JP2008281279A - Indoor environment control coordination system, and moving-vehicle-mounted device and fixed-facility-installed device for making up this indoor environment control coordination system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an indoor environment control coordination system for coordinating the control of the indoor environment of moving vehicles with the control of the indoor environment of a fixed facility as occupants move between moving vehicles or between a moving vehicle and the fixed facility. <P>SOLUTION: The indoor environment control coordination system 100 for coordinating the control of the indoor environment of a moving vehicle M with the control of the indoor environment of a fixed facility H includes a distance calculation means M10 for calculating the distance between the moving vehicle M and the fixed facility H, and a target device coordination means M11 for coordinating, depending on the distance calculated by the distance calculation means M10, the control of an air conditioner M3 of the moving vehicle M with the control of an air conditioner H3 of the fixed facility H corresponding to the air conditioner M3. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an indoor environment control cooperation system that coordinates control of an indoor environment in a first mobile body and control of an indoor environment in a second mobile body or a fixed facility via wireless communication, and the indoor environment control cooperation thereof The present invention relates to a mobile unit mounting type device and a fixed facility installation type device constituting a system, and in particular, a device corresponding to each other in each room according to the distance between the first mobile unit and the second mobile unit or the fixed facility. The present invention relates to an indoor environment control cooperation system for coordinating control, and a movable body mounted apparatus and a fixed facility installation type apparatus constituting the indoor environment control cooperation system.

  Conventionally, an indoor device and an in-vehicle device are connected wirelessly, and the vehicle position detected by the in-vehicle GPS (Global Positioning System) and its moving direction are discriminated when returning home or leaving, and the discrimination result is registered in advance. There is known a wireless communication system that controls locking / unlocking of a door of a house, on / off of an electric light or an air conditioner based on the setting of control contents corresponding to each time of returning home and departure (see, for example, Patent Document 1). ).

As described above, this wireless communication system can flexibly control the devices in the house from the vehicle according to the time of returning home and the time of departure.
JP 2002-186055 A

  However, since the wireless communication system described in Patent Document 1 controls devices in the house based on the control contents corresponding to the time of returning home and the time of departure registered in advance, the driver gets off the vehicle. In order to keep the house in the desired indoor environment when moving to the house, it is necessary to set the details of the control corresponding to the return home, and if the desired indoor environment changes day by day, It is troublesome to reset the corresponding control contents each time.

  Further, when resetting is neglected, the driver may feel uncomfortable due to the difference between the indoor environment in the vehicle and the indoor environment in the house.

  In view of the above points, the present invention provides an indoor environment control cooperation system that coordinates control of indoor environments of a moving body and a fixed facility in accordance with movement of an occupant between moving bodies or between a moving body and a fixed facility. With the goal.

  In order to achieve the above-described object, the indoor environment control cooperation system according to the first invention links the control of the indoor environment in the first mobile body with the control of the indoor environment in the second mobile body or fixed facility. In the indoor environment control cooperation system, the distance calculating unit that calculates the distance between the first moving body and the second moving body or the fixed facility, and the distance calculating unit according to the distance calculated by the distance calculating unit Corresponding device cooperation means for linking the control of the first device in the first moving body and the control of the second device in the second moving body or fixed facility corresponding to the first device. It is characterized by.

  Moreover, 2nd invention is an indoor environment control cooperation system which concerns on 1st invention, Comprising: Said 1st apparatus is connected to 1st LAN in said 1st moving body, said 2nd apparatus Is connected to a second LAN in the second mobile unit or fixed facility, and the first LAN and the second LAN are connected via wireless communication.

  Moreover, 3rd invention is the indoor environment control cooperation system which concerns on 1st or 2nd invention, Comprising: Said 1st apparatus and said 2nd apparatus are air conditioners, The said corresponding | compatible apparatus cooperation means is The air conditioning level in the first moving body and the air conditioning level in the second moving body or fixed facility are linked in accordance with the distance calculated by the distance calculating means.

