Know About Physical Access Control

An overview of physical access control

M-33 is a northsouth state trunkline highway in the US state of Michigan that runs from Interstate 75 (I-75) at Alger in Arenac County north to M-27 near Cheboygan. In between, the trunkline runs through rural sections of the northeastern Lower Peninsula including state and national forest areas. M-33 connects to a handful of parks and crosses several of the rivers in that section of the state. It runs concurrently with three other state highways, sharing pavement to connect through several small communities of Northern Michigan.

M-33 was designated by 1919 along a section of the current highway between Mio and Atlanta. The highway also included roadway segments south of Mio that are now parts of other trunklines. The portion south of Mio was rerouted in the mid-1920s, transferring sections to M-72 in the process. The state started extending M-33 in both directions in 1930s. The current highway segment between Onaway and Cheboygan was the former route of US Highway 23 (US23) until 1940 when the latter highway was realigned onto an alignment that runs along Lake Huron. Several minor changes have been made to M-33's routing since the 1950s to straighten out curves or finish paving the highway.

Know About Physical Access Control 1

History of physical access control

M-33 was first designated by July 1, 1919. It ran along the current routing from Mio north to M-32 east of Atlanta. The highway also ran south of Mio to M-76 east of Roscommon using segments of what are now M-72 and M-144. By 1927, the southern section from Fairview to Roscommon was redesignated as a part of M-72. M-33 was shifted to run south of Mio to Rose City instead, creating the M-33/M-72 concurrency in the process. An extension was added by the end of the decade southward to M-55 at Campbell, a former community east of Selkirk in Ogemaw County. An earthen highway extension of M-33 north of Atlanta to US23 at Onaway was opened in 1934. A few years later in 1938, M-55 was realigned to follow a more direct path east of West Branch. At the same time, M-33 was extended south by a few miles to the new roadway south of Campbell and Selkirk. A lengthy northern extension was added to M-33 in 1940 when US23 was moved to a route along the Lake Huron shoreline between Rogers City and Cheboygan. The former route of US23 between the Afton area and Rogers City was redesignated as a discontinuous section of M-68, and M-33 was extended westward from Onaway along that highway to Afton and north to US27 (now M-27) near Cheboygan, creating the M-33/M-68 concurrency in southern Cheboygan and Presque Isle counties. By 1945, M-33 was extended southward again, this time to terminate at M-76 in Alger.

The Michigan State Highway Department rerouted M-33/M-72 near Fairview in late 1951 or early 1952, turning the former route back to local control. The last section of M-33 was paved in southern Cheboygan County in the late 1950s. In 1968, the southern end was extended slightly to end at the new M-76 freeway that opened between Alger and Standish; that freeway was redesignated as part of I-75 in 1973. A minor realignment of M-32/M-33 east of Atlanta smoothed out some curves in the road in 1996.

Route description of physical access control

M-33 starts at exit202 on I-75 near Alger. From there it crosses a branch of the Lake State Railway and Old 76 Road before turning north. The highway runs north parallel to the Rifle River across the ArenacOgemaw County line. It meets the eastern terminus of F-18 and continues through woodland to an intersection with M-55 east of West Branch. North of the junction, the environment transitions to farm land that borders the edge of the Au Sable State Forest to the Rose City area. North of Rose City, M-33 crosses into the Huron National Forest as the highway continues due north into Oscoda County, passing Mack Lake campground.

M-33 follows Morenci Avenue into the center of Mio where the highway joins M-72 south of Mio Pond, and they run concurrently together across the Mio Pond section of the Au Sable River out of town. On the north side of the river, F-32 merges in from the east and the three roadway designations run concurrently north. The highway continues to a sweeping 90 turn east near Smith Lake. F-32 separates to turn west and M-33/M-72 turns eastward. The trunkline continues to Fairview where M-33 turns north, leaving the M-72 concurrency to continue northward. M-33 crosses into the Mackinaw State Forest and passes through Comins. North of that unincorporated community, the highway curves northeast, east and back north to cross into Montmorency County. Before reaching M-32, M-33 crosses the Thunder Bay River. After the river, M-33 turns westward along M-32 to the community of Atlanta. The highway passes near the Atlanta Municipal Airport as it enters the community. In the middle of town, M-33 turns back north. The highway provides access to the Clear Lake State Park in northern Montmorency County before crossing into Presque Isle County.

