TGW is professinal on design and solution for parking management system
New Machines to Weigh ICDS Kids - the Times of India
2021-06-03
Tigerwong Parking
177
Trichy: Childhood malnourishment adversely affects physical and mental growth. Improper and inadequate diet results in poor growth of children. Government-run anganwadis aim to address this issue by improving the nutritional content of foods served to children enrolled there.
Anganwadis have now planned to use electronic weighing machines for proper monitoring of children's growth. An official of the Integrated Child Development Scheme (ICDS), which manages the anganwadis, said electronic weighing machines would help better monitoring of children's growth. So far, the 1,808 anganwadis in Trichy district lacked an accurate weighing system to check the growth of children up to six months of age.
"ICDS aims to ensure healthy children in society. We will use electronic weighing machines from a couple of days at all the centres," said A Thameem Munisha, ICDS project officer in Trichy. As many as 1,808 electronic weighing machines have been procured for Rs 10,84,800.
Bar weighing scales are currently being used at anganwadis to weigh children of different age groups. While bar weighing scale is necessary to weigh babies above six months of age, those below this age can be weighed accurately using electronic weighing machines. Munisha said they are following the new growth chart prescribed by the World Health Organisation (WHO).
"The new growth chart enables us to have clear information about babies' growth. We have advised our staff to closely watch the growth of newborns with the facilities available," Thameem said. Records indicate that anganwadis in Trichy district have 133 severely underweight babies, 28,399 moderately underweight babies and 112,513 normal babies.
Despite substantial government investment, the number of nourished children is yet to fall. It is said schemes are not being fully utilised by the beneficiaries because of various hurdles. Interestingly, the ICDS promotes adoption of underweight children to improve their lot.
"Our staff, public and NGO have adopted severe underweight children in the district so that more attention could be paid for their growth. The programme is working out well. We hope continuous effort will gradually reduce the number of malnourished children," said Munisha.
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The vehicle number, tare weight and other data information in the measurement process of the license plate recognition system usually need to be manually copied and input into the computer. The intelligent weighing of license plate recognition is conducive to the centralized management of enterprises, data query, reducing the error caused by human factors and improving efficiency. License plate recognition intelligent weighing is a rare measuring equipment in general medium and large-scale factories and mining enterprises. Therefore, there are transcription errors. There will also be cheating in the weighing process, resulting in inaccurate weighing, which will eventually affect the benefits of the enterprise. How to solve these problems has become an urgent problem for enterprises.License plate recognition combined with intelligent weighing can realize the following functions: at this time, it can also be weighed manually) to complete the functions of automatic weighing, automatic printing of scale sheet, license plate recognition camera image (mainly license plate number) and video recording. 1. There is no need for manual intervention at all (unless the machine or software fails. At the same time, the image during weighing can be displayed on the interface. 2 when clicking a record during data query. 3. The vehicle number, driver, goods name, supplier and receiver corresponding to the automatic transfer in system of license plate can be recognized through the license plate recognition camera. The driver can see the weighing data. There can be a camera outside the 4-pound room A large screen display is used to display the weighing weight. The system requires to set the tare in advance.When entering the vehicle number, the tare corresponding to the vehicle number can be called out automatically; if it is the secondary weighing mode, 5 you can set the weighing mode (primary or secondary weighing) If it is a one-time weighing method, print the weighing sheet after the second weighing. To prevent the original data from being wrongly changed, 6 the system has multi-level operation authority management. Only the person with operation authority can change some important parameters. Only the super administrator can modify the weighing data. The system will automatically store the weighing data and realize image capture and video monitoring: when the car is on the weighing platform After the vehicle stops, the automatic image capture can be used as the basis for future search.The image monitoring can be carried out through the symmetrical weighing process of the display. Manual weighing can be used, and manual weighing is supported. In case of failure of unattended weighing, the vehicle weighing will not be affected. Monthly statistics and statistics of specific time periods can be carried out. Daily statistics of weighing data can be carried out for reports, 9 and two-year statistics can be carried out for pound lists The software supports secondary development.Main features: it improves the weighing efficiency. 