all the big plays.  Again, fatigue has to play a role in things like that, and Rodgers, for Green Bay to win, has to toss it up there @50 times a game.    
 
The Seahawks-Falcons game also played out like we thought through @ 2 1/2 quarters, with the Falcons in firm control and up twenty points.  Then, the Seahawks, as with last week, mounted a furious comeback, eventually taking the lead 28-27 with less than a minute to go.  This again shows how evenly matched those teams were,and how very good a coach Pete Carroll is–his team never quit, even though they were on the road and they were tired.  You had to love the way Seattle played.  But even better was the way Atlanta responded–by going fifty yards in less than 20 seconds and then kicking the GW FG–showing that Matt Ryan’s experience–something we touted last week–together with the home field advantage–kicking in a dome is FG friendly–would prove very helpful to the Falcons when it came down to it.  So we got that one right.  Barely, but right.
 
Finally, we got the Pats-Texans game exactly right.  The Texans are a fine team, but they can’t keep up with the Pats’ offense, and they can’t hold them defensively.  That was not even a close game, and we didn’t think it would be, so we picked that one correctly and for the right reasons.  
 
So where did we go wrong with Denver?  What is the lesson?  Never pick Peyton Manning against Ray Lewis in a playoff game?  Well actually Peyton Manning was 2-0 vs Baltimore in prior playoff games.   
 
Here’s a stat worth considering:  Jake the Snake Plummer and Tim Tebow each have more playoff wins in a Denver Broncos jersey as starting QBs, than Peyton Manning.  This has to be embarassing to Peyton Manning, whose little brother Eli Manning of the NY Giants has two Super Bowl wins against the NE Pats on his resume to Peyton’s one win in the Super Bowl.
 
Well, we said Ray Lewis was a warrior, and in the end, the Baltimore Defense made Peyton Manning look awful.  They won the game by forcing him to roll right in OT, and make a terrible off balance throw that resulted in an interception, a throw that Peyton Manning never makes, normally speaking.  This results in an INT, Baltimore gets the ball, goes down and kicks the GW FG, game over.  
 
This is really the story.  
 
PREDICTIONS FOR AFC CHAMPIONSHIP AND NFC CHAMPIONSHIP THIS WEEKEND
Ravens at Pats 3 PM Sunday AFC Championship
 
First, we have the Baltimore Ravens at the New England Patriots in the early game, scheduled for 3 pm in New England, in a rematch of last years AFC title game.  There are three games we can look at here.
 
Initially, we have this years game between the two teams, which the Ravens won 31-30 on a GW FG as time expired, in week 3 of the season, back in September, in Baltimore.  The Baltimore defense essentially held Brady in check while Flacco & the Baltimore offense scored 10 unanswered points in the last five minutes of the game to beat the Pats.  Strong stuff.  
 
Second, you have last years AFC championship game, which the Pats won 23-20.   However, as everyone knows, Baltimore had a chip shot FG to tie, which Billy Cundiff missed with barely any time left on the clock, and Baltimore had numerous other opportunities in the 4th Quarter to come back from a 23-20 deficit.  The Pats were very lucky to escape out of that game as victors.  
 
Third, you have the 2009 wild card round game, wherein Baltimore came into New England and soundly whipped them, 33-14.  
 
Baltimore is the one team in the AFC that really gives Tom Brady trouble.  
 
Baltimore will be motivated to win because they lost last year, because Ray Lewis is looking at his last year, and because they know they can beat this New England team.  
 
On paper, this matchup strongly favors the Patriots, and they are at home, but the pick here is the Ravens in an upset.  
 
Ray Lewis is going to the Super Bowl.  
 
49ers at Falcons – NFC Championship
 
This is a very closely matched game on the stats.  Common opponents don’t really say much–the 49ers beat the Saints, while the Falcons split with the Saints, winning one and losing one.  The 49ers split with the Seahawks, winning one and losing one, while the Falcons hung on to beat the Seahawks in the playoff game this past weekend.  All this tells us is that both teams can play against very good opponents like the Seahawks and Saints and beat them on a given day.  It also tells us on any given Sunday either of them might lose to the Saints or the Seahawks, which we probably already knew, and therefore, there’s no 100% probability that if these guys played three games, one team would sweep all three–much more likely that there would be a split and then a deciding game.  
 
However, they only play one, and in this one, we pick the 49ers. The Falcons have much going for them–the home field, Matt Ryan being due, and Atlanta being ripe for a trip to the Super Bowl.  But on the other side you have a very tough SF 49er team, which features the rushing attack of one day HOFer Frank Gore (U. Miami Hurricane), who is 3d among career RBs in career rushing, just behind Adrian Peterson and both trailing Steven Jackson.  Gore is supplemented by a running QB in Colin Kaepernick, and a fervent defense.  
 