M-33 parallels the Cheboygan Presque Isle county line as it runs northward along the Black River to Onaway. Once in town, M-33 turns west with M-68 toward Cheboygan County. The highway passes through Tower, and a junction with F-05, before it continues west to the Afton area. There M-33 turns north one last time, running along the east shore of Mullett Lake past Aloha and M-212; M-212 is the shortest highway in Michigan that provides access to Aloha State Park. North of Aloha, M-33 crosses the Cheboygan River and meets M-27, the location of its northern terminus south of Cheboygan.

The Michigan Department of Transportation (MDOT) maintains M-33 like all other state trunkline highways in the state. As a part of these maintenance responsibilities, the department tracks traffic volumes using a metric called average annual daily traffic (AADT). This figure is a calculation of the traffic along a roadway segment for any average day of the year. In MDOT's surveys in 2009, they found that the peak AADT along M-33 was the 6,928vehicles a day along a section of the M-72 concurrency. The lowest traffic counts were measured immediately south of the Onaway city limits at 956vehicles daily. The only section of M-33 that has been listed on the National Highway System (NHS) is the segment concurrent with M-32 in Montmorency County. The NHS is a network of roads important to the country's defense, economy and mobility.

HOT PRODUCTS
no data
GET IN TOUCH WITH US
no data
recommended articles
Cases
Knowledge About Physical Access Control
Knowledge About Physical Access Control
1. "Great advocate for Open Access" of physical access controlIn a post made in 2003, Stevan Harnad, another Open Access advocate, called Arunachalam "India's and the Developing World's great advocate for open access". Arunachalam had then been named as Co-Director of the CogPrints Archive.Arunachalam has said that his "interest in promoting Open Access specifically started around 1996, when I began working as a visiting faculty at the Indian Institute of Technology, Chennai".He has argued that research performed in India, and funded by Indian taxpayers, is reported in a few thousand journals, both Indian and foreign. But since some of these journals are very expensive, "many Indian libraries -- including sometimes the author's own institutional library -- are not able to subscribe to them. As consequence, other Indian scientists working in the same, or related, areas are unable to read these papers. This is a problem common to all developing countries."Arunachalam's view is that "if all these papers were published in OA journals, or if the authors made them freely available on the Web by self-archiving them either in institutional OA archives or in central archives like arXiv and CiteSeer then the problem would vanish." He is known to favour the self-archiving route for Indian researchers. This is because, he says, "it would allow us to achieve 100% OA (open access) more quickly."Indian research are believed to published in equal proportions in both Indian and foreign journals, but most Indian ones have a very poor circulation. Resultantly, Indian research work does not reach a wide audience "affecting both its visibility and its impact". Hence, Arunachalam has argued that Open Access archives are "very important" for the Indian researcher, whom it could offer greater visibility.------2. Introduction of physical access controlIAPS is an association of physics students and student societies from around the globe, working to promote peaceful collaboration amongst its members. These are represented by national and local committees, who meet regularly to ensure the relevance of activities.Since 1987, IAPS has worked continuously to support friendly relations and collaboration between physics students. The group supports its members in their academic and professional work by discussing and acting on scientific, social and cultural issues. IAPS is a recognised non-governmental organisation run entirely by students from around the world.IAPS runs an annual International Conference of Physics Students (ICPS), one of the biggest student organized conferences in the world. IAPS also organizes visits to global research institutions such as CERN or Culham Centre for Fusion Energy, international physics competitions, summer schools, exchange programmes and multinational meetings.On a daily basis, IAPS is run by an Executive Committee, which is elected at the Annual General Meeting (AGM), held during the ICPS with the participation of all member societies. Most of the activities are run through the help of student volunteers, whose collaboration is necessary to ensure that all activities are offered at prices that allow participation from countries with weaker economies.Throughout its existence, IAPS has been accumulating a number of partnerships with several international organizations. Between the most long-standing collaborators stand the European Physical Society (EPS) and the International Union of Pure and Applied Physics (IUPAP). IAPS continuously pursues collaborative partnership efforts with other organizations to have a positive impact in the global scientific community.