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14 years jail for aiming a laser pointer at helicopter Sergio Patrick Rodriguez sentenced

Fresno Laser Striker Sentenced to 14 Years in Prison
Believed to Be the Longest Sentence in a Laser-Strike Case

FRESNO, CA—Sergio Patrick Rodriguez, 26, of Clovis, California, was sentenced today to 14 years in prison for aiming a laser pointer at Fresno police helicopter Air 1, and attempting to interfere with its operation, United States Attorney Benjamin B. Wagner announced. Calling him a “walking crime spree,” United States District Judge Lawrence J. O’Neill said the crime was serious with potentially deadly consequences.

Rodriguez and his girlfriend, Jennifer Lorraine Coleman, 23, were both convicted by a federal jury after a three–day trial in Fresno in December 2013.

According to evidence presented at trial, Rodriguez and Coleman used a high-powered green laser pointer to repeatedly strike the cockpit of Air 1 during a clear summer night in 2012. Air 1 had responded to the apartment complex where Rodriguez and Coleman resided near the Fresno Yosemite International Airport to investigate the report of laser strikes on Air George, an emergency transport helicopter for Children’s Hospital of Central California. The laser pointer that Rodriguez and Coleman used was 13 times more powerful than the permissible power emission level for hand-held laser devices. The crew members of both Air 1 and Air George testified that the laser strikes caused significant visual interference.

In imposing the sentence, Judge O’Neill considered not only the severity of the offenses but Rodriguez’s significant criminal history, numerous probation violations, and Bulldog gang affiliation. In addition, Dr. Leon McLin, a senior research optometrist for the Air Force Research Laboratory who testified at trial, indicated at sentencing that the laser pointer that Rodriguez used was an instrument capable of inflicting serious bodily injury and, indirectly, death due to a high potential for crash caused by visual interference.

“We in federal law enforcement understand the dangers posed by laser strikes on aircraft,” U.S. Attorney Wagner stated. “This is not a game. It is dangerous, and it is a felony. Those who aim lasers at aircraft should know that we will seek to convict them, and we will seek to send them to prison. The safety of aircraft and the people in them demands no less.”

“Lasing aircraft is not a joke or a casual prank. It is reckless behavior that can have fatal consequences for air crew, passengers and the public on the ground,” said Special Agent in Charge Monica M. Miller of the FBI’s Sacramento field office. “Rodriguez’s sentence clearly demonstrates the seriousness of his actions and that the FBI will work with its law enforcement partners to locate and arrest those who engage in dangerous, improper use of hand-held lasers that puts us all at risk.”

“Deliberately pointing a laser at an aircraft is a criminal act with serious safety repercussions,” said FAA Administrator Michael Huerta. “We applaud law enforcement agencies and the U.S. Attorney’s Office for their efforts to combat this serious problem.”

This case is the product of an investigation by the Federal Bureau of Investigation with assistance from the Clovis and Fresno Police Departments, the Federal Aviation Administration, and the National Institute of Standards and Technology of the U.S. Department of Commerce. Assistant United States Attorneys Karen A. Escobar and Michael G. Tierney are prosecuting the case.

Sentencing for co-defendant Coleman is set for May 12, 2014. She faces a maximum statutory penalty of five years in prison and a $250,000. The actual sentence, however, will be determined at the discretion of the court after consideration of any applicable statutory factors and the Federal Sentencing Guidelines, which take into account a number of variables.

According to the FAA, there were 3,960 reports of people shining lasers at aircraft in the United States in 2013. The Eastern District of California, which encompasses 34 counties in the eastern portion of California, reported 94 laser strikes, with the largest number of laser incidents reported by the Fresno Yosemite International Airport and Bakersfield Meadows Field Airport. Law enforcement and emergency transport helicopters are particularly vulnerable, since they typically fly at lower altitudes. Their convex-shaped windows also cause greater refraction and visual interference when the beam of a laser strikes. Night-vision goggles can also amplify the beam and pose a greater threat of visual interference.

