Abstract: Equipment carriers include a carrier box and an equipment holder that can be disposed on a vehicle and can be configured to store and transport equipment, such as fishing equipment. The carrier box can include a bottom portion and a lid portion, each defining a compartment within the carrier box. A clamp can be disposed in the carrier box and configured to secure equipment that extends through the carrier box. The clamp can comprise a securement latch to secure the equipment within the carrier box. The equipment holder can include notches configured to receive equipment that extends through the equipment holder and a lid portion configured to secure the equipment in the notches. The carrier box and equipment holder can be spaced apart from one another on a vehicle such that equipment extends between and is secured by both the equipment holder and the clamp disposed in the carrier box.

Abstract: Equipment carriers include a carrier box and an equipment holder that can be disposed on a vehicle and can be configured to store and transport equipment, such as fishing equipment. The carrier box can include a bottom portion and a lid portion, each defining a compartment within the carrier box. A clamp can be disposed in the carrier box and configured to secure equipment that extends through the carrier box. The clamp can comprise a securement latch to secure the equipment within the carrier box. The equipment holder can include notches configured to receive equipment that extends through the equipment holder and a lid portion configured to secure the equipment in the notches. The carrier box and equipment holder can be spaced apart from one another on a vehicle such that equipment extends between and is secured by both the equipment holder and the clamp disposed in the carrier box.

Abstract: An animal call which generally includes a housing having a first portion rotatably combined with a second portion. An opening is formed in a wall of the housing between a mouthpiece and an outlet end. A reed is disposed within the opening and is adapted to vibrate in response to passing air. The reed is combined with the first housing portion. A helical member is formed inside the second housing portion. An adjustment member has a helical engagement member that engages the helical member. The adjustment member includes an adjustment arm in frictional engagement with the reed. The helical member acts as an auger to move the adjustment member along the length of the reed as the second housing portion is rotated relative to the first housing portion.

Abstract: An animal call which generally includes a housing having a first portion rotatably combined with a second portion. An opening is formed in a wall of the housing between a mouthpiece and an outlet end. A reed is disposed within the opening and is adapted to vibrate in response to passing air. The reed is combined with the first housing portion. A helical member is formed inside the second housing portion. An adjustment member has a helical engagement member that engages the helical member. The adjustment member includes an adjustment arm in frictional engagement with the reed. The helical member acts as an auger to move the adjustment member along the length of the reed as the second housing portion is rotated relative to the first housing portion.

Abstract: An animal call device commonly referred to as a grunt tube. The grunt tube generally includes a housing, a reed, and an adjustment arm adapted to engage the reed. The adjustment arm is combined with a first portion of the grunt tube which may be one of either the outlet end, the housing, or the mouthpiece. The reed is combined with a second portion of the grunt tube which may be a different one of either the outlet end, the housing, or the mouthpiece. The first portion of the grunt tube moves relative to the second portion of the grunt tube thereby causing the adjustment arm to move relative to the reed and engage the reed at different locations to change the sound produced by the grunt tube.

Abstract: A fuel cell power plant assembly includes an accumulator having a housing. In one example, at least one demineralizer portion is positioned to interact with fluid within the accumulator housing. This allows for warm fluid within the accumulator housing to provide heat to the demineralizer portion. In one example, the demineralizer portion is within the housing. Another example includes a separator supported within the housing of the accumulator. A disclosed example includes a conical shaped baffle as the separator. The separator separates liquid from gas and facilitates distributing fluid flow within the accumulator housing to provide increased heat exchange with the demineralizer portion within the housing.

Abstract: The water transport plates (8) of a stack of fuel cells (9) receive water from an accumulator (11) which has a vent (17) within which demineralizers (33) are disposed. The entrance to the accumulator has a conical baffle which disrupts the flow of water entering the accumulator, thereby acting as a gas separator (16). A coolant pump (23) pumps coolant through a heat exchanger (25) where it is divided between an accumulator inlet conduit (31) and a demineralizer inlet conduit (32), the flow between which may be adjusted by means of a flow restrictor (30).