JP2002170011A - Order-receiving and delivery system for air conditioning air duct device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an order-receiving and delivery system allowing the proper grasping of a part requiring a stock number adjustment from the using result of the part to more efficiently perform an inventory control, and the shortening of the period from order receiving to delivery of an air conditioning air duct device. SOLUTION: An order receiving server 30 acquires information for the parts constituting the air conditioning air duct device after receiving an order from a customer, instruct the shipping of the parts while instructing an inventory control according to the using frequency of the parts to an inventory control department, instructs a transport means to transport the parts as they are, and makes an assembling worker assemble the parts after transportation to deliver the parts as a product. Accordingly, a proper stock state can be kept by use of the information obtained in ordering for the inventory control, the shipping of the parts can be performed in a necessary minimum time without causing a shortage of stock. Further, the parts can be assembled in a delivery site or the vicinity thereof in a short time and delivered, and the lead time from the ordering by the customer to the delivery can be also shortened to improve the feeling of satisfaction of the customer.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an order-receiving / delivery system capable of efficiently proceeding from order-receiving to delivery of an air-conditioning wind path device used for air conditioning. In addition, the airway device for air conditioning described here is an air conditioning device,
It means a duct, a damper, a chamber, an air outlet, a suction port, a louver, and a smoke exhaust port, which are transfer paths through which the air-conditioning gas passes.

[0002]

2. Description of the Related Art In an air conditioner such as an air outlet that blows out conditioned air into a room that is an object of air conditioning, and a chamber that is disposed in front of the air outlet and that equalizes the distribution of conditioned air, these air conditioners are used. In many cases, a damper, which is a kind of air conditioning wind path device, is used in combination upstream of the above equipment. FIG. 6 shows an example of such a conventional air conditioning wind path device (damper). FIG. 6 is a front view and a side view of a conventional air conditioning wind path device.

In FIG. 6, a conventional air conditioning wind path device 100 is formed of a tubular body having a rectangular cross section, and is connected to an upstream side of another air conditioning air path device such as a chamber (not shown). An outer cylinder 101 for supplying conditioned air sent from another air conditioning wind path device on the further upstream side;
01, and is rotatably supported by a predetermined angle inside the outer cylinder 101.
A plurality of blades 102 each of which is a rectangular plate-like body capable of freely opening and closing the inner opening area of the blade, and a blade interlocking means 103 connected to each of the blades 102 in the outer cylinder 101 to rotate the respective blades 102 in a uniform manner And a predetermined blade 10
2 is rotated from the outside of the outer cylinder 101 and the blade interlocking means 103 is rotated.
By rotating each blade 102 integrally at a predetermined angle with respect to the outer cylinder 101, and adjusting the opening area in the axial direction of the outer cylinder 101, which is the direction of air flow in the outer cylinder 101,
The amount of conditioned air passing, that is, the amount of conditioned air flowing downstream is adjusted.

The outer cylinder 101 has a structure in which a plurality of metal plates combined in a cylindrical shape are integrated by welding. In addition, a blade 1 is provided inside the outer cylinder 101.
This is a configuration in which a bearing base 101a that supports the O.2 is integrally provided by welding. Further, a suspending fitting 101b for suspending and supporting the outer cylinder 101 at a predetermined disposition position is also welded to the outer cylinder 1 by welding.
01 is fixed to the outer surface.

The blade 102 includes a blade main body 102a formed of a substantially rectangular metal plate and a blade main body 102a.
The rotating shaft 102b has a rod-shaped rotating shaft 102b disposed at the center of rotation of a and a substantially plate-shaped rotating shaft holding portion (not shown) for integrally holding the rotating shaft 102b to the blade main body 102a. The rotating shaft holding portion is integrally fixed to the blade main body 102a by welding, and the rotating shaft 102b is fixed to the rotating shaft holding portion by welding to integrate the components. The blade 102 is rotatably supported at both ends of a rotary shaft 102 b by a bearing base 101 a inside the outer cylinder 101.
A plurality is rotatably arranged in the inside.

The blade interlocking means 103 includes a plurality of connecting members 103a, each of which includes two substantially arm-shaped members rotatably connected within a predetermined angle range, and each of the connecting members 103a.
And a connecting rod 103b of a predetermined length, which is fixed to each of the substantially arm-shaped member ends by welding at predetermined intervals, and the other substantially arm-shaped member end of each connection fitting 103a is connected to each of the blades 102. Is fixed by welding, and the blades 102 are uniformly rotated in conjunction with each other.

[0007] In this conventional air conditioner wind path device 100, each component is integrally fixed by welding, and even if a galvanized steel sheet having a rust-preventive effect is used as a material for each component, it is difficult to maintain the zinc content after welding. Additional rust prevention treatment is required for the welded part where plating has been invalidated, and the advantages of galvanized steel sheet cannot be used, which is disadvantageous in terms of cost and labor, so rust prevention treatment is necessary as a material, but low cost It was common to use an ordinary steel plate. Such a normal steel plate was integrally assembled by welding, and after the assembly, the whole was subjected to rust-preventive painting to obtain an air conditioning wind path device 100.

