The invention relates to an intelligent electrically-controlled directional wireless router which comprises a router body (1), a router working chipset (9), a plurality of antennas (2), a directional control module (8) and a plurality of electrically-controlled wireless signal directional devices, wherein the router working chipset (9) is arranged in the router body (1), and the antennas (2) are movably connected with the router body (1). Each electrically-controlled wireless signal directional device comprises a cambered surface signal transmitting screen (3), a bearing (6), a miniature motor (10) and an angle displacement sensor (11). Hardware modules are connected to form the intelligent electrically-controlled directional wireless router based on the technical scheme. Concentrated directional radiation can be automatically realized according to a wireless signal transmitted by the antennas (2) based on mutual communication of the router and the router working chipset (9), working stability of the wireless signal can be effectively ensured, and the working efficiency of the wireless signal is improved.

Intelligent electrically-controlled directional wireless router

The invention relates to a multifunctional wireless router, comprising a wireless router main body and a charging unit connected with the wireless router main body, wherein the wireless router main body comprises a central processing unit, as well as a USIM card module, a 2G/3G module, a WiFi module, a Cloud storage module and a LTE module which are connected with the central processing unit respectively, and the central processing unit is used for receiving data of the 2G/3G module, the LTE module or the WiFi module and storing the data in the Cloud storage module and further for reading data in the Cloud storage module and transmitting the data to the 2G/3G module, the LTE module or the WiFi module. The multifunctional wireless router is capable of providing working voltage for the wireless router if no external power supply is available and further can be used for charging external equipment; therefore, the multifunctional wireless router has a charging function and also can realize the data Cloud storage of an intelligent terminal and data sharing with multiple intelligent terminals, thus being convenient to use.

Multifunctional wireless router

The invention discloses a wireless signal amplification system. The wireless signal amplification system comprises a disk, the center of the upper surface of the disk is connected with one end of a shaft, the other end of the shaft is connected with an alternating current motor which is connected with a frequency converter, both the alternating current motor and the frequency converter are fixed to a first support, the disk is provided with N positioning holes, one end of a second support penetrates through one positioning hole and is connected with the disk, the other end of the second support is connected with the upper surface of an arc-shaped baffle, the arc-shaped baffle is located below the disk in the vertical direction, the vertical centerline of the shaft and the vertical centerline of an antenna of a wireless router coincide, and the shaft is located above the antenna in the vertical direction. The wireless signal amplification system has the technical advantages that signals of the wireless router can be amplified and enhanced, and the signal strength is still high after the signals are transmitted farther and penetrate through more barriers.

Wireless signal amplification system

The invention relates to an intelligent electrically controlled wireless router control method. A brand-new control strategy is put forward on the basis of a cambered surface signal transmitting screen structure designed and introduced by aiming a wireless router. Wireless access equipment respectively accessed to wireless signals corresponding to all antennas is detected, the optimal radiation direction of the wireless signals respectively corresponding to all the antennas is measured and calculated on the basis of an angular bisector by aiming at all the antennas through the concrete design method, and finally the cambered surface signal transmitting screen is controlled to rotate to the optimal radiation direction of the wireless signals corresponding to all the antennas. Concentrated directional radiation of the wireless signals is realized by the cambered internal wall of the cambered surface signal transmitting screen so that the radiation area of the wireless signals can be concentrated at the area in which the wireless access equipment is positioned, working stability of the wireless signals can be effectively guaranteed and working efficiency of the wireless signals can be enhanced.

Intelligent electrically controlled wireless router control method

The invention discloses a computer-room device support, and belongs to the field of network computer devices. The technical problem that in the prior art, wiring of a computer-room device on a computer-room device support is inconvenient is solved. The computer-room device support comprises a rack, support plates are arranged on the rack at intervals in the height direction, the rear end of each support plate is rotatably connected with the rack, the front end of each support plate is movably connected with the rack, an elastic clamping arm used for clamping a computer-room device is arranged on each support plate, each elastic clamping arm comprises a left clamping arm body and a right clamping arm body, and each computer-room device is clamped between each left clamping arm body and the corresponding right clamping arm body.

Computer-room device support

The invention discloses a method for lowering connection lost rate of a wireless network. The method includes the following steps: (1) avoiding mutual conflict between channels used by wireless devices by means of regularly dividing wireless internet access terminals in each department with wireless coverage to enable the channels 1, 6 and 11 to be reasonably distributed to each wireless coverage area, adjusting three wireless routers configured in each layer, setting the channels of the three wireless routers as 1, 6 and 11 respectively and setting as the channel of the corresponding wireless device to which one terminal wants to be connected; (2) increasing signal coverage area of the wireless devices by means of adjusting positions of the devices, installing omnidirectional antennas suitable for office areas wide in coverage area but low in application dense; (3) enhancing signal strength of the wireless devices by means of adding a directional signal enhancement device on the antenna of each router to enable penetration of signals in a specific direction to be enhanced and attenuation to reduced. The method is low in connection lost rate and convenient to implement, capable of enhancing the wireless signals in an omni-directional mode as well as enhancing the wireless signals directionally, and easy to popularize and implement.

Method for lowering connection lost rate of wireless network

The utility model discloses an equipment cabinet suite member for improving the equipment cabinet spatial utilization rate of an information machine room. The equipment cabinet suite member comprises vertical columns on which installing holes are arranged at intervals. Four vertical columns are provided and form a square structure. A supporting plate penetrates the top ends of the two front vertical columns and a supporting plate penetrates the bottom ends of the two front vertical columns. A supporting plate penetrates the top ends of the two rear vertical columns and a supporting plate penetrates the bottom ends of the two rear vertical columns. Trays are fixed to the four vertical columns at intervals. Each tray is formed by a frame and a base plate. The front side plate and the back side plate of the frame are extended outwardly. The outwardly-extended parts of the front side plate and the back side plate of the frame respectively contact the outer surfaces of the front vertical columns and the outer surfaces of the rear vertical columns, and are provided with through holes. Connecting members pass through the through holes and the installing holes such that the trays and the vertical columns are movably connected. The vertical columns are formed by stamping steel plates in one time so as to be provided with high intensity. The trays and the vertical columns are movably connected such that a gap can be adjusted. Therefore, the spatial utilization rate of the equipment cabinet in the information machine room is increased.

Equipment cabinet suite member for improving equipment cabinet spatial utilization rate of information machine room

The utility model discloses a wireless router signal directional enhancing apparatus comprising a metal drum. A through hole is disposed on the bottom of the metal drum. A long-strip-shaped directional seam is disposed on the wall of the metal drum and is arranged along the axial direction of the metal drum. A fastening mechanism is arranged between the bottom of the metal drum and an antenna of a wireless router and is a rubber fastening sleeve gasket or positioning sleeve and screw. According to the wireless router signal directional enhancing apparatus, the directional seam is disposed on the wall of the metal drum so as to enhance the intensity of a wireless signal in a specific direction, decrease attenuation, and improve networking effect in the specific direction.

Wireless router signal directional enhancing apparatus

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Method for lowering connection lost rate of wireless network

Equipment cabinet suite member for improving equipment cabinet spatial utilization rate of information machine room

Wireless router signal directional enhancing apparatus