48results about How to "Warm up well" patented technology

The invention discloses a preparation method and application for solid beverage. The solid beverage is prepared from the following raw materials in parts by weight: 2-6 parts of fresh gingers, 2-6 parts of jujubes, 1-2 parts of yams, 0.1-1 part of pericarpium citri reticulatae, 0.1-1 part of dried gingers, 0.5-2 parts of red sugar, 0.2-0.5 part of liquorice, 2-6 parts of fructose, 0.3-1 part of maltodextrin and 0.3-1 part of beta-cyclodextrin. The preparation method comprises the steps of fresh ginger juicing, supercritical dried ginger CO2 extraction, extraction concentration, spraying drying, granulation and the like. According to the preparation method, the volatilization loss of volatile oil under long-time heating extraction is avoided, effective components in the medicinal materials are extracted to the maximum extent, and the effects are guaranteed; the fresh ginger juice is subjected to spraying drying after being covered with the beta-cyclodextrin and the maltodextrin, so that the original fragrance of the ginger is kept to the maximum extent. The solid beverage product prepared by adopting the preparation method tastes good, is prepared from heat water, is convenient to prepare, drink and carry and is an ideal medicinal-edible dual-purpose beverage; tests show that extremely good effects of preventing the coldness, warming the body, tonifying spleen, warming stomach, preventing fever and dysmenorrhea and the like are achieved when people take the product for long time.

The invention discloses a preserved meat drying device driven to rotate by sine wave thermal expansion. A water tank is arranged in a heat preservation fence; water is injected into the water tank to immerse a spiral pipe A and a spiral pipe B in the water tank; a compressor A, the spiral pipe A, a capillary pipe A, a refrigeration air conditioner indoor unit and a pipeline form a heat pump circulation dehumidification system A; a heating air conditioner outdoor unit, a heating air conditioner indoor unit, a capillary pipe B, the spiral pipe B and a pipeline form a heat pump circulation dehumidification system B; the system A and the system B alternately work to evaporate, condense and discharge water in the preserved meat in the heat preservation fence, store and use the heat in the water tank; sine wave expander connection racks are arranged inside the heat preservation fence; small gears meshed with the racks are connected to the preserved meat through hooks; convection fans are arranged near the preserved meat. Compared with the existing gaseous dehumidifying and drying manner, the energy consumption is greatly reduced; the zero emission of refrigeration and dehumidification heat can be achieved; meanwhile, the thermal expander is capable of enabling the preserved meat to generate corner change along the temperature change, preventing the preserved meat from being hardened and accelerating drying and dehydration.

The invention discloses a constant-temperature moxibustion box capable of quickly raising the temperature. The constant-temperature moxibustion box comprises a box body, a box cover and an ash filtering screen and is characterized in that the box cover is a sealing plate which is the same as the top of the box body in size and shape, and thus an opening on the top of the box body can be covered and sealed; two ventilation holes are formed in each wall board corresponding to a long side of the box body; the diameters of the ventilation holes are 1.5-2cm; the distance between the ash filtering screen and the bottom of the box body is 7-13cm; the height of the box body is 13-20cm. The constant-temperature moxibustion box disclosed by the invention has the advantages that the structure is simple, the convenience in operation is realized and quick temperature rise and long-time heat preservation can be realized.

The invention discloses a fire prevention and monitoring device for mountainous areas and belongs to the technical field of fire prevention monitoring. The fire prevention and monitoring device comprises a monitoring tower and an operation room fixedly connected to the monitoring tower. A wind speed and direction sensor and a windmill are mounted on the operation room; a lifting plate is fixedly connected to the side wall of one side of the monitoring tower; a tower body protection mechanism consisting of a tower bottom fireproof cover and a fireproof isolation layer is arranged at the bottomend part of the monitoring tower; the tower bottom fireproof cover and the fireproof isolation layer have a certain fireproof isolation effect on the tower body. An exhaust pipe arranged on an environment monitoring box is communicated with a blast protective cover arranged on a thermal imaging camera and air guided out from the environment monitoring box is guided out from the inner wall of the blast protective cover and a flow guide pipe and a heating mechanism are used for cooperation, so that a lens end face of the thermal imaging camera is effectively cooled or an icing layer and frost onthe lens end face are effectively removed through gas, and thus the thermal imaging camera is protected to a certain extent.

