The invention provides a balanced drying system, comprising an air supply and exhaust main pipeline, and at least two groups of drying units; the drying units each comprises a unit air supply fan and a drying oven, the drying units each is provided with a unit air inlet and a unit air outlet, the drying oven is provided with a drying oven air inlet and a drying oven air outlet, and all of the groups of the drying units are disposed in pairs at intervals on the air supply and exhaust main pipeline via the unit air inlet and the unit air outlet, the unit air inlet is connected with the drying oven air inlet, and the unit air outlet is connected with the drying oven air outlet. The invention has the advantages of concise and stable system, simple adjustment, low exhaust air volume, low energy consumption and the like.

The invention provides a balanced drying system, comprising an air supply and exhaust main pipeline, and at least two groups of drying units; the drying units each comprises a unit air supply fan and a drying oven, the drying units each is provided with a unit air inlet and a unit air outlet, the drying oven is provided with a drying oven air inlet and a drying oven air outlet, and all of the groups of the drying units are disposed in pairs at intervals on the air supply and exhaust main pipeline via the unit air inlet and the unit air outlet, the unit air inlet is connected with the drying oven air inlet, and the unit air outlet is connected with the drying oven air outlet. The invention has the advantages of concise and stable system, simple adjustment, low exhaust air volume, low energy consumption and the like.

A battery powered blow dryer having a novel heating element technology that can be powered by an attached battery pack. The heating element includes an infrared light bulb that emits high heat with relatively low power consumption compared to current methods. The present invention patent also describes a unique configuration of battery cells to optimally perform the task of blow drying hair.

A nozzle includes a slit-shaped discharge port at tip ends of a pair of nozzle walls arranged to face each other at a predetermined interval and a plurality of protrusions protruding toward the facing nozzle walls at tip end sides of the nozzle walls.

A heating device includes a hermetic container configured to accommodate a heatable object, a nozzle that supplies superheated steam into the hermetic container, a partition plate that separates a supplying region for the superheated steam from a heating region where the heatable object is heated in the hermetic container, an opening arranged in the partition plate, the opening allowing the superheated steam to be blown from the supplying region toward the heatable object in the heating region, an electric heater that heats the superheated steam in the supplying region, and a circulation mechanism that circulates the superheated steam from the supplying region to the heating region.

A drying system includes a nozzle attached to an air supply duct of a drying chamber that blows out heated air inside the duct toward an object to be dried inside the chamber. The nozzle includes a horn-shaped inner-side surface made of pairs of first and second inner-side surfaces that respectively face each other in first and second directions, an opening width of the second surfaces in the second direction gradually increasing forward in a direction in which the air is blown and being 2 to 25 times inclusive larger than an opening width in the first direction. The drying system includes: the duct with the nozzles; a feeding device feeding air to the duct; and a heating device heats the fed air. The feeding device feeds air to the duct such that the air blown out from the nozzle spreads more in the first direction than in the second.

Provided is a device (1) for drying a columnar structure (30) supported upright on a supporting surface (2a), wherein a feeding part (5a) for feeding drying gas toward the supporting surface (2a) and a discharge part (6b) for discharging the fed drying gas are both provided in an opposing surface (6a) facing the supporting surface (2a). A plurality of feeding parts (5a) and a plurality of discharge parts (6b) are preferably provided, and the plurality of discharge parts (6b) are preferably symmetrically disposed around one feeding part (5a).

Provided is a device (1) for drying a columnar structure (30) supported upright on a supporting surface (2a), wherein a feeding part (5a) for feeding drying gas toward the supporting surface (2a) and a discharge part (6b) for discharging the fed drying gas are both provided in an opposing surface (6a) facing the supporting surface (2a). A plurality of feeding parts (5a) and a plurality of discharge parts (6b) are preferably provided, and the plurality of discharge parts (6b) are preferably symmetrically disposed around one feeding part (5a).

A system, method, and apparatus for drying a hydration system comprises an airflow apparatus comprising a case, a heating element, a fan, a cap for a hydration bladder cap comprising a fluidic connection to bladder and air flow apparatus, a conduit connected to cap and airflow apparatus, conduit further comprising an exhaust vent, a clip connected to a mouthpiece associated with bladder wherein airflow apparatus produces airflow through bladder and mouthpiece, and a rack configured to hold hydration bladder while airflow flow through bladder and mouthpiece.

A dryer for increasing the dryness by fixing the inside of a bowl-shaped workpiece toward a rotating table side is provided. A dryer for drying an object includes a rotatable hollow cylindrical rotation shaft, a center shaft supported inside of the rotation shaft via a bearing and does not rotate, the center shaft having an inner blow passage therein extending along the center shaft, a rotation plate fixed to the first end of the rotation shaft; an inner fixed nozzle extending along the first end of the rotation shaft from the center shaft, a jig disposed on the rotation plate for fixing the object, a drive motor for rotating the rotation shaft, and a blower connected to the inner blow passage.