TWM656209U - Emergency illuminating lamp - Google Patents

Abstract

The invention discloses an emergency lighting lamp, which includes a housing; a transparent cover body and the housing body are combined to form a storage space inside; a power control unit is located in the storage space and includes a power supply unit and a control circuit board that are electrically connected to each other; a light-emitting board is electrically connected to the power control unit and includes a plurality of main board segments and a connecting segment connected to each main board segment; and a support plate is located between the light-emitting board and the transparent cover body, and the support plate is provided with a plurality of cones facing the light-emitting board. The support plate is provided with a plurality of light-transmitting holes facing the transparent cover body, respectively penetrating the support plate and each cone column. A plurality of lamps are electrically mounted on one side of each main plate section corresponding to each light-transmitting hole, and are fixed to the support plate by a connecting section. By utilizing the arrangement of the lamps of the light-emitting plate and the setting of the inner ring hole wall of each light-transmitting hole, the light rays are reflected by the hole walls of each light-transmitting hole, and the light shape formed is also wider, thereby improving the problem of light irradiation being easily obstructed.

Description

Emergency lighting

This creation is an emergency lighting lamp, specifically referring to the field of lighting equipment used for emergency rescue. It mainly provides a more comprehensive lighting range, and the overall weight and cost can be reduced, which is a creation with excellent practicality.

Fire is a very dangerous disaster. In addition to flames, the thick smoke is even more frightening. Many fatal injuries are caused by thick smoke, such as stings or burns caused by inhalation, and being unable to escape due to poor vision. These are all caused by thick smoke. Therefore, the concept of escape is extremely important nowadays.

Nowadays, high-rise buildings, apartments, and even factories are equipped with emergency lighting and firefighting equipment in accordance with fire regulations to help people protect themselves and deal with emergencies when escaping. When discussing emergency lighting, early emergency lighting was such as patent announcement No. 354628 "Separable emergency lighting", but this type of lighting equipment is generally heavy and requires complicated processes to manufacture. In addition, the lighting uses traditional bulbs, so the service life is generally not long.

With the advancement of technology, the use of light bulbs has been changed to long-life LED lamps, but there is a problem in the use of lamps, that is, the price is high and the lighting range is still limited. For example, lamps such as patent announcement No. 582498 "Emergency lighting structure improvement", M591590 "Emergency lighting", M619060 "Intelligent emergency lighting device" have a common problem that the lamp has a non-transparent part below the lighting direction, which limits the lighting range; in addition, the price of a whole piece of LED lamp is also high, and the price of the entire lamp will be expensive.

The main purpose of this invention is to provide a wider lighting range and reduce the overall cost; it improves the shortcomings of emergency lighting mentioned in the prior art, such as heavy overall weight, limited lighting range and high overall cost of the lamp. However, in order to achieve the above-mentioned effects and improve the deficiencies in the prior art, the present invention provides an emergency lighting lamp, which includes: a housing; a transparent cover, which is movably covered on one side of the housing, and the transparent cover and the housing cover each other and form a storage space inside; an electric control group, which is located in the storage space and assembled on the housing, and the electric control group includes an electric power supply component and a control circuit board that are electrically connected to each other; a light-emitting board, which is located in the storage space and electrically connected to the light-emitting board, and the light-emitting board includes a plurality of main board segments and a connecting segment connected to each main board segment, and each main board segment is spaced apart; and a support plate, which is located in the storage space and Located between the light-emitting plate and the transparent cover, the support plate facing the light-emitting plate is provided with a plurality of cones protruding from one side, and each cone is arranged in a rectangular array, and the support plate facing the transparent cover is provided with a plurality of light-transmitting holes penetrating the support plate and each cone respectively, and each light-transmitting hole is in the shape of an annular cone, and each main plate segment is electrically mounted with a plurality of lamps on one side corresponding to each light-transmitting hole, and is fixed to the support plate by the connecting segment; wherein, the light-emitting plate formed by each main plate segment and the connecting segment, and corresponding to each light-transmitting hole of the support plate, is arranged through the inner annular hole wall of each light-transmitting hole, so that part of the light of each lamp can be irradiated on the hole wall of each light-transmitting hole and then transmitted toward the transparent cover and emitted radially.

According to the above description of the invention, the light-emitting board is composed of main board segments and connecting segments, which can reduce unnecessary parts (parts not corresponding to each light-transmitting hole) to reduce the overall cost. The transparent cover is transparent as a whole, so that the irradiation range of the light of each lamp can be larger. In addition, the light-transmitting holes are cone-shaped, so that the light is reflected by the wall of each light-transmitting hole, and the light shape formed is also wider. The whole is not only faster in production through simple assembly, but also easier in maintenance. Compared with the defects of the related previous cases listed in the prior art, the defects of easy obstruction of light irradiation, high price of the whole light board, and heavy weight of the whole lighting lamp are improved. It can be seen that this creation is quite practical and progressive, and is worthy of being promoted by the industry and made public to the general public.

