KR200315744Y1 - A mount emergency flashlight device - Google Patents

Abstract

The present invention relates to a stationary emergency flashlight device, and in particular, a pipe for accommodating batteries and a pipe for holding by hand are lighter than the size of a flashlight, and each pipe is distributed in the form of a mold without having to make a mold separately. The manufacturing cost is low by allowing the parts to be made, and the cradle is equipped with an emergency light bulb, and the filament of the light bulb being used is short-circuited emergency light flashing device to make it convenient to replace the light bulb.

The configuration of the present invention, the cradle 200, the cradle 200 is detachably mounted to the cradle 200, the light bulb (V) according to the presence or absence of power supply from the battery (B) accommodated therein (On) / off (Off) In the stationary emergency flashlight device comprising a flashlight (100), the flashlight (100) is fitted with a current through the coating layer surrounding the cathode of the bulb (V) and the center of the axis of the reflector (130) And a battery accommodating pipe 150 in which one or more batteries B are accommodated in an inner center of the first guide 140 and one end of the first guide 140 inserted into a current through the shaft center of the first guide 140. While the other end of the battery accommodating pipe 150 is fitted with a coating layer, a current flows through the battery accommodating pipe 150 through the elastic conductor S which is in close contact with the negative electrode of the battery B. The protrusion 221 of the cradle case 220 to constitute The second guide 190 having the through hole 195 formed in the center of the shaft, the grip pipe 160 having both ends fastened to the outer circumferential surfaces of the first and second guides 140 and 190, and the battery receiving pipe 150 The receiving surface 171 is received in the pipe receiving groove 142 of the first guide 140 while being in close contact with the end portion, and protruding while forming a step with the receiving surface 171 and in the axial direction The elastic conductor guide member 170 having the conductor plate contact portion 173 having the through-hole 172 formed thereon so that the elastic conductor S emerges, and the elastic conductor in a state in which one surface is in close contact with the conductor plate contact portion 173. When the elastic force of (S) is transmitted, the elastic conductor S and the conductor adhesion groove 193 of the second guide 190 are in close contact with the coating layer 194 coated on the conductor adhesion groove 193 to allow current to flow therethrough. It characterized in that it comprises a switch member 180 disposed between.

Description

Stationary Emergency Flashlight Device {A MOUNT EMERGENCY FLASHLIGHT DEVICE}

The present invention relates to a stationary flashlight to be used in an emergency, and more specifically, a battery receiving pipe containing a battery and a gripping pipe for holding by hand are provided, respectively, lighter in weight than the size of the flashlight, and each pipe separately. The manufacturing cost is low because it can be made into the tubular parts that are distributed without the need to make a mold. The emergency light bulb is accommodated in the cradle, and the filament of the used light bulb is short-circuited. It is about.

In general, the stationary emergency flashlight device is provided in the interior or aisle of various buildings in case of an emergency such as fire or earthquake or a power failure.

Conventional mounted emergency flashlight device is composed of a cradle fixed to the installation wall, the flashlight is detachably mounted to the cradle. In this case, the flashlight can be stored in a cradle in a normal state, but when an emergency or power failure occurs, the flashlight can be detached from the cradle and used as an emergency lamp.

Related technologies for installing an emergency flashlight in the form of a flashlight on a wall to remove an emergency flashlight installed on a wall, such that the emergency flashlight is turned on, are registered in the Korean Patent Office, Utility Registration Nos. 123847 and 285071, and Patent Nos. 2002-0071071. It is open to the public.

Here, the practical registration No. 123847 "emergency flashlight" is a lamp 13 when the upper and lower elastic electrode parts 14, 15 having elasticity simply contact with the emergency flashlight 12 removed from the fixing plate 10 installed on the wall. ) Can be turned on, there is an advantage that can be illuminated at any place the user wants, there is an advantage that can be conveniently used in various private buildings, warehouses, factories, vehicles, etc. in addition to large buildings such as apartments.

And the Patent Publication No. 2002-0071071 "emergency lamp and its hanger" is convenient to be able to hang a small accessory hook 12 formed on the lamp rack 10, the opposite side of the flashlight formed with a guide groove 53 Since the luminous sticker 54 is installed, there is an advantage that it is easy to find and use a flashlight even in a dark place.