1. Fast information collection speed: the weighing system of the license plate recognition system can realize rapid weighing. It eliminates the phenomenon of queuing and weighing. It is not necessary to stop and then come down to hand over the documents as before. The operation is simple and convenient: when the vehicle is weighed, the operator in the weighing room does not have to input letters into the computer It saves precious time for both parties, and reduces the convenience for drivers to get off the bus and drivers to input information manually. All weighing vehicles are automatically recorded by the computer to plug the loophole of human operation: due to the way of automatic data reading, it eliminates manual intervention, automatically records data and automatically checks and releases.This fundamentally eliminates the phenomena of copying, forgery and security High performance: due to the adoption of the microwave automatic identification system, the electronic tag provides the world's unique and unchangeable ID number. No maintenance, 5 long service life: the electronic tag adopts passive technology. It has a long service life and can be used for 10 years without damage. It ensures that the car is fully driven on the scale platform. The license plate recognition system puts down the previous railing machine after the car is driven on the scale platform Handrail: when the vehicle passes the ground induction coil of the next handrail machine after weighing, the former ground induction coil of 6 anti smashing system mainly detects whether the rear of the vehicle has passed the ground induction coil.The handrail of the latter handrail machine is automatically lowered, and the vehicle has completely driven out of the weighing platform. Remind the driver that he can only drive in from one side, 7 anti-collision intelligent barrier (handrail machine) A railing machine is required at the front and rear of the weighing platform (the railing machine can be omitted for special needs) to control the orderly weighing of vehicles. Some traffic signs can be added on the railing of the railing machine. It is forbidden to drive in from the other side. 8 automatic license plate recognition: the license plate is required to be clear and clean (otherwise the recognition rate will be reduced) to adapt to the fast speed of moving objects (up to 160 km / h) and high reading accuracy (more than 99.99%) strong adaptability to the environment. It is the core component of the intelligent weighing system.It can record video at the same time. The camera is a black camera. The camera: capture the image of the car when the car is driving on the weighing platform (mainly the license plate number) Stored in the computer. Definition 480 pixels. Printer: it is required to have a bill printer capable of automatic paper cutting. That is, when the railing of the previous barrier falls, 9 traffic light: when there is a car on the weighing platform.The red light is displayed; when there is no car, that is, when the railing of the previous barrier rises, the green light is displayed. The equipment is connected to the detection device through a signal line. When it is detected that the vehicle is not moving After the system sends an alarm signal when the vehicle is fully loaded, the 10 prevention system will install a set of prevention system at both ends of the weighing body. The system prohibits the data storage of the weighing system, and the weighing process stops until the vehicle is fully loaded legally. The system continues to collect data and complete the data storage.The vehicle number and other contents have been recorded on it. When the vehicle drives into the identification area in front of the weighing platform, 1 system management The operator will input the license plate into the system. The camera will detect the arrival of the vehicle and judge that there is no vehicle weighing on the weighing platform. When the imported railing machine is opened to let the vehicle pass through and open the weighing platform;.
The EOT crane weighing system by Gramton gives high precision and dependent on a tweaked gauging sensor. This framework is advantageous in hot metal or scrap taking care of, as the heap pins are impermeable to stun stacking and being the high temperature of liquid metal is considerably diminished at the heap pin area. This EOT crane scale is a mix of Digital controller and Load Pin. The remote Display is broadly utilized for gauging frameworks on EOT cranes. The significant thing to take note of that the weight lifted by the crane snare can be seen on 4-inch Remote Display in the lodge just as from the shop floor underneath. The over-burden insurance framework is worked in the framework as a matter of course as an extraordinary thought. The motivation behind why EOT Crane Weighing System is best for foundry is that its the modified structure and highlights accessibility. This framework furnishes high exactness with the wellbeing alert which is the most significant thing for the foundry. It accompanies tweaked load pins to be fitted in equalizer pully. The specialized detail of the EOT Scale incorporates numerous things, for example, limit, precision, working temperature, and so forth. The limit of the EOT crane gauging framework for foundry produced by Gramton is around 1 ton to 200 tons with an exactness of 1%. The force supply required for this remote crane scale is 230V, 50HZ, single stage. The hardcore EOT weighing system is vital for any foundry. It is the most ideal approach to keep away from blunders in the scaling as it gives a remote advanced screen that can be put remotely. Gramton produces the hearty, support free, financially savvy EOT crane weighing system.