  A fourth invention is an indoor environment control cooperation system according to any one of the first to third inventions, wherein the corresponding device cooperation means has a distance calculated by the distance calculation means less than a predetermined distance. The first device is stopped in the case of failure.

  Further, a fifth invention is the indoor environment control cooperation system according to any one of the first to fourth inventions, wherein the distance calculating means is a distance to the transmitting side based on the intensity of the received radio wave. Is calculated.

  In addition, the mobile body-mounted apparatus according to the sixth aspect of the invention constitutes an indoor environment control linkage system that links the control of the indoor environment in the first mobile body and the control of the indoor environment in the second mobile body or fixed facility. According to the distance calculation means for calculating the distance between the first mobile body and the second mobile body or the fixed facility, and the distance calculated by the distance calculation means And a corresponding device cooperation means for linking the control of the first device in the first moving body and the control of the second device in the second moving body or fixed facility corresponding to the first device. It is characterized by that.

  The fixed facility installation type device according to the seventh invention is a fixed facility installation type device that constitutes an indoor environment control cooperation system that links indoor environment control in a moving body and indoor environment control in a fixed facility. A distance calculating unit that calculates a distance between the moving body and the fixed facility, and a control of the first device in the moving body and the first device according to the distance calculated by the distance calculating unit And a corresponding device cooperation means for linking the control of the second device in the fixed facility.

  The indoor environment control cooperation system according to the eighth aspect of the invention is an indoor environment control cooperation system that coordinates control of the indoor environment in the first mobile body and control of the indoor environment in the second mobile body or fixed facility. A travel time calculating means for calculating a travel time required for travel between the first mobile body and the second mobile body or the fixed facility, and the travel time calculating means according to the travel time calculated by the travel time calculating means. Corresponding device cooperation means for linking the control of the first device in the first moving body and the control of the second device in the second moving body or fixed facility corresponding to the first device. It is characterized by.

  With the above-described means, the present invention can provide an indoor environment control cooperation system that coordinates control of each indoor environment of a mobile body and a fixed facility in accordance with movement of an occupant between mobile bodies or between a mobile body and a fixed facility. it can.

  Hereinafter, the best mode for carrying out the present invention will be described with reference to the drawings.

  FIG. 1 is a block diagram illustrating a configuration example of an indoor environment control cooperation system according to the present invention. An indoor environment control cooperation system 100 includes a communication device H2 and an air conditioner H3 in a fixed facility H, and a control device M1 in a moving body M. The fixed facility H and the moving body M exchange information via wireless communication.

  The communication device H2 and the air conditioning device H3 are connected to each other via a local LAN such as a home network, and the control device M1, the communication device M2, and the air conditioning device M3 are a CAN (Controller Area Network) or LIN (Local Interconnect Network). ) Or the like.

  The indoor environment control cooperation system 100 is a system that coordinates control of various devices in the moving body M and control of various devices in the fixed facility H. For example, an occupant of the moving body M gets off the moving body M and fixes it. When moving to the facility H, the moving body M has the indoor environment (for example, indoor temperature, humidity, oxygen concentration, etc.) maintained by the moving body M so that it can be continuously maintained by the fixed facility H. Control of a device (for example, an air conditioner M3, an air cleaner, an oxygen concentration control device, a humidifier, a lighting device, etc.) and control of a corresponding device in the fixed facility H are linked.

  The fixed facility H is a facility having a closed space, and is, for example, a house, an office, a garage, a warehouse, or the like.

  The moving body M is a moving object having a closed space, and is, for example, an automobile, a ship, an aircraft, a railway, or the like.

  The control device M1 is a computer including a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), etc., and corresponds to each of the distance calculation means M10 and the corresponding device cooperation means M11, for example. The CPU executes the processing corresponding to each means while storing the program to be stored in the ROM.

  Each of the communication devices H2 and M2 is a device for controlling wireless communication between the fixed facility H and the moving body M. For example, a frequency for mobile phone or a specific low-power wireless communication frequency is used. The wireless communication between the fixed facility H and the moving body M is controlled.