The flow from receiving an order to delivery of such a conventional air conditioning wind path device will be described. Usually, the assembly of the air conditioner is performed in a factory, and after receiving an order from a customer in the order receiving section, the order receiving section issues a manufacturing instruction of the air conditioner to the manufacturing section of the factory. After the parts that make up the air-conditioning wind path device have been determined in the manufacturing department, an instruction to take out the parts is issued from the manufacturing department to the inventory management department. Then, in the inventory management section, if the parts are in stock, they are procured separately if they are not in stock, and then the parts are transferred to the manufacturing section. Thereafter, the manufacturing department assembles the parts, ships them as an air conditioning wind path device, transports them to the site by means of vehicles such as vehicles, and delivers them to the site and mounts them.

[0009]

Since the conventional air-conditioning airway device 100 is constructed as described above, in assembling the outer cylinder 101 and the blade 102, a plurality of metal parts are integrated. In particular, special equipment and special technicians are indispensable, and assembly work is generally performed in a factory equipped with welding and painting equipment. For this reason, there has been a problem that it is difficult to suppress the entire manufacturing cost including the equipment cost and the labor cost. In addition, since the parts are assembled at the factory, integrated by welding, and further painted, it takes a long time to send out the product from the factory, and it is difficult to quickly deliver the product.

Further, after the assembly, the air-conditioning airway device 100, which has been formed into an integral cylindrical body, is transported by the transportation means and delivered to the site, so that the transportation means has a hollow cylindrical shape. As it is transported as it is, a large space is occupied for the quantity of goods transported, transportation efficiency is extremely poor,
There was a problem that transportation costs were high. On the other hand, in order reception of the conventional air conditioning wind path device, it is common to use a computer for order management after the reception, and the inventory management department also uses a computer for the inventory quantity and shipping result of each part. In many cases, there is no effective data link between the ordering department and the inventory management department.
Only when the manufacturing department issues a parts issue request to the inventory management department, the inventory status is referred to by the inventory management department for the first time, and if the stock quantity is insufficient for the required number of parts, the parts can be procured at that time. Therefore, it may take time to prepare all components and transfer them to the manufacturing department, and it is difficult to specify a delivery date.

[0011] In addition, inventory management in the inventory management department is not limited to ordering before stockout, so as not to run out of inventory, and also to aggressive inventory adjustment taking into account the tendency of parts to be delivered. There was a problem that there was a lot of wasted inventory because it was not performed. The present invention has been made in order to solve the above-mentioned problems, and has received an order for an air-conditioning wind path device that simplifies an assembly structure, enables easy assembly, does not select an assembling place, and can improve transportation and delivery efficiency. Information on outgoing parts is sent directly to the inventory management department from the side, and it is possible to grasp the parts that need to be adjusted appropriately based on the use results of parts accumulated each time an order is received, to perform inventory management more efficiently, It is an object of the present invention to provide an order-receiving / delivery system for an air-conditioning wind path device capable of shortening a period from receiving an order to a delivery of a wind path device.

[0012]

An order receiving / delivery system for an air conditioner for an air conditioner according to the present invention provides an order for delivery of an air conditioner for an air conditioner to a client of an unspecified number of clients through a predetermined network. At least a predetermined order receiving server for receiving from the order receiving server, after receiving the order instruction, obtains and grasps information on components constituting the air conditioning wind path device from a predetermined database, and obtains the component information. Based on the instruction for delivery of the specified part to the client of the inventory management department based on the information, the delivery instruction of each part delivered from the inventory management department to the delivery site and / or a predetermined transportation relay point is transmitted to the predetermined transportation means. And at the same time, instructs an assembly worker at a delivery site and / or a predetermined transport relay point to assemble the parts, and the order receiving server configures the air conditioning wind path device. Accumulate and acquire the actual number of use for each component for each component, derive the frequency of use for all components from the accumulated actual use data, and compare and verify the frequency of use with the inventory status of each component in the inventory management department. ,
An instruction is given to the stock management department to adjust the stock quantity and replenishment frequency of each part to a state corresponding to the use frequency.

As described above, according to the present invention, after the order receiving server receives an order from a customer, it acquires information on parts constituting the air conditioning wind path device, and performs inventory management according to the frequency of use of the parts. While instructing the management department, the inventory management department is instructed to take out the parts promptly, and the transportation means is instructed to transport the parts prepared by the inventory management department as they are, and the delivery site or near the delivery site After transporting to the transport relay point, have the assembly worker assemble the parts,
Finally, by delivering the product as a product, the information obtained at the time of receiving the order can be used for inventory management to make it possible to set an appropriate inventory state in advance, and the delivery of parts to the minimum necessary without causing inventory shortage In addition to being able to do it in a short time and being able to assemble and deliver it in a short time at or near the delivery site,
The lead time from customer ordering to delivery can be shortened, and customer satisfaction can be improved. In addition, transport of the air conditioner air-conditioning device, which occupies a large space in the transport means, in the product state can be minimized and transported with parts as much as possible, improving the loading ratio of transport means and improving efficiency. Transport can be performed efficiently, and transportation costs can be significantly reduced, and adverse effects on the surrounding environment such as carbon dioxide emissions can also be reduced.

