RU97578U1 - OBJECT SEARCH SYSTEM - Google Patents

Abstract

 1. The search system of the remote control, comprising a control unit and a controllable unit, the control unit comprising a second power supply unit, a second control unit, a code signal source, a code signal emitter, and a controlled unit comprising a receiver, a signal recognition unit, a first control unit, an emitter an audio signal, a first power supply, wherein a second power supply is connected to a second control unit, a code signal source, a code signal emitter, a second control unit is connected to a source code signal source, the code signal source is connected to the code signal emitter, the first power supply is connected to the receiver, the signal recognition unit, the first control unit and the sound signal emitter, the receiver is connected to the signal recognition unit, the signal recognition unit is connected to the first control unit, the first block the control unit is connected to the emitter of the audio signal, in addition, the control unit is arranged to be placed on / in the controlled device, and the controlled unit is arranged to accommodate tions to / from the remote control. ! 2. The object detection search system according to claim 1, characterized in that the control unit housing and the managed unit housing are filled with a compound.

Description

Technical field

The invention relates to devices for remote control of audio and video equipment. The solution can also be used for other equipment controlled from a remote control.

State of the art

Known remote control equipment with a device to alert their whereabouts (application for invention of the Russian Federation No. 20011131934). The remote control of the equipment with the device for announcing its location is a device that includes the board of the actual remote control, enclosed in a case. The remote control is supplemented by an electronic circuit for delivering a sound signal that responds to clapping, whistling and other loud sounds, necessary to detect the location of the remote control and reduce the time it takes to find it. The remote control for the equipment with the device for alerting its location is equipped with a device for disabling the electronic circuit for supplying an audio signal when turning on the equipment controlled by the remote. However, pops, whistles and other loud sounds have a negative effect on the user, as they are easily perceived by the human ear. In addition, the electronic signaling circuit is triggered by any loud sound that is not aimed at searching for a remote control.

Also known is a remote control (application for an invention of the Russian Federation No. 200624118882), a remote control for electronic devices (application for an invention of the Russian Federation No. 2007106467), a remote control for equipment with a warning device for its location (application for an invention of the Russian Federation No. 2002102786). Managed devices of these technical solutions are equipped with transmitters of electromagnetic or radio signals, made with the possibility of manual inclusion. Remote controls are equipped with receivers of signals transmitted from controlled devices and sound devices.

The closest technical solution (prototype) is a remote control (application for a utility model of the Russian Federation No. 2002103947). A remote control for a television or other electronic device, including a housing in which are connected a battery, a transmitter of control signals and function buttons. A television or other controlled electronic device is equipped with a transmitter of electromagnetic signals, and the remote control is equipped with a receiver of these signals and a sound and / or light alarm unit, while the input of this unit is connected to the output of the receiver of electromagnetic signals. The electronic circuit of the remote control receives all broadband signals and transmits a command to the sound unit, as a result of which the sound alarm is triggered even when it is not necessary for the user, which is a drawback of the proposed technical solution.

The disadvantages of the known technical solution is the constant response of the console to various extraneous signals.

The purpose of the proposed utility model is to eliminate the reaction of the object to various extraneous signals.

This goal is achieved due to the fact that: according to the first embodiment, the search system of the remote control comprises a control unit and a controlled unit, the control unit comprising a second power supply unit, a second control unit, a code signal source, a code signal emitter, and the controlled unit contains a receiver, a signal recognition unit, a first control unit, an audio signal emitter, a first power supply unit, wherein the second power supply unit is connected to a second control unit, a code signal source, radiation the body of the code signal, the second control unit is connected to the source of the code signal, the source of the code signal is connected to the emitter of the code signal, the first power supply is connected to the receiver, the signal recognition unit, the first control unit and the emitter of the audio signal, the receiver is connected to the signal recognition unit, the recognition unit the signal is connected to the first control unit, the first control unit is connected to the emitter of the audio signal, in addition, the control unit is arranged to be placed on / in the controlled device, and the controlled unit is arranged to be placed on / in the remote control; according to the second embodiment, the control unit case and the controlled unit case are filled with a compound.

