The controversial, much-publicised suit from David Harner against several auto glass TPAs and insurers has just undergone a change: Hanover, one of the insurers listed in the suit as being among the insurers who failed to pay claims due, has been removed from the list.

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This is the latest development in what is turning out to be a true David vs. Goliath story, as Harner, the owner of an auto glass business in Westchester, takes on some of the biggest auto insurers and TPAs in the business. Safelite and its parent company are named in the suit, for instance, as indeed are LYNX and its own parent company, PGW. The allegations are myriad, and they echo some of the most common allegations being made by many independents in the auto glass industry against the big boys, from failure to pay allegations to charges of unfair business practices.

The removal of Hanover from the failure to pay list is the second such removal of the insurer from a list having to do with allegations by Harner. In July, Harner also removed Hanover from the list of insurers that he claimed had committed a breach of contract, being careful to stipulate that said removal would have no bearing on other actions being taken against the insurance company.

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Further comment has yet to be found regarding this recent development, at least from the concerned parties themselves, but observers say it may be that Hanover has taken action to pay the claims alleged by Harner since the filing of the suit, as indeed happened with another company in the list of names Harner claimed to have perpetrated a breach of contract. This other company, Unitrin, was taken off the list by Harner subsequent to its payment of the fees due to Harner’s company.

What is really getting people’s attention about Harner’s case, though, would be the allegations he makes about how insurers are providing a set of scripted statements to agents to use with policyholders that tend to guide said policyholders towards preferred auto glass repair shops and away from independents. This is an allegation that has been levelled specifically against LYNX, with Harner going so far as to actually provide script examples in his case.

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Why does this get so much attention? Because many independents in the auto glass industry have been making similar claims for some time now, saying that the TPA-insurer-repairer relationships being built by the bigger companies in the trade are beginning to constitute unfair business practices that see majority of clients being diverted by insurance handlers to companies that are actually affiliated with their own, leading to a kind of monopoly that excludes smaller players from the game. While this is still under contention, Harner’s case is being expected to provide some prime instruction once an outcome is finally found, which is why so many people in the industry are watching it.

One of the biggest problems with termite control has always been the location of termite colonies and identification of infestations. That is to say that there are sometimes issues with the application of termite control measures because of the uncertainty over whether or not there is only one colony being targeted, whether or not the original colony has been eradicated successfully after certain termite treatments have been applied, and where the boundaries of a particular termite colony’s infestation lie.

Fortunately, however, researchers have been working to come up with an answer to these problems. To that end, two entomologists from CTAHR have come up with a pretty promising solution: DNA fingerprinting.

Termite Control Scottsdale has more information on this topic.

DNA fingerprinting, which is sometimes called DNA profiling, DNA testing, or DNA typing), is a technique most often used by scientists in the forensic field of research to help them identify individual specimens according to DNA profiles. Since each DNA fingerprint is unique, this permits researchers to distinguish individuals from each other; nonetheless, given that DNA fingerprints actually do exhibit the traits of heredity when related individuals’ “fingerprints” are compared, familial links may be recognised by profiling a certain individual’s DNA fingerprint as bearing some “type characteristics” that may be seen in a related individual’s fingerprint.

While this is more popularly known to be applied to humans for various medical and criminal situations, it is apparently being applied now to termites. The CTAHR researchers, Claude Husseneder and J. Kenneth Grace, have used DNA fingerprinting to identify individual termites and also trace their lineages, permitting the scientists to identify related termites and ones not related to each other.

You might well wonder what this has to do with termite control. So what if we know two termites are siblings or cousins, you might ask. Well, as suggested earlier, one of the issues termite treatment specialists constantly have to deal with is the question of whether or not are dealing with only one colony or another. This can help them allocate resources appropriately and more effectively. If DNA fingerprinting permits them to test termites and identify familial links between specimens (termites from the same colony are relatives and termites from different colonies are not), they shall have a ready answer to that question.

This goes on to cover the other issues mentioned before. The technology shall also permit termite control experts to figure out where each colony’s territories lie and whether or not they were successful in eradicating the first (first to be detected, to be precise) infestation. This helps them monitor and deal with any possible reappearances or resurgence in the termites after termite treatment has already been executed, making them more effective in their job of eliminating the pests.

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The California-based Intersil has just released a fascinating new product that has seen automotive manufacturers standing up and taking notice.  Its ISL76671, an automotive-approved ambient light sensor, is the first of its kind that is capable of handling temperatures ranging from -40 degrees to 221 degrees Fahrenheit (-40 and 105 degrees in Celsius, respectively).  This temperature range is important because it ultimately determines the utility of the sensor when applied to auto glass and plastics in automotives, which generally have that set temperature range.

Most ambient light sensors at the moment are incapable of detecting lower light levels, and this is why the auto glass and auto plastics industry is already considering this sensor a godsend.  The ISL76671 boasts the capacity to sense incident light to levels as low as 0.01 lux—and does it with a spectral response that actually approaches human levels.  This extreme sensitivity makes it a promising ambient light sensor for auto glass due to its ability to measure low light even behind tints and thick glass or plastic layers. It also has an industry-leading response time of a mere 30 milliseconds.

Based specifically in Milpitas, Intersil is known for its development, research, and production of analogue semiconductors and related parts. It actually began most of its work in 2003, when it sold off its wireless branch.  The company then went straight into some of the most promising markets possible: the market for flat-panels, the market for optical storage, and the market for power management.  The company has an extensive array of products that go far beyond the ISL76671 ambient light sensor for auto glass and plastic applications, and has long provided materials and solutions for the military as well as space organisations of the government.

Intersil’s contribution to automotive glass development is also just one more step for the auto glass and plastic trade.  The auto glass industry has been in continuous growth for years, and with plastics trying to catch up, car buyers in the future can safely look forward to radically new technologies in their options.  A small caveat that has to be provided, however, is that it is unlikely for very recently released technologies—the ISL76671 ambient light sensor included—to show up in cars a decade from now.  The truth is that the auto manufacturing world works such that cars five or even ten years into the future have already been designed by the auto makers of today.  This means that the cars being designed at this present time would be likely to reach the market over a decade or so later.  Hence, it seems that the auto glass of the next cars shall have to wait before items such as the ISL76671 are integrated properly in it. Windshield Replacement Phoenix