Further, in the order-receiving / delivery system for an air-conditioning airway device according to the present invention, the air-conditioning airway device is supplied with an air-conditioning gas and the gas is supplied to a downstream air-conditioning apparatus. And a plurality of blades rotatably supported by a predetermined angle inside the outer cylinder, and the respective blades are uniformly rotated by a predetermined angle in conjunction with each other. A blade interlocking means, wherein the blade is rotated by a predetermined angle so that the opening area inside the outer cylinder can be adjusted, and the outer cylinder is formed by combining four metal plate-like bodies into a cylindrical shape, at least The abutting parts, including the metal plate-like bodies forming the outer cylinder and the blade interlocking means and the blades, are integrally fixed by predetermined fixing means without giving any change to the component surface properties. .

As described above, according to the present invention, a plurality of components are combined to form an air conditioning wind path device, and the combined components are integrated using predetermined fixing means, and the components are joined together without welding. By fixing, parts can be easily assembled without using special equipment and skills, special equipment such as factories is not required, and special technicians such as welding are also unnecessary, equipment costs and personnel costs The overall manufacturing costs including costs can be greatly reduced. Also, there is no need to perform assembling work in a factory, so that work can be performed in any place.In addition to the factory, it is possible to assemble at the site or at a transport relay point. Can be Furthermore, since there is no need for welding, a galvanized steel sheet can be used as a material as it is, and when a galvanized steel sheet is used, there is no need for post-processing such as rust-preventive painting, and the painting work can be omitted and a short time can be achieved. Assembly work can be completed and labor can be saved.

The order-receiving / delivery system for an air-conditioning air channel device according to the present invention may be provided, if necessary, as a fixing means for the air-conditioning air channel device, by screwing two parts with which a predetermined screw abuts. Is integrated. As described above, in the present invention, the screws are used as fixing means, and one of the two abutting parts is screwed to the other, and the parts are integrally fixed, so that the parts can be easily assembled without skill. Equipment other than tools for turning the screws is not required, so that the manufacturing cost can be greatly reduced, and the assembly can be performed in a short time, and the delivery time can be shortened.

Further, the order-receiving / delivery system for the air-conditioning air channel device according to the present invention may include, as required, two parts with which predetermined bolts and nuts abut as fixing means for the air-conditioning air channel device. The components are sandwiched and screwed together to integrate the components. As described above, in the present invention, the bolt and the nut are used as fixing means, the bolt is penetrated through the two contacting parts, the bolt and the nut are screwed together and fastened, and the parts are integrally fixed, thereby fixing the parts. It is easy to assemble without skill, and equipment other than tools for tightening bolts and nuts is not required, so that manufacturing costs can be greatly reduced, assembling can be performed in a short time, and delivery time can be shortened.

The order-receiving / delivery system for an air-conditioning air channel device according to the present invention may be provided, as necessary, as a fixing means for the air-conditioning air channel device by sandwiching two parts with which predetermined rivets come into contact. The parts are deformed so that they cannot be separated from each other, and the parts are integrated. As described above, in the present invention, the rivet is used as a fixing means, the rivet is penetrated through the two contacting parts, the penetrated rivet end is deformed to a state in which the rivet cannot be dropped, and the parts are integrally fixed. In addition, parts can be easily assembled without skill, and equipment other than tools for handling rivets is not required, so that manufacturing costs can be greatly reduced, assembly can be performed in a short time, and delivery time can be shortened.

Further, the order-receiving / delivery system for the air-conditioning air channel device according to the present invention can be engaged with the two abutting parts themselves as fixing means for the air-conditioning air channel device as required. A predetermined convex portion or a concave portion is formed, and the convex portion of one component is caulked by external force into the concave portion of the other component, and the convex portion and the concave portion are fixed to integrate the components. It is.

As described above, in the present invention, the convex portion or the concave portion formed on the component itself is used as a fixing means, and the two components which are in contact with each other are caulked at the concave and convex portions to engage with each other, and the convex portion and the concave portion are mutually connected. The parts cannot be separated, and the parts are fixed together.This makes it easy to assemble the parts without skill and eliminates the need for equipment other than tools to fit the convex part into the concave part, greatly reducing manufacturing costs. In addition to the reduction, the assembly can be performed in a short time, and the delivery time can be shortened.

