These are name-based results, not verified legal entities. Identical names may refer to different people or organizations; aliases and historical names are not merged.

This name was extracted from a distinct applicant node in the source XML.

2 indexed patent records

Patent counts refer to distinct records held by this site, not an applicant’s complete portfolio. A joint name field is not a single company.

Verified corpus date coverage and last import time are not currently available. Publication dates on patent records are not import dates. Cached directory results may lag behind new imports.

Search the local original applicant field containing this full text. Results may include joint lists or longer names; this is not an exact identity search.

Search patents with this applicant condition

Open patent writing

№ CN122944051AInvention

Unknown

一种热泵检漏方法及热泵

本发明涉及一种热泵检漏方法及热泵，该检漏方法通过在气体浓度超过设定阈值的基础上，根据热泵系统的运行状态进行冷媒泄漏指数的计算，运行状态包括吸气压力变化、排气温度变化、蒸发温度变化和压缩机运行频率变化；基于冷媒泄漏指数与设定的冷媒泄漏指数阈值的关系，判断热泵系统是存在真实的冷媒泄漏还是其他非冷媒的挥发物干扰；解决现有技术采用单气体浓度参数判断冷媒泄漏而存在的误报问题。通过将气体浓度检测结果与热泵系统运行状态进行关联验证，在保证系统安全性的同时降低误报警的几率。

❖中山市爱美泰电器有限公司; 热立方科技（佛山市）有限公司周超越; 符远超; 李玉权; 曾少环Oct 20, 2026§ 2/10 ClaimsG01M 3/00 (2006.01), F25B 49/02 (2006.01), F25B 30/02 (2006.01) +227

№ CN122920698AInvention

Unknown

一种空气源热泵变频压缩机的启动控制方法

一种空气源热泵变频压缩机的启动控制方法，包括以下步骤：步骤一，热泵上电，进入步骤二；步骤二，热泵的中控器计数n=0，n为当前采样周期的数量，进入步骤三；步骤三，热泵的变频压缩机开始工作运行，进入步骤四；步骤四，中控器将n+1的计算结果赋值给n，进入步骤五；步骤五，中控器根据用户输入的预设温度值Ts，计算预设温度值Ts与当前采样时刻的实测温度值Tc之间的当前温差值e(n)。本发明首先采用增量式PID来计算单个采样周期Δt内的频率调整量ΔF(n)，然后进行双层限幅，即对ΔF(n)进行升频上限或降频上限的限幅，最后得到合理的实际目标频率值。本发明具有运行稳定可靠的特点。

❖中山市爱美泰电器有限公司; 热立方科技（佛山市）有限公司杨坚彬; 张丽鹏; 苏昀; 郑家强; 赖正宫; 韦雪芬; 鲁益军; 童风喜Oct 16, 2026§ 1/1 ClaimsF25B 30/06 (2006.01), F25B 31/00 (2006.01), F25B 49/02 (2006.01)26