[MIAO, Mingming 缪明明, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, YANG, Liu 杨柳, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, YANG, Liu 杨柳, ZHU, Donglai 朱东来, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, YANG, Liu 杨柳, ZHU, Donglai 朱东来, LIAO, Xiaoxiang 廖晓祥, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, YANG, Liu 杨柳, ZHU, Donglai 朱东来, LIAO, Xiaoxiang 廖晓祥, LI, Shoubo 李寿波, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, YANG, Liu 杨柳, ZHU, Donglai 朱东来, LIAO, Xiaoxiang 廖晓祥, LI, Shoubo 李寿波, YANG, Ji 杨继, MIAO, Mingming 缪明明, CHEN, Yongkuan 陈永宽, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, LEI, Ping 雷萍, SHANG, Shanzhai 尚善斋, XIANG, Nengjun 向能军, YUAN, Dalin 袁大林, SUN, Zhiyong 孙志勇, YANG, Liu 杨柳, ZHU, Donglai 朱东来, LIAO, Xiaoxiang 廖晓祥, LI, Shoubo 李寿波, YANG, Ji 杨继, ZHAO, Wei 赵伟] No.367, Hongjin Road, Wuhua District 中国云南省昆明市五华区红锦路367号, Yunnan 650231Kunming, Yunnan 650231 A smoke generator and an assembling method therefor. The assembling method comprises: a. fixing a first support (20) and a second support (30) respectively at two ends of a supporting pipe (10); b. sleeving the supporting pipe (10) obtained in the step a onto an assembling rod (91) suitable for penetrating the supporting pipe (10); c. inserting a first end (63) of a heating body (60) from a gap between the supporting pipe (10) and the assembling rod (91) along the end of the second support (30) until the first end (63) of the heating body (60) extends out of the end of the first support (20); d. respectively bending two ends of the heating body (60) onto a positioning portion to fix the heating body (60); and e. successively fixing each heating body (60) along the circumferential direction of the supporting pipe (10), so that a plurality of heating bodies (60) surround a cavity (11). The assembling method has the advantages of simple and rapid process, high production efficiency and low reject ratio of finished products.

[MIAO, Mingming 缪明明, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, LI, Shoubo 李寿波, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, LI, Shoubo 李寿波, CHEN, Yongkuan 陈永宽, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, LI, Shoubo 李寿波, CHEN, Yongkuan 陈永宽, YANG, Liu 杨柳, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, LI, Shoubo 李寿波, CHEN, Yongkuan 陈永宽, YANG, Liu 杨柳, YANG, Ji 杨继, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, LI, Shoubo 李寿波, CHEN, Yongkuan 陈永宽, YANG, Liu 杨柳, YANG, Ji 杨继, HAN, Yi 韩熠, MIAO, Mingming 缪明明, TANG, Jianguo 汤建国, ZHENG, Xudong 郑绪东, SHANG, Shanzhai 尚善斋, YUAN, Dalin 袁大林, LEI, Ping 雷萍, SUN, Zhiyong 孙志勇, LI, Shoubo 李寿波, CHEN, Yongkuan 陈永宽, YANG, Liu 杨柳, YANG, Ji 杨继, HAN, Yi 韩熠, HAN, Jingmei 韩敬美] No.367, Hongjin Road, Wuhua District 中国云南省昆明市五华区红锦路367号, Yunnan 650231Kunming, Yunnan 650231 An electric heating type cigarette smoking device having an electronic cigarette smoking function, comprising an electric heating type cigarette clamp holder (1) having an electric heater, an electronic atomization assembly and a suction nozzle section (15) which are mutually matched for assembly, wherein the electric heating type cigarette clamp holder (1) comprises an electric heating type cigarette clamping and holding cavity and an optional end cover; the electronic atomization assembly comprises a shell (7) and the following assemblies: a power supply (5), an air flow induction switch (3) and an electronic cigarette atomizer (8) having a central air flow passage, located in the shell (7); and the suction nozzle section (15) is provided with an air flow passage (16), wherein the electronic cigarette atomizer (8) and the electric heating type cigarette clamp holder (1) are arranged in series or in parallel. The electric heating type cigarette smoking device has the functions of increasing the smoking sensory quality of an electric heating type cigarette and reducing the harmfulness of smoking.