[0021]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An order-receiving / delivery system for an air-conditioning wind path device according to an embodiment of the present invention will be described below with reference to FIGS. FIG. 1 is a schematic configuration explanatory view of an order-receiving / delivery system for an air-conditioning airway device according to the present embodiment. FIG. 2 is a front view and a side view of the air-conditioning airway device according to the present embodiment. FIG. 4 is an explanatory view of an assembled state of an outer cylinder and a blade in the air conditioner according to the present embodiment, and FIG. 4 is an explanatory view of a state in which the blade and the stopper are fixed to the outer tube in the air conditioner according to the present embodiment. FIG. 5 and FIG. 5 are explanatory views of the fixed state of the blade interlocking means, the hanging metal fittings, and the corner metal fittings in the air conditioner wind path device according to the present embodiment.

In each of the drawings, the order receiving / delivery system 20 for the air conditioning wind path device according to the present embodiment is connected to a predetermined network 60, and through this network 60, an unspecified number of customers can receive the air conditioning wind. A sales order for the road device 1 is received, and a procurement command for predetermined parts constituting the air-conditioning wind path device 1 specified by the order is transmitted.
An order receiving server 30 for instructing the procured parts to be delivered to a delivery site and / or a predetermined transport relay point, and connected to the order receiving server 30 and arranged in the inventory management department to provide a customer who has ordered a product to a customer. A plurality of inventory management clients 40 for receiving shipping instructions from the order receiving server 30;
And a client-side client 50 for making a product order request to the order receiving server 30 based on a user's instruction operation.

The order receiving server 30 provides the product information of the air conditioner 1 on a predetermined network 60 to the user of the client-side client 50, and accepts an order for the air conditioner 1 for online sales. A network server that constructs a system and transmits a parts delivery instruction corresponding to an order request sent from a user to the inventory management client 40. The order receiving server 30 includes a storage unit 31 that stores and manages various types of information exchanged with the client 50 and the inventory management client 40.

After receiving the order, the order receiving server 30 obtains, from a predetermined parts database stored in the storage means 31, information on all the parts constituting the ordered air conditioning wind path device 1 or a plurality of parts. The inventory management client grasps and sends a procurement instruction for each component to the inventory management client 40 of the inventory management department based on the component information, and derives the usage frequency for all components from the accumulation of the number of used components. This is a mechanism for giving an instruction for stock replenishment adjustment to increase the stock of frequently used parts to the stock management department and reduce the stock of less used parts to the stock management department through 40.

Further, after all the parts constituting the product are prepared by the inventory management section, the order receiving server 30 transmits a transportation command including a loaded item and a destination to a predetermined transportation vehicle 70 as a transportation means. Is what you do. The inventory management client 40 is a computer that transmits and receives information such as a shipment request and inventory status obtained as a result of a product order from the order receiving server 30 connected to the network, and receives an input operation from a user. Input means 4
1 and a display means 42 for displaying transmission information from the order receiving server 30 to a user as a screen display. In addition to being directly connected to the order receiving server 30 via a network, the inventory management client 40 may be connected via an external network such as the Internet with a predetermined access restriction as required.

The client 50 is a computer as a client for transmitting an order request and input information of the air conditioning wind path device 1 to the order receiving server 30 through a network based on a user's order input operation. The configuration includes an input unit 51 that receives an input operation from a user and a display unit 52 that shows transmission information from the order receiving server 30 to the user as a screen display. The customer-side client 50 is connected to the order receiving server 30 via an external network such as the Internet, but may be directly connected to the order receiving server 30 as necessary.

The air conditioner 1 used in the order receiving / delivery system 20 according to the present embodiment is a damper similar to the conventional air conditioner 100 (see FIG. 6). Outer cylinder 11, blade 12, blade interlocking means 1
3 is different from the prior art in that the outer cylinder 1
1 and other components are fixed by screwing, riveting, and caulking.

The outer cylinder 11 is formed by using two vertical outer plates 11a and two horizontal outer plates 11b, each of which is a metal plate, assembled into a cylindrical shape, and integrated by screwing. It has a mechanism. Also, the vertical outer plate 11 of the outer cylinder 11
On the inner side of a, a bearing base 11c that supports the blade 12 is integrally formed by caulking. A hanging metal fitting 11d for suspending and supporting the outer cylinder 11 at a predetermined arrangement position is fixed to the outer surface of the vertical outer plate 11a of the outer cylinder 11 by bolts and nuts.

The vertical outer plate 11a and the horizontal outer plate 1 forming the outer cylinder 11
1b has a shape in which a flange portion is bent at an end and an outer plate portion and a flange portion are integrated in advance, and the vertical outer plate 11a and the horizontal outer plate 11b form the outer cylinder 11, Each of the flange portions at both ends is integrated with a corner fitting 11e at a corner portion by caulking to form a coplanar flange 11f composed of a plurality of members.

