50results about How to "Affect the drying effect" patented technology

The invention discloses a drying device for shoe processing. The device comprises a drying box shell, the drying box shell is divided into a drying chamber and a motor chamber through a first verticalpartition plate, and a speed reducer is arranged on the portion, in the middle of the drying chamber, of the upper surface of the drying box shell, and the upper portion of the speed reducer is rotatably connected with a rotation motor through a rotation shaft; a rotation rod is rotatably connected to the bottom of the speed reducer and vertically arranged in the drying chamber, and an outer piperotatably sleeves the upper end of the rotation rod; a horizontal connection pipe is communicated with the bottom of the rotation rod, downward air outlet branch pipes are arranged at the bottom endface of the connection pipe at equal intervals, and a fan is installed on the left side wall in the drying chamber; a temperature sensor is installed on the portion, of the first partition plate, of the right side wall in the drying chamber. According to the drying device for shoe processing, shoes of different materials can be dried, the drying temperature can be controlled, material loss is reduced, and the drying efficiency is improved through the fan and a ventilation motor.

The invention provides a tidal range automatic drying cultivation method for laver culture. The automatic drying cultivation method comprises a culture net field composed of multiple horizontal floating ropes and vertical floating ropes, and drying device sets and culture net sets are arranged between adjacent vertical floating ropes; each column of drying device sets is composed of multiple automatic drying devices, and each automatic drying device comprises a hollow pick-up rod and a floating rod; one ends of the hollow pick-up rods are perpendicularly connected with the middle portions of the floating rods, and a plurality of tail wings for stabilizing the hollow pick-up rods are evenly arranged at the other ends of the hollow pick-up rods in the peripheral direction of the rods; big floats are arranged on the hollow pick-up rods between the tail wings and the floating rods in a sleeving mode, inclined pull ropes are arranged between both ends of the big floats and the floating rods, and drying cables which can cooperate with the big floats to shoulder the floating rods are arranged in the hollow pick-up rods in a penetrating mode. According to the tidal range automatic drying cultivation method for laver culture, with the arrangement of the automatic drying devices, automatic drying and automatic water falling of the culture nets are achieved, and drying labor intensity is reduced; with the arrangement of the tail wings and the inclined pull ropes, the balance performance of the pick-up rods is improved; natural tides are fully utilized to achieve automatic drying of the laver culture net field, mechanized harvest is achieved, and the method can be used for culture in deep seas and open seas.

The invention relates to an assembly line type filter cloth drying oven. A multi-linkage rotation mechanism is introduced. Because a plurality of motor electric control rolling shafts (10) are arranged inside a drying oven body (1), the travel distance of filter cloth is increased in the longitudinal direction on the basis of the limited inside space of the drying oven body (1) under the working mode of a filter cloth assembly line, and the drying duration of the filter cloth is prolonged; meanwhile, as for the design of the multiple motor electric control rolling shafts (10), the contact area between the motor electric control rolling shafts (10) and the filter cloth wound around the motor electric control rolling shafts (10) is extremely small, squeezing of objects in contact with the filter cloth on resin on the surface of the filter cloth is avoided to the greatest extent, and accordingly the drying effect of the filter cloth is not affected; and besides, a drive trigger mechanism is arranged in the position, on one side of a filter cloth outlet (3), on the drying oven body (1), by detecting movement of the filter cloth, the motor electric control rolling shafts (10) are synchronously controlled to rotate through a synchronous motor drive circuit (13), smoothness of rotation of the filter cloth in the drying oven is ensured, and therefore the drying efficiency of the filter cloth can be effectively improved.

The invention discloses dual-hot-fan oven for processing vegetables. The dual-hot-fan oven comprises a first fan, a PLC, an air exhaust device, a rotary motor, a box body, a second hot fan, a moisture detector and a storage battery pack box, wherein the first hot fan and the second hot fan are connected with the box body through a first air inlet pipe and a second air inlet pipe, an air guide pipe is arranged in the box body, one end of the air guide pipe is connected with the first air inlet pipe, the other end of the air guide pipe is connected with the second air inlet pipe, an air equalizing plate is arranged in the box body, the rotary motor is arranged on a outer wall of one side of the box body, the moisture detector is arranged in the center of a rotation shaft, and the air exhaust device is fixed to the first hot fan and the second hot fan through a first support and a second support. An observation window is arranged on the box body, and the observation window is arranged in right front of a rotary drum; thus, a worker can observe the vegetable baking state, and the best baking effect can be obtained.

The invention relates to the field of crop processing equipment, and discloses a drying device for filamentous crops, comprising a feeding mechanism, an outer box, an air supply mechanism and a drying mechanism. The driving mechanism and the drying mechanism include a material-bearing cylinder and a supporting round table. The inner and outer walls of the material-bearing cylinder are respectively provided with a continuous inner spiral flow channel and an outer spiral flow channel. The trumpet pressing piece has a horn-like structure, a through-hole group for discharging the filamentous crops is arranged on the bearing cylinder, and a side door is arranged on the side wall of the outer box. The separation of dry and wet filamentous crops during the drying process of filamentous crops prevents the filamentary crops from entanglement, and does not require the existing stirring mechanism to turn the filamentous crops, and the filamentous crops will not be broken and damaged. , to ensure the quality of filamentous crops, strong practicability.