RU184020U1 - PORTABLE RADIO CONTROL PANEL - Google Patents

Abstract

The utility model relates to the field of remote control devices and can be used to work with portable transceiver devices (radio stations) without the use of regular controls. The control panel includes a housing (1) with a cover (2), between which a sealing gasket (8) is placed, an electronic module (15) of the radio control elements installed in the housing (1), radio control elements located on the housing (1): joystick switch (10), the tangent key (9) and the mode-call key (11) located on the body (1) connectors for connecting data transmission equipment (12) and a microphone-telephone headset (13), and a patch connector ( 3) to connect the remote control to a portable radio station associated with an electronic mode cm (16) controls, via a connecting cable (4). The patch connector (3) includes a housing (23) with a cover (24), an electronic module (28) located in the housing (23) with spring-loaded multipole contacts (27) protruding from the housing (23), a sealing gasket (28) for sealing the joint between the connector case (23) and the contacts (27), as well as the screw (30) for fixing the connector to the radio station, and at the places where the connecting cable (4) is connected to the remote control case (1) and the connector case (23), pressure glands (22) are installed. The technical result is a simplification of the design, increasing strength, reliability and moisture resistance, expanding the functionality of the device. 4 s.p. f-ly, 3 ill.

Description

The utility model relates to the field of remote control devices and can be used to work with portable transceiver devices, for example, R-187P1 radios, without the use of standard controls.

The closest analogue of the utility model is the control panel for the phone, disclosed in the publication of international application WO9806183, 02/12/1998. The specified remote control is made in the form of a wired headset connected by a cable to the main transceiver.

The disadvantage of this device is that it does not provide the required functionality when working with portable radios.

The objective of the proposed utility model is to develop a remote control to provide the ability to control a portable radio station (transceiver), which is in one of the operating positions on the user's equipment, without using regular controls.

The technical result of the utility model is to simplify the design, increase strength, reliability and moisture resistance, as well as expand the functionality of the device.

The specified technical result is achieved due to the fact that the control panel of the portable radio station contains a housing with a cover, between which there is a sealing gasket, an electronic module for controlling the radio station installed in the housing, radio control elements located on the housing: a joystick switch, a tangent key and a key “Mode-call”, connectors on the case for connecting data transmission equipment and a microphone-telephone headset, and a patch connector for connecting a remote control to a portable radio station connected to the electronic module of the controls via a connecting cable, wherein the patch connector includes a housing with a cover, an electronic module located in the housing with spring-loaded multipolar contacts protruding from the housing, a sealing gasket for sealing the joint between the connector housing and the contacts, and a screw to fix the connector on the radio, moreover, at the junctions of the connecting cable with the remote control housing and the connector housing, pressure glands are installed.

In addition, there are private options for implementing the utility model, according to which:

- the remote control further comprises means for attaching the remote control housing to the user equipment, made in the form of a tape fixed on the housing;

- the housing and the cover of the remote control are connected by screws and / or latches;

- the housing and the cover of the patch connector are connected by screws and / or latches;

- connectors for connecting data transmission equipment and a microphone-telephone headset are located in the connector module having multipolar contact pads, the connector module being fixed to the housing by docking threaded bushings or screws.

The utility model is illustrated by drawings, where:

in FIG. 1 shows a General view of the claimed device;

in FIG. 2 shows the structural elements of the console body;

in FIG. 3 shows the design of the patch connector.

The claimed remote control includes a housing (1) with a cover (2), a patch connector (3) for connecting the remote control to a radio station, a connecting cable (4) for connecting the connector to the electronic elements of the housing, and also means for attaching (5) the housing to the user's equipment.

The case (1) and the cover (2) of the remote control are rectangular and can be made by milling or injection molding of aluminum alloy or plastic, followed by machining of some surfaces. The housing (1) and the cover (2) can be fastened together by screws (6) and / or latches (7), while a gasket (8) is installed between them. Outside, the housing (1) can be coated with a maslobenzostoyky paint and varnish coating of a protective color.

In the housing (1) of the remote control, openings are made for accommodating control keys and connectors.

On the first side of the housing (1) are located:

- key "tangent" (9);

- joystick switch (10) "- ← → +";

- “Mode / Call” button (11).

On the second side of the case are located:

- a connector for connecting data transmission equipment (hereinafter referred to as the ADF) (12);

- a connector for connecting a microphone-telephone headset (hereinafter referred to as RPG) (13).

An opening for the connecting cable (4) is located in the front end part of the housing, and a metal clip (14) for mounting the fastening means (5) in the form of a tape is located in the rear end part. In turn, the tape (5) fixes the body (1) of the remote control on the belt or on the user's unloading vest.

