JP6868291B2 - Selection device for mounting stand of outdoor unit of air conditioner - Google Patents

Description

The present invention relates to a selection device that automatically selects a mounting stand on which a mounting frame is mounted based on an outdoor unit of an air conditioner.

There are a wide variety of outdoor units for air conditioners, depending on the manufacturer, in terms of size and weight. On the other hand, the mounting stand on which the outdoor unit is mounted is not only manufactured and sold by the manufacturer of the air conditioner, but also manufactured and sold by the manufacturer dedicated to the mounting stand.
Manufacturers dedicated to mounting mounts had to prepare a wide variety of mounting mounts compatible with the outdoor units of air conditioners of each manufacturer.

For the manufacturer dedicated to the mounting stand, specify the company's mounting stand corresponding to the outdoor unit of the air conditioner notified by the user, and the dimensions, load bearing performance, and vibration isolation performance of the specified mounting stand. Along with other specifications, the delivery specifications including the delivery price and delivery date and time were presented to the user.
On the other hand, the user decides whether or not to purchase the mounting stand based on the presented delivery specifications.

Users who install air conditioners in public facilities generally submit seismic and anti-vibration calculations for the mounting mounts on which the outdoor units of the air conditioners to be installed are installed to the owners of public facilities. ing.
For this reason, when installing an air conditioner to be installed in a public facility, it was necessary for the manufacturer specializing in the mounting stand to prepare a seismic calculation sheet and a vibration isolation calculation sheet.

As a technique for identifying such housing equipment, there is a "part number determination system and failure diagnosis system for housing equipment" as shown in Japanese Patent Application Laid-Open No. 2002-024322.

Japanese Unexamined Patent Publication No. 2002-024322

However, there are a wide variety of outdoor units for air conditioners, and the reality is that specialized manufacturers of mounting mounts manually identify the corresponding mounting mounts.
The dimensions of the mounting pedestal specified in connection with the specific work, that is, the work of identifying the outdoor unit based on the air conditioner notified by the user, and the work of identifying the mounting pedestal corresponding to the specified outdoor unit. , Work to specify various specifications such as load-bearing performance and vibration-proof performance, preparation of delivery specifications for the specified mounting stand, and in some cases, a series of work such as preparation of earthquake-resistant calculation sheet and vibration-proof calculation sheet are also manual work. The actual situation is that we are doing it in.
Such work is laborious and time-consuming, and if the user does not purchase the mounting stand after performing these operations, it may be completely useless work.

The present invention was devised in view of the above circumstances, and is a work that can be performed not only by a specialized manufacturer of a mounting stand but also by a user who wishes to purchase it, and is compatible with a wide variety of outdoor units of air conditioners. It is possible to perform the specific work of the mounting stand, and it is also possible to automatically perform a series of work such as creating the seismic resistance calculation sheet and vibration isolation calculation sheet that are essential for air conditioners installed in public facilities. It is an object of the present invention to provide a device for selecting a mounting stand for an outdoor unit of an air conditioner that can be used.

The device for selecting the mounting base of the outdoor unit of the air conditioner according to the present invention stores the dimensions, weight, and the position of the center of gravity of the outdoor unit of the air conditioner in a state of being associated with the manufacturer name, product number, or product name. The first database section, the second database section that stores the dimensions, load bearing performance, and vibration isolation performance of the mounting stand on which the air conditioner is mounted in a state associated with the product number or product name, and the air conditioner. Select and specify the mounting stand that matches the input unit for inputting the product number or product name of the air conditioner and the outdoor unit of the air conditioner specified based on the manufacturer name, product number or product name input from this input unit. It is equipped with a calculation unit that calculates at least one of the seismic resistance calculation sheet and the vibration isolation calculation sheet when the mounting stand selected for the outdoor unit is used.

In the device for selecting the mounting base of the outdoor unit of the air conditioner according to the present invention, the mounting base corresponding to the product number of the air conditioner can be specified by simply inputting the part number of the air conditioner from the input unit, and the necessary seismic calculation is performed. Since at least one of the written form and the anti-vibration statement is automatically calculated, it is very convenient because the work that was previously done manually by a specialized manufacturer of the mounting frame of the outdoor unit can be completely automated. Is.