[JIANG, Jian 蒋继安, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, WANG, Xudong 王旭东, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, WANG, Xudong 王旭东, LIU, Yang 刘阳, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, WANG, Xudong 王旭东, LIU, Yang 刘阳, LI, Xiangmian 李向冕, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, WANG, Xudong 王旭东, LIU, Yang 刘阳, LI, Xiangmian 李向冕, CENG, Zheng 曾峥, JIANG, Jian 蒋继安, DENG, Xinping 邓新平, CHENG, Debin 程德彬, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, WANG, Xudong 王旭东, LIU, Yang 刘阳, LI, Xiangmian 李向冕, CENG, Zheng 曾峥, LIU, Juncheng 刘君成] ZHANG Guifang 中国广东省佛山市顺德区容桂容港路8号张桂芳, Guangdong 528303No.8 Ronggang Road,Ronggui, ShundeFoshan, Guangdong 528303 A refrigerating device and a defrosting control method, the device and the method relate to the field of electronic device and are applied to shorten the time for refrigerating commodities put in the refrigerating device at this time. The refrigerating device comprises a tank body (11) having a first cavity (111) and a second cavity (112) provided therein; a commodity driving device (1111) is arranged inside the first cavity (111); the commodity driving device (1111) is used for pushing commodities placed inside the first cavity (111) to a delivery location; the first cavity (111) and the second cavity (112) are communicated with each other by means of a first air duct (113), and a second air duct (114) is also arranged inside the tank body; the second air duct (114) comprises a first air inlet (1141) and an air outlet (1142), the first air inlet (1141) and the second cavity (112) are communicated with each other; the air outlet (1142) and the first cavity (111) are communicated with each other; the second air duct (114) is provided therein with an evaporator (115) and a fan (116); the fan (116) is capable of drawing air outside the first air inlet (1141) into the second air duct (114), and outputting the air from the air outlet (1142) of the second air duct after allowing the air to pass through the evaporator (115).

[ZHANG, Hui 张辉, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, LIU, Lei 刘磊, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, LIU, Lei 刘磊, WANG, Ye 王野, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, LIU, Lei 刘磊, WANG, Ye 王野, CHEN, Zhongyuan 陈中元] Room C206, B2 Bldg. Zhong guan cun Dongsheng Technology Park (Northern Territory), 66 Xixiaokou Road, Haidian District 中国北京市海淀区西小口路66号中关村东升科技园北领地B-2号楼C206室, Beijing 100192Beijing 100192 A combined mechanism of a middle cabin and a control rod. The combined mechanism is mounted on a vehicle body of a two-wheel dynamic balance vehicle. The middle cabin (3) is disposed right above the vehicle body (1). The middle cabin (3) is provided with a housing. An accommodation space is formed in the housing. A steering mechanism for controlling the vehicle body (1) to turn is accommodated in the accommodation space. The steering mechanism at least comprises a steering shaft (5). The control rod (4) is connected to the steering shaft (5) at the rear end of the vehicle body (1), and extends from the rear end of the vehicle body (1) to a position suitable for leg control of an operator along a rear end portion of the housing. The control rod (4) is rotated under the control of the operator, so as to drive the steering shaft (5) to rotate to control steering of the vehicle body (1). The combined mechanism can help the operator know about related state information of the vehicle body in real time, has a compact structure and is convenient to operate. A combined mechanism of a middle cabin and a control rod. The combined mechanism is mounted on a vehicle body of a two-wheel dynamic balance vehicle. The middle cabin (3) is disposed right above the vehicle body (1). The middle cabin (3) is provided with a housing. An accommodation space is formed in the housing. A steering mechanism for controlling the vehicle body (1) to turn is accommodated in the accommodation space. The steering mechanism at least comprises a steering shaft (5). The control rod (4) is connected to the steering shaft (5) at the rear end

