KR100945299B1 - Multi-light apparatus for switching according to rest of battery - Google Patents

Abstract

PURPOSE: A complex light device is provided to reduce power consumption by turning on an LED lamp and turning off an HID(High Intensity Discharge) lamp when a battery voltage is below a preset voltage. CONSTITUTION: An HID lamp is mounted on the front side of a body(4). An LED lamp is mounted on the rear side of the body. A battery is arranged in the center of the body. The battery supplies power to the HID lamp and LED lamp. A switch plate(60) is rotatably combined to the rear side of the body and switches the power of the battery to the HID lamp and LED lamp. The LED lamp is combined with a switch PCB(Printed Circuit Board).

Description

MULTI-LIGHT APPARATUS FOR SWITCHING ACCORDING TO REST OF BATTERY}

The present invention relates to a complex lighting device that can switch in response to the remaining battery, in more detail is provided with a HID lamp in front of the luminaire, the LED lamp is provided in the rear of each lamp by a manual operation Can be turned on selectively.If the remaining battery level is automatically checked in real time, if the remaining battery level is lower than the preset value, the buzzer can be automatically driven to switch to the remaining battery level. It relates to a composite lighting device.

As is well known, lighting fixtures used for fire fighting, divers, and disaster relief work are often performed in a dark place, or work is performed in a place where visibility is difficult due to mist. High brightness luminaires are suitable luminaires for performing work functions.

A typical luminaire is a high intensity lamp (HID) lamp, which means a high brightness discharge lamp with a tube load of 2 [W / cm2] or more at the tube load using light emission by discharge in high pressure gas or steam. do. HID lamps include metalhalite lamps, high pressure sodium lamps and high pressure mercury lamps.

The high-pressure mercury lamp was first developed in the 1930s and has been developed around the industrial lighting market because of its high efficiency and long lifespan. Recently, the development of metal halite lamps with low mercury content and high efficiency has been accelerated.

However, such HID lamps require excessive initial discharge voltages and consume a lot of power. Therefore, even if they have sufficient brightness to be easy to use in a disaster operation, if the luminaire suddenly stops working during a disaster, serious safety hazards may occur. There was a problem that could fall into danger.

A luminaire that uses minimal power is a luminaire with an LED lamp. LED lamps have the advantage of very low heat generation and extremely low power consumption. However, such LED lamps have a problem that their luminance is smaller than that of HID lamps.

The present invention has been made in view of the above-described prior art, and is provided with a HID lamp in the front of the luminaire and a LED lamp in the rear of the luminaire. In addition, if the remaining battery level below the preset value is automatically checked in real time and the battery level is lower than the preset value, the complex buzzer can be switched in response to the remaining battery level so that the buzzer can be automatically switched to the LED lamp. There is a purpose.

In order to achieve the above object, according to a preferred embodiment of the present invention, a lighting device for use for disaster relief, the body constituting the appearance of the lighting device; A HID lamp mounted inside the front end of the body and irradiating high luminance irradiated light; An LED lamp mounted inside the rear end of the body and turned on by consuming low power; A battery housed in an inner center of the body to supply power to the HID lamp and the LED lamp; It is coupled to the rear end of the body, the user rotates in the left and right direction by the switch plate for switching the power of the battery to the HID lamp and LED lamp, to turn on the high-brightness HID lamp in the early stage of disaster relief, disaster rescue time When this length is increased, a complex lighting device is provided that can switch in response to the remaining battery power, which makes it possible to drive a low-power LED lamp.

Preferably, the body is provided with a drive case for accommodating the ballast and starter of the HID lamp in the front end of the body, and the terminal and the charging terminal is formed at the rear end thereof is further provided with a switch PCB coupled to the LED lamp A composite lighting apparatus capable of switching in response to the remaining battery capacity is provided.

Preferably, a protruding terminal connected to the connection terminal is formed on the front side between the body and the switch plate, and the switch plate is rotatably coupled to the rear side thereof to the HID lamp and the LED lamp by rotation of the switch plate. Provided is a composite lighting apparatus capable of switching in response to a battery remaining capacity, characterized in that a base having a plurality of magnet switches for switching battery power input is configured.