The invention relates to the technical field of plastic processing equipment, in particular to a low-noise plastic production device capable of achieving efficient feeding. The low-noise plastic production device comprises a material bin, a material conveying pipe, a material weighing machine, a material mixing machine, a temporary material bin, an extruder, a die surface hot cutting pelletizer, a first cyclone separator, a second cyclone separator, a vibrating screen and a packing machine which are sequentially connected; the positions between the die surface hot cutting pelletizer and the first cyclone separator, between the first cyclone separator and the second cyclone separator and between the vibrating screen and the packing machine are each provided with an air conveying system; each air conveying system comprises a conveying draught fan, a connecting tee joint and a conveying pipe; the side face of the material bin is spirally wound with a water passing pipe, a heating runner and a feeding channel are constructed at the middle portion of the conveying pipe in the axial direction, and the positions of the conveying draught fans are covered with sound isolation covers; and the positions of the material mixing machine, the first cyclone separator and the second cyclone separator are each provided with a waste gas outlet, and all waste gas outlets are connected with a spraying tower. The low-noise plastic production device can be better applied to plastic processing technologies.

The invention discloses a helix ribbon type zero-discharge gardenia essential oil extracting device. A spiral pipe (A) and a spiral pipe (B) are immersed in a water tank provided with thermal insulation enclosure. A compressor (A), the spiral pipe (A), a capillary (A), a refrigeration air conditioner inner machine, and related pipelines form a thermal pump circulation dehumidifying system (A). A heating air conditioner outer machine, a heating air conditioner inner machine, a capillary (B), the spiral pipe (B), and related pipelines form a thermal pump circulation heating system (B). The system (A) cools the environment in the enclosure and condenses and discharges vaporous water and essential oil. Moreover, the system (A) stores the heat energy released during the process of cooling and condensation of vaporous water and essential oil in the water tank. The system (B) heats the environment in the enclosure, gasifies water and essential oil of gardenia to introduce gasified water and essential oil into the enclosure, and absorbs the heat energy stored in the water tank by the system (A). The systems (A) and (B) works alternatively to evaporate, condense and discharge water and essential oil of gardenia, and stores and uses heat energy in the water tank. Compared with the prior art, the energy consumption is largely reduced, and the loss of gardenia essential oil is nearly zero.

The invention discloses a fiber preheating device for pultrusion of composite material products and a pultrusion method thereof. The fiber preheating device for pultrusion of the composite material products comprises a tetrafluoroethylene glue-extruding plate (1), an electrical heating aluminium plate (2) which is connected and fixed to the tetrafluoroethylene glue-extruding plate (1) through bolts and a power supply plug (3) connected with the upper portion of the electrical heating aluminum plate (2). Counter bores of the same number and size are formed in the tetrafluoroethylene glue-extruding plate (1) and the electrical heating aluminum plate (2) correspondingly. Little spouts (4) penetrate through the counter bores in the tetrafluoroethylene glue-extruding plate (1) and the electrical heating aluminum plate (2). Through holes (5) matched with pre-solidifying mold tools are formed in the outer periphery of the tetrafluoroethylene glue-extruding plate (1). Temperature measuring holes are formed in two side faces of the electrical heating aluminum plate (2) respectively. By means of the fiber preheating device for pultrusion of the composite material products, the pultrusion speed in the pultrusion production process can be effectively improved; the device has a great preheating effect on glass fiber pre-impregnated with resin; and meanwhile, the mechanical property of pultrusion composite material products can be improved, and efficiency and benefits of pultrusion production are improved.

The invention relates to the technical field of plastic processing equipment, and relates to a low-noise plastic production device convenient for raw material preheating. The low-noise plastic production device comprises a stock bin, a material conveying pipeline, a material weigher, a material mixer, a temporary stock bin, an extruder, a die surface hot-cutting granulator, a first cyclone separator, a second cyclone separator, a vibration sieve and a packaging machine which are sequentially connected, wherein pneumatic conveying systems are arranged among the die surface hot-cutting granulator, the first cyclone separator and the second cyclone separator, a pneumatic conveying system is also arranged between the vibration sieve and the packaging machine, and each pneumatic conveying system comprises a conveying fan, a connection tee and a conveying pipeline; a pipeline main body of the material conveying pipeline is constructed with a heating runner and a charge channel along an axial direction; a sound-isolation cover body is arranged at each conveying fan in a covering manner; and waste gas exhaust ports are arranged at the material mixer, the first cyclone separator and the second cyclone separator, and all the waste gas exhaust ports are connected with a spray tower. The low-noise plastic production device disclosed by the invention is convenient for conveying of plastic processing raw materials.

