71results about How to "Reduce shipping risk" patented technology

The invention provides a self-discharging screening method of a lithium ion battery. The method comprises the following steps: step 1: pre-charging a battery to be screened to be in a full or half state; performing high-temperature aging treatment and storing at constant temperature; marking detection open-circuit voltage as OCV1 and storing at constant temperature; marking detection open-circuit voltage as OCV2; calculating a voltage critical value U0 in the same phrase, wherein the battery with the condition that OCV2 is less than U0 is a serious self-discharging battery; and step 2: removing the self-discharging battery by using a 3o circulating way based on voltage pressure before/after the laying-aside of the battery removed in the step 1 in a full-charge state or a half-charge state. According to the self-discharging screening method of the lithium ion battery, the battery is screened after the battery is laid aside in the full-charge state or the half-charge state and the open-circuit voltage is determined, and the corresponding self-discharging batteries are removed by using the 3o circulating way, so that the self-discharging screening of the lithium ion battery is realized.

The invention discloses an Internet of ships application support platform, comprising a ship end data collection and processing center, a ship shore communication center, a shore base application support platform and a shore end application center. The ship end data collection and processing center comprises a data collection terminal, a server, a ship end application system, a sailing data collection device, an engine room data collection module, a marine environment data collection module and a video data collection module. The ship shore communication center comprises a satellite earth station, a communication satellite, a ship-borne communication terminal and a smart routing terminal. The shore base application support platform comprises a device cloud platform, a data management platform, an information service platform and an integrated management platform. The shore end application center comprises a shore base integrated monitoring system and a ship maintenance service safeguard system. The Internet of ships application support platform plays an important role in ocean ship navigation safety and oil consumption management, the transportation cost and risk are effectively reduced, and the operation and development of ocean ship and goods management business are powerfully supported.

The invention discloses a lithium-supplementing negative electrode piece, a preparation method thereof, and a lithium ion battery. The lithium-supplementing negative electrode piece comprises a negative electrode piece body and a lithium-supplementing composite layer coated on the surface of the negative electrode piece body. The lithium-supplementing composite layer comprises the following raw materials in percentage by mass: 20%-65% of alloy lithium powder; 30%-70% of ceramic powder; and 5%-50% of a binder. According to the lithium-supplementing negative electrode piece disclosed by the invention, by arranging the lithium-supplementing composite layer, the safety performance of the lithium ion battery is enhanced, and the self-discharge performance of the battery is increased from -0.06mv/h to -0.04mv/h. The lithium alloy powder in the lithium-supplementing composite layer can effectively reduce the activity of lithium and reduce the transportation risk; and the ceramic powder can improve the electrolyte absorption performance of the electrolyte and prolong the cycle life of the battery cell.

The present invention relates to an automatic lifting equipment of bridge-frame type crane, including structure supporting frame formed from upper cross-beam of bridge-frame type crane, upright post and lower cross-beam, also including lifting pull plate, pull plate beam, lifting ear, upper and lower supporting frames, lifting cylinder, plug in device and upright post reset support. Said invention also provides a method for shipping said bridge-frame type crane.

The invention provides a low-floor vehicle transportation method and a system thereof. The method comprises the following steps: detaching a vehicle into one or multiple carriage groups, wherein each carriage group comprises at least two carriages; placing the carriage groups on a bottom bracket and connecting crane seats at bottom of the carriages with the bottom bracket by bolts; connecting the bottom bracket with a hoist frame by a sling; and hoisting the carriage groups by utilizing the hoist frame and placing the carriage groups onto a transport vehicle. According to the low-floor vehicle transportation method and the system thereof, the vehicle is detached into one or multiple carriage groups, each carriage group comprises at least two carriages, and the carriage groups are fixed on the bottom bracket and placed on transport vehicles by a hoist frame, so that workload of vehicle detaching is reduced; moreover, separation between a vehicle body and a bogie is not required before transportation, so that the transportation efficiency is effectively improved, and transportation cost and transportation risk are reduced.

The invention discloses a ship maintenance platform. The system comprises a ship end data sensing system and a ship data monitoring system, ship maintenance management system. The cross-end data sensing system is in data signal connection with the ship data monitoring system. The ship data monitoring system is in data signal connection with the ship maintenance management system. The ship end datasensing system collects and obtains operation state data of ship cabin equipment through ship end data sensing equipment, real-time comprehensive monitoring of the ship operation state is achieved, and the ship data monitoring system processes and analyzes the ship cabin sensing data to obtain operation state information of all the equipment of a ship. The method has the advantages that the operation state of ship cabin equipment is analyzed and displayed by collecting ship-end cabin data, and management of the whole process of ship maintenance is achieved.