The tangent key (9) is intended for making a call to a subscriber in voice mode. Structurally, it is made in the form of a rubber casing (15) made of high quality rubber compound or silicone, which performs sealing. From the inside around the perimeter, the casing (15) is pressed by the electronic module (16) of the controls, which, in turn, is attached to the housing (1) with screws (17). The joystick switch (10) “- ← → +” is used to adjust the volume level, switch the noise reduction level and switch directions. Structurally, it has a configuration similar to the “Tangent” key (9), and can be made together with a casing (15) and located on the same electronic module (16).

The Mode / Call key (11) is used to select transceiver modes. A short press of the Mode / Call key (11) puts the transceiver in one of the following modes:

- with a single press - selection of the direction of work;

- when pressed twice (when operating in phase-frequency modulation mode) - noise reduction adjustment;

- when pressed three times - informs about the battery level.

In each mode, you can also adjust the volume.

When working in the phase-frequency modulation mode from the control panel, it is possible to make a tonal call to the subscriber. To do this, hold down the “Tangent” key (9) and press the “Mode / Call” key.

Structurally, the “Mode / Call” key (11) is made similar to the “Tangent” key (9), with a separate casing (18).

The ADF connectors (12) and RPGs (13) are structurally identical and placed in the module of the side connector (19) with multipolar contact pads, which are attached to the housing with docking threaded bushings (20) or screws. The connecting threaded sleeve (20) in this design plays the role of a positioning and fixing element for the correct and mechanically reliable connection of the mating connectors of the data transmission equipment.

In the case, lowering (21) can also be made in the area of the contact pads of the side connectors for the correct positioning of the protruding protruding parts of the ADF overhead connectors.

The connecting cable (4) is connected to the housing (1) and the patch connector (3) through shock absorbing pressure glands (22), made in the form of casings.

The patch connector (3) consists of a housing (23) and a cover (24) fastened with screws (25) and / or latches. An electronic module (16) with spring-loaded multipolar contacts (27) and a silicone sealant (28) are placed in the housing (23). Spring-loaded contacts (27) protrude from the connector housing (23) through rectangular openings. In this case, the sealing gasket (28) provides sealing of the joint between the housing (23) and the contacts (27). The connecting cable is fixed in the housing (23) of the patch connector (3) by means of the bracket (29). In addition, a hole is made in the housing (1) in which a quick-detachable wing screw (30) is placed to provide electromechanical docking of the control panel with the transceiver (portable radio station) by attracting the multi-pole contact (27) to the side connector of the transceiver (which is made similar to the side remote control connectors).

The housing (23) also has positioning tabs for the correct positioning of the patch connector (3) in the mating connectors.

An additional sealing gasket can be installed between the housing (23) and the cover (24) to ensure sealing, and a sealing substance can be pumped into the cavity of the housing. Outside, the body (23) of the patch connector can be coated with a maslobenzostoyky paint and varnish coating of a protective color.

When the claimed remote control is operating, the connector (3) is connected to the side connector of the radio station (transceiver) when it is in the pouch (user equipment element). When connected, the keypad is automatically locked and the radio screen is turned off. Control is transferred to the remote control (keys 9.11 and joystick 10). To transmit and receive voice information, a remote acoustic headset is connected to the connector (13).

Claims (6)

1. The control panel of a portable radio station, containing: case (1) with a cover (2), between which there is a sealing gasket (8), installed in the case (1) electronic module (15) of the radio control elements, placed on the body (1) radio control elements: joystick switch (10) , the tangent key (9) and the mode-call key (11) located on the housing (1) connectors for connecting data transmission equipment (12) and a microphone-telephone headset (13), and a patch connector (3) for connecting the remote control to a portable radio station associated with the electronic module (16) of the controls by means of a connecting cable (4), wherein the patch connector (3) includes a housing (23) with a cover (24), an electronic module (28) located in the housing (23) with spring-loaded multipolar contacts protruding from the housing (23), 27 a sealing gasket (28) for sealing the joint between the connector body (23) and the contacts (27), as well as a screw (30) for fixing the connector on the radio, moreover, at the junction of the connecting cable (4) with the control case (1) and the case ( 23) the connectors are installed with pressure glands (22). 2. The control panel according to claim 1, additionally containing means for fastening (5) the remote control housing to the user equipment, made in the form of a tape fixed on the housing (1). 3. The control panel according to claim 1, in which the housing (1) and the cover (2) of the remote control are connected by screws (6) and / or latches (7). 4. The control panel according to claim 1, in which the housing (23) and the cover (24) of the patch connector (3) are connected by screws (25) and / or latches. 5. The control panel according to claim 1, in which the connectors for connecting data transmission equipment (12) and a microphone-telephone headset (13) are placed in the connector module (19) having multipolar contact pads, the connector module (19) being fixed to the housing (1) docking threaded bushings (20) or screws.

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