------3. Generic cell rate algorithm of physical access controlThe generic cell rate algorithm (GCRA) is a leaky bucket-type scheduling algorithm for the network scheduler that is used in Asynchronous Transfer Mode (ATM) networks. It is used to measure the timing of cells on virtual channels (VCs) and or Virtual Paths (VPs) against bandwidth and jitter limits contained in a traffic contract for the VC or VP to which the cells belong. Cells that do not conform to the limits given by the traffic contract may then be re-timed (delayed) in traffic shaping, or may be dropped (discarded) or reduced in priority (demoted) in traffic policing. Nonconforming cells that are reduced in priority may then be dropped, in preference to higher priority cells, by downstream components in the network that are experiencing congestion. Alternatively they may reach their destination (VC or VP termination) if there is enough capacity for them, despite them being excess cells as far as the contract is concerned: see priority control.The GCRA is given as the reference for checking the traffic on connections in the network, i.e. usage/network parameter control (UPC/NPC) at usernetwork interfaces (UNI) or inter-network interfaces or network-network interfaces (INI/NNI). It is also given as the reference for the timing of cells transmitted (ATM PDU Data_Requests) onto an ATM network by a network interface card (NIC) in a host, i.e. on the user side of the UNI. This ensures that cells are not then discarded by UPC/NCP in the network, i.e. on the network side of the UNI. However, as the GCRA is only given as a reference, the network providers and users may use any other algorithm that gives the same result.------4. Federal elections of physical access controlWith a final total of 247 seats (56.78%) in the House and 54 seats in the Senate, the Republicans ultimately achieved their largest majority in the U.S. Congress since the 71st Congress in 1929.Congressional electionsSenate electionsAll 33 seats in Senate Class II were up for election. Additionally, three special elections were held to fill vacancies in Class III.Of the 36 Senate races, the Republican Party won 24 (a net gain of nine seats, which represents the largest gain for a party in the Senate since 1980, and the largest Senate gain in a midterm since 1958) and the Democratic Party won 12, thus resulting in the Republicans regaining control of the Senate for the first time since 2006, with a total of 54 seats. The race in Louisiana headed to a run-off on December 6, 2014, in which Rep. Bill Cassidy (R) defeated 3-term incumbent Sen. Mary Landrieu 55.9% to 44.1%.House of Representatives electionsAll 435 voting seats in the United States House of Representatives were up for election. Elections were held to select the delegates for the District of Columbia and four of the five U.S. territories. The only seat in the House not up for election was the Resident Commissioner of Puerto Rico, who serves a four-year term. The Republican party won 247 seats (a net gain of 13 seats) and the Democratic Party, 188 seats. Thus, the Republicans gained their largest majority in the House since 1928. Nationwide, Republicans won the popular vote for the House of Representatives by a margin of 5.7 percent.On March 11, there was a special election for Florida's 13th congressional district, won by the Republican Party.------5. Current superintendent of physical access controlTonya Hoover, National Fire Academy SuperintendentTonya Hoover is the Superintendent of the U.S. Fire Administrations National Fire Academy (NFA). She was named to this position in May 2017. As Superintendent, Ms. Hoover provides leadership for the NFA, which focuses on enhancing the ability of fire and emergency services and allied professionals to deal more effectively with fire and related emergencies.Ms. Hoover is an accomplished executive with more than 20 years of management experience in both local and state government. She has successfully worked at high levels of government in developing and implementing fire protection, fire prevention, fire training, and community risk reduction programs.From July 2009 to July 2016, Ms. Hoover served as the California State Fire Marshal, where she was responsible for statewide fire prevention, fire service training, pipeline safety, code and regulations development, and analysis and implementation. She was the California Assistant State Fire Marshal from September 2007 to June 2009. Previously, Ms. Hoover served as a fire marshal/battalion chief for a local fire department and was a deputy campus fire marshal for the University of California at Berkeley. Ms. Hoover was on the Board of Directors for the National Fire Protection Association and the International Fire Service Training Association, and is an active committee member with the International Code Council.Ms. Hoover received her MBA in Business and Human Resources from the University of Phoenix in 2006 and a Bachelor of Science in Technical Education, specializing in Fire Protection and Safety, from Oklahoma State University in 1985. She holds an associate degree in Fire Protection Engineering Technology (also from Oklahoma State University) and possesses a California lifetime teaching credential for fire science.