JP5375075B2 - Ventilation equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a ventilation system efficiently discharging air by supplying air simultaneously when ventilation is needed. <P>SOLUTION: A transmission part 6 transmitting a signal 5 for operation/stopping is arranged in a first ventilator for discharging air. A reception part 7 receiving the transmitted signal is arranged in a second ventilator installed in a position apart from the first ventilator. The second ventilator works to reduce a pressure difference between the outside and the inside of a room when receiving the transmitted signal for operation from the first ventilator. In this way, the ventilation system capable of obtaining air supply simultaneously at the need of ventilation to discharge air efficiently can be obtained by installation work carried out with reduced labor in wiring at lower cost. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a ventilation device that is operated and operated cordlessly when ventilation is required.

  Conventionally, as this type of ventilator, a ventilator that transmits a signal for operating a ventilating fan from a gas appliance in response to an ignition operation of a gas burner of the gas appliance is known (for example, see Patent Document 1).

  Hereinafter, the ventilator will be described with reference to FIG.

As shown in the figure, a detection switch for attaching a light-emitting element 103 for a cordless remote controller 102 made of an infrared light-emitting element or the like to a proper position of an appliance main body 101 such as a gas stove and detecting cooking start and cooking stop operations of the appliance main body 101 104, and in response to the operation of the detection switch 104, a ventilation fan that transmits a signal for starting and stopping rotation of the ventilation fan 105 from the light emitting element 103 with the same signal as that of the cordless remote controller 102 installed around the instrument body 101. Interlocking means are provided.
JP-A-5-322172 (2nd and 3rd columns, Fig. 1)

  In such a conventional ventilator, since it is automatically operated in conjunction with the use of a gas stove, etc., when used in local ventilation, it is not linked to the continuous ventilation of the entire house in recent years, Since the secrecy of the air also increases, there is a problem that it is operated without sufficient air supply and the ventilation efficiency is deteriorated.

  This invention solves such a subject, and it aims at providing the ventilator which exhausts efficiently by acquiring supply air in conjunction with ventilation required.

  In order to achieve the above object, the ventilator of the present invention is provided with a transmitter for transmitting an operation or stop signal to the first ventilator for exhaust, and is installed at a position away from the first ventilator. The second ventilator is provided with a receiving unit for receiving a transmission signal from the first ventilation device, and the second ventilation device is configured to receive an operation transmission signal from the first ventilation device and to perform indoors and outdoors. It is configured to operate so as to reduce the pressure difference.

  Another means is that the first ventilator is an exhaust ventilator, the second ventilator is an air supply shutter, and when the exhaust ventilator is operated, the air supply shutter opens, and the exhaust ventilator When air supply is stopped, the air supply shutter is closed.

  The other means is that the first ventilator is an exhaust ventilator, the second ventilator is an air supply ventilator, and when the exhaust ventilator is operated, the air supply ventilator is operated, When the exhaust ventilation fan is stopped, the supply ventilation fan is stopped.

  In addition, another means uses an exhaust ventilation fan as a range hood.

  Another means is that the first ventilator is an exhaust ventilator, the second ventilator is an air supply ventilator, and when the exhaust ventilator is operated at high speed, the ventilator for air supply is provided. When the air supply fan is operated by opening the shutter and the exhaust fan is operated at low speed, the air supply fan is stopped while the shutter is open.

  The other means is that the first ventilator is an exhaust ventilator and the second ventilator is an air supply ventilator, and the operation mode of the air supply ventilator is switched depending on the operation mode of the exhaust ventilator. It is a configuration.

  The other means is that both the first ventilator and the second ventilator are exhaust ventilators, and the first ventilator is operated when the second exhaust ventilator which is the second ventilator is operated. When the first exhaust ventilator is operated, the second exhaust ventilator is stopped, and when the first exhaust ventilator is stopped, the second exhaust ventilator is restarted. It is a configuration.

