亲和力品牌怎么样 申请店铺

我要投票 亲和力在厨卫电器行业中的票数:335 更新时间:2025-08-04
亲和力是哪个国家的品牌?「亲和力」是 深圳市亲和力电器有限公司 旗下著名品牌。该品牌发源于广东省深圳市,由创始人陈衍在2013-05-23期间创立,经过多年的不懈努力和高速发展,现已成为行业的标杆品牌。

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亲和力怎么样

2004年成立亲和力电器有限公司,并于2004年投入7名富有经验电磁加热研发人员专注研发大功率商用电磁炉,一边了解市场需求,一边将需求实现,解决客户问题,至2005年底,亲和力电磁加热技术研发工程师已达15人。

2006年成熟、转生产至顺德亲和力电器电磁加热的核心技术于2006年底研发成熟,主打功率段为8千瓦-60千瓦电磁加热,将大锅灶、小炒灶、汤炉、蒸柜这四大系列全部做稳定了,由于深圳各方面开支花费较高,为了给最终用户省去不必要的成本,公司2006年决定将电磁感应技术事业部移到佛山顺德,也就是现在的亲和力佛山生产基地,至2006年底,亲和力电磁加热技术工厂现有员工60名,其中电磁加热技术研发工程师已达22人,继续蝉联行业较大的电磁加热研发团队。

2007年开创商用电磁炉微电脑处理器时代来到顺德的第二年,公司收获很多,因为顺德是中国的家电王国,许多产业链的配套都非常齐全,加上我们团队从深圳带来的研发思维,也就是这一年公司的团队将深圳新的微电脑芯片概念引入了商用电磁炉,2007年10月商用电磁炉微电脑芯片诞生,亲和力电磁感应技术事业部成为将微电脑芯片概念使用于商用电磁炉的厂家。

亲和力电磁加热团队的微电脑芯片的概念最初起源于智能手机的CPU,因为亲和力电磁加热技术的研发团队中,有3位之前都是智能手机底层研发的高级嵌入式工程师,在了解到商用电磁炉电流大,而原始的模拟芯片反应速度慢(8K/S),而且存储空间非常小(8K),这就使得许多保护程序严重滞后,而且商用电磁炉主板上的元器件非常多,反应速度慢导致的后果就是电流对反应滞后的元器件的损坏;模拟内存小也导致了主板外围的元器件增多。元器件越多传递的次数越多,因为都是电阻电容模拟出来的波形信号指令,经过许多次传递之后信号指令不仅慢了,还会因为多次传送之后失真变得不准,很可能将过流保护的指令失真成其他指令,这样对商用电磁炉的损坏是非常大的。微电脑芯片的出现使得商用电磁炉主板的处理速度从8K/秒提升到了60M/秒(1M=1024K),也就是提升了7680倍的处理速度,这样快的处理速度可以提前处理好一切突发的环境变化;另外微电脑芯片的存储空间为64M,是模拟芯片的8192倍,这样一来数字存储空间就把之前的大部分模拟信号数字化了,就像数码相机的内存代替了胶卷一样,微电脑芯片的内存产生的数字信号代替了商用电磁炉主板上的许多电阻、电容、二极管、三极管等传递模拟信号的元器件,这样商用电磁炉主板就减少了许多外围器件,降低了主板的复杂度,也降低了主板的故障概率,因为元器件越多,出现故障的几率就越大,只要其中一个元器件坏了,就会让整个机子瘫痪,微电脑芯片用内存代替元器件这种方式是商用电磁炉行业的技术性革新。


In 2004, appetency Electric Appliance Co., Ltd. was established, and in 2004, 7 experienced electromagnetic heating R & D personnel were devoted to the R & D of high-power commercial electromagnetic furnaces. While understanding the market demand, they realized the demand and solved customer problems. By the end of 2005, appetency electromagnetic heating technology R & D engineers had reached 15. In 2006, the core technology of electromagnetic heating of Shunde affinity electric appliance was developed and matured by the end of 2006. The main power segment is 8kw-60kw electromagnetic heating, which stabilizes the four series of big pot stove, small fry stove, soup stove and steam cabinet. Due to the high expenditure in Shenzhen, in order to save unnecessary cost for the end user, the company decided to put electromagnetic heating into practice in 2006 The induction technology division moved to Shunde, Foshan, the current affinity production base. By the end of 2006, affinity electromagnetic heating technology factory had 60 employees, including 22 research and development engineers of electromagnetic heating technology, and continued to win the title of the industry's larger electromagnetic heating research and development team. In 2007, the company started the era of commercial electromagnetic furnace micro-computer processor, and came to Shunde in the second year. The company gained a lot because Shunde is the kingdom of home appliances in China, and many industrial chains are complete. In addition, our team brought research and development thinking from Shenzhen, that is, the company's team introduced the new concept of micro-computer chip in Shenzhen into commercial electromagnetic furnace in October 2007 With the birth of magnetic furnace micro-computer chip, affinity electromagnetic induction technology division has become a manufacturer that applies the concept of micro-computer chip to commercial electromagnetic furnace. The concept of the micro-computer chip of affinity electromagnetic heating team originated from the CPU of smart phones at first, because among the R & D teams of affinity electromagnetic heating technology, three of them were senior embedded engineers in the bottom layer of smart phones. When they learned that the current of commercial electromagnetic furnace was large, but the reaction speed of the original analog chip was slow (8K / s), and the storage space was very small (8K), this was the reason Many protection programs are seriously lagging behind, and there are many components on the main board of commercial induction cooker. The result of slow response is the damage of current to the components with delayed response; small analog memory also leads to the increase of components around the main board. The more components, the more times of transmission, because they are all waveform signal instructions simulated by resistance and capacitance. After many times of transmission, the signal instructions are not only slow, but also become inaccurate due to the distortion after many times of transmission. It is likely that the over-current protection instructions will be distorted into other instructions, so the damage to commercial electromagnetic furnace is very large. With the emergence of micro-computer chips, the processing speed of the main board of commercial electromagnetic furnace has been increased from 8K / s to 60m / S (1m = 1024k), that is to say, the processing speed has been increased by 7680 times, so that the fast processing speed can deal with all sudden environmental changes in advance; in addition, the storage space of micro-computer chips is 64M, 8192 times that of analog chips, so that the digital storage space will put the previous Most of the analog signals are digitized, just like the memory of the digital camera replaces the film, the digital signals generated by the memory of the micro-computer chip replace many components on the main board of the commercial electromagnetic furnace, such as resistors, capacitors, diodes, triodes, etc., which transmit the analog signals, so the main board of the commercial electromagnetic furnace reduces many peripheral devices, reduces the complexity of the main board, and also reduces the complexity of the main board The failure probability of the main board is increased because the more components, the greater the failure probability. As long as one of the components is broken, the whole machine will be paralyzed. This way of replacing components with memory is a technical innovation in the commercial electromagnetic furnace industry.

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本页详细列出关于亲和力的品牌信息,含品牌所属公司介绍,亲和力所处行业的品牌地位及优势。
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