Classifications

• • G—PHYSICS
  • G06—COMPUTING; CALCULATING OR COUNTING
  • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
  • G06Q30/00—Commerce
  • G06Q30/02—Marketing; Price estimation or determination; Fundraising

Definitions

• the invention relates to advertising using the Internet and refers particularly, though not exclusively, to in-store advertising using computer terminals which obtain at least in part information to be displayed from the internet.
• home page is not to be restricted to a specific HTML page on the internet but is to be taken as including any means whereby a supplier of goods or services can promote those goods or services to another via the internet.
• network computer is to be taken as including any computer capable of working as part of a network.
• In-store advertising is increasing in popularity. This is because it can react to the impulsive purchaser at the point of sale, and thereby encourage increased market share at the expense of competitors.
• Such in-store advertising may cost the product manufacturer or distributor a relatively sizeable sum.
• the advertising is normally at or adjacent the location of the display of the product, and may be in every store of a chain of stores.
• Product manufacturers are continually fighting with each other to have their products advertised because a good in-store advertising campaign can significantly increase market share, especially when combined with a promotion such as a 2-for-1 offer, or other promotional campaign.
• Another object is to enable the information from the internet to be combined with other information so as to better present the products.
• a further object is provide interactive network computers, which may have proximity sensors.
• an advertising system having at least one network computer adapted to be located at a desired public location, the network computer being adapted to selectively display desired advertising information to the public, with the desired advertising information being at least in part obtained by the network computer from the internet.
• each network computer has a proximity sensor to enable each of the network computers to be only active when there are people in the proximity.
• the proximity sensors can also be used to monitor the number of people passing the network computer.
• the network computers each include a screen which may be a flat screen or a normal screen. More advantageously, the screen is a touch-sensitive screen to enable interactive operation of the network computer and the desired advertising information with customers.
• the network is a local area network (LAN), and is preferably a radio frequency local area network.
• the network computers can be programmed to shut-down at a predetermined time such as store closing time, and to switch on again at a different time, such as store opening time. Furthermore, the network computers may be able to display different desired advertising information at certain times of the day.
• the network computers may be diskless computers that download all software, except for basic network connectivity and simple operating systems, from the central server.
• the network computer may have a disk or other data storage device to enable a multi-media presentation.
• the advertising system may have built therein emergency signals for pre-programmed emergency conditions such as, for example, fire, holdup, power failure, or other similar crisis event.
• the central server may selectively provide information to their network computers so that the information displayed will be of assistance to customers in the store in that particular emergency. That information may include arrows indicating the nearest exit, or other instructions to the customers of the store.
• Figure 1 is a graphic illustration of a network computer
• Figure 2 is a graphic illustration of a network computer interconnected via the internet to 3 different corporations.
• Figure 3 is a graphic illustration of an advertising system for use in a department store or supermarket.
• FIG. 1 there is a schematic illustration of what is involved with a network computer.
• the network computer will preferably have a display screen, processing box and the required cards, all in one housing.
• the display screen should be available in a variety of sizes with the screen being as large as possible to fit within the housing.
• the display screen may be touch-sensitive to enable interactive application of the desired advertising information by a customer or customers.
• the processing box would include all necessary memory and processing equipment.
• the memory should be at least 32 Mb, with or without a motion sensor, and with or without a network card.
• a motion or proximity sensor is preferably used in conjunction with the network computer so that the network computer is only operating when a customer or potential viewer/listener is within the appropriate distance.
• the network computer could be reset to recommence its message when a person is in range of the proximity sensor.
• the housing is relatively robust, is preferably waterproof and able to be easily cleaned.
• the power source may be the normal electricity mains, and/or a battery system. It may be able to be located on a stand, trolley, or, more preferably, within the shelving system of a store or supermarket. It preferably includes loudspeakers so that multi-media advertising information can be used.
• the network computer may be as part of a local area network which may be inter- connected by cabling or, preferably, by use of radio frequency. It is preferably a diskless computer that downloads all software, except for basic network connectivity and simple operating systems, from a central server. It may have a disk drive, which may be a hard disk or other storage device, to enable selective information to be downloaded onto the network computer. It will of necessity require the appropriate computer boards and, where a central server is not required, may have a built-in modem to enable direct connection to the internet. It may also be interactive with a video camera so that images of the store, a particular product, or the customer may be included as part of the desired advertising information.
• FIG. 2 there is described a basic advertising system.
• a network computer very much as in accordance with Figure 1 , which is connected to the internet.
• Three different corporations are also connected to the internet. Each of those corporations will have a home page. Within the home page is information regarding the corporation, its product range, marketing and advertising schemes, specific product promotions, and information regarding the various products of the company. All of that information is available via the internet.
• the network computer via an in-built or separate modem, will access the internet and proceed directly to the relevant home page of the relevant company. From that home page it will gain access to the information relating to the particular product to be the subject of the advertising.
• That information will then be stored in the memory of the network computer and will be displayed on its screen so that the information regarding the product will be visible, and any audio message able to be heard, by customers in the vicinity.
• the network computer is placed in the shelves of the store at the location of, or adjacent to, the display of the product concerned. Therefore, if corporation one is providing a special promotion and information regarding, for example, a particular style of instant coffee, the network computer would be located in the shelves of the supermarket where instant coffee is sold. Therefore, the customers in the supermarket will be able to see and hear information regarding that instant coffee, and the special promotion in relation to that instant coffee. This information can clearly be changed very easily and quickly to thus provide fast turnaround within the supermarket.