------6. Turnout of physical access controlNationwide voter turnout was 36.4%, down from 40.9% in the 2010 midterms and the lowest since the 1942 elections, when just 33.9% of voters turned out, though that election came during the middle of World War II.The states with the highest turnout were Maine (59.3%), Wisconsin (56.9%), Alaska (55.3%), Colorado (53%), Oregon (52.7%) Minnesota (51.3%), Iowa (50.6%), New Hampshire (48.8%), Montana (46.1%) and South Dakota (44.6%), all of which except for Iowa and Montana featured a competitive gubernatorial race and all of which except for Maine and Wisconsin also featured competitive Senate races. The states with the highest turnout that had no Senate or gubernatorial race that year were North Dakota (44.1%) and Washington state (38.6%).The states with the lowest turnout were Indiana (28%), Texas (28.5%), Utah (28.8%), Tennessee (29.1%), New York (29.5%), Mississippi (29.7%), Oklahoma (29.8%), New Jersey (30.4%) and West Virginia and Nevada (31.8%). Indiana and Utah had no Senate or gubernatorial elections and the others all had races for at least one of the posts, but they were not considered competitive. Turnout in Washington, D.C. was (30.3%).According to CNN Young Americans aged between 18-29 accounted for 13%, down from 19% in the presidential election two years before.Analysis by the Pew Research Center found that 35% of non-voters cited work or school commitments, which prevented them from voting, 34% said they were too busy, unwell, away from home or forgot to vote, 20% either didn't like the choices, didn't know enough or didn't care and 10% had recently moved, missed a registration deadline or didn't have transportation.The New York Times counts apathy, anger and frustration at the relentlessly negative tone of the campaigns as the reasons of low turnout and stated, "Neither party gave voters an affirmative reason to show up at the polls."------7. Communist Organisation in the British Isles of physical access controlThe Communist Organisation in the British Isles (COBI) was a Marxist-Leninist political party in Britain and Ireland. It was founded in 1974 by members of the British and Irish Communist Organisation (BICO) who disagreed with BICO's stance on workers' control, which the COBI described as reducing "the working class to a plastic object of bourgeois history" and"fundamentally anti-Marxist". The COBI, however, retained several of BICO's policies, including supporting the partition of Ireland, backing the UK joining the European Economic Community, and opposition to Trotskyism.The new group had already begun studying the work of the De Leonist Socialist Labour Party, also taking its arm-and-hammer logo as its own. It rapidly published a series of publications all bearing the name of their journal Proletarian, of which at least four issues were published, variously described as texts, broadsides or simply as pamphlets. COBI stated that it would use the work of "Marx, Engels, Lenin, Stalin and Mao as bases" and also defended the idea of the vanguard party as the means for achieving socialism.It was known for its strict entry conditions, which included knowledge of at least one language other than English, and a commitment from members to "maintain himself/herself in a state of mental and physical fitness and preparedness". Members were also required to develop theoretical work to a standard satisfactory to the organisation as described in the group's Platform, published in September 1976.In 1977, the party was officially renamed Communist Formation. Always small it disbanded a few years later, some of its last remnants joining the Socialist Unity coalition.Notable members included the Scottish computer scientist Paul Cockshott and the Welsh historian Gwyn A. Williams.
Understand Physical Access Control
Understand Physical Access Control
An overview of physical access controlAn Apostolic administration in the Catholic Church is administrated by a prelate appointed by the Pope to serve as the ordinary for a specific area. Either the area is not yet a diocese (a stable 'pre-diocesan', usually missionary apostolic administration), or is a diocese, eparchy or similar permanent ordinariate (such as a territorial prelature or a territorial abbacy) that either has no bishop (an apostolic administrator sede vacante, as after an episcopal death or resignation) or, in very rare cases, has an incapacitated bishop (apostolic administrator sede plena)Former Apostolic administrations of physical access controlLatin in EuropeApostolic Administration of esk Tn (Czech Republic)Apostolic Administration of Eastern Siberia (Russia)Apostolic Administration of EupenMalmedySankt Vith (Belgium; promoted Diocese of EupenMalmedy, later suppressed into Lige diocese)Apostolic Administration of European RussiaApostolic Administration of Grlitz (Germany; promoted Diocese)Apostolic Administration of Haarlem (Netherlands; promoted Diocese, renamed HaarlemAmsterdam)Apostolic Administration of Lubaczw (promoted and renamed diocese of Zamo-Lubaczw, Poland)Apostolic Administration of Moldova (Moldavia; now diocese of Chisinau)Apostolic Administration of Northern European RussiaApostolic Administration of Novosibirsk (Russia)Apostolic Administration of Prizren, a former diocese (and later titular bishopric) in Kosovo (ex-Yugoslavian autonomous province in Serbia) (in 1969 absorbed by Skopje in the present North Macedonia), restored in 2000, elevated in 2018 as diocese, immediately subject to RomeApostolic administration of Schwerin (partitioned Germany, merged into Hamburg archbishopric)Apostolic Administration of Southern European RussiaApostolic Administration of Trnava (Slovakia; promoted Archdiocese, lost Metropolitan status when restored after merger into Bratislava)Apostolic Administration of Ttz (then Germany, see moved to Schneidemhl (now Pia), elevated to Territorial Prelature, dissolved, now in Poland)Apostolic Administration of Upper Silesia (Poland; now Archdiocese of Katowice)Apostolic Administration of Western Siberia (Russia)Apostolic Administration of West Vlaanderen (West Flanders province in Belgium; promoted diocese and renamed Brugge (Bruges) after its see)Apostolic Administration of Yugoslav Baka (Serbia; now Diocese of Subotica)Apostolic Administration of Yugoslav Banat (Serbia; now Diocese of Zrenjanin)Eastern Catholic in EuropeApostolic Administration of Lemkowszczyzna (Poland; Ukrainian Catholic, promoted Apostolic