Brief Description of the Drawings

The utility model is illustrated in the drawing (Fig.1-2), where Fig.1 shows a diagram of a controlled unit, Fig.2 shows a diagram of a control unit of the system for searching for an object.

Utility Model Disclosure

In the drawing, the following are indicated: receiver 1, signal recognition unit 2, first control unit 3, sound emitter 4, remote control case 5, controlled unit case 6, first power supply unit 7, controlled device case 8, second power supply unit 9, second unit control 10, the source of the code signal 11, the emitter of the code signal 12, the housing of the control unit 13.

The main components of the remote control search system are the control unit and the controlled unit.

The control unit consists of the following main elements: a second power supply unit 9, a second control unit 10, a code signal source 11 and a code signal emitter 12 located in the housing of the control unit 13. There are two options for the relative positioning of the control unit with respect to the controlled device (for example, TV). In the first embodiment, the housing of the control unit 13 is attached to the outside of the housing of the managed device 8. In the second embodiment, the housing of the control unit 13 is located inside the housing of the managed device 8. In the second embodiment, the execution of the control unit without the housing of the control device 13 is possible.

A possible embodiment of the control unit in the form of a three-dimensional figure having at least one base. In this case, the characteristic dimensions of the base are greater than the height of the three-dimensional figure that is drawn to this base. The base of the three-dimensional figure can be made of various shapes of round, square, rectangular, triangular, etc., while its characteristic dimensions will be the diameter and size of either side, respectively. From the side opposite the base, there is a second control unit 10.

The second control unit 10 in a particular case is a button. If the control unit is located inside the housing of the controlled device 8, the button is located outside the housing of the managed device 8. In the case of the location of the control unit outside the body of the managed device 8, the button is located on the housing of the control unit 13. The button can be, for example, a sensor or a mechanical one. It is also possible to use membrane type buttons. The membrane type button is a regular mechanical button of a very small size, above the surface of which there is a membrane. The membrane size is much larger than the size of the button, thereby increasing the area of impact on the button, which simplifies its operation.

The source of the code signal 11 is, for example, an electronic device generating a code signal.

The emitter of the code signal 12 is a device emitting a signal, for example, an antenna.

Connections in the control unit are made as follows. The second power supply 9 is connected to the second control unit 10, the source of the code signal 11 and the emitter of the code signal 12. In turn, the second control unit 10 is connected to the source of the code signal 11, the source of the code signal 11 is connected to the emitter of the code signal 12. All connections are electrical conductors.

If the control unit is executed in the form of a three-dimensional figure having at least one base, the free space between the elements of the control unit is filled with a compound (the compound is cast insulation, compositions based on thermosetting oligomers or monomers used as an insulating material .htm? Text =% D0% BA% D0% BE% D0% BC% D0% BF% D0% B0% D1% 83% D0% BD% D0% B4 & stpar3 = 1.1). Instead of a compound, any substance can be used that provides protection from environmental influences, and also acts as an insulating material.

The controlled unit consists of a receiver 1, a signal recognition unit 2, a first control unit 3, an audio signal emitter 4 and a first power supply unit 7 located in the body of the controlled unit 6. There are two options for the relative positioning of the controlled unit with respect to the remote control. In the first embodiment, the housing of the controlled unit 6 is attached to the outside of the housing of the remote control 5. In the second embodiment, the housing of the managed unit 6 is located inside the housing of the remote control 5. In the second embodiment, it is possible to execute a managed unit without the housing of the managed unit 6.

An embodiment of a controllable block in the form of a three-dimensional figure having at least one base is possible.

The receiver 1 is a radio electronic device, for example, an antenna. The receiver 1 receives electronic signals and transmits them to the signal recognition unit 2.

Signal recognition unit 2 is, for example, a matched filter. The signal recognition unit 2 is configured to extract a signal sent from a control unit from a plurality of extraneous signals.