On February 11, 2014, in 12 cities, the FBI, in collaboration with the Air Line Pilots Association International and the FAA, announced the Laser Threat Awareness campaign, a nationwide effort to alert the public to the threat that aircraft laser illumination poses and the penalties for such activity. The FBI will offer up to $10,000 for information leading to the arrest of any individual who intentionally aims a laser at an aircraft. If you have information about a laser strike, contact your local FBI office.

Explained 20 Types of Milk How milk is produced Milk Nutrients

History about milk important facts about Milk –

Louis Pasteur, a French microbiologist, conducted the first pasteurization tests in 1862.
Pasteur is credited with revolutionizing the safety of milk and, in turn, the ability to store and distribute milk well beyond the farm.
Commercial pasteurization machines were introduced in 1895.

In 1884, the first milk bottle was invented in New York State.

In the 1930s, milk cans were replaced with large on-farm storage tanks, and plastic coated paper milk cartons were invented

Milk is a white liquid produced by the mammary glands of mammals.

The term milk is also used for white colored, non-animal beverages resembling milk in color and texture such as soy milk, rice milk, almond milk, and coconut milk.

In addition, a substance secreted by pigeons to feed their young is called crop milk and bears some resemblance to mammalian milk

There are many different varieties of milk available for consumption

The milk is differentiated according to the method milk is produced and fat content

Most milk undergoes processing before you buy it at the store. The three primary steps include: pasteurization, homogenization and fortification.

Whole milk contains at least 3.25% milk fat (M.F.), which is lighter than cream but has more body than lower fat milk.
When a portion of the milk’s fat is removed, it becomes partly skimmed milk, such as 2% milk and 1% milk, depending on the quantity removed.

Skim milk is virtually fat-free, with only about 0.1% fat.

Most of the milk consumed in Europe, Scandanavia, the USA, Australia and New Zealand is pasteurised.

Approximately 99% of milk sold in the UK is heat-treated, to kill harmful bacteria and to improve its shelf life

European Union –
The EU regulations for milk classification divided milk into three categories defined by the fat content whole, semi-skimmed or skimmed.
any milk with a fat content other than those laid out can also be considered as ‘milk’, provided that its fat content is clearly indicated on the packaging in the form of ‘….% fat’.
However, these milks cannot be described as whole, semi-skimmed or skimmed.

Whole standardised milk has a minimum fat content of 3.5g/100ml or 3.5% fat, semi skimmed milk contains 1.7g/100ml or 1.7% fat, 1% fat milk contains 1g/100ml and skimmed milk contains 0.3g/100ml or 0.3% fat.

Following are the 20 types of milk

1-
Whole milk –
Natural whole milk is milk with nothing added or removed.
Whole standardised milk is whole milk standardised to a minimum fat content of 3.5%.

How it is produced?
Natural whole milk is collected from the dairy herd and undergoes various processing techniques before it reaches the shelf for consumption by the general public.

Whole standardised milk (3.5% milk fat) provides 68kcals per 100ml; semi-skimmed milk (1.7% milk fat) provides 47kcals/100ml and skimmed milk (0.3% milk fat) provides 35kcals /100ml.

2-
Semi skimmed milk –
Semi skimmed milk is the most popular type of milk in the UK with a fat content of 1.7%, compared to a minimum of 3.5% in whole standardised milk and 0.1% in skimmed

3-
Skimmed milk –
Skimmed milk has a fat content of between 0-0.5% and an average fat content of 0.1%.
Skimmed milk therefore has nearly all the fat removed.

It contains slightly more calcium than whole milk and lower levels of fat soluble vitamins, particularly vitamin A, as this is lost when the fat is removed

The lower level of fat in skimmed milk reduces its calorie (energy) content.
For this reason it is not recommended for children under the age of 5 years as they need the extra energy for growth.
However it is ideal for adults who wish to limit their fat or calorie intake.

Skimmed milk has a slightly more watery appearance than other types of milk and has a less creamy taste due to the removal of fat.

4-
1% fat milk –
The nutritional differences between semi-skimmed and 1% fat milk are small and dependent mainly on the difference in fat content.
1% fat milk contains 40% less total and saturated fat than standard semi-skimmed milk.
In addition, it has a lower energy content than semi-skimmed, and slightly lower levels of vitamins A and E, but has a higher calcium content.