The invention discloses a heat pump type drying device. A water tank is arranged in a heat preserving enclosure; water is injected in the water tank to immerse a spiral coil pipe A and a spiral coil pipe B in the water tank; a compressor A, the spiral coil pipe A, a capillary pipe A, a coil pipe A and relevant pipelines form a heat pump cycle dehumidifying system A; a compressor B, a coil pipe B, a capillary pipe B, the spiral coil pipe B, an outer coil pipe and relevant pipelines form a heat pump cycle heating system B; the system A achieves cooling in the heat preserving enclosure and condensation drainage of vaporous water, and heat released during cooling and condensation of the vaporous water is stored in the water tank; the system B achieves temperature rising in the heat preserving enclosure and the operation of vaporizing water in materials into the heat preserving enclosure and absorbs the heat stored in the water tank by the system A; and the system A and the system B alternately work to achieve evaporation, condensation and drainage of the water in the materials in the heat preserving enclosure and storage and utilization of the heat in the water tank. Compared with an existing gaseous state dehumidifying and drying manner, energy consumption is greatly reduced, and zero emission of refrigerating and dehumidifying heat can be achieved.

The invention discloses a fluidized bed type zero-emission extraction device for neroli essential oil, wherein a spiral pipe A and a spiral pipe B are immersed in a water tank of an insulated enclosure; a compressor A, the spiral pipe A, a capillary tube A, a refrigeration air conditioner internal unit and interrelated pipelines form a heat pump circulation dehumidification system A; a heating air conditioner external unit, a heating air conditioner internal unit, a capillary tube B, the spiral pipe B and interrelated pipelines form a heat pump circulation heating system B; according to the heat pump circulation dehumidification system A, cooling in the insulated enclosure and condensate discharge of vaporous water and essential oil are achieved, and heat released by cooling and condensation of the vaporous water and essential oil is stored in the water tank; according to the heat pump circulation heating system B, a temperature rise in the insulated enclosure and gasification of the moisture and essential oil in neroli into the insulated enclosure are achieved, and the heat which is stored in the water tank by the system A is absorbed; the system A and the system B work alternately, so evaporation, condensation and emission of the moisture and essential oil in the neroli are achieved, and storage and utilization of the heat in the water tank are also achieved. Compared with the prior art, energy consumption is greatly reduced, and the loss of the neroli essential oil is almost zero.

The invention discloses an automatic liquid distribution type zero-release rose essence oil extracting device. A spiral coil pipe A and a spiral coil pipe B are immersed in water in a water tank with a thermal-insulation containment; a compressor A, the spiral coil pipe A, a capillary tube A, a refrigeration air conditioner internal unit and relevant pipelines form an A-group heat pump cycle dehumidification system; a heating air conditioner external unit, a heating air conditioner internal unit, a capillary tube B, the spiral coil pipe B and relevant pipelines form a B-group heat pump cycle heating system; the system A is used for realizing the cooling in the thermal-insulation containment and the condensation release of vaporous water and essence oil and storing the heat released during the cooling and the condensation release of the vaporous water and the essence oil into the water tank; the system B is used for realizing the heating in the thermal-insulation containment, gasifying moisture and essence oil in the rose into the thermal-insulation containment and absorbing the heat stored in the water tank by the system A; and the system A and the system B alternately work to realize the evaporation, condensation, discharging of the moisture and essence oil in the rose and store and utilize the heat in the water tank. Compared with the prior art, the automatic liquid distribution type zero-release rose essence oil extracting device has the advantages that the energy consumption is greatly reduced, and the loss of the rose essence oil is almost zero.