Preferably, the switch plate is in close contact with the switch configured in the base is provided with a composite lighting device capable of switching in response to the remaining battery capacity, characterized in that the magnet terminal for driving each switch is attached to the front.

Preferably, the magnet switch is mounted to be spaced apart from each other at a predetermined portion of the base, and configured to be switched and driven by a magnetic force upon contact of the magnet terminal provided in the switch plate. A composite lighting device is provided.

Preferably, the base has a charging cap coupled to the base to expose the charging terminal, and corresponding to the remaining battery capacity, characterized in that the LED irradiation hole and the lamp lens for passing the irradiation light of the LED lamp, respectively provided There is provided a composite lighting device that can be switched.

Preferably, the switch plate is provided with a composite lighting device capable of switching in response to the remaining battery capacity, characterized in that the through hole for passing the irradiation light of the LED lamp is formed.

Preferably, the base has a bolt coupling hole is formed in the center of the rear, the center of the switch plate is characterized in that the bolt is penetrated to have a buffer force while the bolt is fastened to the bolt coupling hole is formed through the bolt through hole is seated spring Provided is a composite lighting apparatus capable of switching in response to the remaining battery level.

Preferably, the base is formed with a guide projection for guiding the rotation of the switch plate, the positioning projection protrudes at the lower portion to determine the position when the switch plate is rotated, the guide projection on the front of the switch plate And a guide groove for accommodating the inside of the switch plate and guiding the rotation of the switch plate, and corresponding to the positioning protrusion, a positioning groove for determining the position of the switch plate is formed. A composite lighting device is provided.

Preferably, the base is provided with a composite lighting device capable of switching in response to the remaining battery capacity, characterized in that the handle is coupled to the top.

Preferably, the base has a plurality of first gas discharge holes are formed on the rear surface thereof, and the switch plate is formed with a second gas discharge hole communicating with any one of the first gas discharge holes to rotate the gas. Provided is a composite lighting apparatus capable of switching in response to the remaining battery capacity.

Preferably, the switch PCB and the voltage sensing unit for checking the remaining battery therein; A buzzer for generating an alarm when detecting a remaining battery level below a preset value; A buzzer driver for driving the buzzer; When the battery voltage value sensed by the voltage sensing unit is less than or equal to a predetermined voltage value, a complex lighting device capable of switching in response to the remaining battery capacity is further provided.

Preferably, the switch PCB has a pressure sensing unit for checking the leakage gas pressure of the battery or ballast therein; A solenoid valve which is opened upon detection of a predetermined abnormal pressure; A valve driver for driving the solenoid valve; When the pressure sensed from the pressure sensing unit is a predetermined value or more is provided a composite lighting device that can switch in response to the remaining battery capacity, characterized in that the CPU further controls to drive the solenoid valve.

Preferably, the base is coupled to the charging cap is provided with a composite lighting device capable of switching in response to the remaining battery charge, characterized in that the charging cap rotating jig that can open and close the charging cap is connected by a string.

Preferably, a composite lighting apparatus is connected to the charging terminal, and further includes a battery remaining indicator for displaying the remaining battery amount by the number of lamp lights.

The composite lighting apparatus which can switch according to the remaining battery capacity according to the present invention is provided with HID lamps and LED lamps having different luminance values and power consumptions respectively in front and rear of the luminaire, and use high-brightness lamps at the beginning of the disaster operation. In the case of a small amount of battery remaining due to prolonged disaster work, the buzzer can be automatically driven to switch to an LED lamp, which provides high stability and excellent work efficiency.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

1 is a perspective view showing an external appearance of a composite lighting apparatus capable of switching in response to a battery remaining amount according to an embodiment of the present invention, Figure 2 is capable of switching in response to the remaining battery capacity according to an embodiment of the present invention 3 is an exploded perspective view showing the configuration of a composite lighting device capable of switching in response to the remaining battery capacity according to an embodiment of the present invention.

