Anemometer with non-contact temperature measurement

1. An instrument with non-contact temperature measurement capability, comprising:

an output display contained in a housing, for displaying measurements to a user;

an anemometer having outputs relating to measured air velocity parameters, including at least air velocity and ambient temperature;

a non-contact, optically-based temperature sensing device coupled to the housing, having an output related to sensed temperature and defining a sense axis that is adjustable relative to the housing, in which the non-contact temperature sensing device is mounted in a mount that is rotatably coupled to and movable relative to the housing, to allow the user to aim the non-contact temperature sensing device; and

circuitry contained in the housing for processing both the anemometer outputs and the temperature sensing device output, and transmitting the processed output to the output display.

2. The instrument with non-contact temperature measurement capability of claim 1 , in which the anemometer comprises one or more air velocity or temperature sensing devices that are mounted in an enclosure that is separate from the housing and can be located some distance from the housing.

3. The instrument with non-contact temperature measurement capability of claim 1 , in which the anemometer is a digital anemometer.

4. The instrument with non-contact temperature measurement capability of claim 1 , further comprising a switch for switching at least some of the circuitry between the anemometer outputs and the non-contact temperature sensing device output.

5. The instrument with non-contact temperature measurement capability of claim 1 , further comprising a user-operable electrical device for selectively routing the temperature sensing device output to the circuitry.

6. The instrument with non-contact temperature measurement capability of claim 1 , further comprising a user-operable electrical device for selectively holding the sensed non-contact temperature

7. The instrument with non-contact temperature measurement capability of claim 1 , in which the non-contact temperature sensing device comprises an infrared sensor.

8. The instrument with non-contact temperature measurement capability of claim 7 , in which the non-contact temperature sensing device further comprises a lens, proximate the infrared sensor, for focusing entering radiation onto the infrared sensor.

9. An instrument with non-contact temperature measurement capability, comprising:

an output display contained in a housing, for displaying measurements to a user;

an anemometer having outputs relating to measured air velocity parameters, including at least air velocity and ambient temperature;

a non-contact, optically-based temperature sensing device coupled to the housing, having an output related to sensed temperature; circuitry contained in the housing for processing both the anemometer outputs and the temperature sensing device output, and transmitting the processed output to the output display; and an optical aiming device coupled to the housing, to assist the user in aiming the non-contact temperature sensing device at an object whose temperature is to be measured, and mounted in a mount that is rotatably coupled to and moveable relative to the housing, to allow the user to aim the optical aiming device, where the optical aiming device defines an aiming axis that is adjustable relative to the housing.

10. The instrument with non-contact temperature measurement capability of claim 9 , in which the optical aiming device comprises a diode laser device.

11. A digital instrument with non-contact temperature measurement capability, comprising:

a digital output display contained in a housing, for displaying measurements to a user;

a digital anemometer having outputs relating to measured air velocity parameters including air velocity and ambient temperature;

a non-contact infrared temperature sensing device within the housing, having an output related to sensed temperature and defining a sense axis that is adjustable relative to the housing, in which the non-contact infrared temperature sensing device is mounted in a mount that is rotatably coupled to and movable relative to the housing, to allow the user to aim the non-contact infrared temperature sensing device; and

circuitry contained in the housing for processing both the anemometer outputs and the non-contact infrared temperature sensing device output, and transmitting the processed output to the output display.

12. The digital instrument with non-contact temperature measurement capability of claim 11 , in which the digital anemometer comprises one or more air velocity or temperature sensing devices that are mounted in an enclosure that is separate from the housing and can be located some distance from the housing.

13. The digital instrument with non-contact temperature measurement capability of claim 11 , further comprising an optical aiming device coupled to the housing, to assist the user in aiming the non-contact temperature sensing device at an object whose temperature is to be measured.

14. The digital instrument with non-contact temperature measurement capability of claim 13 , in which the optical aiming device is mounted in a mount that is coupled to and movable relative to the housing, to allow the user to aim the optical aiming device.

15. A digital instrument with non-contact temperature measurement capability, comprising:

a digital output display contained in a housing, for displaying measurements to a user;

a digital anemometer comprising air velocity or temperature sensing devices that are mounted in an enclosure that is separate from the housing and can be located some distance from the anemometer housing and having outputs relating to the measured air velocity and ambient temperature;

a non-contact infrared temperature sensing device within the housing, having an output related to sensed temperature;

an optical aiming device coupled to the housing, to assist the user in aiming the non-contact temperature sensing device at an object whose temperature is to be measured; and

circuitry contained in the housing for processing both the anemometer outputs and the non-contact temperature sensing device output, and transmitting the processed output to the output display.