  Another means is a range hood in which the first exhaust ventilation fan is installed in the kitchen, and the second exhaust ventilation fan is a ventilation fan provided in a chamber communicating with the kitchen.

  In another aspect, when the first exhaust ventilator is operated while the second exhaust ventilator is operating, the second exhaust ventilator opens the shutter in a stopped state, and the first exhaust ventilator When the exhaust fan is stopped, the second exhaust fan returns to the original operation state.

  In addition, the other means is configured such that the first ventilator transmits a stop signal with a delay from the stop.

  In another means, the signal is an infrared signal.

  Another means uses a signal as a radio signal.

  According to the present invention, a signal transmitted from the first ventilation device can be received without wiring work, and the second ventilation device can be operated so as to reduce the pressure difference between the room and the outdoor space. With installation work that reduces costs and costs, it is possible to provide a ventilator that can efficiently exhaust air by obtaining supply air in conjunction with exhaust when ventilation is required.

  The following effects can also be obtained by installation work that reduces the labor and cost of wiring work.

  While the exhaust ventilator as the first ventilator is operated, the air can be efficiently exhausted by obtaining the air supply from the air supply shutter as the second ventilator.

  Moreover, exhaust air can be efficiently exhausted by obtaining air supply from the air supply ventilation fan as the second ventilation device while the exhaust ventilation fan is in operation.

  In addition, when a range hood for local ventilation installed in the kitchen is operated as an exhaust ventilation fan, the supply of air from the supply ventilation fan effectively exhausts oily smoke generated during cooking. it can.

  In addition, when the exhaust fan is operated at high speed, the shutter provided on the air supply fan is opened to operate the air supply fan, and when the exhaust fan is operated at low speed, the shutter remains open for supplying air. By stopping the ventilation fan, it is possible to obtain the supply air according to the exhaust air volume from the supply ventilation fan, to efficiently exhaust the air, and to reduce the power consumption of the supply ventilation fan.

  In addition, by switching the operation mode of the supply ventilation fan according to the operation mode of the exhaust ventilation fan, the supply air according to the exhaust air volume can be obtained from the supply ventilation fan while the exhaust ventilation fan is operated, Efficient exhaust can be achieved.

  In addition, when both the first ventilation device and the second ventilation device are exhaust ventilation fans, and the first exhaust ventilation fan is operated when the second exhaust ventilation fan is operated, the second exhaust ventilation fan is operated. By stopping the operation, the increase in the differential pressure inside and outside the room can be suppressed and the exhaust can be efficiently performed.

  The first exhaust ventilator is a range hood, and the second exhaust ventilator is a ventilator provided in a chamber communicating with the kitchen, thereby suppressing an increase in the differential pressure inside and outside the second exhaust. The flow of air to the room provided with the ventilating fan is suppressed, and the oily smoke generated by cooking can be efficiently exhausted locally.

  Further, by opening the shutter of the second exhaust ventilation fan in a stopped state while the first exhaust ventilation fan is operating, the supply air is obtained, the differential pressure inside and outside the room is reduced, and the exhaust is efficiently performed. Can do.

  Further, by delaying the operation of the second ventilator from the first ventilator, it is possible to obtain air supply even after the exhaust is stopped, to reduce the differential pressure inside and outside the room, and to exhaust efficiently.

  Moreover, the ventilator can be interlocked at a low cost by using an infrared signal as a signal transmitted from the first ventilator to the second ventilator.

  Further, by using a radio signal as the signal, the ventilator can be interlocked even when there is an obstacle between the ventilators and the infrared signal does not reach.

Ventilation apparatus of the present invention, a receiving unit that receives an oscillation signal from the first ventilator to a second ventilator installed in a position away from the first ventilator provided, the second ventilation The apparatus is configured to operate so as to reduce the pressure difference between the room and the outdoors when receiving the operation transmission signal from the first ventilation apparatus, and the first ventilation apparatus transmits without wiring work. In response to the signal, the second ventilator is activated.

