Zhengyi
Zhengyi Chen, Shenzhen CN
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20160043510 | PLUG CONNECTOR, RECEPTACLE CONNECTOR, AND ELECTRIC CONNECTOR ASSEMBLY THEREOF - Disclosed are a plug connector component, a receptacle connector component, and a connector assembly. The plug connector comprises: an inserting portion; a printed circuit board, one portion of which is coupled to the inserting portion; an upper housing; and a lower housing, on which the upper housing is jointed, a receiving space for receiving the printed circuit board being formed between the upper housing and the lower housing, a side wall of the lower housing being partially outwardly bent to form a receiving groove on the side wall of the lower housing, a side of the printed circuit board being received in the receiving groove, the inserting portion being secured at a front end of the upper housing and the lower housing. The receptacle connector comprises a second metal shell having a joint chamber and a first module and a second module that are secured in the second metal shell, wherein: a first terminal is inlaid and insert molding in the first module; a second terminal is inlaid and insert molding in the second module, a contact portion of the first terminal overlapping a contact portion of the second terminal in a height direction perpendicular to an insertion direction; and a shielding plate is further inlaid and insert molding in the second module. | 02-11-2016 |
Zhengyi Feng US
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20140283541 | BUILDING BUILT-IN AIR CONDITIONING SYSTEM - A building built-in air conditioning system comprising: an external heat exchanger ( | 09-25-2014 |
Zhengyi Feng, Shenyang CN
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20140283541 | BUILDING BUILT-IN AIR CONDITIONING SYSTEM - A building built-in air conditioning system comprising: an external heat exchanger ( | 09-25-2014 |
Zhengyi Li, Shinagawa JP
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20150357710 | ANTENNA APPARATUS AND ANTENNA DIRECTION CONTROL METHOD - An antenna apparatus includes transmitting elements arranged on a first circle and transmit an electromagnetic wave having OAM, a calibration transmitting element disposed at a center of the first circle and transmits a calibration electromagnetic wave without OAM, at least three calibration receiving elements disposed at regular intervals on a second circle, and a plurality of receiving elements disposed on the second circle or a third circle disposed with the second circle in a concentric fashion, wherein an angle of a central axis of the second circle is adjusted so that phases of the calibration electromagnetic wave received at all of the calibration receiving elements match with each other, and wherein an angle of a central axis of the first circle is adjusted so that phase differences of the electromagnetic wave having OAM received by the two adjacent calibration receiving elements among all of the calibration receiving elements are minimized. | 12-10-2015 |
20160028163 | ANTENNA APPARATUS - An antenna apparatus includes N (2=01-28-2016 | |
Zhengyi Liu, Shenzhen CN
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20160028661 | METHODS AND SYSTEMS FOR SENDING AND RECEIVING ALERTS - A method for sending and receiving alerts in an instant messaging environment are disclosed. The method includes receiving a request for alerts from a service provider, the request including an alert template and a rule to retrieve the alert template. The method also includes receiving a trigger from the service provider, the trigger including an identification of an alert receiver, the rule to retrieve the alert template, and changeable contents for the alert template. The method further includes obtaining the alert template from the request for alerts based on the rule to retrieve the alert template in the trigger; composing an alert using the alert template and the changeable contents; and sending the alert to the alert receiver identified in the trigger. The method and system consistent with the present disclosure may enrich the user experience in instant messaging applications. | 01-28-2016 |
Zhengyi Wu, Chatsworth, CA US
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20110067643 | Air vent tube for aquarium and fish tanks special usage and strengthen - I am Wu Zheng Yi, have invented AIR VENT TUBE FOR AQUARIUM AND FISH TANKS SPECIAL USEGE AND STRENGTHEN (Air Vent tube). This invention, Air Vent Tube (AVT), is for aquarium products and fish tanks using and strengthen. This Air Vent Tube is the best suitable for aquariums and fish tanks to increase air and oxygen in the water in fish tank, because fishes in the fish tanks need more oxygen in the water. The structure of Air Vent Tube is the idea created at least two surfaces and three surfaces, which are formed right angle shape and triangle shape. There is a long hole in the Air Vent Tube and the long hole connects with the short outflow hole in the large surface of the Air Vent tube. Along the Air Vent Tube length extension and view as long shape. These invented AVT can be made of glass material or other materials. | 03-24-2011 |
Zhengyi Zhu, Shenzhen CN
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20150136470 | SELECTION METHOD FOR STRONG WIND REGION COMPOSITE INSULATOR BASED ON STRUCTURE PARAMETERS, AND COMPOSITE INSULATOR - A selection method for a strong wind region composite insulator based on structure parameters, and a composite insulator are disclosed. When a selection is made among a plurality of composite insulators according to the selection method, structure parameters of the composite insulators are measured first, and then the selection is made according to certain ranges of the parameters, a selected composite insulator is tested, and it is found that it may withstand strong wind climate environments where the highest wind speed reaches 50 m/s. The composite insulator is a composite insulator having corresponding structure parameters. The selection method is easy to operate and implement. When the composite insulator is applied to a strong wind region where the highest wind speed reaches 50 m/s, the problem of violent oscillation of umbrella skirts or tear of the umbrella skirts does not occur, and the composite insulator may still operate reliably. | 05-21-2015 |
20150255194 | SELECTION METHOD FOR STRONG WIND REGION COMPOSITE INSULATOR BASED ON INTRINSIC FREQUENCY, AND COMPOSITE INSULATOR - A selection method for a strong wind region composite insulator based on a intrinsic frequency, and a composite insulator are provided. When a selection is made among a plurality of composite insulators according to the selection method, a intrinsic frequency of a composite insulator to be selected is measured first; if the composite insulator is an unequal-diameter umbrella, the intrinsic frequency of a large umbrella skirt in the composite insulator is measured; if the composite insulator is an equal-diameter umbrella, the intrinsic frequency of any umbrella skirt in the composite insulator is measured; and then a composite insulator is selected according to the intrinsic frequency, wherein the composite insulator whose intrinsic frequency is greater than or equal to 45 Hz is selected. The composite insulator is a composite insulator having corresponding structure parameters. Study is carried out on wind-resistant performance of an insulator when applied to a strong wind region to obtain the selection method, and the method is easy to operate and implement. When the composite insulator is applied to a strong wind region where the highest wind speed reaches 50 m/s, the problem of violent oscillation of umbrella skirts or tear of the umbrella skirts does not occur, and the composite insulator may still operate reliably. | 09-10-2015 |