The first control unit 3 is configured to transmit a command to the emitter of the audio signal 4, upon receipt of a command from the signal recognition unit 2 that a code signal has been received sent from the control unit.

The sound emitter 4 is, for example, an electro-acoustic transducer.

The first power supply 7 and the second power supply 9 are, for example, batteries.

Connections in the managed unit are as follows. The first power supply unit 7 is connected to the receiver 1, the signal recognition unit 2, the first control unit 3 and the emitter of the audio signal 4. In turn, the receiver 1 is connected to the signal recognition unit 2, the signal recognition unit 2 is connected to the first control unit 3, the first unit control 3 is connected to the emitter of the sound signal 4. All connections are electrical wires.

In the case of executing a controlled block in the form of a three-dimensional figure having at least one base, the free space between the elements of the control block is filled with a compound.

Utility Model Implementation

The utility model is implemented as follows.

At the initial stage, the assembly of the control and controlled unit circuits is carried out. For this, the elements of the controlled unit are connected by electrical conductors. The elements of the controlled unit are also connected by electrical conductors. Connections in the control and controlled unit are made in a specific way, as described above.

In the case of executing a control and controlled block in the form of a three-dimensional figure having at least one base, previously assembled circuits of the control and controlled blocks are placed in molds and filled with a compound. After that, the control unit and the controlled unit are left for some time in the molds to give the compound the opportunity to harden. As a result, disposable devices are obtained without the possibility of replacing individual elements. Next, the control unit and the managed unit are removed from the forms and the control unit is attached in any accessible place, and the managed unit is on the object that will be searched.

A controlled device, such as a TV, is located in a corner of the room. Somewhere in the other side of the room is a remote control. The exact location of the remote control is not known to the user.

To establish the location of the object, the user clicks on the button. As a result of contact closure, a command is transmitted to the source of the code signal 11. Upon receipt of a command from the second control unit 10, a code signal is generated in the source of the code signal 11. The code signal is a signal with certain amplitude-frequency characteristics. The code signal is supplied to the emitter of the code signal 12. The emitter of the code signal 12 emits a code signal received from the source of the code signal.

The reception of the signal emitted by the emitter of the code signal 12 of the control unit, provides the receiver 1 of the controlled unit. The receiver 1 receives the electromagnetic signals and transmits them to the signal recognition unit 2. Upon receipt of the signals from the receiver 1, the signal recognition unit 2 extracts a code signal sent from the control unit from a plurality of extraneous signals. After the signal recognition unit 2 has allocated a code signal, it submits information about this to the first control unit 3. The first control unit 3, having received information that the code signal is allocated, gives a command to the sound signal emitter 4. Having received a command from the first control unit 3 , the emitter of the audio signal 4 emits an audio signal at a frequency perceived by the human ear. Thanks to this, the user hears a sound signal and sets the location of the remote control.

Thus, due to the addition of signal recognition unit 2 to the circuit of the controlled unit, it is possible for the object to react only to the signal transmitted from the control device, thereby eliminating the possibility of the remote control reacting to extraneous signals.

Claims (2)

1. The search system of the remote control, comprising a control unit and a controllable unit, the control unit comprising a second power supply unit, a second control unit, a code signal source, a code signal emitter, and a controlled unit comprising a receiver, a signal recognition unit, a first control unit, an emitter an audio signal, a first power supply, wherein a second power supply is connected to a second control unit, a code signal source, a code signal emitter, a second control unit is connected to a source code signal source, the code signal source is connected to the code signal emitter, the first power supply is connected to the receiver, the signal recognition unit, the first control unit and the sound signal emitter, the receiver is connected to the signal recognition unit, the signal recognition unit is connected to the first control unit, the first block the control unit is connected to the emitter of the audio signal, in addition, the control unit is arranged to be placed on / in the controlled device, and the controlled unit is arranged to accommodate tions to / from the remote control. 2. The object detection search system according to claim 1, characterized in that the control unit housing and the managed unit housing are filled with a compound.