JPH11311463A - Central control device of facility equipment for store - Google Patents

Abstract

PROBLEM TO BE SOLVED: To securely execute initial setting operation quickly, by judging whether the model discrimination information on facility equipment for a store being displayed coincides with returned model information or not. SOLUTION: In a central control device for collectively controlling a plurality of equipment for a stored with different models, equipment information for a store and model discrimination information are stored by an equipment discrimination information storage means 14, while being related to the address number of a terminal control device 2, and information is stored in a storage means 24. When the operation data of target equipment are requested when performing initial setting by a setting means 12, the terminal control device 2 adds model information to the address number and the operation information and return them to a central control device 1. Operation information and model information are added to a model discrimination means 15, and information is displayed by a display means 13. The model discrimination means 15 reads information corresponding to the equipment information being specified by a setting means 12 from the storage means 14, judges whether it coincides with model information being returned from the terminal control device 2 or not, and displays the judgment result on the display means 13.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a centralized management system for store equipment, which collectively manages a plurality of different types of store equipment.

[0002]

2. Description of the Related Art A store such as a convenience store is provided with a plurality of different types of equipment such as an air conditioner, a refrigerator, a showcase, and a ventilation fan. As a device for collectively managing these store equipment, there is, for example, a device disclosed in JP-A-5-264141 to JP-A-5-264150 as a centralized management device such as a showcase.

[0003] The centralized control devices described in these publications are provided in correspondence with the central control device and the shop equipment, and are respectively connected to the central control device via common transmission lines. When the operating conditions are set by the central management device, the terminal control device drives the showcase or the like according to the operating conditions, while transmitting data on the operating state to the central processing unit, and the central management device The status was displayed on the monitor.

However, in the devices described in these publications, since the communication between the central management device and the terminal control device sets the operating conditions only depending on the channel number of each terminal device, the condition is set as a control target. It is necessary to build a system so that there is no mistake while checking the correspondence between the device to be set up and the actually connected device and its type in advance, which is time-consuming. Was.

[0005] To explain this concretely, for example,
The content of the operation control differs between the showcase and the air conditioner. That is, in the shaw case, the energization state of the defrosting heater and the dew-prevention heater is controlled, whereas in the air conditioner, the cooling and heating operation modes, the air volume, the louver swing state, and the like must be controlled. Even for the same showcase, the set temperature range is different for freezing and refrigeration. Therefore, it is necessary to sufficiently check what kind of device is connected to the central management device and what the command or setting target device is. Needless to say, if the operating conditions are set incorrectly for the setting target device, not only normal operation cannot be performed, but also the equipment itself may be destroyed. Therefore, a reliable initial setting work was indispensable, and time and labor had to be spent accordingly.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and has as its object to collectively manage a plurality of different types of store equipment, so that an initial setting operation can be performed in a short time. An object of the present invention is to provide a centralized management device for store equipment that can be performed.

Another object of the present invention is to provide a centralized management apparatus for store equipment which can be constructed at a low cost with simple construction.

[0008]

The invention according to claim 1 is
In a centralized management device for store equipment that centrally manages the state of a plurality of different types of store equipment, the central management device and the store management device are provided corresponding to the store equipment, and each is connected via a common transmission line. A terminal control device connected to the central control device, the central control device displays transmission / reception means for communicating with the terminal control device, setting means for performing commands or settings, and displays the status of the shop equipment. Display means, a model identification information storage means for storing model identification information corresponding to the displayed shop equipment, and a model identification means for identifying the type of shop equipment to which the terminal control device is respectively connected. The terminal control device includes a transmission / reception unit for communicating with the central management device, an operation state input unit such as a sensor for detecting an operation state of the corresponding shop equipment, and a command or set value. The central control device includes operation control output means for receiving and operating store equipment, and model information storage means for storing model information dedicated to the store equipment. Requests transmission of model information to a terminal control device provided corresponding to the device, the terminal control device returns model information in response to this request, and the central management device is a store facility device that issues instructions or settings. Is displayed on a display device, and whether or not the displayed model identification information of the facility equipment for store matches the returned model information is determined by the model identification means.

According to a second aspect of the present invention, in the centralized management device for shop equipment according to the first aspect, the terminal control device has a common function of setting model information of the corresponding shop equipment from outside. It is characterized by comprising a model information setting means.

According to a third aspect of the present invention, in the centralized management equipment for store equipment according to the first or second aspect, the terminal control device performs communication with the central management device when the model of the corresponding store equipment is used. The information is added to the driving information and returned.

