95results about How to "Guaranteed temperature and humidity" patented technology

The invention relates to the ventilation system field, in particular to an efficient automatic dust-removing and intelligent ventilation system and an automatic dust-removing method. The system comprises an intelligent energy-saving ventilation system housing component and a fan, wherein the intelligent energy-saving ventilation system housing component comprises a dual duct, a dust-discharging duct, a throttle actuating mechanism, a dust screen, a temperature and humidity sensor and a distributed pressure sensor, wherein the temperature and humidity sensor and the distributed pressure sensor are connected with a control system, and the control system drives the throttle actuating mechanism to realize time-sharing and smooth transition of the dual duct and the dust-discharging duct. The beneficial effects of the invention are as follows: the fans of the air feeder unit can be used for several purposes such as air supply and dust removing, thus reducing the equipment cost; the self-cleaning of the filtering screen can be realized, thus prolonging the service life of the filtering screen, reducing replacement frequency and lowering maintenance cost; and by turning on/off the automatic dust-removing and intelligent ventilation system, the normal operation of the devices in an equipment room can be ensured.

The invention discloses a control device used for a centralized air processing system, which comprises a plurality of frequency converters, a plurality of actuators, a plurality of sensors, and a controller, wherein the frequency converters are connected with a plurality of fans respectively, and used for controlling rotation frequencies of the corresponding fans to adjust the generated air volume; the actuators are connected with a plurality of air valves and a water valve of a surface air cooler respectively, and used for controlling the air valves and the water valve to accomplish adjustment on the conveying or discharge air volume; the sensors are arranged on a plurality of air pipes and a freezing water pipe of the surface air cooler respectively, and used for collecting a temperature and a concentration of indoor CO2; and the controller is used for processing sensor data, generating a signal to control the frequency converters and the actuators to adjust the fans, the air valves and the water valve, accomplishing coordination among air supply, air return, fresh air and air discharge, and achieving indoor air treatment. The control device utilizes humiture and CO2 concentration measurement signals and adopts an integral control mode to accomplish temperature control of an air conditioning system and indoor hot comfort control, and the anti-interference capability and an energy-saving effect are improved.

An automobile air-conditioning system comprises a compressor, a vapor liquid separator, a first heat exchanger, a second heat exchanger, a third heat exchanger and an intermediate heat exchanger. The third heat exchanger selectively exchanges heat with an external environment, the intermediate heat exchanger is provided with a first portion and a second portion which can exchange heat, and a throttling element is arranged in a pipeline passing through the second portion of the intermediate heat exchanger. When the automobile air-conditioning system is in at least one of a refrigerating mode and a heating mode, low-temperature and low-pressure refrigerants before returning to the compressor pass through the first portion of the intermediate heat exchanger, refrigerants before throttling pass through the second portion of the intermediate heat exchanger, the low-temperature and low-pressure refrigerants before returning to the compressor exchange heat with the refrigerants before throttling in the intermediate heat exchanger, the temperature of the refrigerants before throttling is further reduced, and the temperature of the low-temperature and low-pressure refrigerants before returning to the compressor is increased, so that the operating efficiency of a heat pump system is improved.

A car air-conditioning system comprises a compressor, a gas-liquid separator which is located in front of an air inlet of the compressor, a first heat exchanger and a second heat exchanger, a compartment outer heat exchanger and a throttling component. The first heat exchanger and the second heat exchanger are respectively arranged and conduct heating, cooling or demisting on the compartment according to working condition requirements in the compartment. The first heat exchanger is connected with an air outlet of the compressor. The car air-conditioning system comprises a refrigerating mode, a heating mode, a demisting mode and a deicing mode. When moisture is eliminated, wind which is supplied to the compartment dried through the second heat exchanger and then passes the first heat exchanger. The first heat exchanger can choose whether to warm up, and then supplies the wind to the compartment. Therefore, the temperature of the wind which is supplied to the compartment can be chosen, and comfort is improved.

The invention discloses a new technology for drying soft capsules, which is composed of soft capsules shaping, drying in a tumbler and tray drying. For air control, the air supply in the drying room adopts a horizontal circulation air supply system. By adjusting the temperature and humidity in the drying room, the practical problems such as capsule adhesion and cracking of soft capsules under the traditional drying technology can be effectively solved, so that the freshly pressed soft capsules can be dried stably, and the quality of the product is also reduced. drying costs.

