JPS60231A - Warm air room heater - Google Patents

Abstract

PURPOSE:To reduce the ununiform distribution of a room temperature and improve habitability by a method wherein normal temperature warm air is blown off after a proper rise of the room temperature is obtained to improve the bad distribution of the room temperature as well as bad habitability obtained by blowing only the warm air off. CONSTITUTION:A warm air blow-off port 2 is provided at the lower part of a cabinet 1 and a normal temperature warm air blow-off port 3 is provided at the upper part of the cabinet while a fan 5 for blowing the warm air off is rotated by a motor 4 and the fan 7 for blowing the normal temperature warm air off is rotated by the motor 6. The motor 4 is provided with driving electric force by an electric source switch 9 and a temperature detector 18, provided at the outside of the cabinet 1, outputs first signal 19 when an ambient temperature has arrived at a set temperature. A receiver 20 receives the signal 19 and outputs second signal while a delay device 14 receives the second signal and supplies the motor 6 with a driving electric power therefor. As a result, the ununiform distribution of the room temperature may be reduced and the habitability may be improved.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a warm-temperature appliance that uses electricity, gas, oil, etc. as a heat source for industrial applications.

Conventional structure and its problems Conventionally, just by turning on this type of warm air heater (d warm air blower I), the humidity distribution in one room fluctuates, for example, the temperature in the upper part of the room or the temperature in the lower part of the room changes. They had the disadvantage that they were more expensive and tended to be less livable.

The aim of the invention is to provide four items, one fan, one cherry, and one utensil, which improves such poor livability.

``In order to achieve this purpose, hot air is blown out under the cabinet of the unexploded supernatant, 1 calm, 1 support station [-'','' Tsunehiro in the second part, 11' of the 1st wind. 1. A fan for blowing out warm air from the hot air outlet, its rotating drive motor, and a fan for blowing out 7rnl of wind from 1 to the normal temperature air outlet, and its rotating drive circle moke. A delay device is installed between both motor power sources, a temperature detector is installed outside the cabinet, and the temperature of the room is set to an appropriate temperature of 1 degree by heating the warm face 1.
When it detects that the detector has risen, the detector emits a signal, and a receiver is installed to receive the signal. When receiving the command 1tf4ij, it is set to 41 to send a signal to supply power to the motor of the normal temperature side blowout to the delayed neck loading.
Traditionally 1 evening [like I, 1lIillIiI11 speech bubble 7
The width distribution of the room was poor, and the comfort was poor, but the room temperature was moderate, and after being raised by 2 or 1 tsubo, the initial temperature of 1111 degrees in the upper row of the room was low. Just like ``Squid''['Squid,;Nia won! (After the temperature reaches +i1 degree, by mixing room temperature air in both directions, it is possible to reduce uneven distribution of indoor temperature and improve livability.

Jitsui, example theory [''1] This is the harm caused by the present invention! Theory 1 using 1ffc example in Figure...1
g-1. In the drawing, interview +51. l
Unrelated parts, such as electric heaters, gas and oil combustion parts, and heat exchange parts, are omitted. Showing the outline of cabinet 1 of the hot air heater, which is surrounded by two points,
Nuriso h 21t+ on the cabinet 10F side? ut
The slit 3 in the +0 part of the bottle (the outlet of the bottle) is the outlet for normal temperature air. 7111:, l1Ti
Light is emitted from the slit 2 by the fan 7 (sirocco fan in this example) rotated by the fan 7 (sirocco fan in this example), which is rotated by the fan 1 (d) at normal temperature. An electric wire 8 blown out from the slit 3 and connected to a power source (not shown) is connected to one 'rt point 10 of a power switch 9, and when the power switch 9 is closed, the electric wire 8 is connected to a power source (not shown). Electric power is supplied to the motor 4 through the
The air is blown out from the slit 2 to the outside of the vessel as shown by the arrow 12 surrounded by a broken line, heating the room. A temperature detector 18, which is installed outside the chamber at a suitable location in the room, emits a signal 19 when the ambient temperature reaches an appropriate set humidity.

When the receiver 20 provided in the cabinet IK receives this infrared signal 19, it connects the motor 4 with the infrared signal 19. The delay device 14 installed between the power line with the mokuro sends a signal to the delay device 14 via the wiring 21 to supply power to the motor 6 via the electric wire 15.Then, as the mokuro rotates, a melon at room temperature 1 is an arrow 16 surrounded by a broken line from the slit 3 to the outside of the device by the fan 7
The air is blown out like this, lowers the temperature above the air gap, mixes properly with warm air, and evens out the temperature distribution in the room. The delay device 14 can be used to delay the time from when the switch 9 is closed until the power is sent through the electric wire 13 to the wire 15, and the delay time can be adjusted by the knob 17. . Therefore, this delay device 14 is also adjusted by the delay knob 17 by the operation through the infrared signal 19, the receiver 20, and the wiring 21, which indicate that the outdoor temperature has reached the set value, as described above. Power can be supplied to the Mocro at will even after the delay time has elapsed. You can select either one in a sticky situation, and you can also activate it by a signal generated early from either.

By drawing as in -1=, is it possible to create a good living space with the conventional t' style air heater? This can improve livability. Moreover, the initial temperature rise in the indoor IID Fjj is as fast as in the conventional case.

Effects of the Invention As mentioned above, with the non-fired hot air heater, the bad heating effect such as only the head being warm and the legs being cold is completely eliminated, and a uniform and well-heated living space is created. In fact, the initial heater had an effect of 171 ni.

[Brief explanation of the drawing]

The drawing is a schematic diagram of the configuration of a hot air heater showing an embodiment of the present invention. 1. Cabinet, 2. Side outlet, 3. Room temperature air outlet, 4.6. Motor, 5.7. Fan, 9. Power switch, 14. Delay. Device, 17...Delay time adjustment knob,' 8--
rli+ is a degree detector, 2o...receiver. Name of agent: Patent attorney Toshi Nakao (1 person: 15)

Claims (2)

[Claims] (1) Warm air outlet in cabinet 1, room temperature air outlet in cabinet 1 [A) fan for blowing out the warm air, first motor to rotate this fan , a second fan that blows out the regular crystal wind;
i? A second motor that rotates the fan, ■IJ No. 1
The power switch is installed outside the gear vignette to provide rotational power to the motor, and the ambient temperature is maintained at the set temperature. ! i]', the first signal is emitted from the humidity sensor, and the second signal 1'1. The receiver that sends out the 1'-1 second 11' and -3'i-,'y, and 1lii: only supplies rotational driving power to the second 7-i;!1 “Nobu! A hot air heater consisting of 14 itj. (2) Temperature (l), ), 'l signal must be infrared '1, effect n, jr4,, yd's 11
・1-λ 1st term 1 warm air 1 warmth (3) I[j
j, Ir'I! ,% ii"+', 4-,j,
'al extension time is arbitrary Kr< constant, and the above 1-p constant J'C is 1+,! 1 or 1) [during the time when the rotational driving power is supplied to the second motor by the second word 3 of item 1] (heater □,