The first ventilator is an exhaust ventilator, the second ventilator is an air supply shutter, and when the exhaust ventilator is operated, the air supply shutter opens and the exhaust ventilator is stopped. The air supply shutter is configured to be closed, and by obtaining air supply from the air supply shutter while the exhaust ventilation fan is in operation, the pressure difference inside and outside the room caused by the exhaust is reduced.

The first ventilator is an exhaust ventilator, the second ventilator is an air supply ventilator, and when the exhaust ventilator is operated, the air supply ventilator is operated and the exhaust ventilator is stopped. Then, the ventilation fan for supply air is stopped. While the exhaust ventilation fan is operated, the supply air is obtained from the supply ventilation fan, thereby reducing the indoor / outdoor differential pressure generated by the exhaust.

It is intended to exhaust ventilators was hood, when the range hood for local ventilation installed in the kitchen is operated, to obtain a supply air from the second ventilator, room caused by exhaust Reduce the outside differential pressure.

The first ventilator is an exhaust ventilator, the second ventilator is an air supply ventilator, and when the exhaust ventilator is operated at high speed, a shutter provided on the air supply ventilator is opened. When the supply ventilation fan is operated and the exhaust ventilation fan is operated at a low speed, the supply ventilation fan is stopped while the shutter is open, and the supply ventilation fan according to the amount of exhaust air is supplied. You can get a sense of pressure and reduce the pressure difference inside and outside the room.

The first ventilator is an exhaust ventilator, the second ventilator is an air supply ventilator, and the operation mode of the air supply ventilator is switched depending on the operation mode of the exhaust ventilator. While the ventilation fan for operation is operated, the differential pressure inside and outside the room is reduced by obtaining the supply air according to the exhaust air volume from the supply ventilation fan.

The first ventilation device and the second ventilation device are both exhaust ventilation fans, and the first ventilation device is the first ventilation device when the second exhaust ventilation fan that is the second ventilation device is operated. When the exhaust ventilator is operated, the second exhaust ventilator is stopped, and when the first exhaust ventilator is stopped, the second exhaust ventilator is restarted. When the first exhaust ventilation fan is operated, the operation of the second exhaust ventilation fan that is being operated is stopped to suppress an increase in the differential pressure inside and outside the room.

Further , the first exhaust ventilator is a range hood installed in the kitchen, the second exhaust ventilator is a ventilator provided in a chamber communicating with the kitchen, and when the range hood is operated, By stopping the second exhaust ventilation fan being operated, an increase in the differential pressure inside and outside the room is suppressed, and the flow of air to the second exhaust ventilation fan is suppressed.

In addition , when the first exhaust ventilator is operated while the second exhaust ventilator is in operation, the second exhaust ventilator is in a stopped state and the shutter is opened, and the first exhaust ventilator is stopped. Then, the second exhaust ventilation fan returns to the original operation state, and the shutter of the second exhaust ventilation fan is opened in a stopped state while the first exhaust ventilation fan is operated. , Get the air supply, and reduce the pressure difference inside and outside the room.

In addition , the first ventilator transmits a stop signal with a delay from the stop, and delays the operation of the second ventilator from the stop of the first ventilator, so that the supply of air even after the exhaust stop is stopped. You can get a sense of pressure and reduce the pressure difference inside and outside the room.

It is intended that the signal is an infrared signal, without inexpensively wiring work, an infrared signal transmitted from the transmitting unit of the first ventilator, by receiving by the receiver of the second ventilator, the second The ventilator can be activated.

It is intended a ventilator in which the signal and radio signals, even if the do not receive the infrared signal if there is an obstacle between the ventilator, without wiring work, from the transmitter portion of the first ventilator The second ventilator can be operated by receiving the infrared signal to be transmitted by the receiving unit of the second ventilator.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS.