According to a fourth aspect of the present invention, in the centralized management device for shop equipment according to any one of the first to third aspects, the setting means displays a touch-inputtable setting button on the display means. In other words, when a command or setting is changed, a list of facility equipment and setting buttons is displayed on the display means, and each time the setting button is touched, the model discriminating means performs a discriminating operation.

According to a fifth aspect of the present invention, in the centralized management device for store equipment according to the fourth aspect, the central management device displays the display color or display of the setting button when the result of the determination by the model determination means does not match. The state is changed.

According to a sixth aspect of the present invention, in the centralized management device for shop equipment according to the fourth aspect, the central management device displays the mismatch when the result of the model identification by the model discriminating means does not match. The wording is displayed in words.

According to a seventh aspect of the present invention, in the centralized management device for shop equipment according to the first or second aspect, the central management device adds model information to the command or setting value when the command or setting is changed. The terminal control device is characterized by comprising control means for comparing the received device information with the internally set model information, and ignoring a command or a set value when they do not match.

[0015] The invention according to claim 8 is a centralized management device for store equipment that centrally manages the states of a plurality of different types of store equipment, and corresponds to the central management device and the store equipment. And a terminal control device connected to the central control device via a common transmission line.The central control device includes a transmitting / receiving means for communicating with the terminal control device, and a state of the facility equipment for the store. , A setting button that displays a touch input setting button on the display means, and instructs or sets with the setting button, and a model discrimination device that stores model discrimination information corresponding to the displayed shop equipment. The terminal control device includes information storage means, and model determination means for determining the type of facility equipment for the store to which the terminal control device is connected. The terminal control device includes a transmission / reception means for communicating with the central management device. Operating state input means such as a sensor for detecting the operating state of store equipment to be operated, operation control output means for receiving commands or set values and operating store equipment, and model information dedicated to store equipment The central management device requests the terminal control device provided corresponding to the shop equipment to perform the command or the setting, at the time of setting the initial system, to transmit the model information. Then, the terminal control device returns the model information in response to the request, the central management device displays appropriate store equipment corresponding to the model information on the display device, and displays the displayed model information of the store equipment. The apparatus is characterized in that the apparatus is stored as model identification information in model identification information storage means.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail based on preferred embodiments shown in the drawings. FIG. 1 is a diagram corresponding to a claim of the centralized management device for store equipment according to the present invention. In FIG. 1, a terminal control device 2 provided for each of a plurality of shop equipment of different models is connected to a central management device 1 via a transmission line 6. The terminal control devices 2 connected to the transmission line 6 are all designed identically and have substantially the same configuration only by changing the setting state of switches and the like, even if the models to be controlled are different.
Only one is shown for simplification of the drawing.

The central management device 1 has a transmission / reception means 11 for communicating with the terminal control device 2. This transmission / reception means 11
Includes a serial interface and transmits / receives to / from the terminal control device 2 according to a command. The transmission / reception unit 11 is connected to a setting unit 12 for performing a command or setting for the store equipment. The setting means 12 is for setting the operation state including the initial setting of the system. At the time of setting, the setting means 12 requests the terminal control device 2 for the operation state data and the model information via the transmission / reception means 11 and sets the setting object. Is added to the device type determination means 15.

The setting means 12 is connected to a display means 13 for displaying information on a device to be set, displaying the operation status of the equipment, and displaying the result of the determination by the model determining means 15. The model identification information storage means 14 stores model identification information for identifying the model in association with a plurality of store equipment information. The model determining means 15 stores the model determining information corresponding to the device information of the setting means 12 as the model determining information storing means 14.
And compares it with the model information returned from the terminal control device 2 via the transmission / reception means 11 to determine whether or not they match, and causes the display means 13 to display the determination result.

On the other hand, the terminal control device 2 includes a transmission / reception means 21 for communicating with the central management device 1. The transmission / reception means 21 also includes a serial interface, and returns data in response to a request from the central management device 1. The transmission / reception means 21 is connected to an operation control input means 22 for inputting a signal from a sensor or the like (not shown) and an operation state output means 23 for controlling a solenoid valve or the like (not shown). Model information storage means 24 for storing model information of store equipment to be stored. Note that the terminal control devices 2 are all configured identically and have a function of externally setting the model information of the corresponding shop equipment by operating a switch together with the address number, and the set model information is stored in the model information storage. The information is stored in the means 24.