The blade 12 has a substantially plate-like blade main body 12a, a rod-shaped rotation shaft 12b, and a substantially plate-shaped rotation shaft holding portion 12c, as in the conventional case. An axially continuous V-shaped groove is formed at a predetermined position on the peripheral side surface of the rotating shaft 12b, and a convex portion that engages with the V-shaped groove of the rotating shaft 12b is formed in the rotating shaft holding portion 12c. It is configured to be. The rotating shaft holding part 12c is the blade body 12a
To the blade body 12a and the rotating shaft holding portion 12c in a state where the rotating shaft 12b is engaged with the rotating shaft holding portion 12c, and the components are integrated. ing.

The blade interlocking means 13 includes a plurality of connecting members 13a, each of which includes two substantially arm-shaped members rotatably connected within a predetermined angle range, and one end of each substantially arm-shaped member of each of the connecting members 13a. And a connecting rod 13b of a predetermined length, each of which is fixed by riveting at a predetermined interval, and the other substantially arm-shaped member end of each connecting bracket 13a is fixed to each blade 12 by caulking. Similarly, each blade 1
02 can be rotated uniformly in conjunction with each other.

Each component constituting the air conditioning air channel device 1 is assembled by an assembling worker at a delivery site and / or a predetermined transportation relay point, and the air conditioning air channel device 1 is assembled.
Integrated as Next, a series of processes from order receipt to delivery of the air conditioning wind path device 1 in the order receiving / delivery system based on the above configuration will be described. In advance, the order receiving server 30 publishes product information, such as features and prices of one or a plurality of products, on the network 60 in a format that can be viewed by a user through the client-side client 50. The user browses the product information provided from the order receiving server 30 through the client-side client 50 and, when wishing to perform a purchase procedure for a desired product, an input screen for ordering the product on the client-side client 50 Is called, and predetermined information necessary for the order is input from the input means 51 on the input screen to place an order.

When the order receiving server 30 receives an order for the air-conditioning airway device 1 from the client-side client 50 via the network 60, all of the ordered air-conditioning airway devices 1 are ordered. The part information is acquired from the part database of the storage means 31 and grasped, and based on the part information, the stock database of each part stored in the storage means 31 is referred to, and the parts are stored in the air conditioning wind path device 1
It is determined whether or not the number of stocks is sufficient for assembling.

When the stock quantity of each part is sufficient, a delivery instruction for a quantity that can constitute the air conditioning air duct device 1 of each part is transmitted to the stock management client 40, and the information is transmitted through the stock management client 40. Instruct the inventory manager to take out parts at the instruction. After the parts have been delivered, when the inventory manager inputs the completion of the delivery through the input means 41 of the inventory management client 40, the order receiving server 30 updates the stock quantity of each part in the inventory database to a value obtained by subtracting the delivered quantity.

Here, when the stock quantity is insufficient, the order receiving server 30 sends an outgoing instruction and a notification that the stock is insufficient to the inventory management client 40 of the inventory management section. The display means 42 displays the shortage, and prompts the replenishment processing work by the stock manager. After confirming that there is a shortage of parts for which shipping has been instructed, the stock management person performs a procurement operation of the missing parts and inputs an approximate period for replenishment to the stock management client 40. After the replenishment of the missing parts, when the inventory management person inputs the replenishment number of the parts from the inventory management client 40, the replenishment number is added to the corresponding parts inventory number in the inventory database of the storage means 31 in the order receiving server 30. After the parts including the shortage have been delivered, when the inventory manager inputs the completion of the delivery using the input means of the inventory management client 40, the order receiving server 30 updates the stock quantity of each part as described above.

On the other hand, the order receiving server 30 determines the quantity of each component used for all the components constituting the air conditioning wind path device 1 for which the order has been received, by using the component use record of each component in the use record database in the storage device 13. Store in addition to data. The usage frequency of all parts is derived from the usage result data, and it is determined whether or not the usage frequency has changed to a degree necessary to adjust the number of stocks in the inventory management department compared with the previous case. In this case, an instruction is given to the inventory management client 40 of the inventory management department to perform inventory replenishment adjustment to increase the inventory of frequently used parts and reduce the inventory of underused parts.

The order receiving server 30 derives a possible delivery time for each product based on the parts stock status of the stock database, and publishes the information together with the product information in a format that can be viewed by the user through the client-side client 50. If the parts inventory is not sufficient, a delivery time is derived based on the approximate period of replenishment input to the inventory management client 40 by the inventory management person.

When all the components constituting the air conditioning wind path device 1 are delivered in the inventory management section and the completion of the delivery is input by the inventory manager, the order receiving server 30 receives the order information input by the customer, that is, the order information. In addition to storing information such as the position of a delivery destination such as a delivery site and / or a predetermined transport relay point, the type and quantity of parts, and restrictions on loading, in the storage means 31 of the order receiving server 30 as delivery instruction information, This is transmitted to the administrator of the transportation vehicle 70.