  Further, the communication device H2 periodically transmits an inquiry signal (a signal for requesting a response signal to be returned by the moving body M existing within a predetermined range from the fixed facility H), and the predetermined range (from the fixed facility H). For example, a search is made as to whether or not there is a moving body M equipped with the communication device M2 in an area within 5 km).

  The communication device M2 that has received the inquiry signal transmitted by the communication device H2 returns a response signal (a signal including a command for controlling the air conditioner H3 in the fixed facility H) to the communication device H2.

  The air conditioners H3 and M3 are devices for adjusting the temperature, humidity, oxygen concentration, air cleanliness, etc. of the fixed facility H or the moving body M, for example, room air conditioners, car air conditioners, etc., and have a pollen removing function. It may have a deodorizing function, a dustproof function, and the like.

  Next, the distance calculation means M10 and the corresponding apparatus cooperation means M11 that the control device M1 has will be described.

  The distance calculation means M10 is a means for calculating the distance between the fixed facility H and the moving body M. For example, the distance calculation means M10 is based on the intensity of radio waves transmitted from the communication device H2 and received by the communication device M2. And the distance between the moving object M and the moving object M is calculated.

  The distance calculation means M10 assumes that the distance between the fixed facility H and the moving body M is smaller as the intensity of the radio wave received from the communication apparatus H2 received by the communication apparatus M2 is smaller, and is divided into a plurality of stages ( For example, the distance is calculated in increments of 10 meters.)

  Further, the distance calculation means M10 determines the position (longitude, latitude, altitude) of the moving body M acquired by GPS and the position (longitude, latitude, altitude) of the fixed facility H registered in advance in the ROM or the like of the control device M1. Based on this, the distance between the fixed facility H and the moving body M may be calculated.

  The corresponding device cooperation means M11 is a means for linking the control of the device in the fixed facility H and the control of the device in the moving body M corresponding to the device, for example, control and movement of the air conditioner H3 in the fixed facility H. The control of the air conditioner M3 in the body M is linked.

  For example, the corresponding device cooperation unit M11 transmits various settings of the air conditioner M3 in the moving body M to the air conditioner H3 in the fixed facility H via the communication device M2, and the set temperatures and settings of the air conditioner H3 and the air conditioner M3. Adjust the humidity or air volume to be equivalent.

  Next, referring to FIG. 2, the indoor environment control cooperation system 100 links the control of the air conditioner H3 in the fixed facility H and the control of the air conditioner M3 in the moving body M corresponding to the air conditioner H3 (hereinafter, referred to as “the air conditioner H3”). "Corresponding device cooperation processing") will be described. Note that FIG. 2 is a flowchart showing the flow of the corresponding device cooperation processing, and the indoor environment control cooperation system 100 repeatedly executes the corresponding device cooperation processing at a predetermined cycle.

  First, the control device M1 of the indoor environment control cooperation system 100 detects the radio wave intensity (hereinafter referred to as “radio wave level”) of the inquiry signal from the fixed facility H received by the communication device M2 (step S1). .

  Thereafter, the control device M1 compares the detected radio wave level with a threshold value T1 registered in advance in the ROM or the like of the control device M1 (step S2), and when the detected radio wave level is less than the threshold value T1 (NO in step S2). Assuming that it is not time to start the cooperation between the device installed in the fixed facility H and the device installed in the movable body M, the distance between the fixed facility H and the mobile unit M is sufficiently large. Terminate.

  On the other hand, when the detected radio wave level is equal to or higher than the threshold T1 (YES in step S2), the control device M1 is a time to start cooperation between the device installed in the fixed facility H and the device mounted on the moving body M. The air conditioner H3 in the fixed facility H is operated by a response signal to the inquiry signal from the fixed facility (step S3).

  Thereafter, the control device M1 calculates the distance between the fixed facility H and the moving body M based on the radio wave level by the distance calculation means M10, and transmits a response signal via the communication device M2, while cooperating with the corresponding device. The adjustment of the air conditioner H3 and the adjustment of the air conditioner M3 are linked by the means M11 according to the calculated distance (step S4).

