31results about How to "Equipment efficient" patented technology

Network vulnerability testing methods, systems, devices, appliances and software products generate stateful and stateless network representative of network threats. The traffic is applied to a network or device under test, thereby to test the vulnerability of the network or device to threats. A graphical user interface, which does not require a programming or scripting language can be used to generate an intermediate descriptive format that can in turn be used to generate stateful or stateless threat signatures. By using the intermediate descriptive form, threats can be generated under the control of the graphical user interface and in accordance with stored threat signatures, without the need for a programming or scripting language.

The invention provides a novel and reliable method used for detecting a video of human moving target and a device thereof, which accurately identifies a human moving target by using a technology of dynamic cluster and moment invariants based on human body models, monitors the behavior of a human body according to a preset safety regulation and sends out an alarm. The device adopts TMS320DM6446 as a platform of core software and hardware, a high-performance dual-core structure and a platform tool of a chip guarantee that the device not only has a powerful capability of real-time processing, but also has an excellent function of peripheral management. The device can be used in the prior video monitoring system, and has strong universality and advancement for application.

The invention discloses a coking tail gas treatment method and a coking tail gas treatment device. A purpose of the invention is to solve the problems of secondary pollution and the like caused by vapor and malodorous gas pollution and tail gas VOC and coke powder discharge along with tail gas of the coke pool and the coke powder of the existing delayed coking device. According to the device, cokepool tail gas, coke tower discharge steam, coke tower tail gas and tail gas generated by other equipment in a coking device enter the gas-liquid separation section of a tail gas treatment tower and are subjected to gas-liquid separation; the gas-phase coking tail gas rises to a desulfurization section and is in countercurrent contact with an absorption liquid entering from the upper portion of the desulfurization section so as to be desulfurized; the desulfurized coking tail gas continuously rises to reach a desaturation section; after desaturation, the tail gas is discharged from the top ofthe tail gas treatment tower, VOC is removed, and then the tail gas is emptied; the rich absorption liquid is pumped out, pressurized and returned to the upper portion of the desulfurization section;after failure, the waste liquid is externally sent to a treatment unit; and the washing water containing solid particles in the tail gas treatment tower enters a settling section downwards, the washing sewage containing solid particles comes out from the bottom of the tail gas treatment tower, and the clarified washing water comes out from a washing water pumping hopper at the lower portion of thetail gas treatment tower and is pressurized so as to be recycled as circulating washing water.comes out from the top of the tail gas treatment tower, VOC is removed, and then the tail gas is emptied;the rich absorption liquid is pumped out, pressurized and returned to the upper portion of the desulfurization section; after failure, the waste liquid is sent to a treatment unit; and the washing water in the tail gas treatment tower flows out downwards from the bottom of the tail gas treatment tower, one part is discharged out of the device, and the other part is pressurized and then recycled as circulating washing water.

An infrared range burner having a plurality of gas passageways formed therein for delivering combustion gas from a central gas supply to individual burner jets, the range burner including a burner body formed as a closed loop defining an open central area, the burner body having a plurality of gas passageways formed therein; a burner top disposed on the burner body and including burner jets in communication with the gas passageways;a burner bottom having an exhaust opening formed in a central area thereof, the burner bottom being disposed on the burner body oppositely from the burner top, with the open central area in registry with the exhaust opening and extending between the burner top and the burner bottom; and a flue mounted to the burner bottom and projecting outwardly therefrom, the flue being in fluid communication with the exhaust opening for drawing exhaust gases from the open central area.

The invention discloses a coking tail gas treatment process and a coking tail gas treatment device. A purpose of the invention is to solve the problems of secondary pollution and the like caused by vapor and malodorous gas pollution and tail gas VOC and coke powder discharge along with tail gas of the existing delayed coking device. According to the device, coke pool tail gas, coke tower dischargesteam, coke tower tail gas and tail gas generated by other equipment in a coking device enter the gas-liquid separation section of a tail gas treatment tower and are subjected to gas-liquid separation; the gas-phase coking tail gas rises to a desulfurization section and is in countercurrent contact with an absorption liquid entering from the upper portion of the desulfurization section so as to be desulfurized; the desulfurized coking tail gas is discharged from the top of the tail gas treatment tower, enters a desaturator and is desaturated; the desaturated coking tail gas is discharged fromthe desaturator, VOC is removed, and then the tail gas is emptied; the rich absorption liquid is pumped out, pressurized and then returned to the upper portion of the desulfurization section; after failure, the waste liquid is externally sent out to a treatment unit and is treated; and the washing water in the tail gas treatment tower flows out downwards from the bottom of the tail gas treatmenttower, one part is discharged out of the device, and the other part is pressurized and then recycled as circulating washing water.

A reservoir for a vehicle is provided. The reservoir is accommodated in a body formed by joining an upper case and a lower case to each other. A high-pressure reservoir space introduces and discharges coolant flowing from a high pressure cooling line and a low-pressure reservoir space introduces and discharges coolant flowing from a low pressure cooling line. A valve is also installed to maintain internal pressure of the high-pressure reservoir space and the low-pressure reservoir space constant.