[ZHANG, Hui 张辉, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, LIU, Lei 刘磊, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, LIU, Lei 刘磊, WANG, Ye 王野, ZHANG, Hui 张辉, ZHANG, Zhenyuan 张珍源, JIANG, Xudong 蒋旭东, LIU, Lei 刘磊, WANG, Ye 王野, CHEN, Zhongyuan 陈中元] Room C206, B2 Bldg. Zhong guan cun Dongsheng Technology Park (Northern Territory), 66 Xixiaokou Road, Haidian District 中国北京市海淀区西小口路66号中关村东升科技园北领地B-2号楼C206室, Beijing 100192Beijing 100192 A two-wheel dynamic balance vehicle comprises two wheels, a vehicle body (1), a middle cabin (3), a steering mechanism, and a control rod (4). The vehicle body (1) is disposed on the two wheels. A pedal is disposed on the vehicle body (1). The middle cabin (3) is disposed right above the pedal. The middle cabin (3) comprises a housing. A display device (2) is disposed on the housing, so as to make human-machine interaction information visible to an operator standing on the pedal. The steering mechanism is accommodated in the housing and comprises a steering shaft (5) and a sensor. The control rod (4) is connected to the steering shaft (5) at the rear end of the vehicle body (1) and extends from the rear end of the vehicle body (1) to a position suitable for leg control of the operator. The control rod (4) is rotated under the control of the operator, so as to drive the steering shaft (5) to rotate to control steering of the vehicle body (1). A two-wheel dynamic balance vehicle comprises two wheels, a vehicle body (1), a middle cabin (3

[LIU, Ruopeng 刘若鹏, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, XU, Weicheng 许伟成, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, XU, Weicheng 许伟成, FAN, Linyong 范林勇] #2007-27，Building C, Oriental New World Plaza, Crossing of Shen Nan Road and Cai Tian Road, Futian District 中国广东省深圳市福田区深南路与彩田路交汇处东方新天地广场C座2007-27, Guangdong 518000Shenzhen, Guangdong 518000 Disclosed are optical signal encoding and decoding methods, and a device, the optical signal encoding method comprising: base-N data is sequentially read in a bitwise manner, and encoded as electrical signal units: each different digit within the base-N data is encoded as a different electrical signal unit, high and low duration periods in the electrical signal units respectively being Ti1, Ti2 … and Tij, i, j and N being natural numbers, different electrical signal units being separated by a separating flag; the electrical signal units corresponding to the base-N data form a driving signal, the driving signal being used for being outputted in the form of light. The feature of unstable terminal device light emission and flickering is solved, further improving the reliability of information transmission.

[LI, Zhipeng 李志鹏, LI, Zhipeng 李志鹏, GAO, Ruixi 高瑞喜, LI, Zhipeng 李志鹏, GAO, Ruixi 高瑞喜, LIU, Yang 刘阳, LI, Zhipeng 李志鹏, GAO, Ruixi 高瑞喜, LIU, Yang 刘阳, WANG, Xudong 王旭东, LI, Zhipeng 李志鹏, GAO, Ruixi 高瑞喜, LIU, Yang 刘阳, WANG, Xudong 王旭东, LI, Xiangmian 李向冕, LI, Zhipeng 李志鹏, GAO, Ruixi 高瑞喜, LIU, Yang 刘阳, WANG, Xudong 王旭东, LI, Xiangmian 李向冕, LI, Xingfan 李杏翻] No.8 Ronggang Road,Ronggui 中国广东省佛山市顺德区容桂容港路8号, Guangdong 528303Shunde DistrictFoshan, Guangdong 528303 Disclosed are a conveying mechanism and method for a beverage dispenser, and a beverage dispenser, which can be used to convey beverage cans of different specifications, and enlarge the range of application of the beverage dispenser. The conveying mechanism of the beverage dispenser comprises a storage shelf (1) provided with a discharge port (101), and a first storage area (1021) and a second storage area (1022), which are in parallel, being formed on the bottom face of the storage shelf (1); and further comprises a first stopping block (2), a second stopping block (3) and an asynchronous drive assembly (4), and when the first stopping block (2) or the second stopping block (3) is located at a raised position, a beverage can in the corresponding storage area can be stopped from rolling towards the discharge port (101), the asynchronous drive assembly (4) can drive the first stopping block (2) to rotate between a raised position and a lowered position, and the asynchronous drive assembly (4) can drive the second stopping block (3) to rotate between a raised position and a lowered position.

