[HUANG, Yongzhi 黄泳志, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, CHEN, Xiaona 陈晓娜, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Xiaomei 黄小妹, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Xiaomei 黄小妹, QIAN, Hua 钱华, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Xiaomei 黄小妹, QIAN, Hua 钱华, HUO, Yaoliang 霍耀樑, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Jingshi 黄景石, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Xiaomei 黄小妹, QIAN, Hua 钱华, HUO, Yaoliang 霍耀樑, DENG, Xinjun 邓新君] Fengchi Industrial Area, Dali Town 中国广东省佛山市南海区大沥凤池工业区, Guangdong 528231Nanhai DistrictFoshan, Guangdong 528231 Disclosed is a drainage device of a push-pull device, the drainage device (1) comprising a drainage box (10), and the drainage box (10) comprising a first trough body (110) and a drainage chamber body (111), wherein the first trough body (110) is in communication with a first end (1111) of the drainage chamber body (111), and the first end (1111) of the drainage chamber body (111) is in communication with a second end (1112) of the drainage chamber body (111); the drainage device (1) further comprises a water plugging block (30), the water plugging block (30) comprising a first connecting part (310) and a water plugging part, under an installation state, the water plugging part of the water plugging block (30) is arranged between overlapping parts of two push-pull leaves of the push-pull device, the first connecting part (310) penetrates through a downward sliding first opening of the push-pull device and is fixedly arranged in the first trough body (110), and the drainage box (10) is arranged in a downward sliding chamber body; the second end (1112) of the drainage chamber body (111) extends out of a downward sliding second opening of the push-pull device; and the drainage device (1) further comprises a first one-way valve (20), wherein the first one-way valve (20) is arranged on the first connecting part (310) and is used for controlling opening and closing of a communicating passageway between the first trough body (110) and the drainage chamber body (111).

[YU, Xiaomei, YU, Xiaomei, MAURO, Julie Anne, YU, Xiaomei, MAURO, Julie Anne, NTANYI, Lesly] 6900 Main StreetP.O. Box 9729Stratford, Connecticut 06615 An assembly for removing a desired portion of one or more layers of paint or another coating from a designated area is provided including a pad soaked with a chemical paint remover and an adhesive layer arranged about the pad configured to couple the assembly to the designated area. A removable first protective layer is positioned upwardly adjacent and is coupled to the adhesive layer. A flexible support layer is positioned adjacent the adhesive layer and the pad, opposite the removable first protective layer. A heat pad is arranged downwardly adjacent the flexible support layer. The heat pad is configured to control a microclimate adjacent the assembly when activated. A removable second protective layer is coupled to a surface of the heat pad. Removal of the second protective layer activates the heat pad.

[YU, Zhilong 于志龙, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, CHEN, Xiaona 陈晓娜, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Jingshi 黄景石, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Jingshi 黄景石, HUO, Yaoliang 霍耀樑, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Jingshi 黄景石, HUO, Yaoliang 霍耀樑, QIAN, Hua 钱华, YU, Zhilong 于志龙, HUANG, Yongzhi 黄泳志, FAN, Jianhua 樊建华, CHEN, Xiaona 陈晓娜, ZHU, Yonghao 朱永浩, HUANG, Jingshi 黄景石, HUO, Yaoliang 霍耀樑, QIAN, Hua 钱华, HUANG, Xiaomei 黄小妹] Fengchi Industrial Area, Dali Town, Nanhai District 中国广东省佛山市南海区大沥凤池工业区, Guangdong 528231Foshan, Guangdong 528231 A push-and-pull device (1) comprises a first lower slide (10) and a first push-and-pull fan (20). The first lower slide (10) sequentially comprises a first frame (101), a first slide rail (102) and a second frame (103). The first push-and-pull fan (20) comprises a first fan frame (201) and a second fan frame (202). A sealing member is disposed between the first slide rail (102) and the first fan frame (201), and a sealing member is disposed between the second frame (103) and the second fan frame (202), so that the first slide rail (102), the first fan frame (201), the second frame (103), and the second fan frame (202) form a first closed isobaric chamber (100). At least two through holes are provided on the first slide rail (102) and the second frame (103). Each of the at least two through holes is provided with a drainage device with a one-way drain valve. A first groove body (200) is formed between the first frame (101) and the first slide rail (102), and between the first frame (101) and the first push-and-pull fan (20). The first frame (101) is higher than the first slide rail (102). The push-and-pull device can discharge rainwater in time and prevent rainwater from spilling over a room.