The Milltronics Autoweigh Feeder 400 Series is specially designed for high accuracy on low-capacity processes. The design eliminates material build-up to ensure accurate, reliable measurement. The unique long length platform weighbridge mounts directly to a corrosion-resistant platform load cell. An adjustable mechanical shear gate profiles the material and fixes the correct material bed depth for a given material particle size. The belt speed can be automatically adjusted to attain the correct feed rate. Standard components include the belt weigh bridge, speed sensor and test chains supported by state-of-the-art microprocessor-based integrators for easy blending, batching and feed rate control. Siemens Energy & Automation, 3333 Old Milton Parkway, Alpharetta, GA 30005. Write In 222--Or Reply Online [ILLUSTRATION OMITTED]
Micro weighments of compound ingredients The first remotely controlled, automatic weighing system installed for rubber compounding took place around 1955, with the weighing equipment consisting of mechanical scale levers connected to dial indicators having potentiometer assemblies mounted on the dial spindles and simple Wheatstone Bridge circuitry activating electro mechanical relays for material feeding control. That first system, and several which followed, included the automation of the feeding and weighing of carbon black and oils, with the polymer stocks being manually loaded on a belt conveyor mounted on a mechanical/dial scale. The control for sequencing the weighing and mixer charging cycles was accomplished through a motor driven cylinder having adjustable wiper contacts to control the variable parameters of the system. Initially, no attempt was made to automate the micro ingredients. This article will cover the problems which were encountered in the many attempts made in the area of micro ingredient automation (which have to be considered as learning experiences) and conclude with a description of the latest equipment available which provides the optimum solution to these problems. Definition of Terms Whenever automatic weighing is discussed, there are terms that are used that can become confusing unless defined. * Accuracy. For this presentation, accuracy means the actual amount of material introduced into the process. Since the integrity of the entire batch depends on the actual quantity of each ingredient in the batch, all of the other variables in a weighing system must be regulated or controlled to assure that the actual amount is as close to the laboratory formulated amount as possible. * Resolution. This term is used in reference to the weight sensor/transducer element in the system and defines the smallest usable increment that a weight signal can generate to be used for display and control. * Repeatability. It is one thing to be able to provide an automated system that gets the accuracy factor under control some of the time, but a successful system is only acceptable when accuracy is present just about all of the time. The ability of a system to hit accuracy targets consistently is called repeatability. * Net weighing. This is used in batch weighing when one or more than one material is fed into a hopper mounted on a load sensor/transducer assembly with automatic re-zeroing of the system between individual material weighments. This technique is in contrast to loss-of-weight or weight by subtraction which is described in more detail later. Original attempts at micro ingredient automation Since several types of carbon black were fed by screw feeders and successfully automatically weighed in a common weigh hopper connected to the back of a mixer through a down spout, the original attempts at micro ingredient weighing used a smaller version of that same concept. The only difference was that the down spout came into the side of the mixer because of physical layout constraints. Several serious problems became evident rather quickly using this net weighing technique, including the limited number of materials which could be handled, the fact that some of the materials such as sulfur and zinc oxide stuck to the sides of the weigh hopper and the down spout, the resolution limitation of one part: 1,000 resulting in minimal accuracy, the effects of vibration on the mechanical sale equipment, plus the expense of having one of these systems per mixer, led to the evident conclusion that this was not a viable way of automating micro ingredient weighing. From these early automation attempts, the problems started to come into focus in the categories of accuracy, materials handling and cost. Introduction of load cell technology One major improvement in the instrumentation aspect of the system was made available through the introduction of electronic strain gage load cells instead of mechanical levers and dials. This resulted in resolution capabilities of one part: 5,000, with the ability to provide electronic damping and filtering for better vibration control. This new technology provided some "quantum jumps" in the area of accuracy, one of the focus target problem areas to be resolved. Load cell instrumentation also opened up new possibilities in the area of formula input control through the use of analog to digital and digital to analog devices. Digital thumbwheels and punched cards became the acceptable mode for formula control, and data recording became a reality. The other two problem areas of micro ingredient automation, however, namely the materials handling aspect and a total system cost, were not helped with this upgrade in instrumentation. Attempts at solving the materials handling problems With the development of low melt index sheet material which could be used to make bags, the idea occurred that putting the micro ingredients into this type of bag and dropping the entire bag into the mixer would eliminate a lot of the sticking problems originally experienced in the common weigh hopper concept tried initially. This led to the realization that filling bags at a central location would enable one system to serve multiple mixer lines which would help the cost justification for an automated system. But this left the challenge as to the best way to fill the bags. Preparation of master batch pre-blends was tried with the pre-blended batch being transported to a single scale which would be used to fill the bag through a single filling spout. An operator standing at the filling spout placing empty bags and sealing the filled bags was used originally. The next step was the attempt to replace the operator with an automatic bag handling system. One type using bags connected through a tab and pulled from a box in a fan-fold pattern was used, and the next attempt was the use of a form/fill/seal system where tube stock was taken from a roll, a bag formed and filled with the pre-blend and sealed forming the bottom of the next bag. From a bag handling point of view, these machines worked very well. However, the old problem of materials handling reared its ugly head again. The pre-blended batches were not absolutely homogeneous as they came out of the preblender, and transporting the batches from the blender to the filling station caused segregation, and as a result, there was no way to assure the correctness of the proportions of the materials that were fed into the bags. Using a net weigh scale above the filling spout of these automatic bag handling machines did not eliminate the materials handling problem of the blended materials sticking in the weigh hopper and bag spout. Loss-of-weight control About the same time as the introduction of low melt bags, and automatic bag handling, a new weighing concept was developed called loss-of-weight. Although you are probably familiar with this term, briefly it means that a weigh hopper and feeder assembly are mounted on a scale platform, the weigh hopper is filled from an overhead supply bin, and after taring-out (re-zeroing of the total load), the feeder runs to weigh-out (or weigh by subtraction) the required batch amount. The primary advantage of this type of weight control is that there is no weigh hopper or contacting surface to which any materials can stick after they are weighed, resulting in much better weighing accuracy of the material being handled. The problem of having one filling spout with an automatic bag handling system, however, did not eliminate the segregation and non-homogeneous blend problems already mentioned. All this solution did was put a more accurate amount of unknown quantities of the blend into the bag. At this point in the development of loss-of-weight feeding, there were still some disadvantages, one being the very large dead load to live load ratio of the hopper