1: Shell

11: Embedded groove

12: Cylinder

13: Dodge slot

14: Container

15: Hanging groove

151: Incision

152: hook groove

16: Opening hole

2: Transparent cover

21:Joint ribs

3: Storage space

4: Power control group

41: Power supply parts

42: Control circuit board

421: Switch parts

422: indicator light

5: Light-emitting board

51: Mainboard segment

52: Connecting section

6: Support plate

61: Cone

62: Light-transmitting hole

63: Lighting parts

64: Positioning frame ribs

65: ribs

66: Rib joint

67: Keyhole

7: Screws

8: Screw parts

9: Locking parts

10: Plug cord

The first picture is a three-dimensional diagram of this creation.

The second picture is a three-dimensional diagram of this creation from another perspective.

The third picture is a three-dimensional schematic diagram of this creation.

The fourth picture is a schematic diagram of another angle combination of the creative light-emitting board and the support board.

The fifth picture is another perspective diagram of the light-emitting board and the support board of this creation.

Figure 6 is a schematic diagram of the VI-VI line section of Figure 4.

Figure 7 is a schematic diagram of the VII-VII line section of Figure 1.

The eighth picture is a schematic diagram of the lighting action of this creation.

Figure 9 is a side view of Figure 8.

The tenth figure is a schematic diagram of the original plug cord being stored in the escape slot.

The eleventh figure is a schematic diagram of the usage status of the plug cord of this creation being inserted into the socket.

The twelfth picture is a three-dimensional diagram of this work hanging on the wall.

In order to clearly illustrate that the invention can achieve the above-mentioned purpose and effect, the features and effects of the invention are described in detail with diagrams. Please refer to the first to ninth figures, which show an emergency lighting device of the invention, including: a housing 1 (the figure is drawn as a long rectangular cube, and the shape is not limited); a transparent cover 2 (the same shape as the housing), whose movable cover is arranged on one side of the housing 1, and the transparent cover 2 and the housing 1 cover each other and form a containing space 3 inside; an electric control group 4, which is located in the containing space 3 and assembled on the housing 1, and the electric control group 4 includes mutually connected An electric power supply 41 (which can be a common dry cell battery, mercury cell, lithium cell) and a control circuit board 42 are electrically connected; a light-emitting board 5, which is located in the accommodation space 3 and electrically connected to the power control group 4, and the light-emitting board 5 includes a plurality of main board segments 51 and a connecting segment 52 connected to each main board segment 51, and each main board segment 51 is arranged at a distance, and each main board segment 51 is in a different direction from the connecting segment 52, and each main board segment 51 and the connecting segment 52 are connected to each other. 2 are connected vertically to each other; and a support plate 6, which is installed in the accommodating space 3 and is located between the light-emitting plate 5 and the transparent cover 2, and the support plate 6 is provided with a plurality of cones 61 on one side facing the light-emitting plate 5, and each cone 61 is arranged in a rectangular array, and each cone 61 has a spacing, and the support plate 6 is provided with a plurality of light-transmitting holes 62 on one side facing the transparent cover 2, respectively penetrating the support plate 6 and each cone 61, and each light-transmitting hole 62 has a ring cone hole shape. The main board segments 51 are electrically mounted with a plurality of lamps 63 on one side corresponding to each light-transmitting hole 62, and the connecting segments 52 are fixed to the carrier plate 6; wherein, the light-emitting board 5 formed by each main board segment 51 and the connecting segments 52, and corresponding to each light-transmitting hole 62 of the carrier plate 6, is provided through the inner ring hole wall of each light-transmitting hole 62, so that part of the light of each lamp 63 can be irradiated on the hole wall of each light-transmitting hole 62 and then transmitted toward the transparent cover body 2 and emitted radially.

According to the above description, the light-emitting board 5 of the present invention has a plurality of main board segments 51 corresponding to each light-transmitting hole 62 in the same row, and the connecting segment 52 spans across the partial light-transmitting holes 62 in each row. In addition, the transparent cover 2 is designed to be transparent as a whole, so when the light of each lamp 63 is emitted from the corresponding light-transmitting hole 62, the partial light can be emitted directly toward the transparent cover 2, and the partial light is first irradiated on each light-transmitting hole 62. The hole wall of hole 62, Then the light is emitted radially toward the transparent cover 2 by using the shape of the conical hole. In this way, the lighting of this invention will not be blocked by the shell like the three previous cases listed at the end of the known technology, so that the light can illuminate the position further below; in addition, the design of the main board section 51 and the connecting section 52 of the light-emitting board 5 can reduce the cost and the overall weight.

