7 results about "Storage Environment Temperature" patented technology

The utility model provides a temperature control storage device which comprises a storage mechanism, a gas storage mechanism and a cooling mechanism, the storage mechanism comprises a storage station and a first temperature sensor, a storage area is arranged in the storage station, and the first temperature sensor and the storage area are correspondingly arranged; the gas storage mechanism comprises a gas storage bottle filled with liquefied gas; the cooling mechanism comprises a transmission pipeline, an exhaust valve and an air supply valve; the transmission pipeline is communicated with the air storage bottle and the external environment; the air supply valve and the exhaust valve are respectively arranged at two ends of the transmission pipeline. According to the utility model, dynamic adjustment of storage environment temperature is realized, stable and accurate storage temperature can be provided for materials sensitive to temperature, such as metal with a melting point lower than the environment temperature, and the storage quality is guaranteed; meanwhile, temperature information can be received and analyzed in real time, the valve can be accurately regulated and controlled, temperature fluctuation can be automatically and rapidly responded, the storage environment can be kept stable, and therefore the operation reliability of the device can be improved, and remarkable advantages are shown in the aspects of temperature control, layout, energy consumption, control and the like.

The utility model relates to a kind of germplasm resource preservation technical field, especially, it is a self-regulating type germplasm resource library, including resource library main part, the inside of resource library main part is equipped with storage cavity, the inside of storage cavity is provided with storage rack, the inside of storage cavity is provided with temperature and humidity sensor, the outside of resource library main part is provided with controller, the rear end of resource library main part is provided with refrigerator, the side of storage cavity is provided with air supply opening, the outside of resource library main part is provided with water tank, the side of storage cavity is provided with atomizing nozzle;Put the storage rack that has stored germplasm into the storage cavity of resource library main part, utilize controller to set temperature and humidity range, the temperature and humidity inside storage cavity are monitored in real time by temperature and humidity sensor, control refrigerator to operate, with the aid of air supply opening, the cold wind of refrigerator is sent into storage cavity, water is supplied for atomizing nozzle by water tank, atomizing nozzle sprays water mist to storage cavity, to flexibly adjust storage environment temperature and humidity according to germplasm actual storage demand, ensure germplasm storage quality.

The invention belongs to the technical field of filter sticks, and discloses a filter stick storage environment temperature and humidity regulation and control method and system based on pressure feedback. The method comprises the steps of obtaining the current temperature and the current humidity in a filter stick storage tank, determining a regulation and control target and generating regulation and control parameters when regulation and control triggering conditions are met, obtaining real-time environment pressure, and calculating correction parameters in combination with the regulation and control target and the pressure change trend so as to be applied to the regulation and control parameters. The regulation and control parameters are evaluated based on the temperature and humidity rising time period and the temperature and humidity falling time period, if the evaluation result is not passed, the step of generating the regulation and control parameters is executed again, the real-time temperature and humidity data is obtained to generate a risk level, and when the risk level is a high risk level, adjustment operation on the temperature and humidity regulation and control system is triggered. According to the method, the real-time environment pressure is introduced and fed back, multiple closed loops are formed in combination with parameter evaluation and risk early warning, regulation and control parameters are dynamically optimized, and the regulation and control accuracy, self-adaptive capacity and reliability are improved.

The utility model relates to the technical field of coating production, and discloses a feeding device for coating production, which comprises a feeding box body, a metal inner wall is fixedly arranged in the feeding box body, a heat exchange cavity is arranged on the outer side of the metal inner wall in the feeding box body, a heat exchange pipe is arranged in the heat exchange cavity, and a feeding pipe is arranged in the heat exchange pipe. A stirring mechanism is arranged in the feeding box body, a conveying mechanism is arranged on one side of the feeding box body, a purifying mechanism is arranged above the feeding box body, and the stirring mechanism comprises a feeding port. According to the feeding device for coating production, the metal inner wall and the heat exchange pipe are arranged, so that when the feeding device carries out feeding operation of coating production, heat exchange is carried out between the heat exchange pipe and the metal inner wall to heat the feeding box body, and an environment temperature suitable for storage is provided for coating in the box body; and therefore, the situation that the coating is condensed due to too low temperature is avoided, stable feeding operation of the device is guaranteed, and the protective property of the device is improved.