It is a schematic system diagram of the selection apparatus of the mounting stand of the outdoor unit of the air conditioner which concerns on embodiment of this invention. It is a schematic explanatory drawing of the input format used in the selection apparatus of the mounting stand of the outdoor unit of the air conditioner which concerns on embodiment of this invention. It is a schematic explanatory drawing of the matching result format used in the selection apparatus of the mounting base of the outdoor unit of the air conditioner which concerns on embodiment of this invention. It is a schematic explanatory drawing of the delivery specification used in the selection apparatus of the mounting stand of the outdoor unit of the air conditioner which concerns on embodiment of this invention. It is a schematic explanatory drawing of the vibration isolation calculation sheet used in the selection apparatus of the mounting stand of the outdoor unit of the air conditioner which concerns on embodiment of this invention. It is schematic explanatory drawing of the seismic-resistant calculation sheet used in the selection apparatus of the mounting base of the outdoor unit of the air conditioner which concerns on embodiment of this invention.

The device for selecting the mounting base of the outdoor unit of the air conditioner according to the embodiment of the present invention is in a state in which the dimensions, weight, and center of gravity of the outdoor unit of the air conditioner are associated with the manufacturer name, product number, or product name. The first database unit 110 that stores the air conditioner and the second database unit that stores the dimensions, load bearing performance, and vibration isolation performance of the mounting stand on which the air conditioner is mounted in a state associated with the product number or product name. 120, an input unit 210 for inputting the product number or product name of the air conditioner, and a mounting unit matching the outdoor unit of the air conditioner specified based on the manufacturer name, product number or product name input from the input unit 210. In addition to selecting a stand, it is provided with a calculation unit 130 that calculates at least one of a seismic resistance calculation sheet and a vibration isolation calculation sheet when the mounting stand selected for the specified outdoor unit is used.

First, the first database unit 110, the second database unit 120, and the arithmetic unit 130 are in the computer 100 connected to the Internet of a specialized manufacturer of the mounting frame of the outdoor unit of the air conditioner.
On the other hand, the device for selecting the mounting base of the outdoor unit of the air conditioner operates online, and the input device 210 uses the input device of the user's computer 200 connected to the Internet.

In the following description, for example, there is an air conditioner with a product name of "A1" released by company A, which is an air conditioner manufacturer, and its product number is "A1H".
That is, the product name of the air conditioner of Company B is B1 and the product number of the air conditioner is B1H.
Further, in the following explanation, it is assumed that there are three air conditioner manufacturers, Company A, Company B, and Company C.
The product names of the air conditioners that Company A has sold in the past and are currently on sale are A1 to A10, and their respective product numbers are A1H to A10H.
Similarly, the product names of the air conditioners that Company B has sold in the past and are currently on sale are B1 to B5, and the respective product numbers are B1H to B5H. The product names of the air conditioners on sale at are C1 to C7, and their respective product numbers are C1H to C7H.

It is assumed that the mounting mounts corresponding to the product numbers A1H are the product numbers XA1H, YA1H, and ZA1H. It is assumed that the product number XA1H is a flat type described later, the product number YA1H is a wall-mounted type described later, and the product number ZA1H is an inclined surface installation type described later.
The part number of the mounting stand shall be a combination of one of the letters XYZ indicating the type first and the part number of the air conditioner.
Needless to say, the above-mentioned product number, product name, and product number Y of the mounting stand are only for the present specification, and are actually determined according to the format of each company. Absent.

In the first database unit 110, the dimensions, weight, and center of gravity of the outdoor unit of the air conditioner released by the air conditioner manufacturer in the past and currently on sale are associated with the manufacturer name, product number, or product name. It is stored in the state.
The first database unit 110 provides specifications required for installing the outdoor unit of the air conditioner, that is, various specifications such as the position of the center of gravity and the connection position with the piping in addition to the dimensions and weight of the outdoor unit. And it is memorized in the state associated with the product number.

On the other hand, the second database unit 120 determines the dimensions, load bearing performance, and vibration isolation performance of the mounting base that can be supplied at present by a specialized manufacturer of the mounting base on which the outdoor unit of the air conditioner is mounted. It is memorized in the state associated with the product name.
That is, the second database unit 120 provides various specifications of all the mounting mounts that can be supplied by the specialized manufacturer of the mounting mounts, that is, the dimensions, load-bearing performance, vibration isolation performance, installation location, etc. of the mounting mounts. It is stored in a state associated with the product number and product name.
In addition, the place where it can be installed here means a place where a mounting stand can be installed. .. Each mounting stand is roughly classified into a flat type, a wall-mounted type, an inclined surface installation type, and the like.

