The present invention relates to a wardrobe for storage and drying of sports equipment and/or clothes. This wardrobe has an opening, an air circulation fan and an exhaust vent at the bottom, an intake vent at the top, and suspending means for suspending articles such as sports equipment or clothes. Turning on the fan activates active drying of the articles. Additionally, the present invention relates to a method of storing and drying articles comprising suspending the articles in a wardrobe, the interior of said wardrobe comprising an air circulation fan and an exhaust vent at the bottom; an intake vent at the top; and suspending means for suspending the articles. The articles that are difficult or take more time to dry can be placed closest to the fan. The wardrobe can have a rigid or flexible interior cavity and the flexible wardrobe can be capable of hanging on a rod and additionally can be packed in a bag with or without a kit with support poles and feet.

The present invention relates to a wardrobe for storage and drying of sports equipment and/or clothes. This wardrobe has an opening, an air circulation fan and an exhaust vent at the bottom, an intake vent at the top, and suspending means for suspending articles such as sports equipment or clothes. Turning on the fan activates active drying of the articles. Additionally, the present invention relates to a method of storing and drying articles comprising suspending the articles in a wardrobe, the interior of said wardrobe comprising an air circulation fan and an exhaust vent at the bottom; an intake vent at the top; and suspending means for suspending the articles. The articles that are difficult or take more time to dry can be placed closest to the fan. The wardrobe can have a rigid or flexible interior cavity and the flexible wardrobe can be capable of hanging on a rod and additionally can be packed in a bag with or without a kit with support poles and feet.

There is described here a method of desiccation of aerobic granules.

A substrate processing apparatus includes a process chamber including a first body and a second body that are coupled to each other to form a processing space therein, a clamping member configured to clamp the first body and the second body, and an anti-friction member mounted in a groove formed in a contact region between the first body or the second body and the clamping member.

Provided is a substrate processing apparatus including a processing container configured to receive a substrate on which a dry preventing liquid is filled and perform a supercritical processing on the substrate; a fluid supply line connected to the processing container and configured to supply a processing fluid to the processing container; a fluid discharge line connected to the processing container and configured to discharge the processing fluid in the processing container; and a first circulation line connected to an upstream side and a downstream side of the processing container, and provided independently from the fluid supply line and the fluid discharge line to circulate the processing fluid in the processing container. The first circulation line is provided with a first reservoir tank that receives the processing fluid from the processing container and has a capacity larger than that of the processing container.

Provided is a substrate processing apparatus including a processing container configured to receive a substrate on which a dry preventing liquid is filled and perform a supercritical processing on the substrate; a fluid supply line connected to the processing container and configured to supply a processing fluid to the processing container; a fluid discharge line connected to the processing container and configured to discharge the processing fluid in the processing container; and a first circulation line connected to an upstream side and a downstream side of the processing container, and provided independently from the fluid supply line and the fluid discharge line to circulate the processing fluid in the processing container. The first circulation line is provided with a first reservoir tank that receives the processing fluid from the processing container and has a capacity larger than that of the processing container.

Disclosed is a substrate processing apparatus including a dry processing unit and a controller. The dry processing unit includes: a chamber that accommodates the substrate; a supercritical processing liquid supply unit that supplies a supercritical processing liquid to the substrate; a heating unit that heats an inside of the chamber; and a discharge unit that discharges a fluid in the chamber from the chamber. The controller controls the supercritical processing liquid supply unit, the heating unit, and the discharge unit such that the supercritical processing liquid is supplied to the substrate before or after the substrate is accommodated in the chamber, the inside of the chamber is heated to change the supercritical processing liquid into a supercritical fluid or a subcritical fluid, and the supercritical fluid or the subcritical fluid is discharged from the chamber.

An air handling system includes a housing, a blower, a sensor, an air intake valve, and a controller. The housing includes an outlet to a passenger compartment, a fresh air inlet providing fresh air into the housing and a recirculated air inlet that guides air flow from the passenger compartment into the housing. The blower moves air through the housing. The air intake valve moves between a closed position blocking air flow from the fresh air inlet into the housing and an open position unblocking air flow from the fresh air inlet into the housing. The controller positions the air intake valve relative to the fresh air inlet controlling the flow of fresh air into the housing and thereby maintaining moisture density of the air flow entering the passenger compartment within a prescribed range based on humidity and temperature values from the sensor.

An air handling system includes a housing, a blower, a sensor, an air intake valve, and a controller. The housing includes an outlet to a passenger compartment, a fresh air inlet providing fresh air into the housing and a recirculated air inlet that guides air flow from the passenger compartment into the housing. The blower moves air through the housing. The air intake valve moves between a closed position blocking air flow from the fresh air inlet into the housing and an open position unblocking air flow from the fresh air inlet into the housing. The controller positions the air intake valve relative to the fresh air inlet controlling the flow of fresh air into the housing and thereby maintaining moisture density of the air flow entering the passenger compartment within a prescribed range based on humidity and temperature values from the sensor.

Terminally sterilized demineralized bone material (DBM) and systems and methods for protecting DBM against damage caused by terminal irradiation are described. A method includes providing the DBM, which includes at least a collagen matrix and natural, non-collagenous protein. The DBM is soaked in a mixture of glycerol and a solvent to remove and replace water in the collagen matrix of the DBM. The DBM is dried, after soaking, to form a protected DBM.