RU173987U1 - CHARGER FOR RADIOMIKROPHON "SONET RSM" - Google Patents

Abstract

The utility model relates to cases for charging and transferring radio microphones. The charger for the radio microphone contains a case made in the form of a case, equipped on one front side with a handle placed on it on the base of the equipment, and a cover, one side of which is connected to the housing with the possibility of movement, and the second with the possibility of fixing to it, while the cover is equipped with a compartment, one network cable. Inside the housing in one part there is a charging group made of twelve cells arranged in two rows parallel to each other, in which there are mounted transmitters and receivers, oriented relative to each other and the contact elements by a fixation plate, connected indirectly by electronic communication with the input connector, fuse , network switch, power indicator, fan, power supply located in the second part of the housing, in addition, a compartment on the internal cavity The lid is made in the form of a pocket in which a network cable, earhooks, induction loops, a microphone are placed, while the housing is equipped with movable ears on each side. The technical result is the provision of the possibility of simultaneous charging of devices in the same conditions, in a case of simplified design, which has a reduced weight with contents, increased rigidity and dust protection. 4 s.p. f-ly, 5 ill.

Description

The utility model relates to additional technical means that enable patients with hearing impairments to replace direct auditory perception with another type of perception, in addition to energy transfer systems and chargers designed to charge and recharge receivers and transmitters.

A known system for returning a robot cleaner to a charger, comprising a homing signal transmitter including at least first, second and third signal transmitting devices, each of which is located on the front wall of the charger and is designed to transmit corresponding signals, in which one of the signal transmitting devices, located on one side wall of the charger and designed to transmit a signal and control a robot vacuum cleaner with the return of e of the charger (№2338639 RU Pat. Publ. of 20.11.2008).

A known wireless system with several chargers, including an external housing, is equipped with a table, has many charger units, each of which includes a primary charging core, a driver module, a central controller (Publication number RE 046391. Published 02.05.2017 g .).

Charger for portable electronic devices and portable electronic devices with the same charge. In one embodiment, the battery charger housing forms a portion of the shell of the external device or a protective cover of the housing. The capacitors are located in the housing of the battery charger, which contain opposing from each other plate having contact segments on them. The electronic circuit is connected to opposite spaced plates, configured to transmit electric charge to the battery associated with a portable electronic device (Application No. US 20170054308. Publ. 02.23.2017).

A control-signal device is known, including a collapsible case with a motherboard placed therein with a central processor, a storage device and multi-pin connectors forming sockets on the outer surface of the case, equipped with a multi-system navigation receiver and an antenna of a multi-system navigation receiver mounted on the system board , transmitter-receiver of mobile radiotelephone networks, transmitter-receiver of wireless persons a low-power network with an antenna, a power supply unit, and an audio-frequency power amplifier, while the receiver-transmitter of mobile radiotelephone communication networks contains an antenna and a microcircuit with an integrated subscriber identity module, and the power supply unit contains an electronic stabilizer, a charger, and a battery, one socket of multi-pin connectors is used to connect vehicle equipment to it, and the socket of the other is made in the form of a socket for a universal serial connector bus for connecting peripheral devices to it (Patent No. 158049 RU. Publ. December 20, 2015).

It is known that a charger is provided with a casing having a lower section, an upper section facing the lower section, and a side surface section connecting the lower section and the upper, a plurality of fans provided in the housing and a charging circuit unit that is provided in the housing, and is configured to charge a battery unit, wherein said charging circuit module has a heat generating element that generates heat when the battery is being charged. Fans are located along the side surface section (Application WO / 2017/002519. Publ. 05.01.2017).

A device for recharging batteries is known, which can also be used as a stand for battery blocks or packages at points of sale, containing at least a support element, which includes a series of slots or slots for placing and / or connecting battery blocks for sale, and devices for charging, recharging and / or maintaining an electric charge, electrically connected to the indicated sockets or slots of the charging device, in which each unit or package is a battery in comprises a plurality of batteries connected in series to each other, wherein at least two contacts are accessible from outside the package for connecting to a device for charging and / or maintenance charge (Patent 2346372 RU. Publ. 10.02.2009).

A known charger, including batteries, which further comprises a storage container, connectors for connecting batteries, a power system using electromagnetic waves, latches, fixing batteries, the housing, and the latches are located on the housing, the housing is combined with a storage container (Patent No. 169970 RU. Publ. April 11, 2017).

batteries, the case, and the latches are located on the case, the case is combined with a storage container (Patent No. 169970 RU. Publish. 04/11/2017).

A known laptop case in which solar energy is used for a charging and cooling system, comprising a housing connected to a cover on which a solar battery is located, fans covered with a large gap by a wire grill, while the housing is equipped with two cavities, one of which is made with the ability to adjust the size along the length of the size of portable electronic devices, in particular laptop (laptop) (Application No. US 20080283114. Publ. 2008-11-20).