5-
Organic milk –
Organic milk comes from cows that have been grazed on pasture that has no chemical fertilisers, pesticides or agrochemicals used on it.

Once the cows have been milked, the milk is treated in exactly the same way as regular pasteurised milk.

6-
Jersey and Guernsey milk –
Channel Island milk is produced from Jersey or Guernsey breeds of cow and has a particularly rich and creamy taste.

It tends to be slightly higher in calories and fat than regular whole milk and also has a higher content of fat soluble vitamins -particularly vitamin A which is important for the promotion and maintenance of healthy growth and development

Jersey and Guernsey milks tend to have a visible cream line and are commonly found in supermarkets as “breakfast milk”.

7-
Flavoured milk –
Types - Ultra Heat Treated or sterilized or fresh flavoured milk.

Most flavoured milk products are produced using reduced fat milk varieties and usually have a fat content of around 1%.

The most popular flavours are chocolate, strawberry and banana however more sophisticated flavours such as peach, mocha or products made with real Belgian and Swiss chocolate have been developed for the more adult market.

In comparison with plain milks, flavoured milks tend to have slightly higher sugar content
And they provide a wide range of beneficial nutrients.

One study has shown that children consuming flavoured milk are not actually likely to have higher sugar or energy intakes as children consuming flavoured milk would likely, consume fewer less healthy sweetened drinks.

Interestingly recent studies have suggested that chocolate flavoured milk can be used as an effective recovery aid after intense bouts of exercise.

8-
Heat treated milk – Pasteurisation –

Pasteurisation is the process whereby milk is heated with the purpose of killing potentially harmful micro-organisms such as certain pathogenic bacteria, yeasts and moulds which may be present in the milk after initial collection.
This helps to protect against any food bourne illness that can occur through consumption of raw (unpasteurised) milk.
Following pasteurisation, the milk is rapidly cooled and is then stored in a refrigerator in order to preserve its shelf life.

The basic process for whole milk involves heating the milk to a temperature of no less than 71.7ºC for a minimum of 15 seconds (max 25 seconds).
This process is known as High Temperature Short Time (HTST).

After this the cold milk that enters the heat exchanger is heated by the hot milk leaving it, which in turn is partly cooled.

Following heating, the milk is cooled rapidly to below 6ºC using chilled water on the opposite side of the plate. This process also extends the keeping quality of the milk.

9-
Heat treated milk - Sterilised milk –
Sterilised milk is available in whole, semi skimmed and skimmed varieties.
It goes through a more severe form of heat treatment, which destroys nearly all the bacteria in it.

Firstly the milk is pre-heated to around 50oC, then homogenised after which it is poured into glass bottles which are closed with an airtight seal.

There is no legally defined process for sterilising milk but, commonly, filled bottles are carried on a conveyor belt through a steam chamber where they are heated to a temperature of between 110-130ºC for approximately 10-30 minutes.
Then they are cooled using a cold water tank, sprays or, in some cases, atmospheric air and then crated.

The sterilisation process results in a change of taste and colour and also slightly reduces the nutritional value of the milk, particularly the B group vitamins and vitamin C.

Unopened bottles or cartons of sterilised milk keep for approximately 6 months without the need for refrigeration. Once opened it must be treated as fresh milk and used within 5 days.

10-
Heat treated milk – UHT milk –
UHT or ultra heat treated milk is a form of milk that has been heated to a temperature of at least 135ºC in order to kill off any harmful micro-organisms (e.g. harmful bacteria) which may be present in the milk. The milk is then packaged into sterile containers.
All milk that is available for sale to consumers through supermarkets and milkmen must be pasteurised i.e. heated to 71.7ºC in order to make it safe for consumers and improve its shelf life. However UHT milks have a longer shelf life as a result of the higher temperatures to which they are heated and the packaging used to store them.
UHT milk is available in whole, semi skimmed and skimmed varieties.

