KR102647760B1 - Control apparatus for analog broadcasting device at remote place - Google Patents

Abstract

As the disclosed control device for analog broadcasting equipment located in a remote location includes a transmission control module and a reception control module, it has a simple structure that allows analog broadcasting equipment located in a remote location to perform broadcasting by receiving broadcast data transmitted from a computer. There is an advantage in that it can be achieved.

Description

{Control apparatus for analog broadcasting device at remote place}

The present invention relates to a control device for analog broadcasting equipment located in a remote location.

Analog broadcasting equipment is equipment that performs broadcasting by converting and transmitting information such as video and audio into the form of analog signals. Such analog broadcasting equipment currently modulates data that has formatted video and audio into binary numbers of 0 and 1 into digital data. It has been largely replaced by digital broadcasting equipment that broadcasts by modulating it according to the method and sending it on a frequency.

However, analog broadcasting equipment still exists in buildings built before the spread of digital broadcasting equipment. In order for such analog broadcasting equipment to perform broadcasting using broadcasting data transmitted from a remote computer, the patent documents presented below must be used. There was a problem of installing such a complex broadcasting receiving device.

Publication Patent No. 10-2010-0127355, Publication Date: 2010.12.06., Title of Invention: Digital/Analog Broadcasting Receiving Device

The purpose of the present invention is to provide a control device for analog broadcasting equipment located in a remote location that can receive broadcasting data sent from a computer and perform broadcasting while having a simple structure.

A control device for analog broadcasting equipment located in a remote location according to an aspect of the present invention is located in a remote location from a place where a computer that generates broadcast data corresponding to input broadcast content is installed and is capable of receiving the broadcast data and performing broadcasting. For controlling broadcasting equipment,
a transmission control module that receives the broadcast data from the computer and transmits it to the outside; And a reception control module that receives the broadcast data transmitted from the transmission control module and controls the analog broadcasting equipment to perform broadcasting corresponding to the broadcast data;
While the transmission control module is waiting for operation, the broadcast data is received from the computer in real time, or the scheduled broadcast function of the computer is activated to send the broadcast data from the computer to the transmission control module at a preset time. When the transmission control module is activated, the transmission control module transmits the broadcast data received from the computer to the reception control module,
The transmission control module includes a module case and a broadcast alarm lamp that emits when the broadcast data transmitted from the computer is received,
The control device for analog broadcasting equipment located in a remote location further includes a lamp protection unit that protects the broadcast alarm lamp from external shock,
The lamp protection unit includes a unit frame erected on the module case in the form of a circular cylinder surrounding the broadcast alarm lamp while being spaced apart from the broadcast alarm lamp at a predetermined interval, and the unit frame positioned at a certain height lower than the top of the unit frame. The broadcast alarm is provided by absorbing external shock by covering the air space of the broadcast alarm lamp in a hemisphere shape, which is supported by hanging on the top of the unit frame and spaced at a certain interval from the broadcast alarm lamp, which is surrounded in an annular shape along the inner surface of the unit frame. An outer shock absorbing member that protects the lamp, and a first inner side that is supported by hanging on the annular support and an upper inner surface of the unit frame and is disposed in a hemisphere divided in the space between the broadcast alarm lamp and the outer shock absorbing member. A shock absorbing member is supported by being hung on the upper inner surface of the annular support and the unit frame, and a hemisphere is disposed in a bisected form in the space between the broadcast alarm lamp and the outer shock absorbing member, and includes the first inner shock absorbing member and the first inner shock absorbing member. The first inner shock absorbing member and the second inner shock absorbing member may be spaced apart within a certain range between the symmetrical second inner shock absorbing member and the first inner shock absorbing member and the second inner shock absorbing member. It includes an inner expansion connector connecting the members, and a plurality of suction plates disposed on the inner surface of the outer shock absorbing member, facing each of the first inner shock absorbing member and the second inner shock absorbing member, and made of an elastic material. do,
The external shock absorbing member has an external shock absorbing hemisphere that covers the air space of the broadcast alarm lamp in the form of a hemisphere spaced apart from the broadcast alarm lamp at a predetermined interval and has elasticity to absorb external shock, and the external shock absorbing hemisphere. The external shock-absorbing hemisphere includes an external shock-absorbing skirt body formed along the lower end in a shape in which the external shock-absorbing hemisphere extends outward and downward,
The first inner shock absorbing member includes a first inner shock absorbing hemisphere body disposed in a hemisphere divided in a space between the broadcast alarm lamp and the outer shock absorbing member, and the first inner shock absorbing hemisphere body. A first inner shock absorber is formed along the bottom of the first inner shock absorbing hemisphere and is formed in a curved shape with a certain curvature toward the outer space of the first inner shock absorbing hemisphere, and is hung and supported by the annular support and the upper inner surface of the unit frame. It includes an outward-facing curved body and a first inner shock expansion insert that is recessed at an upper end of the first inner shock absorbing hemisphere to a certain depth into which one side of the inner expansion connector can be inserted,
The second inner shock-absorbing member includes a second inner shock-absorbing hemisphere body disposed in a space between the broadcast alarm lamp and the outer shock-absorbing member in the form of a hemisphere divided into two, and the second inner shock-absorbing hemisphere body. A second inner shock absorber is formed along the bottom of the second inner shock absorber and is formed in a curved shape with a certain curvature toward the outer space of the second inner shock absorber hemisphere, and is hung and supported by the annular support and the upper inner surface of the unit frame. It is characterized by comprising an outward-facing curved body and a second inner shock expansion insert that is recessed at an upper end of the second inner shock absorbing hemisphere to a certain depth into which the other side of the inner expansion connector can be inserted. .

