Access to the lock

There

is a road from Cookham to Formosa Island and the lock.

Reach above the lock

The river is picturesque and described as Wind in the Willows country. Kenneth Graham based much of his book on this part of the Thames.

Literature and the Media

Cookham was home to the artist Stanley Spencer’s whose works include Swan Upping at Cookham.

Vermaport SC

The Vermaport SC (Shopping Cart) is typically used in discount retailers such as Target and Kmart, as well as furniture store IKEA, and the retail chain Bed Bath and Beyond. Essentially an escalator, the device uses specially designed shopping carts and transports them between levels in shopping complexes.

Along the path of the Vermaport there are three valleys. The special carts have their front wheels set closer together and out of parallel to the back, outset, wheels. On the way up the inset wheels glide along the center valley, which is lower than the two outer valleys that the outset wheels ride along. This allows the shopping cart to stay level while moving along an inclined path. On the way down, the center valley is higher and the side valleys are lower to allow the cart to transport level while facing down the Vermaport. Due to these valleys, shopping carts on the Vermaport SC do not have the typical plastic or metal grate shelf below the basket of the shopping cart that is used to carry large or bulk items.

An installed Vermaport system is typically located next to an escalator, moving at the same speed, so as to allow a shopping cart to be transported alongside a shopper as he or she moves between floors. The conveyance is accomplished by a belt of hard rubber teeth that grab near the wheels of the cart as a shopper guides it into the entrance of the Vermaport.

The world’s largest Vermaport is located in Kmart in Middle Village, Queens, New York City, New York. It has a length of 120 ft (37 m) and a vertical rise of 50 ft (15 m).

Vermaport LC

The Vermaport LC (Luggage Cart) is based on the same engineering principles and the SC model. It allows travellers and their luggage to travel between floors in transportation terminals such as an airport. The LC system allows for items wider than what would fit into a shopping cart on the Vermaport SC.

Vermaport RS

The Vermaport RS (Return System) is used to store luggage carts which are typically rental fee based. Personnel at an arrival or departure area will gather abandoned luggage carts and return them to the Vermaport RS. The carts will be automatically feed into the Vermaport and will wait for a traveler to retrieve one by inserting the required fee.

Two phase locking

According to the Two phase locking protocol, locks are handled by a transaction in two distinct, consecutive phases during the transaction’s execution:

Phase 1: Locks are acquired and no locks are released.

Phase 2: Locks are released and no locks are acquired.

The serializability property is guaranteed for a schedule with transactions that obey the protocol. The 2PL schedule class is defined as the class of all the schedules comprising transactions with data access orders that could be generated by the 2PL protocol.

Strict two phase locking

The Strict two phase locking (S2PL) class of schedules is the intersection of the 2PL class with the class of schedules possessing the Strictness property.

To comply with the S2PL protocol a transaction needs to comply with 2PL, and release its write (exclusive) locks only after it has ended, i.e., being either committed or aborted.

S2PL is a special case of 2PL, i.e., the S2PL class is a proper subclass of 2PL.

Strong strict two phase locking

To comply with the Strong strict two phase locking (SS2PL) protocol a transaction needs to comply with 2PL, and release both its write (exclusive) and read (shared) locks only after it has ended, i.e., being either committed or aborted.
A transaction obeying SS2PL can be viewed as having Phase 1 that lasts its entire execution duration, and no Phase 2 (or degenerate Phase 2). Thus, only one phase is actually left, and “two-phase” in the name seems to be still utilized due to the historical development of the concept from 2PL. The SS2PL property of a schedule is also called Rigorousness, and an SS2PL schedule is also called a Rigorous schedule.

SS2PL is a special case of S2PL, i.e., the SS2PL class of schedules is a proper subclass of S2PL (every SS2PL schedule is also an S2PL schedule, but S2PL schedules exist that are not SS2PL).

SS2PL is the concurrency control protocol of choice for most database systems since it provides besides serializability also Strictness, which is instrumental for efficient database recovery, and also Commitment ordering (CO) for participating in environments where a CO based Global serializability solution is employed.