  Next, a process in which the corresponding device cooperation unit M11 cooperates the control of the two air conditioners (hereinafter referred to as “air conditioner cooperation process”) will be described with reference to FIG. FIG. 3 is a flowchart showing the flow of the air conditioning apparatus cooperation processing. The corresponding apparatus cooperation means M11 performs the air conditioning apparatus cooperation processing at a predetermined cycle as long as the intensity of the inquiry signal from the fixed facility H is equal to or higher than the threshold T1. It shall be executed repeatedly. In addition, this air conditioner cooperation process is described by taking the case of cooling as an example, but it can also be similarly described in the case of heating while reversing the up and down operation of the set temperature.

  Further, when the intensity of the inquiry signal is less than the threshold value T1, the corresponding device cooperation unit M11 determines that the distance between the fixed facility H and the moving body M is sufficiently large and the device and the moving body M installed in the fixed facility H. The operation of the air conditioner H3 in the fixed facility H is stopped by a response signal because it is not necessary to continue cooperation with the mounted device.

  First, the corresponding device cooperation unit M11 compares the distance calculated based on the radio wave level with a threshold value L1 registered in advance (step S11).

  When the distance calculated based on the radio wave level is less than the threshold value L1 (YES in step S11), the corresponding device cooperation unit M11 increases the set temperature of the air conditioner M3 in the moving body M and air conditioning in the fixed facility H. The set temperature of the device H3 is lowered (step S12). This is because the cooling in the moving body M is stopped early, while the cooling in the fixed facility H is strengthened.

  On the other hand, when the distance calculated based on the radio wave level is equal to or greater than the threshold L1 (NO in step S11), the corresponding device cooperation unit M11 decreases the set temperature of the air conditioner M3 in the moving body M, and the fixed facility. The set temperature of the air conditioner H3 in H is raised (step S13).

  Since the distance between the fixed facility H and the moving body M has increased again, the cooling in the moving body M is temporarily resumed, while the cooling in the fixed facility H is temporarily performed in order to suppress energy consumption due to unnecessary cooling. This is for interrupting.

  The increase / decrease of the set temperature may be automatically continued at a predetermined rate (for example, 0.5 ° C./min), and the predetermined rate is changed at another threshold L2 (L1> L2). (For example, 0.5 ° C./min is changed to 0.3 ° C./min). Further, the increase / decrease in the set temperature in the air conditioner M3 and the increase / decrease in the set temperature in the air conditioner H3 may be the same ratio or different ratios.

  Further, the increase / decrease range of the set temperature is set in the air conditioner M3 by setting the value at which the difference from the initially set temperature is a predetermined temperature (for example, 5 ° C.) as the other boundary value while setting the initially set temperature as one boundary value. The increase / decrease range of the temperature and the increase / decrease range of the set temperature in the air conditioner H3 may be the same width or different widths.

  For example, when the initial set temperature in the moving body M is 20 ° C., the corresponding device cooperation unit M11 adjusts the set temperature of the air conditioner M3 between 20 ° C. and 25 ° C., and sets the set temperature of the air conditioner H3. The air conditioner is adjusted between 20 ° C. and 25 ° C., the air conditioner H3 is started to operate at a set temperature of 25 ° C., and then the set temperature of the air conditioner M3 is increased to 25 ° C. in increments of 0.5 ° C. The set temperature of H3 is reduced to 20 ° C in 0.5 ° C increments. The corresponding device cooperation unit M11 stops the operation of the air conditioner M3 when a predetermined time has elapsed after the set temperature of the air conditioner M3 reaches 25 ° C.

  In this way, the corresponding device cooperation unit M11, for example, the air conditioner in the fixed facility H that is in the power-off state as the distance between the fixed facility H derived by the distance calculation unit M10 and the moving body M decreases. The setting of the device H3 is made to approach the setting of the air conditioner M3 in the moving body M, while the air conditioner M3 in the moving body M is adjusted to approach the power-off state.

