33results about How to "Does not affect normal flow" patented technology

Disclosed is an artery stapler, comprising a stapler shell (12), and a stapling bracket (1), a pressing arm (3), a bracket control rod (6) and a pressing arm control rod (4) arranged on the stapler shell (12), wherein a sealing disc capable of being opened or closed is arranged at the front end of the stapling bracket (1); the pressing arm (3) is arranged above the stapling bracket (1), a pressing disc (31) is arranged at the front end of the pressing arm (3), and the pressing disc (31) is arranged opposite to the sealing disc; the bracket control rod (6) is connected to the stapling bracket (1) and used for controlling the sealing disc to be opened or closed; and the pressing arm control rod (4) is connected to the pressing arm (3) and used for controlling the pressing arm (3) to press down or lift up. The artery stapler can solve the problem that the existing stapler causes large vascular injuries to the aorta of the heart and is inconvenient for operation.

The invention discloses a bypass blocking method, device and storage medium. The method includes: S1. Acquiring a mirror message of an access link from a switch; S2. Judging whether the access link is Illegal link, if yes, then extract the source IP and destination IP in the mirrored message; S3, extract the IP address in the preset blocking range from the source IP and destination IP in the mirrored message, and extract The IP that goes out is as blocking IP; S4, generate attack message with the IP of described blocking IP and firewall as source and purpose IP, and send N times of the preset number of times of described attack message to described firewall device; S5 , and create an effect check timer for the blocking IP; S6. When the timer expires, judge whether the blocking IP is successfully blocked, if not, repeat S4 to S5 until the blocking IP until successfully blocked. The invention can achieve the purpose of only blocking illegal links without affecting normal flow.

The invention discloses a medical atomizer relating to the technical field of medical apparatus and instruments and aiming at solving the problems that the existing medical atomizer is serious in drug waste, inconvenient to use, low in drug atomization efficiency and speed and long in atomization time and has the risk that pollutants such as pathogens in the air are inhaled into the airway when a patient inhales. The atomizer comprises an atomizing cup, an atomizing cup core and an atomizing cover, wherein a suction nozzle is formed in the upper part of one side of the atomizing cup; a switch is arranged at the junction of the suction nozzle and the atomizing cup; the opening or closing of the suction nozzle and the size of an opening are controlled through the switch; a pressure release hole is formed in the upper part of the other side of the atomizing cup; a filter membrane is arranged on the pressure release hole; the atomizing cup core comprises a supporting part and a nozzle casing; a narrow groove is formed in the inner wall of the nozzle casing; the narrow groove forms a gas channel; a bottom gap is formed in the bottom of the nozzle casing; and one end of the narrow groove extends to the bottom gap, and the other end of the narrow groove is communicated with the space defined by the nozzle and the nozzle casing. The medical atomizer is suitable for treating respiratory diseases.

The invention provides a series resonant-type fault current limiter, which comprises an electric reactor L and a capacitor bank C, wherein two ends of the capacitor bank C are sequentially connected with a metal oxide arrester MOV, a vacuum trigger switch TVS and a quick by-pass switch K in parallel and then are connected with the electric reactor L in series; the vacuum trigger switch TVS is connected with a first trigger circuit; the quick by-pass switch K is connected with a second trigger circuit; the first trigger circuit and the second trigger circuit are connected with a trigger controller; and the first trigger circuit and the second trigger circuit respectively trigger the vacuum trigger switch TVS and the quick by-pass switch K to be switched on or off under the control of the trigger controller. According to the series resonant-type fault current limiter, the structure, the volume and the weight of the current limiter can be significantly reduced under the premise of reserving the advantages of a traditional series resonant-type fault current limiter; the cost of the whole equipment and the technical difficulty of fault current limitation are reduced; and the invest time of a current limiting reactor is shortened.

The invention discloses a water-controlling air-injecting and oil-extracting integrated production-increasing method which controls the water yield, improves the oil-extracting quantity in the developmental process of an oil reservoir with the high water content or huge water discharging risks and comprises the steps of nitrogen-injecting foam water plugging, water-controlling agent water controlling, nitrogen-injecting rigidity oil driving, carbon dioxide oil extracting and ordered combination of all the single steps. According to the water-controlling air-injecting and oil-extracting integrated production-increasing method, effective water blocking and deep-layer water controlling can be conducted at the oil reservoir of bottom water coning, water layer channeling, water injecting or edge water incursion, oil-water layer according, large-angle crack and water layer communicating and the water-containing oil reservoir which cannot conduct mechanical water blocking due to casing pipe deformation, the water yield or the water discharging risks in the oil reservoir developing process are reduced, and meanwhile, effective employ for residual oil resources distributed in different regions is achieved, so that the demands of water-controlling oil-increasing and efficient developing of the oil reservoir containing water are met, and the comprehensive developing benefits are improved.

The invention discloses a generating device for coal gasification. The generating device for coal gasification comprises an upper furnace body vertically arranged and a lower furnace body perpendicular to the upper furnace body, wherein an upper combustion chamber is arranged in the upper furnace body, a feeding port is formed in one side of the upper furnace body, a lower combustion chamber is arranged in the lower furnace body, the lower combustion chamber is communicated with the upper combustion chamber, the upper furnace body sequentially comprises a first straight cylinder section, a hollow circular truncated cone shaped transition section and a second straight cylinder section from bottom to top, and the second straight cylinder section is greater than the first straight cylinder section in diameter. The transition section is internally and upwards provided with multiple circles of dust blocking plates from one end close to the first straight cylinder section in a surrounding mode, each circle of dust blocking plate faces the center, each dust blocking plate and the dust blocking plate circles participating in surrounding form oblique downward angles of 30 to 60 degrees, and every two dust blocking plates are not in contact. The generating device can make flue gas flow more smoothly by arranging different diameters of straight cylinder sections in a furnace and is provided with the dust blocking plates, the problem that ash is easily entrained in flue gas is solved, and the fuel utilization efficiency is improved.