56results about How to "Achieve the purpose of isolation" patented technology

The invention discloses an air door device provided with a turning plate for a power station and a blocking method. The conventional air door does not have the function of a shutter or a turning plate door, and a sealing device is not provided for blocking media, thereby leading to environmental pollution, inconvenience in operation and unreasonable structure. The air door device provided with the turning plate for the power station is characterized in that a turning plate door (10) is connected with a door frame (12); the door frame is connected with a bearing seat (3); the bearing seat is connected with a ratchet shaft (2); the ratchet shaft is connected with a connecting rod shaft connecting plate (15); the connecting rod shaft connecting plate is connected with a connecting rod shaft (4); the connecting rod shaft connecting plate is connected with a hinge shaft (8); the hinge shaft is connected with a hinge shaft mounting plate (9); the hinge shaft mounting plate is connected with the door frame; the connecting rod shaft connecting plate is connected with a cylinder piston (17); the cylinder piston is connected with an air pump (18); the air pump is connected with a motor (13); the door frame is connected with a group of clapboards (11). The air door device is applied to a dust-removing system of flue gas and a partition of cold and hot air.

The present invention provides a mobile terminal, comprising a back shell, a horn and a front shell, wherein a first sealing body is arranged around the end face of the horn, a groove is formed in the inner wall of the back shell, and at least two positioning necks are formed in the inner wall of the front shell; the horn is arranged in the groove of the back shell, the front shell is hermetically covered on the back shell, and the positioning necks of the front shell and the end face edges of the horn are hermetically clamped by the first sealing body, so that a back sound cavity formed among the inner wall of the groove of the back shell, the side wall of the horn and the inner wall of the front shell is separated from a front sound cavity formed between the end face of the horn and the inner wall of the front shell; and a sound outlet hole is formed in the bottom of the front shell, and a sound outlet channel is formed between the front sound cavity and the sound outlet hole. Therefore, the front and back sound cavities do not need to be sealed by dispensing to separate from each other. Accordingly, if the horn is damaged, only the horn needs to be changed, and thus the maintenance cost is lower.

This application provides a network processing method, cloud platform and SDN controller, through the gateway information and interface address determined by the external network identifier, configure the forwarding device in the device resource pool determined by the external network identifier, and create a private network The access link of the external network corresponds to the external network ID, so as to create corresponding access links for each external network, so that the traffic generated by private network users accessing each external network can pass through the access links corresponding to each external network respectively Sending to each external network achieves the purpose of traffic isolation when private network users access different external networks, and improves the security of private network users accessing external networks.

The invention discloses a deacidification tower flue gas inlet anti-blocking and cooling device, which comprises a deacidification tower body (1) and an air inlet (4), and a first nozzle (21) is arranged at the air inlet (4). ), the first nozzle is communicated with the annular water pipe (3), and the annular water pipe (3) is also communicated with a connecting pipe (31), and the connecting pipe (31) is provided with a second nozzle (22); A detachable recovery device is provided on the connecting pipe (31), and a water inlet (32) is provided on the annular water pipe (3). The invention also discloses a method for using the anti-blocking cooling device for flue gas inlet of the deacidification tower. The above-mentioned device and method of use can isolate the high-temperature flue gas from the flue, take away the settled foreign matter in the flue gas in time, avoid the formation of "stalactite"-like blockages on the flue, and reduce the Damage to flue material due to wet and high acid corrosion.

The present invention provides a method for forming a semiconductor device, comprising: performing a first etching process, forming a second hard mask layer, a first hard mask layer, The first dielectric layer and the first groove of the composite nanosheet layer, the first groove extends into the substrate; a second dielectric layer is formed, and the second dielectric layer fills the first groove; removing The second hard mask layer to expose the first hard mask layer and the second dielectric layer higher than the first hard mask layer; forming a third hard mask layer, the third hard mask layer The mask layer covers the first hard mask layer and the top and sidewalls of the second dielectric layer; a self-aligned etching process is used to form through the adjacent regions of each N well region and P well region. The first hard mask layer, the first dielectric layer and the second groove of the composite nanosheet layer. A self-aligned etching process is adopted to reduce photolithography steps, reduce costs, and improve transistor performance.