The invention belongs to the technical field of dehydrated vegetable production equipment, particularly relates to hot-air drying equipment for dehydrated vegetables, and solves the problem of insufficient energy utilization of conventional hot-air drying equipment of the dehydrated vegetables. The hot-air drying equipment comprises a boiler and hot-air drying ovens, the hot-air drying ovens include a plurality of first hot-air drying ovens and a plurality of second hot-air drying ovens, the boiler is connected with water inlets of the first hot-air drying ovens through a water pipe, water outlets of the first hot-air drying ovens are connected with water inlets of the second hot-air drying ovens, and water outlets of the second hot-air drying ovens are connected with a drain pipe. The heat sources are fully utilized since the heat sources provided by the boiler are utilized in a multistage manner and the hot-air drying ovens are divided into three stages to have the dehydrated vegetables dried.

The invention relates to the technical field of plastic processing equipment, and relates to a plastic production device provided with a raw material preheating pipeline. It includes sequentially connected silos, feeding pipelines, weighing machines, mixers, temporary silos, extruders, die surface eager cutting granulators, first cyclone separators, second cyclone separators, vibrating screens and Packaging machine; the feeding pipeline includes a pipeline body, the pipeline body includes a columnar pipeline body, the middle part of the pipeline body is configured with a heating flow channel for entering high-temperature medium in the axial direction, and the inside of the pipeline body is structured around the heating flow channel in the axial direction There is at least one feed channel for feeding materials; the mixer, the first cyclone separator and the second cyclone separator are all provided with waste gas outlets, and all the waste gas outlets are connected with a spray tower. The invention can preferably preheat the transported plastic processing raw materials.

The invention discloses a screen body magnetic vibration air conditioning type drying device. A water tank is arranged in a heat insulation enclosure. Water is poured into the water tank to immerse a spiral coil A and a spiral coil B which are located in the water tank. A heat pump circulating dehumidifying system A is formed by a compressor A, the spiral coil A, a capillary tube A, a refrigerating air conditioning internal machine and relevant pipelines. A heat pump circulating heating system B is formed by a heating air conditioning external machine, a heating air conditioning internal machine, a capillary tube B, the spiral coil B and relevant pipelines. Evaporation, condensation and discharge of moisture of materials in the heat insulation enclosure and storage and utilization of heat in the water tank are achieved through alternate working of the system A and the system B. A device used for driving a screen body to conduct differential and impulse type vibration in a magnetic mode is further arranged in the heat insulation enclosure. Compared with an existing gas state dehumidifying drying mode, energy consumption is greatly reduced, and refrigerating and dehumidifying heat zero emission can be achieved; and the screen body is driven to conduct differential and impulse type vibration up and down through alternate magnetic force, material stirring is particularly facilitated, material hardening is avoided, and airflow through drying is promoted.

The invention relates to the technical field of plastic processing equipment, in particular to a plastic production system with a raw material preheating pipeline.The plastic production system comprises a stock bin, a material conveying pipeline, a material weigher, a material mixer, a temporary stock bin, an extruder, a modular surface hot-cutting granulator, a first cyclone separator, a second cyclone separator, a vibrating screen and a packager which are sequentially connected; the material conveying pipeline comprises a pipeline body, the pipeline body comprises a pipeline main body shaped like a column, the middle of the pipeline main body is provided with a heating runner used for introducing a high-temperature medium in the axial direction, and at least one feeding channel used for introducing materials is formed in the pipeline main body in the axial direction in the mode of surrounding the heating runner.The plastic production system with the raw material preheating pipeline can well preheat the production raw materials.

The invention discloses an air-conditioning type drying device. A water tank is arranged in a heat-insulating enclosure, water is injected into the water tank to immerse a spiral coil A and a spiral coil B in the water tank. A compressor A, the spiral coil A, a capillary tube A and a refrigerating air conditioner internal unit and relevant pipes form a heat pump circulating humidification system A. A heating air conditioner external unit, a heating air conditioner internal unit, a capillary tube B and relevant pipes form a heat pump circulating heating system B. The system A achieves temperature reduction in the heat-insulating enclosure and condensation and discharge of vaporous water and stores heat released through temperature reduction and vaporous water condensation. The system B achieves temperature rise in the heat-insulating enclosure and material moisture vaporization to the heat-insulating enclosure and absorbs the heat stored in the water tank by the system A. The system A and the system B alternatively work to achieve evaporation, condensation and discharge of material moisture in the heat-insulating enclosure and storage and utilization of the heat in the water tank. Compared with an existing gaseous humidification and drying mode, the energy consumption is greatly reduced, and refrigeration, dehumidification and zero heat discharge can be achieved.