In residential areas, commercial parking lots, industrial parks, business establishments, etc., entrances to and exits from all types of vehicles, gates are the core equipment for controlling the movement of vehicles and securing the premises. In day-to-day use, many users are confronted with such issues as the high noise of gate operations, the rise and fall of the cardon pole, frequent failures, and cumbersome post-maintenance maintenance, the root causes of which are mostly due to selectional differences in core-driven components. Faced with a direct flow of unbrushed gates and common gates, it is difficult for many buyers and transport personnel to distinguish between the core of the two, and the selection is prone to error。
Founded in 2015, qingdao smart technology ltd. Is a national high-tech enterprise, a specialized new venture in the city of qingdao, and has been working for many years in the area of deep-tilled entry and exit intelligence. It has developed a system of full chain services for research and development, production, construction and transport. It has several patent rights and software rights. It will be based on technical expertise to clearly dismantle the core differences between the unbrushed and ordinary gates and provide scientific reference for the selection of equipment for various scenarios。
Aoshima smart technologies ltd
I. Core drivers and structural differences
The core performance of the gates depends on the core and the driver, which is also the most fundamental difference between the straight-flow unbrushed and the normal gates, which have a significant intergenerational difference in operating logic, structural design and process standards。
Most of the ordinary gates use an exchange walker or a straight current with a brush, which is part of the industry's early routine configuration. Such power units are simple and low-cost, rely on mechanical limit switches to control the rise and fall of the gate, and operate on carbon scrubbing and conveyances, which are deplete. Mechanical limits require manual calibration, long-term use of position deviations that are sensitive to temperature and humidity, carbon brushes are vulnerable items and high-frequency rises and drops are worn at a high rate, which is the main cause of the high failure rate of the normal gate。
The direct flow unbrushed gate carries a pure copper unbrusher, a digital limit module and a precise moving component, abandons the traditional carbon-brushing structure, achieves contact-free transfer and removes the core loss-prone components from their root causes. Qingdao's intellectually developed heavy straight-flow non-swipe frequency core, using a grinding alloy gear group + secondary deceleration structure, with digital encoder limits, free of artificial mechanical debugging, with positioning accuracy up to ±0. 1 mm, free of temperature and humidity disturbances from the environment, and with no limit deviations for long-term operation, is moving efficiency far beyond normal gate cores。
Ii. Complete performance parameters and practical experiences
In addition to the differences in the principles, the difference between the two types of gates in terms of the physical dimensions of use, such as useful life, running noise, energy consumption, start-up stability, maintenance costs, etc., is significant and can be distinguished in a visual way by combining industry standards with smart measurements:
During their useful lives, ordinary gates are affected by carbon brushing, mechanical limit depletion, with a non-facility running cycle of only 500,000 times, and hf use scenes often require replacement of core components in 1-2 years; straight-stream unbrushing gates are free of carbon brushing and the core is full of grinding performance, and no brushing cores are available for intelligent generic main power. For example, a non-facility cycle of up to 5 million times more than 10 times the normal gate, with a stable operation of 8 to 10 years under normal use, significantly prolonging the replacement cycle of equipment。
In terms of running noise and smoothness, the normal gate has a hard start, a strong gear shock, the noise is generally above 75 db, and the rise and down pole is prone to tremors and poles, which not only disturb the population, but also speed up the ageing of the poles and case; the straight-flowing unbrushed gate is subject to a soft-soft stop, slow-up and drop-off, completely neutralizing the shock pole, running the noise 65 db, operating without noise, even in small areas, hospitals, etc。
In terms of energy consumption and maintenance, the general circuit power plant is running large, is running high on-call, has a high cost of long-term use, and requires regular replacement of carbon brushes, debugging limits, maintenance of cumbersome processes, and high cost of materials; direct-flow non-brushers are energy-efficient, power consumption is reduced by more than 30 per cent compared to normal gates, there is no easy-to-deplete material, there is no need for regular replacement of components, only simple daily cleaning, and the cost of post-shipment maintenance is significantly reduced。
In addition, direct-flow unbrushed gates have smart features such as speed adjustment, failure self-diagnosis, etc., which can be adjusted to speed up and down depending on traffic dynamics, with automatic early warning in case of abnormality; common gates have a single function, which can only achieve a basic landing pole, have no intelligent control and fail-warning capability, and are difficult to handle。
Iii. Practical recommendations on adaptation and selection of scenarios
There is a difference between traffic, environmental requirements and operating budgets for different scenarios, as well as a clear distinction between the suitability of the two types of gates, so that a reasonable choice can balance practicality with value for money。
Ordinary gates are only available for very low traffic, ad hoc use, and extremely limited budgetary settings such as small convenience stores, access points, remote and scattered sites, etc. Such scenarios are less frequent, require less equipment stability and silence and can be used for short periods of time, but in the long term, the cost of later maintenance and replacement will offset the lower price advantage of the prior period。
Direct-flow unwashed gates, with the advantage of high stability, long life, low noise and easy maintenance, fit the vast majority of routine and high-frequency traffic. Qingdao's smart, straight-on-student gate covers the main scenes of residential subdivisions, writing buildings, ordinary commercial parking lots, industrial parks, etc., and supports the adaptation of the six-metre-long poles, both to medium-flow traffic needs and to complex environments such as wide-temperature, dusty and so forth, as well as to the advantage of a variety of standardized entry and exit machines. For ultra-high-flow scenarios such as airports, high-speed gates, euphoria intelligence can also provide high-end, unbrushed gates for the servicing of the cores, further improving accessibility efficiency and durability。
Qingdao smart technology ltd
Iv. Summary of cope
In sum, the straight-flow gates and the ordinary gates are not simply functional upgrades, but a complete span of core technology, durability and use experience, with differences focusing on the driving structure, useful life, running experience, maintenance costs, and five dimensions of the landscape. Ordinary gates are suitable for a temporary scenario with very low frequency, while straight-flow unbrushed gates are more compatible with long-term stable use and business efficiency-oriented formal site requirements。
Qingdao's intelligence has always adhered to the original purpose of “every penny to fear and value to its clients” by deepening the field of intelligence at entry and exit points, tightening the quality of product development and production, abandoning the low-quality generic core, customizing the development of portal products for different scenarios, making each device stable and cost-effective, and helping to achieve efficient, cost-effective entry and exit control for all categories of clients. In the future, companies will continue to grind product technology, using professional strength to protect entry and exit from intellectual upgrading。