Here, the device identification information storage means 14 stores the store equipment information and the model identification information in association with the address number of the terminal control device, and the model information storage means 24 stores the model information. When the setting means 12 requests the operating state data of the target device upon the initial setting, the terminal control device 2 returns the central control device 1 with the model number information added to the address number and the operating information. At this time, the operation information and the model information of the device to be set are added to the model discriminating means 15, and the operation information is displayed on the display means 13
To be displayed.

The model discriminating means 15 reads out the model discriminating information corresponding to the device information specified by the setting means 12 from the model discriminating information storing means 14 and determines whether or not it matches the model information returned from the terminal control device 2. Means for determining and displaying the determination result
Display on 13. Then, when the command or setting is performed by the setting means 12 at the stage where it is confirmed that the model determination result is good, the setting state is displayed on the display means 13 and the terminal control device 2 is transmitted via the transmission / reception means 11. Sent to. If the model determination result is determined to be defective, the model determination information in the terminal control device 2 is corrected.

By performing the above operation for all the store equipment, the initial setting of the system is completed.
After the completion of the initial setting, the terminal control device 2 adds data corresponding to the command or the set value sent from the central management device 1 to the operation state output means 23, and the operation state output means 23 Control.

Thereafter, if there is a replacement of the equipment or the like, the discriminating operation is performed even at that time, so that the initial setting operation can be reliably performed in a short time. Further, by using the terminal control devices 2 that are all designed to be the same, a system can be constructed at a low cost with simple construction.

FIG. 2 is a system diagram showing a specific configuration of the centralized management device for store equipment according to the present invention. The central management device 1 includes a liquid crystal touch panel 7 that also serves as a display device. And, for example, refrigeration as store equipment,
The terminal control device 2 is provided in the refrigerated showcase, the terminal control device 3 in the refrigerator, the terminal control device 4 in the air conditioner, and the terminal control device 5 in the ventilation fan. Similar terminal control devices may be provided in store equipment other than the above, but these devices and terminal control devices are omitted here. The terminal control devices 2 to 5 have the same configuration so that an address number and model information can be set by switches provided outside, respectively, and are connected to the central management device 1 via a common transmission line 6.

FIG. 3 is a block diagram showing a specific configuration of the central management device 1. In the figure, a central processing unit (hereinafter abbreviated as CPU) 101 is connected to a power supply unit 102 for supplying operating power thereto and a clock unit 103 for supplying a clock signal. In addition, a control procedure and fixed data necessary for the arithmetic processing are written in the CPU 101 in advance, and a ROM 104 provided as necessary, a RAM 105 used as a working area in the arithmetic processing of the CPU 101 or an input / output buffer, and model identification information. PC to remember
A model identification information memory 106 such as a card (Personal Computer Memory Card) is connected. In addition, driving /
A liquid crystal touch panel 108 for inputting a stop, temperature change, defrosting command and the like and displaying an operation state is connected to the CPU 101 via a setting input means 109 and a display output means 110 according to the interface standard RS-232C. The liquid crystal touch panel 108 is capable of displaying 640 × 400 dots in color. Further, the CPU 101 is connected to a transmission / reception means 112 constituted by a serial interface, and the transmission / reception means 112 is connected to the transmission line 6 via a communication IC 113 having a buffer function. The transmission / reception means 112 is connected with a modem 114 which enables transmission / reception with communication devices other than the terminal control devices 2 to 6, and an alarm buzzer which is used as necessary
107 and a printer 111 are connected.

FIG. 4 is a block diagram showing a specific configuration of the terminal control device 2 which controls a showcase. In the figure, a microcontroller (hereinafter abbreviated as MCU)
A power supply unit 202 for supplying operating power thereto and a clock unit 203 for supplying a clock signal are connected to 201.
Also, a control procedure and fixed data necessary for the arithmetic processing are written in the MCU 201 in advance, and the
M204, a RAM 205 used as a working area or an input / output buffer in arithmetic processing of the MCU 201, and a RAM 205 for storing model information are connected.

An in-compartment sensor 207 and a defrost sensor 208 provided in the showcase are connected to the MCU 201 through the operation state input means 209, and the solenoid valve 210 and the defrost heater
211 is connected to the MCU 201 via the operation control output means 212. Further, similarly to the central management device 1, the MCU 20
A transmission / reception means 213 composed of a serial interface is connected to 1 and the transmission / reception means 213 is connected to the transmission line 6 via a communication IC 214 having a buffer function. To the terminal control device 2, commands such as operation / stop, change in set temperature, and defrosting are sent as request commands from the central management device 1.