  In the near future, the passenger's satisfaction with the room temperature can be improved if the room temperature of the fixed facility H where the passenger who gets off the moving body M enters can be adjusted to be equal to the room temperature maintained by the air conditioner M3. In addition, the air conditioner M3 is brought close to the power-off state in the near future even if the room temperature of the moving body M that the occupant is about to get down cannot be maintained at the set temperature strictly until the time the occupant gets off. It is because it is thought that the satisfaction of is not reduced remarkably.

  In addition, the corresponding apparatus cooperation means M11 does not change the indoor environment (temperature, humidity, oxygen concentration, etc.) of the moving body M and the fixed facility H gradually but from the viewpoint of energy saving. In addition, by gradually changing the indoor environment of the fixed facility H, the corresponding device cooperation unit M11 causes the air conditioner M3 and the air conditioner H3 to temporarily move when the moving body M once approaches the fixed facility H but moves away again. Even if the cooperation is wasted, energy consumed by the air conditioner M3 and the air conditioner H3 can be minimized.

  Next, referring to FIG. 4, the indoor environment control cooperation system 100 links the control of the air conditioner H3 in the fixed facility H and the control of the air conditioner M3 in the moving body M corresponding to the device, while the air conditioner M3. Will be described in a stepwise manner (hereinafter referred to as “energy saving process”). FIG. 4 is a flowchart showing the flow of the energy saving process, and step S21 and step S22 are the same as the corresponding device cooperation process shown in FIG.

  When the radio wave level of the inquiry signal from the communication device H2 received by the communication device M2 is equal to or higher than the threshold T1 (YES in step S22), the control device M1 of the indoor environment control cooperation system 100 starts measuring time ( Step S23), monitoring that the duration of the state in which the radio wave level is equal to or greater than the threshold T1 is equal to or greater than the predetermined time D1 (Step S24).

  When the duration time is equal to or longer than the predetermined time D1 (step S24), the control device M1 stops the air conditioner M3 by the corresponding device cooperation unit M11 (step S25).

  This is because the fixed facility H and the moving body M are sufficiently close, and it is estimated that the occupant of the moving body M will get off the moving body M and move to the fixed facility H in the near future. This is because if the air conditioner M3 is operated until the moment of getting off from M, energy is wasted.

  The control device M1 starts measuring time when the radio wave level of the inquiry signal from the communication device H2 received by the communication device M2 is equal to or higher than the threshold value T1, and the control device M1 is in a state where the radio wave level is equal to or higher than the threshold value T1. When the continuation time becomes equal to or longer than the predetermined time D1, the electric device garage shutter in the fixed facility H may be opened stepwise according to the continuation time by the corresponding device cooperation unit M11. This is because when the moving body M arrives at the fixed facility H, the moving body M is smoothly accommodated in the garage, and the moving body M is stopped early, so that the moving body M does not waste energy. .

  Note that the control device M1 moves away from the fixed facility H, and when the radio wave level of the inquiry signal from the communication device H2 received by the communication device M2 becomes less than the threshold T2 (T1> T2), When the measurement is started and the time during which the radio wave level is below the threshold value T2 continues for a predetermined time D2 or more, the corresponding device cooperation means M11 stops the air conditioner H3 in the fixed facility H, or turns the electric garage shutter. You may make it close automatically.

  This is for surely preventing forgetting to turn off the air conditioner H3 and forgetting to close the electric garage shutter so that the air conditioner H3 does not waste energy or leave the electric garage shutter open.

  With the above configuration, when the passenger moves from the moving body M to the fixed facility H, the indoor environment control cooperation system 100 greatly changes the indoor environment of the moving body M and the indoor environment of the fixed facility H, so It can prevent giving a pleasant feeling.

  In addition, the indoor environment control linkage system 100 connects various devices in the fixed facility H to each other via a local area LAN, and also connects various devices in the moving body M to each other via an in-vehicle LAN. Can be set freely, and the indoor environment in the fixed facility H and the indoor environment in the moving body M can be finely adjusted to further improve the passenger's satisfaction.

