Traction material dispensing apparatus

A vehicle traction material dispensing apparatus comprising:

• at least one of a traction material dispensing unit disposed within at least one of a wheel well of a vehicle, each traction material dispensing unit having each of a storage cartridge, a solenoid housing, and a mounting bracket assembly, the mounting bracket assembly having a plurality of threaded members for mounting the at least one traction material dispensing unit to the at least one wheel well of the vehicle, the solenoid housing having a housing cavity;
• the storage cartridge including a top end spaced apart from a bottom end, a circumferential outer perimeter, and an inner chamber;
• a removable lid of the storage cartridge disposed upon the top end of the storage cartridge;
• a solenoid disposed within the housing cavity of the solenoid housing, the solenoid mechanically engaged with a stopper, the solenoid configured to actuate the stopper, the stopper configured to reversibly enclose a pathway of the solenoid housing, the housing cavity and the inner chamber adjoined,
• the solenoid in operational communication with a receiver, the receiver in operational communication with a vehicle battery, the receiver configured to receive an activation signal from a transmitter, the receiver configured to transmit the activation signal to the solenoid, the solenoid configured to activate upon receipt of the activation signal, the transmitter configured to optionally send the activation signal upon a pressing of a button by a user;
• and
• a traction material disposed within the inner chamber of the storage cartridge;
• wherein the traction material dispensing unit is refillable by the user by removing the lid from the storage cartridge and refilling the storage cartridge with the traction material;
• and
• wherein the activation signal is a wireless activation signal.

A vehicle traction material dispensing apparatus comprising:

• at least one of a traction material dispensing unit disposed within at least one of a wheel well of a vehicle, each traction material dispensing unit having each of an arcuate shaped storage cartridge, a solenoid housing, and a mounting bracket assembly;
• the storage cartridge including each of a top end spaced apart from a bottom end, a circumferential outer perimeter, and an inner chamber;
• a lid of the storage cartridge disposed upon the top end partially enclosing the inner chamber, a cylindrical engagement member medially disposed upon the lid, an aperture medially disposed upon the cylindrical engagement member;
• a tinfoil seal disposed upon the bottom end of the storage cartridge enclosing the inner chamber proximal the bottom end, the inner chamber filled with a traction material;
• the mounting bracket assembly including an arc-shaped bracket having an upper portion and a lower portion, a perpendicular attachment piece disposed upon the upper portion, a hinge disposed upon the attachment piece, a top cover disposed upon the hinge, the top cover configured to rotate upwardly on the hinge, the top cover configured to engage the engagement member of the lid and enclose the aperture of the engagement member;
• the solenoid housing including a housing cavity, a dispensing door, a connection fitting, and a solenoid bracket, the connection fitting reversibly engaged with the bottom end of the storage cartridge, the dispensing door disposed at a lower end of the solenoid housing;
• a solenoid disposed within the housing cavity, the solenoid mechanically engaged with a conically shaped stopper, the solenoid configured to actuate the stopper, the stopper configured to reversibly engage the dispensing door fully enclosing a pathway of the dispensing door, the solenoid in operational communication with a receiver, the receiver in operational communication with a vehicle battery, the receiver configured to receive a wireless activation signal from a transmitter, the receiver configured to transmit the activation signal to the solenoid, the solenoid configured to activate upon receipt of the activation signal;
• a solenoid mounting bracket disposed upon the solenoid housing, each of the solenoid mounting bracket and the mounting bracket having a plurality of threaded members for mounting each of the solenoid housing and the top cover to the at least one wheel well of the vehicle, the storage cartridge removably disposed between each of the top cover and the connection member of the solenoid housing;
• and
• a knife disposed within the solenoid housing, the knife configured to puncture the tinfoil seal of the storage cartridge.

A vehicle traction material dispensing apparatus comprising:

• at least one of a traction material dispensing unit disposed within at least one of a wheel well of a vehicle, each traction material dispensing unit having each of an arcuate shaped storage cartridge, a solenoid housing, and a mounting bracket assembly;
• the storage cartridge including each of a top end spaced apart from a bottom end, a circumferential outer perimeter, and an inner chamber;
• a lid of the storage cartridge disposed upon the top end partially enclosing the inner chamber, a cylindrical engagement member medially disposed upon the lid, an aperture medially disposed upon the cylindrical engagement member;
• a tinfoil seal disposed upon the bottom end of the storage cartridge enclosing the inner chamber proximal the bottom end, the inner chamber filled with a traction material;
• the mounting bracket assembly including an arc-shaped bracket having an upper portion and a lower portion, a perpendicular attachment piece disposed upon the upper portion, a hinge disposed upon the attachment piece, a top cover disposed upon the hinge, the top cover configured to rotate upwardly on the hinge, the top cover configured to engage the engagement member of the lid and enclose the aperture of the engagement member;
• the solenoid housing including a housing cavity, a dispensing door, a connection fitting, a solenoid bracket, the connection fitting reversibly engaged with the bottom end of the storage cartridge, the dispensing door disposed at a lower end of the solenoid housing;
• a solenoid disposed within the housing cavity, the solenoid mechanically engaged with a conically shaped stopper, the solenoid configured to actuate the stopper, the stopper configured to reversibly engage the dispensing door fully enclosing a pathway of the dispensing door, the solenoid in operational communication with a receiver, the receiver in operational communication with a vehicle battery, the receiver configured to receive a wireless activation signal from a transmitter, the receiver configured to transmit the activation signal to the solenoid, the solenoid configured to activate upon receipt of the activation signal;
• a solenoid mounting bracket disposed upon the solenoid housing, each of the solenoid mounting bracket and the mounting bracket having a plurality of threaded members for mounting each of the solenoid housing and the top cover to the at least one wheel well of the vehicle, the storage cartridge removably disposed between each of the top cover and the connection member of the solenoid housing;
• a knife disposed within the solenoid housing, the knife configured to puncture the tinfoil seal of the storage cartridge;
• the at least one of traction material dispensing unit including a first traction material dispensing unit disposed within at least one of the wheel wells of the vehicle proximal a rear of a vehicle wheel, a second traction material dispensing unit disposed within at least one of the wheel wells of the vehicle proximal a front of a vehicle wheel;
• and
• an arched attachment bracket disposed between and in operational communication with each of the first traction material dispensing unit and the second material dispensing unit, the attachment bracket having a first end and a second end, the first end in operational communication with the perpendicular attachment piece of the first traction material dispensing unit via at least one of the plurality of threaded members, the second end in operational communication with the perpendicular attachment piece of the second traction material dispensing unit via at least one of the plurality of threaded members, the arched attachment bracket configured to mount within the at least one wheel well of the vehicle;
• wherein the traction material is selected from the group consisting of salt, sand, magnesium chloride, cat litter, and gravel.