The transportation vehicle 70 operates based on the delivery instruction information, and after each part is transported, assembled at a delivery site and / or a predetermined transportation relay point, and the air conditioning wind path device 1
And delivered to the delivery site. Subsequently, an assembling process of the air-conditioning airway device based on the above configuration will be described. First, the outer casing 11 is formed by fixing the vertical outer casing 11a to the horizontal outer casing 11b with a screw at an end portion which has been bent in advance, and integrating them.

On the other hand, the blade main body 12a and the rotary shaft holder 12
c, the blade main body 12a and the rotary shaft holding portion 12c are screwed together with the V-shaped groove of the rotary shaft 12b and the convex shape of the rotary shaft holding portion 12c engaged with each other. The blade 12 is fixed integrally with the rotating shaft holding portion 12c and the rotating shaft 12b. With the rotating shafts 12b of the blades 12 integrated in this manner inserted through the plurality of holes of the bearing base 11c, the bearing base 11c is put into the outer cylinder 11 together with the blades 12, and the bearing base 11c is The outer cylinder 1 of the blade 12 is fixed inside the outer plate 11a by caulking.
1 is completed. Thereafter, a stopper 11g made of an L-shaped cross section is attached to the inside of the lateral outer plate 11b of the outer cylinder 11 by caulking.

Then, the ends of the plurality of connecting fittings 13a which are connected to the connecting rod 13b of the blade interlocking means 13 by riveting in advance are integrally fixed to the corresponding ends of the blade main bodies 12a of the respective blades 12 by caulking. . further,
Hanging bracket 1 at a predetermined position on the outer upper side of vertical outer plate 11a of outer cylinder 11
1d is fixed with bolts and nuts. Finally, when the corner fitting 11e is integrally attached by caulking to a position near the corner of each flange portion of the vertical outer plate 11a and the horizontal outer plate 11b of the outer cylinder 11, an integral flange 11f is obtained, and the air conditioning wind path device 1 is provided. Complete.

Since there is no need for welding at all for the assembly of these parts, a galvanized steel sheet can be used as it is. When a galvanized steel sheet is used, there is no need for post-processing such as rust preventive painting. In addition, the assembling work can be completed in a short time by omitting the painting work, so that the time until delivery can be shortened and labor can be saved. Further, a description will be given of an air volume adjustment operation in the air conditioning wind path device based on the above configuration. As in the prior art, a predetermined blade 12 is rotated from the outside of the outer cylinder 11, the other blades 12 are also rotated by the interlocking of the blade interlocking means 13, and the opening area in the outer cylinder 11 is changed by changing the rotation angle of each blade 12. The conditioned air flow rate, that is, the conditioned air flow rate is determined.

To increase the air volume, as in the conventional case, each blade 12 is rotated so as to approach the opening direction, that is, the blade 12 approaches the outer cylinder 11 in a direction parallel to the cylinder axis direction of the outer cylinder 11. The opening area inside the outer cylinder 11 is increased to increase the passage amount of conditioned air. On the other hand, when suppressing the air volume, the outer cylinder 1
1 in the closing direction, that is, the blade 12
Is rotated so as to approach a direction perpendicular to the cylinder axis direction of the outer cylinder, the opening area in the outer cylinder 11 is reduced, and the passage amount of conditioned air is reduced.

As described above, in the order receiving / delivery system for the air conditioning wind path device according to the present embodiment, the order receiving server 30 and the inventory management client 40 are introduced, and the order receiving server 30 receives an order from a customer. After that, the information of the parts constituting the air conditioning wind path device 1 is acquired, and the order information including the instruction of the inventory management according to the frequency of use of the parts is transmitted to the inventory management client 40 of the inventory management department to perform the inventory. Immediately instructs the management department to take parts out of the vehicle, and
0 is given an instruction to transport the parts prepared by the inventory management section as they are, and after transporting them to the delivery site or to a transportation relay point near the delivery site, the assembly worker is required to assemble the parts. Since the product is delivered as a product, the information obtained at the time of receiving the order can be used for inventory management to keep the stock in an appropriate state at all times, and parts can be delivered in a minimum time without causing inventory shortage. In addition to being able to assemble and deliver in a short time at or near the delivery site, the lead time from customer ordering to delivery can be shortened, and customer satisfaction can be improved. Further, in the air conditioner wind path device, a fixed mechanism for fixing the combined components without changing a mechanism for adjusting the opening area in the outer cylinder 11 to adjust the opening area in the outer cylinder 11 as it is in a conventional manner. It is a structure that can be easily assembled without welding using screws, bolts and nuts, rivets and unevenness (caulking) as a means, so special equipment such as factories and special welding such as welding are used to assemble each part. No skills are required, and the overall manufacturing costs, including equipment and labor costs, can be significantly reduced. Furthermore, the air conditioning wind path device 1 occupying a large space in the transportation vehicle 70
The transportation in the product state can be minimized, the parts can be transported as much as possible, the loading rate of the transport vehicle 70 can be improved, the transportation can be performed efficiently, and the transportation cost can be greatly reduced. Adverse effects on the surrounding environment such as carbon dioxide emissions can also be reduced.

