JP2009245401A - Automatic data collection system from street patrol - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a distribution system which satisfies requirements such as individual, timely delivery, increase of delivery efficiency, cost reduction, and power saving. <P>SOLUTION: In distribution, placement and acceptance of order by no meeting are allowed, efficiency on the order acceptance side is increased, and privacy is protected without exposing a home situation on the order placement side by using a contactless IC tag or a radar system to existing order-taker acceptance of the order. In addition, collection of order placement information in short time and in a wide range from a public street, etc. is allowed by adapting radio transmission and reception using a tag for long distance or a radar frequency to the system. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention is a system for automatically collecting high-speed individual customer ordering information on a public road or in a distribution system for goods and services by circulating on public roads or entering shared spaces such as private roads and apartment houses.

  Traditionally, the sales of vegetables carried by full-time farmers, which was the pioneer of non-store patrol sales, had problems in terms of labor and efficiency, and fewer people succeeded. The development of railways and road traffic has encouraged the growth of wholesale and distribution business, and district store sales have become mainstream for decades. With the aim of more corporate organizational efficiency, it can be said that the appearance of large commercial stores by attracting customers using the road traffic network is reasonable. However, the increase in the aging population in the future includes many factors that will end up with efficient mass sales based on attracting customers. It is clear that the declining birthrate will accelerate this rate.

The decline factors of the above large-capacity store sales are listed below.
・ Mobile purchasing power decreases due to aging of buyers. (Difficulty walking, driving, etc.)
・ Decrease in purchase volume. (Increase in elderly households, declining birthrate)
・ Patience precedes willingness to purchase. (Decrease in income due to aging)
In the future distribution, it will be necessary to systematize mainly necessary items and individual distribution. In this respect, efficient ordering and delivery using the computer network (net search, net ordering, individual home delivery) is a very convenient system for the consumer side.

However, even though this advanced system is efficient in the current population structure, it never guarantees an advantage over the next 20 years.
Japan 2030 Late elderly population (above 75 years old) is about 14 million people, and about 13 percent of the total Japanese population cannot be free to act independently (there is also a situation where computers cannot be operated). Naturally, the productive population is equivalent to nursing care. In such an era, the requirements for material distribution to support the elderly population are:
・ Individual and timely delivery / Increase delivery efficiency Cost reduction, labor saving, personal information, privacy protection
It is.
In the future, a fundamental review of the distribution system will be required.

  Realize high-speed collection, just-in-time supply and system cost reduction of demand information for goods and services. In addition, the protection of personal information and the security of life at the stage of individual demand discovery will be ensured.

  In order to solve the above problems, the present invention includes an electronic device, a communication technology, and an information processing system that enable high-speed patrol collection of goods and service demand information.

  With this invention, those who have poor network knowledge such as computer operation and the Internet, or those who are unable to operate due to the elderly, can easily order essential goods and various services from outside contractors while staying at home, and can obtain goods and provide services You can receive it promptly.

  Embodiments according to the present invention will be described below with reference to the drawings.

FIG. 1 shows an example of cyclic automatic data collection according to claim 1.
As shown in FIG. 6, an order panel, a wireless communication system, and a wireless communication antenna, which are home systems, are installed in the goods and service contract homes. The basic device of a wireless communication system is a non-contact IC tag system (medium / long distance compatible). Fig. 1 Vehicles, light vehicles, transport wagons, etc. that patrol public streets / shared spaces at high speeds are equipped with a communication system for order information collection and a computer system that enables customer information processing to collect data. FIG. 1 shows an example in which goods and service contract in-house data are collected at high speed at the shortest distance from the left side of a left-hand traffic vehicle or the like.
A patrol management function is included in the system. Fig. 1 Symbol S The block entry point, E is the moving point to the next block. Depending on the service area, the most efficient patrol route can be set in advance. 1-25 is a travel route example. More efficient data collection is possible when antennas and wireless communication devices are mounted on the left and right sides of the vehicle.

FIG. 2 is a schematic diagram of obtaining customer order information on a public road. Reference numeral 21 denotes a traveling vehicle, a light vehicle, a transport wagon, and the like. The vehicle includes an antenna for collecting order data, a wireless communication system, and an information processing computer. Within the service contract home 22 is an order information input order panel and a wireless communication system, receiving radio waves from the antenna installed on the patrol vehicle at the home or the antenna 23 along the public road surface, operating the home system by induced power, FIG. 6 illustrates that the article and service order information set in advance on the order panel is received by the antenna installed in the traveling vehicle.