Referring to this, the composite lighting device 2 that can switch in response to the remaining battery capacity according to an embodiment of the present invention is provided with a HID lamp in front of the luminaire, the LED lamp is provided in the rear of the composite It is designed to turn on each lamp selectively by manual operation, and to automatically check the battery level in real time, and to operate the buzzer automatically when switching to LED lamp when the remaining battery level is lower than the preset value. .

To this end, the composite lighting device 2 capable of switching in response to the remaining battery capacity according to an embodiment of the present invention is composed of a body 4 constituting the appearance of the lighting device, the body 4 is cylindrical The front end of the body 4 is equipped with a HID lamp 10 for irradiating high-brightness irradiated light, the inside of the rear end of the body 4 LED lamp 18 is turned on to consume low power It is installed.

In addition, the battery 6 for supplying power to the HID lamp 10 and the LED lamp 18 is housed in the inner center of the body 4, the user at the rear end of the body 4 in the left and right directions It consists of a switch plate 60 for switching the power of the battery 6 to the HID lamp 10 and the LED lamp 18 by rotating, thereby turning on the high brightness HID lamp at the beginning of the disaster rescue, If it is longer, it can switch in response to the remaining battery power, which makes it possible to drive low-power LED lamps.

At this time, the HID lamp 10 is a known lamp, in the present invention uses a HID lamp consisting of 35W, 85V, the ballast and starter for driving the HID lamp 10 has an input voltage of DC 9 to 32V Inside the front end of the body 4, the reflector 12 and the lens 14 are coupled. At this time, the lens 14 is designed to withstand high pressure as a reinforcing lens, so that the lens 14 is not damaged when a diver or the like is underwater.

On the other hand, the body (4) configured in the composite lighting device (2) capable of switching in response to the remaining battery capacity according to an embodiment of the present invention is a drive unit for receiving the ballast and starter of the HID lamp 10 in its front end A case 8 is provided, and at the rear end thereof, a connection terminal 20 and a charging terminal 22 are formed, and a switch PCB 16 to which the LED lamp 18 is coupled is further provided. In addition, female screws are laid out at the inner periphery of the rear end of the body 4.

In more detail, the switch PCB 16 is mounted at the rear end of the battery 6, and the driving part case 8 is coupled to the front end of the battery 6, so that the switch PCB 16 and the battery ( 6), the driving unit case 8 is all coupled to be connected as one body.

On the other hand, the base 30 is coupled between the body 4 and the switch plate 60, the front outer periphery of the base 30 is fastened to the female screw formed on the inner periphery of the rear end of the body (4) A male screw is laid out, and a protruding terminal 38 connected to the connecting terminal 20 is formed on the front side thereof, and the switch plate 60 is rotatably coupled to the rear side.

In addition, the base 30 is a plurality of magnet switches for switching the battery power supply to the HID lamp 10 and the LED lamp 18 by the rotation of the switch plate 60 therein (see Fig. 6, 88, 90) is provided.

The magnet switches 88 and 90 are switches that are switched by the magnetic force of the magnet terminal 68 coupled to the front surface of the switch plate 60, and each of the magnet switches 88 and 90 is spaced apart from each other so as to be separated from the magnet terminal 68. In response to close contact with the switch.

On the other hand, the base 30 is coupled to the charging cap 36 to expose the charging terminal 22 on the back, the charging terminal 22 is exposed when the charging cap 36 is opened. . In addition, the base 30 is provided with an LED irradiation hole 32 and a lamp lens 34 for passing the irradiation light of the LED lamp 18, respectively.

The switch plate 60 is provided with a through hole 66 for passing the irradiation light of the LED lamp 18 to the left and right predetermined portions thereof.

The base 30 has a bolt coupling hole 54 is formed at the center of the rear surface, the bolt 72 is fastened to the bolt coupling hole 54 in the center of the switch plate 60 to have a buffer force A bolt through hole 64 is formed through which the 72 passes and the spring 70 is seated. Therefore, the bolt 72 performs a hinge function so that the switch plate 60 coupled to the base 30 is rotatable. Since the bolt 72 has a wrench groove 74 formed at the rear thereof, the bolt 72 may be coupled to release the bolt 72 by engaging a wrench (not shown).

