Stick-shaped material propelling device

A stick-shaped material propelling device comprising a first tubular body;

• a spiral shaft inserted in the first tubular body, said spiral shaft having an integral guide portion at a rear portion of the spiral shaft, said integral guide portion engaging an inside portion of the first tubular body so that the spiral shaft is unturnable, but is movable in an axial direction relative to the first tubular body;
• a spiral groove on the circumference of the spiral shaft;
• a holder for holding a stick-shaped material, said holder being provided at a front portion of the spiral shaft;
• a second tubular body turnably mounted on the first tubular body having a projection on the inside of a rear portion thereof, said spiral shaft and said holder being inserted in the second tubular body so as to be able to slide in the second tubular body with said projection engaging the spiral groove;
• at least one slit formed in a rear end portion of the spiral shaft;
• at least one key formed on an inside portion of the first tubular body;
• said integral guide portion having at least one axial key groove for receiving said at least one key on an inside portion of the first tubular body, the at least one axial key groove in the integral guide portion being slit formed at the rear end portion of the spiral shaft, and said at least one key on the inside portion of the first tubular body engaging the slit so that the spiral shaft is unturnable, but is movable in the axial direction relative to the first tubular body.

A stick-shaped material propelling device comprising a first tubular body;

• a spiral shaft inserted in the first tubular body, said spiral shaft having an integral guide portion at a rear portion of the spiral shaft, said integral guide portion engaging an inside portion of the first tubular body so that the spiral shaft is unturnable, but is movable in an axial direction relative to the first tubular body;
• a spiral groove on the circumference of the spiral shaft;
• a holder for holding a stick-shaped material, said holder being provided at a front portion of the spiral shaft;
• a second tubular body tunably mounted on the first tubular body having a projection on the inside of a rear portion thereof, said spiral shaft and said holder being inserted in the second tubular body so as to be able to slide in the second tubular body with projection engaging the spiral groove;
• at least one slit formed in a rear end portion of the spiral shaft;
• at least one key formed on an inside portion of the first tubular body;
• said integral guide portion having at least one axial key groove for receiving said at least one key on an inside portion of the first tubular body, one key, the at least one axial key groove on the integral guide portion comprised of the slit formed at a rear end portion of the spiral shaft and at least one groove formed in the side of the spiral shaft communicating with said slit;
• and said key on the inside portion of first tubular body engaging the slit and the groove so that the spiral shaft is turnable, but is movable in the axial direction relative to the first tubular body.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• and slit means formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly;
• said slit means comprising at least one slit in an end portion of said spiral shaft constructed to allow said end portion to bend during assembly.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• and slit means formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly;
• said slit means comprising at least one slit formed around said projection and at least one slit formed in an end of said spiral shaft whereby said projection and said end of said spiral shaft may bend during assembly.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• at least one axial key groove formed on said spiral shaft;
• and at least one key formed on the inside of said first tubular body adapted to engage said at least one axial key groove;
• said at least one key groove in said spiral shaft is at least one slit formed in the end of said spiral shaft;
• said at least one slit formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly;
• said at least one key on the inside of said first tubular body engaging said at least one slit preventing rotation but allowing axial movement of said spiral shaft.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• at least one axial key groove formed on said spiral shaft;
• and at least one key formed on the inside of said first tubular body adapted to engage said at least one axial key groove;
• said at least one key groove in said spiral shaft comprises;
• at least one slit in the end of said spiral shaft and at least one key groove in the side of said spiral shaft coextensive with said at least one slit in the end of said spiral shaft for receiving said at least one key on the inside of said tubular body to prevent rotation while allowing axial movement of said spiral shaft;
• said at least one slit formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• at least one axial key groove formed on said spiral shaft;
• and at least one key formed on the inside of said first tubular body adapted to engage said at least one axial key groove;
• slit means formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly;
• said slit means comprises at least one slit formed around said projection to allow said projection to bend during assembly.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• at least one axial key groove formed on said spiral shaft;
• and at least one key formed on the inside of said first tubular body adapted to engage said at least one axial key groove;
• slit means formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly;
• said slit means comprising at least one slit in an end portion of said spiral shaft constructed to allow said end portion to bend during assembly.

A stick-shaped material propelling device comprising;

• a first tubular body;
• a spiral shaft having a circumferential spiral groove inserted in said first tubular body;
• a guide portion integrally formed in said spiral groove at a rear portion of said spiral shaft, said guide portion engaging an inside portion of said first tubular body to prevent said spiral shaft from rotating while allowing axial movement;
• a holder at a forward portion of said spiral shaft for holding a stick-shaped material;
• a second tubular body rotatably mounted on said first tubular body;
• a projection formed on the inside of a rear portion of said second tubular body;
• said spiral shaft being slidably inserted in said second tubular body with said projection engaging said spiral groove;
• at least one axial key groove formed on said spiral shaft;
• and at least one key formed on the inside of said first tubular body adapted to engage said at least one axial key groove;
• slit means formed to allow relative displacement between a portion of said spiral shaft and said second tubular body during assembly;
• said slit means comprising at least one slit on one slit formed around said projection and at least one slit formed in an end of said spiral shaft whereby said projection and said end of said spiral shaft may bend during assembly.