• extra information can be down-loaded from the internet such that the information is not merely a static display of a single screen, but may be a short sequence of pictures or other images, in a moving sequence which may be at the requisite speed to provide a mini-movie of the relevant product.
• This may be downloaded from the internet from the home page, or may be able to be added to the network computer by use of separate programming which could be via any suitable storage device, including a floppy disk, CD-ROM, or other means.
• each may have a range of products and it may be possible for the network computer to promote company one's product for a particular time, the move to corporation number two, promote its products for a further time, and then promote products of corporation number three.
• a mixture of varying products from the one corporation, or different products of the different corporations, could be arranged depending on the programming and the requirements of the store and (or the companies concerned) at the particular time.
• FIG. 3 there is shown the system which would generally apply in larger stores such as supermarkets, department stores, or the like.
• the network server is the connection to the internet and thus all information downloaded to the network computers is processed via the server.
• the server is normally a more powerful machine, this enables information to be included with the server and to be included in the information downloaded to the network computers.
• information can be combined from a particular supplier with information about the products of that supplier being merged with information from the supermarket chain, in the instance of a joint promotion.
• the server will be able to extract the relevant information from one, add it to the other, and pass it through to the network computer.
• the network computer can receive information inputted to the server so that in the event of there being a special promotion for a particular store (as in a recently opened store) it can be programmed into the server and passed through to the various network computers.
• connection from the server to the network computers is via a local area network, which may be via cable linkings or by radio frequency linkings.
• each network computer will require a network card to communicate with the server.
• the speed and flexibility of having a server within the store is of advantage. This would require each network computer to have some identifying code, be it a name or number, so that it can be uniquely identified by the server. In this way the information provided by the server to a network computer will be relevant for that particular network computer.
• a retailer By use of a local area network, a retailer is able to quickly and relatively inexpensively create their own advertising or promotions, which can then be displayed in-store by altering the programming of the server. This can also be passed through to the national or international headquarters via the internet. This enables new advertising and promotion to be on a regional or local basis, without the large logistical planning that is required with present methods. Present methods require printing, staff movements, and so forth.
• a server of appropriate power the information from the internet will be able to be downloaded to the server and passed through the network computers with great speed.
• the server must be aware of all of the network computers connected to it and can remotely control the necessary aspects of each network computers functionality. This would include being able to change the desired advertising information being displayed by a particular network computer, or the timing or the extent of that information. In this way, it is quite simple to change the network computers remotely, thus reducing the cost of the system.
• the server may itself become a home page or appropriate site on the internet so that it can act to personalise the content of the information being displayed by the various network computers.
• the servers themselves may be formed into a wide area network so as to be able to control a number of stores in a geographic region from a central headquarter's office.
• the various network computers via the server, or directly, to be operatively connected to a printer. If there are a large number of network computers in a particular store, there may be, for example, a printer to serve a combination of aisles, a single aisle, or a region of the store; or there may be one central printroom from which people can obtain the relevant printouts.
• These printouts would be information regarding the various products, the store, the various promotions on offer, forthcoming specials, special events at the store, or any combination thereof, or other relevant matter.
• any network computer or the central server, can be used to place all of the other network computers into an emergency mode.
• all of the network computers may flash or display an appropriate message so that customers in the store will be informed of what is happening, and what is required of them.
• the message may be, for example, the word "exit” and an appropriate arrow pointing to the nearest exit, and advice as to what to do - such as to stay low to avoid the smoke.
• a hold up it could be a message that there is an armed robbery in progress and all customers should stay where they are, keep low, and remain calm. Further messages would be of a relevant nature could be provided for emergencies such a power failure, floods, or other suitable occurrences.
• the network computer may be able to be interactive so that it can provide necessary store location information. For example, if the network computer was in the instant coffee section providing information relating to a particular brand of coffee, a customer may be able to obtain information from the network computer as to the location of pre-prepared beverages including coffee made by that particular company under that brand. As for example, coffee flavoured milk may be in a different area of the store, the customer can be directed to that area. If dealing with unground coffee beans, the information may be a further chart providing information as to the grinding settings required for expresso machines, plungers, coffee filters, or percolators.
• Each network computer may be suitably programmed so that in the event of there being a lack of customer traffic, they will shut down and remain in standby mode pending a customer or group of customers coming close to the network computer. In this way the screen is saved, and energy consumption is reduced.
• the proximity sensor can be used to not only achieve that end, but also to monitor the number of people passing the particular network computer over a period of time. This may be able to be used to determine the relevant costing. If there is a very heavy trafficked area, the cost of using the particular network computer will be higher than for a lower trafficked area. It may also be relevant for determining the effectiveness of the message. Advertisers may be able to determine that by having their message in the particular area when the traffic was high, the percentage of passers-by who purchase the product being advertised is correspondingly high.
• the nature of the message being advertised can vary according to the traffic in the region. If it is quite busy then the message may be short, and a customer will be referred to the interactive screen to obtain further information. At times of low traffic, the message may be longer and more information provided as with lower traffic, customers may have more time to spend receiving the message.
• a network computer may be programmed that at various times of the day the nature of the information being displayed can change. In the alternative, it may be programmed to maintain a message for only a predetermined time and after that time to change to a different message.