In the order receiving / delivery system for the air conditioner for air conditioning according to the embodiment, the air conditioner for air conditioning to be handled is configured as a damper for adjusting the air volume, but is not limited to this. Other dampers such as dampers and flue gas dampers, and ducts as other air conditioning wind path devices,
It is also possible to adopt a configuration in which the chamber, the outlet, the suction port, the waste, the smoke outlet, the smoke exhaust duct, and the like are handled as items to be ordered and delivered.

Further, in the order receiving / delivery system for the air conditioning wind path device according to the above embodiment, the order receiving server 3
Although the system is designed so that the inventory management person performs the part retrieval work based on the instruction transmitted from 0 to the inventory management client 40, the present invention is not limited to this. In addition, it is also possible to adopt a mechanism in which parts are automatically delivered based on an instruction from the order receiving server 30, so that parts can be delivered in a short time without reducing the number of workers, and the delivery time can be further shortened.

[0047]

As described above, according to the present invention, after the order receiving server receives an order from a customer, information on the components constituting the air conditioning wind path device is obtained, and the information is obtained according to the frequency of use of the components. While instructing the inventory management department to perform inventory management, the inventory management department is promptly instructed to take out parts, and the transportation means is instructed to transport the parts prepared by the inventory management department as they are in the delivery site. After being transported to the transportation relay point near the delivery site, the assembly worker assembles the parts and finally delivers it as a product, so that the information obtained at the time of ordering can be used for inventory management in advance. Orders can be placed by the customer in addition to being able to keep parts in stock in a short time without the need for inventory, to be able to take out parts without causing a shortage, and to be able to assemble and deliver in a short time at or near the delivery site. Hakare to shorten the lead time of up to al delivery, it has the effect that is to improve the customer satisfaction. Furthermore, transport of the air conditioning air duct device, which occupies a large space in the transportation means, in the product state can be minimized and transported with parts as much as possible, improving the loading ratio of transportation means and improving efficiency This has the effect that transport can be carried out efficiently, transport costs can be greatly reduced, and adverse effects on the surrounding environment such as carbon dioxide emissions can also be reduced.

Further, according to the present invention, a plurality of components are combined to form an air conditioner wind path device, and the combined components are integrated using a predetermined fixing means, and the components are joined together without welding. By fixing, parts can be easily assembled without using special equipment and skills, special equipment such as factories is not required, and special technicians such as welding are also unnecessary, equipment costs and personnel costs This has the effect of greatly reducing the overall manufacturing cost including costs. Also, there is no need to perform assembling work in a factory, so that work can be performed in any place.In addition to the factory, it is possible to assemble at the site or at a transport relay point. It has the effect that it can be done. Furthermore, since there is no need for welding, a galvanized steel sheet can be used as a material as it is, and when a galvanized steel sheet is used, there is no need for post-processing such as rust-preventive painting, and the painting work can be omitted and a short time can be achieved. This has the effect that the assembling work can be completed and labor can be saved.

Further, according to the present invention, by using a screw as a fixing means, one of the two abutting parts is screwed to the other, and the parts are integrally fixed, so that the parts can be easily assembled without skill. This makes it possible to eliminate the necessity of equipment other than tools for turning the screws, so that the manufacturing cost can be greatly reduced, and the assembly can be performed in a short time, thereby shortening the delivery time.

Further, according to the present invention, a bolt and a nut are used as fixing means, a bolt is penetrated through two abutting parts, and the bolt and the nut are screwed and fastened to fix the parts together. , Parts can be easily assembled without skill, and no equipment other than tools for tightening bolts and nuts is required, so that manufacturing costs can be greatly reduced, assembly can be performed in a short time, and the delivery time can be shortened. Have.

According to the present invention, the rivet is used as a fixing means, the rivet is penetrated through the two parts in contact with each other, the end of the rivet penetrated is deformed to a state where it cannot be dropped off, and the parts are integrally fixed. By doing so, it is possible to easily assemble parts without skill, eliminating the need for equipment other than tools for handling rivets, greatly reducing manufacturing costs, assembling in a short time, and shortening delivery time. Having.

Further, according to the present invention, the convex portion or the concave portion formed on the component itself is used as a fixing means, and the two contacting components are caulked and engaged with the concave and convex portions, and the convex portion and the concave portion are mutually joined. The parts cannot be separated, and the parts are fixed together.This makes it easy to assemble the parts without skill and eliminates the need for equipment other than tools to fit the convex part into the concave part, greatly reducing manufacturing costs. In addition to the reduction, the assembly can be performed in a short time, and the delivery time can be shortened.

[Brief description of the drawings]

FIG. 1 is a schematic configuration explanatory diagram of an order receiving / delivery system for an air conditioner wind path device according to an embodiment of the present invention.

