RU18864U1 - PARTNER SEARCH DEVICE - Google Patents

Abstract

A partner search device having a receiver configured to selectively receive a specific signal A, and vibration-related signaling means associated with the receiver about the reception of the signal, an autonomous power source, characterized in that it has a low-power ultrasonic or beacon configured to transmit a fixed call sign B.

Description

BACKGROUND OF THE INVENTION Many living entities of marriage partners are attracted and found by smell. So.

for example, silkworm omas are able to attract males of the same species, located at a distance of several kilometers, using a specific substance secreted by them. Green N., Stout W., Taylor D. Biology: In 3 volumes, Vol. 2: Transl. from English / Ed. R. Sopera. - M. g.Mir, 1996.

Known radio beacon, which is a transmitting radio station with a known location. emitting special radio signals, receiving which on board a ship or aircraft you can determine the direction to it (its bearing). The beacon serves as a radio navigation device or is included in the radio navigation system.

beacons of directional and non-directional dsnotviya. The first direction finding only from certain directions (courses, zones), the second about Cyril and

Known police whistle used to call a service dog. A user blows a whistle through his mouth to produce a loud high-frequency sound heard by a dog but outside the range heard by a person. The whistle is an acoustic emitter that converts the energy of an air stream into the energy of a sound wave. Universal Encyclopedia Cyril and Methodius, http://mega.km.ru.

Light and small portable devices for selective reception are known.

wireless communications called

pagers. Communication through the paging system is usually used to call up any universal methodology of Methodius, http://mega.km.ru. Ш4100С 1

the person having a receiving office is a pager. When the pager is called by the paging system, the calling party, having called the telephone of the system operator, must enter the subscriber number of the required pager and information, for example, a message. The entered information, through the base station, is transmitted in the form of a paging signal and a message, for example, by VHF radio waves, to the pager of the recipient. This pager, receiving a paging signal, signals this with a sound and displays the received message on the liquid crystal display. Thus, the pager user learns that he is being called and can read the message from the caller. US Pat. No. 6081692. A common feature of all that they accept

deg / y ((.. g of modern pagers - that., t radio waves and choose from

These are radio messages addressed to the pager user. Some pagers only notify the user of a signal arriving at his address, for example, by generating an audio signal. Other pagers, having found their address in the radio message, will also store the message associated with the address signal and show or play it (in the case of a voice message) to the user.

Known pagers capable of receiving a radio message, send a response

radio message with data corresponding to the received radio message and

additional selection data

user. The computer at the base station transmits a response message selected by the pager user to the telephone ceTbs forming a telecommunication channel. US patents

. O- IOff & L 4940963, 4975694, 5332994, 6057781.

Pivoting pagers providing

vibration alarm, for example using a piezoelectric vibrator. US Pat. No. 5,023,504 or an eccentric rotating electric motor. US Pat. No. 5,471,103,

5896096. Such pagers provide an invisible signal to others that the user has received a message (call).

Communication Using Pagers

implies the use of an intermediate (base) station, which eliminates the search for each other by pager users in the physical space in the direction of the radio beam or the radiation power gradient. To search for a friend with (. Ci 5513241, 5625880,

at a physical location, pager users should at least send a message about the location of one of their potential partners. A known tactile communication method and device suitable for use in pagers is US Pat. No. 5,719,561.

Sometimes it is necessary to recognize a potential partner, for example, in a club or restaurant where some ladies dance and others do not. Opportunities for open communication are constrained by social norms, as a result, some of the visitors who want to dance are bored, and ladies who do not want to dance are forced to refuse suitable cavaliers. Technical devices covertly allow the user of that communication, unnoticed by

surrounding identify a potential partner among those nearby, for example, in one

with him indoors, persons unknown to me. The analogue closest to the utility model in terms of the set of features, a pager with a vibration alarm function and a response function to an incoming message, does not allow to obtain the required technical result due to lack of functionality.

Utility Model Essence

The organizational problem consists in identifying a person who has a given property (status, right to visit, intention to enter into communication on a specific occasion) in a way that is invisible to outsiders nearby. Another organizational problem is to provide an opportunity to a person selling a product or service,

signal their intention only to those who, being in the vicinity of this or a product or service, are looking for without attracting the attention of disinterested persons.