In addition, the practical registration No. 285071 "Branch type emergency flashlight" is installed as a separate part that is on / off operation by the separation or proximity and contact of the switch operating body, so that accurate switching without fear of switching failure due to the deformation of the switching parts. Switching action has the advantage of improving the reliability of the product.

However, these practical registration Nos. 123847 and 285071 and 2002-0071071 disclose that the structure of the mold is complicated because the configuration of the case 16, the casing 21, and the outer case 51 constituting the flashlight is complicated. There is a problem in that the mold cost is high and the trouble of the mold is generated a lot, the manufacturing cost of the flashlight is also high.

In addition, when the surfaces of the case 16 and the casing 21 and the outer case 51 are broken and rainwater penetrates, the current directly reaches the current supply line, which consumes a current.

In addition, the practical registration Nos. 123847, 285071 and 2002-0071071 have no shortcomings in the case of a hanger or a flashlight, and thus only a lamp is shorted and a battery is difficult to use even when the battery is good.

The present invention has been devised to solve the above-mentioned shortcomings, the battery accommodation pipe containing the battery and the holding pipe for holding by hand, respectively, the weight is lighter than the size of the flashlight, each of the pipe separately It is an object of the present invention to provide a stationary emergency flashlight device having a low manufacturing cost and a low risk of rainwater penetrating by being able to be made into a tubular part that is distributed without a mold.

Another object of the present invention is to make it convenient to use when the emergency light bulb is accommodated in the cradle so that only the lamp is shorted and the battery is good.

1 is a longitudinal sectional view showing an example of a stationary emergency flashlight device according to the present invention,

Figure 2 is an exploded view of Figure 1,

3 is a side view showing the cradle of FIG.

4 is a detailed view illustrating a state in which the second guide of FIG. 1 is assembled;

Figure 5 is a longitudinal sectional view showing another example of the mounted emergency flashlight device according to the present invention,

6 is a side view illustrating the cradle of FIG. 5.

<Explanation of symbols for the main parts of the drawings>

B: Battery S: Elastic Conductor

V: Bulb W: Guide washer

100: flashlight 110: lid

120 lens 130 reflector

140: first guide 150: battery receiving pipe

160: grip pipe 170: elastic conductor guide member

180: switch member 190: second guide

200: holder 210: fastening member

220: holder case 221: protrusion

The stationary emergency flashlight device of the present invention for achieving the above object, a stationary type, including a flashlight that is mounted on the cradle and detachably mounted to the cradle, the light bulb is turned on / off according to the presence or absence of power supply from the battery contained therein. In the emergency flashlight device, the flashlight includes a first guide fitted to the current through the coating layer surrounding the cathode of the bulb and a current guided through the axis of the first guide and the axis of the first guide. One end is inserted into the battery accommodating pipe in which at least one battery is accommodated in the inner center, and the other end of the battery accommodating pipe is inserted into the coating layer, and the current flows through the elastic accommodating contact with the cathode of the battery. On the other hand, the through hole through which the projection of the cradle case constituting the cradle A second guide formed at the center of the shaft, a gripping pipe having both ends fastened to the outer circumferential surfaces of the first and second guides, and one surface closely attached to an end portion of the battery accommodating pipe, are accommodated in the pipe accommodating groove of the first guide. An elastic conductor guide member having a receiving surface to be formed, a conductive plate protruding portion which protrudes while forming a step with the receiving surface, and a through hole is formed in the axial direction so that the elastic conductor emerges; When the elastic force of the elastic conductor is transmitted in the state is characterized in that it comprises a switch member disposed between the elastic conductor and the conductor adhesion groove so that the current is in close contact with the coating layer coated on the conductor adhesion groove of the second guide,

The stationary emergency flashlight device of the present invention includes a first staircase projecting to be fitted into the through hole on the opposite side of the switch member, which is not in close contact with the conductor contact groove, and being stepped from the first staircase of the elastic conductor. It characterized in that it has a second staircase protruding to fit into the inner diameter.

The stationary emergency flashlight device of the present invention is characterized in that a guide washer of constant thickness is installed on the outer circumferential surface of the battery receiving pipe and the inner circumferential surface of the gripping pipe.

