Cooling device and method for intraoral device illumination source
A method of using a heat sink device with an intraoral illumination device includes inserting an intraoral illumination device at least partially in a patient's mouth, connecting a heat sink device to the intraoral illumination device, the heat sink device including an illumination device that emits light and heat when activated and a heat sink member thermally coupled to the illumination device; activating the illumination device so that light is transmitted to the intraoral illumination device and into the patient's mouth, aspirating fluid from the patient's mouth at negative pressure; and causing aspirated fluid to flow past the heat sink member at negative pressure so that heat is removed from the heat sink member, causing the illumination device to be cooled.
1. An intraoral illumination system, comprising:
an intraoral illumination device including a flexible body having means for biting and retaining the intraoral illumination device in a fixed position in a patient's mouth, means for delivering illumination for illuminating the patient's mouth, means for aspirating fluids and oral debris from the patient's mouth, means for retracting and protecting a cheek of the patient on a side of the mouth opposite the biting and retaining means, and means for connecting the aspirating means and the illumination delivering means to a heat sink device, the connecting means configured to extend both within and outside the patient's mouth; and
a heat sink device detachably connectable to the connecting means of the intraoral illumination device outside the patient's mouth, the heat sink device including means for emitting light and heat for illuminating the illumination delivering means of the intraoral illumination device, means for transferring aspirated fluid from the aspirating means of the intraoral illumination device, and heat sink means thermally coupled to the light and heat emitting means and the aspirated fluid transferring means for transferring heat away from the light and heat emitting means.
2. The intraoral illumination system of claim 1 , wherein the intraoral illumination device is a one-piece, injection-molded intraoral device with a one-piece, flexible, injection molded body made of a single homogeneous material.
3. The intraoral illumination system of claim 1 , wherein the heat sink device includes an illumination and vacuum suction head with a light pipe that connects with the connecting means of the intraoral illumination device for transmitting light from the light and heat emitting means of the heat sink device to the illumination delivering means of the intraoral illumination device and for transferring aspirated fluid from the aspirating means of the intraoral illumination device.
4. The intraoral illumination system of claim 1 , wherein the heat sink device includes a removable illumination stick with the light and heat emitting means and electronics for operating the illumination device.
5. The intraoral illumination system of claim 4 , wherein the light and heat emitting means of the illumination stick is one or more LEDs.
6. The intraoral illumination system of claim 1 , wherein the heat sink device includes means for controlling flow through the aspirated fluid means.
7. An intraoral illumination system, comprising:
an intraoral illumination device including a flexible body having means for biting and retaining the intraoral illumination device in a fixed position in a patient's mouth, means for delivering illumination for illuminating the patient's mouth, means for aspirating fluids and oral debris from the patient's mouth, means for retracting and protecting a tongue of the patient, and means for connecting the aspirating means and the illumination delivering means to a heat sink device, the connecting means configured to extend both within and outside the patient's mouth; and
a heat sink device detachably connectable to the connecting means of the intraoral illumination device outside the patient's mouth, the heat sink device including means for emitting light and heat for illuminating the illumination delivering means of the intraoral illumination device, means for transferring aspirated fluid from the aspirating means of the intraoral illumination device, and heat sink means thermally coupled to the light and heat emitting means and the aspirated fluid transferring means for transferring heat away from the light and heat emitting means.
8. An intraoral illumination system, comprising:
an intraoral illumination device including a flexible body having means for biting and retaining the intraoral illumination device in a fixed position in a patient's mouth, means for delivering illumination from a rear part of the patient's mouth towards a front part of the patient's mouth, eliminating shadowing, means for aspirating fluids and oral debris from the patient's mouth, and means for connecting the aspirating means and the illumination delivering means to a heat sink device, the connecting means configured to extend both within and outside the patient's mouth; and
a heat sink device detachably connectable to the connecting means of the intraoral illumination device outside the patient's mouth, the heat sink device including means for emitting light and heat for illuminating the illumination delivering means of the intraoral illumination device, means for transferring aspirated fluid from the aspirating means of the intraoral illumination device, and heat sink means thermally coupled to the light and heat emitting means and the aspirated fluid transferring means for transferring heat away from the light and heat emitting means.
9. An intraoral illumination system, comprising:
an intraoral illumination device including a flexible body having means for biting and retaining the intraoral illumination device in a fixed position in a patient's mouth, means for delivering illumination for illuminating the patient's mouth, means for isolating a patient's teeth on a side of the user's mouth opposite the biting and retaining means, means for aspirating fluids and oral debris from the patient's mouth, and means for connecting the aspirating means and the illumination delivering means to a heat sink device, the connecting means configured to extend both within and outside the patient's mouth; and
a heat sink device detachably connectable to the connecting means of the intraoral illumination device outside the patient's mouth, the heat sink device including means for emitting light and heat for illuminating the illumination delivering means of the intraoral illumination device, means for transferring aspirated fluid from the aspirating means of the intraoral illumination device, and heat sink means thermally coupled to the light and heat emitting means and the aspirated fluid transferring means for transferring heat away from the light and heat emitting means.