12 results about "Combat readiness" patented technology

The utility model discloses a cartridge case fixing mechanism and launching device, cartridge case fixing mechanism includes: be equipped with the detachable cannonball's launching cylinder, and, be used for fixing the cannonball in the clamping module of launching cylinder, the cartridge case of cannonball is equipped with fixed groove, and clamping module has the fixed end of adaptation to fixed groove, and the fixed end has the first station of inserting into fixed groove and the second station of separating from fixed groove, and correspondingly, clamping module is used for controlling the station of fixed end. The launching device includes the cartridge case fixing mechanism. Replace the existing thread connection through clamping module, do not need repeatedly screwing loose and tightening thread, reduce the cumbersome nature of cannonball loading, dismounting, realized the quick loading of cannonball, the quick dismounting of cartridge case, make the operation simple and convenient to use, effectively shorten the combat readiness time.

The utility model discloses a steel structure connecting assembly of a combat readiness mobile kitchen, which relates to the technical field of mobile kitchen supports and comprises a main steel structure frame, an auxiliary steel structure frame is arranged on one side of the main steel structure frame, and an X-shaped folding frame is mounted between the main steel structure frame and the auxiliary steel structure frame. Lifting columns are installed in the main steel structure frame and the auxiliary steel structure frame correspondingly, ceiling assembling blocks are installed above the lifting columns, the lifting columns are combined with the main steel structure frame, the auxiliary steel structure frame and the ceiling assembling blocks through locking pieces, and the folding frame comprises first folding rods. And a second folding rod is mounted at the middle position of the first folding rod through a rotating shaft. The problems that in an existing mobile kitchen, a support is adopted for supporting the top, a steel structural part is not provided with a storage structure, the overall size is large, and outdoor rapid assembling, storage and moving operation is inconvenient are solved.

The invention relates to the technical field of fan galloping prevention, in particular to a fan galloping prevention control system and method.The fan galloping prevention control system comprises a fan power source, a fan main control system and a yaw control system, the fan power source is electrically connected with the fan main control system, and the fan main control system is used for receiving electric power provided by the fan power source and controlling the fan galloping prevention control system to yaw. The fan master control system is in communication connection with the yaw control system, the yaw control system responds to an instruction sent by the fan control system, and the system further comprises an external power source and a fan connecting pipe system; a system which is not controlled by a fan master control system and does not use a fan power supply is adopted, the system is composed of a proximity switch, a speed sensor, a controller and a UPS power supply, the sensor and the control system of the fan are not shared, electric power is supplied to the UPS power supply of the system only from an external power supply, the UPS power supply is kept in a combat readiness state, and the system is safe and reliable. Therefore, the crosswind yawing operation of the fan can still be implemented under the condition that various extreme conditions are overlapped.

The invention relates to the technical field of hybrid energy storage control, and discloses a control method based on flywheel energy storage and super capacitor collaborative optimization, and the method comprises the steps: collecting an energy storage unit state, a power demand signal and a short-term load prediction signal; comparing the signal with a threshold value, and deciding to activate three modes: in a UMC equilibrium response mode, performing optimal power distribution based on a unified marginal cost model; in the economic taxiing standby mode, a pulse taxiing strategy is executed to reduce standby loss; in a feedforward combat readiness standby mode, reversely solving a target standby rotating speed by using the short-term load prediction signal, and adjusting the state of an energy storage unit in advance; and calculating and issuing a control instruction. According to the invention, by introducing the short-term load prediction signal and setting three operation modes, optimization of system operation cost and reduction of standby power consumption are realized, and the active combat readiness capability and response speed of the system for coping with future power impact are significantly improved.

The utility model belongs to the field of storage equipment, concretely relates to a combat readiness cabinet body convenient for single-body lifting, the cabinet body includes horizontal baffle and longitudinal baffle, horizontal baffle, longitudinal baffle cross form a group of array formula's cavity -like compartment, the side of compartment is provided with the open side mouth for the single-body cabinet in and out, the single-body cabinet is provided with the handle with the open side mouth same side setting, the open compartment is rectangle array setting on the cabinet body, the cabinet body still is provided with the limiting component, the limiting component sets up in horizontal baffle and acts on the single-body cabinet of this horizontal baffle, the installation cavity of limiting component is provided on the horizontal baffle, can utilize the single-body cabinet of split body and pack the combat readiness material in advance, can realize the quick taking of combat readiness material, effectively saves the time of warehousing, is favorable to the quick action.

The utility model discloses underwater transportation equipment under hydraulic drive, and particularly relates to the technical field of underwater transportation, which comprises a transportation pipeline, control machines are arranged at two ends of the transportation pipeline, water inlets are arranged at the bottoms of the control machines, and a plurality of exhaust pipelines are arranged at the top of the transportation pipeline. Liquid is input through the water inlet, gas is exhausted through the exhaust pipeline, water pressure is used as power to drive the cabin body, the power is generated by physical work, the power is natural and pollution-free, has the advantages of low-carbon travel, energy conservation and emission reduction, can effectively reduce environmental pollution, is located underwater, has extremely high concealment, and is suitable for being used as a transportation system for the underwater rescue. The transportation system can be used as a transportation tool for daily resident travel and can also provide help for transportation of national defense and combat readiness materials in China when necessary, meanwhile, the transportation system does not need to consider weather conditions or other emergencies, and normal running of a cabin in a pipeline is not affected no matter whether the external environment is good or bad.