In addition, the base 30 is formed with a guide protrusion 48 for guiding the rotation of the switch plate 60, the positioning projection 50 to determine the position at the time of rotation of the switch plate 60 in the lower portion ) Is protruding.

In addition, the base 30 is the handle 40 is coupled to the upper bar, the handle 40 is the fixed plate 46 of the rear end is coupled to the base 30, the handle 40 of the The front end is formed parallel to the longitudinal direction of the body (4). In addition, the hand support portion 24 surrounding the outer periphery of the front end portion of the body 4 has a coupling protrusion 26 formed at a predetermined upper end thereof, and the coupling protrusion 26 is a front end of the handle 40. It is coupled to the coupling hole 42 formed in the to firmly support the body (4).

On the other hand, the battery 6 or the stabilizer configured inside the body 4 may leak gas, in order to prevent the internal pressure of the body 4 from rising due to the gas leakage, the base 30 The first gas discharge hole 52 is formed on the rear surface thereof, and the switch plate 60 communicates with any one of the first gas discharge holes 52 during rotation to allow the gas to flow therethrough. The discharge hole 62 is formed.

Therefore, even if the switch plate 60 is rotated to any position for lamp switching, the second gas discharge hole 62 formed in the switch plate 60 is the first gas discharge hole formed in the base 30 ( 52).

On the other hand, the base 30 is coupled to the filling cap 36, the filling cap rotary jig 44 that can open and close the filling cap 36 is connected by a string, preferably the filling cap rotating jig ( 44 may be coupled to a predetermined portion of the handle 40.

Reference numeral 71 is a lock for closing the second gas discharge hole 62.

4 is a diagram illustrating a rear surface of a switch plate constituting a composite lighting device capable of switching in response to a battery remaining amount according to an embodiment of the present invention.

Referring to this, the base 30 included in the composite lighting device 2 capable of switching in response to the remaining battery capacity according to an embodiment of the present invention is fixed to the body 4 in combination with the body 4, and the switch The plate 60 is rotated with respect to the base 30, the rotation is to rotate the bolt 72 to the hinge point, to understand the guide to the switch plate 60 during rotation, the switch plate 60 in the base Guide projections 48 for guiding the rotation of the) is formed, the guide grooves 48 for receiving the guide projections 48 inside the front of the switch plate 60 to guide the rotation of the switch plate 60 ( 49) are formed.

Accordingly, when the switch plate 60 is rotated, the position of the guide groove 49 with respect to the guide protrusion 48 is changed as indicated by the dotted line.

In addition, the base 30 has a positioning protrusion 50 protruding so as to determine a position when the switch plate 60 is rotated at a predetermined rear portion thereof, and corresponds to the positioning protrusion 50. The positioning groove 51 for determining the position of the 60 is formed. At this time, three positioning grooves 51 are formed on the front surface of the switch plate 60 so as to be spaced apart from each other. When the switch plate 60 is rotated, the positioning grooves 51 are positioned as projection protrusions 50. Is inserted into the fixed position of the switch plate 60 does not rotate arbitrarily.

FIG. 5 is a perspective view illustrating a battery level indicator for checking a battery level of a composite lighting apparatus that may switch in response to the battery level according to an embodiment of the present invention.

Referring to this, the battery level indicator 110 for checking the battery level of the composite lighting device 2 that can be switched in response to the battery remaining amount according to an embodiment of the present invention is a composite lighting device (2) As an additional component used in FIG. 6, a well-known voltage sensing circuit (not shown) is included therein to check and display the remaining amount of the battery 6.

To this end, the battery remaining indicator 110 is configured with a voltage sensing circuit therein, the upper surface is provided with a body 112 that is configured with a remaining amount indicator lamp 114 for displaying the remaining battery amount by the number of lamps lit. .

In addition, the front end of the body 112 is provided with a charging terminal connector 118 connected to the body 112 via the cable 116, the charging terminal connector 118 is provided in the body 4 When connected to the terminal 22, the remaining amount of the battery can be visually confirmed through the remaining amount indicator lamp 114.

FIG. 6 is a block diagram illustrating a circuit configuration of a composite lighting apparatus capable of switching in response to a battery remaining amount according to an embodiment of the present invention.