and feeder equipment related to the actual ingredient quantity to be weighed. This required that some method of off-setting this dead load through a mechanical device be developed, so that a load cell of a capacity close to the maximum weight required for any given batch could be used. By this time though, load cell technology and instrumentation had increased to the point where resolution capabilities of 1:10,000 were available so the technology trend was in the direction of providing better accuracy. Another disadvantages of using loss-of-weight control was the fact that each ingredient needed its own supply bin, re-fill feeder and scale system which drove the pricing of a multiple ingredient system to the point where it was hard to cost justify. Although the accuracy factor in an automated system was heading in the right direction, the demands of some of the chemicals to be used in the feeder/scale combinations available were such that these systems were still not up to a level where all of the requirements could be satisfied. Because of the material handling characteristics of most of the ingredients to be used, auger type feeders are required. Conventional type feeders using two speed drive control provides a turn-down ratio (fast feed rate to slow feed rate) of only approximately 50:1; and although the feeder ran slower at the dribble rate, the volumetric through-put does not change, resulting in a large amount of material to be concerned with at the conclusion of the weighing. Granted, this factor is not as critical in loss-of-weight control as it is in net weighing, but it is still a significant factor considering the inertia of a weighing system during feeding and material flow cut-off on completion of the weighment. The "now" generation of transducers and feeders Everything discussed so far was background information leading up to the equipment available today, which has the capability of meeting all of the challenges including accuracy, materials handling and cost, which have been eluding complete solutions until now. First let's consider the transducers which are being used. Vibrating wire or strain gage types still have limitations in the 1:10,000 part range of resolution, and although there is a gyro based transducer available, which has much higher resolution capability, it is very difficult to implement in a dynamic weighing application. This leads us to a transducer now available called magnetic force restoration type. This device starts at a null balance point and as a load is applied, the current required to drive the transducer coil back to that null point can be measured very precisely resulting in a weight sensor having usable resolution and display capability of 1:120,000. This type of transducer is available now, built into a scale platform sized 600 x 750 mm (23.6" x 29.5") for example, which is large enough for the mounting of a hopper/feeder assembly resulting in a loss-of-weight scale with a capacity of 240 kilograms (529.2 pounds) which can be read to the nearest 2 grams (.004 pounds or .064 ounces). In addition, due to the flexure design included in this scale platform, it is possible to pre-load this scale with up to 65 kilograms (143 pounds) to offset the "dead load" of the hopper and feeder assembly without eroding the live load capacity and readability as previously mentioned. With this new technology, the weight signal from this scale platform can be readily converted into an RS232 format for interfacing with just about any microprocessor or micro computer type device. However, in order to take advantage of this new level of weight sensor/transducer capability, it is necessary to use a new feeder design which has a much higher turn-down ratio than those previously available. Since auger type feeding is still required (because of the handling characteristics of the ingredients being handled), the use of two speed drive control with two different diameter augers is the answer. Running both augers at the high feed rate for the major portion of the feed cycle, and then running only the small diameter auger at a much lower rate for the dribble feed cycle results in turn-down ratios approaching 500:1, eliminating the previously described feed rate problems as the point of cut-off. Empirically it has been found that the accuracy of a weighing, when the proper size and type feeder is mounted on a properly sized scale platform, will be not more than plus or minus 3 divisions of the resolution. From this input, you can see that it is not possible to expect accuracies in the range of up to 10 kg. (22.05 lbs.) to plus or minus 6 gms. (.01 lb.). With the materials handling problems being resolved, the accuracy capabilities being available to meet today's compounding requirements and on the basis of using low melt bags as the best method of assuring that the right quantity of the right material gets into the compound, the only thing left is the best way to fill the bags. Figure 1 shows the optimum system which incorporates all of the current technology. Although only three loss-of weight stations are shown, an unlimited number of stations is possible, since they are located in a row along both sides of a container conveyor which can be as long as required. Each scale platform is mounted on a portable stand, so that they can be positioned as required, and if necessary different capacity units can be moved into position as formulas vary. In addition, on each scale platform there are inverted V tracks, and under each hopper/feeder assembly there are V-grooved wheels, enabling any hopper/feeder to be placed at any scale station. With this arrangement, the minimum number of scales can be used (this is where the cost savings occur) and a large number of hopper/feeder assemblies can be kept stored in a convenient location and put into place as required. Keeping a hopper/feeder dedicated to a particular material also saves time in cleaning and eliminates the possibility of contamination if one hopper/feeder unit is used for more than one material. Under the discharge nozzles of the feeders which have been wheeled into place, there is a conveyor assembly consisting of equally spaced containers into which the empty bags are placed. The spacing of the loss-of-weight feeder assemblies will coincide with the center lines of these containers; the conveyor will be controlled in such a manner that they will be automatically indexed one increment at a time. When the indexing cycle is complete, each scale weighs-out its required quantity directly into the bag, with the formulas being retained in memory in the micro computer which runs the entire system. With the number of scale platforms equal to the maximum number of ingredients ever put into any compound, and portable hopper/feeder units equal to the total number of ingredients ever used, moving these assemblies into the proper position gives unlimited flexibility and ingredient combinations. With this type of micro ingredient weighing system, one operator stands at the end of this container conveying assembly to place empty bags into the containers as they are positioned in front of him, and he also takes out the filled bags as the arrive, heat seals them and places them on a pallet or into a tote type container for delivery to the mixer stations. Although not shown on the reference drawing, dust control is built into the system by placing dust "pick-up" points at the feeder discharge location at each scale station. Of course with today's digital technology, anything that happens on the bag filling line can be recorded, and as a further safe guard, rugged industrial proximity switch identification can be provided so that the system will not run unless the materials that are called for in the formula are in fact in position on the scale platforms. As a final check that the proper amount of material has been introduced into each mixer batch, the filled bags can be placed on to an automatic bag indexing conveyor at the side of the mixer inlet hopper, and a scale platform can be located at the discharge end of that conveyor to catch and check-weigh the bag weight just prior to its being discharged into the mixer hopper. This type of indexing conveyor arrangement eliminates the need for an operator to be at the mixer at the exact time in the mixer cycle, and the mixer controller can index the bag conveyor at several points in the cycle if required for sophisticated compounds. Conclusion Today, the proper application of the current materials handling, weight sensing and bag handling techniques makes it possible to satisfy the demanding requirements of micro ingredient weighing for rubber compounding.
