Endoscope device with a heat removal portion
View Patent ↗This endoscope device includes: an LED adaptor that has a plurality of LED chips and that can be removably fitted onto a distal end of an insertion portion that is inserted into a body cavity of an endoscopy subject; an LED supporting block that is provided on the LED adaptor and that supports the plurality of LED chips; and a heat removal portion that removes heat from the LED supporting block.
1. An endoscope device comprising:
an LED adaptor that has a plurality of LED chips and that can be removably fitted onto a distal end of an insertion portion that is inserted into a body cavity of an endoscopy subject;
an LED supporting block that is provided on the LED adaptor and that supports the plurality of LED chips; and
a heat removal portion that removes heat from the LED supporting block, wherein the heat removal portion is provided with a first heat discharge component that has one end that is connected to the LED supporting block and has another end that extends as far as a rear end surface of the LED adaptor,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with a distal end surface of the insertion portion, the heat removal portion is provided with: a connecting plug that is provided at the distal end of the insertion portion and is in contact with the first heat discharge component:
a second heat discharge component that is provided inside the insertion portion and that has one end that is connected to the connecting plug and has another end that extends to a proximal end side of the insertion portion,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with the connecting plug,
the heat removal portion is further provided with a heat transmitting portion that is provided between the connecting plug and the second heat discharge component, and
the heat transmitting portion is a Peltier element.
2. The endoscope device according to claim 1 , wherein the heat removal portion transmits the heat from the LED supporting block to another place.
3. The endoscope device according to claim 1 , wherein the heat removal portion cools the LED supporting block.
4. The endoscope device according to claim 1 , wherein
a bending portion that is able to perform a bending operation in an optional direction is provided in the distal end portion,
the bending portion is formed by a columnar elastic component having a plurality of pressure chambers that are aligned in a circumferential direction, and the bending portion performs a bending operation as a result of highly pressurized air being selectively supplied to or discharged from the plurality of pressure chambers of the columnar elastic material,
the columnar elastic component is formed in a circular cylinder shape,
a highly thermoconductive internal coil that regulates displacement towards an inner side in a radial direction is placed on an inner circumferential side of the columnar elastic component that is formed in a circular cylinder shape, and
the other end of the second heat discharge component is connected to the internal coil.
5. An endoscope device comprising:
an LED adaptor that has a plurality of LED chips and that can be removably fitted onto a distal end of an insertion portion that is inserted into a body cavity of an endoscopy subject;
an LED supporting block that is provided on the LED adaptor and that supports the plurality of LED chips; and
a heat removal portion that removes heat from the LED supporting block, wherein
the heat removal portion is provided with a first heat discharge component that has one end that is connected to the LED supporting block and has another end that extends as far as a rear end surface of the LED adaptor,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with a distal end surface of the insertion portion,
the heat removal portion is provided with: a connecting plug that is provided at the distal end of the insertion portion and is in contact with the first heat discharge component:
a second heat discharge component that is provided inside the insertion portion and that has one end that is connected to the connecting plug and has another end that extends to a proximal end side of the insertion portion,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with the connecting plug,
the heat removal portion is further provided with a heat transmitting portion that is provided between the LED chips and the LED supporting block, and
the heat transmitting portion is a Peltier element.
6. An endoscope device comprising:
an LED adaptor that has a plurality of LED chips and that can be removably fitted onto a distal end of an insertion portion that is inserted into a body cavity of an endoscopy subject;
an LED supporting block that is provided on the LED adaptor and that supports the plurality of LED chips; and
a heat removal portion that removes heat from the LED supporting block, wherein
the heat removal portion is provided with a first heat discharge component that has one end that is connected to the LED supporting block and has another end that extends as far as a rear end surface of the LED adaptor,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with a distal end surface of the insertion portion,
the heat removal portion is provided with: a connecting plug that is provided at the distal end of the insertion portion and is in contact with the first heat discharge component:
a second heat discharge component that is provided inside the insertion portion and that has one end that is connected to the connecting plug and has another end that extends to a proximal end side of the insertion portion,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with the connecting plug,
the heat removal portion is further provided with a heat transmitting portion that is provided between the LED supporting block and the first heat discharge component, and
the heat transmitting portion is a Peltier element.
7. An endoscope device comprising:
an LED adaptor that has a plurality of LED chips and that can be removably fitted onto a distal end of an insertion portion that is inserted into a body cavity of an endoscopy subject;
an LED supporting block that is provided on the LED adaptor and that supports the plurality of LED chips; and
a heat removal portion that removes heat from the LED supporting block, wherein
the heat removal portion is provided with a first heat discharge component that has one end that is connected to the LED supporting block and has another end that extends as far as a rear end surface of the LED adaptor,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with a distal end surface of the insertion portion,
the heat removal portion is provided with: a connecting plug that is provided at the distal end of the insertion portion and is in contact with the first heat discharge component:
a second heat discharge component that is provided inside the insertion portion and that has one end that is connected to the connecting plug and has another end that extends to a proximal end side of the insertion portion,
when the LED adaptor is mounted on the insertion portion, the other end of the first heat discharge component is in contact with the connecting plug,
the heat removal portion is further provided with a heat transmitting portion that is provided on an outer circumferential surface of the LED supporting block, and
the heat transmitting portion is a Peltier element.
8. An endoscope device comprising:
an LED adaptor that has a plurality of LED chips and that can be removably fitted onto a distal end of an insertion portion that is inserted into a body cavity of an endoscopy subject;
an LED supporting block that is provided on the LED adaptor and that supports the plurality of LED chips; and
a heat removal portion that removes heat from the LED supporting block, wherein
the LED adaptor is provided with: an exterior packaging component;
a thermoconductive component that is provided on an inner side of the exterior packaging component and is more highly thermoconductive than the exterior packaging portion, and
the thermoconductive component is in contact with the LED chips and the distal end surface of the insertion portion.
9. The endoscope device according to claim 8 , wherein
the thermoconductive component has either a linear shape, a block shape, or a cylindrical shape.
10. The endoscope device according to claim 8 , wherein
the thermoconductive component is formed from either metal, ceramic, or resin.