41results about How to "Easy to deal with emergencies" patented technology

The invention discloses an electrolytic manganese negative plate mechanized inlet-outlet cell system and a working method. The system comprises an overhead traveling crane I, an outlet mechanical hand, an inlet mechanical hand, a heavy metal reduction movable platform, a negative plate output device, a negative plate input device, an overhead traveling crane II, a transshipping mechanical hand I, a transshipping mechanical hand II, an electrolytic cell, a cell negative plate, a track beam, a stripping device and a storage rack. The outlet mechanical hand and the inlet mechanical hand respectively and independently complete an outlet function and an inlet function and are matched with each other, so that the control of non-occupation time of the electrolytic cell and entire electrolytic process flow is favored. By adopting a stepping chain-type conveyor device, an old negative plate can be continuously outputted or a novel negative plate can be continuously inputted, and the inlet and outlet function can be continuously completed by the outlet mechanical hand or the inlet mechanical hand. The working condition of high-speed back-and-forth working condition of the overhead traveling crane can be avoided, and thus the system is safer and more reliable. The negative plate output device and the negative plate input device are arranged on the floor, so that convenience in maintenance can be realized, and the occupation space is small.

The invention discloses a gun locking device based on a handgun and a gun locking and unlocking method. The problems that an existing gun lock is complex in structure, not high in reliability and inconvenient to use are solved. The gun locking device based on the handgun comprises a gun box for containing the handgun and a fixing plate for playing the separating effect, a gun box lock catch is arranged at the most front end of the portion, used for containing a gun barrel, of the gun box, an outer gun box located on the outer portion is arranged on one lateral face of the fixing plate, a locking mechanism located at the inner portion is arranged on the opposite lateral face, and the outer gun box is communicated with the locking mechanism. An opening is formed in the slantly-lower portion of the outer gun box, the gun box is inserted into the outer gun box from the opening, and the back end of the upper portion of the outer gun box is closed to be used for abutting against the back end of the portion, for containing the gun barrel, of the gun box. The gun box is inserted into the locking mechanism from the opening of the outer gun box, and the gun box lock catch is locked through the locking mechanism by rotating the gun box to achieve gun locking. The gun locking device is simple in structure, convenient to implement, safe and reliable.

The invention discloses a remote sensing rapid determination method of water volume and storage capacity of a barrier lake without underwater terrain data. The steps are as follows: S1: extracting the submerged area of ​​the water area of ​​the barrier lake under the shade of the mountain body; S2: according to the water area distribution of the barrier lake, Calculate the position of the centerline of the polygon of the barrier lake; S3: Based on the position of the centerline, conduct fixed-point elevation measurement of the barrier lake and estimate the elevation of the centerline of the lake bed; S4: estimate and combine the elevation measurement with the elevation of the centerline of the lake bed Slope elevation information, adaptive simulation of the unknown underwater terrain of the barrier lake; S5: According to the simulated underwater terrain and the submerged area of ​​the barrier lake water area, the reservoir capacity of the barrier lake is calculated by using the discrete integral of the three-dimensional surface space. The invention avoids the limitations of traditional means, reduces data dependence, effectively improves the timeliness of information and the accuracy and efficiency of water volume estimation of barrier lakes in areas with incomplete data, and realizes accurate measurement and measurement of water volume of barrier lakes based on complete remote sensing. The storage capacity curve is drawn.

The invention discloses a control system and a control method for a concrete bridge deck prefabricated slab production line. The control system includes a control center, a material distributing and vibrating system, a concrete conveying system, and a mixer communication system. The material distributing and vibrating system includes a distributing machine control subsystem, Plug-in vibrating control subsystem, plate vibrating control subsystem and rolling laminating control subsystem, the distribution vibrating system adopts event triggering, and the concrete conveying system controls the mixture conveyor in the distributing vibrating system and the mixer Concrete delivery during operation, the mixer communication system controls the mixer to produce a corresponding amount of concrete according to the feedback information from the distribution vibrating system, and sends a signal to the concrete delivery system after production. The invention overcomes the aforementioned technical problem that the pouring effect is affected by environmental changes during the pouring interval process due to long intervals during pouring, thereby making the pouring effect unstable.

The invention relates to a resistance reduction and efficiency improvement ship which comprises a ship body (1) and a propeller (2), the bottom of the ship body (1) is provided with a diversion trench (11), the propeller (2) is located in the diversion trench (11) and mounted in the ship body (1), the rear portion of the ship body (1) is provided with an eddy dissipation device (12), the left side wall, located under water, of the tail of the ship body (1) is provided with a left inclined downstream groove (13), and the right side wall, located under water, of the tail of the ship body (1) is provided with right inclined downstream groove (14).When the ship sails forward, eddy formed at the tail of the ship body is smaller, backward dragging force to the ship body is smaller, the forward sailing speed can be raised, power efficiency can be improved, the speed of the ship which sails backwards can be higher, efficiency is higher, and steering is more flexible and convenient; compared with a warship of the same level, the sailing speed increase, the sailing speed, the steering speed and the backward sailing speed are further increased compared with an ordinary ship and warship under the situation that the output power is consistent, the advantages are more obvious, and the effect is more outstanding.

The invention discloses a novel combined DC circuit breaker topology, which adopts only one main breaker switch, one malfunctioning auxiliary switch, one transfer switch TS0 connected in series with the main breaker switch, two groups of diodes in different directions, and a transfer switch TS1 corresponding to m lines on each DC bus bar, wherein, the main breaker switch TS0 is connected with themain breaker switch TS0, and the main breaker switch TS1 is connected with the main breaker switch TS0-TSm. The transfer switch TS0 is connected in parallel with the failed auxiliary switch in serieswith the main disconnect switch, one end of the main disconnect switch is connected with the DC bus bar, the other end is connected with the diode group in the direction of the inflow line through thetransfer switch TS0, and is also connected with the diode group in the direction of the outflow line through the failed auxiliary switch. The transfer switch TS1-TSm is respectively connected to thebus bar and the corresponding line 1-Line m. When the system is in normal operation, the voltage on both ends of the switches of each part of the novel combined DC circuit breaker is zero, which can effectively reduce the breakdown probability of the device, improve the operation reliability of the system as a whole, adopt fewer main devices, and have better economy.

The invention discloses a method for delaying the hatching of F1 hybrids of incubated silkworm eggs in hatching. The F1 hybrids of silkworm eggs in hatching are subjected to three-section type low-temperature preservation, and graine embryos of the F1 hybrids of silkworm eggs of mulberry silkworms are grown through the hatching processing to a body pigmentation stage, and then are continuously preserved at the certain environment temperature; 10 silkworm eggs boxes are bundled by a plastic rope, and put in a double-layered black cloth bag wrung after being soaked in water, and the silkworm eggs in the 10 silkworm eggs boxes are uniformly shaken and horizontally placed; and the black cloth bag wrapping the silkworm eggs boxes is put in a certain temperature environment for preservation, and then is transferred in a refrigerator for refrigeration. Under the condition of not influencing the hatching rate and the growth of the F1 hybrids of hatched silkworm eggs, the gathering data of newly hatched silkworms is delayed by 1 to 25 days so as to be favorable for adjusting the production data of silkworm cocoons, and to reduce the influence of the natural disaster and the temperature anomaly on the growth of mulberry leaves and the influence of the silkworm poisoning and the silkworm disease and other disasters on the growth of the silkworm cocoons, and the method disclosed by the invention is a safe emergency disposal technology for sericulture, and has the hatching rate of more than 95%.