A BM92 trainset consists of two carriages. Four of the fourteen sets are equipped with a large luggage room. They were built between 1984 and 1985. On January 4 2000, a BM92 set with luggage room was lost in a fatal collision on Rørosbanen, the Åsta accident, which killed a total of 19 people.

Construction

The CW (Coulsdon and Wallington stock) units were built in 1923-1924, as the last electric train stock for use on the LBSCR AC overhead electrified lines in South London. This stock comprised some hundred carriages, which were used in five car formations (Driving Trailer Third + Driving Trailer Composite + Motor Luggage Van + Trailer Composite + Driving Trailer Third).

The stock, built by the Metropolitan Carriage Wagon & Finance Company at Birmingham, was as follows:

• 21 Motor Luggage Vans
• 60 Driving Trailers
• 20 Trailers

The Motor Luggage Vans (nicknamed “Milk Vans”) each had four 250 horsepower GEC traction motors.

After the replacement of the AC overhead equipment by the 660 V DC third rail system adopted as standard by the SR, the carriages that formed these units were rebuilt accordingly, the Motor Luggage Vans becoming goods train guard’s vans.

Four sets of locks control the water in the canal. From 1857 - 1860 the Strømsfoss and Ørje locks were built. There are 3 locks at Ørje, with a combined lift height of 10 meters. The lock gates are controlled by hand. In 1865 the Stenselv river portion of the canal, with locks both at Krappeto, was completed. The Brekke locks, furthest south, were finished in 1924 with four locks and a combined lift height of 26.6 m, bypassing the greatest lift of the Telemark canal. The locks in the Halden Canal can pass vessels which are 24 m in length, 6 m in beam and of 1.6 m draft.

The network can be thought of as similar to the Internet. It has however an enormous size and data capacity, spanning numerous star systems and capable of carrying massive amounts of data. Numerous computer networks connect to the Kyle Web in order to share information.

Unlike internet, the psiberweb, rather than existing in real physical form, transmits information through Kyle space. Also known as the psiberspace, the Kyle space is an alternate dimension, that exists separately from our conventional concepts of time and space. It is based heavily on quantum theory and Fourier transforms. It can be also described as an “universe of thoughts”, as the only people who can connect to the psiberweb are psions. When a thought is transmitted in the Kyle Web, it exists (is received) simultaneously everywhere across the entire network.

The psiberweb was created and used in Skolian Empire and is crucial in their defence. Access and control of the psiberweb is what gives the Skolian Empire its equal strength to the more powerful and more numerous Trader empire.

To create and maintain a psiberweb in the Kyle space, a Rhon psion is needed, the only known Rhons being the members of Ruby Dynasty, the ruling family of Skolian Empire. Less powerful but still strong psions called telops can also access and use the Kyle Web, but cannot construct it or “enter” Kyle space.

Triad

The Triad is the three person group that powers the psiberweb, both as director of the physical medium and as administrator of the interstellar networks in Kyle space. Originally a Dyad, the members of the Ruby Dynasty eventually discovered that three people can comprise the group and maintain the Kyle Web.

Triad members, so called Keys, have substantial political influence. A person joins the Triad by touching the singularity found in the Locks, gaining so the capability to create the web connections and nodes of the psiberweb. A member of the Triad/Dyad must be a Rhon psion, as those are the only genetically suited humans capable of interfacing with the Locks.

Locks

A Lock is one of three powerful sentient machines created by the ancient Ruby Empire. It is a disruption in normal spacetime, which manifests as a great column of light called a “Kyle singularity”. The Locks’ construction apparently is the result of advanced mathematics, neuroscience and mysticism. The ancient technology which created the Locks has been lost, but people of the Skolian Empire have deduced some of its functioning.