In the cradle type emergency flashlight device of the present invention, the cradle is a fastening member fastened to a screw formed in the receiving groove in which the spare bulb is accommodated, and the switch member is inserted into the through hole of the second guide on the left side of the receiving groove to resilient the switch member. And a cradle case having a projection projecting to press in a direction opposite to the conductor and the elastic force, and a guide accommodation groove formed at a predetermined depth around the projection to accommodate the second guide.

In the mounted emergency flashlight device of the present invention, a projection is formed on the cradle to cut off the power supply by opening a gap between the battery from the outer circumferential surface of the gripping pipe and the battery accommodation pipe, thereby preventing the power supply. A groove is formed to surround the plus protrusion.

Hereinafter, the configuration and operation according to the embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a longitudinal cross-sectional view showing an example of a stationary emergency flashlight device according to the present invention, Figure 2 is an exploded view of Figure 1, Figure 3 is a side view showing the cradle of Figure 2, Figure 4 is a second of Figure 1 It is a detailed view which shows the state with which the guide was assembled.

In one embodiment of the present invention mounted emergency flashlight device, the cradle 200 is fixed to the wall lamp, the cradle 200 is detachably mounted to the cradle 200, depending on whether there is a power supply from the battery (B) housed in the bulb (V) It includes a flashlight (100) is turned on (On) / off (Off), the flashlight 100 is fitted with a current through the coating layer surrounding the cathode of the bulb (V) and the reflector 130 The first guide 140 is inserted into the shaft center of the, and one end is inserted so that the current flows through the shaft center of the first guide 140, one or more batteries (B) is accommodated in the inner center of the battery receiving pipe 150 The second end of the battery receiving pipe 150 is fitted with a coating layer and a current passes through the battery receiving pipe 150 via an elastic conductor S that is in close contact with the negative electrode of the battery B. Both ends of the guide 190 and the outer circumferential surfaces of the first and second guides 140 and 190 It includes a gripping pipe 160 fastened.

In this case, the lens 120 is disposed at the front of the reflector 130 and fitted into the lid 110 which is fastened to the gripping pipe 160.

The first guide 140 includes a bulb cathode fitting hole 141 into which the cathode of the bulb V is fitted, a pipe receiving groove 142 into which the battery receiving pipe 150 is fitted, and the bulb cathode. In the connection hole 143 connecting the fitting hole 141 and the pipe receiving groove 142, the coating layer 144 is integrally formed to allow electricity to pass through. Reference numeral 145 is a seating groove into which the rear surface of the reflector 130 is fitted.

In addition, the battery accommodating pipe 150 has a diameter of a degree of being closely fitted to the pipe accommodating groove 142 having the coating layer 144, and the material is made of aluminum through which electricity is passed. It is also possible to form a coating layer to pass through, the length is that one or more AA batteries may be accommodated, but in this embodiment it is shown that four are accommodated.

In addition, the gripping pipe 160 has a male screw 161 formed at one end thereof so as to be fastened to the female screw 111 of the lid 110, and the female screw 162 fastened to the male screw 191 of the second guide 190. Aluminum pipe is formed. On the other hand, the outer circumferential surface of the gripping pipe 160 may be coated to have a film layer to soften the touch when gripping, and the gripping pipe 160 may be formed of a synthetic resin.

On the other hand, the second guide 190, the male screw 191 formed on the outer peripheral surface to be fastened to the female screw 162 of the gripping pipe 160, and the outer peripheral surface of the battery receiving pipe 150 accommodates a predetermined length in the axial center The pipe receiving groove 192 and the pipe receiving groove 192 formed so as to form a step deeper and the conductor is in close contact with the other end of the elastic conductor (S) one end is in close contact with the battery (B) ( 193 and a coating layer 194 to allow electricity to pass through the pipe receiving groove 192 and the conductor adhesion groove 193.

Reference numeral 195 denotes a through hole into which the protrusion 221 of the holder case 220 is fitted.

