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Approved by NIOSH and MSHA The Self‐Rescuer Long Duration (SRLD) developed by CSE Corporation, one of the leading manufacturers of mining rescue respirator products in the world, was approved on Friday, July 22 in a joint approval by the National Institute of Occupational Safety and Health (NIOSH) and the Mine Safety and Health Administration (MSHA) air jordan 2009

Now Available Online! Created especially to support you in using the CSE SCSR system, the following videos show you how to operate, inspect, and test CSE Models SRLD and SR-100. Watch Videos Now

Featuring QuickStart Technology™

The introduction of the Self-Rescuer Long Duration (SRLD) follows extensive efforts by CSE to incorporate customer feedback on respirator products, as well as advanced technological improvements for miner safety.

Advanced Technology in a Self-Contained Lightweight Package

The state-of-the-art SRLD is the smallest and lightest, most advanced one-hour belt-wearable SCSR available today. The SRLD self-contained self-rescuer offers a 40% faster production of oxygen at the startup, as well as a 10% total increase in oxygen production. In other words, the SRLD produces more oxygen more quickly to the miners who need it.

The SRLD is designed so that miners will not be required to learn new donning techniques, which makes integration of the SRLD into the field a seamless experience.

How the SRLD Works:

The SRLD provides the highest level of respiratory protection for workers who must perform duties in potentially dangerous conditions. The SRLD is not a traditional oxygen tank. Rather, the SRLD uses advanced technology by recycling the exhaled breath. It chemically removes carbon dioxide while replenishing the oxygen based on the user’s demand or work rate. The SRLD utilizes an effective bi-directional chemical canister system, where the exhaled breath moves through the carbon dioxide absorption/oxygen generation canister twice, before the oxygen returns to the user.

This innovative technology is employed in mining, tunneling, the armed forces, chemical plants, pulp/paper plants, water treatment plants, and confined space entry industries where immediate reliable access to breathable oxygen can make all the difference.


Details on how disabled supporters can acquire match tickets and apply for membership...

Applications for Disabled Supporters Membership is now open for the 2017/18 season.

To apply or get more information please visit the Disabled Supporters Membership section for full details and to apply.

We have a private car park for the sole use of our guests and visitors to the Chelsea Football Club complex at Stamford Bridge. There are parking spaces for visitors in the underground car park (tariffs below) and disabled parking spaces (2hrs short term only) available next to the Millennium Hotel.

We operate primarily on a first-come-first serve basis due to the nature of the site, however should you require one of the disabled parking spaces there is no pre-booking for disabled parking on non-matchdays and are available for short term (2hrs max) disabled parking only.

We have six accessible pre-book only parking bays (not all located at the stadium) for match days on a first come first served basis. To book please call 020 7915 1950. Please note bookings will only be taken from approximately 28 days prior to the match date depending on which day the match falls.

For all disabled parking on matchdays and non-matchdays your Blue Badge will be required to be displayed.

For parking around Hammersmith and Fulham, visit their website Hammersmith Fulham Council parking. Please note that Hammersmith Fulham Council have some disabled bays that have been designated for use by specific individuals.

Such bays are individually numbered - a vehicle parking in such bay must clearly display a valid disabled permit which is specific to that bay. Blue badges are NOT valid in these bays.

For parking around Hammersmith and Fulham we recommend you visit Hammersmith and Fulham Council website Streets/Parking

We have a disability drop-off and pick-up point, situated by the main entrance Stamford Gate. These facilities are steward-controlled on match days. Please note that Fulham Road closes to traffic. This can be up to 2 ½ hours prior to the match and is closed again following half time.

The road can also remain closed for up to two hours post match. Please also note on some occasions the road can also remain closed for the duration of the match. Therefore there will be no access to Fulham Road for any vehicles during the road closure, once closure has been enforced.

Available since 1.0.0.

Time complexity: O(1)

Time complexity:

Increments the number stored at key by one. If the key does not exist, it is set to 0 before performing the operation. An error is returned if the key contains a value of the wrong type or contains a string that can not be represented as integer. This operation is limited to 64 bit signed integers.

Note : this is a string operation because Redis does not have a dedicated integer type. The string stored at the key is interpreted as a base-10 64 bit signed integer to execute the operation.

64 bit signed integer

Redis stores integers in their integer representation, so for string values that actually hold an integer, there is no overhead for storing the string representation of the integer.

Integer reply : the value of key after the increment

The counter pattern is the most obvious thing you can do with Redis atomic increment operations. The idea is simply send an command to Redis every time an operation occurs. For instance in a web application we may want to know how many page views this user did every day of the year.

To do so the web application may simply increment a key every time the user performs a page view, creating the key name concatenating the User ID and a string representing the current date.

This simple pattern can be extended in many ways:

The rate limiter pattern is a special counter that is used to limit the rate at which an operation can be performed. The classical materialization of this pattern involves limiting the number of requests that can be performed against a public API.

We provide two implementations of this pattern using , where we assume that the problem to solve is limiting the number of API calls to a maximum of ten requests per second per IP address .

The more simple and direct implementation of this pattern is the following:

Basically we have a counter for every IP, for every different second. But this counters are always incremented setting an expire of 10 seconds so that they'll be removed by Redis automatically when the current second is a different one.

Note the used of MULTI and in order to make sure that we'll both increment and set the expire at every API call.


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