11-
Evaporated milk –
Evaporated milk is a concentrated, sterilised milk product.
It has a concentration twice that of standard milk.

The process of producing evaporated milk involves standardising, heat treating and evaporating the milk under reduced pressure, at temperatures between 60ºC and 65ºC.

The evaporated milk is then homogenised to prevent it separating under storage and then it is cooled.

The evaporated milk is poured into cans, which are then sealed. At this point the cans are moved to a steriliser where they are held for 10 minutes.

A cooling stage follows and the cans are then labelled and packed.

As a result of processing, evaporated milk possesses a characteristic cooked flavour as well as a characteristic colour.

The shelf-life of canned evaporated milk is commonly stated as one year stored at ambient temperatures, though in practice the product will keep for longer.

12-
Condensed milk –
Condensed milk is concentrated in the same way as evaporated milk, but with the addition of sugar.

This product is not sterlised but is preserved by the high concentration of sugar.
It can be made from whole milk, semi skimmed or skimmed milk.

The heat treatment used consists of holding standardised milk at a temperature of 110-115ºC for one to two minutes.

The milk is then homogenised, the sugar added and the sweetened milk is then evaporated at low temperatures (between 55-60ºC).
The concentration of the condensed milk is now up to 3 times that of the original milk.

The milk is then cooled rapidly to 30ºC and packaged.

Sweetened condensed milk is commonly used in the sugar confectionary industry for the production of toffee, caramel and fudge.
It is also an alternative to liquid milk which was once traditionally used in these products.

13-
Untreated (raw) milk –
In UK all milk sold from the supermarkets has to be heat-treated (pasteurised) to kill harmful bacteria.

However, untreated milk can be bought direct from registered milk production holdings (at the farm gate or in a farmhouse catering operation) or through a limited number of milkmen in England and Wales.

Sales through other outlets have been banned since 1985 (although sales by the farmer at farmers markets are allowed).

In addition, the milk must bear the appropriate health warning.

A ban for the sale of raw milk in Scotland has been in place since 1983.

Raw milk represents only a very small fraction of total milk consumption.
Animal Health Dairy Hygiene has estimated this to be 0.01% of total cows' milk consumption.

14-
Filtered milks –
Filtered milk goes through an extra, fine filtration system, which prevents souring bacteria from passing through.

The nutritional content of the milk is unaffected but the shelf life is increased.

The processes involved include, microfiltration, ultrafiltration and nanofiltration.

Microfiltration is the most commonly used process and is a pressure-activated separation process which uses a membrane that is permeable to substances with a low molecular weight but rejects material with a high molecular weight.

In the process of microfiltration of skimmed milk, bacteria are removed using ceramic filters with 1.4 micrometer holes to separate the milk from the bacteria. After this process, virtually all the bacteria present in the milk are removed.

The milk is then homogenised to standardise and evenly distribute the fat molecules, where it then undergoes the pasteurisation process before being chilled down quickly to 5ºC or less.

Microfiltration adds an extra level of cleanness which can extend shelf life up to 45 days when stored at temperatures of up to 7ºC and an average 7 days once opened.

Filtered milk is available in whole, semi skimmed or skimmed milk varieties.

15-
Dried milk powder –
Milk powder is produced by evaporating the water from the milk using heat.
The milk is homogenised, heat treated and pre-concentrated before drying.

There are a number of ways to produce dried milk powder including spray drying and roller drying.

In the most commonly used spray drying process, the concentrated milk is introduced into a chamber (usually as a fine mist) through which hot air is circulating. The droplets of milk soon lose their water and fall to the floor as fine powder.

Skimmed milk powder can be mixed easily with water; however whole milk isn’t easily reconstituted due to its higher fat content.

Roller drying is an old process of producing milk powder-this involves spreading the concentrated milk onto heated rollers. The water evaporates quickly and leaves a thin film of powder, which is scraped off the rollers. This powder has a cooked flavour and tends to form lumps when mixed with water.

Whole milk powder contains all the nutrients of whole milk in a concentrated form with the exception of vitamin C, thiamin and vitamin B12. Skimmed milk powder contains hardly any fat and therefore no fat soluble vitamins. However, the protein, calcium and riboflavin content remain unaffected.