The invention discloses a fire-fighting facility maintenance system based on big data, and relates to the field of fire-fighting facility management. Comprising a data acquisition module which is connected with fire-fighting equipment through a sensing network and is used for acquiring operation parameters and environment data of the fire-fighting equipment; the data transmission module is used for encrypting the acquired data and uploading the encrypted data to a cloud server; the data storage and management module is used for cleaning, classifying and storing the received data, and the big data analysis and early warning module is used for carrying out deep learning and mode recognition on the stored data. All-day real-time monitoring of the state of the fire-fighting equipment, intelligent health diagnosis based on machine learning, fault risk predictive early warning and intelligent closed-loop management of the maintenance process can be achieved, so that passive response is changed into active maintenance, the maintenance efficiency is improved, and it is guaranteed that the equipment is in a good combat readiness state all the time.

This utility model discloses a washing and drying device for fire and rescue uniforms, including a main frame, a support frame assembly, and a washing and drying assembly. The main frame includes a base frame and a gantry frame mounted on the base frame. Both the base frame and the gantry frame are hollow and interconnected. The gantry frame includes a horizontal tube and vertical tubes on both sides. The support frame assembly includes multiple clothes racks arranged sequentially downwards along the horizontal tubes. Each clothes rack is hollow and connected to the horizontal tube, and has through holes. The washing and drying assembly includes a quick-connect interface and multiple spray heads. The quick-connect interface is connected to the base frame for selective connection to a water hose or a hot air blower. The multiple spray heads are located on the horizontal tubes and are arranged sequentially on both sides of the clothes racks. This utility model's fire and rescue uniform washing and drying device achieves integrated washing and drying functions through its integrated design, enabling rapid washing and drying of fire and rescue uniforms for quick deployment in duty and combat readiness.

The spliced flying suspension gallery bridge is characterized by comprising a downward folding type duct propeller row wing flying suspension device (100). And (200) gallery bridge head and tail section structures. And (300) a middle splicing section structure of the gallery bridge. And (400) an intelligent control system. And (500) final assembly. Through reasonable combination of the mechanisms and the systems, a temporary emergency bridge which can be spliced into different lengths and spans according to different terrain conditions is built. The technical problems that in wartime, open circuit and bridge cutoff are caused by beach landing and natural disasters, and when traffic accident sites and roads are abnormally blocked, vehicles can rapidly pass are solved. A fast, simple and convenient new technical scheme is provided for national combat readiness, disaster relief and emergency.

A kind of aerodynamic centralized air intake and exhaust device of ship outer plate, multiple air vents are opened on cabin bulkhead, and each air vent is provided with aerodynamic centralized air intake and exhaust device, the air intake and exhaust device includes coaming, and is provided at the circumferential edge position of air vent;Ventilation cover, coaming is set on;Surrounding well, coaming and ventilation cover are all contained in surrounding well cavity, which is formed in the inner side of cabin bulkhead;Transmission connecting rod mechanism is used to realize the opening and closing of ventilation cover, and one end is inserted into surrounding well cavity;Pneumatic mechanism is installed on the outside of surrounding well and is connected with the one end of transmission connecting rod mechanism in surrounding well;Manual operating mechanism is installed on the outside of surrounding well and is also connected with the one end of transmission connecting rod mechanism in surrounding well.The advantages are as follows: avoid the corrosive damage of seawater to equipment and cabin bulkhead;Good effect of preventing sea wave invasion and meeting weather tightness requirement, good radar wave stealth performance;Realize hand-automatic integrated design and double centralized control, meet the use requirements in emergency or combat readiness situation.

The utility model discloses a fire fighting truck with a cleaning function, which comprises a power truck head and a carriage, the power truck head is fixedly connected with the carriage, a first water tank is arranged at the bottom of the inner side of the carriage, a high-pressure pump is arranged in the first water tank, a second water tank is arranged above the first water tank, and a permeable hole is arranged between the first water tank and the second water tank. A water pump is arranged in the second water tank, a dirt storage bin is arranged above the second water tank, and a cleaning mechanism is arranged between the dirt storage bin and the power headstock. The fire fighting truck with the cleaning function can be used as a road cleaning truck at ordinary times, once a fire behavior is found, the fire fighting truck can be used as a fire fighting truck, the fire fighting truck can rapidly arrive at the scene and rapidly extinguish the fire, workers can maintain the fire fighting truck daily, the fire fighting truck is in a normal combat readiness state for a long time, and safety is guaranteed.

This invention discloses a lithium battery charging matching control circuit and method for vehicles operating in high-altitude and cold environments. The circuit includes a lithium battery, a power generation system, a main power distribution box, an external power interface, diodes, and cables. The lithium battery provides starting power for special vehicles and also powers the electrical equipment used in combat readiness operations. Under generator operating conditions, it suppresses voltage fluctuations in the power grid. The power generation system controls the engine to operate at a constant speed under both driving and stationary conditions, providing a stable power supply to the vehicle's electrical equipment. The main power distribution box provides a parallel interface for the lithium battery and power generation system. The diodes provide emergency power to the lithium battery management system. The external power interface is used to connect to an external power source. Cables are used for power transmission, signal transmission, and bus signal transmission. This invention improves the rapid charging capability of lithium batteries at low temperatures and enhances the stability of the vehicle's power generation system.