Exarchate, suppressed)Ruthenian Catholic Apostolic Administration of Bosnia-Hercegovina (Bosnia and Herzegovina, Byzantine Rite; suppressed)Ruthenian Catholic Apostolic Administration of Targul-Siret (Romania, Byzantine Rite; suppressed)Latin OverseasIn AsiaApostolic Administration of Almaty (Kazachstan; promoted Diocese)Apostolic Administration of Astana (Kazachstan; promoted Archdiocese)Apostolic Administration of Kazakhstan (promoted Diocese and renamed Karaganda after its see)Apostolic Administration of Latakia (Maronite, Syria; now an Eparchy: Eastern Catholic Diocese)Apostolic Administration of Okinawa and the Southern Islands, alias Ryukyus (Japan; now Diocese of Naha)In AmericaApostolic Administration of Copiap (Chile; now a diocese)Apostolic Administration of El Petn (Guatemala; promoted Apostolic Vicariate)Apostolic Administration of Izabal (Guatemala; now a diocese)Apostolic Administration of Rio Branco (Brazil; promoted Territorial Prelature, renamed and again promoted Diocese of Roraima)In AfricaApostolic Administration of the Comoros Archipelago (Comoros; now Apostolic Vicariate of the Comoros Archipelago)Apostolic Administration of Mbuji-Mayi (now Diocese of Mbujimayi, in Congo)Apostolic Administration of Zanzibar and Pemba (now Diocese of Zanzibar, in Tanzania)Characteristics of physical access controlApostolic administrators of stable administrations are equivalent in canon law with diocesan bishops, meaning they have essentially the same authority as a diocesan bishop. This type of apostolic administrator is usually the bishop of a titular see.Administrators sede vacante or sede plena only serve in their role until a newly chosen diocesan bishop takes possession of the diocese. They are restricted by canon law in what they can do to the diocese they temporarily administer. For example, such an administrator may not sell real estate owned by the diocese. This type of administrator is commonly an auxiliary bishop of the diocese, a priest serving as the vicar general of the diocese, or the ordinary of a neighboring diocese.Normally when a diocese falls vacant, either the previously appointed Coadjutor bishop takes possession of the see or (lacking such successor) a vicar capitular/diocesan administrator is chosen locally, but the Pope, having full governmental power, can preempt this choice and name an apostolic administrator instead. Sometimes a retiring, promoted or transferred (arch)bishop is designated to be apostolic administrator until his successor is designated and takes office, sometimes the Metropolitan or a fellow suffragan is appointed.
Things You May Want to Know About Physical Access Control
Things You May Want to Know About Physical Access Control
An overview of physical access controlMichelle Anne Akers (born February 1, 1966) is an American former soccer player who starred in the 1991 and 1999 Women's World Cup and 1996 Olympics victories by the United States. At the 1991 World Cup, she won the Golden Shoe as the top scorer, with 10 goals.Akers is regarded as one of the greatest female soccer players of all time. She was named FIFA Female Player of the Century in 2002, an award she shared with China's Sun Wen. In 2004, Akers and Mia Hamm were the only two women named to the FIFA 100, a list of the 125 greatest living soccer players selected by Pel and commissioned by FIFA for that organization's 100th anniversary.Akers is a member of the (U.S.) National Soccer Hall of Fame; she was inducted in 2004, along with Paul Caligiuri and Eric Wynalda.Playing career of physical access controlInternationalAkers was a member of the 1985 United States women's national soccer team (USWNT) for its first-ever game, at a tournament in Italy in August 1985. Due to an ankle injury, she did not play in the first game. However, in the U.S.'s second-ever international game, she scored the first goal in the history of the program, in a 22 tie against Denmark.Akers scored 15 goals in 24 games for the U.S. from 1985 to 1990, before scoring a team-record 39 goals in 26 games in the 1991 season. In 1990 and 1991 she was named the Female Athlete of the Year by the United States Soccer Federation (USSF). Akers was also the lead scorer in the inaugural FIFA Women's World Cup in China in 1991, scoring ten goals, including five in one game. This led the U.S. women's team to the first women's world championship, defeating Norway 21 in the final. Akers scored both U.S. goals in the final.After the 1991 World Cup, she shifted from striker to central midfielder, in part to minimize the beatings doled out by opposing defenders. Despite the precautions, Akers suffered a concussion and a knee injury early in the 1995 World Cup, and was hampered by the knee in the U.S.'s semifinal loss to Norway.In 1996, Akers was again a member of the U.S. women's national team at the 1996 Summer Olympics in Atlanta, Georgia, where it won the first ever gold medal in Olympic Women's Soccer. She played with a torn medial collateral ligament in the holding central midfielder role, anchoring the team's defense, dominating in the air, and playmaking out of the back to maintain possession and generate goal-scoring opportunities. After the tournament her knee required reconstructive surgery for the third time. She was also a member of the gold-medal-winning 1998 Goodwill Games team. On June 7, 1998, she was awarded the FIFA Order of Merit, FIFA's highest honor in the global game of soccer, for her contributions to the game of soccer on and off the field; she was the first woman ever to receive it. Akers again was a leader and member of the 1999 Women's World Cup team, where the team won their