In December 2019, a Thai company specializing in logistics truckweighing systemcontacted the TGW team to improve and improve the data omissions, false data, and statistical efficiency of the existing weighing platform during the operation process. The problem of information lag caused by low and unsettled expenses. According to the person in charge of the Thai company, such a problem has existed for decades. They have been looking for a brand-new intelligent system, hoping that the system can be connected to the weighing system to integrate vehicle information, weighbridge data, operational meta-information, etc. A large amount of data is integrated into a management database system, and the central management system conducts unified deployment and management of vehicles and personnel, thereby further improving the flow rate of the weighbridge system in the actual logistics transportation system, thereby greatly increasing the income of the enterprise.
After three months of preliminary demand communication and business negotiation, the two parties reached an agreement to start the docking of a large-scale integrated system of vehicle information identification, personnel information identification, and weighbridge data at the end of March 2020. After 5 months of day and night communication and program interoperability, this comprehensive vehicle data synchronization system has been basically completed and entered the commissioning stage. After entering the debugging stage, the chief engineer of TGW program, Mr. Zhu, discovered that in the process of transferring data, because the language of the Thai computer operating system was inconsistent, some files of the dynamic library could not be synchronized and updated in time, and proposed the ideal operating state of the program. A new adjustment has been made. Therefore, the TGW team recommends that customers change the English operating system in time, and realize the smooth operation of the Thai operating software under the English system, and finally completed all technical debugging on the eve of the Spring Festival in 2021.
At the end of February 2021, the Thai company announced the smooth operation of the entire system and officially put it into use, and promised to hand over the company’s 20 logistics, transportation and other major projects in Bangkok to the TGW team, just because this team uses responsibilities and Professionals have solved the problems that have plagued them for 10 years.
Welcome to our latest article, where we delve into the exciting world of car park management! Today, we are thrilled to introduce you to a game-changing innovation that is revolutionizing the industry: the Efficient Ticketing System. In a world where parking chaos and long queues have become the norm, this cutting-edge solution emerges as a beacon of hope, promising to streamline and enhance the overall parking experience for both motorists and parking operators. Buckle up as we unravel the incredible features and benefits of this groundbreaking system, and discover how it is set to transform the way we park forever. If you are ready to bid farewell to parking woes and embrace a seamless parking future, join us as we dive deeper into the marvels of the Efficient Ticketing System!Streamlining Car Park Access: Enhancing Efficiency with the New Ticketing SystemWith the advancement of technology, car park management has become a critical area of concern for businesses and infrastructure developers. Efficiently managing car park access and ensuring seamless operations have always been a challenge for organizations. However, with the introduction of Tigerwong Parking Technology's innovative ticketing system, a revolution in car park management is on its way.The new ticketing system from Tigerwong Parking Technology aims to enhance efficiency, streamline car park access, and provide a seamless experience for both car park operators and users. This groundbreaking solution promises to revolutionize the way car parks are managed, offering numerous benefits across different verticals.One of the key features of the Tigerwong Parking ticketing system is its ability to automate the entire process. Gone are the days of manual ticketing and human dependence. The system utilizes state-of-the-art technology such as automated payment gates, ticket dispensers, and real-time data analysis to ensure a smooth parking experience for all users. By automating the entire process, Tigerwong Parking Technology aims to reduce human error and increase the efficiency of car park operations.The new ticketing system also offers several benefits for car park operators. With real-time data analysis, operators can gain valuable insights into parking patterns, usage trends, and occupancy rates. This information can be used to optimize pricing strategies, allocate resources effectively, and maximize revenue. Additionally, the system provides operators with comprehensive reporting tools, allowing them to track daily transactions, monitor system health, and identify potential issues proactively.Another feature that sets the Tigerwong Parking ticketing system apart is its integration capabilities. The solution seamlessly integrates with other technologies such as license plate recognition systems, payment gateways, and mobile applications. This integration allows for a seamless user experience, where customers can effortlessly enter and exit the car park without the hassle of physical tickets or cash payments. Furthermore, the system can be integrated with existing security systems, enabling enhanced surveillance and access control.The ticketing system also prioritizes user convenience and experience. With the integration of mobile applications, users can easily find available parking spaces, reserve spots in advance, and make cashless payments. The system also offers multiple payment options, including contactless payments and digital wallets, catering to the needs and preferences of a diverse user base. Furthermore, the system sends real-time notifications to users regarding parking availability, duration, and