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According to the control device for analog broadcasting equipment located in a remote location according to an aspect of the present invention, the control device for analog broadcasting equipment located in a remote location includes a transmission control module and a reception control module, thereby receiving broadcast data transmitted from a computer. This has the effect of enabling analog broadcasting equipment located in remote locations to broadcast while still having a simple structure.

1 is a diagram schematically showing the configuration of a control device for analog broadcasting equipment located in a remote location according to an embodiment of the present invention.
Figure 2 is a perspective view showing a transmission control module constituting a control device for analog broadcasting equipment located in a remote location according to an embodiment of the present invention.
Figure 3 is an enlarged view of a portion of a control device for analog broadcasting equipment located in a remote location according to another embodiment of the present invention.

Hereinafter, a control device for analog broadcasting equipment located in a remote location according to embodiments of the present invention will be described with reference to the drawings.

Figure 1 is a diagram schematically showing the configuration of a control device for analog broadcasting equipment located in a remote location according to an embodiment of the present invention, and Figure 2 is a diagram configuring a control device for analog broadcasting equipment located in a remote location according to an embodiment of the present invention. This is a perspective view showing the transmission control module.

Referring to FIGS. 1 and 2 together, the control device 100 for analog broadcasting equipment located in a remote location according to this embodiment is an analog broadcasting device located in a remote location a certain distance away from the location where the computer 10 that generates broadcast data is installed. It is used to control the equipment 20 and includes a transmission control module 101 and a reception control module 105.

The computer 10 receives broadcast content such as video and audio, generates broadcast data corresponding to the input broadcast content, and transmits the broadcast data to the transmission control module 101.

Additionally, the computer 10 is equipped with a reserved broadcast function that allows the broadcast data to be sent from the computer 10 to the transmission control module 101 at a preset time. Here, in order for the reserved broadcasting function to operate, the broadcast data is created in advance and stored in the computer 10 before the reservation time, which is the operation time of the reserved broadcasting function.

The analog broadcasting equipment 20 is capable of receiving the broadcasting data generated by the computer 10 and performing broadcasting, and is located in a remote location a certain distance away from the location where the computer 10 is installed.

Since the specific configuration of the computer 10 and the analog broadcasting equipment 20 are general, their detailed illustration and description will be omitted here.