[LIU, Ruopeng 刘若鹏, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, FAN, Linyong 范林勇, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, FAN, Linyong 范林勇, XIAO, Guangjin 肖光锦] #2007-27, Building C, Oriental New World Plaza 中国广东省深圳市福田区深南路与彩田路交汇处东方新天地广场C座2007-27, Guangdong 518000Crossing of Shen Nan Road and Cai Tian Road, Futian DistrictShenzhen, Guangdong 518000 Disclosed is a payment system. The security of the whole payment system is improved, and the security of funds within a payment process is ensured. The technical solution of the payment system is: within the whole payment system, an encryption/decryption program is respectively designed at a payment end, a consumer end and an account management server end. Multi-level multi-system encryption processing is performed on the transmission and storage of data, and the legitimacy of a hardware device of an access system is verified. The convenience and security of the payment system are improved to varying degrees in comparison with traditional magnetic card payment means and third-party account online payment means such as Alipay.

[WANG, Zuliang 汪祖亮, WANG, Zuliang 汪祖亮, ZHANG, Xudong 张旭东, WANG, Zuliang 汪祖亮, ZHANG, Xudong 张旭东, LIU, Yu 刘宇, WANG, Zuliang 汪祖亮, ZHANG, Xudong 张旭东, LIU, Yu 刘宇, DUAN, Rui 段瑞] Huawei Administration Building, Bantian, Longgang 中国广东省深圳市龙岗区坂田华为总部办公楼, Guangdong 518129Shenzhen, Guangdong 518129 The present application provides a method for performing bidirectional forwarding detection on an aggregated link between a first network device and a second network device. The first network device sends to the second network device information used for establishing at least two BFD sessions and stores the information; the first network device receives information that is sent by the second network and used for establishing the at least two BFD sessions; the first network device establishes BFD sessions between at least two pairs of ports according to the stored information and the information sent by the second network device; the first network device determines whether at least one BFD session of the established BFD sessions is normal; and if at least one BFD session of the established BFD sessions is normal, the first network device determines that the aggregated link between the first network device and the second network device is available. Compared with the prior art, the problem that an error occurs in fault detection performed on an aggregated link by using BFD can be alleviated.

[LIU, Ruopeng 刘若鹏, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, LIU, Ruopeng 刘若鹏, WANG, Xudong 王旭东, FAN, Linyong 范林勇] #2007-27，Building C, Oriental New World Plaza, Crossing of Shen Nan Road and Cai Tian Road, Futian District 中国广东省深圳市福田区深南路与彩田路交汇处东方新天地广场C座2007-27, Guangdong 518000Shenzhen, Guangdong 518000 Disclosed are an encoding and decoding method for enhancing the speed of visible optical signal transmission, and a mobile terminal, a receiving end, and a system using the method. The encoding method comprises: encoding by the mobile terminal: symbols in a data string is read, and whenever a symbol is read, the electrical level jumps, symbols of different digits being encoded into electrical level signals having different electrical level durations; optical signal modulation and transmission: the encoded data is used to modulate an optical source, and the data is transmitted in the form of visible light. During decoding, the receiving end uses configured determination durations, and compares the durations of all read high and low electrical levels with the determination durations, thereby enabling signal decoding.