30results about How to "Humidity effect" patented technology

The invention relates to a constant-temperature and constant-humidity production workshop, which comprises a production workshop and a dehumidifying machine set, wherein the production workshop is provided with an air outlet, a primary return air inlet and a secondary return air inlet; the dehumidifying machine set comprises a fresh air unit for causing fresh air to enter, a fresh air surface cooling unit for cooling, a primary return air unit for causing primary return air to enter, a mixed air unit for mixing the fresh air and the primary return air, a rotating wheel regenerating heating unit for raising temperature and dehumidifying, a secondary return air unit for causing secondary return air to enter, an air-supply surface cooling unit for cooling and an air-out unit; the air outlet is communicated with the air-out unit, the primary return air inlet is communicated with the primary return air unit, and the secondary return air inlet is communicated with the secondary return air unit; and the rotating wheel regenerating heating unit is provided with an exhaust port used for exhausting humid air. The invention also relates to an operation method of the constant-temperature and constant-humidity production workshop. The constant-temperature and constant-humidity production workshop has the advantages that the structure is simple, the energy consumption is reduced, wood can be stored, and operators can carry out processing in the production workshop. The production workshop is suitable for processing guitars.

The invention discloses a fiberboard paving and forming device, comprising a conveying mechanism and a processing mechanism. The processing mechanism is arranged on the top of the conveying mechanism, and the processing mechanism comprises a bottom frame. The outer surfaces of both sides of the bottom frame are fixedly connected with fixing plates near the center. The bottom of each fixing plate is fixedly connected with an oil cylinder by bolts. The output ends of the two oil cylinders slide through the outer surfaces of both sides of the bottom frame respectively. The output end of each oil cylinder is fixedly connected with a pressure plate. Fixed connection limit plate. In the present invention, different fibrous materials can be effectively put on the top of the carrier plate through the material injection frame, and then under the influence of the vibration of the vibration motor, the carrier plate can effectively disperse the agglomerated fibrous materials, and further disperse the fibrous materials. The fiber material is effectively scattered to make the top of the oil storage frame, and then the fiber material can be effectively heated by controlling the temperature of the heat transfer oil.

The invention provides a double-layer glass curtain wall structure and an intelligent control method and belongs to the field of construction. An intelligent control system with a plurality of control modes is arranged on a double-layer glass curtain wall. Electric opening degree adjusting devices are arranged at a ventilation opening in an inner glass curtain wall body and at a ventilation opening in an outer glass curtain wall body. Ventilating grill sealing devices are arranged on ventilating grills. A temperature and humidity sensor and smoke probes are arranged in a ventilating channel and in a building correspondingly. Flexible sunshade fabric blinds capable of being rolled are arranged on the inner side of the outer glass curtain wall body. The double-layer glass curtain wall structure is provided with a power generation device. According to the double-layer glass curtain wall structure, indoor temperature adjustment can be conducted automatically through the intelligent control system, natural wind is sufficiently utilized for driving the rotary power generation device to generate power, and flexible solar cells are utilized for generating power, so that green energy resources are generated, carbon emission can be reduced, the greenhouse effect is avoided, and green ecology of the building is achieved.

The invention provides a making method of a luminous fire label, and the making method is as follows: performing ball milling on raw materials potash feldspar, soda feldspar, chinastone, pyrophyllite, diopside, kaolin, alumina ore, Xinyang soil, black clay and sodium potassium feldspar to obtain slurry, using a drying tower to dry until the moisture is less than 6.5% to obtain powder, using a press to press the powder into a blank mold; burning the blank mold at the high temperature of 1200-1250 DEG C to obtain a ceramic tile with the moisture absorption rate of 1%+ / -0.5; printing patterns with different labels on the ceramic tile surface by a screen printing plate screen printing way, and then entering into a roller kiln at 1200 DEG C for firing. The luminous fire label prepared by the method can resist the high temperature of 1200 DEG C without damage to the label, and the luminous fire label can really play the effects of protecting people's life and guiding correct escape routes.

The invention discloses a van-mounted dust-removing and cooling device for tunnel construction. The van-mounted dust-removing and cooling device comprises a traveling mechanism and a van body arrangedon the traveling mechanism, the van body is composed of a transport van driving cab and a transport van flat plate, and a dust absorbing system is arranged on the transport van flat plate and composed of a waste gas absorbing telescopic arm located on the upper part of the transport van driving cab, a dust-removing waste gas purifying box, a fan, a circulating water pump system, a hydraulic system and an electric cable reel, wherein the dust-removing waste gas purifying box, the fan, the circulating water pump system, the hydraulic system and the electric cable reel are arranged on the transport van flat plate. The van-mounted dust-removing and cooling device can be moved and is high in dust removing efficiency, stable in performance, high in automation degree, convenient to maintain, safe, reliable, and low in noise, the construction environment can be improved effectively and quickly, and the environment protection requirements are met.