The transmission control module 101 is installed as an independent item from the computer 10, and receives the broadcast data from the computer 10 and transmits it to the outside.

In detail, the transmission control module 101 includes a module case 110 containing various circuits for implementing the functions of the transmission control module 101, and is installed in the module case 110 to receive information from the computer 10. An input connection terminal unit 112 to which an extended data cable is connected, and an output connection to which a data cable installed in the module case 110 and installed between the transmission control module 101 and the reception control module 105 is connected. A terminal unit 113, a power connection terminal unit 111 installed in the module case 110 and connected to an external power source, and the module to receive the broadcast data transmitted from the computer 10 by the reserved broadcast function. A reservation broadcast function selection button 120 for selecting whether to activate various circuits built into the case 110, a broadcast alarm lamp 121 that illuminates when the broadcast data transmitted from the computer 10 is received, and , an operation selection button 122 for selecting whether to arbitrarily activate various circuits built into the module case 110, and an operation alarm lamp 123 that emits when various circuits built into the module case 110 are activated. ) and a power alarm lamp 115 that lights up when electricity is supplied to various circuits built in the module case 110, and to check whether the broadcast data transmitted from the computer 10 is normal, etc. It includes a speaker 114 that can be reproduced, and a volume control lever 116 for adjusting the volume of the sound played through the speaker 114.

Only when the reserved broadcasting function selection button 120 is selected to be on by the operator, the module case 110 when the broadcasting data is received from the computer 10 by the reserved broadcasting function. Various built-in circuits are activated.

When the operation selection button 122 is selected to be on by an operator, various circuits built into the module case 110 are immediately activated and the broadcast data can be received.

The reception control module 105 is installed as an independent item from the analog broadcasting equipment, receives the broadcast data transmitted from the transmission control module 101, and performs broadcasting corresponding to the broadcast data. (20) is controlled.

Since the specific configuration of the reception control module 105 is identical and similar to that of the transmission control module 101, the description of the specific configuration of the reception control module 105 is only about that of the transmission control module 101. This will be replaced with illustrations and descriptions, and the overlapping descriptions will be omitted here.

In this embodiment, when the broadcast data is received from the computer 10 in real time while the transmission control module 101 is waiting for operation, or the reserved broadcast function of the computer 10 is activated, the transmission control As the module 101 is activated, the transmission control module 101 transmits the broadcast data received from the computer 10 to the reception control module 105.

Here, the fact that the transmission control module 101 is waiting for operation means that the reservation broadcast function selection button 120 is selected to be on by the operator and the operation selection button 122 is selected to be on by the operator. Includes at least one of the following:

The reception control module 105, which receives the broadcast data transmitted from the transmission control module 101, operates the analog broadcasting equipment 20 to perform broadcasting corresponding to the broadcast data.

As described above, the control device 100 for analog broadcasting equipment located in a remote location includes the transmission control module 101 and the reception control module 105, thereby controlling the broadcast data transmitted from the computer 10. The analog broadcasting equipment 20 located in a remote location can perform broadcasting while having a simple structure.

Hereinafter, a control device for analog broadcasting equipment located in a remote location according to another embodiment of the present invention will be described with reference to the drawings. In carrying out this description, descriptions that overlap with those already described in the above-described embodiment of the present invention will be replaced and omitted here.

Figure 3 is an enlarged view of a portion of a control device for analog broadcasting equipment located in a remote location according to another embodiment of the present invention.

Referring to FIG. 3, the control device for analog broadcasting equipment located in a remote location according to this embodiment further includes a lamp protection unit 250 that protects the broadcast alarm lamp 221 from external shock.

Each component of the lamp protection unit 250 may be made of a transparent material so that the broadcast alarm lamp 221 can be recognized from the outside.