After explaining the main technical features of the invention, the following describes other detailed features of the invention. First, in order to improve the stability of the light-emitting board 5 mounted on the carrier board 6, the carrier board 6 is mainly provided with a plurality of positioning frame ribs 64. Each positioning frame rib 64 corresponds to one end of each main board segment 51 of the light-emitting board 5, and each positioning frame rib 64 is formed integrally with a part of the cone 61. Each positioning frame rib 64 is in the shape of a letter "U" and is framed around each main board segment 51 to limit the position. When each main board segment 51 is manufactured and assembled, the manufacturer will One end of each main board segment 51 is embedded in each positioning frame rib 64 to restrict it, so as to prevent each main board segment 51 from falling off the assembly with the carrier plate 6; in addition to the above, a convex rib 65 is further provided on the outer surface of the part of the cone 61 corresponding to the connecting segment 52, and a plurality of screws 7 are provided to pass through the connecting segment of the light-emitting board 5 and lock on each convex rib 65. In this way, through the locking of the screws 7 and the setting of the positioning frame rib 64, the assembly between the light-emitting board 5 and the carrier plate 6 is made more stable, as shown in Figures 4 to 7.

Next, the combination of the shell 1, the transparent cover 2 and the support plate 6 is explained. First, a connecting rib 66 is further provided at the edge of the support plate 6 corresponding to the accommodating space 3, and the inner wall surface of the shell 1 is concave to form an embedding groove 11, and a connecting rib 21 is provided at the edge of the transparent cover 2. The connecting rib 66 and the connecting rib 21 are stacked and the connecting rib 21 is inserted into the embedding groove 11. A screw 8 is inserted from the outer periphery of the shell 1 into the embedding groove 11, passes through the connecting rib 21 and is locked to the connecting rib 66. In this way, the combination of the shell 1, the transparent cover 2 and the support plate 6 is more secure, and the support plate 6 can be prevented from shaking due to external force in the accommodating space 3. In addition, the shell 1 further has a plurality of cylinders 12 protruding toward the transparent cover 2, and the carrier plate 6 has a plurality of corresponding lock holes 67 corresponding to each cylinder 12, and a plurality of locks 9 pass through each lock hole 67 and are locked to each cylinder 12, thereby through the aforementioned coupling ribs 66, the joint ribs 21 and the embedded grooves 11, and the matching of each cylinder 12, each lock hole 67 and each lock 9, whether the shell 1, the transparent cover 2 and the carrier plate 6 or the carrier plate 6 and the shell 1 can be firmly assembled and combined, thereby protecting the use of the power control group 4 and the light-emitting board 5 located in the accommodating space 3, as shown in the third and seventh figures.

In order to facilitate the storage of the invention, a dodge groove 13 is further recessed on the outer peripheral surface of the shell 1 and on the side opposite to the transparent cover 2 assembly, and the control circuit board 42 is further electrically connected to a plug line 10, one end of the plug line 10 is electrically connected to the control circuit board 42 and the other end passes through the position of the shell 1 where the dodge groove 13 is provided. In addition, a receiving groove 14 is further recessed at the two corresponding ends of the notch of the dodge groove 13, each receiving groove 14 is further recessed. The slot 14 is connected to the avoidance slot 13, so when the user needs to use the plug cord 10, part of the plug cord 10 is stored in any of the slots 14, which can prevent the housing 1 from pressing the line of the plug cord 10 and affecting the power supply. When the plug cord 10 is not in use, it can be rolled up and stored in the avoidance slot 13, thereby protecting the integrity of the plug of the plug cord 10, as shown in the tenth and eleventh figures, and the second figure is used as an aid.

In addition, the main installation position of this creation is mostly located at a high position on the wall, and a nail with a head end will be used to provide a hanging point, so the outer side of the shell 1 is further recessed to form a hanging groove 15, and a cutout 151 is provided at the connection between the inner groove wall and the groove bottom of the hanging groove 15 to connect to the accommodating space 3, and a plurality of hook grooves 152 are recessed at part of the edge of the groove of the hanging groove 15, and each hook groove 152 connects the inside of the hanging groove 15 and the cutout 151. The user only needs to align the head end of the nail with the hanging groove 15, adjust the position where the creation is to be placed, align the nail with any one of the hook grooves 152, and insert the head end of the nail into the cutout 151 to complete the hanging installation, as shown in Figure 12.