And one surface is in close contact with the end of the battery receiving pipe 150, the receiving surface 171 is received in close contact with the pipe receiving groove 192, and the conductive contact groove 193 forming a step with the receiving surface 171 ) And an elastic conductor guide member 170 having a conductor plate contact portion 173 having a through hole 172 formed therein so as to protrude so as to be received at a predetermined depth, and the elastic conductor S emerges in the axial direction.

In addition, when the elastic force of the elastic conductor (S) is transmitted in a state in which the one surface is in close contact with the conductor plate contact portion 173, the switch member is in close contact with the coating layer 194 coated on the conductor contact groove (193) to pass the current 180 is disposed between the elastic conductor S and the conductor adhesion groove 193.

Here, the switch member 180 may include a first staircase 181 protruding to fit into the through hole 172 on the opposite side not closely contacted with the conductor close groove 193, and the first staircase 181. It is preferable to have a second stepped portion 182 projecting to be stepped in and fitted into the inner diameter of the elastic conductor (S).

Reference numeral 183 is a projection seating groove in which the protrusion 221 of the holder case 220 to be described later of the holder 200 is seated.

The cradle 200 includes a fastening member 210 fastened to a screw formed in a receiving groove 223 in which the spare light bulb V is accommodated, and a left side of the second guide 190 on the left side of the receiving groove 223. A protrusion 221 inserted into the through hole 195 and protruding to press the switch member 180 in a direction opposite to the elastic conductor S and the elastic force, and is formed at a predetermined length around the protrusion 221. It consists of a holder case 220 having a guide receiving groove 222 to accommodate the second guide 190.

Reference numeral 224 is a fastening member head receiving groove for fixing the holder case 220 to the wall.

W is a guide washer fitted to the outer circumferential surface of the battery receiving pipe 150 and the inner circumferential surface of the gripping pipe 160 to facilitate assembly of the first and second guides 140 and 190.

Therefore, the lens 110 and the bulb (V), the reflector 130, the first guide 140 is inserted into the lid 110, the battery receiving pipe in the pipe receiving groove 142 of the first guide 140. (150) and the grip pipe (160) and the guide washer (W), and then the elastic conductor guide member 170 in close contact with the end of the battery receiving pipe 150, the center of the elastic conductor guide member 170 An elastic conductor S is inserted into the through hole 172, and the second guide 190 is inserted into the female conductor of the gripping pipe 160 by fitting the switch member 180 to the elastic conductor S and centering the same. To 162.

Thereafter, when the flashlight 100 assembled as described above is placed on the cradle case 220 of the cradle 200, the protrusion 221 of the cradle case 220 is inserted into the through hole 195 of the second guide 190. Since the switch member 180 is pressed in the direction opposite to the elastic force of the elastic conductor (S) is dropped from the coating layer 194 to block the current flow of the bulb (V) is not lit.

Meanwhile, when the flashlight 100 is detached from the holder case 220, the switch member 180 is brought into close contact with the coating layer 194 of the second guide 190 by the elastic force of the elastic conductor S so that a current flows. Therefore, the bulb V is turned on.

Here, it is preferable that the elastic conductor guide member 170 is manufactured to have optimal conditions such that the elasticity of the elastic conductor S does not decrease even when the flashlight 100 is not used for a long time by adjusting the width of the elastic conductor guide member 170.

In addition, the guide receiving groove 222 does not fall easily in the state where the flashlight 100 is seated on the holder case 220.

Meanwhile, FIGS. 5 and 6 illustrate another example of the present invention, wherein the protrusion 225 of the holder 200 is introduced into the shaft center from the outer circumferential surfaces of the gripping pipe 160 and the battery accommodating pipe 150. It shows the structure that cuts off the power supply by spreading the space between them. Reference numeral 226 is a groove formed to surround the plus protrusion of the battery B at the tip of the protrusion 225.

In this case, the guide washer (W) is preferably fitted so that the projection receiving grooves (165, 155) formed on the outer circumferential surface of the battery receiving pipe 150 and the battery receiving pipe (150).

Therefore, when the flashlight 100 is removed from the cradle case 220 along the guide receiving groove 227, the batteries B are connected to each other so that the positive poles closely adhere to the positive poles of the lower projection of the bulb V. The switch member 180 is brought into close contact with the coating layer 194 of the second guide 190 by an elastic conductor S installed between the battery B and the second guide 190, and a current flows. The current is supplied to the cathode of the bulb V through the coating layer 144 of the first guide 140 through the battery accommodating pipe 150 inserted into the coating layer 194, and the lighting is performed.