  Further, the indoor environment control cooperation system 100 controls the air conditioning level of the moving body M (refers to the operating state of the air conditioner M3, including the set temperature, set humidity, air volume, etc.) and the air conditioning level of the fixed facility H (air conditioner). H3 is the operating state of H3, and includes control of set temperature, set humidity, air volume, etc.), so even when the occupant moves from the moving body M to the fixed facility H, there is a big difference in the sensible temperature. You can prevent it from happening.

  In addition, the indoor environment control cooperation system 100 gradually adjusts the indoor environment while linking various devices in the fixed facility H and various devices in the moving body M, so that a predetermined state like an air conditioner is realized. It is advantageous for cooperation of devices that require a certain amount of time.

  Moreover, since the indoor environment control cooperation system 100 stops the air conditioner M3 in the moving body M when the moving body M sufficiently approaches the fixed facility H, the set temperature is unnecessarily set until the moment when the occupant gets off the moving body M. The energy consumed by the air conditioner M3 can be suppressed without trying to maintain the above.

  Moreover, since the indoor environment control cooperation system 100 stops the air conditioner H3 in the fixed facility H when the moving body M is sufficiently far from the fixed facility H, the air conditioner H3 is installed even though the fixed facility H is unmanned. The energy consumed by the air conditioner H3 can be suppressed without continuing to operate.

  FIG. 5 is a block diagram showing another configuration example of the indoor environment control cooperation system according to the present invention. In the indoor environment control cooperation system 200, the moving body M has a positioning device M4 and a storage device M5, and The control device M1 is different from the indoor environment control cooperation system 100 shown in FIG. 1 in that the control device M1 includes a travel time calculation unit M12.

  Since other components are common to the indoor environment control cooperation system 100, the same reference numerals are used, and detailed description thereof is omitted.

  The positioning device M4 is a device for measuring the position of the moving body M. For example, the positioning apparatus M4 receives a GPS signal output from a GPS satellite via a GPS antenna by a GPS receiver, and the moving body is based on the received GPS signal. Measure the position of M (longitude, latitude, altitude).

  The measurement by the positioning device M4 may be any method such as single positioning or relative positioning (including interference positioning), but preferably relative positioning with high accuracy is used. At this time, the position of the moving body M may be corrected based on outputs of various sensors such as a steering angle sensor, a speed sensor, a gyro sensor, and various information received via a beacon receiver or an FM multiplex receiver. Good.

  The storage device M5 is a device for storing various information required by the indoor environment control cooperation system 200. For example, the storage device M5 is a nonvolatile storage medium such as a hard disk or a DVD (Digital Versatile Disk), and includes a map information database, Stores movement schedules and the like.

  A movement schedule is information which shows the operation schedule of the moving body M, and has information, such as a departure place, a destination, a waypoint, departure time, and arrival time.

  The movement time calculation means M12 is a means for calculating the time required for movement of the moving body M. For example, the distance between the moving body M and the fixed facility H calculated by the distance calculation means M10, and the moving body Based on the moving speed of the moving body M output from the speed sensor mounted on M, the time required for the moving body M to reach the fixed facility H is calculated.

  Next, the corresponding device cooperation processing by the indoor environment control cooperation system 200 will be described with reference to FIG. FIG. 6 is a flowchart showing the flow of the corresponding device cooperation processing by the indoor environment control cooperation system 200, and the indoor environment control cooperation system 200 repeatedly executes the corresponding device cooperation processing at a predetermined cycle.

  First, the control device M1 of the indoor environment control cooperation system 200 acquires the position information of the moving body M based on the output of the positioning device M4 (step S31).