If stored correctly, skimmed milk powders can be kept for up to one year. Once they are reconstituted, they must be treated as fresh milk.

16-
Homogenisation –
Whole homogenised milk is identical in fat and nutrient content to whole standardised milk however it has undergone a specific process known as “homogenisation” which breaks up the fat globules in the milk. This spreads the fat evenly throughout the milk and prevents a creamy layer forming at the top.
Homogenisation of milk involves forcing the milk at high pressure through small holes. This breaks up the fat globules in order to spread them evenly throughout the milk and prevent separation of a cream layer.
This process basically results in milk of uniform composition or consistency and palatability without removing or adding any constituents.
Homogenisation increases the whiteness of milk because the greater numbers of fat globules scatter the light more effectively.

17-
Standardized milk-
This is made by combining buffalo milk and skimmed milk. The fat percentage is maintained at 4.5% while the SNF is 8.5%.

18-
Lactose Free Milk -
Suitable for people who are lactose intolerant.
Lactose Reduced or Free milk has some or all of the lactose (the sugar found naturally in milk), removed making it more easily digested for those that have lactose intolerance.

19-
Fortified Milk –
Extra nutrients added such as Calcium, Vitamin D and Omega-3 fatty acids.
This is in addition to the nutrients naturally found in milk.

20-
Soya Milk –
Soy milk is made from soaking, grinding and boiling soy beans with water, is a very nutritious drink.
The phytoestrogen in soy can help accelerate calcium absorption by your body and prevent the loss of bone mass. For the maximum benefit, make sure to buy the soy milk that is fortified with extra calcium and vitamin D.

For females - Regular intake of soy is a great way to prevent and alleviate these postmenopausal syndromes.

Studies have shown that men who eat a soy-rich diet are less likely to develop prostate hypertrophy or prostate cancer.

Weight Control - Drinking soy milk also gives you an extra dose of fiber, keeping your feeling fuller for longer time.

Soy milk is an ideal drink if you have high cholesterol or have a family history of coronary heart diseases.

Milk Nutrients –
Milk is also a natural source of 15 essential nutrients. Whether it is skim, 1%, 2% or homogenized, chocolate or powdered, milk provides basically the same nutritious elements. However, the fat content changes

Below is the list what milk contains –

1)
Protein: Helps build and repair body tissues, including muscles and bones, and plays a role in the creation of antibodies which fight infection.

2)
Vitamin A: Aids bone and tooth development. Also aids in the maintenance of night vision and healthy skin.

3)
Vitamin B12: Aids in red blood cell formation.

4)
Vitamin B6: Factor in the conversion of food into energy and tissue formation, including bones.

5)
Riboflavin: Factor in the conversion of food into energy and tissue formation.

6)
Niacin: Aids in normal growth, and is a factor in the conversion of food into energy and tissue formation, including bones.

7)
Thiamine: Releases energy from carbohydrate and aids normal growth.

8)
Pantothenic acid: Factor in the conversion of food into energy and tissue formation, including bones.

9)
Folate: Aids in red blood cell formation.

10)
Vitamin D: Enhances calcium and phosphorus absorption, on which strong bones and teeth depend.

11)
Calcium: Aids in the formation and maintenance of strong bones and healthy teeth.

12)
Magnesium: Factor in bone and teeth health, conversion of food into energy and tissue formation.

13)
Phosphorus: Factor in the formation and maintenance of strong bones and healthy teeth.

14)
Potassium: Aids in the correct functioning of nerves and muscles.

15)
Zinc: Factor in tissue formation, including bones, and conversion of food into energy.

16)
Selenium: Factor in the correct functioning of the immune system, due to its antioxidant effect

From Politics To Fashion

Saturday, March 15, 2014

14 years jail for aiming a laser pointer at helicopter Sergio Patrick Rodriguez sentenced

Rs 10 Crore Railway Scam charges framed against Vijay Singla and 9 others

Explained 20 Types of Milk How milk is produced Milk Nutrients

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