David Akers, who is a veteran kicker, should be an advantage, but he presents some weakness from beyond 40 yards, especially compared to Atlanta’s kicker Bryant.  If it comes down to FGs, there is an edge somewhat to Atlanta, though the dome will help both kickers.    The pick is still the 49ers.  
 
Postscript
 
We mentioned great RBs last week–but we forget to mention Emmitt Smith and Tony Dorsett among the greatest ever.  Smith is obviously among the greatest RBs ever to play the game, and a true champion, while Tony Dorsett, also a Dallas Cowboy great, could also do it all.  Both were great rushing as well as receiving, and both were durable and versatible backs who were at their best in the playoffs and in the biggest games.  No one could possible leave them off their teams.  Another mention has to be made of Franco Harris, the powerful and durable back of the Steelers dynasty of the 1970s.  
 
We were once (several of us) at a Penn-Princeton football game  many years back and sitting right in front of us, was Franco Harris, who was watching his son with the Princetonians.  He looked pretty much as he did during his playing days, and on his fingers were the four Super Bowl rings–quite a sight, mind you.  
 
We were not worthy.  
 
In fairness, you’d want a Franco Harris or an Emmitt Smith or a Tony Dorsett on your team any day of the week.  They were winners, and I can’t count how many Super Bowls, Conference Championships, playoff games, they all won  collectively, but it has to be a ton.  
 
The Name of the Super Bowl Derived from the Wham-O Super Ball, as Shown by This Exhibit in the Pro Football HOF in Canton, OH.  The fact that Lamar Hunt coined the name is recited therein.  The owners had decided to call it the “AFL-NFL Championship Game”.  Well, you see how well that worked.  No .92 resiliency coefficient.  “After watching his children play with a Super Ball, Lamar Hunt, founder of the American Football League, coined the term Super Bowl. In a July 25, 1966, letter to NFL commissioner Pete Rozelle, Hunt wrote, “I have kiddingly called it the ‘Super Bowl,’ which obviously can be improved upon.” Although the leagues’ owners decided on the name “AFL-NFL Championship Game,” the media immediately picked up on Hunt’s “Super Bowl” name, which would become official beginning with the third annual game.[8][17][18]”  http://en.wikipedia.org/wiki/Super_Ball
 
 
Final PS point:  
 
The Super Bowl was named after the Wham-O toy, the “Super Ball
 
It’s true.  Lamar Hunt and his fellow owners were sitting around one day figuring out what to call the new championship game back in the mid-60s and they got the name from the “Super” of “Super Ball”.  It’s told right here at: http://sports.yahoo.com/nfl/blog/shutdown_corner/post/Is-the-Super-Bowl-really-named-after-a-1960s-chi?urn=nfl-317028.
 
The key source for this story on the website is Michael MacCambridge’s “America’s Game: The Epic Story of How Pro Football Captured a Nation.”  (Random House, NY, NY 2004).  It can be located at Amazon.com at:
 
 
Here’s the Yahoo article: 
 
“Is the Super Bowl Really Named After a Children’s Toy?”
It seems too much like an urban legend to be true that the Super Bowl was named after a children’s novelty toy that was popular in the mid-1960s.
But strange as it sounds, it is. The name of America’s biggest sport event got its name from a Wham-O toy called “Super Ball.” The story was recounted in Michael MacCambridge’s book, “America’s Game.”
Once the NFL-AFL merger was announced, discussions began about the inaugural championship game between the winners of the two leagues. A group of seven men were tasked with the specifics. During the course of the meetings, it became confusing when the men referred to “the championship game” because the others didn’t know whether he was referring to the league championship games or the finale, which still didn’t have a name. To end the mix-ups, Kansas City Chiefs founder Lamar Hunt jokingly referred to the final championship game as the “Super Bowl.” He had come up with the name while watching his children play with the toy pictured above.
“Super Bowl” is how the game was referred to for months, even though Hunt himself said it was “far too corny” to ever be used on the big stage. In the middle of 1966, he wrote commissioner Pete Rozelle and said the group needed to come up with an official name for the game. “If possible,” he wrote, “I believe we should ‘coin a phrase’ for the Championship Game. […] I have kiddingly called it the ‘Super Bowl,’ which obviously can be improved upon.”
Rozelle agreed. The league’s publicity director recalled that the commissioner despised the word “super,” because it didn’t have any sophistication. Rozelle was evidently a “stickler on words and grammar.” The game would be known as the “AFL-NFL World Championship Game.”
That bulky title didn’t last. People caught wind of Hunt’s name and soon everyone, from media members to players, were calling the title game “the Super Bowl.” The NFL was slow to adapt, though. It wasn’t until the third game that the words “Super Bowl” appeared on the official game program and the fourth game when the phrase appeared on tickets.
As mentioned above, Michael MacCambridge’s excellent “America’s Game: The Epic Story of How Pro Football Captured a Nation” was the main reference for this blog post.
citation supra.  
 