second World Cup championship. Despite playing with a dislocated shoulder, caused by a fan in the quarterfinals,she was awarded the Bronze Ball of the tournament by FIFA.Shortly before the 2000 Summer Olympics in Sydney, Australia, Akers retired from the game due to injuries incurred before and during the 1999 FIFA World Cup. She was the U.S. national team's second all-time leading scorer (behind Mia Hamm) with 105 goals, 37 assists and 247 points.International career statisticsEarly life of physical access controlBorn to Robert and Anne Akers in Santa Clara, California on February 1, 1966, Akers grew up in the Seattle, Washington suburb of Shoreline, where she attended and played soccer for Shorecrest High School. Early in her career, she wasn't sure whether she was willing to do the training necessary to excel. After losing a youth game, she was frustrated and walked off the field in tears. Her father asked her "Did you have fun". Her answer was "yes" which led to the realization that this was the real reason she played, and that helped turn her into the fierce competitor she became. She was named an All-American three times during her high school career. At 5 feet 10 inches (179cm) in height and 150 pounds (68kg), Akers had an imposing physical presence on the soccer field and was noted for her aggressive and physical style of play.University of Central FloridaAkers attended the University of Central Florida on a scholarship where she was selected as four-time NCAA All-American. She was Central Florida's Athlete of the Year in 198889, was the all-time leading scorer in UCF history, won the Hermann Trophy in 1988 as the nation's top college soccer player, and had her #10 jersey retired by the school.
What Functions Are Equipped with Automatic Gates_ Taigewang Technology
What Functions Are Equipped with Automatic Gates_ Taigewang Technology
Automatic gate, also known as intelligent gate, mainly plays the role of blocking vehicles in and out. Compared with ordinary gate, it has some intelligent and humanized design. At the beginning, the gate was used in highway toll collection, but with the development of society, it has been widely used in parking lots, communities, enterprises and institutions. Moreover, with the rapid growth of vehicles, the demand for road gates is more and more, the requirements are higher and higher, and the application technology is more and more advanced. For example, safety devices such as vehicle detector, infrared sensor and pressure wave are configured to avoid injury to passing pedestrians and vehicles when the brake rod drops. Hardware equipment has also been upgraded. Most of them are equipped with integrated movement, advanced transmission mechanism (such as hydraulic pressure) and more stable and accurate balance device. Several control modes are also provided, such as control handle, online control, wireless remote control, external system control (such as management computer), etc. There are also many choices for the take-off and landing time of the gate, such as 1s, 3S, 6S, etc., which can be used as needed in different places. The high-end gate is generally equipped with many functions, such as intelligent anti lifting function, resistance return device, temperature rise function (to ensure that it can be used in the environment of minus 40 degrees), exhaust cooling system (to reduce the motor temperature in time), automatic clutch device, anti-collision rod release device and so on. After talking so much, what I want to say is that the times are changing. The road gate with only basic functions can be said to be fully armed. I don't know whether it is convenient for us or we make simplicity more complicated.)
What Should Be Paid Attention to When Selecting Equipment for Intelligent Parking Lot Management Sys
What Should Be Paid Attention to When Selecting Equipment for Intelligent Parking Lot Management Sys
With the improvement of living standards, private motor vehicles can be seen everywhere. The following problems are also exposed, such as difficulty in parking and finding cars. Since 2012, intelligent parking lot management system has been a hot topic. From the charging mode of one person, one bag and one bench in the 1980s to the parking charging management mode in the early 1990s to the current intelligent parking lot management system mode, we have been looking for the best parking management mode. At present, the latest intelligent parking mode combines cloud computer technology and Internet of things technology to effectively solve a series of traditional parking problems, such as car search, parking, departure prompt, parking guidance, self-service payment and so on. So now there are many kinds of intelligent parking lot management systems in society. What should we pay attention to when choosing? Now let's follow taigewang to see how to choose parking equipment? At present, the common problems of our intelligent parking lot management system are mainly reflected in the problems of parking lot hardware equipment, computer host, anti smashing and anti-collision of parking gate, communication mode, etc., which need to be paid attention to when selecting equipment. First of all, we need to consider the equipment stability of the intelligent parking lot management system. The stability of the parking lot management system in use is the premise. In case of equipment paralysis and other problems, it will damage the interests of the owner. At present, most controllers still have some faults, so we should choose a CPU motherboard with high stability. Secondly, the parking lot gate system lasts for a long time, and there