However, the known case does not have the ability to simultaneously place in one of its internal cavities using cells arranged in two rows parallel to each other transceiver groups.

Known transport-charging complex for wearable radio stations, including: means allocated for charging a wearable radio station equipped with a rechargeable battery, and means for connecting it to an alternating current network; a sealed case for accommodating the listed equipment, characterized in that said charging means is at least one charge-discharge device dedicated to charge several wearable radio stations equipped with rechargeable batteries, and the proposed complex includes means for connecting said charge the discharge device to both the AC mains and the vehicle’s onboard network, and in the sealed case there is a compartment for temporary placement of wearable radio stations in fully assembled, located in the lid of the case, a storage compartment for backup batteries, a storage compartment for said means for connecting a charge-discharge device to the network (Patent No. 127542 RU. Published on 04/27/2013).

However, the well-known transport-charging complex is not intended for charging and recharging transmitters and receivers, the design of which is oriented for people with hearing impairments or discussed by one person (training, excursions, etc.).

The objective of this utility model is to create a tool having an increased number of cells for charging and recharging, transmitting and receiving radio signal devices. The technical result is manifested in the possibility of simultaneous charging, located next to several devices (transceivers), under the same conditions, to achieve equivalent technical characteristics.

The problem is solved in that in the charger for a radio microphone containing a case, made in the form of a housing, equipped on one front side with a handle placed on the base of the equipment, and a cover, one side of which is connected to the housing with the possibility of movement, and the second with the possibility of fixing to it, while the cover is equipped with a compartment, one network cable, inside the case in one part there is a charging group made of twelve cells arranged in two rows parallel to each other The boxes in which the transmitters and receivers are installed, respectively, oriented relative to each other and the contact elements by a fixation plate, connected indirectly by electronic communication with the input connector, fuse, network switch, power indicator, fan, power supply located in the second part of the housing, in addition , the compartment on the inner cavity of the lid is made in the form of a pocket in which a network cable, behind-the-ear inductors, induction loops, a microphone are placed, while the housing is equipped with each th side lugs mounted movable.

It is advisable, for the simultaneous use when recharging and charging a group of transmitters and receivers, the latter to place six in each row.

It is advisable, for the convenience of using the compartment in the form of a pocket, to divide it into parts.

It is advisable to use a case lock for the durability of fixing the cover to the housing.

It is advisable, to individualize the manufacturer, to place, on the location side of the network connector, an information table under the network cable.

The present utility model is explained in a detailed description, schemes in which:

FIG. 1 shows a general front view of a charger case according to a utility model;

FIG. 2 shows a general view on the right of the charger case, the same as in FIG. one;

FIG. 3 - shows a view of the internal parallel placement in the housing of cells with six transmitters and six receivers;

FIG. 4 is a structural electrical diagram of a charger according to a utility model.

FIG. 5 shows a view of a compartment in the form of a pocket located on the inside of the lid and additional equipment in it.

The charger for the SONET PCM radio microphone contains a case made in the form of a housing 1 and a cover 2 (Fig. 1, 2).

The housing 1 is equipped with a reinforcing circuit 3 made of reinforcing elements connected in the form of a rectangle. On each of the lower corners of the reinforcing contour 3 of the housing 1, figured reinforcing elements 4, 5, 6, 7 are fixed. On the front edge of the housing 1 is fixed, closer to the upper edge, handle 8, with the possibility of rotation. The lower parts of the two case locks 9 and 10 are fixed on both sides of the handle 8. The ears 11 and 12 are pivoted on the side faces of the housing. The input connector 13 is located on the right side side in the right side. The right side side is fixed to the lower left corner information table 14. In addition, the bottom case 1 is equipped with legs 15, 16, 17, 18 located in each of the four corners.

The cover 2 is equipped with a reinforcing circuit 19 made of reinforcing elements connected in the form of a rectangle. At the upper corners of the lid 2, reinforcing curly elements 20, 21, 22, 23 are fixed. On the front side of the lid 2 are fixed the upper parts 24, 25 of the mentioned case locks, which can be connected, respectively, with the lower parts 9 and 10 of the case locks of the case 1.

Inside the housing 1 in one part there is a charging group oriented relative to each other and contact elements by means of a fixing plate 26 (Fig. 3). The charging group is made of twelve cells arranged in two rows parallel to each other. In six cells 27, 28, 29, 30, 31, 32, six transmitters can be installed. In six cells 33, 34, 35, 36, 37, 38, six receivers can be installed. In addition, each of the cells of the fixing plate 26 is equipped with a corresponding charge indicator of the discharge of the transmitters and receivers, namely: 39, 40, 41, 42, 43, 44 and 45, 46, 47, 48, 49, 50.