The Original Patent for the SuperBall aka “Highly Resilient Polybutadiene Ball” Patented by Wham-O Corp 1965.
 
March 22, 1966 N. H. STINGLEY 3,241,834
HIGHLY RESILIENT POLYBUTADIENE BALL
Filed Aug. 25, 1965
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United States Patent O
.1
3,241,834
HIGHLY RESELIENT POLYBUTADIENE BALL
Norman H. Stingley, Garden Grove, Calif., assignor to
Wham-0 Manufacturing Company, San Gabriel, Calif.,
at corporation of California
Filed Aug. 25, 1965, Ser. No. 432,584
3 Claims. (Cl. 273–58)
This is a continuation-in-part of application Serial No. 462,081 filed June 7, 1965, and now abandoned.
This invention relates to a toy and more particularly to a ball or sphere having extremely high resilience and a high coeflicient of friction.
The resiliency of rubber balls is one of their most important characteristics. This is because the resiliency of the ball material determines the “liveliness” and “bounce” of the ball and hence its utility in various sporting games and attractiveness as a toy for children. The resilient material normally used for making rubber balls is a polymer such as natural rubber or some synthetic analog of natural rubber such as polyisoprene.
The present invention is concerned with a material other than rubber and -polyisoprene as the base polymer in rubber toys and sporting articles. It has been found that this new material imparts some highly unusual qualities to articles fabricated with it. Such articles have been found to have a substantially greater resiliency than those manufactured from more conventional materials. This greater resiliency is thought to be due to the nature of the base polymer used in the mixture and the unique quality -of the mixture which comprises the article of being able to conserve the energy which is imparted to it rather than dissipating a substantial portion of it in the form of heat. The higher resilience means that balls made from the material of this invention have a resilience factor in excess of 90%. This resilience factor is the resilience of the material as measured by the Yerzley method, ASTM D945-59.
Another unusual quality of balls and toys of this invention is their coeflicient of friction. In this instance the coefficient friction is substantially higher than in other
similar items. This quality combined with the significant
ly higher resilience causes a ball to react in an extraordinary and unpredictable manner when bounced or struck. This higher coeflicient of friction also provides a means whereby the spin or “English” on a thrown, struck or dropped ball can be accentuated resulting in unusual reactions by -theball whenever it rebounds from a hard surface. This novel combination of qualities means that one natural application for ‘balls manufactured with the base polymer with which this invention is concerned is in trick ball uses. In addition, as a sports implement a ball of this invention presents -a greater challenge -to the user. As an article of play, the eccentricity of reaction makes the ball a highly entertaining and amusing toy.
The invention in the present case contemplates a molded, vulcanized, highly resilient ball comprising a mixture of polybutadiene, a sulfurous vulcanizing agent and a polybutadiene reinforcing agent.
In addition to the inherent resilience of the base polymer, the degree of cross linkage between -polymer chains is important in optimizing the bounce or liveliness of balls fabricated with it. The -degree of cross linkage is primarily determined by the amount of vulcanizing agent used. By limiting the amount of vulcanizing agent introduced into the mixture to the quantities specified below, a ball having a Yerzley resilience in excess of 90% is obtained. Such a resilience factor is substantially higher than that found in balls manufactured from natural rubber or polyisoprene.
In addition to resilience and cross linkage, the ability
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In the formulation above polybutadiene is the base polymer of the mixture. To produce cross linkage between polybutadiene chains, that is, to vulcanize or cure the polymer, sulfur is added to the mixture. A greater amount of vulcanizing agent is used in this mixture than in such products as tires thereby producing a greater degree of vulcanization. Put another way, the degree of cross linkage relative -to saturation (hard rubber) is increased over tires and the like. The more complete vulcanization is believed to result in the improved resilience of the finished product. The addition of sulfur in the range indicated will result in balls having a Yerzley Resilience in excess of 90%. Oil extended polybutadiene having as much as 50 parts by weight of oil per hundred parts by weight of polybutadiene can also be used as the base polymer.
Because the natural curing rate of a mixture of polybutadiene and sulfur is quite slow, certain other additives are combined with this basic mixture to initiate the curing cycle and accelerate the rate of vulcanization. The zinc oxide and stearic acid are added to the basic mixture to provide this activation function. Acceleration accomplishes two purposes, one, it shortens the length of the molding cycle, and two, it equalizes heat throughout the mixture during the curing cycle. In the preceding formulation, the accelerators are N-oxydiethylene benzothiazole 2 sulfenamide, di-orthotolylguanidine and bismuth dimethyldithiocarbonate. For ease of reference, the trade names AMAX, DOTG and Bismate respectively will be used to designate the accelerators.
The activation of these accelerators occurs as the mixture reaches a specific temperature. For Bismate and DOTG the activation temperature is approximately 230° F. while that of AMAX is -approximately 260° F. By insuring that t-he heat of reaction is equalized throughout the mixture a more uniform rate of vulcanization and improved consistency in the end product is obtained.
Hydrated silica is added to the mixture as a filler. A specific hydrated silica suitable for use in this mixture is marketed under the trademark Hi-Sil 233. This material and certain other materials perform the function of providing tear and abrasion resistance. The basic criteria for selection of the filler material is its ability to improve the durability of polybutadiene without unduly increasing the specific gravity. Carbon black and lithium oxide have also been found to fill these requirements and are satisfactory substitutes for the hydrated silica.