Referring to this, the composite lighting device 2 capable of switching in response to the remaining battery capacity according to an embodiment of the present invention is a voltage sensing unit 82 configured of a known voltage sensing circuit therein to check the remaining battery capacity therein. And a buzzer 98 driven when the battery voltage detected by the voltage sensing unit 82 is lower than or equal to a predetermined voltage; The buzzer driver 100 for driving the buzzer 98 is provided.

In addition, the CPU 102 is further included to control the buzzer 98 to be driven when the battery voltage value detected by the voltage sensing unit 82 is equal to or less than a preset voltage value.

That is, when the voltage of the battery 6 is stepped down to a predetermined voltage or less, the buzzer 98 is driven to turn off the HID lamp 10, and a buzzer is generated to the user to drive the LED lamp 18. Make sure that the remaining amount is small.

On the other hand, the composite lighting device 2 that can be switched in response to the remaining battery amount according to an embodiment of the present invention may constitute a pressure sensing unit 80 for checking the leak gas pressure of the battery or ballast, Gas inside the body 4 may leak due to the battery 6 or the ballast to increase the internal pressure of the body 4.

Therefore, in the composite lighting apparatus 2 capable of switching in response to the remaining battery capacity according to an embodiment of the present invention, the solenoid valve 94 opened when the pressure of the preset pressure is exceeded is set in the first gas discharge hole ( 52 is configured to interlock with, and the valve driving unit 96 for driving the solenoid valve 94 is configured.

In addition, the CPU 102 may control the solenoid valve 94 to be driven when the pressure sensed from the pressure sensing unit 80 is greater than or equal to a preset value, thereby discharging the gas exposed in the body 4 to the outside. Will be.

With reference to the accompanying drawings, the function and action of the composite lighting device capable of switching in response to the remaining battery capacity according to an embodiment of the present invention of the above configuration will be described in detail.

In the composite lighting apparatus 2 capable of switching in response to the remaining battery capacity according to an embodiment of the present invention, a worker or a diver for disaster relief carries the composite lighting apparatus 2 of the present invention in a working place. Or, when entering underwater, high brightness lamp lighting is required, so the switch plate 60 is rotated to the right.

Then, the magnet terminal 68 provided on one side of the front side of the switch plate 60 rotates toward the rear center of the base 30, and switches the magnet switch 90 by the magnetic force of the magnet terminal 68, thereby turning on the HID lamp 10. ) Lights up.

While the operation is in progress, the voltage detecting unit 82 continuously checks the remaining amount of the battery 6 and if the remaining battery level is less than the preset value, the CPU 102 drives the buzzer 98 to display the LED lamp. (18) Raise an alarm to recommend switching to

Then, the operator recognizes this and rotates the switch plate 60 to the left in order to light the LED lamp 18 that consumes low power.

Then, the magnet terminal 68 provided on one side of the front surface of the switch plate 60 rotates to the left side of the base 30, and switches the magnet switch 88 by the magnetic force of the magnet terminal 68, thereby turning on the LED lamp 18. Lights up.

On the other hand, the composite lighting apparatus capable of switching in response to the battery remaining amount according to the embodiment of the present invention is not limited to the above embodiment, but various modifications can be made without departing from the technical gist of the present invention.

1 is a perspective view showing the external appearance of a composite lighting device capable of switching in response to the remaining battery capacity according to an embodiment of the present invention,

FIG. 2 is a side view illustrating a side surface of a composite lighting apparatus capable of switching in response to a battery remaining amount according to an embodiment of the present invention; FIG.

3 is an exploded perspective view showing the configuration of a composite lighting device capable of switching in response to the remaining battery capacity according to an embodiment of the present invention,

4 is a view illustrating a rear surface of a switch plate constituting a composite lighting device capable of switching in response to a battery remaining amount according to an embodiment of the present invention;

FIG. 5 is a perspective view illustrating a battery level indicator for checking a battery level of a complex lighting apparatus that may switch in response to a battery level according to an embodiment of the present invention; FIG.