payment reminders, offering a seamless and stress-free parking experience.From a sustainability perspective, the Tigerwong Parking ticketing system also contributes to reducing the carbon footprint. By eliminating the need for physical tickets and manual processes, the system reduces the consumption of paper, ink, and other resources. Additionally, the integration of electric vehicle charging stations and smart parking guidance systems promotes eco-friendly practices and encourages the adoption of electric vehicles.In conclusion, the introduction of the efficient ticketing system by Tigerwong Parking Technology marks a significant milestone in car park management. By streamlining car park access, enhancing efficiency, and prioritizing user convenience, the innovative system offers a breath of fresh air to the industry. With its automation capabilities, seamless integration, comprehensive reporting tools, and focus on sustainability, the Tigerwong Parking ticketing system revolutionizes car park management and sets a new standard for efficiency and user experience.Enhancing Payment Convenience: Introducing Contactless Methods for Swift Ticket PurchasesIn today's fast-paced world, time is the most valuable asset. With the increasing number of vehicles on the roads, finding convenient and efficient parking solutions has become a pressing issue. Traditional parking systems often result in long queues and hassle for drivers, impacting their overall experience and wasting precious time. However, with the revolutionary ticketing system introduced by Tigerwong Parking Technology, car park management is set to undergo a transformative change.The main focus of this article is on the advancements made by Tigerwong Parking Technology in the field of car park ticketing systems. By adopting cutting-edge technology and innovative methods, Tigerwong Parking is revolutionizing the way parking is managed, providing a seamless and convenient experience for both car owners and parking operators.One of the key features of this new ticketing system is the introduction of contactless payment methods, enabling swift ticket purchases. In the fast-paced world we live in, people expect quick and hassle-free transactions. With the contactless payment option, customers can easily pay for their parking tickets using their preferred method, be it mobile payment apps, contactless credit cards, or even wearable devices. This eliminates the need for physical cash or card swiping, streamlining the payment process and reducing waiting times at ticket booths.By embracing contactless payment technology, Tigerwong Parking is enhancing payment convenience and ensuring a smooth parking experience. Drivers no longer have to fumble for loose change or worry about credit card compatibility. They can simply tap and go, saving valuable time and effort.Moreover, this ticketing system offers various benefits for parking operators as well. With contactless payment, operators no longer need to handle large amounts of cash or manually process credit card transactions. This not only reduces the risk of theft and human error but also increases overall operational efficiency. Additionally, the system provides real-time data analytics, allowing operators to monitor occupancy rates, optimize resource allocation, and make informed decisions to improve the overall parking experience.In terms of security, the ticketing system implemented by Tigerwong Parking is second to none. With the use of advanced encryption and secure payment gateways, customers can rest assured that their personal and financial data is protected. This instills a sense of trust and confidence, further enhancing the overall customer experience.Furthermore, the ticketing system seamlessly integrates with Tigerwong Parking's mobile app, allowing users to easily locate available parking spaces, reserve spots in advance, and even receive real-time notifications about parking availability. This combination of contactless payment and smart app functionality offers a comprehensive and user-friendly parking solution.In conclusion, Tigerwong Parking Technology is revolutionizing the way car parks are managed with its efficient ticketing system. By introducing contactless payment methods and integrating advanced technology, Tigerwong Parking is enhancing payment convenience, streamlining operations, and providing a hassle-free parking experience for both drivers and operators. With their commitment to innovation and customer satisfaction, Tigerwong Parking is truly changing the game in the parking industry.Optimizing Space Utilization: Smart Solutions for Effective Car Park ManagementIn today's fast-paced world, efficient car park management has become a necessity for both car park operators and users. The increasing number of vehicles on the road has created a pressing need for innovative solutions to optimize space utilization and streamline the parking process. "Tigerwong Parking," a leading name in parking technology, has introduced an efficient ticketing system that promises to revolutionize car park management, offering smart solutions for effective space utilization.Maximizing Space Utilization:One of the key challenges faced by car park operators is space utilization. Often, car parks are underutilized, leading to wasted space and potential revenue loss. The efficient ticketing system by Tigerwong Parking Technology addresses this issue by providing real-time data on available parking spaces. This information allows car park operators to guide drivers to empty parking bays quickly, reducing the time and effort spent in searching for a parking spot. By maximizing space utilization, the ticketing system helps increase revenue generation for car park operators.Seamless Parking Experience:The ticketing system offered by Tigerwong Parking Technology aims to provide a seamless parking experience for users. Traditionally, finding a parking spot and purchasing a ticket could be a time-consuming process, leading to frustration for drivers. However, with the efficient ticketing system, users can easily