  Thereafter, the control device M1 uses the distance calculation means M10 to move the mobile body M and the fixed facility H based on the acquired positional information of the mobile body M and the positional information of the fixed facility H registered in advance in the ROM or the like of the control device M1. If the calculated distance is larger than the threshold value L3 (NO in step S32), the distance between the fixed facility H and the moving body M is sufficiently large and installed in the fixed facility H. Since it is not time to start cooperation between the air conditioner H3 that has been performed and the air conditioner M3 mounted on the moving body M, the corresponding device cooperation processing is terminated.

  On the other hand, when the calculated distance is equal to or less than the threshold value L3 (YES in step S32), the control device M1 starts cooperation between the air conditioner H3 installed in the fixed facility H and the air conditioner M3 mounted on the moving body M. Based on the distance calculated by the distance calculating means M10, the adjustment of the air conditioner H3 and the adjustment of the air conditioner M3 by the corresponding apparatus cooperation means M11 are started based on the distance calculated by the distance calculating means M10 (step S33).

  For example, the corresponding device cooperation unit M11 sets the air conditioner H3 in the fixed facility H in the power-off state as the distance between the fixed facility H and the moving body M derived by the distance calculation unit M10 decreases. Is set closer to the setting of the air conditioner M3 in the moving body M, while the air conditioner M3 in the moving body M is brought closer to the power-off state.

  Further, the control device M1 calculates the travel time required for the moving body M to reach the fixed facility H based on the distance calculated by the distance calculating means M10 and the moving speed of the moving body M by the travel time calculating means M12. When the calculated travel time is equal to or less than the predetermined time D3, it is determined that it is time to start cooperation between the air conditioner H3 installed in the fixed facility H and the air conditioner M3 mounted on the moving body M, and the calculated travel Based on the time, the adjustment of the air conditioner H3 and the adjustment of the air conditioner M3 by the corresponding device cooperation unit M11 may be started.

  The moving speed of the moving body M may be the current speed, or may be an average speed, a maximum speed, a minimum speed, or the like in a past predetermined period.

  In addition to the distance calculated by the distance calculation unit M10 or the movement time calculated by the movement time calculation unit, the corresponding device cooperation unit M11 includes various sensors (temperature sensors) attached to the fixed facility H or the moving body M, for example. The air conditioner H3 in the fixed facility H may be operated at an appropriate timing and with an appropriate control amount based on the output of a humidity sensor, a dust sensor, an odor sensor, or the like.

  This is to prevent the air conditioner H3 from being forcibly operated (for example, to operate more strongly than necessary) so as to realize the same indoor environment as that of the moving object M at an early stage. This is because the energy saving effect is enhanced by adjusting the air conditioner H3 step by step.

  In addition, the indoor environment control cooperation system 200 causes the occupant who got off the moving body M to stop at the fixed facility H for a short time based on information such as the travel schedule stored in the storage device M5 and the recommended route output by the car navigation system. It may be determined whether or not only the mobile facility M passes only around the fixed facility H.

  Even if the distance between the moving body M and the fixed facility H or the travel time required for the moving body M to reach the fixed facility H falls below the threshold, the air conditioner H3 in the fixed facility H is wasted. This is to prevent it from being operated.

  Although the preferred embodiments of the present invention have been described in detail above, the present invention is not limited to the above-described embodiments, and various modifications and substitutions can be made to the above-described embodiments without departing from the scope of the present invention. Can be added.

  For example, in the above-described embodiment, the indoor environment control linkage system links the control of the device in the fixed facility H and the control of the device in the moving body M, and the control of the device in the moving body on which the passenger is currently on board. You may make it cooperate with control of the apparatus in another mobile body which a passenger | crew tries to transfer. This is because the indoor environment of the mobile body after the transfer and the indoor environment of the mobile body before the transfer are not greatly changed, and passenger satisfaction is improved.

  In the above-described embodiment, the indoor environment control cooperation system includes the control device M1 on the moving body M side, but includes the control device on the fixed facility H side. The control of the air conditioner H3 and the control of the air conditioner M3 in the moving body M may be linked.

