Sanitary apparatus with a hot air blower equipped with an ion generating device for disinfection, deodorization, or the like

1. A sanitary apparatus, comprising:

a fan for blowing air;

an air-blowing passage which is provided on a downstream side from the fan and includes a first air-blowing passage and a second air-blowing passage which are partitioned from each other;

a heater for heating air in the first air-blowing passage; and an ion generating device generating ions to be carried by the air blowing of the second air-blowing passage,

wherein the ion generating device is installed on a downstream side from the heater so that the generated ions join the air blown from the first air-blowing passage by the air blowing of the second air-blowing passage,

the ion generating device is installed downstream of a junction portion that joins the air blown from the first air-blowing passage with the air blowing from the second air-blowing passage, and

a distal end surface of the ion generating device is disposed on an extension line of the second air blowing passage.

2. The sanitary apparatus according to claim 1 , further comprising:

a partition wall which faces the first air-blowing passage between the first air-blowing passage and the second air-blowing passage,

wherein the partition wall is inclined gradually close to the first air-blowing passage side toward the downstream side of the air blowing.

3. The sanitary apparatus according to claim 1 ,

wherein the second air-blowing passage is inclined gradually close to the first air-blowing passage side toward the downstream side of the air blowing.

4. The sanitary apparatus according to claim 1 ,

wherein an upper guide portion and a lower guide portion are provided in the vicinity of a blowout port of the air-blowing passage in which the air blowing of the first air-blowing passage and the air blowing of the second air-blowing passage join with each other, and

wherein the upper guide portion and the lower guide portion are formed such that the air blowing in the blowout port is directed upward by the upper guide portion and the lower guide portion.

5. The sanitary apparatus according to claim 1 ,

wherein a temperature measuring device measuring a temperature of the air is installed in the air-blowing passage on the downstream side from the first air-blowing passage, and

wherein the temperature measuring device is provided at a position that is opposed to a position at which the ion generating device is provided with respect to the center in a width direction of the air-blowing passage.

6. The sanitary apparatus according to claim 1 , further comprising:

a duct case covering the air-blowing passage and blowing out ions to be generated with the high-pressure discharge by an ion generating unit of the ion generating device from the blowout port of the air-blowing passage,

wherein a linear distance between the ion generating unit of the ion generating device and the blowout port is set to a predetermined distance, and

an electric-conductive distance is set to be longer than the predetermined distance by that a transmission path along a wall surface of the duct case between the ion generating unit and the blowout port which passes through a bypass portion in which the electric conduction is bypassed.

7. The sanitary apparatus according to claim 1 , further comprising:

a toilet bowl body; and

a cover which covers the ion generating device,

wherein the ion generating device is installed at a position inside and adjacent to a front cover portion of the cover, the front cover facing the toilet bowl body.

8. A sanitary apparatus, comprising:

a fan for blowing air;

an air-blowing passage which is provided on a downstream side from the fan and includes a first air-blowing passage and a second air-blowing passage which are partitioned from each other;

a heater for heating air in the first air-blowing passage; and

an ion generating device generating ions to be carried by the air blowing of the second air-blowing passage,

wherein the ion generating device is installed on a downstream side from the heater so that the generated ions join the air blown from the first air-blowing passage by the air blowing of the second air-blowing passage,

the ion generating device is installed downstream of a junction portion that joins the air blown form the first air-blowing passage with the air blowing from the second air-blowing passage, and

a distal end surface of the ion generating device is disposed on a second air-blowing passage side.