FIG. 6 is a block diagram illustrating a circuit configuration of a composite lighting apparatus capable of switching in response to a battery remaining amount according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

4: body, 6: battery,

10: HID lamp, 16: switch PCB,

18: LED lamp, 20: connection terminal,

22: charging terminal, 30: base,

36: charging cap, 38: protrusion terminal,

40: steering wheel, 44: filling cap rotation jig,

48: guide protrusion, 50: positioning protrusion,

60: switch plate, 68: magnet terminal,

72: bolt, 98: a buzzer.

Claims (15)

In a composite lighting device for use in disaster relief, A body constituting an external appearance of the lighting device; A HID lamp mounted inside the front end of the body and irradiating high luminance irradiated light; An LED lamp mounted inside the rear end of the body and turned on by consuming low power; A battery housed in an inner center of the body to supply power to the HID lamp and the LED lamp; A switch plate coupled to a rear end of the body and rotating in a horizontal direction to switch the power of the battery to the HID lamp and the LED lamp; A switch part housing accommodating a ballast and a starter of the HID lamp at an inner front end of the body, a switch PCB having a connection terminal and a charging terminal formed at a rear end thereof, and a LED lamp coupled thereto; A protruding terminal connected to the connection terminal is formed on the front side between the body and the switch plate, and the switch plate is rotatably coupled to the rear thereof, and the battery power is supplied to the HID lamp and the LED lamp by the rotation of the switch plate. The base is provided with a plurality of magnet switches for switching the; The switch PCB has a pressure sensing unit for checking the leakage gas pressure of the battery or ballast therein; A solenoid valve which is opened upon detection of a predetermined abnormal pressure; A valve driver for driving the solenoid valve; And a CPU for controlling the solenoid valve to be driven when the pressure sensed by the pressure sensing unit is greater than or equal to a preset value. delete delete The composite lighting apparatus of claim 1, wherein the switch plate is in close contact with a switch configured in the base, and a magnet terminal for driving each switch is attached to a front surface thereof. The battery of claim 1, wherein the magnet switch is mounted to a predetermined portion of the base to be spaced apart from each other, and configured to be driven to switch by magnetic force when the magnet terminal provided on the switch plate contacts. Compound lighting that can be switched The battery of claim 1, wherein a charging cap is coupled to the base to expose the charging terminal, and a LED irradiation hole and a lamp lens are respectively provided to pass the irradiation light of the LED lamp. A composite lighting device that can switch in response to the remaining amount. The composite lighting apparatus of claim 1, wherein the switch plate is formed to have a through hole for passing the irradiation light of the LED lamp. According to claim 1, The base has a bolt coupling hole is formed in the center of the back, the bolt through the bolt through the bolt coupling hole and the spring is seated through the bolt coupling hole in the center of the switch plate and the spring is seated through Composite lighting device that can be switched to correspond to the remaining battery capacity, characterized in that formed. According to claim 1, wherein the base is formed with a guide projection for guiding the rotation of the switch plate, the positioning projection protrudes in the lower portion to determine the position when the switch plate rotates, the front of the switch plate The guide protrusion is accommodated therein, and a guide groove for guiding rotation of the switch plate is formed, and a positioning groove for determining the position of the switch plate corresponding to the positioning protrusion is formed in the remaining battery capacity. Multiple lighting devices that can switch correspondingly. delete The battery of claim 1, wherein the base has a plurality of gas discharge holes formed at a rear surface thereof, and another gas discharge hole is formed at the switch plate to communicate with one of the gas discharge holes to rotate the gas. A composite lighting device that can switch in response to the remaining amount. 2. The apparatus of claim 1, wherein the switch PCB comprises: a voltage sensing unit configured to check a battery level therein; A buzzer for generating an alarm when detecting a remaining battery level below a preset value; A buzzer driver for driving the buzzer; And a CPU for controlling the buzzer to be driven when the battery voltage value detected by the voltage sensing unit is less than or equal to a preset voltage value. delete 7. The complex lighting apparatus of claim 6, wherein the base is coupled to the charging cap, and a charging cap rotating jig for opening and closing the charging cap is connected with a string. delete

Images