Regarding a granary, the invention relates to a device for measuring and monitoring the temperature and the humidity of the granary. The device can achieve the automatic ventilation and adjustment functions. The device comprises a core control module, a ventilation module, a temperature and humidity data transmitting module, a data receiving module and a data terminal. The core control module is installed in the granary, the ventilation module is installed on a ceiling of the granary, the temperature and humidity data transmitting module is installed outside the granary, and the data receiving module and the data terminal are installed in a monitoring chamber. The core control module is placed in the granary, and a master controller of the core control module is connected with a temperature and humidity sensor, a temperature sensor and the ventilation module. Data of the temperature and the humidity of the granary are collected and extracted, the state of the interior of the granary is judged through an intelligent algorithm, the temperature and the humidity of the granary are adjusted, the inspected result is sent to an upper computer, and therefore an inspector can monitor the granary in real time.

The invention is applicable to the field of station ventilation and heat exchange, and discloses a dual-slideway automatic dedusting intelligent ventilation system. A first air door and a second air door on the two sides of a rack respectively enable an air supply duct to be in an open state and a dedusting air duct to be in a closed state through an air door driving device so as to form an air supply channel; and in order to clear dust, the air supply duct is enabled to be in a closed state and the dedusting air duct is enabled to be in an open state through the air door driving device so asto form a dedusting channel. The ventilation system can realize smooth switch between the air supply duct and the dedusting air duct, and the structure is compact, small and convenient to assemble; and meanwhile, a group of fans can be used for air supply and dedusting, thus the equipment cost and using cost can be lowered.

An automobile air conditioning system has a cooling mode, a heating mode, a defogging mode and a deicing mode and comprises a compressor, a steam-liquid separator located in front of an air inlet of the compressor, a heater, a cooler, a heat exchanger located outside an automobile compartment, and a throttling component. The heater and the cooler are used for heating, or cooling or defogging for the automobile compartment according to work conditions in the automobile compartment. The heater is connected with an air exhaust of the compressor, and high-temperature high-pressure refrigerants pass through the inside of the heater to provide heat selectively for the inside of the automobile compartment. In a dehumidification mode, low-temperature low-pressure refrigerants pass through the cooler, wind sent to the inside of the automobile compartment firstly passes through the cooler for dehumidification and then passes through the heater, and then the wind is sent to the inside of the automobile compartment. The heater can be used for heating or not heating the dehumidified wind selectively according to the work conditions in the automobile compartment, and comfortableness in the automobile compartment is guaranteed.

The invention discloses a movable local cooling and dehumidification device for a mine. The movable local cooling and dehumidification device comprises a movable base and a cooling and dehumidification system. The cooling and dehumidification system comprises a local ventilation fan, a gas filter, a dehumidifier, a liquid storage tank, a submersible pump, a main cooling pipe, a main reflux pipe, foam metal plates and jet heat pipes. The local ventilation fan is connected with the dehumidifier through an air duct. The gas filter is mounted on the air duct. The local ventilation fan, the air duct, the air filter and the dehumidifier together form a mine dehumidification system. The submersible pump is arranged in the liquid storage tank. The foam metal plates are mounted on the inner wall ofa mine surrounding rock roadway. The jet heat pipes are inserted in the foam metal plates. The liquid storage tank, the submersible pump, the main cooling pipe, the main reflux pipe, branch cooling pipes, branch reflux pipes, the foam metal plates, the jet heat pipes and the dehumidifier together form a mine cooling system. Local temperature and humidity of the working surface of the mine are improved, and coal mine production efficiency is improved. The structure is simple and the occupied area is small.

The invention discloses a variable-shape and crawler-type cellar patrol robot. The variable-shape and crawler-type cellar patrol robot includes a robot body, the robot body includes a machine body, and driving mechanisms, wherein the two driving mechanisms are respectively arranged on both sides of the machine body; the driving mechanisms include first driving wheels and second driving wheels; thefirst driving wheels and the second driving wheels are connected to the side of the machine body, the outer sides of the first driving wheels and the second driving wheels are connected with the twoends of crawler frames through bearings, deformation motors are fixedly connected to the center positions of the crawler frame and fixedly connected with one ends of main arm rods, the other ends of the main arm rods are connected with planet wheels through cranks, and crawler belts sleeve the outer sides of the planet wheels, the first driving wheels and the second driving wheels which are connected with the crawler belts in a meshed mode; the machine body is internally provided with a temperature sensor, a humidity sensor, an infrared detector and a controller; and the temperature sensor, the humidity sensor, the infrared detector, the deformation motors, the first driving wheels and the second driving wheels are all connected with a controller line.