The invention provides a movable folding type green board house, comprising a foldable board house body, a foldable board house roof arranged at the upper end of the foldable board house body, and a solar power generation assembly is installed on the foldable board house roof. The foldable board house further comprises a plurality of adjustable trundles arranged at the lower end of the foldable board house body and used for moving the board house body, and the foldable board house body can be folded into a line shape. The board house is simple in structure and easy and convenient to install, only primary installation is needed, during subsequent transportation, the board house can be folded into a line shape for transportation, operation is convenient, and transportation and turnover are convenient. By arranging the adjustable trundles at the bottom of the board house body, the board house can be moved at will, the board house can be fixed through a supporting seat, the stability of the board house is guaranteed, and the board house is safer. A solar panel is used as a power generation assembly, so that the problem of power utilization is solved, and the board house is green, energy-saving and environment-friendly.

In order to solve the problem that the repetitive photolithography defect of wafers are hard to detect effectively and missed or false detection can be easily caused due to traditional artificial microscopic examination, the embodiment of the invention provides a method and a system for checking and analyzing the repetitive photolithography defect of wafers, and a wafer production method. The method for checking and analyzing the repetitive photolithography defect of wafers comprises the following steps: S1, a defect checking step in which selected wafers are all scanned to check defects; and S2, a defect analysis step in which position information and size information of defects of the selected wafers are compared and whether the wafers in the analyzed batch have the repetitive photolithography defect is judged. According to the invention, the selected wafers are all scanned, and special comparative analysis is given to scanning data, so that the repetitive photolithography defect can be checked effectively and comprehensively, missed or false detection can be avoided, the convenience is high, the rate of finished products in the photo-etching process can be further increased, and the delivery risk can be reduced.

The invention provides an installation method of an offshore platform. The installation method of the offshore platform comprises the step of installing a platform base, the step of transporting the offshore platform and the step of enabling the offshore platform to be butted with the platform base, wherein before the step of transporting, the step of lowering the offshore platform is included, sothat the gravity of the offshore platform is reduced during the transporting process; and after the step of butting, the step of lifting the offshore platform is further included so as to lift the platform body to the working height. The installation method of the offshore platform has the benefits as follows: on the basis of the float-over installation method and by lowering the platform body ofthe offshore platform through the built-in lifting device of the offshore platform before the step of transporting, transportation risks are reduced without increasing the size of a ship, and after the butting step of the offshore platform is completed, the platform body is lifted by the lifting device to the working height, the normal operation of the offshore platform is ensured, and the installation cost is reduced due to that no large-sized lifting equipment is needed.

The invention provides a method and device for transporting thin-wall equipment in a nuclear power plant. The device comprises four power module self-propelled modular transporters (SPMTs). The power module SPMTs are arranged in a square shape and connected through connecting racks. Steel plates are fixed to the power module SPMTs. Brackets formed through welding are laid on the steel plates. Bases are arranged on the brackets. The steel plates and the bases of the brackets are fixed through spot welding. The power module SPMTs are provided with inner blocking racks and outer blocking racks. The device has the beneficial effects that the turning radius of an equipment transporter set is reduced, the transportation stability is improved, the thin-wall equipment is protected against deformation in the transportation process, and transportation risks are reduced.

The invention discloses an unequal-thickness bubble pad. The unequal-thickness bubble pad comprises a bubble pad body and a thickening portion arranged at one end of the bubble pad body, wherein the bubble pad body and the thickening portion are each internally provided with bubbles filled with air, and the thickness of the thickening portion is larger than that of the bubble pad body. The invention further discloses a making method and packaging structure of the unequal-thickness bubble pad. According to the unequal-thickness bubble pad and the making method and packaging structure thereof, an unequal-thickness bubble pad structure is designed, the contact area with a packaged article can be increased, the unequal-thickness bubble pad is used for improving protection performance on the packaged article which is unequal in thickness, the transportation risk of the article which is unequal in thickness is reduced, and the product image is improved.

The invention aims at providing a container falling early warning system and method for a container ship, thereby solving a technical problem of reducing the probability of container falling into thesea by monitoring the rolling inclination state of a ship body. The early warning system comprises a ship attitude monitoring device, a container falling early warning and analysis device and an alarmprompt device. The ship attitude monitoring device and the alarm prompt device are connected with the container falling early warning and analysis device electrically. The ship attitude monitoring device is used for sending an obtained transverse inclination angle of a ship body to the container falling early warning and analysis device; and the container falling early warning and analysis deviceis used for acquiring a transverse inclination angle acceleration according to the transverse inclination angle and a measurement time interval of two adjacent transverse inclination angle measurement and triggering the alarm prompt device to send out alarm information under the condition that the accumulated frequency sum of exceeding a thread set in the container falling early warning and analysis device by the transverse inclination angle and the transverse inclination angle acceleration respectively exceeds a set number of times. Therefore, whether a container falls is determined in advance.