(Embodiment 1)
As shown in FIG. 1, a range hood 2 as a first exhaust ventilation fan, which is a first ventilation device, is installed in a kitchen 1, and a second ventilation device is provided on an outer wall 3 at a position away from the range hood 2. The air supply shutter 4 is installed. The range hood 2 is provided with an infrared transmitter 6 for transmitting a driving or stopping signal 5, and the air supply shutter 4 is provided with a receiver 7 for receiving the signal 5 from the transmitter 6 of the range hood 2. When the hood 2 is operated, an operation signal 5 is transmitted from the transmission unit 6, the signal 5 is received by the reception unit 7 of the air supply shutter 4, the air supply shutter 4 is opened, and the operation of the range hood 2 is stopped. Then, a stop signal 5 is transmitted and the air supply shutter 4 is closed.

  The stop operation of the operation of the range hood 2 and the transmission of the stop signal 5 are not simultaneously, but the transmission of the stop signal 5 is delayed for a predetermined time with respect to the stop operation.

  With the above configuration, when the range hood 2 is operated and the air in the kitchen 1 is exhausted, the air supply shutter 4 is opened in conjunction with this, and the outdoor air is supplied into the kitchen 1, and the differential pressure between the room and the outdoor is reduced. Thus, efficient exhaust can be performed, that is, ventilation efficiency is improved.

  When the operation of stopping the range hood 2 is stopped, the stop signal 5 is transmitted with a predetermined time delay, and the air supply shutter 4 is closed. Therefore, after the stop operation, air supply according to the exhaust of the range hood 2 that has been rotating with inertial force for a while can be obtained, and the differential pressure that has been reduced can be maintained.

  And the improvement of such ventilation efficiency can be achieved at a low installation cost by configuring without relatively wiring with a relatively inexpensive member that transmits and receives the infrared signal 5.

  Further, when the signal 5 is a radio wave signal instead of the infrared signal, the infrared signal has a transmission obstruction between the transmitter 6 and the receiver 7 and does not reach the receiver 7. Even so, the radio wave signal can reach the receiving unit 7, and the operation of the range hood 2 and the air supply shutter 4 can be reliably linked.

  In the first embodiment, the room in which the first ventilator is installed is the kitchen 1. However, even if an exhaust ventilation fan is provided in a room where the amount of exhaust needs to be increased, such as a room for smoking, the same applies. Has an effect.

(Embodiment 2)
The ventilator according to the second embodiment of the present invention is provided with an air supply ventilation fan 8 as a second ventilator with respect to the ventilator according to the first embodiment.

  The supply ventilation fan 8 has a specification that allows the rotation speed to be switched between a high speed and a low speed, and includes a shutter 9 that prevents outside air from blowing into the room when stopped.

  On the other hand, the range hood 2 has a specification that allows the rotational speed to be switched between high speed, medium speed, and low speed. When the range hood 2 is operated at a high speed, the ventilation fan 8 opens the shutter 9 in conjunction with the operation. When the high speed operation is performed and the range hood 2 is operated at a medium speed, the shutter 9 is opened and the supply ventilation fan 8 is operated at a low speed. When the range hood 2 is operated at a low speed, the supply ventilation fan 8 opens the shutter 9. When the range hood 2 is stopped, the supply ventilation fan 8 closes the shutter 9.

  With the above-described configuration, the difference in pressure between the kitchen 1 and the outdoor increases during the high-speed operation of the range hood 2 by transmitting and receiving the signal 5 from the transmitter 6 of the range hood 2 to the receiver 7 of the ventilation fan 8 for supplying air. When the range hood 2 is switched to medium speed operation, the exhaust fan 8 is operated at low speed to obtain a small amount of air supply when the range hood 2 is switched to medium speed operation. When the range hood 2 is switched to low speed operation, the air supply ventilation fan 8 is stopped and the shutter 9 remains open in order to obtain a smaller amount of air corresponding to the range hood 2. Even when operated at a low speed, the differential pressure between the kitchen 1 and the outdoor space is properly maintained. When the range hood 2 is stopped, the shutter 9 is closed after a predetermined delay time.