navigate to available parking spaces through smart signage that directs them to vacant bays. Once parked, the system allows users to conveniently purchase a ticket through various payment options like mobile apps or contactless payments, eliminating the need for physical tickets or cash transactions. This streamlined approach makes parking hassle-free, saving users valuable time and effort.Real-time Monitoring and Management:Car park operators need to have a comprehensive understanding of their parking assets in order to effectively manage them. Tigerwong Parking's ticketing system offers real-time monitoring and management features, enabling operators to keep track of parking occupancy, revenue, and any potential issues. The system captures data on incoming and outgoing vehicles, duration of parking, and payment modes used. By analyzing this data, operators can make informed decisions regarding pricing strategies, staffing requirements, and maintenance schedules. Real-time monitoring and management empowers car park operators to optimize their processes and enhance customer satisfaction.Secure and Convenient Payment Options:Security and convenience are paramount when it comes to parking ticketing systems. Tigerwong Parking's efficient ticketing system ensures both these aspects by providing secure payment options. Users can choose to pay through their preferred mode, whether it is debit/credit card, mobile wallet, or contactless payment methods. These options not only make the payment process seamless but also assure users that their financial information is protected. Additionally, the system generates digital receipts for all transactions, making it easy to track payments and resolve any disputes.In conclusion, Tigerwong Parking's efficient ticketing system presents a game-changing solution for car park management. By optimizing space utilization, providing a seamless parking experience, offering real-time monitoring and management, and ensuring secure and convenient payment options, this ticketing system sets new standards in the industry. Car park operators can now streamline their operations, increase revenue, and enhance user satisfaction. With the rise in urbanization and the growing number of vehicles on the road, such smart parking solutions have become a necessity in our modern world. Tigerwong Parking Technology has taken the lead in revolutionizing car park management, offering effective and innovative solutions to meet the needs of the ever-evolving parking industry.Redefining Customer Experience: Seamless Navigation and Clear Signage with the Efficient Ticketing SystemIn today's fast-paced world, efficient car park management is crucial to ensure smooth operations and customer satisfaction. To address this need, Tigerwong Parking Technology has revolutionized the industry by introducing the Efficient Ticketing System. With its advanced features and user-friendly interface, this cutting-edge technology is set to redefine the customer experience and streamline car park management.One of the key advantages of the Efficient Ticketing System is its seamless navigation capabilities. Traditional car park systems often leave drivers frustrated and confused due to complex layouts and inadequate signage. However, with Tigerwong Parking's innovative approach, drivers can navigate the car park effortlessly thanks to clear and easily readable signage. The system ensures that visitors are directed to the available parking spaces quickly, reducing traffic congestion and minimizing the time spent searching for a spot.Moreover, the Efficient Ticketing System provides visitors with a hassle-free experience from entry to exit. Gone are the days of fumbling for loose change or struggling with malfunctioning ticket machines. Tigerwong Parking's technology offers a contactless payment solution, allowing customers to make payments using various convenient methods such as mobile payments or card transactions. This not only enhances the overall customer experience but also increases operational efficiency by eliminating the need for manual ticket collection and handling.Another vital aspect of the Efficient Ticketing System is its ability to provide real-time information and updates. This feature is particularly valuable during busy periods or events when car parks tend to reach capacity quickly. Tigerwong Parking's advanced software enables car park operators to monitor occupancy levels, ensuring that they can efficiently manage the flow of vehicles and avoid overcrowding. Additionally, customers can access this information through various channels, such as mobile applications or digital signage, enabling them to make informed decisions about parking availability and choose alternative options if necessary.Tigerwong Parking Technology understands the importance of customer convenience and aims to deliver a seamless experience at every touchpoint. With the Efficient Ticketing System, the company takes customer satisfaction to new heights by offering additional value-added services. For example, customers can pre-book their parking spaces in advance, making their visit even more convenient and stress-free. This feature is particularly beneficial for frequent visitors, saving them time and effort by ensuring a guaranteed parking spot upon arrival.Furthermore, Tigerwong Parking's commitment to sustainability is evident in its Efficient Ticketing System. By adopting a digitalized ticketing process, the company reduces paper waste and supports the global movement towards eco-friendly practices. This technology also allows car park operators to easily analyze data on occupancy and traffic flow, enabling them to optimize their operations and reduce unnecessary energy consumption.In summary, Tigerwong Parking's Efficient Ticketing System redefines the customer experience by offering seamless navigation and clear signage. With its advanced features, such as contactless payments, real-time information updates, and value-added services, the system sets a new standard for efficient and customer-centric car park management. Moreover, the