are situations such as the gate smashing, not opening, and the aisle gate not lowering the lever. Therefore, when selecting the parking lot gate, we should select the anti smashing brand with good crash configuration, movement, control motherboard, controller and vehicle detector with low failure rate. At present, there are four anti smashing modes most used in the intelligent parking lot, digital anti smashing, Pressure wave anti smashing, vehicle detector ground induction coil induction and infrared anti smashing. At present, digital anti smashing is widely used. In addition, the charging computer also needs to be carefully selected. The computer records the card information, so a backup charging scheme is needed in the preliminary design to reduce losses. At the same time, various charging methods can prevent the trouble caused by power failure. At ordinary times, it is also necessary to distinguish between temporary vehicles and fixed vehicles. At present, there are two types of self-service payment and manual payment, which can be selected according to the actual situation of the parking lot. Finally, pay attention to the communication mode of the parking lot system. Before, most of them used RS485 communication mode, which is greatly affected by the environment and equipment. At present, it is recommended to choose TCP / IP communication mode, which has fast download and upload speed, no load problem, anti-interference, stable operation and can be used in all sizes. Intelligent parking lot management system will be used more and more widely. Different parking lot systems have different functions, and some large supermarkets, shopping malls, office buildings and unit parking will be different. Therefore, some details need to be paid attention to in the design and selection.
Five Advantages of Intelligent Parking System in Community Application_ Taigewang Technology
Five Advantages of Intelligent Parking System in Community Application_ Taigewang Technology
Now the newly-built communities are equipped with intelligent parking lot system. The intelligent parking lot system has irreplaceable advantages in community vehicle management, which is mainly reflected in the following aspects. 1、 Multiple charging methods to flexibly meet various management needs. The intelligent parking lot system has a flexible payment method, which can easily meet the needs of different users, such as temporary users, fixed users, special users, monthly rent users, etc. These can be set in the system to meet different management needs. 2、 High degree of automation, reduce staff work intensity and improve management efficiency. The intelligent parking lot adopts a variety of advanced technologies, such as smart card technology, Bluetooth technology, license plate recognition technology, etc., which can realize the unmanned management of the entrance, improve the management efficiency and reduce the cost of workers. 3、 Improve safety precautions to prevent vehicles from being stolen. The intelligent parking lot system is equipped with a surveillance camera to automatically capture and compare incoming and outgoing vehicles, so as to effectively prevent vehicles from being stolen. 4、 The system is user-friendly and easy to operate and manage. Moreover, the parking lot equipment is equipped with computer voice prompt, help intercom, highlighted led Chinese and English, digital display screen, automatic parking space statistics, full space prompt, etc., which is convenient for users. 5、 Rigorous charging and blocking charging loopholes. The intelligent parking lot system adopts computer billing and charging, and each payment is recorded in the system. The charging is accurate. At the same time, it also has a variety of means to block the charging loopholes, avoid cash loss and ensure the income of the parking lot.
What Are the Methods of Face Recognition_ Taigewang Technology
What Are the Methods of Face Recognition_ Taigewang Technology
First, the face recognition method of geometric features: geometric features can be the shape of eyes, nose, mouth and the geometric relationship between them (such as the distance between them). These algorithms have high recognition speed and small memory, but the recognition rate is low. Second, face recognition method based on feature face (PCA): feature face method is a face recognition method based on KL transform, which is an optimal orthogonal transform of image compression. After KL transformation, a new set of orthogonal bases is obtained from the high-dimensional image space, and the important orthogonal bases are retained, which can be expanded into a low-dimensional linear space. Assuming that the projections of human face in these low dimensional linear spaces are separable, these projections can be used as feature vectors for recognition, which is the basic idea of feature face method. These methods need more training samples, and are completely based on the statistical characteristics of image gray. At present, there are some improved feature face methods. Third, face recognition method of neural network: the input of neural network can be face image with reduced resolution, autocorrelation function of local region, second-order moment of local texture, etc. Such methods also need more samples for training, and in many applications, the number of samples is very limited. Fourth, the face recognition method of elastic graph matching: the elastic graph matching method defines a distance that is invariant to the usual face deformation in two-dimensional space, and uses the attribute topology to represent the face. Any vertex of the topology contains a feature vector to record the information of the face near the vertex. This method combines the gray characteristics and geometric factors, allows the image to have elastic deformation during comparison, and has achieved good results in overcoming the influence of expression change on recognition. At the same time, it does not need multiple samples for training for a single person.