(Embodiment 3)
The ventilator according to the third embodiment of the present invention allows the rotation speed of the range hood 2 to be switched between high speed, medium speed, and low speed with respect to the ventilator according to the second embodiment, and the supply ventilation fan 8 also rotates. The speed can be switched between high speed, medium speed, and low speed, and the rotational speed of the ventilation fan 8 is switched according to the switching of the rotational speed of the range hood 2, that is, according to the magnitude of the exhaust air volume. It is characterized by interlocking to increase or decrease the air volume.

  With the above configuration, the range hood 2 and the air supply ventilation fan 8 are interlocked so as to maintain an appropriate indoor / outdoor differential pressure at any rotational speed, and stable and efficient exhaust can be performed.

(Embodiment 4)
As shown in FIG. 3, the ventilator according to the fourth embodiment of the present invention uses the second ventilator as an exhaust ventilator as well as the range hood 2 as the first exhaust ventilator, and the second exhaust ventilator 10. Is installed in the living room 11 communicating with the kitchen 1. The second exhaust ventilation fan 10 includes a shutter 12 for preventing outside wind from entering when stopped.

  Then, when the range hood 2 is operated while the second exhaust ventilation fan 10 is in operation, the second exhaust ventilation fan 10 is stopped with the shutter 12 opened, and the differential pressure inside and outside the room due to the stop of the second exhaust ventilation fan 10 is stopped. The range hood 2 efficiently exhausts by preventing the rise and the pressure difference due to the air supply obtained by opening the shutter 12 so that the pressure difference between the living room 11 and the outside of the kitchen 1 does not increase. It can be so. And if the range hood 2 is stopped, the exhaust in the living room 11 is restarted.

  In the fourth embodiment, the range hood 2 in which the first exhaust ventilation fan is installed in the kitchen 1 is used. However, the chamber in which the first exhaust ventilation fan is installed is not limited to the kitchen 1. And the second exhaust ventilator are installed in a room communicating with each other, the same effect is obtained.

  In the ventilator according to the present invention, the two ventilators can be efficiently exhausted by linking the two ventilators with the wiring work that reduces the labor and cost of the wiring work, and the room that communicates with the room that requires a large exhaust air flow. Widely applicable to ventilation equipment installed in rooms.

FIG. 1 is a configuration diagram of a ventilation device according to Embodiment 1 of the present invention. Installation configuration diagram of ventilator according to embodiments 2 and 3 of the present invention Installation configuration diagram of ventilation device of embodiment 4 of the present invention Installation diagram of conventional ventilation equipment

Explanation of symbols

2 Range hood 4 Air supply shutter 5 Signal 6 Transmitter 7 Receiver 8 Air supply fan 9 Shutter 10 Second exhaust fan 11 Living room 12 Shutter

Claims (4)

The first ventilator for exhaust is provided with a transmitter for transmitting an operation or stop signal, and the second ventilator installed at a position away from the first ventilator is connected to the second ventilator from the first ventilator. A receiving unit for receiving a transmission signal is provided, and the second ventilation device operates to reduce the pressure difference between the room and the outdoor when receiving the operation transmission signal from the first ventilation device, and the first ventilation device operates. The exhaust ventilator is an exhaust ventilator and the second ventilator is an air supply shutter and an air supply ventilator. When the exhaust ventilator is operated, the air supply shutter is opened and the air supply ventilator is operated. When the exhaust ventilation fan is stopped, the supply shutter is closed and the supply ventilation fan is stopped, and the exhaust ventilation fan is a range hood, and when the exhaust ventilation fan is operated at high speed, provided in the air supply for ventilation fan Which was shutter the air supply ventilators open operation, when the exhaust ventilators are low-speed operation, ventilators said shutter is the air supply for ventilation fans remain open, characterized in that it is stopped. The first ventilator ventilator of claim 1 Symbol placement transmits a signal of stopping is delayed from the stop. The ventilator according to claim 1 or 2 , wherein the signal is an infrared signal. The ventilation device according to any one of claims 1 to 3, wherein the signal is a radio signal.

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