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• Business, Economics & Management (AREA)
• Strategic Management (AREA)
• Engineering & Computer Science (AREA)
• Accounting & Taxation (AREA)
• Development Economics (AREA)
• Finance (AREA)
• Economics (AREA)
• Game Theory and Decision Science (AREA)
• Entrepreneurship & Innovation (AREA)
• Marketing (AREA)
• Physics & Mathematics (AREA)
• General Business, Economics & Management (AREA)
• General Physics & Mathematics (AREA)
• Theoretical Computer Science (AREA)
• Information Transfer Between Computers (AREA)
• Management, Administration, Business Operations System, And Electronic Commerce (AREA)
• Financial Or Insurance-Related Operations Such As Payment And Settlement (AREA)

Priority Applications (8)

Applications Claiming Priority (2)

Publications (1)

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ID=3802085

Family Applications (1)

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Cited By (13)

Families Citing this family (2)

Citations (5)

• 1997
  • 1997-07-10 AU AUPO7796A patent/AUPO779697A0/en not_active Abandoned
• 1998
  • 1998-07-10 ID IDW20000244A patent/ID26706A/id unknown
  • 1998-07-10 JP JP2000502467A patent/JP2001509625A/ja not_active Withdrawn
  • 1998-07-10 WO PCT/AU1998/000529 patent/WO1999003050A1/en not_active Application Discontinuation
  • 1998-07-10 EP EP98931832A patent/EP0995160A1/en not_active Withdrawn
  • 1998-07-10 NZ NZ502189A patent/NZ502189A/en unknown
  • 1998-07-10 CN CN98807970.4A patent/CN1265757A/zh active Pending
  • 1998-07-10 IL IL13395198A patent/IL133951A0/xx unknown
  • 1998-07-10 BR BR9810992-8A patent/BR9810992A/pt not_active IP Right Cessation
  • 1998-07-10 CA CA002296069A patent/CA2296069A1/en not_active Abandoned
• 2000
  • 2000-01-05 NO NO20000040A patent/NO20000040L/no not_active Application Discontinuation

Patent Citations (5)

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