The lamp protection unit 250 includes a unit frame 251 erected on the module case 210 in the form of a circular cylinder surrounding the broadcast alarm lamp 221 while being spaced apart from the broadcast alarm lamp 221 at a certain interval, An annular support 252 that surrounds the inner surface of the unit frame 251 in an annular shape at a certain height lower than the top of the unit frame 251, and is hung and supported on the top of the unit frame 251 and the broadcast alarm. an outer shock absorbing member 255 that protects the broadcast alarm lamp 221 by absorbing external shocks by covering the air above the broadcast alarm lamp 221 in a hemispherical shape spaced apart from the lamp 221 at regular intervals; and the annular shape. The first inner side is supported by a support 252 and an upper inner surface of the unit frame 251 and is disposed in a hemisphere divided in the space between the broadcast alarm lamp 221 and the outer shock absorbing member 255. It is supported by a shock absorbing member 260, the annular support 252, and the upper inner surface of the unit frame 251, and has a hemisphere in the space between the broadcast alarm lamp 221 and the outer shock absorbing member 255. A second inner shock absorbing member 265 arranged in a bipartite form and symmetrical to the first inner shock absorbing member 260, the first inner shock absorbing member 260, and the second inner shock absorbing member (265) an inner expansion connector 270 connecting the first inner shock absorbing member 260 and the second inner shock absorbing member 265 so that the space between them can be spaced within a certain range, and the outer shock absorber It is disposed on the inner surface of the member 255, faces the first inner shock absorbing member 260 and the second inner shock absorbing member 265, and includes a plurality of suction plates 275 made of an elastic material such as rubber. do.

The outer shock absorbing member 255 is in the form of a hemisphere spaced apart from the broadcast alarm lamp 221 at a predetermined interval, covers the upper part of the broadcast alarm lamp 221, and has elasticity to absorb external shock. It includes a sphere 256 and an outer shock-absorbing skirt body 257 formed along the lower end of the outer shock-absorbing hemisphere 256 in a form in which the outer shock-absorbing hemisphere 256 extends outward and downward.

The inner surface of the outer shock-absorbing skirt body 257 is in contact with the top of the unit frame 251, so that the outer shock-absorbing hemisphere 256 can be supported in a form that covers the air space of the broadcast alarm lamp 221. do.

The first inner shock absorbing member 260 is a first inner shock absorbing hemisphere forming body 261 disposed in a hemisphere divided into two spaces in the space between the broadcast alarm lamp 221 and the outer shock absorbing member 255. ), and is formed along the bottom of the first inner shock-absorbing hemisphere forming body 261, but is formed in a curved shape curved at a certain curvature toward the outer sky of the first inner shock-absorbing hemisphere forming body 261, and is formed in the annular shape. A first inner shock-absorbing outer curved body 262 is supported by being hung together on the support stand 252 and the upper inner surface of the unit frame 251, and is attached to the upper end of the first inner shock-absorbing hemisphere 261 at a certain depth. It includes a first inner impact expansion insert 263 that is recessed so that one side of the inner expansion connector 270 can be inserted.

The second inner shock absorbing member 265 is a second inner shock absorbing hemisphere forming body 266 disposed in a bisected hemisphere in the space between the broadcast alarm lamp 221 and the outer shock absorbing member 255. ), and is formed along the bottom of the second inner shock-absorbing hemisphere forming body 266, but is formed in the form of a curved surface curved at a certain curvature toward the outer space of the second inner shock-absorbing hemisphere forming body 266, forming the annular shape. A second inner shock-absorbing outer curved body 267 is supported by being hung together on the support stand 252 and the upper inner surface of the unit frame 251, and is positioned at a certain depth at the top of the second inner shock-absorbing hemisphere forming body 266. It includes a second inner impact expansion insert 268 that is recessed into which the other side of the inner expansion connector 270 can be inserted.

The first inner shock absorbing member 260 and the second inner shock absorbing member 265 are arranged to face each other in a symmetrical form, and the first inner shock absorbing hemisphere forming body 261 and the second inner shock absorbing member 265 are disposed to face each other in a symmetrical manner. Absorbing hemispheres 266 together form an overall hemisphere and are disposed along the space between the outer shock absorbing hemispheres 256 and the broadcast alarm lamp 221.