  Further, in the above-described embodiment, the indoor environment control cooperation system 100 calculates the distance between the moving body M and the fixed facility H according to the strength of the radio wave received by the communication device M2, and then executes the energy saving process. However, the distance between the moving body M and the fixed facility H (including waypoints and destinations) is calculated based on the information output from the GPS or the car navigation system, and the energy saving process is executed. Good.

  In the above-described embodiment, the indoor environment control cooperation system 100 links the control of the air conditioner M3 in the moving body M and the control of the air conditioner H3 in the fixed facility H, but controls the seat heater temperature in a certain moving body. The control of the seat heater temperature in another moving body or the floor heating in the fixed facility H or the toilet seat heater control of the toilet may be linked.

It is a block diagram (the 1) which shows the structural example of an indoor environment control cooperation system. It is a flowchart (the 1) which shows the flow of a corresponding | compatible apparatus cooperation process. It is a flowchart which shows the flow of an air conditioner cooperation process. It is a flowchart which shows the flow of an energy saving process. It is a block diagram (the 2) which shows the structural example of an indoor environment control cooperation system. It is a flowchart (the 2) which shows the flow of a corresponding | compatible apparatus cooperation process.

Explanation of symbols

H fixed facility H2 communication device H3 air conditioner M moving body M1 control device M2 communication device M3 air conditioner M4 positioning device M5 storage device M10 distance calculation means M11 compatible device cooperation means M12 travel time calculation means 100, 200 indoor environment control cooperation system

Claims (8)

An indoor environment control linkage system that links the control of the indoor environment in the first mobile body and the control of the indoor environment in the second mobile body or fixed facility,
Distance calculating means for calculating a distance between the first moving body and the second moving body or the fixed facility;
Control of the first device in the first moving body according to the distance calculated by the distance calculating means, and control of the second device in the second moving body or fixed facility corresponding to the first device; Compatible device cooperation means for linking
The indoor environment control cooperation system characterized by comprising. The first device is connected to a first LAN in the first mobile;
The second device is connected to a second LAN in the second mobile unit or fixed facility,
The first LAN and the second LAN are connected via wireless communication.
The indoor environment control cooperation system according to claim 1. The first device and the second device are air conditioners,
The corresponding device linkage means links the air conditioning level in the first moving body and the air conditioning level in the second moving body or fixed facility according to the distance calculated by the distance calculating means,
The indoor environment control cooperation system according to claim 1 or 2, characterized in that. The corresponding device cooperation unit stops the first device when the distance calculated by the distance calculation unit is less than a predetermined distance;
The indoor environment control linkage system according to any one of claims 1 to 3. The distance calculation means calculates a distance between the transmission side based on the received radio wave intensity,
The indoor environment control cooperation system according to any one of claims 1 to 4, wherein A mobile body-mounted device that constitutes an indoor environment control linkage system that links the indoor environment control in the first mobile body and the indoor environment control in the second mobile body or fixed facility,
Distance calculating means for calculating a distance between the first moving body and the second moving body or the fixed facility;
Control of the first device in the first moving body according to the distance calculated by the distance calculating means, and control of the second device in the second moving body or fixed facility corresponding to the first device; Compatible device cooperation means for linking
A movable body-mounted apparatus comprising: A fixed facility installation type apparatus constituting an indoor environment control linkage system that links indoor environment control in a moving body and indoor environment control in a fixed facility,
A distance calculating means for calculating a distance between the movable body and the fixed facility;
Corresponding device cooperation means for linking the control of the first device in the moving body and the control of the second device in the fixed facility corresponding to the first device according to the distance calculated by the distance calculation means;
A fixed facility installation type apparatus characterized by comprising: An indoor environment control linkage system that links the control of the indoor environment in the first mobile body and the control of the indoor environment in the second mobile body or fixed facility,
A movement time calculating means for calculating a movement time required for movement between the first moving body and the second moving body or a fixed facility;
Control of the first device in the first mobile body according to the travel time calculated by the travel time calculation means and the second device in the second mobile body or fixed facility corresponding to the first device. Corresponding device cooperation means for linking control,
The indoor environment control cooperation system characterized by comprising.

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