The present application provides a method for preventing wildfire in a target, the method comprising providing an aqueous composition comprising fire retardant and fibrillar cellulose and applying the aqueous composition to the target. The present application also provides an aqueous composition comprising fire retardant and fibrillar cellulose, and a container comprising the aqueous composition. The present application also provides use of the aqueous composition for preventing wildfire.

A removal tool is applied to remove a Presta valve, the Presta valve includes a Presta core, the Presta core includes a fixing portion with screw threads, and the fixing portion of the Presta valve has two drive faces not having screw threads. The fixing portion of the Presta valve also has a valve head. The removal tool includes a body. The body includes a Presta detachable head which has a Presta cutout, two Presta actuation planes, and a through orifice. A Presta flexible positioning means is fixed on the Presta cutout of the Presta detachable head of the body and is staggered from the two Presta actuation planes, and the Presta flexible positioning means corresponds to the fixing portion of the Presta core.

A removal tool is applied to remove a Presta valve, the Presta valve includes a Presta core, the Presta core includes a fixing portion with screw threads, and the fixing portion of the Presta valve has two drive faces not having screw threads. The fixing portion of the Presta valve also has a valve head. The removal tool includes a body. The body includes a Presta detachable head which has a Presta cutout, two Presta actuation planes, and a through orifice. A Presta flexible positioning means is fixed on the Presta cutout of the Presta detachable head of the body and is staggered from the two Presta actuation planes, and the Presta flexible positioning means corresponds to the fixing portion of the Presta core.

This invention relates to a housing for a GPS tracker, the housing being attachable to an inflation valve and comprising: a receptacle in the housing which is shaped to accept a GPS tracker, and a connector for attaching the housing to the inflation valve. The invention also relates to a GPS tracker housing kit comprising: a housing as described above, an inflation valve, and optionally one or more of: a GPS tracker, one of more grommets which are shaped to fit around the inflation valve, a tyre rim, and a tyre. In addition, the invention relates to the combination of the housing as described above and an inflation valve, wherein the housing is attached to the inflation valve.

This invention relates to a housing for a GPS tracker, the housing being attachable to an inflation valve and comprising: a receptacle in the housing which is shaped to accept a GPS tracker, and a connector for attaching the housing to the inflation valve. The invention also relates to a GPS tracker housing kit comprising: a housing as described above, an inflation valve, and optionally one or more of: a GPS tracker, one of more grommets which are shaped to fit around the inflation valve, a tyre rim, and a tyre. In addition, the invention relates to the combination of the housing as described above and an inflation valve, wherein the housing is attached to the inflation valve.

An air chuck includes a body and a valve core interface. The body includes output, interface, and input ports. The body defines a first passageway that extends between the output and interface ports. The input port defines a second passageway that is in fluid communication with the first passageway. The valve core interface is slidably coupled with the body and is slidable between extended and retracted positions. The valve core interface includes a shaft and a knob. The shaft includes proximal and distal ends. The distal end is at least partially disposed in the first passageway. The knob is coupled with the proximal end of the shaft. The shaft is rotatably coupled with the body and is selectively rotatable in either tightening or loosening directions via the knob. The distal end of the shaft comprises a grasping feature that is configured to grasp a valve core of a valve stem.

A multi-tire inflation/deflation system. The multi-tire inflation/deflation system includes an air compressor, the air compressor configured to take in ambient air and discharge compressed air at a pressure higher than ambient pressure and a power input for the air compressor, where the power input is configured to provided electrical power to the air compressor. The multi-tire inflation/deflation system also includes a control, where the control allows the user to select a desired pressure and an output hose, where the compressed air is output from the air compressor. The multi-tire inflation/deflation system further includes a connector, where the connector allows the output to be connected to an external device and a slide valve, where the slide valve is configured to allow a user to turn off or on the air flow as desired.

A threaded fixing structure includes an inflating valve, a base and a sealing ring, the inflating valve is in threaded connection with the base, the sealing ring is arranged between the inflating valve and the base, after the threaded connection between the inflating valve and the base is completed, a fixed protrusion portion is formed on the surface, attached to the inflating valve, of the base by punching, and the fixed protrusion portion is sunken into the inflating valve to limit the relative rotation between the base and the inflating valve. Accordingly, the inflating valve and the base are limited and locked with each other through a fixing part, so that the relative rotation between the inflating valve and the base is avoided, the threaded connection between the inflating valve and the base is prevented from loosening.

A valve cap includes a cap housing, where a self-sealing inflation valve is provided in a chamber of the cap housing; the self-sealing inflation valve includes a valve core rod, a reset spring, a valve core sealing gasket, and a valve core base; the valve core base is mounted in a middle-lower part of the chamber; the valve core rod is movably provided in the chamber, and a lower end of the valve core rod penetrates into an inflation channel of the valve core base; a circular sealing protrusion is provided in the inflation channel; the valve core sealing gasket is sleeved on the valve core rod; the valve core sealing gasket is in a seal fit with the sealing protrusion; the reset spring is sleeved on the valve core rod; the lower end of the valve core rod is riveted to a valve core rivet joint.

A valve cap includes a cap housing, where a self-sealing inflation valve is provided in a chamber of the cap housing; the self-sealing inflation valve includes a valve core rod, a reset spring, a valve core sealing gasket, and a valve core base; the valve core base is mounted in a middle-lower part of the chamber; the valve core rod is movably provided in the chamber, and a lower end of the valve core rod penetrates into an inflation channel of the valve core base; a circular sealing protrusion is provided in the inflation channel; the valve core sealing gasket is sleeved on the valve core rod; the valve core sealing gasket is in a seal fit with the sealing protrusion; the reset spring is sleeved on the valve core rod; the lower end of the valve core rod is riveted to a valve core rivet joint.