[ZHANG, Zhidong 张志东, WANG, Shiqiang 王仕强, YU, Jiansheng 喻建胜, FENG, Xiaohui 冯晓辉, HE, Sha 何莎, XU, Qiang 徐强, YU, Peihang 于佩航, LIU, Hui 刘辉, YU, Jiamin 俞嘉敏, GUO, Mengmeng 郭萌梦, ZHAO, Qiyue 赵琪月, HOU, Xiaomei 侯晓梅, YU, Yuelong 余跃龙] {9 Dongzhimen North Street 中国北京市东城区东直门北大街9号, Beijing 100007Dongcheng District, Beijing 100007;CN CN(CN)(CN)}{No.6 Mengzhuiwan Street, Chenghua District 中国四川省成都市成华区猛追湾街6号, Sichuan 610051Chengdu, Sichuan 610051;CN CN(CN)(CN)} A metal sealing performance monitoring method and apparatus for a blowout preventer (203), relating to the technical field of petroleum equipment detection and evaluation. The method comprises: acquiring an acoustic duration when an ultrasonic sensor on each flange connecting bolt (201, 302) of a blowout preventer (203) emits sound waves and receives reflected sound waves, and according to the relationship between the acoustic duration and the axial stress of each flange connecting bolt (201, 302), determining the axial stress of each flange connecting bolt (201, 302); according to the axial stress of each flange connecting bolt (201, 302), determining the axial pre-tightening force of each flange connecting bolt (201, 302); according to the axial pre-tightening force of each flange connecting bolt (201, 302), obtaining the average value of the axial pre-tightening forces of all the flange connecting bolts (201, 302) of the blowout preventer (203), and determining the variance of the axial pre-tightening forces of all the flange connecting bolts (201, 302) of the blowout preventer (203) according to the average value; and when the axial pre-tightening force of each flange connecting bolt (201, 302) is within the effective range of the axial pre-tightening forces of the flange connecting bolts (201, 302), and the variance of the axial pre-tightening forces of all the flange connecting bolts (201, 302) of the blowout preventer (203) is less than or equal to the critical value of the variance of the axial pre-tightening forces of the flange connecting bolts (201, 302), determining that the metal sealing state of the blowout preventer (203) is good. A metal sealing performance monitoring method and apparatus for a blowout preventer (203), relating to the technical field of petroleum equipment detection and evaluation. The method comprises: acquiring an acoustic duration when an ultrasonic sensor on each flange connecting bolt (201, 302) of a blowout preventer (203) emits sound waves and receives reflected sound waves, and according to the relationship between the acoustic duration and the axial stress of each flange connecting bolt (201, 302), determining the axial stress of each flange connecting bolt (201, 302); according to the axial stress of each flange connecting bolt (201, 302), determining the axial pre-tightening force of each flange connecting bolt (201, 302); according to the axial pre-tightening force of each flange connecting bolt (201, 302), obtaining the average value of the axial pre-tightening forces of all the flange connecting bolts (201, 302) of the blowout preventer (203), and determining the variance of the axial pre-tightening forces of all the flange connecting bolts (201, 302) of the blowout preventer (203) according to the average value; and when the axial pre-tightening force of each flange connecting bolt (201, 302) is within the effective range of the axial pre-tightening forces of the flange connecting bolts (201, 302), and the variance of the axial pre-tightening forces of all the flange connecting bolts (201, 302) of the blowout preventer (203) is less than or equal to the critical value of the variance of the axial pre-tightening forces of the flange connecting bolts (201, 302), determining that the metal sealing state of the blowout preventer (203) is good.

[WANG, Yali 王雅丽, WANG, Yali 王雅丽, ZHANG, Min 张敏, WANG, Yali 王雅丽, ZHANG, Min 张敏, YU, Xuesong 于雪松, WANG, Yali 王雅丽, ZHANG, Min 张敏, YU, Xuesong 于雪松, YANG, Xiaomei 杨小梅] Huawei Administration Building 中国广东省深圳市龙岗区坂田华为总部办公楼, Guangdong 518129Bantian, Longgang DistrictShenzhen, Guangdong 518129 The present invention relates the field of electronics. Provided are a data processing method and a terminal device, which can prevent a user from being interfered by the terminal device. The method comprises: acquiring a rate of a terminal device (101); receiving a first communication service (102); if the rate of the terminal device is greater than a first preset value, closing a preset prompt of the first communication service (103); and if the rate of the terminal device is reduced to a second preset value, starting the preset prompt of the first communication service (104), the second preset value being less than or equal to the first preset value. The data processing method and the terminal device provided in the present invention are used in user prompting of the terminal device in an in-vehicle mode.

[WANG QIONG, ZHAO JING, NING XINZHU, FU JIHAI, LIN HAI, KONG XIANHUI, WANG FANGYONG, HAN HUANYONG, WU QIFENG, YU YU, CHEN BING, WANG JING, MA XIAOMEI, ZHANG DONGHAI, WANG GANG] CN;CN;CN A measurement ruler for measuring a stalk diameter and an internode length of a crop, which can avoid errors during measurement of an internode length and a stalk diameter of a crop. The measurement ruler includes a primary ruler, where a chute is formed on the primary ruler, a slider is provided in the chute, a fixture block is rotatably connected to the slider, a first locking device is provided between the fixture block and the slider, a secondary ruler is rotatably connected to the primary ruler, and a second locking device is provided between the secondary ruler and the primary ruler; when the secondary ruler is perpendicular to the primary ruler, a side of the secondary ruler facing toward the fixture block is flush with a zero graduation on the primary ruler; and a C-shaped elastic buckle is respectively provided on the first and second locking device.

[CHEN BING, YU YU, WANG JING, ZHAO JING, MA XIAOMEI, WANG XIN, HAN HUANYONG, WANG FANGYONG, SUN LEXIN, CHEN ZIJIE] CN;CN;CN

[KRISHNAN, Gopal, R., WESSON, John, P., MILTON-BENOIT, John, M., YU, Xiaomei]

[CHEN, Lei, NGUYEN, Dean, YU, Xiaomei] Four Coliseum Centre 2730 West Tyvola Road, Charlotte, NC 28217-4578, US A method of coating a metal substrate (12) is disclosed in which the metal substrate is disposed as an anode in an electrolytic circuit with an aqueous alkaline liquid electrolyte. An electrical voltage differential is applied to the metal substrate and a cathode. The treated metal substrate is disposed as a cathode in an electrolytic circuit with an ionic liquid electrolyte and an aluminum salt. An electrical voltage differential is applied to the metal substrate and an anode to form an aluminum layer (14) on the metal substrate. ＜img id="iaf01" file="imgaf001.tif" wi="88" he="95" img-content="drawing" img-format="tif" /＞

[KRISHNAN, Gopal, R., YU, Xiaomei, WESSON, John, P., MILTON-BENOIT, John, M.] US,Farmington, CT 06032-2568,10 Farm Springs Road;