At this time, the groove 226 of the protrusion 225 has a slight inclination so that the separation of the battery (B) is easily fitted.

Of course, when the projection receiving grooves 165 and 155 are formed so that the projection 225 penetrates into the center from the outer circumferential surfaces of the battery accommodation pipe 150 and the grip pipe 160, the elastic conductor S is formed. Without the need for the elastic conductor guide member 170 and the switch member 180, it is, of course, possible to immediately contact the coating layer 194 of the second guide 190 to allow a current to flow therethrough.

In this case, when the elastic conductor guide member 170 is used, it is easy to maintain the elasticity even when the elastic conductor S is not used for a long time by adjusting its thickness.

According to the present invention as described above, the battery accommodating pipe containing the battery and the gripping pipe for holding by hand are provided, respectively, the weight is lighter than the size of the flashlight, each pipe is a tube that is distributed without the need to make a mold separately It is possible to make the parts in the form, so the manufacturing cost is low, and rainwater is less likely to penetrate.

In addition, there is an effect that the emergency light bulb is accommodated in the cradle so that only the lamp is shorted and the battery is easy to use.

On the other hand, although described based on the preferred embodiment of the present invention, those of ordinary skill in the art can be variously modified and changed within the scope of the invention without departing from the spirit and technical means of the present invention.

Claims (5)

In the cradle type emergency flashlight device including a cradle, a flashlight that is detachably mounted to the cradle and the bulb is turned on or off depending on whether power is supplied from batteries contained therein, The flashlight may include a first guide fitted to a current through a coating layer surrounding a cathode of the light bulb and inserted into an axis of the reflector; A battery accommodating pipe having one end fitted with a current through a shaft center of the first guide and one or more batteries housed at an inner center thereof; The other end of the battery accommodating pipe is inserted into the coating layer, and a current passes through the battery accommodating pipe through an elastic conductor that is in close contact with the negative electrode of the battery, while the through hole into which the protrusion of the cradle case constituting the cradle is fitted. A second guide formed at the center of the shaft, A gripping pipe having both ends fastened to an outer circumferential surface of the first and second guides; One surface is in close contact with the end of the battery accommodating pipe, the receiving surface is received in close contact with the pipe receiving groove of the first guide, and the through hole so as to protrude while forming a step with the receiving surface and the elastic conductor in the axial direction An elastic conductor guide member having a conductive plate contact portion formed thereon; When the elastic force of the elastic conductor is transmitted in a state in which the surface of the conductor close contact portion is in close contact with the surface of the conductor plate, it is disposed between the elastic conductor and the conductor close contact groove so as to be in close contact with the coating layer coated on the conductor close contact groove of the second guide. Stationary emergency flashlight device comprising a switch member. The method of claim 1, The switch member may include a first step portion projecting to fit into the through hole on the opposite side not in close contact with the conductor contact groove, and a second step projecting to step into the inner diameter of the elastic conductor by stepping from the first step portion. Stationary emergency flashlight device characterized in that it is equipped with a wealth. The method of claim 1 Stationary emergency flashlight device, characterized in that the guide washer of a predetermined thickness is installed on the outer peripheral surface of the battery receiving pipe and the inner peripheral surface of the gripping pipe. The method according to any one of claims 1 to 3, The cradle includes a fastening member fastened to a screw formed in a receiving groove for accommodating the spare bulb, and inserted into the through hole of the second guide on the left side of the receiving groove so that the switch member faces the elastic conductor and the elastic force. And a cradle case having a protrusion protruding to pressurize and a guide accommodation groove formed to have a predetermined depth around the protrusion to accommodate the second guide. The method of claim 1 Protrusions are formed in the cradle to cut off the power supply by opening the gap between the battery from the outer circumferential surface of the holding pipe and the battery accommodating pipe, and a groove is formed at the tip of the protrusion to surround the positive protrusion of the battery. Mounted emergency flashlight device characterized in that.