  FIG. 3 is a conceptual diagram of traveling data collection along an apartment house.

  FIG. 4 is a conceptual diagram of traveling data collection by the handy terminal. It is possible to deal with areas that cannot be collected with antennas for traveling vehicles.

  FIG. 5 is a conceptual diagram of collective housing individual tour data collection by the handy terminal.

  FIG. 6 is a block diagram of a service contract home system and a traveling order collection system.

FIG. 7 shows the appearance of the order panel in the service contract home system.
Goods and services are ordered using the one-push button method 72, and the LED display and other devices are used as the lighting display 73 to confirm the order. For the goods and services that have been delivered by the time of patrol after ordering, the lighting is canceled by a signal from the patrol system side.
The order data collection time, the next scheduled tour time, etc. are displayed on the order panel of FIG. However, the panel layout is not limited to FIG.

  FIG. 8 shows an example in which a radar system of 25 GHz or the like is applied to the order information patrol automatic collection system of the present invention. Order information is identified by changes in radar reflected waves. Especially effective when a service area of several hundred meters is required. The non-contact IC tag system, the radar specification system alone, and combined use are also included in the present invention.

Order information patrol collection method diagram Schematic of obtaining customer order information on public road Schematic of obtaining customer ordering information on public roads for housing complex Schematic of obtaining customer order information using the handy terminal Schematic of obtaining customer ordering information at a handy terminal for apartments System block diagram Order panel example Schematic of obtaining customer ordering information based on radar specifications

Explanation of symbols

11 S collection block entry point 1-25 Patrol order example
12
E Next collection block moving point
13 Individual residential area
14 Residential area
15 Individual housing radio antenna
16 Apartment house radio antenna
21 Vehicles, light vehicles, transport wagons, etc.
22 Facilities in contracted houses (individual houses) (order panels, radio equipment)
23 Antenna
31,33,35,37,39 Equipment in contracted houses (condominiums) (order panels, wireless equipment)
32,34,36,38,40 Antenna
41 Handy terminal for data collection
71 Order panel
72 Order menu push button
73 Ordering, unordered display
74 Information display area

Claims (8)

  Order instruction panel, order information storage / processing computer system, home order wireless terminal system composed of antennas, vehicles traveling on public roads or entering, accessible private roads, collective housing, etc., light vehicles, transport wagons Construct an information collection and distribution system that can communicate with the home-order wireless terminal system with a handy terminal that can be mounted on or carried by the customer. system.   900MHz band, medium-long distance response type non-contact type IC tag or short-range response type non-contact type IC tag, inductive passive tag or active IC tag, or 24GHz, etc. 2. A system for receiving and ordering goods and services based on no contact using the cyclic automatic data collection method according to claim 1, wherein the response system is configured as an article and service ordering system.   An article based on a non-face-to-face automatic data collection method using an in-home wireless communication system and an information collection and distribution system according to claim 1 in which an order of goods and services is instructed by a home-installed order panel described in claim 1 Service ordering system.   The in-house installation order panel is an order panel that allows the customer to instruct the order of goods and service items that operate without using customer indoor electric power such as primary batteries, secondary batteries, and solar batteries.   The order panel uses a primary battery, a secondary battery, a solar battery, etc., or a customer indoor lamp power to make an article, service item ordering instructable panel, and has an order information storage, an ordering calendar function, a display section for each operation content, An in-line communication interface that cooperates with an external computer system, a memory interface, and a computer system that can control these interfaces.   Information collection / distribution according to claim 1, which can be processed and stored as order data by means of various information based on the unique code of the in-home wireless communication system described in claim 2 and the corresponding code and customer code. System for receiving and ordering goods and services based on no-face-to-face using a cyclic automatic data collection system configured by the system.   The information collection system described in claim 1 has an information communication function with a cyclic automatic data collection system management server having processing functions such as delivery method, delivery company information, delivery time, delivery method (face-to-face, placement), and collection information. Have.   A system for receiving and ordering goods and services based on a no-face-to-face automatic data collection system that can reset ordering orders for home order panels based on delivery and delivery information.

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