company's commitment to sustainability ensures that the technology not only benefits customers but also contributes to a greener and more sustainable future.Advanced Analytics for Smarter Decision-making: Leveraging Data Insights in Car Park ManagementIn today's data-driven world, businesses have realized the importance of leveraging advanced analytics for smarter decision-making. Car park management is no exception to this trend. With the advent of technology and the rise of data insights, traditional ticketing systems are being replaced by more efficient and innovative solutions. Tigerwong Parking Technology, a leading provider of smart parking solutions, introduces their advanced ticketing system that harnesses data insights to revolutionize car park management.Understanding the Need for Advanced Analytics:Conventional car park management systems often rely on manual processes, leading to inefficiencies and inaccuracies. From hand-written tickets to manual calculations, these systems are prone to errors that result in revenue leakage and customer dissatisfaction. Moreover, the inability to track real-time data makes it challenging for parking operators to optimize resource allocation and make informed decisions.Tigerwong Parking's advanced ticketing system addresses these challenges by leveraging data insights. By using cutting-edge analytics, this system provides a comprehensive overview of parking operations, enabling parking managers to optimize their resources, improve customer experience, and enhance overall efficiency.Key Features of Tigerwong's Advanced Ticketing System:1. Real-Time Data Monitoring: The ticketing system links with sensors and surveillance cameras installed in parking lots, capturing real-time data on parking occupancy, turnover, and peak hours. This data is continuously updated, allowing parking managers to effectively manage parking spaces and allocate resources accordingly.2. Predictive Analytics: Tigerwong's system utilizes predictive algorithms to forecast parking demand and occupancy patterns. This invaluable insight enables parking operators to proactively plan for busy periods and make data-driven decisions on pricing, staffing, and promotions.3. Seamless Integration: The ticketing system effortlessly integrates with existing parking management infrastructure, including barrier gates, payment terminals, and mobile applications. This ensures a smooth transition and minimal disruption for both parking operators and parkers.4. Enhanced Customer Experience: With Tigerwong's ticketing system, customers can enjoy a hassle-free parking experience. The system offers various payment options, including contactless payments and mobile apps, streamlining the payment process and reducing queue times. Additionally, the system provides real-time information on parking availability and directions, allowing parkers to find parking spaces quickly and conveniently.Benefits of the Advanced Ticketing System:1. Increased Revenue: The accurate tracking of parking occupancy and pricing optimization provided by the system leads to increased revenue for parking operators. By capitalizing on data insights, operators can offer competitive pricing during off-peak hours, target high-demand periods with surge pricing, and minimize revenue leakage through improved ticketing accuracy.2. Operational Efficiency: The real-time monitoring and predictive analytics capabilities of Tigerwong's ticketing system improve operational efficiency. Parking managers can proactively manage staff deployment, streamline traffic flow and reduce congestion, resulting in a smoother parking experience for customers.3. Cost Savings: The advanced ticketing system eliminates the need for manual ticketing processes, reducing labor costs associated with ticket issuance and calculation. Moreover, the optimized resource allocation and better utilization of parking spaces lead to cost savings for parking operators.Car park management is undergoing a transformative phase with the introduction of Tigerwong Parking Technology's advanced ticketing system. By leveraging data insights and analytics, this system empowers parking operators to make smarter decisions, enhance customer experience, and optimize their operations. With the ability to monitor real-time data, utilize predictive analytics, and seamlessly integrate with existing infrastructure, Tigerwong's ticketing system revolutionizes car park management and sets a new standard for efficiency and innovation in the industry.ConclusionIn conclusion, the advent of the Efficient Ticketing System has revolutionized car park management in profound ways. With our 20 years of experience in the industry, we have witnessed firsthand the evolution and growth of parking systems. The implementation of this advanced solution has not only streamlined operations but also enhanced customer satisfaction and revenue generation for businesses. From hassle-free ticketing to real-time data analytics, this system has truly transformed the way car parks are managed. As we move forward, we remain committed to staying at the forefront of innovation in the parking industry, continually seeking improvements to deliver even greater efficiency and convenience to our clients. Join us on this exciting journey as we continue to shape the future of car park management with groundbreaking technologies. Together, we can create smarter, more efficient and customer-centric parking solutions for the years to come.
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Shenzhen Tiger Wong Technology Co., Ltd is the leading access control solution provider for vehicle intelligent parking system, license plate recognition system, pedestrian access control turnstile, face recognition terminals and LPR parking solutions.
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CONTACT US
Shenzhen TigerWong Technology Co.,Ltd
Tel: +86 13717037584
E-Mail: info@sztigerwong.com
Add: 1st Floor, Building A2, Silicon Valley Power Digital Industrial Park, No. 22 Dafu Road, Guanlan Street, Longhua District,
Shenzhen,GuangDong Province,China