FIG. 2 is a front view and a side view of the air conditioner wind path device according to one embodiment of the present invention.

FIG. 3 is an explanatory diagram of an assembled state of an outer cylinder and blades in the air conditioner wind path device according to one embodiment of the present invention.

FIG. 4 is an explanatory view of a state in which the blade and the stopper are fixed to the outer cylinder in the air conditioner wind path device according to one embodiment of the present invention.

FIG. 5 is an explanatory view showing a fixed state of a blade interlocking means, a suspension metal fitting, and a corner metal fitting in the air conditioner wind path device according to one embodiment of the present invention.

FIG. 6 is a front view and a side view of a conventional air conditioning wind path device.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1, 100 Air-conditioning wind path apparatus 11, 101 Outer cylinder 11a Vertical outer panel 11b Horizontal outer panel 11c, 101a Bearing stand 11d, 101b Suspension fitting 11e Corner fitting 11f Flange 11g Stopper 12, 102 Blade 12a, 102a Blade main body 12b, 102b Rotary shaft 12c Rotary shaft holding unit 13, 103 Blade interlocking means 13a, 103a Connecting bracket 13b, 103b Connecting rod 20 Order receiving / delivery system 30 Order receiving server 31 Storage unit 40 Inventory management client 41 Input unit 42 Display unit 50 Customer side client 51 input means 52 display means 60 network 70 transportation vehicle

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[Procedure amendment]

[Submission date] November 30, 2001 (2001.11.
30)

[Procedure amendment 1]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

FIG.

FIG. 2

FIG. 3

FIG. 4

FIG. 5

FIG. 6

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Joji Kondo Air-conditioning Gifu Kogyo 968, Shima-machi, Itoshima-gun, Fukuoka Prefecture F term in reference (reference) 3L080 AE05

Claims (6)

[Claims] 1. A delivery order instruction for an air conditioning wind path device is
At least a predetermined order receiving server that receives from an unspecified number of clients on a predetermined network through a predetermined network, the order receiving server, after receiving the order instruction, obtains information on components constituting the air conditioning wind path device in a predetermined manner. After acquiring from the database and grasping it, transmitting a delivery instruction of a predetermined part to the client of the inventory management department based on the part information, a delivery site of each part delivered from the inventory management department and / or a predetermined transportation relay A delivery instruction to a location is given to a predetermined transportation means, and an assembly instruction is given to a delivery site and / or an assembly worker at a predetermined transportation relay point. Accumulated number of actual use of each component is obtained for each component, and the frequency of use is derived for all components from the accumulated actual use data. Comparing the usage frequency with the stock status of each part in the stock management department, and giving an instruction to the stock management department to adjust the stock quantity and replenishment frequency of each part to a state corresponding to the use frequency. Order and delivery system for air conditioning wind path equipment. 2. The air-conditioning wind path device according to claim 1, wherein the air-conditioning air path device is supplied with an air-conditioning gas and the gas is supplied to a downstream side. A rectangular cylindrical outer cylinder to be sent to the air-conditioning equipment, a plurality of blades arranged to be rotatably supported inside the outer cylinder by a predetermined angle, and the respective blades are interlocked to form a predetermined angle. A blade interlocking means for rotating the blade, wherein the blade is rotated by a predetermined angle so that the opening area inside the outer cylinder can be adjusted, and the outer cylinder is formed by combining four metal plate-like bodies into a cylindrical shape. And at least the abutting parts, including at least the metal plate bodies forming the outer cylinder, and the wing interlocking means and the wings, are integrally fixed by predetermined fixing means without changing the surface properties of the parts. Order and delivery system for air conditioner air conditioner Stem. 3. The order-receiving / delivery system for an air-conditioning airway device according to claim 2, wherein two parts with which a predetermined screw abuts are screwed as fixing means of the air-conditioning airway device. An order-receiving / delivery system for air-conditioning air ducts, characterized by being integrated. 4. An order receiving / delivery system for an air conditioner for air conditioning according to claim 2, wherein two parts to which predetermined bolts and nuts abut are sandwiched as fixing means of the air conditioner for air conditioner. An order-receiving / delivery system for air-conditioning air ducts, characterized in that parts are integrated by screwing together. 5. The air-conditioning air channel device according to claim 2, wherein the air-conditioning air channel device is fixed to the air-conditioning air channel device with two rivets in contact with each other. An order-receiving / delivery system for an air-conditioning wind path device, characterized in that it is impossible to engage and deform, and the parts are integrated. 6. The order receiving / delivery system for an air conditioner for air conditioning according to claim 2, wherein the fixing means of the air conditioner for air conditioning is a predetermined means which can be engaged with two abutting parts themselves. The convex portion or the concave portion is formed, and the convex portion of one component is crimped into the concave portion of the other component by external force, and the convex portion and the concave portion are fixed to integrate the components. An order-receiving and delivery system for air-conditioning air ducts, which is a distinctive feature.