The electronic unit 51 is located on the right side of the case 1.

The block diagram of the electronic unit 51 contains a contact of the input connector 13 connected to the fuse 52 (Fig. 4). Said fuse 52 is capable of contacting a power switch 53 with an integrated indicator 54 connected to a power supply 55. The electronic circuit is equipped with a fan 56. The power supply 55 is connected to twelve cells 27-38 of the charge group of transmitters and receivers and 39-50 charge indicators transmitters and receivers oriented relative to each other by the fixing plate 26.

In addition, the inner part of the cover 2 is equipped with a compartment made in the form of a pocket 57 (Fig. 5). The pocket compartment 57 may be divided into two parts. Each part is equipped with a valve 58 and 59, equipped with Velcro fasteners on the inside. In pocket 57 there is an additional equipment network cable, microphone behind-the-ear inductors, induction loops. Moreover, in one part of the pocket 57 fixed by the valve 58, additional equipment can be placed: a network cable 60, a microphone 61, and in the other part, fixed by the valve 59, behind-the-ear inductors 62, induction loops 63 can be placed. Additional equipment in parts pocket 57 may be placed differently.

The charger for the radio microphone “SONET RSM” works as follows.

The process of testing and charging the power supply (battery) 43 is preliminarily carried out. To do this, place the case 1 case on a horizontal surface using legs 15, 16, 17, 18. Open the cover 2 of the case. Set the switch with a built-in indicator 53 network located on the plate of the electronic unit 51, in the position "0" is off. Place inside the housing 1 one transmitter in one of the cells 27-32 and one receiver in one of the cells 33-38 of the fixing plate 26 of the charging group until it stops at the base of the housing 1 for contacts with the structural diagram. Connect the connector of the network cable 57 to the input connector 13 and the plug to an AC outlet of 220 V and 50 Hz. After that, the switch 53 with the built-in indicator is set to the “On” position, the indicator lamp in the switch 53 lights up. Then, the switch 53 with the built-in indicator is turned off, moving it to the “0” position - off. Install the remaining five transmitters and receivers in free cells, respectively, 27-32 and 33-38. To start charging, the switch 53 with a built-in indicator is set to the "On" position. When charging six transmitters and six receivers, the cover 2 of the housing 1 remains in the open position. The light bulbs of the charge indicators of the discharge of each of the twelve transmitter and receiver, namely: 39, 40, 41, 42, 43, 44 and 45, 46, 47, 48, 49, 50 are lit in green. The charging process lasts no more than three hours and ends after the indicator lamps 39-50 charge all charged devices (transmitters and receivers) turn off. The charger must be turned off after the charging process. To do this, switch 53, with a built-in indicator, the mains supply is set to the "0" position - off. After that, transmitters and receivers are distributed to users who use them either in the learning process, or in the process of excursion service. The overall dimensions of the charger are 320 × 158 × 245 mm. Charger weight no more than 5 kg. Its operation is possible in the temperature range from 0 ° С to + 40 ° С.

The proposed charger for the SONET PCM radio microphone allows you to expand the range of products with an increased number of cells for charging and recharging, transmitting and receiving radio signal devices.

In addition, it has a simple, lightweight case design that weighs no more than 5 kg with its contents. At the same time, the case has increased rigidity, the ability to simultaneously charge several devices under the same conditions and achieve equivalent technical characteristics, reduced weight with contents, and dust protection.

The charger is convenient to use, especially if you need to charge a large number of transmitting and receiving devices for their use in the learning process, travel services, people with disabilities.

Claims (5)

1. A charger for a radio microphone, comprising a case made in the form of a housing, equipped on one front side with a handle placed thereon on the base of the equipment, and a lid, one side of which is connected to the housing with the possibility of movement, and the second with the possibility of fixing to it moreover, the lid is equipped with a compartment, one network cable, characterized in that in the housing in one part there is a charging group made of twelve cells arranged in two rows parallel to each other, in which Transmitters and receivers, respectively, oriented relative to each other and contact elements of the fixing plate, connected indirectly by electronic communication with the input connector, fuse, network switch, power indicator, fan, power supply located in the second part of the housing, are also installed, in addition, there is a compartment on the internal cavity the lid is made in the form of a pocket, in which the network cable, earhooks, induction loops, microphone are placed, while the housing is equipped on each side with ears mounted for movement. 2. The charger according to claim 1, characterized in that in each row there are six transmitters and six receivers. 3. The charger according to claim 1, characterized in that the pocket on the inner cavity of the lid is divided into two parts. 4. The charger according to claim 1, characterized in that a case lock is used to secure the lid. 5. The charger according to claim 1, characterized in that on the side of the network connector, an information table is placed under the network cable.

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