FIG. 5 is a table summarizing the elements connected to the operation state input means 209 and the operation control output means 212 and the required commands according to the type of equipment.

With respect to the operation of this embodiment configured as described above, the operation during normal operation will be described with reference also to FIGS. 6 and 7, and then the operation at the time of initial system setting will also be described with reference to FIG. The operation will be described. First, during normal operation, based on the operation of the liquid crystal touch panel 108 of the central management device 1, the CPU 101 executes the transmission / reception means 112 at predetermined time intervals.
, Requesting the terminal control devices 2 to 5 to transmit the operation state data. In response to this, the terminal control devices 2 to 5 sequentially return operating state data. FIG. 6 is a time chart showing the data request and reply states. In this case, the operation state data is composed of serial data in which “operation number information” including “address number” operation / stop, set temperature, sensor temperature, etc. is included in a frame of a predetermined number of bits, and “model information” is included. You. These data are applied to the liquid crystal touch panel 108 via the display output means 110 under the action of the CPU 101.

As shown in FIG. 7, on the liquid crystal touch panel 108, a list is displayed in the form of a button for each shop equipment so that all control targets can be monitored collectively. Of these, when the button displayed as the air conditioner 4 is touched to grasp the operation state of the air conditioner 4, the display color of this button changes, and the operation state, operation mode, set temperature, etc. are displayed on the display screen. Displayed in the upper display area. "Run / Stop" on the left side of the screen
A button and a “set” button are displayed. Therefore, air conditioner 4
When these buttons are touched when changing the operation state or set values such as room temperature, a pop-up screen (not shown) appears, and the operation state can be changed and the set value can be changed in detail. When these operations are completed, a request to change the operating state, room temperature, or the like is transmitted to the terminal control devices 2 to 5 via the transmission / reception means 112 in response to a command from the CPU 101.

The terminal control devices 2 to 5 receive the change request via the transmission / reception means 213,
, And control the facility equipment connected to each as required.

It should be noted that the central management device 1 has the terminal control devices 2 to
When the terminal control devices 2 to 5 request the transmission of the operation state data to the terminal 5, the terminal control devices 2 to 5 return the operation state data with the model information added thereto. The CPU 101 constituting the central management device 1 has the model information added to the driving information data and the model identification information of the operation target device corresponding to the touched button, that is,
By judging whether or not the model discrimination information stored in the model discrimination information memory 106 matches, it is possible to judge whether or not predetermined shop equipment is connected to the terminal control device.

On the other hand, at the time of initial system setting, the CPU 101 constituting the central management apparatus 1 displays an initial system setting input screen as shown in FIG. In this case, the upper part of the screen is the abnormal state display area A, and the center part of the screen is the equipment display button arrangement position number display area B, the equipment type setting state display area C, and the button display name setting state display area. D and an address number setting area E are arranged in the horizontal direction, and a setting switch button F1 is interposed between them.
, F2, F3 are arranged in a plurality of setting areas, and the lower part of the screen is an area in which a screen switching button, a setting input confirmation button G and the like are arranged.

Here, the device display button arrangement position number display area B indicates the arrangement position of "Air conditioner 1,""Refrigerator1,""Showcase1," etc. shown in FIG. Every time the setting switching button F1 on the right of “01” in the arrangement position number display area B is touched, “air conditioner”, “showcase”, “ventilation fan”, etc. are sequentially displayed in the device type setting state display area C. The display is switched. Finally, with the “air conditioner” displayed, the setting switching button F on the right side of the device type setting state display area C
When "2" is touched, "air conditioner 1,""air conditioner 2,""air conditioner 3," and the like are sequentially switched and displayed in button display name setting state display area D. Finally, every time the setting switch button F3 on the right of the button display name setting state display area D is touched while "Air conditioner 1" is displayed, the display contents of the address number setting area E are "01", ""02","03" ... "15" are displayed. FIG. 8 shows a state in which “04” is finally set.

After the same operation as described above has been executed for all the columns of the device display button arrangement position number display area B, by touching the setting input confirmation button G, the initial system setting input screen is used. The set contents are stored in the model identification information memory 106 as model identification information. In this case, if the same item is duplicated in the button display name setting state display area D or the address number setting area E, a warning display such as "Incorrect setting" is displayed in the abnormal state display area A. Done. On the other hand, in the terminal control device 2, an address number and model information are preset from outside.