3,241,834
3
In addition to the ingredients just previously discussed, 4 methyl-6 tertiary-butyl phenol is also added to the mixture. This substance has been given the trade name of Antioxidant 2246 and prevents discoloration and staining and inhibits aging of the finished product. Examples of substitutes for Antioxidant 2246 are phenyl B naphthylamine, alkyl diphenylamine, and hindered alkyl phenols. Pigmenting agents for obtaining the desired color of the end product are optional additives.
The mixture and molding of the constituents of this formulation proceeds according to the following steps. The various elements of the formulation are brought together in a mixing machine and agitated thoroughly to insare uniform mixing and distribution of the elements throughout the mixture. The result is a plastic mass ready for insertion in a mold.
To complete the process, the mixture is placed in a nold and subjected to a pressure of between 500 and 3,000 p.s.i. for a period of approximately 10 to 30 minutes. Simultaneously, the temperature of the mixture is raised to approximately 285-340° F. To a certain extent the length of the molding operation, the pressure, and the temperature to which the formulation is subjected are co-variant and one may be adjusted to compensate for a variation in the other. Preferably the time and temperature for the molding operation is 15 to 20 minutes at approximately 320° F. and 1,000 p.s.i.
An alternate formulation to the one outlined above is as follows:
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The above formulation is mixed in the same manner as the preceding formulation. To insure a good dispersion of all ingredients in the mixture, the batch is normally given a two-pass mix. In the above formulation, the zinc oxide and the stearic acid perform the same functions, viz., activation of polymer curing, as they did in the first formulation. Akron 544 Red and Akron 626 Blue are trade designations for organic coloring agents manufactured by Akron Chemical Co. Titanium dioxide is also a coloring agent. These three constituents in combination are the pigmenting agent for the mixture.
Zeolex is a proprietary brand name for a series of precipitated, highly hydrated sodium silico-aluminates and sodium calcium silico-aluminates. Its function is to strengthen the finished product and to act as a filler in the same manner as the Hi-Sil 233 does in the preceding formulation.
Sulfur is the vulcanizing agent. Vandex is a proprietary name for finely ground selenium. Its function is to supplement sulfur as a vulcanizing agent.
As in the first formulation, several constituents of the mixture (AMAX and M. Tuads) are added to serve as accelerators for the polymerization.
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As is normal in molding tehniques, the curing temperature must be carefully selected in order to prevent imperfections in the finished product. Too high a molding temperature will contribute to a condition designated “backrind.” This condition is characterized by an indented fracture around the body of the molded product defining the point where the two halves of the mold are brought together and is due to thermal expansion in this area during and after the molding cycle.
Subject to the proper choice of injection pressure, injection time, and the combination of mixture constituents, preheat, and mold temperature, this mixture can also be molded by means of a conventional injection-molding technique.
Combinations of ingredients of which the two formulations listed above are representative have been found to result in a product with a specific gravity of approximately 1.0 to 1.3. For greatest resilience, it has been found that a sufficient amount of filler should be added to produce a product having a specific gravity of 1.02.
What is claimed is:
1. A highly resilient solid ball in the form of a sphere, the ball material having a specific gravity of from about 1 to about 1.3, and comprising in combination a vulcanized polymer characterized by the use of 100 parts by weight of polybutadiene and 0.5 to 15 parts by weight of a sulfur vulcanizing agent, and further comprising, in addition to any activators and accelerators used for vulcanization, 5 to 15 parts by weight of an inorganic reinforcing material.
2. A ball in accordance with claim 1 in which the reinforcing material is selected from the class consisting of hydrated silica, carbon black and lithium oxide.
3. A ball in accordance with claim 2 in which the sul
‘ fur vulcanizing agent is approximately 5.25 parts by
weight and the reinforcing material is approximately 7.5 parts by weight.
References Cited by the Examiner
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Location: Tampa, FL, USA

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