There are three known remaining Locks since the fall of the original Ruby Empire:

• one on the Orbiter space habitat
• one on the planet Raylicon
• one on the Onyx platform

See also

Catherine Asaro

The system was renamed the McAlpine Locks and Dam in 1960 in honor of William McAlpine, who was the only civilian to have ever served as district engineer for the Corps of Louisville. At present, the normal pool elevation is 420 feet (130 m) above sea level and the drainage area above the dam is 91,170 square miles (236,000 km²). The average daily flow at McAlpine is 118,000 cubic feet per second (3,340 m³/s). The lock chambers are located at the dam on the Kentucky side of the Ohio River and are capable of a normal lift of 37 feet (11 m) between the McAlpine pool upstream and the Cannelton pool downstream. The hydroelectric plant consists of eight turbine units with a net power generation capacity of 80,000 kilowatts. The hydroelectric plant is currently undergoing an 8-year long rehabilitation project. This will extend the life of the 1920s era turbine-generator units and increase power output to 100 megawatts.

In October 2003, McAlpine was designated a Historic Civil Engineering Landmark by the American Society of Civil Engineers.

The McAlpine locks are currently undergoing a 10-year, $278 million expansion project scheduled to be completed in 2008.

The hydroelectric plant is owned and operated by LG&E, a subsidiary of E.ON U.S., while the locks are operated by the Army Corps of Engineers.

Small joint manipulation refers to twisting, pulling or bending fingers or toes to cause joint locks in the various joints in those appendages. Joint locks on fingers and toes are respectively referred to as finger locks and toe locks.

Explanation

The leverage needed for such joint manipulation is comparatively small, since grabbing a finger or two with one or both hands creates a distinct advantage, and means that a weaker person can possibly control a stronger one. Grabbing only one finger may lead to the opponent being able to pull it free, while grabbing three or more reduces the leverage advantage considerably, and hence it is sometimes advised to grab two fingers for maximum effect.

Small joint manipulation is an illegal technique in most combat sports that feature joint locking such as Brazilian Jiu-Jitsu, Judo, Mixed Martial Arts and Sambo, since unlike standard joint locks, there is less of an opportunity to tap out before the small joint breaks. It is however sometimes taught as a self-defense and pain compliance technique, for instance in Kenpo, Jujutsu, and especially in ‘Small Circle JuJitsu’. It is also an important part of koppo-techniques, e.g. in ninjutsu.

References

Party buses offer seating capacities from 20 to 50 passengers and include more amenities and standard equipment than most other forms of ground transportation. These amenities may include upgraded electrical systems, fast idle controller, AM/FM stereo with CD player, power/heated remote control mirrors, power door locks and windows, upgraded seats and fabric, strip-poles, air actuated passenger entry door, video and audio systems, luggage partitions, back-up cameras, seat and fabric upgrades, smoke machines, laser lights, disco lights, strobe lights, on-board restroom, ADA equipment and a large array of floor plans to suit demanding transportation needs.

Party buses are primarily used for, although not limited to, weddings, proms and bachelor and bachelorette parties as well as round trips to casinos, nights on the town, personalized drop offs and pick ups at various bars and nightclubs, birthdays and city tours.

While some party buses are used for week long tours and events, most are used for day trips and events. Most party buses, however, operate as livery vehicles, providing upmarket competition to limousines and taxicabs.

Route description

Route 75 begins at Route 159 in Windsor, then passes through Windsor Locks near Bradley International Airport. It then continues north through Suffield and finally into Agawam, Massachusetts.

Special designations

Route 75 within the town of Suffield is a designated state scenic road.

History

Route 75 was created in 1932 from portions of old State Highway 110 that were not assigned to US 5A (now Route 159). The route was extended into Massachusetts in 1950.

Junction list

County Lock is the shallowest of the locks on the Kennet, as boats only rise or fall about 30 cm (1 foot) in the lock. The main stream of the Kennet flows down the weir on the far side of the lock, whilst another arm of the Kennet disappears under the Bridge Street Roundabout.

Chubb was started as a ship’s ironmonger by Charles Chubb in Winchester, England and then moved to Portsmouth, England in 1804.

Chubb moved the company into the locksmith business in 1818 in Wolverhampton. The company worked out of a number of premises in Wolverhampton including the purpose built factory on Railway Street now still known as the Chubb Building. His brother Jeremiah Chubb then joined the company and they sold Jeremiah’s patented detector lock

In 1823 the company was awarded a special license by George IV and later became the sole supplier of locks to the General Post Office and a supplier to His Majesty’s Prison Service.