Therefore, during the normal operation described above, the data stored in the model identification information memory 106 is read out,
As shown in FIG. 7, a list is displayed on the liquid crystal touch panel 108 in the form of a button for each shop equipment. In addition, when changing operating conditions or changing set values in detail,
Requesting terminal control devices 2 to 5 provided in the target store equipment to transmit model information together with information such as operating state and room temperature via 112, and these information are returned. Then, the button display name setting state display area D designated as the change target using the "address number" as a key is compared with the model information of the facility equipment for which the driving information has been returned, and it is determined whether or not both match. .

Thus, according to the above embodiment, the initial setting operation can be reliably performed in a short time. Further, by using the terminal control devices 2 that are all designed to be the same, a system can be constructed at a low cost with simple construction.

In the above embodiment, the initial system setting input screen as shown in FIG. 8 was displayed on the liquid crystal touch panel 108 during the initial system setting, and the setting operation was performed. For example, the device type setting shown in FIG. Information for which the data of the status display area C and the address number setting area E is undecided is stored in the model identification information memory 106 in advance, and an initial system setting screen with these display areas blank is displayed on the liquid crystal touch panel 108. On the other hand, “address number” and “model information” are set and input by the terminal control devices 2 to 5, respectively, and R
It is stored in the AM 205.

In this state, transmission of operating state data is requested to the terminal control devices 2 to 5, and “model information” of the obtained data is set in the device type setting state display area C, and “address number” is set in the address. By displaying in the number setting area E, the above-described initial setting operation can be completed.
By employing this method, there is an effect that the initial setting work time can be further shortened and the reliability can be improved.

In the above embodiment, the erroneous setting is discriminated at the central management device 1 at an early stage, but when the erroneously set data is transmitted to the terminal control device 2, the device connected thereto does not operate. You also need to do that. Therefore, when the central management apparatus 1 adds the model information to the command or the set value and transmits the command to the terminal control device, the received device information is compared with the internally set model information. By disregarding the function, that is, by providing the control means in the terminal control device 2, destruction of the equipment itself can be prevented.

[0041]

As is apparent from the above description, according to the first aspect of the present invention, when centrally managing the states of a plurality of different types of shop equipment, the central management apparatus uses the model identification information. Comprising storage means and model determination means,
When the terminal control device provided corresponding to the shop equipment has a model information storage means, and performs a command or setting for the shop equipment, whether the model identification information matches the model information is determined by the model identification means. Since the determination is made, the initial setting operation can be reliably performed in a short time.

According to the second aspect of the present invention, since the terminal control device has the common model information setting means having the function of setting the model information of the corresponding store equipment from the outside, the terminal control device can be easily constructed. There is also an effect that a system can be constructed at low cost.

According to the third aspect of the present invention, since the terminal control device returns the model information of the corresponding shop equipment to the driving information and returns it, the transmission / reception procedure is simplified.

According to the fourth aspect of the present invention, when a command or setting is changed, a list of facility equipment and setting buttons is displayed on the display means, and each time the setting button is touched, the model discriminating means performs a discriminating operation. As a result, the setting operation is facilitated, and the erroneous setting state can be determined at an early stage.

According to the fifth aspect of the invention, the central management device changes the display color or the display state of the setting button when the result of the discrimination by the model discriminating means does not match.
An erroneous setting state can be determined early.

According to the sixth aspect of the invention, when the result of the discrimination by the model discriminating means is inconsistent, the central management device displays the discrepancy in text on the display means, so that the erroneous setting state can be promptly determined. Can be determined.

According to the seventh aspect of the present invention, the device information received by the terminal control device is compared with the internally set model information, and if they do not match, the command or set value is ignored. This also has the effect of preventing a situation in which the equipment itself is destroyed.

According to the eighth aspect of the present invention, at the time of setting the initial system, a request for transmission of model information is made to the terminal control device provided corresponding to the shop equipment which issues a command or makes a setting. The appropriate store equipment corresponding to the model information displayed is displayed on the display device, and the displayed model information of the store equipment is stored in the model identification information storage means as model identification information. The effect that the working time is further shortened and the certainty is increased is obtained.

[Brief description of the drawings]

FIG. 1 is a diagram corresponding to a claim of a centralized management device of store equipment according to the present invention.

FIG. 2 is a system diagram showing a specific configuration of an embodiment of a centralized management device for shop equipment according to the present invention.

FIG. 3 is a block diagram showing a specific configuration of a central management device configuring the embodiment shown in FIG. 2;

FIG. 4 is a block diagram showing a specific configuration of a terminal control device constituting the embodiment shown in FIG. 2;

FIG. 5 is a table collectively showing elements and request commands connected to the terminal control device of FIG. 4;

FIG. 6 illustrates the operation of the embodiment shown in FIG.
6 is a time chart showing a data request and a reply state.