Finally, in order to facilitate the user to observe (check whether it is activated, charged) and operate (turn on and off the lighting of each light component 63 of the light-emitting board 5), the control circuit board 42 is further electrically assembled with a switch component 421 and an indicator light 422, and the housing 1 is provided with a plurality of corresponding openings 16 at positions corresponding to the switch component 421 and the indicator light 422. The switch component 421 and the indicator light 422 are located at the positions corresponding to the switch component 421 and the indicator light 422. In the corresponding opening 16, the indicator light 422 illuminates to indicate when the plug cord 10 is plugged into a socket with mains power, and the switch 421 controls the brightness of each light component 63 of the light-emitting board 5. The user can judge whether the device is powered on or charged by the brightness of the indicator light 422, and the switch 421 allows the user to control whether the device is illuminated, thereby maintaining the service life of each light component 63.

1: Shell

14: Container

16: Opening hole

2: Transparent cover

421: Switch parts

422: indicator light

8: Screw parts

Claims (9)

An emergency lighting lamp comprises: a housing; a transparent cover, whose movable cover is arranged on one side of the housing, and the transparent cover and the housing cover each other and form a storage space inside; an electric control group, which is located in the storage space and assembled on the housing, and the electric control group includes an electric power supply component and a control circuit board which are electrically connected to each other; a light-emitting board, which is located in the storage space and electrically connected to the electric control group, and the light-emitting board includes a plurality of main board segments and a connecting segment connected to each main board segment, and each main board segment is arranged at a distance; and a support plate, which is located in the storage space and between the light-emitting board and the transparent cover. The support plate is provided with a plurality of cones on one side facing the light-emitting plate, and each cone is arranged in a rectangular array, and the support plate is provided with a plurality of light-transmitting holes on one side facing the transparent cover, respectively penetrating the support plate and each cone, and each light-transmitting hole is in the shape of an annular cone, and each main plate segment is electrically mounted with a plurality of lamps on one side corresponding to each light-transmitting hole, and is fixed to the support plate by the connecting segment; wherein, the light-emitting plate formed by each main plate segment and the connecting segment, and corresponding to each light-transmitting hole of the support plate, is arranged through the inner annular hole wall of each light-transmitting hole, so that part of the light of each lamp can be irradiated on the hole wall of each light-transmitting hole and then transmitted toward the transparent cover and emitted radially. As described in claim 1, the support plate is further provided with a plurality of positioning frame ribs, each positioning frame rib corresponds to one end of each main board segment of the light-emitting board, and each positioning frame rib is formed integrally with a portion of the cone, each positioning frame rib is in the shape of a letter "U" and surrounds each main board segment to limit the position. As described in claim 1, the outer surface of the part of the cone corresponding to the connecting section is further provided with a convex rib, and a plurality of screws are provided to pass through the connecting section of the light-emitting board and are locked on each convex rib. As described in claim 1, the edge of the carrier corresponding to one side of the accommodating space further has a protruding connecting rib, and the inner wall of the shell is concave to form an embedding groove, and the edge of the transparent cover is protruding with a connecting rib, the connecting rib and the connecting rib are overlapped and the connecting rib is inserted into the embedding groove, and a screw is inserted from the outer periphery of the shell into the embedding groove, passes through the connecting rib and is locked to the connecting rib. As described in claim 1, the emergency lighting lamp has a plurality of cylinders protruding from the inside of the shell toward the transparent cover, and the carrier plate has a plurality of corresponding lock holes corresponding to each cylinder, and a plurality of locks pass through each lock hole and are locked to each cylinder. As described in claim 1, the outer peripheral surface of the housing and a side opposite to the transparent cover assembly is further provided with a dodge groove, and the control circuit board is further electrically connected to a plug wire, one end of the plug wire is electrically connected to the control circuit board and the other end passes through the position of the housing where the dodge groove is provided. As described in claim 6, the emergency lighting lamp, wherein the notch of the avoidance slot is further provided with a receiving slot at the two corresponding ends, each receiving slot is connected to the avoidance slot, and the plug cord is partially stored in any receiving slot when in use, and the plug cord is rolled up and stored in the avoidance slot when not in use. As described in claim 1, the outer side of the housing is further recessed to form a hanging groove, and a cutout is provided at the connection between the inner groove wall and the groove bottom of the hanging groove to connect to the accommodation space, and a plurality of hook grooves are recessed at part of the edge of the groove of the hanging groove, each hook groove connects the inside of the hanging groove and the cutout. The emergency lighting as described in claim 6, wherein the control circuit board is further electrically assembled with a switch and an indicator light, and the housing is provided with a plurality of corresponding openings at positions corresponding to the switch and the indicator light, and parts of the switch and the indicator light are located in the corresponding openings, and the indicator light is illuminated to indicate when the plug cord is plugged into a socket with mains power, and the switch controls the brightness of each light of the lighting board.

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