Both sides of the inner expansion connector 270 are inserted into the first inner shock expansion insert 263 and the second inner shock expansion insert 268, respectively, and the inner expansion connector 270 The first inner shock absorbing hemisphere forming body 261 and the second inner shock absorbing hemisphere forming body 261 and the second inner shock absorbing hemisphere forming body 261 depending on the degree to which both sides are discharged from the first inner shock expansion insert 263 and the second inner shock expansion insert 268. By adjusting the spacing between the shock absorbing hemispheres 266, the overall size of the first inner shock absorbing member 260 and the second inner shock absorbing member 265 can be adjusted.

When configured as above, when the external shock is applied toward the broadcast alarm lamp 221, the outer shock absorbing hemisphere 256 is pressed and elastically deformed to primarily absorb the external shock, and the outer shock absorbing hemisphere 256 When the sphere 256 is pressed, the outer shock-absorbing skirt body 257 is lowered along the top of the unit frame 251, and thus each suction plate 275 is moved to the first inner shock-absorbing hemisphere forming body 261. ) and each outer surface of the second inner shock-absorbing hemisphere forming body 266, thereby adsorbing the first inner shock-absorbing hemisphere forming body 261 and the second inner shock-absorbing hemisphere forming body 266.

Then, when the external shock that elastically deformed the outer shock-absorbing hemisphere 256 is removed, the outer shock-absorbing hemisphere 256 recovers to its original shape by its own restoring force and rises, and each suction plate ( The first inner shock-absorbing hemisphere body 261 and the second inner shock-absorbing hemisphere body 266, which were adsorbed on 275), also rise together with the outer shock-absorbing hemisphere body 256.

At this time, the first inner shock-absorbing hemisphere forming body 261 and the second inner shock-absorbing hemisphere forming body 266 are spaced apart, and both sides of the inner expansion connector 270 are exposed to the first inner shock. A predetermined length is discharged from the expansion insert 263 and the second inner shock expansion insert 268 between the first inner shock absorbing hemisphere forming body 261 and the second inner shock absorbing hemisphere forming body 266. Stay connected. Then, the first inner shock-absorbing hemisphere body 261 and the second inner shock-absorbing hemisphere body 266 rise along the outer shock-absorbing hemisphere 256, The upwardly curved body 262 and the second inner shock-absorbing curved body 267 are also raised so that the first inner shock-absorbing curved body 262 and the second inner shock-absorbing curved body 267 are positioned on the annular support. As it separates from 252 and hangs over the top of the unit frame 251, the external shock applied toward the broadcast alarm lamp 221 can be completely absorbed secondarily.

As described above, as the control device for the remote analog broadcasting equipment includes the lamp protection unit 250, the broadcast alarm lamp 221 can be protected from the external shock, and thus the remote analog broadcasting equipment control device includes the lamp protection unit 250. The broadcasting equipment control device receives broadcasting data sent from the computer, allowing analog broadcasting equipment located in a remote location to stably perform broadcasting, and the presence or absence of such normal broadcasting is stably indicated through the broadcasting alarm lamp 221. can be displayed.

Although the present invention has been shown and described in relation to specific embodiments in the above, those skilled in the art can modify the present invention in various ways without departing from the spirit and scope of the invention as set forth in the claims below. You will see that it can be changed. However, we would like to make it clear that all such modifications and modified structures are included within the scope of the present invention.

According to the control device for analog broadcasting equipment located in a remote location according to an aspect of the present invention, the analog broadcasting equipment located in a remote location can perform broadcasting by receiving broadcast data transmitted from a computer and can be configured in a simple structure, It can be said to have high industrial applicability.