FIG. 7 is a display screen example of a liquid crystal touch panel for explaining the operation of the embodiment shown in FIG. 2;

FIG. 8 is an example of an initial system input screen of the embodiment shown in FIG. 2;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Central management apparatus 2-5 Terminal control apparatus 6 Transmission line 7,108 Liquid crystal touch panel 101 Central processing circuit (CPU) 106 Model identification information memory 109 Setting input means 110 Display output means 112,213 Transmission / reception means 201 Microcontroller (MCU) ) 206 Model information memory 209 Operation state input means 212 Operation control output means

Claims (8)

[Claims] A centralized management device for store equipment that centrally manages the states of a plurality of different types of store equipment, wherein the central management device and the store equipment are provided in correspondence with each other. A terminal control device connected to the central management device via a common transmission line, wherein the central management device has a transmission / reception unit for communicating with the terminal control device, and a setting unit for performing a command or setting. ,
Display means for displaying the state of the shop equipment, model discrimination information storage means for storing model discrimination information corresponding to the displayed shop equipment, and the store to which the terminal control device is connected. A model discriminating unit for discriminating a type of the equipment, the terminal control device includes a transmitting / receiving means for communicating with the central management device, and an operation of a sensor or the like for detecting an operation state of the corresponding shop equipment. A state input unit, an operation control output unit that receives a command or a set value to operate the shop equipment, and a model information storage unit that stores model information dedicated to the shop equipment, The management device requests transmission of model information to the terminal control device provided corresponding to the shop equipment to be instructed or set, and the terminal control device In response to the request, the central management device displays the store equipment for performing the command or setting on the display device, and the displayed model identification information of the store equipment and the returned model. A centralized management device characterized in that it is determined by the model determining means whether or not the information matches. 2. The store control device according to claim 1, wherein said terminal control device comprises a model information setting means having a common function of setting model information of the corresponding facility equipment from outside. Centralized control device for equipment. 3. The terminal control device according to claim 1, wherein, at the time of communication with the central management device, the model information of the corresponding shop equipment is added to the operation information and returned.
Or the centralized management apparatus of the facility equipment for stores described in 2. 4. The setting means displays setting buttons capable of touch input on the display means, and displays a list of the shop equipment and the setting buttons on the display means when a command or setting is changed. The centralized management apparatus for shop equipment according to any one of claims 1 to 3, wherein the model discriminating means performs a discriminating operation every time the setting button is touched. 5. The shop equipment according to claim 4, wherein the central management device changes the display color or the display state of the setting button when the result of the discrimination by the model discriminating means does not match. Centralized control equipment. 6. The store equipment according to claim 4, wherein the central management unit displays, when the discrimination result by the model discriminating means does not match, a word on the display means in a wording. Centralized management device for equipment. 7. The apparatus according to claim 1, wherein the central control device transmits the command or setting value by adding the model information to the command or setting value when the command or setting is changed, and the terminal control device transmits the received device information and the internally set model information. 3. The centralized management device for store equipment according to claim 1 or 2, further comprising control means for comparing commands and ignoring commands or set values when they do not match. 8. A centralized management device for store equipment that centrally manages the states of a plurality of different types of store equipment, wherein the central management device and the store equipment are provided correspondingly. A terminal control device connected to the central management device via a common transmission line, wherein the central management device transmits / receives means for communicating with the terminal control device and a state of the shop equipment. Display means for displaying, setting buttons capable of touch input on the display means, setting means for giving an instruction or setting by the setting buttons, and storing the model identification information corresponding to the displayed facility equipment for store. A model discrimination information storage unit; and a model discrimination unit that discriminates a type of the facility equipment connected to the terminal control device. The terminal control device communicates with the central management device. Transmitting and receiving means, operating state input means such as a sensor for detecting the operating state of the corresponding shop equipment, and operation control output means for receiving a command or set value and operating the shop equipment. A model information storage unit that stores model information dedicated to the shop equipment, wherein the central management device is provided in correspondence with the shop equipment that issues a command or setting when setting an initial system. Requesting transmission of model information to the terminal control device, the terminal control device returns model information in response to the request, and the central management device transmits the appropriate store equipment corresponding to the model information. A collection of facility equipment for stores, wherein the information is displayed on the display device, and the displayed model information of the facility equipment for store is stored in the model identification information storage means as model identification information. Management device.