The invention provides a tray in a dying box, which comprises box body side walls, a holding plate, L-shaped spring bodies and a copying shock absorption layer, wherein the edges of the holding plate are shorter than the corresponding edges of the box body side walls, and are connected with the box body side walls through the uniformly distributed L-shaped spring bodies; the upper surface of the holding plate is smooth, and the copying shock absorption layer is arranged on the upper surface of the holding plate; and the L-shaped spring bodies are spiral springs. The tray in the dying box has the advantages and positive effects of having good physical stability on the premise of guaranteeing the temperature and humidity of objects placed on the tray, and keeping precise instrument and equipment and experimental materials placed on the tray safer.

An automobile air conditioning system comprises a compressor, a steam-liquid separator located in front of an air inlet of the compressor, a heater, a cooler, a heat exchanger located outside an automobile compartment, and a throttling component. The heater and the cooler are used for heating, or cooling or defogging for the automobile compartment according to work conditions in the automobile compartment. The heater is connected with an air exhaust of the compressor, and high-temperature high-pressure refrigerants pass through the inside of the heater to provide heat selectively for the inside of the automobile compartment. In a dehumidification mode, low-temperature low-pressure refrigerants pass through the cooler, wind sent to the inside of the automobile compartment firstly passes through the cooler for dehumidification and then passes through the heater, and then the wind is sent to the inside of the automobile compartment. The heater can be used for heating or not heating the dehumidified wind selectively according to the work conditions in the automobile compartment, and comfortableness in the automobile compartment is guaranteed.

The invention discloses a wild-simulated under-forest planting method for dendrobium officinale. The method comprises the following steps: (1) selecting a pinus yunnanensis planted forest land, wrapping roots of dendrobium officinale seedlings with green moss, and fixing the dendrobium officinale seedlings to tree bodies of pinus yunnanensis; (2) interplanting green manure to the forest land; and (3) carrying out forest land management. The method has the advantages of good dendrobium officinale growth vigor and high polysaccharide content.

The invention discloses a wild-like under-forest planting method of bletilla striata and belongs to the technical field of planting of bletilla striata. The planting method comprises the following steps as follows: (1) selecting a forest with high evergreen coniferous forest and softer and slightly acid surface soil as planting land, and carrying out land preparation treatment; (2) interplanting seeds or tissue culture seedlings of bletilla striata with other crops; and (3) forest management. The bletilla striata is planted on the forest with high evergreen coniferous forest and softer and slightly acid surface soil, the local temperature and humidity of the forest can be kept by interplanting short-term crops on the forest, the defect of inconvenience of watering and fertilization in thebletilla striata is well overcome in a spray watering and fertilization manner, and extra water and fertilizer fall onto green manure to avoid waste.

The invention belongs to the technical field of battery sharing, and particularly relates to a battery replacing cabinet system, which comprises a mainboard, an external antenna, an electric meter, anexternal temperature sensor, a loudspeaker, a heating plate, a fan, an RS485 bus and a plurality of lock control plates, wherein the external antenna, the electric meter, the external temperature sensor, the loudspeaker, the heating plate, the fan and the RS485 bus are connected to the mainboard, and the lock control plates are connected to the RS485 bus. According to the invention, the temperature and the humidity in the battery cabinet and the temperature outside the cabinet can be detected, and the operating temperature and the operating humidity in the battery cabinet can be dynamically adjusted according to the detection results, such that the proper temperature and the proper humidity in the battery cabinet can be ensured so as to easily prolong the service life of each element; theproper charging voltage and the proper charging current can be automatically matched according to the type of the battery, such that the applicability is strong; and the charging current of the battery can be intelligently set at the battery replacement peak and the battery replacement valley so as to shorten the charging time and save the energy.