Plastic Fruit Box Making Machines
Meticulous division of labour, consecutive processes, professional of manufacture and high standard equipment ensure the high quality of the machine.
Factory introduced high precision maching tools, with the equipment of cutting machine tools, heattreating facilities, check out test sets and painting facilities, the processing ability for middle and large size machine, reach a high level in plastic industry while the quality if the machine is ensured at the same time.
All kinds of fruit and vegetables containers can be designed and produced by this machine.
All production line can be provided.
Vertification of many year's market application, optimal combination configuration, stable, reliable and durable system with the characteristics of high efficiency, energy saving, low voice and strong power.
The strengthening design of template is carried out through multiple times of optimization design of major components such as template, based on the analysis of finite element software, which both guarantee the lifetime of template and protected mould.
High rigid template adopts the structure with coexistence of installation screw hole and T-shaped groove.
The tie rod of each machine model has passed the test by professional testing organization, which means that, the deflection of tie rod is within reasonable scope while guaranteeing the operation of machine.
Plastic Fruit Box Making Machines,Smack-Box Making,Four Pillars Fruit Box Making Machine,Food Container Making Machine Ningbo Tongyong Plastic Machinery Manufacturering Co. Ltd. , https://www.tongyongmachinery.com
The user smart meter is a kind of power data acquisition instrument composed of MCU as the core and a large-scale power collection module. It has multi-user power collection, data remote transmission, user power supply control, multi-rate electricity measurement and other advanced features, small size With strong functions, it is deeply welcomed by users of centralized power supply places such as college student residence halls and intelligent communities. In order to increase the flexibility of instrument use, there are some programmable parameters, such as instrument number, metering number, communication rate, meter pulse constant, multi-rate time value, power supply status of each household, and their measured data. The power consumption of each user. Once these data are destroyed by interference, not only the instrument can not work properly, but also cause economic losses to the user and cause economic disputes. Therefore, the reliability, safety, and non-volatile nature of the data must be ensured.
The power consumption of each user is converted into a pulse proportional to the amount of electricity by a large-scale energy metering integrated circuit (eg, BL0933, ADE7755, etc.). After the photoelectric coupling circuit, the digital input interface is used by the CPU in the memory. The CPU accumulates the power consumption of each user according to the collected pulse amount, stores it in a non-volatile memory, and displays the power consumption of each household in turn by the display circuit. Remote transmission of measurement data via remote communication interface circuits (eg RS485, CAN bus).
In order to improve the reliability of the instrument, an optoelectronic isolation circuit was designed in both the data acquisition circuit and the remote transmission circuit. An independent watchdog circuit consisting of an X5045 chip was designed to achieve non-volatile storage of parameters and data. Two types of memory are used, one is the 512-byte non-volatile memory inside the X5045; the other is a non-volatile memory W24C16 that interfaces directly with the CPU. The two types of memory cooperate with each other and are equipped with software measures to realize non-volatile and highly reliable data storage.