The solution to these organizational problems is reduced to solving the technical problem of creating a device. This device must periodically radiate

an ultrasonic signal or a radio signal of a predetermined conditional

set value A and receive a signal of a certain conditional

set value B. About the reception of signal B, the device should be visible to the user unnoticed by others. Mandatory requirements for such a device are its ease of use, low cost, low weight and dimensions, allowing to achieve mass

consumer protection. Watches should also ensure that users can search for each other in the physical space in the direction of radiation, either by the radiation power gradient, or due to the small radius of action.

To solve the aforementioned problem, the utility model contains: an ultrasonic or radio beacon of low power configured to transmit a selected call sign A, a receiver configured to selectively receive a selected signal B and vibration alarm signal associated with the receiver about the reception of signal B, an autonomous power source. This exhausts the totality of signs,

providing technical

result in all cases. The utility model differs from the closest

As an option, a lighthouse can have

graduated (preferably

discrete) means of selecting the signal A emitted by it. Alternatively, the receiver may have a graduated (preferably

discrete) selector

the signal B. received by him. Accordingly, it is possible to independently set the device to transmit (receive) the selected signal of his choice, for example, according to verbal or code designation (for example, 101.5, PASSWORD). Accordingly, users of the device can agree among themselves on the conditional value of the signals and easily configure their devices for these signals. analogue, pager, the presence of a lighthouse. Respect the mentioned jokes, in this conditional signal B of conditional signal A is fixed.

The device uses an ultrasonic or low-power radio beacon to periodically supply the selected conditional call sign A, a receiver for selectively receiving conditional signal B, vibration alarm means to inform the owner of the receipt of conditional signal B.

Accordingly, the user of the device is imperceptibly signaled to others about finding nearby another similar device for which it is configured to receive a signal. To the user of the second device, the tunings can and in case the device will receive some and transmit some

Signaling (also imperceptible to others) about finding the first device nearby, of course, if the second device is configured to receive a signal from the first device.

As an option, a connection between the beacon and the receiver is provided, excluding self-detection for the case if the AI and B signals are chosen to match.

Alternatively, in the inventive device, the user can adjust the radiation power of the beacon. Accordingly, the user can select the range of the beacon. Alternatively, in the user of the inventive device can be adjusted, the user can select the receiver.

Alternatively, the nature of the vibration of the device varies depending on the power of the received signal B. Accordingly, the user, focusing on the nature of the vibration of the device, can quickly find the source of signals B.

List of drawings

1. Fig.1 Diagram of a device for finding a partner.

Intelligence. confirming the feasibility of a utility model

Separately, all the components of the utility model and methods for organizing their interaction are well known to specialists. Figure 1 shows a diagram of a device for finding a partner, the radius of action

relevant to this utility model. The device for finding a partner contains; a beacon 1 configured to transmit a selected signal A, a receiver 2 configured to selectively receive a signal B, alarm means vibration 3, an autonomous power source.

Beacon 1 emits a deterministic signal A at regular intervals. Receiver 2, having received the conditional signal B, activates the alarm means by vibration 3. Communication between the beacon and the radio eliminates self-detection

device if signals A and B are selected so that they coincide.

Suppose that one device is configured to transmit a conditional signal LOOKING FOR A WIFE and receive a conditional signal from the HSCI HUSBAND. Let the second device is configured to transmit a conditional signal

LOOKING FOR A HUSBAND and receiving a signal of signals looking for a WIFE. Users of these devices, finding themselves nearby, within range, will be signaled by vibration that a potential partner is nearby. With a reasonable choice of the range of devices and if users are not in a dense crowd, it will not be difficult for users to determine by method of exclusion who exactly is a potential partner.

Claims (1)

A partner search device having a receiver configured to selectively receive a specific signal A, and vibration-related signaling means associated with the receiver about the reception of the signal, an autonomous power source, characterized in that it has a low-power ultrasonic or beacon configured to transmit a fixed call sign B.