The input unit 210 is an input device of a computer of a user who wishes to purchase a mounting base for an outdoor unit, and an input format 700 as shown in FIG. 2 is displayed on the display 220.
In this input format 700, the manufacturer name for inputting the ID input unit 710 that identifies the user himself / herself and the manufacturer name of the air conditioner (hereinafter referred to as "desired harmony machine") to be mounted on the mounting stand that he / she wishes to purchase. There is an input unit 720, a product number input unit 730 for inputting the product number of the desired air conditioner, and a product name input unit 740 for inputting the product name of the desired air conditioner.
The manufacturer name input unit 720, the product number input unit 730, and the product name input unit 740 have a so-called full-down menu system. When the manufacturer name A, B, etc. are first input to the manufacturer name input unit 720, the following product numbers are entered. In the input unit 730 and the product name input unit 740, only the product number and product name of the manufacturer input by the manufacturer name input unit 720 are displayed in the pull-down menu.
It is also possible to set that either one of the product number input unit 730 and the product name input unit 740 should be input.

Further, the input format 700 has a desired type input unit 751 for inputting a desired mounting stand type. Since the type of the mounting stand (for example, flat type, wall-mounted type, inclined surface installation type) differs depending on the place where the outdoor unit is installed, the desired type input unit 751 inputs the desired type.
The desired type input unit 751 has a so-called full-down menu system, and is selected from, for example, a flat type, a wall-mounted type, an inclined surface installation type, and the like.

In FIG. 2, a user whose ID is AB1234 wants to purchase a wall-mounted mount that corresponds to the product number A1H and the product side A1 of company A.

Further, in this input format 700, a desired number input unit 750 for inputting the number of mounting mounts desired to be purchased, a desired delivery date input unit 760 for entering the desired delivery date, and a delivery for entering the desired delivery location. There is a desired place input unit 770.
The desired number input unit 750 and the desired delivery location input unit 770 for entering the desired delivery location are in a so-called full-down menu system.
In addition, the desired delivery date input unit 760 can directly input the date and can be selected from the calendar.

Further, in this input format 700, the seismic calculation necessity input unit 780 for selecting whether or not to perform the seismic calculation of the mounting stand, and the seismic calculation sheet when the seismic calculation is performed are displayed on the display 220 of the user's computer 200. Seismic calculation display necessity input unit 781 that selects whether or not to display in, vibration isolation calculation necessity input unit 790 that selects whether or not to perform vibration isolation calculation of the mounting stand, when vibration isolation calculation is performed There is an anti-vibration calculation sheet display necessity input unit 791 that selects whether or not to display the anti-vibration calculation sheet on the display 220 of the user's computer 200.

The user inputs necessary information into the input format 700 using the input unit 210 of his / her computer 200.
The calculation unit 130 uses the first database unit 110 based on various data input from the input unit 210 via the Internet, particularly a manufacturer name, a product number, or a product name, to be an outdoor unit of an air conditioner. To identify.
Further, the calculation unit 130 selects a mounting stand that matches the specified outdoor unit from various specifications of the specified outdoor unit.
At this time, if there are a plurality of types of mounting mounts matching the specified outdoor unit, all mounting mounts are selected.

When these calculations are completed, the calculation unit 130 causes the display 220 of the user's computer 200 to display the calculation results in the matching result format 800 as shown in FIG.
That is, on the display 220 of the user's computer 200, the part number of the mounting stand selected as the matching result format 800 (that is, the wall-mounted type mounting stand corresponding to the outdoor unit of the air conditioner of the product number A1H of company A) is used. A certain product number YA1H) is displayed on the gantry product number display unit 810, and the product name is displayed on the gantry product name display unit 820. At the same time, the number of delivered units is displayed on the number of delivered units display unit 830.
If the desired delivery date has been specified, the estimated delivery date that can be delivered is displayed on the delivery date display unit 840. Similarly, if the desired delivery location is specified, the delivery location is displayed on the delivery location display unit 850.
Regarding these scheduled delivery dates and delivery locations, when there are a plurality of types of matching mounting mounts, the scheduled delivery dates and delivery locations for each mounting mount are displayed in the matching result format 800.

Furthermore, if the user requests calculations such as seismic calculation, vibration isolation calculation, etc., and the display of the calculation results is requested, the calculation unit 130 performs these calculations, and the seismic calculation sheet as the calculation results. , The vibration isolation statement is displayed in the matching result format 800. That is, the seismic calculation sheet is displayed on the seismic calculation display unit 860, and the vibration isolation calculation sheet is displayed on the vibration isolation calculation display unit 870.
When seismic calculation or vibration isolation calculation is not required, the calculation unit 130 does not perform those calculations, so that the seismic calculation display unit 860 and the vibration isolation calculation display unit 870 remain blank.