Intelligent Parking Lot Enters the Era of Unmanned Management_ Taigewang Technology
Intelligent Parking Lot Enters the Era of Unmanned Management_ Taigewang Technology
With the rise of artificial intelligence technology, various business models represented by no one are rising rapidly. Although this concept is not new, it has been limited by technology and its applications are relatively limited. The development of artificial intelligence technology has opened up a new way to realize the unmanned mode. The unmanned economy represented by unmanned retail stores is rapidly popularizing. In the intelligent parking industry, the application represented by unattended parking has also become the torrent of the era of unmanned economy! With the continuous improvement of unattended parking management technology in parking enterprises, the next step will be the development of unattended parking system. Similar to the development of intelligent parking lot, the level of intelligent parking lot in China is still less than 5%. The reason is that, on the one hand, the intelligent parking system is not perfect, and the intelligent parking technology is developed late in China; On the other hand, it is the pressure of capital cost, and the construction cost of parking lot is still low. The emergence of unattended parking lot has greatly improved the product technology and effectively solved the problems of identification, transportation and so on. In terms of capital cost, the use of unattended parking lot system will greatly reduce the cost of parking operation, which is one of the attractions of intelligent parking lot construction. Although China's driverless parking is based on the style of driverless economy, different from the services provided by driverless stores, the successful experience of driverless parking and the long-term attention of domestic parking companies to driverless parking technology will make driverless parking faster and better. There are difficulties in this regard, but the future is also bright. I believe that the intelligent parking lot will eventually be unmanaged
License Plate Recognition System Will Become an Innovator of Traditional Parking Lot System_ Taigewa
License Plate Recognition System Will Become an Innovator of Traditional Parking Lot System_ Taigewa
According to the market demand in the past two years, the license plate recognition system is growing at a double rate every year. It can be seen that the demand for the parking lot system is unspeakable. Especially in the first and second tier cities, various communities, shopping malls and other places, the parking lot system has become one of the essential facilities. The increasing demand for parking lot system has greatly promoted the expansion of security market and the development of products. When it comes to parking lot system, I believe many people will not be unfamiliar. Now many places need to use parking lot system to manage vehicle parking, which effectively prevents the phenomenon of vehicles entering and leaving at will and plays a role in safety protection for vehicle parking. Although the parking lot system is more convenient in managing vehicles, one car at a time, and can also well manage every vehicle entering and leaving the parking lot, due to technical reasons and the increasing number of vehicles in the parking lot, the use of the parking lot system in life can not meet people's parking requirements, but is easy to cause congestion when the traffic flow is large. The parking lot system based on the technical principle of license plate recognition has been gradually recognized and popularized in recent years. The biggest feature of license plate recognition is that it is safe and simple without any form of management mode. It realizes the connection with the parking lot system through license plate recognition technology, takes the license plate number as the user's vehicle identity symbol, and verifies the incoming and outgoing vehicles through the collection and storage of license plate number. In recent years, the license plate recognition system has been developed in a large range, not only in communities, institutions and other places, but also gradually towards parking places with different requirements such as large commercial squares, property groups and logistics parks, and gradually realize non-standardized customization according to different users. From the current demand, the license plate recognition system has a good prospect. Continuous technological innovation can meet the needs of more parking places.
no data
Shenzhen TGW Technology Co.,Ltd is the leading access control solution provider for vehicle intelligent parking system, license plate recognition recognition system and pedestrian access control turnstile and face recognition terminals.
no data
CONTACT US

Shenzhen TigerWong Technology Co.,Ltd

Tel: +86 0755-23773884 

E-Mail: info@sztigerwong.com

Add: Room 601-605, Building 6, 1980 Science and Technology Industrial Park,  Longhua Street, Longhua District, Shenzhen

                    

Copyright © 2021 Shenzhen TigerWong Technology Co.,Ltd  | Sitemap
chat online
Please message us and we’ll be sure to respond ASAP, what product you intrested in?