10: computer
20: Analog broadcasting equipment
100: Control device for analog broadcasting equipment in remote locations
101: Outgoing control module
105: Receiving control module

Claims (3)

A control device for analog broadcasting equipment located remotely from a location where a computer that generates broadcast data corresponding to input broadcast content is installed and for controlling analog broadcasting equipment capable of receiving the broadcast data and performing broadcasting, comprising:
a transmission control module that receives the broadcast data from the computer and transmits it to the outside; and
It includes a reception control module that receives the broadcast data transmitted from the transmission control module and controls the analog broadcasting equipment to perform broadcasting corresponding to the broadcast data,
While the transmission control module is waiting for operation, the broadcast data is received from the computer in real time, or the scheduled broadcast function of the computer is activated to send the broadcast data from the computer to the transmission control module at a preset time. When the transmission control module is activated, the transmission control module transmits the broadcast data received from the computer to the reception control module,
The transmission control module is
module case,
A broadcast alarm lamp that emits light when the broadcast data transmitted from the computer is received,
The control device for analog broadcasting equipment located in remote locations is
It further includes a lamp protection unit that protects the broadcast alarm lamp from external shock,
The lamp protection unit is
a unit frame erected on the module case in the form of a circular cylinder surrounding the broadcast alarm lamp and spaced apart from the broadcast alarm lamp at a predetermined interval;
an annular support that surrounds the inner surface of the unit frame in an annular shape at a certain height lower than the top of the unit frame;
An outer shock absorbing member that is hung and supported on the top of the unit frame and is spaced apart from the broadcast alarm lamp at a certain interval in the form of a hemisphere, covering the air space of the broadcast alarm lamp to protect the broadcast alarm lamp by absorbing external shock;
a first inner shock absorbing member that is hung and supported on the annular support and an upper inner surface of the unit frame and disposed in a bispherical form in a space between the broadcast alarm lamp and the outer shock absorbing member;
A second second body is supported by being hung on the annular support and the upper inner surface of the unit frame, and has a hemisphere disposed in a bisected form in the space between the broadcast alarm lamp and the outer shock absorbing member, so as to be symmetrical to the first inner shock absorbing member. an inner shock absorbing member,
an inner expansion connector connecting the first inner shock absorbing member and the second inner shock absorbing member so that the first inner shock absorbing member and the second inner shock absorbing member can be spaced within a certain range;
a plurality of suction plates disposed on the inner surface of the outer shock absorbing member, facing each of the first inner shock absorbing member and the second inner shock absorbing member, and made of an elastic material;
The external shock absorbing member is
an external shock-absorbing hemisphere in the form of a hemisphere spaced apart from the broadcast alarm lamp at regular intervals, covering the air space of the broadcast alarm lamp, and having elasticity to absorb external shock;
An external shock-absorbing skirt body is formed along the lower end of the external shock-absorbing hemisphere in a shape in which the external shock-absorbing hemisphere extends outward and downward,
The first inner shock absorbing member is
a first inner shock-absorbing hemisphere body disposed in a space between the broadcast alarm lamp and the outer shock-absorbing member in a bispherical form;
It is formed along the lower end of the first inner shock-absorbing hemisphere forming body and is formed in the form of a curved surface curved at a certain curvature toward the outer space of the first inner shock-absorbing hemispherical forming body and is formed on the annular support and the upper inner surface of the unit frame. a first inner shock-absorbing, outward-facing curved body that is hung together and supported;
It includes a first inner shock expansion insert that is recessed at an upper end of the first inner shock absorbing hemisphere forming body at a certain depth into which one side of the inner expansion connector can be inserted,
The second inner shock absorbing member is
a second inner shock-absorbing hemisphere body disposed in a space between the broadcast alarm lamp and the outer shock-absorbing member in the form of a hemisphere divided into two;
It is formed along the bottom of the second inner shock-absorbing hemisphere, and is formed in a curved shape curved at a certain curvature toward the outer space of the second inner shock-absorbing hemisphere, and is located on the annular support and the upper inner surface of the unit frame. a second inner shock-absorbing, outward-facing curved body that is hung together and supported;
An analog broadcasting station located in a remote location, comprising a second inner shock expansion insert that is recessed at a certain depth at the top of the second inner shock absorbing hemisphere forming body and into which the other side of the inner expansion connector can be inserted. Cost control device.
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