The invention discloses a bridge protecting pipe using unsaturated composite epoxy resin materials, comprising a pipe body on which through holes are formed. The bridge protecting pipe is manufacturedby the following materials: 45% of unsaturated composite epoxy resins, 40% of continuous glass fiber bundles, 10% of curing agents (initiators) and 5% of coloring agents (pigments), wherein, the unsaturated composite epoxy resin comprises 50% of furan resins and 50% of organic resins; the curing agents are initiators. The invention has the characteristics of high brightness, long life, difficultdeformation, strong bearing capacity, corrosion resistance, good loss prevention property, rich colors and good capability of beautifying the environment. As the warning mark has the advantages of light weight, high strength and difficult damage, the warning mark can be installed flexibly in a labor and time saving manner. The colors are formed by blending the color paste capable of being compatible with the resins into the resins; therefore, the colors are not shown on the surface, thus keeping the colors lasting.

The invention discloses an integrated continuous discharging mobile mixing plant. Functional devices comprise a first batching mechanism, a second batching mechanism, a stirring mechanism, an additive device, a conveying mechanism, a control room and a transfer bin mechanism, the functional devices are connected into an integrated device structure through a frame body, and the transfer bin mechanism can be folded. The frame body comprises a base body, an auxiliary inclined lever, supporting legs, an overturning protection plate, a traction rod, a locking rod and the like which are arranged on the base body, and a frame body structure related to all functional devices, and the frame body ensures the stability of a main body of the mixing plant, and the firmness of connection of all the devices and the convenience of overall transportation and installation are ensured. The integrated structure is adopted, all the functional devices are fixedly arranged in the frame body and protected by a foundation body steel structure, collision is avoided, the transportation risk is reduced, and the device damage maintenance cost is reduced.

The present invention provides a connection structure for panel and frame and holding member thereof. The connection structure includes a panel and a frame supporting the panel. The panel and the frame use a plurality of holding members to fix and hold. The holding member includes a presser and a connection part extending from one side of the presser. The connection part includes a first extension part and a second extension part. The first extension part and the second extension part connect a corresponding connection element on the side of the frame. As such, the present invention saves the front frame and fixes a liquid crystal panel and a frame of a liquid crystal module to reduce the transportation risk, protect the liquid crystal panel from damage, simplify the overall assembly structure of the liquid crystal module and reduce the assembly cost.

The invention provides an integrated workshop of a laser repairing system. The integrated workshop of the laser repairing system comprises a pedestal, wherein a laser, a robot, a robot control cabinet, a powder feeding machine, a power supply control cabinet and a special 6-axis machine are arranged on the pedestal; all the devices in the workshop are arranged in two rows, the special 6-axis machine and the robot are arranged side by side, and the power supply control cabinet, the powder feeding machine and the robot control cabinet are arranged side by side; the laser is connected with the special 6-axis machine and used for controlling the special 6-axis machine to operate; the robot control cabinet is connected with the robot and used for controlling the robot to operate; a protection wall body is also arranged at the periphery of the pedestal in the workshop, a protection room is formed, the power supply control cabinet is connected with the rest of equipment, and an external powersupply connecting interface is formed in the power supply control cabinet; and the powder feeding machine is connected with the robot, and a laser cladding raw material is provided for the robot. Theintegrated workshop provided by the invention integrates equipment contained in a laser cladding integrated system together, compact type design is adopted for meeting field repairing operation, andall the devices are placed in a movable container protection room, thereby being convenient and safe.

The invention discloses a disassembly-convenient large triangular 3D printer. The disassembly-convenient large triangular 3D printer mainly consists of an upper triangular cover plate module, three detachable support rod guide rail modules, a triangular base module and a nozzle mechanism module; and all the modules can be spliced. The disassembly-convenient large triangular 3D printer designs the longest support rod as two detachable sections, so that the total packing length can be reduced to 2/3 of the traditional length, and the smaller package improves the transportation convenience, reduces the package transportation cost and reduces the transportation risk. The large triangular 3D printer uses the modular design, so that the packing requirement is reduced, all the modules are preferably protected in the transportation process, the scene assembly requirement is reduced, and the fool type installation is truly realized. Multiple connecting modes are designed for connection of all the modules, so that the assembly and the connection among the modules are more convenient, the installation speed is accelerated, the installation difficulty is reduced, and the strength and the stability of the whole structure are guaranteed.