In 1835 they received a patent for a burglar-resisting safe and opened a safe factory in London in 1837.

In 1851 they designed a special secure display case for the Koh-i-Noor diamond for its appearance at the Great Exhibition.

In 1984 the company was purchased by Racal, who sold it in 1997 to Williams Plc. In August 2000, they were sold to Assa Abloy.

Four sets of locks control the water in the canal. From 1857 - 1860 the Strømsfoss and Ørje locks were built. There are 3 locks at Ørje, with a combined lift height of 10 meters. The lock gates are controlled by hand. In 1865 the Stenselv river portion of the canal, with locks both at Krappeto, was completed. The Brekke locks, furthest south, were finished in 1924 with four locks and a combined lift height of 26.6 m, bypassing the greatest lift of the Telemark canal. The locks in the Halden Canal can pass vessels which are 24 m in length, 6 m in beam and of 1.6 m draft.

When it was built it ran 4 miles (6 km) through eight locks from Hatherton Junction on the Staffordshire and Worcestershire Canal to Churchbridge Junction on the Churchbridge Branch (a short branch with thirteen locks) of the Cannock Extension Canal (a branch of the Wyrley and Essington Canal). It was completed in 1860. Subsidence due to mining caused its closure in 1955.

The canal is now part of an active restoration project. However, due to building on the cut, the current plans call for the canal to deviate from the original route in places. This includes new tunnels under the A5 road and a cluvert, already in place, over the M6 Toll motorway.

In typography

• Monospace font, fixed-width typefaces whose glyphs have the same width
• Monospace (font), a computer font which carries said characteristic

Other

• Monospace or one-box car, a style of automobile body, that doesn’t feature clearly distinguishable ‘boxes’ for the engine, passenger and luggage compartments, like a three-box design.

A warded lock (also called a ward lock) is a type of lock that uses a set of obstructions, or wards, to prevent the lock from opening unless the correct key is inserted. The correct key has notches or slots corresponding to the obstructions in the lock, allowing it to rotate freely inside the lock. Warded locks are commonly used in inexpensive padlocks, cabinet locks, and other low-security applications, since they are among the most easily circumvented by lock picking. A well-designed skeleton key can successfully open a wide variety of warded locks.

History

The warded lock is one of the most ancient lock designs still in modern use. It is thought to have been developed in ancient Rome.

Design

In the most basic warded lock, a set of obstructions, often consisting of concentric plates protruding outwards, blocks the rotation of a key not designed for that lock. Warded locks may have one simple ward, or many intricate wards with bends and complex protrusions; the principle remains the same. Unless the notches or slots in the key correspond to the wards in the lock, the key will strike an obstruction and will not turn.

A cylindrical post is typically located in the center of the lock. Its purpose is to provide a point of leverage for rotating the key, and to help correctly align the key with the wards. The key has a corresponding hole which fits over the post.

When the correct key is inserted, it will clear the wards and rotate about the center post. The key may then strike a lever, activating a latch or sliding bolt, or it may itself push against the latch or bolt. In a double action lever lock, the key may additionally push against a spring-loaded lever which holds the sliding bolt in place.

The ring totals 106 miles and has 115 locks, although there are two alternative routes through the southern part of Birmingham - from Kingswood Junction one can travel via the Grand Union Canal to Aston Junction, or via the Stratford Canal (north) and Worcester Canal to Gas Street Basin in central Birmingham. The latter route is slightly longer and has more locks, but many consider it to be more scenic and interesting.

The locks-and-keys approach represents pointers as ordered pairs (key, address) where the key is an integer value. Heap-dynamic variables are represented as the storage for the variable plus a cell for an integer. When a variable is allocated, a lock value is created and placed both into the variable’s cell and into the variable’s ordered pair. Every access to the pointer compares these two values, and access is allowed only if the values match.

When a variable is deallocated, the key of its ordered pair is modified to hold a value different from the variable’s cell. From then on, any attempt to dereference the pointer can be flagged as an error. Since copying a pointer also copies its cell value, changing the key of the ordered pair safely disables all copies of the pointer.