The invention relates to the technical field of lithium ion batteries, and discloses a storage method for prolonging the calendar life of a composite manganese lithium ion battery, which comprises the following steps: before storage, charging the composite manganese lithium ion battery to a state of charge of 50-100% SOC, and controlling the storage environment temperature of a battery cell to be less than or equal to 25 DEG C; according to the invention, the composite manganese lithium ion battery is controlled to be charged to the state of charge of 50-100% SOC, so that the lithium intercalation amount of the positive electrode material in the battery cell is relatively small, the valence state of the Mn element is relatively high at the moment, and the problem of Mn < 2 + > dissolution is obviously relieved; in addition, high temperature is an important factor for promoting Mn < 2 + > dissolution, and the problem of Mn < 2 + > dissolution is relieved by controlling the storage environment temperature of the battery cell. By combining the control of the state of charge of the battery cell and the temperature of the storage environment, the dissolution of Mn < 2 + > in the storage process of the composite manganese lithium ion battery is reduced, the problem of SEI film thickening caused by electrolyte decomposition promoted by Mn < 2 + > is relieved, the capacity attenuation and internal resistance increase of the battery cell are weakened, the calendar life of the battery is prolonged, and the battery is kept to have good electrical performance after being stored for a long time.

The invention discloses an anti-mildew stable storage method of extrusion type ceramic 3D printing pug, and aims to solve the technical problems that water-based system ceramic pug is easy to mildew, dry-shrink and embrittle in the storage process. According to the method, the performance of the pug is stably reserved by accurately controlling the temperature and humidity of the storage environment, optimizing the structure of the storage container and limiting the service cycle. The method specifically comprises the following steps: sealing long-strip cylindrical pug in a polypropylene tube with a breathable filter membrane, and arranging a cylindrical drying agent box (internally provided with a silica gel drying agent) which accounts for 10% of the total length of the tube at the right end of the pug; a sealing gasket and a breathable filter membrane are sequentially arranged at a screw at the right end of the pipe; the storage environment temperature is controlled to be 20-30 DEG C, the relative humidity is controlled to be 30-60%, and the temperature and humidity fluctuations are respectively less than or equal to + / -2 DEG C and The storage time of the unsealed pug is less than or equal to 21 days, and the unsealed pug is used up within 24-48 hours. According to the invention, the pug has no mildew within 14 days, the hardness is maintained at 64-66 Shore A, the extrusion rate fluctuation is less than or equal to 0.3 mm / s, the pug still has printing adaptability after 28 days, the printing failure rate is reduced from 38% to 8%, and the method is suitable for industrial storage of high-aluminum water-based ceramic 3D printing pug.

The utility model discloses an aerosol cover relates to aerosol can technical field, aiming at the problem that the traditional aerosol cover of existing is easy to explode when the aerosol can storage environment temperature is higher, and it is difficult to monitor and detect the air pressure in the aerosol can, the present proposes the following scheme, it includes aerosol can body, aerosol can body top is provided with aerosol can top cover, and the air pressure detection block is installed to one side of aerosol can top cover, and the detection air nozzle is connected with in the air pressure detection block, and the aerosol can top cover top is provided with the spray air nozzle, and the air pressure buffer pad is arranged between aerosol can body and aerosol can top cover, and the recessed spring is seted up in the air pressure buffer pad, and the first support is connected between the air pressure buffer pad and aerosol can top cover, and the second support is bound to have in the first support outside. The utility model discloses novel structure, and the recessed spring is bounced up and releases pressure when the air pressure in the aerosol can is too high, and the support reinforces the structure of aerosol cover, and can detect the pressure in the aerosol can simultaneously.