Provided herein is a portable clothes drying device, which includes a base unit and an air outlet unit; wherein the base unit is configured to not only enable the portable clothes drying device to be used in various kinds of use spaces, but also provide the portable clothes drying device with the functions of heating, drying, disinfecting, etc.; and wherein the air outlet unit is configured to correspond to various kinds of clothes with different geometric shapes.

A device (1) and a method for drying dialysis filters are provided. The device (1) has a drying chamber (2) and a microwave generating unit (3), which emits microwaves into the drying chamber (2). This allows effectuate rapid drying cost-effectively. The microwave generating unit (3) has a variable frequency and/or a variable power.

A method for drying materials is disclosed. The method comprises introducing a material into a dryer chamber, creating steam from vaporizing moisture in the material by maintaining the chamber at a temperature, conditioning the material using the steam created from vaporing moisture in the material by conveying the material along a length of the chamber from an inlet end to an outlet end, exhausting steam near the inlet end of the chamber, exhausting steam near a dry-end exit end of the chamber, controlling a migration of moisture between the inlet and outlet ends by adjusting an exhaust flow rate near the inlet end of the chamber and/or an exhaust flow rate near the dry-end exit end of the chamber, and withdrawing the material from the chamber.

In order to provide a separating device for separating two spatial regions, which has a simple structure and provides for efficient fluid separation, it is proposed that the separating device comprises a supply device for supplying a separating fluid to be introduced between the two spatial regions, the supply device preferably comprising at least two guide elements for guiding the separating fluid, which guide elements are designed in particular as guide plates

An apparatus for heating three-dimensional printing filaments comprising a heating chamber including an insulation lining and spool holders mounted at a base of the heating chamber, a heater fan assembly mounted above the heating chamber, wherein the heater fan assembly comprises a powered fan and heater configured to heat air and circulate the heated air to the heating chamber, and a diverter situated between the heater fan assembly and the heating chamber, wherein the diverter splits and directs the heated air to the heating chamber through a pair of channels. The apparatus further comprising a plurality of exhaust ports at top sidewall portions and bottom sidewall portions of the heating chamber, wherein the plurality of exhaust ports allowing the heated air to escape from the heating chamber, and fitting adapters comprising apertures that allow filament material to be dispensed from the heating chamber.

A locker includes a pair of spaced-apart upstanding sidewalls and at least one shelf extending between the sidewalls, the shelf and sidewalls defining a compartment. A rack is disposed in the compartment and extends upwardly from the shelf. The rack is dimensioned and configured to support at least a pair of shoulder pads and preferably both pads and a helmet. The rack optionally includes a ventilation system, and the ventilation system may be incorporated into a multi-locker ventilation system.

A multipurpose dryer according to an embodiment of the present disclosure allows free use of both hands during drying by adjusting the direction of a nozzle. The multipurpose dryer includes a body part including a blower inside to suck outdoor air, heat or cool it and force the heated or cooled air, and a manipulation panel outside to control the blower, a hose part including a first hose capable of freely bending and maintaining a deformed shape with one end coupled to the body part and the other end formed as a free end, and a second hose capable of freely bending and positioned inside the first hose, with one end coupled to the blower and the other end formed as a free end, and a nozzle part coupled to the other end of the second hose to spray the hot or cold air supplied from the blower.

A locking device for preventing freewheeling of an aeration fan rotor. The locking device comprises an elongated body having a predetermined length. The elongated body is adapted for being disposed through an opening of a fan housing containing the aeration fan rotor therein such that in a first position a first end portion of the elongated body is enabled to interact with the aeration fan rotor for preventing freewheeling of the aeration fan rotor and a second opposite end portion of the elongated body is placed outside the fan housing. The locking device further comprises means for holding the elongated body in the first position and a second position such that in the second position the first end portion of the elongated body is prevented from interacting with the aeration fan rotor.

A portable drying device that includes a fan unit that distributes air through the device, at least one drying manifold having a first end, a second end, and at least one outlet between the first end and the second end for distributing the drying air. The device further includes at least one dryer attachment selectively secured to the at least one opening of the at least one drying manifold.

An automatic constant-temperature dehumidification device, comprising at least two dehumidification heat pump assemblies having two refrigerant modules and an air module. The refrigerant module comprises a primary refrigerating module and a secondary refrigerating module, the primary refrigerating module and the secondary refrigerating module each comprising a condenser, an evaporator and a compressor. An air inlet pipe of the air module is connected to a hot side of a heat regenerator, the hot side of the heat regenerator is connected to the evaporators through ventilation pipes, the evaporators are connected to a cold side of the heat regenerator through ventilation pipes, and the cold side of the heat regenerator is connected to one of the condensers through a ventilation pipe.