An example of the form of the vibration isolation calculation sheet is shown in FIG. 5, and an example of the form of the seismic isolation calculation sheet is shown in FIG.
For example, the vibration isolation calculation display unit 870 displays the vibration isolation calculation sheet as shown in FIG.
In this anti-vibration calculation sheet, the number of rotations of the equipment, the total static spring constant of the anti-vibration material, the total dynamic spring constant of the anti-vibration material, the amount of deflection of each anti-vibration material, and each specific anti-vibration material are given according to the selected mounting base. The calculation results of various specifications such as frequency and vibration damping amount are displayed.

Further, the seismic calculation display unit 860 displays the seismic calculation sheet as shown in FIG.
In this seismic calculation sheet, if you enter the selected mounting stand, seismic class as installation conditions, the number of floors to install the outdoor unit, the type and material of the anchor bolts that fix the mounting stand, and the bolt diameter, and execute the calculation. , Bolt tolerance (short-term permissible daily pull-out load, short-term shear load, short-term permissible tensile load) is calculated, and the calculation results are shown as pass or fail along with numerical values.

It goes without saying that the forms of the vibration isolation calculation sheet and the seismic resistance calculation sheet described above are merely examples, and the present invention is not limited to this form.

Further, in the matching result format 800, the mounting stand price, the delivery cost, the consumption tax, the total amount, and the like are displayed on the price display unit 880.
The delivery cost is the total amount of the shipping fee and the packing fee calculated based on the number of mounting stands to be delivered, the scheduled delivery date, and the delivery location.

In addition to the above display, the matching result format 800 has a selection unit 890 for selecting whether to purchase or not.
When purchase is selected in the selection unit 890, the calculation unit 130 is selected for the specified user based on the ID that identifies the user input in the ID input unit 710 of the input format 700. Create delivery specifications 900 for the stand.

As shown in FIG. 4, for example, the delivery specification 900 is a date column 910 indicating the date when the delivery specification 900 was created, and a user name display unit 920 indicating the name of the user specified based on the ID. In addition, a gantry product number display unit 930 that displays the product number of the selected mounting pedestal, a pedestal product name display unit 940 that displays the product name, a delivery quantity display unit 950 that indicates the number of mounting pedestals to be delivered, and a scheduled delivery date. There is a delivery date display unit 960 indicating the delivery date, a delivery location display unit 970 indicating the delivery location, and a price display unit 980 indicating the mounting stand price, the delivery cost, the consumption tax, the total amount, and the like.
The delivery cost is the total amount of the shipping fee and the packing fee calculated based on the number of units to be delivered, the scheduled delivery date, and the delivery location.

The above description is an example, and when the user requests a flat-mounted type mounting stand corresponding to the product number B2H of company B in the input format 700, the mounting frame product number is XB2H in the matching result format 800. Will be identified.
Further, in the input format 700, when the user requests an inclined surface installation type mounting mount corresponding to the product number C5H of the company C, ZC5H is specified as the frame product number in the matching result format 800.

In the above-described embodiment, the input unit 210 is the user's computer 200, but it goes without saying that the computer may be the computer of the specialized manufacturer itself.
Further, although the first database unit 110 and the second database unit 120 are included in the computer 100 of a specialized manufacturer, it goes without saying that a so-called cloud database may be used.

110 First database unit 120 Second database unit 130 Calculation unit 210 Input unit

Claims (3)

The first database unit that stores the dimensions, weight, and center of gravity of the outdoor unit of the air conditioner in association with its manufacturer name, product number, or product name, and the dimensions of the mounting stand on which the air conditioner is mounted. A second database unit that stores load-bearing performance and anti-vibration performance in association with the product number or product name, an input unit for inputting the product number or product name of the air conditioner, and input from this input unit. Seismic calculation sheet when selecting a mounting stand that matches the outdoor unit of the air conditioner specified based on the manufacturer name, product number, or product name, and using the mounting stand selected for the specified outdoor unit. , A device for selecting a mounting stand for an outdoor unit of an air conditioner, which is provided with a calculation unit that calculates at least one of the vibration isolation statements. The device for selecting a mounting stand for an outdoor unit of an air conditioner according to claim 1, wherein the input unit is a computer of a user connected to the Internet. An ID that identifies the user entered from the input unit is sent to the calculation unit via the Internet, and the delivery specifications, seismic resistance calculation sheet, or vibration isolation calculation sheet of the mounting stand selected for the specified user is output. 2. The device for selecting a mounting stand for an outdoor unit of an air conditioner according to claim 2.

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